*HEADER RNA/RNA 13-DEC-07 2JYF *TITLE TETRALOOP-RECEPTOR RNA COMPLEX *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: RNA (43-MER); *COMPND 3 CHAIN: A, B; *COMPND 4 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES *KEYWDS RNA STRUCTURE, RNA:RNA COMPLEX, TETRALOOP-RECEPTOR, GAAA- *KEYWDS 2 TETRALOOP, RNA GLOBAL STRUCTURE, COMPLEX INTERFACE, RNA/RNA *KEYWDS 3 COMPLEX *EXPDTA NMR, 10 STRUCTURES *AUTHOR X.ZUO, J.WANG, T.R.FOSTER, C.D.SCHWIETERS, D.M.TIEDE *REVDAT 1 07-OCT-08 2JYF 0 ! all nmr NOEs ! !non-exchangeable NOEs molecule A !residue 1 intranucleotide assign (resi 1 and name H8) (resi 1 and name H4') 5.000 3.200 1.000 assign (resi 1 and name H8) (resi 1 and name H2') 5.000 3.200 1.000 assign (resi 1 and name H8) (resi 1 and name H3') 4.000 2.200 1.000 assign (resi 1 and name H8) (resi 1 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 1 and name H1') (resi 1 and name H2') 3.000 1.200 0.300 assign (resi 1 and name H1') (resi 1 and name H3') 4.000 2.000 1.000 assign (resi 1 and name H1') (resi 1 and name H4') 4.000 2.200 1.000 assign (resi 1 and name H3') (resi 1 and name H2') 3.000 1.200 0.300 !residue 2 intranucleotide assign (resi 2 and name H8) (resi 2 and name H2') 5.000 3.200 1.000 assign (resi 2 and name H8) (resi 2 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 2 and name H1') (resi 2 and name H2') 3.000 1.200 0.300 !residue 2 internucleotide assign (resi 2 and name H8) (resi 1 and name H2') 2.500 0.700 0.300 assign (resi 2 and name H8) (resi 1 and name H1') 5.000 3.200 1.000 assign (resi 2 and name H1') (resi 1 and name H2') 5.000 3.200 1.000 !residue 3 intranucleotide assign (resi 3 and name H8) (resi 3 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 3 and name H1') (resi 3 and name H2') 3.000 1.200 0.300 !residue 3 internucleotide assign (resi 3 and name H8) (resi 2 and name H2') 2.500 0.700 0.300 assign (resi 3 and name H8) (resi 2 and name H8) 5.000 3.200 1.000 assign (resi 3 and name H8) (resi 2 and name H1') 5.000 3.200 1.000 assign (resi 3 and name H1') (resi 2 and name H2') 5.000 3.200 1.000 assign (resi 3 and name H1') (resi 2 and name H1') 6.000 4.200 1.000 !residue 4 intranucleotide assign (resi 4 and name H8) (resi 4 and name H2') 5.000 3.200 1.000 assign (resi 4 and name H8) (resi 4 and name H1') 4.000 2.200 1.000 assign (resi 4 and name H2) (resi 4 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 4 and name H1') (resi 4 and name H2') 3.000 1.200 0.300 !residue 4 internucleotide assign (resi 4 and name H8) (resi 3 and name H2') 2.500 0.700 0.300 assign (resi 4 and name H8) (resi 3 and name H8) 5.000 3.200 1.000 assign (resi 4 and name H8) (resi 3 and name H1') 5.000 3.200 1.000 assign (resi 4 and name H1') (resi 3 and name H2') 5.000 3.200 1.000 assign (resi 4 and name H1') (resi 3 and name H1') 6.000 4.200 1.000 assign (resi 4 and name H2) (resi 5 and name H1') 4.000 3.000 1.000 assign (resi 4 and name H2) (resi 41 and name H1') 4.000 3.000 1.000 !residue 5 intranucleotide assign (resi 5 and name H5) (resi 5 and name H2') 6.000 4.200 1.000 assign (resi 5 and name H6) (resi 5 and name H2') 4.000 2.200 1.000 assign (resi 5 and name H6) (resi 5 and name H1') 4.000 2.200 1.000 assign (resi 5 and name H5) (resi 5 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 5 and name H1') (resi 5 and name H2') 3.000 1.200 0.300 assign (resi 5 and name H1') (resi 5 and name H3') 4.000 2.000 1.000 assign (resi 5 and name H1') (resi 5 and name H4') 4.000 2.200 1.000 !residue 5 internucleotide 5' TETRALOOP RECEPTOR BEGINNING assign (resi 5 and name H6) (resi 4 and name H1') 5.000 3.200 1.000 assign (resi 5 and name H5) (resi 4 and name H1') 5.000 3.700 1.000 assign (resi 5 and name H5) (resi 4 and name H2') 4.000 2.200 1.000 assign (resi 5 and name H6) (resi 4 and name H2') 2.500 0.700 0.300 assign (resi 5 and name H5) (resi 4 and name H8) 4.000 2.000 1.000 assign (resi 5 and name H6) (resi 4 and name H8) 5.000 3.000 1.000 assign (resi 5 and name H1') (resi 4 and name H2') 5.000 3.200 1.000 assign (resi 5 and name H1') (resi 4 and name H1') 6.000 4.200 1.000 assign (resi 5 and name H2') (resi 37 and name H2) 5.000 3.200 1.000 assign (resi 5 and name H1') (resi 37 and name H2) 5.000 3.200 1.000 !residue 6 intranucleotide assign (resi 6 and name H8) (resi 6 and name H2') 5.000 3.200 1.000 assign (resi 6 and name H8) (resi 6 and name H3') 4.000 2.200 1.000 assign (resi 6 and name H8) (resi 6 and name H1') 4.000 2.200 1.000 assign (resi 6 and name H2) (resi 6 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 6 and name H1') (resi 6 and name H2') 3.000 1.200 0.300 assign (resi 6 and name H1') (resi 6 and name H3') 4.000 2.000 1.000 assign (resi 6 and name H1') (resi 6 and name H4') 4.000 2.200 1.000 assign (resi 6 and name H2') (resi 6 and name H3') 4.000 2.200 1.000 !residue 6 internucleotide assign (resi 6 and name H8) (resi 5 and name H2') 5.000 3.200 1.000 assign (resi 6 and name H1') (resi 8 and name H8) 5.000 3.200 1.000 assign (resi 6 and name H1') (resi 37 and name H2) 5.000 3.200 1.000 assign (resi 6 and name H8) (resi 8 and name H8) 5.000 3.200 1.000 assign (resi 6 and name H2) (resi 8 and name H8) 5.000 3.200 1.000 assign (resi 6 and name H2') (resi 8 and name H8) 5.000 3.200 1.000 assign (resi 6 and name H2) (resi 38 and name H2) 5.000 3.200 1.000 assign (resi 6 and name H2) (resi 8 and name H1') 5.000 3.200 1.000 !residue 7 intranucleotide assign (resi 7 and name H5) (resi 7 and name H2') 6.000 4.200 1.000 assign (resi 7 and name H6) (resi 7 and name H2') 4.000 2.200 1.000 assign (resi 7 and name H6) (resi 7 and name H1') 4.000 2.200 1.000 assign (resi 7 and name H5) (resi 7 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 7 and name H1') (resi 7 and name H2') 3.000 1.200 0.300 assign (resi 7 and name H1') (resi 7 and name H3') 4.000 2.000 1.000 assign (resi 7 and name H2') (resi 7 and name H3') 3.00 1.200 0.700 !residue 7 internucleotide assign (resi 7 and name H5) (resi 6 and name H2) 6.000 4.200 1.000 assign (resi 7 and name H5) (resi 6 and name H2') 6.000 4.200 1.000 assign (resi 7 and name H5) (resi 6 and name H1') 6.000 4.200 1.000 assign (resi 7 and name H6) (resi 6 and name H1') 5.500 3.800 1.000 assign (resi 7 and name H3') (resi 6 and name H1') 6.000 4.200 1.000 assign (resi 7 and name H2') (resi 6 and name H1') 6.000 4.200 1.000 assign (resi 7 and name H2') (resi 6 and name H2) 6.000 4.200 1.000 assign (resi 7 and name H2') (resi 6 and name H8) 6.00 3.200 0.900 assign (resi 7 and name H1') (resi 6 and name H1') 6.000 4.200 1.000 assign (resi 7 and name H1') (resi 6 and name H1') 6.000 4.200 1.000 !residue 8 intranucleotide assign (resi 8 and name H8) (resi 8 and name H2') 5.000 3.200 1.000 assign (resi 8 and name H8) (resi 8 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 8 and name H1') (resi 8 and name H2') 3.000 1.200 0.300 !G8 internucleotide assign (resi 8 and name H8) (resi 7 and name H2') 6.00 3.200 1.000 assign (resi 8 and name H8) (resi 7 and name H6) 6.00 3.200 1.000 assign (resi 8 and name H2') (resi 7 and name H6) 6.00 3.200 1.000 !residue 9 intranucleotide assign (resi 9 and name H8) (resi 9 and name H2') 5.000 3.200 1.000 assign (resi 9 and name H8) (resi 9 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 9 and name H1') (resi 9 and name H2') 3.000 1.200 0.300 !residue 9 internucleotide END 5' TETRALOOP RECEPTOR assign (resi 9 and name H8) (resi 8 and name H2') 2.500 0.700 0.300 assign (resi 9 and name H8) (resi 8 and name H8) 5.000 3.200 1.000 assign (resi 9 and name H8) (resi 8 and name H1') 5.000 3.200 1.000 assign (resi 9 and name H1') (resi 8 and name H2') 5.000 3.200 1.000 assign (resi 9 and name H1') (resi 8 and name H1') 6.000 4.200 1.000 !residue 10 intranucleotide assign (resi 10 and name H8) (resi 10 and name H2') 5.000 3.200 1.000 assign (resi 10 and name H8) (resi 10 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 10 and name H1') (resi 10 and name H2') 3.000 1.200 0.300 !residue 10 internucleotide assign (resi 10 and name H8) (resi 9 and name H2') 2.500 0.700 0.300 assign (resi 10 and name H8) (resi 9 and name H8) 5.000 3.200 1.000 assign (resi 10 and name H8) (resi 9 and name H1') 5.000 3.200 1.000 assign (resi 10 and name H1') (resi 9 and name H2') 5.000 3.200 1.000 assign (resi 10 and name H2) (resi 34 and name H1') 5.000 3.200 1.000 assign (resi 10 and name H2) (resi 34 and name H6) 5.000 3.200 1.000 !residue 11 intranucleotide assign (resi 11 and name H8) (resi 11 and name H2') 5.000 3.200 1.000 assign (resi 11 and name H8) (resi 11 and name H1') 4.000 2.200 1.000 assign (resi 11 and name H2) (resi 11 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 11 and name H1') (resi 11 and name H2') 3.000 1.200 0.300 !residue 11 internucleotide assign (resi 11 and name H8) (resi 10 and name H2') 2.500 0.700 0.300 assign (resi 11 and name H8) (resi 10 and name H8) 5.000 3.200 1.000 assign (resi 11 and name H8) (resi 10 and name H1') 5.000 3.200 1.000 assign (resi 11 and name H8) (resi 10 and name H2) 6.000 4.200 1.000 assign (resi 11 and name H1') (resi 10 and name H2') 5.000 3.200 1.000 assign (resi 11 and name H1') (resi 10 and name H1') 6.000 4.200 1.000 assign (resi 11 and name H1') (resi 10 and name H2) 5.000 3.200 1.000 assign (resi 11 and name H2) (resi 12 and name H1') 5.000 3.200 1.000 assign (resi 11 and name H2) (resi 33 and name H1') 5.000 3.200 1.000 assign (resi 11 and name H2) (resi 33 and name H6) 6.000 4.200 1.000 assign (resi 11 and name H2) (resi 10 and name H2) 5.000 3.200 1.000 !residue 12 intranucleotide assign (resi 12 and name H8) (resi 12 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 12 and name H1') (resi 12 and name H2') 3.000 1.200 0.300 !residue 12 internucleotide assign (resi 12 and name H8) (resi 11 and name H1') 5.000 3.200 1.000 assign (resi 12 and name H8) (resi 11 and name H2') 4.000 2.200 1.000 assign (resi 12 and name H8) (resi 11 and name H8) 5.000 3.000 1.000 assign (resi 12 and name H1') (resi 11 and name H2') 5.000 3.200 1.000 assign (resi 12 and name H1') (resi 11 and name H1') 6.000 4.200 1.000 assign (resi 12 and name H8) (resi 11 and name H2) 6.000 4.200 1.000 !residue 13 intranucleotide assign (resi 13 and name H8) (resi 13 and name H2') 5.000 3.200 1.000 assign (resi 13 and name H8) (resi 13 and name H1') 4.000 2.200 1.000 assign (resi 13 and name H2) (resi 13 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 13 and name H1') (resi 13 and name H2') 3.000 1.200 0.300 !residue 13 internulceotide assign (resi 13 and name H8) (resi 12 and name H2') 2.500 0.700 0.300 assign (resi 13 and name H8) (resi 12 and name H1') 5.000 3.200 1.000 assign (resi 13 and name H1') (resi 12 and name H2') 5.000 3.200 1.000 assign (resi 13 and name H1') (resi 12 and name H1') 6.000 4.200 1.000 assign (resi 13 and name H2) (resi 31 and name H1') 5.000 3.200 1.000 assign (resi 13 and name H2) (resi 13 and name H8) 6.000 4.200 1.000 assign (resi 13 and name H2) (resi 31 and name H6) 6.000 4.200 1.000 !residue 14 intranucleotide assign (resi 14 and name H8) (resi 14 and name H1') 4.000 2.200 1.000 assign (resi 14 and name H2) (resi 14 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 14 and name H1') (resi 14 and name H2') 3.000 1.200 0.300 !residue 14 internucleotide assign (resi 14 and name H8) (resi 13 and name H2') 2.500 0.700 0.300 assign (resi 14 and name H8) (resi 13 and name H8) 5.000 3.200 1.000 assign (resi 14 and name H8) (resi 13 and name H1') 5.000 3.200 1.000 assign (resi 14 and name H8) (resi 13 and name H2) 6.000 4.200 1.000 assign (resi 14 and name H1') (resi 13 and name H2') 5.000 3.200 1.000 assign (resi 14 and name H1') (resi 13 and name H1') 6.000 4.200 1.000 assign (resi 14 and name H1') (resi 13 and name H2) 5.000 3.200 1.000 assign (resi 14 and name H2) (resi 15 and name H1') 5.000 3.200 1.000 assign (resi 14 and name H2) (resi 30 and name H1') 5.000 3.200 1.000 assign (resi 14 and name H2) (resi 13 and name H2) 6.000 4.200 1.000 assign (resi 14 and name H2) (resi 30 and name H6) 6.000 4.200 1.000 !residue 15 intranucleotide assign (resi 15 and name H5) (resi 15 and name H2') 6.000 4.200 1.000 assign (resi 15 and name H6) (resi 15 and name H2') 4.000 2.200 1.000 assign (resi 15 and name H6) (resi 15 and name H1') 4.000 2.200 1.000 assign (resi 15 and name H5) (resi 15 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 15 and name H1') (resi 15 and name H2') 3.000 1.200 0.300 !residue 15 internucleotide assign (resi 15 and name H6) (resi 14 and name H1') 5.000 3.200 1.000 assign (resi 15 and name H5) (resi 14 and name H1') 5.000 3.700 1.000 assign (resi 15 and name H5) (resi 14 and name H2') 4.000 2.200 1.000 assign (resi 15 and name H6) (resi 14 and name H2') 2.500 0.700 0.300 assign (resi 15 and name H5) (resi 14 and name H8) 4.000 2.000 1.000 assign (resi 15 and name H6) (resi 14 and name H8) 5.000 3.000 1.000 assign (resi 15 and name H1') (resi 14 and name H2') 5.000 3.200 1.000 assign (resi 15 and name H1') (resi 14 and name H1') 6.000 4.200 1.000 assign (resi 15 and name H5) (resi 14 and name H2) 5.000 3.200 1.000 !residue 16 intranucleotide assign (resi 16 and name H5) (resi 16 and name H2') 6.000 4.200 1.000 assign (resi 16 and name H6) (resi 16 and name H3') 3.000 1.200 0.300 assign (resi 16 and name H6) (resi 16 and name H1') 4.000 2.200 1.000 assign (resi 16 and name H5) (resi 16 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 16 and name H1') (resi 16 and name H2') 3.000 1.200 0.300 !residue 16 internucleotide assign (resi 16 and name H1') (resi 15 and name H1') 6.000 4.200 1.000 assign (resi 16 and name H1') (resi 15 and name H2') 5.000 3.200 1.000 assign (resi 16 and name H6) (resi 15 and name H1') 5.000 3.200 1.000 assign (resi 16 and name H5) (resi 15 and name H1') 5.000 3.200 1.000 assign (resi 16 and name H5) (resi 15 and name H2') 4.000 2.200 1.000 assign (resi 16 and name H6) (resi 15 and name H2') 2.500 0.700 0.300 assign (resi 16 and name H5) (resi 15 and name H5) 4.000 2.200 1.000 assign (resi 16 and name H5) (resi 15 and name H6) 4.000 2.200 1.000 assign (resi 16 and name H6) (resi 15 and name H6) 5.000 3.200 1.000 assign (resi 16 and name H6) (resi 15 and name H5) 5.000 3.200 1.000 !residue 17 intranucleotide assign (resi 17 and name H8) (resi 17 and name H2') 5.000 3.200 1.000 assign (resi 17 and name H8) (resi 17 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 17 and name H1') (resi 17 and name H2') 3.000 1.200 0.300 !residue 17 internulceotide assign (resi 17 and name H8) (resi 16 and name H2') 2.500 0.700 0.300 assign (resi 17 and name H8) (resi 16 and name H6) 5.000 3.200 1.000 assign (resi 17 and name H8) (resi 16 and name H5) 6.000 4.200 1.000 assign (resi 17 and name H8) (resi 16 and name H1') 5.000 3.200 1.000 assign (resi 17 and name H1') (resi 16 and name H2') 5.000 3.200 1.000 assign (resi 17 and name H1') (resi 16 and name H1') 6.000 4.200 1.000 !residue 18 intranucleotide assign (resi 18 and name H8) (resi 18 and name H2') 5.000 3.200 1.000 assign (resi 18 and name H8) (resi 18 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 18 and name H1') (resi 18 and name H2') 3.000 1.200 0.300 !residue 18 internucleotide assign (resi 18 and name H8) (resi 17 and name H2') 2.500 0.700 0.300 assign (resi 18 and name H8) (resi 17 and name H8) 5.000 3.200 1.000 assign (resi 18 and name H8) (resi 17 and name H1') 5.000 3.200 1.000 assign (resi 18 and name H1') (resi 17 and name H2') 5.000 3.200 1.000 assign (resi 18 and name H1') (resi 17 and name H1') 6.000 4.200 1.000 !residue 19 intranucleotide assign (resi 19 and name H8) (resi 19 and name H2') 5.000 3.200 1.000 assign (resi 19 and name H8) (resi 19 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 19 and name H1') (resi 19 and name H2') 3.000 1.200 0.300 !residue 19 internucleotide assign (resi 19 and name H8) (resi 18 and name H2') 2.500 0.700 0.300 assign (resi 19 and name H8) (resi 18 and name H1') 5.000 3.200 1.000 assign (resi 19 and name H1') (resi 18 and name H2') 5.000 3.200 1.000 assign (resi 19 and name H1') (resi 18 and name H1') 6.000 4.200 1.000 assign (resi 19 and name H2') (resi 20 and name H8) 3.000 1.200 0.300 !G20 intra assign (resi 20 and name H8) (resi 20 and name H2') 5.000 3.200 1.000 assign (resi 20 and name H8) (resi 20 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 20 and name H1') (resi 20 and name H2') 3.000 1.200 0.300 !GAAA TETRALOOP BEGIN !G20 inter assign (resi 20 and name H2') (resi 22 and name H8) 5.00 3.000 1.000 assign (resi 20 and name H8) (resi 19 and name H8) 5.00 3.000 1.000 assign (resi 20 and name H1') (resi 19 and name H1') 5.00 3.000 1.000 assign (resi 20 and name H2') (resi 19 and name H2') 5.00 2.000 1.000 !A21 intra assign (resi 21 and name H8) (resi 21 and name H2') 5.000 3.200 1.000 assign (resi 21 and name H8) (resi 21 and name H1') 4.000 2.200 1.000 assign (resi 21 and name H1') (resi 21 and name H2) 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 21 and name H1') (resi 21 and name H2') 3.000 1.200 0.300 !21 inter assign (resi 21 and name H1') (resi 22 and name H1') 5.00 3.000 1.000 assign (resi 21 and name H2) (resi 22 and name H2) 5.00 3.000 1.000 assign (resi 21 and name H8) (resi 22 and name H8) 6.000 4.200 1.000 assign (resi 21 and name H2') (resi 22 and name H8) 3.000 1.200 0.300 assign (resi 21 and name H2) (resi 22 and name H1') 3.000 1.200 0.300 assign (resi 21 and name H2') (resi 22 and name H1') 5.00 3.000 1.000 !A22 intra assign (resi 22 and name H8) (resi 22 and name H2') 5.000 3.200 1.000 assign (resi 22 and name H8) (resi 22 and name H1') 4.000 2.200 1.000 assign (resi 22 and name H2) (resi 22 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 22 and name H1') (resi 22 and name H2') 3.000 1.200 0.300 !22 inter assign (resi 23 and name H2) (resi 22 and name H2) 4.00 2.200 1.000 assign (resi 23 and name H8) (resi 22 and name H8) 6.000 4.200 1.000 assign (resi 23 and name H1') (resi 22 and name H2) 5.00 3.200 1.000 assign (resi 22 and name H2') (resi 23 and name H8) 4.00 2.200 1.000 assign (resi 22 and name H1') (resi 21 and name H8) 5.00 3.200 1.000 assign (resi 22 and name H1') (resi 23 and name H8) 5.00 3.200 1.000 !A23 intra assign (resi 23 and name H8) (resi 23 and name H2') 5.000 3.200 1.000 assign (resi 23 and name H8) (resi 23 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 23 and name H1') (resi 23 and name H2') 3.000 1.200 0.300 !23 inter assign (resi 23 and name H8) (resi 24 and name H6) 4.000 2.200 1.000 assign (resi 23 and name H8) (resi 24 and name H5) 4.000 2.200 1.000 assign (resi 23 and name H2') (resi 24 and name H6) 4.000 2.200 1.000 assign (resi 23 and name H8) (resi 24 and name H1') 5.000 3.200 1.000 !backward assign (resi 23 and name H1') (resi 24 and name H1') 6.000 4.200 1.000 assign (resi 23 and name H1') (resi 24 and name H5) 6.000 4.200 1.000 assign (resi 23 and name H2') (resi 22 and name H2) 5.000 3.200 1.000 assign (resi 23 and name H2') (resi 24 and name H1') 5.000 3.200 1.000 assign (resi 24 and name H1') (resi 23 and name H2) 5.000 3.200 1.000 !GAAA TETRALOOP END !residue 24 intranucleotide assign (resi 24 and name H5) (resi 24 and name H2') 6.000 4.200 1.000 assign (resi 24 and name H6) (resi 24 and name H2') 4.000 2.200 1.000 assign (resi 24 and name H6) (resi 24 and name H3') 3.000 1.200 0.300 assign (resi 24 and name H6) (resi 24 and name H1') 4.000 2.200 1.000 assign (resi 24 and name H5) (resi 24 and name H1') 6.000 4.200 1.000 assign (resi 24 and name H5) (resi 24 and name H3') 6.000 4.200 1.000 assign (resi 24 and name H5) (resi 24 and name H4') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 24 and name H1') (resi 24 and name H2') 3.000 1.200 0.300 assign (resi 24 and name H1') (resi 24 and name H3') 4.000 2.000 1.000 assign (resi 24 and name H1') (resi 24 and name H4') 4.000 2.200 1.000 assign (resi 24 and name H2') (resi 24 and name H3') 5.000 3.200 1.000 assign (resi 24 and name H3') (resi 24 and name H4') 5.000 3.200 1.000 !C24 inter noes listed at 23 and 25 !residue 25 intranucleotide assign (resi 25 and name H5) (resi 25 and name H2') 6.000 4.200 1.000 assign (resi 25 and name H6) (resi 25 and name H2') 4.000 2.200 1.000 assign (resi 25 and name H6) (resi 25 and name H1') 4.000 2.200 1.000 assign (resi 25 and name H5) (resi 25 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 25 and name H1') (resi 25 and name H2') 3.000 1.200 0.300 !residue 25 internucleotide assign (resi 25 and name H1') (resi 24 and name H1') 6.000 4.200 1.000 assign (resi 25 and name H1') (resi 24 and name H2') 5.000 3.200 1.000 assign (resi 25 and name H6) (resi 24 and name H1') 5.000 3.200 1.000 assign (resi 25 and name H5) (resi 24 and name H1') 5.000 3.200 1.000 assign (resi 25 and name H5) (resi 24 and name H2') 4.000 2.200 1.000 assign (resi 25 and name H6) (resi 24 and name H2') 2.500 0.700 0.300 assign (resi 25 and name H6) (resi 24 and name H3') 4.000 2.200 1.000 assign (resi 25 and name H5) (resi 24 and name H3') 4.000 2.200 1.000 assign (resi 25 and name H5) (resi 24 and name H5) 4.000 2.200 1.000 assign (resi 25 and name H5) (resi 24 and name H6) 4.000 2.200 1.000 assign (resi 25 and name H6) (resi 24 and name H6) 5.000 3.200 1.000 assign (resi 25 and name H6) (resi 24 and name H5) 5.000 3.200 1.000 !residue 26 intranucleotide assign (resi 26 and name H6) (resi 26 and name H2') 4.000 2.200 1.000 assign (resi 26 and name H6) (resi 26 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 26 and name H1') (resi 26 and name H2') 3.000 1.200 0.300 !residue 26 internucleotide assign (resi 26 and name H1') (resi 25 and name H1') 6.000 4.200 1.000 assign (resi 26 and name H1') (resi 25 and name H2') 5.000 3.200 1.000 assign (resi 26 and name H6) (resi 25 and name H1') 5.000 3.200 1.000 assign (resi 26 and name H5) (resi 25 and name H1') 5.000 3.200 1.000 assign (resi 26 and name H6) (resi 25 and name H2') 2.500 0.700 0.300 assign (resi 26 and name H5) (resi 25 and name H5) 4.000 2.200 1.000 assign (resi 26 and name H5) (resi 25 and name H6) 4.000 2.200 1.000 assign (resi 26 and name H2') (resi 25 and name H2') 4.000 2.200 1.000 !residue 27 intranucleotide assign (resi 27 and name H8) (resi 27 and name H2') 5.000 3.200 1.000 assign (resi 27 and name H8) (resi 27 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 27 and name H1') (resi 27 and name H2') 3.000 1.200 0.300 !residue 27 internulceotide assign (resi 27 and name H8) (resi 26 and name H2') 2.500 0.700 0.300 assign (resi 27 and name H8) (resi 26 and name H6) 5.000 3.200 1.000 assign (resi 27 and name H8) (resi 26 and name H1') 5.000 3.200 1.000 assign (resi 27 and name H1') (resi 26 and name H2') 5.000 3.200 1.000 assign (resi 27 and name H1') (resi 26 and name H1') 6.000 4.200 1.000 assign (resi 27 and name H1') (resi 26 and name H5) 6.000 4.200 1.000 !residue 28 intranucleotide assign (resi 28 and name H8) (resi 28 and name H2') 5.000 3.200 1.000 assign (resi 28 and name H8) (resi 28 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 28 and name H1') (resi 28 and name H2') 3.000 1.200 0.300 assign (resi 28 and name H1') (resi 28 and name H3') 4.000 2.000 1.000 assign (resi 28 and name H1') (resi 28 and name H4') 4.000 2.200 1.000 assign (resi 28 and name H1') (resi 28 and name H5'') 6.000 4.200 1.000 !residue 28 internucleotide assign (resi 28 and name H8) (resi 27 and name H2') 2.500 0.700 0.300 assign (resi 28 and name H8) (resi 27 and name H8) 5.000 3.200 1.000 assign (resi 28 and name H8) (resi 27 and name H1') 5.000 3.200 1.000 !residue 29 intranucleotide assign (resi 29 and name H5) (resi 29 and name H2') 6.000 4.200 1.000 assign (resi 29 and name H6) (resi 29 and name H1') 4.000 2.200 1.000 assign (resi 29 and name H5) (resi 29 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 29 and name H1') (resi 29 and name H2') 3.000 1.200 0.300 !residue 29 internucleotide assign (resi 29 and name H6) (resi 28 and name H1') 5.000 3.200 1.000 assign (resi 29 and name H5) (resi 28 and name H1') 5.000 3.700 1.000 assign (resi 29 and name H5) (resi 28 and name H2') 4.000 2.200 1.000 assign (resi 29 and name H6) (resi 28 and name H2') 2.500 0.700 0.300 assign (resi 29 and name H5) (resi 28 and name H8) 4.000 2.000 1.000 assign (resi 29 and name H6) (resi 28 and name H8) 5.000 3.000 1.000 assign (resi 29 and name H1') (resi 28 and name H2') 5.000 3.200 1.000 assign (resi 29 and name H1') (resi 28 and name H1') 6.000 4.200 1.000 !residue 30 intranucleotide assign (resi 30 and name H5) (resi 30 and name H2') 6.000 4.200 1.000 assign (resi 30 and name H6) (resi 30 and name H2') 4.000 2.200 1.000 assign (resi 30 and name H6) (resi 30 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 30 and name H1') (resi 30 and name H2') 3.000 1.200 0.300 !residue 30 internucleotide assign (resi 30 and name H1') (resi 29 and name H1') 6.000 4.200 1.000 assign (resi 30 and name H1') (resi 29 and name H2') 5.000 3.200 1.000 assign (resi 30 and name H6) (resi 29 and name H1') 5.000 3.200 1.000 assign (resi 30 and name H5) (resi 29 and name H1') 5.000 3.200 1.000 assign (resi 30 and name H6) (resi 29 and name H2') 2.500 0.700 0.300 assign (resi 30 and name H5) (resi 29 and name H5) 4.000 2.200 1.000 assign (resi 30 and name H5) (resi 29 and name H6) 4.000 2.200 1.000 assign (resi 30 and name H6) (resi 29 and name H6) 5.000 3.200 1.000 assign (resi 30 and name H1') (resi 13 and name H2) 5.000 3.200 1.000 !residue 31 intranucleotide assign (resi 31 and name H5) (resi 31 and name H2') 6.000 4.200 1.000 assign (resi 31 and name H6) (resi 31 and name H2') 4.000 2.200 1.000 assign (resi 31 and name H6) (resi 31 and name H1') 4.000 2.200 1.000 assign (resi 31 and name H5) (resi 31 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 31 and name H1') (resi 31 and name H2') 3.000 1.200 0.300 !residue 31 internucleotide assign (resi 31 and name H1') (resi 30 and name H1') 6.000 4.200 1.000 assign (resi 31 and name H1') (resi 30 and name H2') 5.000 3.200 1.000 assign (resi 31 and name H6) (resi 30 and name H1') 5.000 3.200 1.000 assign (resi 31 and name H5) (resi 30 and name H1') 5.000 3.200 1.000 assign (resi 31 and name H6) (resi 30 and name H2') 2.500 0.700 0.300 assign (resi 31 and name H5) (resi 30 and name H6) 4.000 2.200 1.000 assign (resi 31 and name H6) (resi 30 and name H6) 5.000 3.200 1.000 assign (resi 31 and name H6) (resi 30 and name H5) 5.000 3.200 1.000 !residue 32 intranucleotide assign (resi 32 and name H5) (resi 32 and name H2') 6.000 4.200 1.000 assign (resi 32 and name H6) (resi 32 and name H2') 4.000 2.200 1.000 assign (resi 32 and name H6) (resi 32 and name H1') 4.000 2.200 1.000 assign (resi 32 and name H5) (resi 32 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 32 and name H1') (resi 32 and name H2') 3.000 1.200 0.300 !residue 32 internucleotide assign (resi 32 and name H1') (resi 31 and name H1') 6.000 4.200 1.000 assign (resi 32 and name H1') (resi 31 and name H2') 5.000 3.200 1.000 assign (resi 32 and name H6) (resi 31 and name H1') 5.000 3.200 1.000 assign (resi 32 and name H5) (resi 31 and name H1') 5.000 3.200 1.000 assign (resi 32 and name H5) (resi 31 and name H2') 4.000 2.200 1.000 assign (resi 32 and name H6) (resi 31 and name H2') 2.500 0.700 0.300 assign (resi 32 and name H5) (resi 31 and name H5) 4.000 2.200 1.000 assign (resi 32 and name H5) (resi 31 and name H6) 4.000 2.200 1.000 assign (resi 32 and name H6) (resi 31 and name H6) 5.000 3.200 1.000 !residue 33 intranucleotide assign (resi 33 and name H5) (resi 33 and name H2') 6.000 4.200 1.000 assign (resi 33 and name H6) (resi 33 and name H2') 4.000 2.200 1.000 assign (resi 33 and name H6) (resi 33 and name H1') 4.000 2.200 1.000 assign (resi 33 and name H5) (resi 33 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 33 and name H1') (resi 33 and name H2') 3.000 1.200 0.300 !residue 33 internucleotide assign (resi 33 and name H1') (resi 32 and name H1') 6.000 4.200 1.000 assign (resi 33 and name H1') (resi 32 and name H2') 5.000 3.200 1.000 assign (resi 33 and name H6) (resi 32 and name H1') 5.000 3.200 1.000 assign (resi 33 and name H5) (resi 32 and name H1') 5.000 3.200 1.000 assign (resi 33 and name H5) (resi 32 and name H2') 4.000 2.200 1.000 assign (resi 33 and name H6) (resi 32 and name H2') 2.500 0.700 0.300 assign (resi 33 and name H5) (resi 32 and name H5) 4.000 2.200 1.000 assign (resi 33 and name H5) (resi 32 and name H6) 4.000 2.200 1.000 assign (resi 33 and name H6) (resi 32 and name H6) 5.000 3.200 1.000 assign (resi 33 and name H1') (resi 10 and name H2) 5.000 3.200 1.000 !residue 34 intranucleotide 3' TETRALOOP RECEPTOR BEGINNING assign (resi 34 and name H5) (resi 34 and name H2') 6.000 4.200 1.000 assign (resi 34 and name H6) (resi 34 and name H2') 4.000 2.200 1.000 assign (resi 34 and name H6) (resi 34 and name H1') 4.000 2.200 1.000 assign (resi 34 and name H5) (resi 34 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 34 and name H1') (resi 34 and name H2') 3.000 1.200 0.300 !residue 34 internucleotide assign (resi 34 and name H1') (resi 33 and name H1') 6.000 4.200 1.000 assign (resi 34 and name H1') (resi 33 and name H2') 5.000 3.200 1.000 assign (resi 34 and name H6) (resi 33 and name H1') 5.000 3.200 1.000 assign (resi 34 and name H5) (resi 33 and name H1') 5.000 3.200 1.000 assign (resi 34 and name H5) (resi 33 and name H2') 4.000 2.200 1.000 assign (resi 34 and name H6) (resi 33 and name H2') 2.500 0.700 0.300 assign (resi 34 and name H5) (resi 33 and name H5) 4.000 2.200 1.000 assign (resi 34 and name H5) (resi 33 and name H6) 4.000 2.200 1.000 assign (resi 34 and name H6) (resi 33 and name H6) 5.000 3.200 1.000 !residue 35 intranucleotide assign (resi 35 and name H6) (resi 35 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 35 and name H1') (resi 35 and name H2') 3.000 1.200 0.300 !residue 35 internucleotide assign (resi 35 and name H6) (resi 34 and name H2') 2.500 0.700 0.300 assign (resi 35 and name H5) (resi 34 and name H5) 4.000 2.200 1.000 assign (resi 35 and name H5) (resi 34 and name H6) 4.000 2.200 1.000 assign (resi 35 and name H6) (resi 34 and name H6) 5.000 3.200 1.000 !residue 36 intranucleotide assign (resi 36 and name H5) (resi 36 and name H2') 6.000 4.200 1.000 assign (resi 36 and name H6) (resi 36 and name H2') 4.000 2.200 1.000 assign (resi 36 and name H6) (resi 36 and name H1') 4.000 2.200 1.000 assign (resi 36 and name H5) (resi 36 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 36 and name H1') (resi 36 and name H2') 3.000 1.200 0.300 !U36 inter assign (resi 36 and name H2') (resi 37 and name H8) 3.00 1.200 0.300 assign (resi 36 and name H5) (resi 35 and name H2') 4.000 2.200 1.000 assign (resi 36 and name H5) (resi 35 and name H6) 5.000 3.200 1.000 assign (resi 36 and name H6) (resi 35 and name H6) 5.000 3.200 1.000 assign (resi 36 and name H6) (resi 37 and name H8) 5.000 3.200 1.000 assign (resi 36 and name H5) (resi 35 and name H5) 4.000 2.200 1.000 assign (resi 35 and name H1') (resi 36 and name H6) 5.000 3.200 1.000 assign (resi 35 and name H2') (resi 36 and name H6) 2.500 0.700 0.500 !residue 37 intranucleotide assign (resi 37 and name H8) (resi 37 and name H2') 5.000 3.200 1.000 assign (resi 37 and name H8) (resi 37 and name H3') 4.000 2.200 1.000 assign (resi 37 and name H8) (resi 37 and name H1') 4.000 2.200 1.000 assign (resi 37 and name H2) (resi 37 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 37 and name H1') (resi 37 and name H2') 3.000 1.200 0.300 assign (resi 37 and name H1') (resi 37 and name H3') 4.000 2.000 1.000 assign (resi 37 and name H3') (resi 37 and name H2') 5.000 3.200 1.000 !A37 inter assign (resi 37 and name H1') (resi 38 and name H8) 3.00 1.200 0.300 assign (resi 37 and name H2) (resi 6 and name H1') 5.000 3.200 1.000 assign (resi 37 and name H2) (resi 6 and name H8) 5.000 3.200 1.000 assign (resi 37 and name H2) (resi 5 and name H6) 6.000 4.200 1.000 assign (resi 37 and name H2) (resi 6 and name H2) 5.000 3.200 1.000 !residue 38 intranucleotide assign (resi 38 and name H8) (resi 38 and name H2') 5.000 3.200 1.000 assign (resi 38 and name H8) (resi 38 and name H1') 4.000 2.200 1.000 assign (resi 38 and name H2) (resi 38 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 38 and name H1') (resi 38 and name H2') 3.000 1.200 0.300 !A38 inter assign (resi 38 and name H2) (resi 39 and name H1') 5.000 3.200 1.000 assign (resi 38 and name H8) (resi 39 and name H8) 5.000 3.200 1.000 !residue 39 intranucleotide END 3' TETRALOOP RECEPTOR assign (resi 39 and name H8) (resi 39 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 39 and name H1') (resi 39 and name H2') 3.000 1.200 0.300 !G39 inter assign (resi 39 and name H1') (resi 38 and name H1') 5.00 3.200 1.000 assign (resi 39 and name H8) (resi 38 and name H1') 5.000 3.200 1.000 assign (resi 39 and name H8) (resi 38 and name H2') 4.000 2.000 1.000 assign (resi 39 and name H8) (resi 38 and name H2) 5.000 3.200 1.000 !residue 40 intranucleotide assign (resi 40 and name H5) (resi 40 and name H2') 6.000 4.200 1.000 assign (resi 40 and name H6) (resi 40 and name H2') 4.000 2.200 1.000 assign (resi 40 and name H6) (resi 40 and name H1') 4.000 2.200 1.000 assign (resi 40 and name H5) (resi 40 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 40 and name H1') (resi 40 and name H2') 3.000 1.200 0.300 !residue 40 internucleotide assign (resi 40 and name H6) (resi 39 and name H1') 5.000 3.200 1.000 assign (resi 40 and name H5) (resi 39 and name H1') 5.000 3.700 1.000 assign (resi 40 and name H6) (resi 39 and name H2') 2.500 0.700 0.300 assign (resi 40 and name H5) (resi 39 and name H8) 4.000 2.000 1.000 assign (resi 40 and name H6) (resi 39 and name H8) 5.000 3.000 1.000 assign (resi 40 and name H1') (resi 39 and name H2') 5.000 3.200 1.000 assign (resi 40 and name H1') (resi 39 and name H1') 6.000 4.200 1.000 !residue 41 intranucleotide assign (resi 41 and name H6) (resi 41 and name H2') 4.000 2.200 1.000 assign (resi 41 and name H6) (resi 41 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 41 and name H1') (resi 41 and name H2') 3.000 1.200 0.300 !residue 41 internucleotide assign (resi 41 and name H1') (resi 40 and name H1') 6.000 4.200 1.000 assign (resi 41 and name H6) (resi 40 and name H1') 5.000 3.200 1.000 assign (resi 41 and name H5) (resi 40 and name H1') 5.000 3.200 1.000 assign (resi 41 and name H6) (resi 40 and name H2') 2.500 0.700 0.300 assign (resi 41 and name H5) (resi 40 and name H5) 4.000 2.200 1.000 assign (resi 41 and name H5) (resi 40 and name H6) 4.000 2.200 1.000 assign (resi 41 and name H6) (resi 40 and name H6) 5.000 3.200 1.000 !residue 42 intranucleotide assign (resi 42 and name H5) (resi 42 and name H2') 6.000 4.200 1.000 assign (resi 42 and name H6) (resi 42 and name H2') 4.000 2.200 1.000 assign (resi 42 and name H6) (resi 42 and name H1') 4.000 2.200 1.000 assign (resi 42 and name H5) (resi 42 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 42 and name H1') (resi 42 and name H2') 3.000 1.200 0.300 !residue 42 internucleotide assign (resi 42 and name H1') (resi 41 and name H1') 6.000 4.200 1.000 assign (resi 42 and name H1') (resi 41 and name H2') 5.000 3.200 1.000 assign (resi 42 and name H6) (resi 41 and name H1') 5.000 3.200 1.000 assign (resi 42 and name H5) (resi 41 and name H1') 5.000 3.200 1.000 assign (resi 42 and name H5) (resi 41 and name H2') 4.000 2.200 1.000 assign (resi 42 and name H6) (resi 41 and name H2') 2.500 0.700 0.300 assign (resi 42 and name H5) (resi 41 and name H6) 4.000 2.200 1.000 assign (resi 42 and name H6) (resi 41 and name H6) 5.000 3.200 1.000 !residue 43 intranucleotide assign (resi 43 and name H5) (resi 43 and name H2') 6.000 4.200 1.000 assign (resi 43 and name H6) (resi 43 and name H2') 4.000 2.200 1.000 assign (resi 43 and name H6) (resi 43 and name H1') 4.000 2.200 1.000 assign (resi 43 and name H5) (resi 43 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 43 and name H1') (resi 43 and name H2') 3.000 1.200 0.300 assign (resi 43 and name H1') (resi 43 and name H3') 4.000 2.000 1.000 !residue 43 internucleotide assign (resi 43 and name H1') (resi 42 and name H1') 6.000 4.200 1.000 assign (resi 43 and name H6) (resi 42 and name H1') 5.000 3.200 1.000 assign (resi 43 and name H5) (resi 42 and name H1') 5.000 3.200 1.000 assign (resi 43 and name H5) (resi 42 and name H2') 4.000 2.200 1.000 assign (resi 43 and name H6) (resi 42 and name H2') 2.500 0.700 0.300 assign (resi 43 and name H5) (resi 42 and name H5) 4.000 2.200 1.000 assign (resi 43 and name H5) (resi 42 and name H6) 4.000 2.200 1.000 assign (resi 43 and name H6) (resi 42 and name H6) 5.000 3.200 1.000 !non-exchangeable NOEs molecule B !residue 44 intranucleotide assign (resi 44 and name H8) (resi 44 and name H4') 5.000 3.200 1.000 assign (resi 44 and name H8) (resi 44 and name H2') 5.000 3.200 1.000 assign (resi 44 and name H8) (resi 44 and name H3') 4.000 2.200 1.000 assign (resi 44 and name H8) (resi 44 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 44 and name H1') (resi 44 and name H2') 3.000 1.200 0.300 assign (resi 44 and name H1') (resi 44 and name H3') 4.000 2.000 1.000 assign (resi 44 and name H1') (resi 44 and name H4') 4.000 2.200 1.000 assign (resi 44 and name H3') (resi 44 and name H2') 3.000 1.200 0.300 !residue 45 intranucleotide assign (resi 45 and name H8) (resi 45 and name H2') 5.000 3.200 1.000 assign (resi 45 and name H8) (resi 45 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 45 and name H1') (resi 45 and name H2') 3.000 1.200 0.300 !residue 45 internucleotide assign (resi 45 and name H8) (resi 44 and name H2') 2.500 0.700 0.300 assign (resi 45 and name H8) (resi 44 and name H1') 5.000 3.200 1.000 assign (resi 45 and name H1') (resi 44 and name H2') 5.000 3.200 1.000 !residue 46 intranucleotide assign (resi 46 and name H8) (resi 46 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 46 and name H1') (resi 46 and name H2') 3.000 1.200 0.300 !residue 46 internucleotide assign (resi 46 and name H8) (resi 45 and name H2') 2.500 0.700 0.300 assign (resi 46 and name H8) (resi 45 and name H8) 5.000 3.200 1.000 assign (resi 46 and name H8) (resi 45 and name H1') 5.000 3.200 1.000 assign (resi 46 and name H1') (resi 45 and name H2') 5.000 3.200 1.000 assign (resi 46 and name H1') (resi 45 and name H1') 6.000 4.200 1.000 !residue 47 intranucleotide assign (resi 47 and name H8) (resi 47 and name H2') 5.000 3.200 1.000 assign (resi 47 and name H8) (resi 47 and name H1') 4.000 2.200 1.000 assign (resi 47 and name H2) (resi 47 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 47 and name H1') (resi 47 and name H2') 3.000 1.200 0.300 !residue 47 internucleotide assign (resi 47 and name H8) (resi 46 and name H2') 2.500 0.700 0.300 assign (resi 47 and name H8) (resi 46 and name H8) 5.000 3.200 1.000 assign (resi 47 and name H8) (resi 46 and name H1') 5.000 3.200 1.000 assign (resi 47 and name H1') (resi 46 and name H2') 5.000 3.200 1.000 assign (resi 47 and name H1') (resi 46 and name H1') 6.000 4.200 1.000 assign (resi 47 and name H2) (resi 48 and name H1') 4.000 3.000 1.000 assign (resi 47 and name H2) (resi 84 and name H1') 4.000 3.000 1.000 !residue 48 intranucleotide assign (resi 48 and name H5) (resi 48 and name H2') 6.000 4.200 1.000 assign (resi 48 and name H6) (resi 48 and name H2') 4.000 2.200 1.000 assign (resi 48 and name H6) (resi 48 and name H1') 4.000 2.200 1.000 assign (resi 48 and name H5) (resi 48 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 48 and name H1') (resi 48 and name H2') 3.000 1.200 0.300 assign (resi 48 and name H1') (resi 48 and name H3') 4.000 2.000 1.000 assign (resi 48 and name H1') (resi 48 and name H4') 4.000 2.200 1.000 !residue 48 internucleotide 5' TETRALOOP RECEPTOR BEGINNING assign (resi 48 and name H6) (resi 47 and name H1') 5.000 3.200 1.000 assign (resi 48 and name H5) (resi 47 and name H1') 5.000 3.700 1.000 assign (resi 48 and name H5) (resi 47 and name H2') 4.000 2.200 1.000 assign (resi 48 and name H6) (resi 47 and name H2') 2.500 0.700 0.300 assign (resi 48 and name H5) (resi 47 and name H8) 4.000 2.000 1.000 assign (resi 48 and name H6) (resi 47 and name H8) 5.000 3.000 1.000 assign (resi 48 and name H1') (resi 47 and name H2') 5.000 3.200 1.000 assign (resi 48 and name H1') (resi 47 and name H1') 6.000 4.200 1.000 assign (resi 48 and name H2') (resi 80 and name H2) 5.000 3.200 1.000 assign (resi 48 and name H1') (resi 80 and name H2) 5.000 3.200 1.000 !residue 49intranucleotide assign (resi 49 and name H8) (resi 49 and name H2') 5.000 3.200 1.000 assign (resi 49 and name H8) (resi 49 and name H3') 4.000 2.200 1.000 assign (resi 49 and name H8) (resi 49 and name H1') 4.000 2.200 1.000 assign (resi 49 and name H2) (resi 49 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 49 and name H1') (resi 49 and name H2') 3.000 1.200 0.300 assign (resi 49 and name H1') (resi 49 and name H3') 4.000 2.000 1.000 assign (resi 49 and name H1') (resi 49 and name H4') 4.000 2.200 1.000 assign (resi 49 and name H2') (resi 49 and name H3') 4.000 2.200 1.000 !residue 49internucleotide assign (resi 49 and name H8) (resi 48 and name H2') 5.000 3.200 1.000 assign (resi 49 and name H1') (resi 51 and name H8) 5.000 3.200 1.000 assign (resi 49 and name H1') (resi 80 and name H2) 5.000 3.200 1.000 assign (resi 49 and name H8) (resi 51 and name H8) 5.000 3.200 1.000 assign (resi 49 and name H2) (resi 51 and name H8) 5.000 3.200 1.000 assign (resi 49 and name H8) (resi 51 and name H8) 5.000 3.200 1.000 assign (resi 49 and name H2') (resi 51 and name H8) 5.000 3.200 1.000 assign (resi 49 and name H2) (resi 81 and name H2) 5.000 3.200 1.000 assign (resi 49 and name H2) (resi 51 and name H1') 5.000 3.200 1.000 !residue 50intranucleotide assign (resi 50 and name H5) (resi 50 and name H2') 6.000 4.200 1.000 assign (resi 50 and name H6) (resi 50 and name H2') 4.000 2.200 1.000 assign (resi 50 and name H6) (resi 50 and name H1') 4.000 2.200 1.000 assign (resi 50 and name H5) (resi 50 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 50 and name H1') (resi 50 and name H2') 3.000 1.200 0.300 assign (resi 50 and name H1') (resi 50 and name H3') 4.000 2.000 1.000 assign (resi 50 and name H2') (resi 50 and name H3') 3.00 1.200 0.700 !residue 50internucleotide assign (resi 50 and name H5) (resi 49 and name H2) 6.000 4.200 1.000 assign (resi 50 and name H5) (resi 49 and name H2') 6.000 4.200 1.000 assign (resi 50 and name H5) (resi 49 and name H1') 6.000 4.200 1.000 assign (resi 50 and name H6) (resi 49 and name H1') 5.500 3.800 1.000 assign (resi 50 and name H3') (resi 49 and name H1') 6.000 4.200 1.000 assign (resi 50 and name H2') (resi 49 and name H1') 5.000 3.200 1.000 assign (resi 50 and name H2') (resi 49 and name H2) 6.000 4.200 1.000 assign (resi 50 and name H2') (resi 49 and name H8) 6.000 4.200 1.000 assign (resi 50 and name H1') (resi 49 and name H1') 6.000 4.200 1.000 assign (resi 50 and name H1') (resi 49 and name H1') 6.000 4.200 1.000 !residue 51 intranucleotide assign (resi 51 and name H8) (resi 51 and name H2') 5.000 3.200 1.000 assign (resi 51 and name H8) (resi 51 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 51 and name H1') (resi 51 and name H2') 3.000 1.200 0.300 !G8 internucleotide assign (resi 51 and name H8) (resi 50 and name H2') 6.00 3.200 1.000 assign (resi 51 and name H8) (resi 50 and name H6) 6.00 3.200 1.000 assign (resi 51 and name H2') (resi 50 and name H6) 6.00 3.200 1.000 !residue 52 intranucleotide assign (resi 52 and name H8) (resi 52 and name H2') 5.000 3.200 1.000 assign (resi 52 and name H8) (resi 52 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 52 and name H1') (resi 52 and name H2') 3.000 1.200 0.300 !residue 52 internucleotide END 5' TETRALOOP RECEPTOR assign (resi 52 and name H8) (resi 51 and name H2') 2.500 0.700 0.300 assign (resi 52 and name H8) (resi 51 and name H8) 5.000 3.200 1.000 assign (resi 52 and name H8) (resi 51 and name H1') 5.000 3.200 1.000 assign (resi 52 and name H1') (resi 51 and name H2') 5.000 3.200 1.000 assign (resi 52 and name H1') (resi 51 and name H1') 6.000 4.200 1.000 !residue 53 intranucleotide assign (resi 53 and name H8) (resi 53 and name H2') 5.000 3.200 1.000 assign (resi 53 and name H8) (resi 53 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 53 and name H1') (resi 53 and name H2') 3.000 1.200 0.300 !residue 53 internucleotide assign (resi 53 and name H8) (resi 52 and name H2') 2.500 0.700 0.300 assign (resi 53 and name H8) (resi 52 and name H8) 5.000 3.200 1.000 assign (resi 53 and name H8) (resi 52 and name H1') 5.000 3.200 1.000 assign (resi 53 and name H1') (resi 52 and name H2') 5.000 3.200 1.000 assign (resi 53 and name H2) (resi 77 and name H1') 5.000 3.200 1.000 assign (resi 53 and name H2) (resi 77 and name H6) 5.000 3.200 1.000 !residue 54 intranucleotide assign (resi 54 and name H8) (resi 54 and name H2') 5.000 3.200 1.000 assign (resi 54 and name H8) (resi 54 and name H1') 4.000 2.200 1.000 assign (resi 54 and name H2) (resi 54 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 54 and name H1') (resi 54 and name H2') 3.000 1.200 0.300 !residue 54 internucleotide assign (resi 54 and name H8) (resi 53 and name H2') 2.500 0.700 0.300 assign (resi 54 and name H8) (resi 53 and name H8) 5.000 3.200 1.000 assign (resi 54 and name H8) (resi 53 and name H1') 5.000 3.200 1.000 assign (resi 54 and name H8) (resi 53 and name H2) 6.000 4.200 1.000 assign (resi 54 and name H1') (resi 53 and name H2') 5.000 3.200 1.000 assign (resi 54 and name H1') (resi 53 and name H1') 6.000 4.200 1.000 assign (resi 54 and name H1') (resi 53 and name H2) 5.000 3.200 1.000 assign (resi 54 and name H2) (resi 55 and name H1') 5.000 3.200 1.000 assign (resi 54 and name H2) (resi 76 and name H1') 5.000 3.200 1.000 assign (resi 54 and name H2) (resi 76 and name H6) 6.000 4.200 1.000 assign (resi 54 and name H2) (resi 53 and name H2) 5.000 3.200 1.000 !residue 55 intranucleotide assign (resi 55 and name H8) (resi 55 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 55 and name H1') (resi 55 and name H2') 3.000 1.200 0.300 !residue 55 internucleotide assign (resi 55 and name H8) (resi 54 and name H1') 5.000 3.200 1.000 assign (resi 55 and name H8) (resi 54 and name H2') 4.000 2.200 1.000 assign (resi 55 and name H8) (resi 54 and name H8) 5.000 3.000 1.000 assign (resi 55 and name H1') (resi 54 and name H2') 5.000 3.200 1.000 assign (resi 55 and name H1') (resi 54 and name H1') 6.000 4.200 1.000 assign (resi 55 and name H8) (resi 54 and name H2) 6.000 4.200 1.000 !residue 56 intranucleotide assign (resi 56 and name H8) (resi 56 and name H2') 5.000 3.200 1.000 assign (resi 56 and name H8) (resi 56 and name H1') 4.000 2.200 1.000 assign (resi 56 and name H2) (resi 56 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 56 and name H1') (resi 56 and name H2') 3.000 1.200 0.300 !residue 56 internulceotide assign (resi 56 and name H8) (resi 55 and name H2') 2.500 0.700 0.300 assign (resi 56 and name H8) (resi 55 and name H1') 5.000 3.200 1.000 assign (resi 56 and name H1') (resi 55 and name H2') 5.000 3.200 1.000 assign (resi 56 and name H1') (resi 55 and name H1') 6.000 4.200 1.000 assign (resi 56 and name H2) (resi 74 and name H1') 5.000 3.200 1.000 assign (resi 56 and name H2) (resi 56 and name H8) 6.000 4.200 1.000 assign (resi 56 and name H2) (resi 74 and name H6) 6.000 4.200 1.000 !residue 57 intranucleotide assign (resi 57 and name H8) (resi 57 and name H1') 4.000 2.200 1.000 assign (resi 57 and name H2) (resi 57 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 57 and name H1') (resi 57 and name H2') 3.000 1.200 0.300 !residue 57 internucleotide assign (resi 57 and name H8) (resi 56 and name H2') 2.500 0.700 0.300 assign (resi 57 and name H8) (resi 56 and name H8) 5.000 3.200 1.000 assign (resi 57 and name H8) (resi 56 and name H1') 5.000 3.200 1.000 assign (resi 57 and name H8) (resi 56 and name H2) 6.000 4.200 1.000 assign (resi 57 and name H1') (resi 56 and name H2') 5.000 3.200 1.000 assign (resi 57 and name H1') (resi 56 and name H1') 6.000 4.200 1.000 assign (resi 57 and name H1') (resi 56 and name H2) 5.000 3.200 1.000 assign (resi 57 and name H2) (resi 58 and name H1') 5.000 3.200 1.000 assign (resi 57 and name H2) (resi 73 and name H1') 5.000 3.200 1.000 assign (resi 57 and name H2) (resi 56 and name H2) 6.000 4.200 1.000 assign (resi 57 and name H2) (resi 73 and name H6) 6.000 4.200 1.000 !residue 58 intranucleotide assign (resi 58 and name H5) (resi 58 and name H2') 6.000 4.200 1.000 assign (resi 58 and name H6) (resi 58 and name H2') 4.000 2.200 1.000 assign (resi 58 and name H6) (resi 58 and name H1') 4.000 2.200 1.000 assign (resi 58 and name H5) (resi 58 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 58 and name H1') (resi 58 and name H2') 3.000 1.200 0.300 !residue 58 internucleotide assign (resi 58 and name H6) (resi 57 and name H1') 5.000 3.200 1.000 assign (resi 58 and name H5) (resi 57 and name H1') 5.000 3.700 1.000 assign (resi 58 and name H5) (resi 57 and name H2') 4.000 2.200 1.000 assign (resi 58 and name H6) (resi 57 and name H2') 2.500 0.700 0.300 assign (resi 58 and name H5) (resi 57 and name H8) 4.000 2.000 1.000 assign (resi 58 and name H6) (resi 57 and name H8) 5.000 3.000 1.000 assign (resi 58 and name H1') (resi 57 and name H2') 5.000 3.200 1.000 assign (resi 58 and name H1') (resi 57 and name H1') 6.000 4.200 1.000 assign (resi 58 and name H5) (resi 57 and name H2) 5.000 3.200 1.000 !residue 59 intranucleotide assign (resi 59 and name H5) (resi 59 and name H2') 6.000 4.200 1.000 assign (resi 59 and name H6) (resi 59 and name H3') 3.000 1.200 0.300 assign (resi 59 and name H6) (resi 59 and name H1') 4.000 2.200 1.000 assign (resi 59 and name H5) (resi 59 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 59 and name H1') (resi 59 and name H2') 3.000 1.200 0.300 !residue 59 internucleotide assign (resi 59 and name H1') (resi 58 and name H1') 6.000 4.200 1.000 assign (resi 59 and name H1') (resi 58 and name H2') 5.000 3.200 1.000 assign (resi 59 and name H6) (resi 58 and name H1') 5.000 3.200 1.000 assign (resi 59 and name H5) (resi 58 and name H1') 5.000 3.200 1.000 assign (resi 59 and name H5) (resi 58 and name H2') 4.000 2.200 1.000 assign (resi 59 and name H6) (resi 58 and name H2') 2.500 0.700 0.300 assign (resi 59 and name H5) (resi 58 and name H5) 4.000 2.200 1.000 assign (resi 59 and name H5) (resi 58 and name H6) 4.000 2.200 1.000 assign (resi 59 and name H6) (resi 58 and name H6) 5.000 3.200 1.000 assign (resi 59 and name H6) (resi 58 and name H5) 5.000 3.200 1.000 !residue 60 intranucleotide assign (resi 60 and name H8) (resi 60 and name H2') 5.000 3.200 1.000 assign (resi 60 and name H8) (resi 60 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 60 and name H1') (resi 60 and name H2') 3.000 1.200 0.300 !residue 60 internulceotide assign (resi 60 and name H8) (resi 59 and name H2') 2.500 0.700 0.300 assign (resi 60 and name H8) (resi 59 and name H6) 5.000 3.200 1.000 assign (resi 60 and name H8) (resi 59 and name H5) 6.000 4.200 1.000 assign (resi 60 and name H8) (resi 59 and name H1') 5.000 3.200 1.000 assign (resi 60 and name H1') (resi 59 and name H2') 5.000 3.200 1.000 assign (resi 60 and name H1') (resi 59 and name H1') 6.000 4.200 1.000 !residue 61 intranucleotide assign (resi 61 and name H8) (resi 61 and name H2') 5.000 3.200 1.000 assign (resi 61 and name H8) (resi 61 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 61 and name H1') (resi 61 and name H2') 3.000 1.200 0.300 !residue 61 internucleotide assign (resi 61 and name H8) (resi 60 and name H2') 2.500 0.700 0.300 assign (resi 61 and name H8) (resi 60 and name H8) 5.000 3.200 1.000 assign (resi 61 and name H8) (resi 60 and name H1') 5.000 3.200 1.000 assign (resi 61 and name H1') (resi 60 and name H2') 5.000 3.200 1.000 assign (resi 61 and name H1') (resi 60 and name H1') 6.000 4.200 1.000 !residue 62 intranucleotide assign (resi 62 and name H8) (resi 62 and name H2') 5.000 3.200 1.000 assign (resi 62 and name H8) (resi 62 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 62 and name H1') (resi 62 and name H2') 3.000 1.200 0.300 !residue 62 internucleotide assign (resi 62 and name H8) (resi 61 and name H2') 2.500 0.700 0.300 assign (resi 62 and name H8) (resi 61 and name H1') 5.000 3.200 1.000 assign (resi 62 and name H1') (resi 61 and name H2') 5.000 3.200 1.000 assign (resi 62 and name H1') (resi 61 and name H1') 6.000 4.200 1.000 assign (resi 62 and name H2') (resi 63 and name H8) 3.000 1.200 0.300 !G20 intra assign (resi 63 and name H8) (resi 63 and name H2') 5.000 3.200 1.000 assign (resi 63 and name H8) (resi 63 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 63 and name H1') (resi 63 and name H2') 3.000 1.200 0.300 !GAAA TETRALOOP BEGIN !G20 inter assign (resi 63 and name H2') (resi 65 and name H8) 5.00 3.000 1.000 assign (resi 63 and name H8) (resi 62 and name H8) 5.00 3.000 1.000 assign (resi 63 and name H1') (resi 62 and name H1') 5.00 3.000 1.000 assign (resi 63 and name H2') (resi 62 and name H2') 5.000 2.000 1.000 !A21 intra assign (resi 64 and name H8) (resi 64 and name H2') 5.000 3.200 1.000 assign (resi 64 and name H8) (resi 64 and name H1') 4.000 2.200 1.000 assign (resi 64 and name H1') (resi 64 and name H2) 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 64 and name H1') (resi 64 and name H2') 3.000 1.200 0.300 !21 inter assign (resi 64 and name H1') (resi 65 and name H1') 5.00 3.000 1.000 assign (resi 64 and name H2) (resi 65 and name H2) 5.00 3.000 1.000 assign (resi 64 and name H8) (resi 65 and name H8) 6.000 4.200 1.000 assign (resi 64 and name H2') (resi 65 and name H8) 3.000 1.200 0.300 assign (resi 64 and name H2) (resi 65 and name H1') 3.000 1.200 0.300 assign (resi 64 and name H2') (resi 65 and name H1') 5.00 3.000 1.000 !A22 intra assign (resi 65 and name H8) (resi 65 and name H2') 5.000 3.200 1.000 assign (resi 65 and name H8) (resi 65 and name H1') 4.000 2.200 1.000 assign (resi 65 and name H2) (resi 65 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 65 and name H1') (resi 65 and name H2') 3.000 1.200 0.300 !22 inter assign (resi 66 and name H2) (resi 65 and name H2) 4.00 2.200 1.000 assign (resi 66 and name H8) (resi 65 and name H8) 6.000 4.200 1.000 assign (resi 66 and name H1') (resi 65 and name H2) 5.00 3.200 1.000 assign (resi 65 and name H2') (resi 66 and name H8) 4.00 2.200 1.000 assign (resi 65 and name H1') (resi 64 and name H8) 5.00 3.200 1.000 assign (resi 65 and name H1') (resi 66 and name H8) 5.00 3.200 1.000 !A23 intra assign (resi 66 and name H8) (resi 66 and name H2') 5.000 3.200 1.000 assign (resi 66 and name H8) (resi 66 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 66 and name H1') (resi 66 and name H2') 3.000 1.200 0.300 !23 inter assign (resi 66 and name H8) (resi 67 and name H6) 4.000 2.200 1.000 assign (resi 66 and name H8) (resi 67 and name H5) 4.000 2.200 1.000 assign (resi 66 and name H2') (resi 67 and name H6) 4.000 2.200 1.000 assign (resi 66 and name H8) (resi 67 and name H1') 5.000 3.200 1.000 !backward assign (resi 66 and name H1') (resi 67 and name H1') 6.000 4.200 1.000 assign (resi 66 and name H1') (resi 67 and name H5) 6.000 4.200 1.000 assign (resi 66 and name H2') (resi 65 and name H2) 5.000 3.200 1.000 assign (resi 66 and name H2') (resi 67 and name H1') 5.000 3.200 1.000 assign (resi 67 and name H1') (resi 66 and name H2) 5.000 3.200 1.000 !GAAA TETRALOOP END !residue 67 intranucleotide assign (resi 67 and name H5) (resi 67 and name H2') 6.000 4.200 1.000 assign (resi 67 and name H6) (resi 67 and name H2') 4.000 2.200 1.000 assign (resi 67 and name H6) (resi 67 and name H3') 3.000 1.200 0.300 assign (resi 67 and name H6) (resi 67 and name H1') 4.000 2.200 1.000 assign (resi 67 and name H5) (resi 67 and name H1') 6.000 4.200 1.000 assign (resi 67 and name H5) (resi 67 and name H3') 6.000 4.200 1.000 assign (resi 67 and name H5) (resi 67 and name H4') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 67 and name H1') (resi 67 and name H2') 3.000 1.200 0.300 assign (resi 67 and name H1') (resi 67 and name H3') 4.000 2.000 1.000 assign (resi 67 and name H1') (resi 67 and name H4') 4.000 2.200 1.000 assign (resi 67 and name H2') (resi 67 and name H3') 5.000 3.200 1.000 assign (resi 67 and name H3') (resi 67 and name H4') 5.000 3.200 1.000 !C24 inter noes listed at 66 and 25 !residue 68 intranucleotide assign (resi 68 and name H5) (resi 68 and name H2') 6.000 4.200 1.000 assign (resi 68 and name H6) (resi 68 and name H2') 4.000 2.200 1.000 assign (resi 68 and name H6) (resi 68 and name H1') 4.000 2.200 1.000 assign (resi 68 and name H5) (resi 68 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 68 and name H1') (resi 68 and name H2') 3.000 1.200 0.300 !residue 68 internucleotide assign (resi 68 and name H1') (resi 67 and name H1') 6.000 4.200 1.000 assign (resi 68 and name H1') (resi 67 and name H2') 5.000 3.200 1.000 assign (resi 68 and name H6) (resi 67 and name H1') 5.000 3.200 1.000 assign (resi 68 and name H5) (resi 67 and name H1') 5.000 3.200 1.000 assign (resi 68 and name H5) (resi 67 and name H2') 4.000 2.200 1.000 assign (resi 68 and name H6) (resi 67 and name H2') 2.500 0.700 0.300 assign (resi 68 and name H6) (resi 67 and name H3') 4.000 2.200 1.000 assign (resi 68 and name H5) (resi 67 and name H3') 4.000 2.200 1.000 assign (resi 68 and name H5) (resi 67 and name H5) 4.000 2.200 1.000 assign (resi 68 and name H5) (resi 67 and name H6) 4.000 2.200 1.000 assign (resi 68 and name H6) (resi 67 and name H6) 5.000 3.200 1.000 assign (resi 68 and name H6) (resi 67 and name H5) 5.000 3.200 1.000 !residue 69 intranucleotide assign (resi 69 and name H6) (resi 69 and name H2') 4.000 2.200 1.000 assign (resi 69 and name H6) (resi 69 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 69 and name H1') (resi 69 and name H2') 3.000 1.200 0.300 !residue 69 internucleotide assign (resi 69 and name H1') (resi 68 and name H1') 6.000 4.200 1.000 assign (resi 69 and name H1') (resi 68 and name H2') 5.000 3.200 1.000 assign (resi 69 and name H6) (resi 68 and name H1') 5.000 3.200 1.000 assign (resi 69 and name H5) (resi 68 and name H1') 5.000 3.200 1.000 assign (resi 69 and name H6) (resi 68 and name H2') 2.500 0.700 0.300 assign (resi 69 and name H5) (resi 68 and name H5) 4.000 2.200 1.000 assign (resi 69 and name H5) (resi 68 and name H6) 4.000 2.200 1.000 assign (resi 69 and name H2') (resi 68 and name H2') 4.000 2.200 1.000 !residue 70 intranucleotide assign (resi 70 and name H8) (resi 70 and name H2') 5.000 3.200 1.000 assign (resi 70 and name H8) (resi 70 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 70 and name H1') (resi 70 and name H2') 3.000 1.200 0.300 !residue 70 internulceotide assign (resi 70 and name H8) (resi 69 and name H2') 2.500 0.700 0.300 assign (resi 70 and name H8) (resi 69 and name H6) 5.000 3.200 1.000 assign (resi 70 and name H8) (resi 69 and name H1') 5.000 3.200 1.000 assign (resi 70 and name H1') (resi 69 and name H2') 5.000 3.200 1.000 assign (resi 70 and name H1') (resi 69 and name H1') 6.000 4.200 1.000 assign (resi 70 and name H1') (resi 69 and name H5) 6.000 4.200 1.000 !residue 71 intranucleotide assign (resi 71 and name H8) (resi 71 and name H2') 5.000 3.200 1.000 assign (resi 71 and name H8) (resi 71 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 71 and name H1') (resi 71 and name H2') 3.000 1.200 0.300 assign (resi 71 and name H1') (resi 71 and name H3') 4.000 2.000 1.000 assign (resi 71 and name H1') (resi 71 and name H4') 4.000 2.200 1.000 assign (resi 71 and name H1') (resi 71 and name H5'') 6.000 4.200 1.000 !residue 71 internucleotide assign (resi 71 and name H8) (resi 70 and name H2') 2.500 0.700 0.300 assign (resi 71 and name H8) (resi 70 and name H8) 5.000 3.200 1.000 assign (resi 71 and name H8) (resi 70 and name H1') 5.000 3.200 1.000 !residue 72 intranucleotide assign (resi 72 and name H5) (resi 72 and name H2') 6.000 4.200 1.000 assign (resi 72 and name H6) (resi 72 and name H1') 4.000 2.200 1.000 assign (resi 72 and name H5) (resi 72 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 72 and name H1') (resi 72 and name H2') 3.000 1.200 0.300 !residue 72 internucleotide assign (resi 72 and name H6) (resi 71 and name H1') 5.000 3.200 1.000 assign (resi 72 and name H5) (resi 71 and name H1') 5.000 3.700 1.000 assign (resi 72 and name H5) (resi 71 and name H2') 4.000 2.200 1.000 assign (resi 72 and name H6) (resi 71 and name H2') 2.500 0.700 0.300 assign (resi 72 and name H5) (resi 71 and name H8) 4.000 2.000 1.000 assign (resi 72 and name H6) (resi 71 and name H8) 5.000 3.000 1.000 assign (resi 72 and name H1') (resi 71 and name H2') 5.000 3.200 1.000 assign (resi 72 and name H1') (resi 71 and name H1') 6.000 4.200 1.000 !residue 73 intranucleotide assign (resi 73 and name H5) (resi 73 and name H2') 6.000 4.200 1.000 assign (resi 73 and name H6) (resi 73 and name H2') 4.000 2.200 1.000 assign (resi 73 and name H6) (resi 73 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 73 and name H1') (resi 73 and name H2') 3.000 1.200 0.300 !residue 73 internucleotide assign (resi 73 and name H1') (resi 72 and name H1') 6.000 4.200 1.000 assign (resi 73 and name H1') (resi 72 and name H2') 5.000 3.200 1.000 assign (resi 73 and name H6) (resi 72 and name H1') 5.000 3.200 1.000 assign (resi 73 and name H5) (resi 72 and name H1') 5.000 3.200 1.000 assign (resi 73 and name H6) (resi 72 and name H2') 2.500 0.700 0.300 assign (resi 73 and name H5) (resi 72 and name H5) 4.000 2.200 1.000 assign (resi 73 and name H5) (resi 72 and name H6) 4.000 2.200 1.000 assign (resi 73 and name H6) (resi 72 and name H6) 5.000 3.200 1.000 assign (resi 73 and name H1') (resi 56 and name H2) 5.000 3.200 1.000 !residue 74 intranucleotide assign (resi 74 and name H5) (resi 74 and name H2') 6.000 4.200 1.000 assign (resi 74 and name H6) (resi 74 and name H2') 4.000 2.200 1.000 assign (resi 74 and name H6) (resi 74 and name H1') 4.000 2.200 1.000 assign (resi 74 and name H5) (resi 74 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 74 and name H1') (resi 74 and name H2') 3.000 1.200 0.300 !residue 74 internucleotide assign (resi 74 and name H1') (resi 73 and name H1') 6.000 4.200 1.000 assign (resi 74 and name H1') (resi 73 and name H2') 5.000 3.200 1.000 assign (resi 74 and name H6) (resi 73 and name H1') 5.000 3.200 1.000 assign (resi 74 and name H5) (resi 73 and name H1') 5.000 3.200 1.000 assign (resi 74 and name H6) (resi 73 and name H2') 2.500 0.700 0.300 assign (resi 74 and name H5) (resi 73 and name H6) 4.000 2.200 1.000 assign (resi 74 and name H6) (resi 73 and name H6) 5.000 3.200 1.000 assign (resi 74 and name H6) (resi 73 and name H5) 5.000 3.200 1.000 !residue 75 intranucleotide assign (resi 75 and name H5) (resi 75 and name H2') 6.000 4.200 1.000 assign (resi 75 and name H6) (resi 75 and name H2') 4.000 2.200 1.000 assign (resi 75 and name H6) (resi 75 and name H1') 4.000 2.200 1.000 assign (resi 75 and name H5) (resi 75 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 75 and name H1') (resi 75 and name H2') 3.000 1.200 0.300 !residue 75 internucleotide assign (resi 75 and name H1') (resi 74 and name H1') 6.000 4.200 1.000 assign (resi 75 and name H1') (resi 74 and name H2') 5.000 3.200 1.000 assign (resi 75 and name H6) (resi 74 and name H1') 5.000 3.200 1.000 assign (resi 75 and name H5) (resi 74 and name H1') 5.000 3.200 1.000 assign (resi 75 and name H5) (resi 74 and name H2') 4.000 2.200 1.000 assign (resi 75 and name H6) (resi 74 and name H2') 2.500 0.700 0.300 assign (resi 75 and name H5) (resi 74 and name H5) 4.000 2.200 1.000 assign (resi 75 and name H5) (resi 74 and name H6) 4.000 2.200 1.000 assign (resi 75 and name H6) (resi 74 and name H6) 5.000 3.200 1.000 !residue 76 intranucleotide assign (resi 76 and name H5) (resi 76 and name H2') 6.000 4.200 1.000 assign (resi 76 and name H6) (resi 76 and name H2') 4.000 2.200 1.000 assign (resi 76 and name H6) (resi 76 and name H1') 4.000 2.200 1.000 assign (resi 76 and name H5) (resi 76 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 76 and name H1') (resi 76 and name H2') 3.000 1.200 0.300 !residue 76 internucleotide assign (resi 76 and name H1') (resi 75 and name H1') 6.000 4.200 1.000 assign (resi 76 and name H1') (resi 75 and name H2') 5.000 3.200 1.000 assign (resi 76 and name H6) (resi 75 and name H1') 5.000 3.200 1.000 assign (resi 76 and name H5) (resi 75 and name H1') 5.000 3.200 1.000 assign (resi 76 and name H5) (resi 75 and name H2') 4.000 2.200 1.000 assign (resi 76 and name H6) (resi 75 and name H2') 2.500 0.700 0.300 assign (resi 76 and name H5) (resi 75 and name H5) 4.000 2.200 1.000 assign (resi 76 and name H5) (resi 75 and name H6) 4.000 2.200 1.000 assign (resi 76 and name H6) (resi 75 and name H6) 5.000 3.200 1.000 assign (resi 76 and name H1') (resi 53 and name H2) 5.000 3.200 1.000 !residue 77 intranucleotide 3' TETRALOOP RECEPTOR BEGINNING assign (resi 77 and name H5) (resi 77 and name H2') 6.000 4.200 1.000 assign (resi 77 and name H6) (resi 77 and name H2') 4.000 2.200 1.000 assign (resi 77 and name H6) (resi 77 and name H1') 4.000 2.200 1.000 assign (resi 77 and name H5) (resi 77 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 77 and name H1') (resi 77 and name H2') 3.000 1.200 0.300 !residue 77 internucleotide assign (resi 77 and name H1') (resi 76 and name H1') 6.000 4.200 1.000 assign (resi 77 and name H1') (resi 76 and name H2') 5.000 3.200 1.000 assign (resi 77 and name H6) (resi 76 and name H1') 5.000 3.200 1.000 assign (resi 77 and name H5) (resi 76 and name H1') 5.000 3.200 1.000 assign (resi 77 and name H5) (resi 76 and name H2') 4.000 2.200 1.000 assign (resi 77 and name H6) (resi 76 and name H2') 2.500 0.700 0.300 assign (resi 77 and name H5) (resi 76 and name H5) 4.000 2.200 1.000 assign (resi 77 and name H5) (resi 76 and name H6) 4.000 2.200 1.000 assign (resi 77 and name H6) (resi 76 and name H6) 5.000 3.200 1.000 !residue 78 intranucleotide assign (resi 78 and name H6) (resi 78 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 78 and name H1') (resi 78 and name H2') 3.000 1.200 0.300 !residue 78 internucleotide assign (resi 78 and name H6) (resi 77 and name H2') 2.500 0.700 0.300 assign (resi 78 and name H5) (resi 77 and name H5) 4.000 2.200 1.000 assign (resi 78 and name H5) (resi 77 and name H6) 4.000 2.200 1.000 assign (resi 78 and name H6) (resi 77 and name H6) 5.000 3.200 1.000 !residue 79 intranucleotide assign (resi 79 and name H5) (resi 79 and name H2') 6.000 4.200 1.000 assign (resi 79 and name H6) (resi 79 and name H2') 4.000 2.200 1.000 assign (resi 79 and name H6) (resi 79 and name H1') 4.000 2.200 1.000 assign (resi 79 and name H5) (resi 79 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 79 and name H1') (resi 79 and name H2') 3.000 1.200 0.300 !U36 inter assign (resi 79 and name H2') (resi 80 and name H8) 3.00 1.200 0.300 assign (resi 79 and name H5) (resi 78 and name H2') 4.000 2.200 1.000 assign (resi 79 and name H5) (resi 78 and name H6) 5.000 3.200 1.000 assign (resi 79 and name H6) (resi 78 and name H6) 5.000 3.200 1.000 assign (resi 79 and name H6) (resi 80 and name H8) 5.000 3.200 1.000 assign (resi 79 and name H5) (resi 78 and name H5) 4.000 2.200 1.000 assign (resi 78 and name H1') (resi 79 and name H6) 5.000 3.200 1.000 assign (resi 78 and name H2') (resi 79 and name H6) 2.500 0.700 0.500 !residue 80 intranucleotide assign (resi 80 and name H8) (resi 80 and name H2') 5.000 3.200 1.000 assign (resi 80 and name H8) (resi 80 and name H3') 4.000 2.200 1.000 assign (resi 80 and name H8) (resi 80 and name H1') 4.000 2.200 1.000 assign (resi 80 and name H2) (resi 80 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 80 and name H1') (resi 80 and name H2') 3.000 1.200 0.300 assign (resi 80 and name H1') (resi 80 and name H3') 4.000 2.000 1.000 assign (resi 80 and name H3') (resi 80 and name H2') 5.000 3.200 1.000 !A37 inter assign (resi 80 and name H1') (resi 81 and name H8) 3.00 1.200 0.300 assign (resi 80 and name H2) (resi 49 and name H1') 5.000 3.200 1.000 assign (resi 80 and name H2) (resi 49 and name H8) 5.000 3.200 1.000 assign (resi 80 and name H2) (resi 48 and name H6) 6.000 4.200 1.000 assign (resi 80 and name H2) (resi 49 and name H2) 5.000 3.200 1.000 !residue 81 intranucleotide assign (resi 81 and name H8) (resi 81 and name H2') 5.000 3.200 1.000 assign (resi 81 and name H8) (resi 81 and name H1') 4.000 2.200 1.000 assign (resi 81 and name H2) (resi 81 and name H1') 5.000 3.200 1.000 !intranucleotide sugar noes assign (resi 81 and name H1') (resi 81 and name H2') 3.000 1.200 0.300 !A38 inter assign (resi 81 and name H2) (resi 82 and name H1') 5.000 3.200 1.000 assign (resi 81 and name H8) (resi 82 and name H8) 5.000 3.200 1.000 !residue 82 intranucleotide END 3' TETRALOOP RECEPTOR assign (resi 82 and name H8) (resi 82 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 82 and name H1') (resi 82 and name H2') 3.000 1.200 0.300 !G39 inter assign (resi 82 and name H1') (resi 81 and name H1') 5.00 3.200 1.000 assign (resi 82 and name H8) (resi 81 and name H1') 5.000 3.200 1.000 assign (resi 82 and name H8) (resi 81 and name H2') 4.000 2.000 1.000 assign (resi 82 and name H8) (resi 81 and name H2) 5.000 3.200 1.000 !residue 83 intranucleotide assign (resi 83 and name H5) (resi 83 and name H2') 6.000 4.200 1.000 assign (resi 83 and name H6) (resi 83 and name H2') 4.000 2.200 1.000 assign (resi 83 and name H6) (resi 83 and name H1') 4.000 2.200 1.000 assign (resi 83 and name H5) (resi 83 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 83 and name H1') (resi 83 and name H2') 3.000 1.200 0.300 !residue 83 internucleotide assign (resi 83 and name H6) (resi 82 and name H1') 5.000 3.200 1.000 assign (resi 83 and name H5) (resi 82 and name H1') 5.000 3.700 1.000 assign (resi 83 and name H6) (resi 82 and name H2') 2.500 0.700 0.300 assign (resi 83 and name H5) (resi 82 and name H8) 4.000 2.000 1.000 assign (resi 83 and name H6) (resi 82 and name H8) 5.000 3.000 1.000 assign (resi 83 and name H1') (resi 82 and name H2') 5.000 3.200 1.000 assign (resi 83 and name H1') (resi 82 and name H1') 6.000 4.200 1.000 !residue 84 intranucleotide assign (resi 84 and name H6) (resi 84 and name H2') 4.000 2.200 1.000 assign (resi 84 and name H6) (resi 84 and name H1') 4.000 2.200 1.000 !intranucleotide sugar noes assign (resi 84 and name H1') (resi 84 and name H2') 3.000 1.200 0.300 !residue 84 internucleotide assign (resi 84 and name H1') (resi 83 and name H1') 6.000 4.200 1.000 assign (resi 84 and name H6) (resi 83 and name H1') 5.000 3.200 1.000 assign (resi 84 and name H5) (resi 83 and name H1') 5.000 3.200 1.000 assign (resi 84 and name H6) (resi 83 and name H2') 2.500 0.700 0.300 assign (resi 84 and name H5) (resi 83 and name H5) 4.000 2.200 1.000 assign (resi 84 and name H5) (resi 83 and name H6) 4.000 2.200 1.000 assign (resi 84 and name H6) (resi 83 and name H6) 5.000 3.200 1.000 !residue 85 intranucleotide assign (resi 85 and name H5) (resi 85 and name H2') 6.000 4.200 1.000 assign (resi 85 and name H6) (resi 85 and name H2') 4.000 2.200 1.000 assign (resi 85 and name H6) (resi 85 and name H1') 4.000 2.200 1.000 assign (resi 85 and name H5) (resi 85 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 85 and name H1') (resi 85 and name H2') 3.000 1.200 0.300 !residue 85 internucleotide assign (resi 85 and name H1') (resi 84 and name H1') 6.000 4.200 1.000 assign (resi 85 and name H1') (resi 84 and name H2') 5.000 3.200 1.000 assign (resi 85 and name H6) (resi 84 and name H1') 5.000 3.200 1.000 assign (resi 85 and name H5) (resi 84 and name H1') 5.000 3.200 1.000 assign (resi 85 and name H5) (resi 84 and name H2') 4.000 2.200 1.000 assign (resi 85 and name H6) (resi 84 and name H2') 2.500 0.700 0.300 assign (resi 85 and name H5) (resi 84 and name H6) 4.000 2.200 1.000 assign (resi 85 and name H6) (resi 84 and name H6) 5.000 3.200 1.000 !residue 86 intranucleotide assign (resi 86 and name H5) (resi 86 and name H2') 6.000 4.200 1.000 assign (resi 86 and name H6) (resi 86 and name H2') 4.000 2.200 1.000 assign (resi 86 and name H6) (resi 86 and name H1') 4.000 2.200 1.000 assign (resi 86 and name H5) (resi 86 and name H1') 6.000 4.200 1.000 !intranucleotide sugar noes assign (resi 86 and name H1') (resi 86 and name H2') 3.000 1.200 0.300 assign (resi 86 and name H1') (resi 86 and name H3') 4.000 2.000 1.000 !residue 86 internucleotide assign (resi 86 and name H1') (resi 85 and name H1') 6.000 4.200 1.000 assign (resi 86 and name H6) (resi 85 and name H1') 5.000 3.200 1.000 assign (resi 86 and name H5) (resi 85 and name H1') 5.000 3.200 1.000 assign (resi 86 and name H5) (resi 85 and name H2') 4.000 2.200 1.000 assign (resi 86 and name H6) (resi 85 and name H2') 2.500 0.700 0.300 assign (resi 86 and name H5) (resi 85 and name H5) 4.000 2.200 1.000 assign (resi 86 and name H5) (resi 85 and name H6) 4.000 2.200 1.000 assign (resi 86 and name H6) (resi 85 and name H6) 5.000 3.200 1.000 !Intermolecular NOEs molecule A !residue 21 assign (resi 21 and name H2) (resi 81 and name H8) 4.000 2.200 1.000 assign (resi 21 and name H2) (resi 80 and name H1') 3.000 1.200 0.300 assign (resi 21 and name H2) (resi 80 and name H2') 5.000 3.200 1.000 assign (resi 21 and name H8) (resi 81 and name H1') 4.000 2.200 1.000 assign (resi 21 and name H1') (resi 81 and name H1') 5.000 3.200 1.000 assign (resi 21 and name H1') (resi 81 and name H8) 5.000 3.200 1.000 assign (resi 21 and name H2) (resi 80 and name H8) 5.000 3.200 1.000 assign (resi 21 and name H2) (resi 80 and name H3') 5.000 3.200 1.000 assign (resi 21 and name H2) (resi 79 and name H2') 4.000 2.200 1.000 !residue 22 assign (resi 22 and name H2) (resi 79 and name H1') 4.000 2.200 1.000 assign (resi 22 and name H2) (resi 51 and name H1') 4.000 2.200 1.000 assign (resi 22 and name H2) (resi 51 and name H2') 5.000 3.200 1.000 !residue 23 assign (resi 23 and name H2) (resi 52 and name H1') 4.000 2.200 1.000 assign (resi 23 and name H2) (resi 51 and name H1') 4.000 2.200 1.000 assign (resi 23 and name H2) (resi 52 and name H2') 4.000 2.200 1.000 assign (resi 23 and name H2) (resi 51 and name H8) 5.000 3.200 1.000 assign (resi 23 and name H2) (resi 52 and name H8) 4.000 2.200 1.000 assign (resi 23 and name H1') (resi 79 and name H1') 3.000 1.200 0.300 !residue 24 assign (resi 24 and name H1') (resi 52 and name H1') 6.000 4.200 1.000 !Intermolecular NOEs molecule B !residue 64 assign (resi 64 and name H2) (resi 38 and name H8) 4.000 2.200 1.000 assign (resi 64 and name H2) (resi 37 and name H1') 3.000 1.200 0.300 assign (resi 64 and name H2) (resi 37 and name H2') 5.000 3.200 1.000 assign (resi 64 and name H8) (resi 38 and name H1') 4.000 2.200 1.000 assign (resi 64 and name H1') (resi 38 and name H1') 5.000 3.200 1.000 assign (resi 64 and name H1') (resi 38 and name H8) 5.000 3.200 1.000 assign (resi 64 and name H2) (resi 37 and name H8) 5.000 3.200 1.000 assign (resi 64 and name H2) (resi 37 and name H3') 5.000 3.200 1.000 assign (resi 64 and name H2) (resi 36 and name H2') 4.000 2.200 1.000 !residue 65 assign (resi 65 and name H2) (resi 36 and name H1') 4.000 2.200 1.000 assign (resi 65 and name H2) (resi 8 and name H1') 4.000 2.200 1.000 assign (resi 65 and name H2) (resi 8 and name H2') 5.000 3.200 1.000 !residue 66 assign (resi 66 and name H2) (resi 9 and name H1') 4.000 2.200 1.000 assign (resi 66 and name H2) (resi 8 and name H1') 4.000 2.200 1.000 assign (resi 66 and name H2) (resi 9 and name H2') 4.000 2.200 1.000 assign (resi 66 and name H2) (resi 8 and name H8) 5.000 3.200 1.000 assign (resi 66 and name H2) (resi 9 and name H8) 4.000 2.200 1.000 assign (resi 66 and name H1') (resi 36 and name H1') 3.000 1.200 0.300 !residue 67 assign (resi 67 and name H1') (resi 9 and name H1') 6.000 4.200 1.000 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !exchangeable NOEs !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !residue 1 assign (resi 1 and name H1) (resi 2 and name H1') 5.000 3.200 1.000 assign (resi 1 and name H1) (resi 2 and name H1) 5.000 3.200 1.000 assign (resi 1 and name H1) (resi 43 and name H2') 5.000 3.200 1.000 assign (resi 1 and name H1) (resi 43 and name H1') 5.000 3.200 1.000 !residue 2 assign (resi 2 and name H1) (resi 3 and name H1') 5.000 3.200 1.000 assign (resi 2 and name H1) (resi 3 and name H1) 5.000 3.200 1.000 assign (resi 2 and name H1) (resi 42 and name H5) 5.000 3.200 1.000 assign (resi 2 and name H1) (resi 42 and name H2') 5.000 3.200 1.000 assign (resi 2 and name H1) (resi 43 and name H1') 5.000 3.200 1.000 assign (resi 2 and name H1) (resi 43 and name H5) 5.000 3.200 1.000 assign (resi 2 and name H1) (resi 42 and name H41) 2.500 0.700 0.300 assign (resi 2 and name H1) (resi 42 and name H42) 4.000 2.200 1.000 assign (resi 2 and name H1) (resi 43 and name H2') 5.000 3.200 1.000 !residue 3 assign (resi 3 and name H1) (resi 4 and name H2) 5.000 3.200 1.000 assign (resi 3 and name H1) (resi 41 and name H2') 5.000 3.200 1.000 assign (resi 3 and name H1) (resi 41 and name H5) 5.000 3.200 1.000 assign (resi 3 and name H1) (resi 42 and name H5) 5.000 3.200 1.000 assign (resi 3 and name H1) (resi 41 and name H41) 2.500 0.700 0.300 assign (resi 3 and name H1) (resi 41 and name H42) 4.000 2.200 1.000 !residue 5 assign (resi 5 and name H3) (resi 4 and name H2) 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 5 and name H2') 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 5 and name H1') 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 5 and name H6) 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 5 and name H5) 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 37 and name H1') 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 37 and name H2) 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 39 and name H1) 4.000 2.200 1.000 assign (resi 5 and name H3) (resi 40 and name H3) 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 4 and name H61) 4.000 2.200 1.000 assign (resi 5 and name H3) (resi 4 and name H62) 5.000 3.200 1.000 assign (resi 5 and name H3) (resi 4 and name H8) 5.000 3.200 1.000 !residue 7 !residue 8 assign (resi 8 and name H1) (resi 9 and name H1') 5.000 3.200 1.000 assign (resi 8 and name H1) (resi 9 and name H1) 5.000 3.200 1.000 assign (resi 8 and name H1) (resi 35 and name H2') 5.000 3.200 1.000 assign (resi 8 and name H1) (resi 8 and name H21) 2.500 0.700 0.300 assign (resi 8 and name H1) (resi 8 and name H21) 4.000 2.200 1.000 assign (resi 8 and name H1) (resi 35 and name H41) 2.500 0.700 0.300 assign (resi 8 and name H1) (resi 35 and name H42) 4.000 2.200 1.000 !residue 9 assign (resi 9 and name H1) (resi 10 and name H2) 5.000 3.200 1.000 assign (resi 9 and name H1) (resi 34 and name H2') 5.000 3.200 1.000 assign (resi 9 and name H1) (resi 35 and name H6) 5.000 3.200 1.000 assign (resi 9 and name H1) (resi 9 and name H21) 2.500 0.700 0.300 assign (resi 9 and name H1) (resi 10 and name H61) 5.000 3.200 1.000 assign (resi 9 and name H1) (resi 10 and name H62) 5.000 3.200 1.000 assign (resi 9 and name H1) (resi 34 and name H41) 2.500 0.700 0.300 assign (resi 9 and name H1) (resi 34 and name H42) 4.000 2.200 1.000 assign (resi 9 and name H1) (resi 35 and name H42) 5.000 3.200 1.000 !residue 12 assign (resi 12 and name H1) (resi 31 and name H2') 5.000 3.200 1.000 assign (resi 12 and name H1) (resi 31 and name H5) 5.000 3.200 1.000 assign (resi 12 and name H1) (resi 32 and name H5) 5.000 3.200 1.000 assign (resi 12 and name H1) (resi 11 and name H2) 5.000 3.200 1.000 assign (resi 12 and name H1) (resi 11 and name H62) 4.000 2.200 1.000 assign (resi 12 and name H1) (resi 12 and name H21) 2.500 0.700 0.300 assign (resi 12 and name H1) (resi 12 and name H22) 4.000 2.200 1.000 assign (resi 12 and name H1) (resi 13 and name H1') 5.000 3.200 1.000 assign (resi 12 and name H1) (resi 13 and name H2) 5.000 3.200 1.000 assign (resi 12 and name H1) (resi 31 and name H41) 2.500 0.700 0.300 assign (resi 12 and name H1) (resi 31 and name H42) 4.000 2.200 1.000 assign (resi 12 and name H1) (resi 32 and name H1') 5.000 3.200 1.000 assign (resi 12 and name H1) (resi 12 and name H2') 5.000 3.200 1.000 !residue 17 assign (resi 17 and name H1) (resi 18 and name H8) 5.000 3.200 1.000 assign (resi 17 and name H1) (resi 18 and name H1) 5.000 3.200 1.000 assign (resi 17 and name H1) (resi 26 and name H2') 5.000 3.200 1.000 assign (resi 17 and name H1) (resi 27 and name H8) 5.000 3.200 1.000 assign (resi 17 and name H1) (resi 25 and name H3) 5.000 3.200 1.000 assign (resi 17 and name H1) (resi 26 and name H2') 5.000 3.200 1.000 assign (resi 17 and name H1) (resi 27 and name H2') 5.000 3.200 1.000 !residue 18 assign (resi 18 and name H1) (resi 19 and name H1') 5.000 3.200 1.000 assign (resi 18 and name H1) (resi 19 and name H1) 5.000 3.200 1.000 assign (resi 18 and name H1) (resi 25 and name H2') 5.000 3.200 1.000 assign (resi 18 and name H1) (resi 25 and name H1') 5.000 3.200 1.000 assign (resi 18 and name H1) (resi 26 and name H1') 5.000 3.200 1.000 assign (resi 18 and name H1) (resi 26 and name H6) 5.000 3.200 1.000 assign (resi 18 and name H1) (resi 24 and name H41) 5.000 3.200 1.000 !residue 19 assign (resi 19 and name H1) (resi 20 and name H1') 5.000 3.200 1.000 assign (resi 19 and name H1) (resi 20 and name H1) 5.000 3.200 1.000 assign (resi 19 and name H1) (resi 24 and name H2') 5.000 3.200 1.000 assign (resi 19 and name H1) (resi 24 and name H5) 5.000 3.200 1.000 assign (resi 19 and name H1) (resi 25 and name H1') 5.000 3.200 1.000 assign (resi 19 and name H1) (resi 19 and name H21) 2.500 0.700 0.300 assign (resi 19 and name H1) (resi 19 and name H22) 4.000 2.200 1.000 assign (resi 19 and name H1) (resi 24 and name H1') 5.000 3.200 1.000 assign (resi 19 and name H1) (resi 24 and name H41) 2.500 0.700 0.300 assign (resi 19 and name H1) (resi 24 and name H42) 4.000 2.200 1.000 !residue 20 assign (resi 20 and name H1) (resi 24 and name H5) 5.000 3.200 1.000 assign (resi 20 and name H1) (resi 20 and name H21) 2.500 0.700 0.300 assign (resi 20 and name H1) (resi 20 and name H22) 4.000 2.200 1.000 assign (resi 20 and name H1) (resi 24 and name H41) 5.000 3.200 1.000 assign (resi 20 and name H1) (resi 24 and name H42) 5.000 3.200 1.000 assign (resi 20 and name H21) (resi 24 and name H5) 5.000 3.200 1.000 !residue 24 assign (resi 24 and name H41) (resi 24 and name H5) 5.000 3.200 1.000 assign (resi 24 and name H42) (resi 24 and name H5) 5.000 3.200 1.000 !residue 25 assign (resi 25 and name H3) (resi 18 and name H1) 4.000 2.200 1.000 assign (resi 25 and name H3) (resi 19 and name H1) 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 25 and name H2') 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 25 and name H1') 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 25 and name H5) 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 25 and name H6) 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 26 and name H6) 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 26 and name H5) 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 26 and name H3) 4.000 2.200 1.000 assign (resi 25 and name H3) (resi 24 and name H41) 5.000 3.200 1.000 assign (resi 25 and name H3) (resi 24 and name H42) 5.000 3.200 1.000 !residue 26 assign (resi 26 and name H3) (resi 17 and name H1) 4.000 2.200 1.000 assign (resi 26 and name H3) (resi 18 and name H1) 5.000 3.200 1.000 assign (resi 26 and name H3) (resi 26 and name H2') 5.000 3.200 1.000 assign (resi 26 and name H3) (resi 26 and name H6) 5.000 3.200 1.000 assign (resi 26 and name H3) (resi 27 and name H8) 5.000 3.200 1.000 assign (resi 26 and name H3) (resi 27 and name H1) 5.000 3.200 1.000 !residue 27 assign (resi 27 and name H1) (resi 17 and name H8) 5.000 3.200 1.000 assign (resi 27 and name H1) (resi 28 and name H1) 5.000 3.200 1.000 assign (resi 27 and name H1) (resi 16 and name H41) 2.500 0.700 0.300 assign (resi 27 and name H1) (resi 16 and name H42) 4.000 2.200 1.000 !residue 28 assign (resi 28 and name H1) (resi 29 and name H5) 5.000 3.200 1.000 assign (resi 28 and name H1) (resi 14 and name H2) 5.000 3.200 1.000 assign (resi 28 and name H1) (resi 15 and name H41) 2.500 0.700 0.300 assign (resi 28 and name H1) (resi 15 and name H42) 4.000 2.200 1.000 assign (resi 28 and name H1) (resi 28 and name H21) 2.500 0.700 0.300 assign (resi 28 and name H1) (resi 28 and name H22) 4.000 2.200 1.000 !residue 29 assign (resi 29 and name H3) (resi 28 and name H1) 4.000 2.200 1.000 assign (resi 29 and name H3) (resi 29 and name H2') 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 29 and name H1') 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 29 and name H6) 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 30 and name H5) 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 13 and name H2) 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 13 and name H61) 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 14 and name H2) 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 14 and name H61) 2.500 0.700 0.300 assign (resi 29 and name H3) (resi 14 and name H62) 4.000 2.200 1.000 assign (resi 29 and name H3) (resi 15 and name H42) 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 30 and name H1') 5.000 3.200 1.000 assign (resi 29 and name H3) (resi 30 and name H3) 5.000 3.200 1.000 !residue 30 assign (resi 30 and name H3) (resi 12 and name H1) 5.000 3.200 1.000 assign (resi 30 and name H3) (resi 30 and name H2') 5.000 3.200 1.000 assign (resi 30 and name H3) (resi 30 and name H1') 4.000 2.200 1.000 assign (resi 30 and name H3) (resi 31 and name H1') 4.000 2.200 1.000 assign (resi 30 and name H3) (resi 13 and name H2) 5.000 3.200 1.000 assign (resi 30 and name H3) (resi 13 and name H61) 2.500 0.700 0.300 assign (resi 30 and name H3) (resi 13 and name H62) 4.000 2.200 1.000 assign (resi 30 and name H3) (resi 14 and name H2) 5.000 3.200 1.000 assign (resi 30 and name H3) (resi 31 and name H41) 4.000 2.200 1.000 assign (resi 30 and name H3) (resi 31 and name H42) 5.000 3.200 1.000 !residue 32 assign (resi 32 and name H3) (resi 11 and name H2) 5.000 3.200 1.000 assign (resi 32 and name H3) (resi 12 and name H1) 5.000 3.200 1.000 assign (resi 32 and name H3) (resi 32 and name H2') 5.000 3.200 1.000 assign (resi 32 and name H3) (resi 32 and name H1') 4.000 2.200 1.000 assign (resi 32 and name H3) (resi 33 and name H3) 5.000 3.200 1.000 assign (resi 32 and name H3) (resi 11 and name H61) 2.500 0.700 0.300 assign (resi 32 and name H3) (resi 11 and name H62) 4.000 2.200 1.000 !residue 33 assign (resi 33 and name H3) (resi 9 and name H1) 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 10 and name H2) 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 11 and name H2) 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 33 and name H2') 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 33 and name H1') 4.000 2.200 1.000 assign (resi 33 and name H3) (resi 33 and name H5) 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 34 and name H1') 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 34 and name H5) 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 10 and name H61) 2.500 0.700 0.300 assign (resi 33 and name H3) (resi 10 and name H62) 4.000 2.200 1.000 assign (resi 33 and name H3) (resi 11 and name H1') 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 11 and name H61) 5.000 3.200 1.000 assign (resi 33 and name H3) (resi 34 and name H41) 5.000 3.200 1.000 !residue 36 assign (resi 36 and name H3) (resi 6 and name H8) 5.000 3.200 1.000 assign (resi 36 and name H3) (resi 8 and name H1) 5.000 3.200 1.000 assign (resi 36 and name H3) (resi 6 and name H61) 5.000 3.200 1.000 assign (resi 36 and name H3) (resi 6 and name H62) 3.000 1.200 0.300 assign (resi 36 and name H3) (resi 8 and name H21) 5.000 3.200 1.000 assign (resi 36 and name H3) (resi 37 and name H1') 5.000 3.200 1.000 !residue 39 assign (resi 39 and name H1) (resi 4 and name H2) 5.000 3.200 1.000 assign (resi 39 and name H1) (resi 5 and name H2') 5.000 3.200 1.000 assign (resi 39 and name H1) (resi 5 and name H1') 5.000 3.200 1.000 assign (resi 39 and name H1) (resi 37 and name H2) 5.000 3.200 1.000 assign (resi 39 and name H1) (resi 40 and name H1') 5.000 3.200 1.000 assign (resi 39 and name H1) (resi 4 and name H62) 5.000 3.200 1.000 !residue 40 assign (resi 40 and name H3) (resi 3 and name H1) 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 4 and name H2) 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 39 and name H1) 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 40 and name H2') 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 40 and name H1') 4.000 2.200 1.000 assign (resi 40 and name H3) (resi 40 and name H6) 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 4 and name H61) 2.500 0.700 0.300 assign (resi 40 and name H3) (resi 4 and name H62) 4.000 2.200 1.000 assign (resi 40 and name H3) (resi 5 and name H1') 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 41 and name H1') 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 41 and name H41) 5.000 3.200 1.000 assign (resi 40 and name H3) (resi 41 and name H42) 5.000 3.200 1.000 !residue 43 assign (resi 43 and name H3) (resi 1 and name H1) 5.000 3.200 1.000 assign (resi 43 and name H3) (resi 2 and name H1) 5.000 3.200 1.000 assign (resi 43 and name H3) (resi 43 and name H2') 5.000 3.200 1.000 assign (resi 43 and name H3) (resi 43 and name H1') 4.000 2.200 1.000 assign (resi 43 and name H3) (resi 43 and name H6) 5.000 3.200 1.000 assign (resi 43 and name H3) (resi 2 and name H1') 5.000 3.200 1.000 assign (resi 43 and name H3) (resi 42 and name H41) 5.000 3.200 1.000 assign (resi 43 and name H3) (resi 42 and name H42) 5.000 3.200 1.000 ! molucule B !residue 44 assign (resi 44 and name H1) (resi 45 and name H1') 5.000 3.200 1.000 assign (resi 44 and name H1) (resi 45 and name H1) 5.000 3.200 1.000 assign (resi 44 and name H1) (resi 86 and name H2') 5.000 3.200 1.000 assign (resi 44 and name H1) (resi 86 and name H1') 5.000 3.200 1.000 !residue 45 assign (resi 45 and name H1) (resi 46 and name H1') 5.000 3.200 1.000 assign (resi 45 and name H1) (resi 46 and name H1) 5.000 3.200 1.000 assign (resi 45 and name H1) (resi 85 and name H5) 5.000 3.200 1.000 assign (resi 45 and name H1) (resi 85 and name H2') 5.000 3.200 1.000 assign (resi 45 and name H1) (resi 86 and name H1') 5.000 3.200 1.000 assign (resi 45 and name H1) (resi 86 and name H5) 5.000 3.200 1.000 assign (resi 45 and name H1) (resi 85 and name H41) 2.500 0.700 0.300 assign (resi 45 and name H1) (resi 85 and name H42) 4.000 2.200 1.000 assign (resi 45 and name H1) (resi 86 and name H2') 5.000 3.200 1.000 !residue 46 assign (resi 46 and name H1) (resi 47 and name H2) 5.000 3.200 1.000 assign (resi 46 and name H1) (resi 84 and name H2') 5.000 3.200 1.000 assign (resi 46 and name H1) (resi 84 and name H5) 5.000 3.200 1.000 assign (resi 46 and name H1) (resi 85 and name H5) 5.000 3.200 1.000 assign (resi 46 and name H1) (resi 84 and name H41) 2.500 0.700 0.300 assign (resi 46 and name H1) (resi 84 and name H42) 4.000 2.200 1.000 !residue 48 assign (resi 48 and name H3) (resi 47 and name H2) 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 48 and name H2') 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 48 and name H1') 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 48 and name H6) 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 48 and name H5) 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 80 and name H1') 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 80 and name H2) 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 82 and name H1) 4.000 2.200 1.000 assign (resi 48 and name H3) (resi 83 and name H3) 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 47 and name H61) 4.000 2.200 1.000 assign (resi 48 and name H3) (resi 47 and name H62) 5.000 3.200 1.000 assign (resi 48 and name H3) (resi 47 and name H8) 5.000 3.200 1.000 !residue 50 !residue 51 assign (resi 51 and name H1) (resi 52 and name H1') 5.000 3.200 1.000 assign (resi 51 and name H1) (resi 52 and name H1) 5.000 3.200 1.000 assign (resi 51 and name H1) (resi 78 and name H2') 5.000 3.200 1.000 assign (resi 51 and name H1) (resi 51 and name H21) 2.500 0.700 0.300 assign (resi 51 and name H1) (resi 51 and name H21) 4.000 2.200 1.000 assign (resi 51 and name H1) (resi 78 and name H41) 2.500 0.700 0.300 assign (resi 51 and name H1) (resi 78 and name H42) 4.000 2.200 1.000 !residue 51 assign (resi 52 and name H1) (resi 53 and name H2) 5.000 3.200 1.000 assign (resi 52 and name H1) (resi 77 and name H2') 5.000 3.200 1.000 assign (resi 52 and name H1) (resi 78 and name H6) 5.000 3.200 1.000 assign (resi 52 and name H1) (resi 52 and name H21) 2.500 0.700 0.300 assign (resi 52 and name H1) (resi 53 and name H61) 5.000 3.200 1.000 assign (resi 52 and name H1) (resi 53 and name H62) 5.000 3.200 1.000 assign (resi 52 and name H1) (resi 77 and name H41) 2.500 0.700 0.300 assign (resi 52 and name H1) (resi 77 and name H42) 4.000 2.200 1.000 assign (resi 52 and name H1) (resi 78 and name H42) 5.000 3.200 1.000 !residue 55 assign (resi 55 and name H1) (resi 74 and name H2') 5.000 3.200 1.000 assign (resi 55 and name H1) (resi 74 and name H5) 5.000 3.200 1.000 assign (resi 55 and name H1) (resi 75 and name H5) 5.000 3.200 1.000 assign (resi 55 and name H1) (resi 54 and name H2) 5.000 3.200 1.000 assign (resi 55 and name H1) (resi 54 and name H62) 4.000 2.200 1.000 assign (resi 55 and name H1) (resi 55 and name H21) 2.500 0.700 0.300 assign (resi 55 and name H1) (resi 55 and name H22) 4.000 2.200 1.000 assign (resi 55 and name H1) (resi 56 and name H1') 5.000 3.200 1.000 assign (resi 55 and name H1) (resi 56 and name H2) 5.000 3.200 1.000 assign (resi 55 and name H1) (resi 74 and name H41) 2.500 0.700 0.300 assign (resi 55 and name H1) (resi 74 and name H42) 4.000 2.200 1.000 assign (resi 55 and name H1) (resi 75 and name H1') 5.000 3.200 1.000 assign (resi 55 and name H1) (resi 55 and name H2') 5.000 3.200 1.000 !residue 60 assign (resi 60 and name H1) (resi 61 and name H8) 5.000 3.200 1.000 assign (resi 60 and name H1) (resi 61 and name H1) 5.000 3.200 1.000 assign (resi 60 and name H1) (resi 69 and name H2') 5.000 3.200 1.000 assign (resi 60 and name H1) (resi 70 and name H8) 5.000 3.200 1.000 assign (resi 60 and name H1) (resi 68 and name H3) 5.000 3.200 1.000 assign (resi 60 and name H1) (resi 69 and name H2') 5.000 3.200 1.000 assign (resi 60 and name H1) (resi 70 and name H2') 5.000 3.200 1.000 !residue 61 assign (resi 61 and name H1) (resi 62 and name H1') 5.000 3.200 1.000 assign (resi 61 and name H1) (resi 62 and name H1) 5.000 3.200 1.000 assign (resi 61 and name H1) (resi 68 and name H2') 5.000 3.200 1.000 assign (resi 61 and name H1) (resi 68 and name H1') 5.000 3.200 1.000 assign (resi 61 and name H1) (resi 69 and name H1') 5.000 3.200 1.000 assign (resi 61 and name H1) (resi 69 and name H6) 5.000 3.200 1.000 assign (resi 61 and name H1) (resi 67 and name H41) 5.000 3.200 1.000 !residue 62 assign (resi 62 and name H1) (resi 63 and name H1') 5.000 3.200 1.000 assign (resi 62 and name H1) (resi 63 and name H1) 5.000 3.200 1.000 assign (resi 62 and name H1) (resi 67 and name H2') 5.000 3.200 1.000 assign (resi 62 and name H1) (resi 67 and name H5) 5.000 3.200 1.000 assign (resi 62 and name H1) (resi 68 and name H1') 5.000 3.200 1.000 assign (resi 62 and name H1) (resi 62 and name H21) 2.500 0.700 0.300 assign (resi 62 and name H1) (resi 62 and name H22) 4.000 2.200 1.000 assign (resi 62 and name H1) (resi 67 and name H1') 5.000 3.200 1.000 assign (resi 62 and name H1) (resi 67 and name H41) 2.500 0.700 0.300 assign (resi 62 and name H1) (resi 67 and name H42) 4.000 2.200 1.000 !residue 63 assign (resi 63 and name H1) (resi 67 and name H5) 5.000 3.200 1.000 assign (resi 63 and name H1) (resi 63 and name H21) 2.500 0.700 0.300 assign (resi 63 and name H1) (resi 63 and name H22) 4.000 2.200 1.000 assign (resi 63 and name H1) (resi 67 and name H41) 5.000 3.200 1.000 assign (resi 63 and name H1) (resi 67 and name H42) 5.000 3.200 1.000 assign (resi 63 and name H21) (resi 67 and name H5) 5.000 3.200 1.000 !residue 67 assign (resi 67 and name H41) (resi 67 and name H5) 5.000 3.200 1.000 assign (resi 67 and name H42) (resi 67 and name H5) 5.000 3.200 1.000 !residue 68 assign (resi 68 and name H3) (resi 61 and name H1) 4.000 2.200 1.000 assign (resi 68 and name H3) (resi 62 and name H1) 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 68 and name H2') 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 68 and name H1') 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 68 and name H5) 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 68 and name H6) 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 69 and name H6) 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 69 and name H5) 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 69 and name H3) 4.000 2.200 1.000 assign (resi 68 and name H3) (resi 67 and name H41) 5.000 3.200 1.000 assign (resi 68 and name H3) (resi 67 and name H42) 5.000 3.200 1.000 !residue 69 assign (resi 69 and name H3) (resi 60 and name H1) 4.000 2.200 1.000 assign (resi 69 and name H3) (resi 61 and name H1) 5.000 3.200 1.000 assign (resi 69 and name H3) (resi 69 and name H2') 5.000 3.200 1.000 assign (resi 69 and name H3) (resi 69 and name H6) 5.000 3.200 1.000 assign (resi 69 and name H3) (resi 70 and name H8) 5.000 3.200 1.000 assign (resi 69 and name H3) (resi 70 and name H1) 5.000 3.200 1.000 !residue 70 assign (resi 70 and name H1) (resi 60 and name H8) 5.000 3.200 1.000 assign (resi 70 and name H1) (resi 71 and name H1) 5.000 3.200 1.000 assign (resi 70 and name H1) (resi 59 and name H41) 2.500 0.700 0.300 assign (resi 70 and name H1) (resi 59 and name H42) 4.000 2.200 1.000 !residue 71 assign (resi 71 and name H1) (resi 72 and name H5) 5.000 3.200 1.000 assign (resi 71 and name H1) (resi 57 and name H2) 5.000 3.200 1.000 assign (resi 71 and name H1) (resi 58 and name H41) 2.500 0.700 0.300 assign (resi 71 and name H1) (resi 58 and name H42) 4.000 2.200 1.000 assign (resi 71 and name H1) (resi 71 and name H21) 2.500 0.700 0.300 assign (resi 71 and name H1) (resi 71 and name H22) 4.000 2.200 1.000 !residue 72 assign (resi 72 and name H3) (resi 71 and name H1) 4.000 2.200 1.000 assign (resi 72 and name H3) (resi 72 and name H2') 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 72 and name H1') 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 72 and name H6) 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 73 and name H5) 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 56 and name H2) 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 56 and name H61) 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 57 and name H2) 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 57 and name H61) 2.500 0.700 0.300 assign (resi 72 and name H3) (resi 57 and name H62) 4.000 2.200 1.000 assign (resi 72 and name H3) (resi 58 and name H42) 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 73 and name H1') 5.000 3.200 1.000 assign (resi 72 and name H3) (resi 73 and name H3) 5.000 3.200 1.000 !residue 73 assign (resi 73 and name H3) (resi 55 and name H1) 5.000 3.200 1.000 assign (resi 73 and name H3) (resi 73 and name H2') 5.000 3.200 1.000 assign (resi 73 and name H3) (resi 73 and name H1') 4.000 2.200 1.000 assign (resi 73 and name H3) (resi 74 and name H1') 4.000 2.200 1.000 assign (resi 73 and name H3) (resi 56 and name H2) 5.000 3.200 1.000 assign (resi 73 and name H3) (resi 56 and name H61) 2.500 0.700 0.300 assign (resi 73 and name H3) (resi 56 and name H62) 4.000 2.200 1.000 assign (resi 73 and name H3) (resi 57 and name H2) 5.000 3.200 1.000 assign (resi 73 and name H3) (resi 74 and name H41) 4.000 2.200 1.000 assign (resi 73 and name H3) (resi 74 and name H42) 5.000 3.200 1.000 !residue 75 assign (resi 75 and name H3) (resi 54 and name H2) 5.000 3.200 1.000 assign (resi 75 and name H3) (resi 55 and name H1) 5.000 3.200 1.000 assign (resi 75 and name H3) (resi 75 and name H2') 5.000 3.200 1.000 assign (resi 75 and name H3) (resi 75 and name H1') 4.000 2.200 1.000 assign (resi 75 and name H3) (resi 76 and name H3) 5.000 3.200 1.000 assign (resi 75 and name H3) (resi 54 and name H61) 2.500 0.700 0.300 assign (resi 75 and name H3) (resi 54 and name H62) 4.000 2.200 1.000 !residue 76 assign (resi 76 and name H3) (resi 52 and name H1) 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 53 and name H2) 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 54 and name H2) 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 76 and name H2') 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 76 and name H1') 4.000 2.200 1.000 assign (resi 76 and name H3) (resi 76 and name H5) 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 77 and name H1') 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 77 and name H5) 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 53 and name H61) 2.500 0.700 0.300 assign (resi 76 and name H3) (resi 53 and name H62) 4.000 2.200 1.000 assign (resi 76 and name H3) (resi 54 and name H1') 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 54 and name H61) 5.000 3.200 1.000 assign (resi 76 and name H3) (resi 77 and name H41) 5.000 3.200 1.000 !residue 79 assign (resi 79 and name H3) (resi 49 and name H8) 5.000 3.200 1.000 assign (resi 79 and name H3) (resi 51 and name H1) 5.000 3.200 1.000 assign (resi 79 and name H3) (resi 49 and name H61) 5.000 3.200 1.000 assign (resi 79 and name H3) (resi 49 and name H62) 3.000 1.200 0.300 assign (resi 79 and name H3) (resi 51 and name H21) 5.000 3.200 1.000 assign (resi 79 and name H3) (resi 80 and name H1') 5.000 3.200 1.000 !residue 82 assign (resi 82 and name H1) (resi 47 and name H2) 5.000 3.200 1.000 assign (resi 82 and name H1) (resi 48 and name H2') 5.000 3.200 1.000 assign (resi 82 and name H1) (resi 48 and name H1') 5.000 3.200 1.000 assign (resi 82 and name H1) (resi 80 and name H2) 5.000 3.200 1.000 assign (resi 82 and name H1) (resi 83 and name H1') 5.000 3.200 1.000 assign (resi 82 and name H1) (resi 47 and name H62) 5.000 3.200 1.000 !residue 83 assign (resi 83 and name H3) (resi 46 and name H1) 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 47 and name H2) 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 82 and name H1) 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 83 and name H2') 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 83 and name H1') 4.000 2.200 1.000 assign (resi 83 and name H3) (resi 83 and name H6) 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 47 and name H61) 2.500 0.700 0.300 assign (resi 83 and name H3) (resi 47 and name H62) 4.000 2.200 1.000 assign (resi 83 and name H3) (resi 48 and name H1') 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 84 and name H1') 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 84 and name H41) 5.000 3.200 1.000 assign (resi 83 and name H3) (resi 84 and name H42) 5.000 3.200 1.000 !residue 86 assign (resi 86 and name H3) (resi 44 and name H1) 5.000 3.200 1.000 assign (resi 86 and name H3) (resi 45 and name H1) 5.000 3.200 1.000 assign (resi 86 and name H3) (resi 86 and name H2') 5.000 3.200 1.000 assign (resi 86 and name H3) (resi 86 and name H1') 4.000 2.200 1.000 assign (resi 86 and name H3) (resi 86 and name H6) 5.000 3.200 1.000 assign (resi 86 and name H3) (resi 45 and name H1') 5.000 3.200 1.000 assign (resi 86 and name H3) (resi 85 and name H41) 5.000 3.200 1.000 assign (resi 86 and name H3) (resi 85 and name H42) 5.000 3.200 1.000 !intermolecular NOEs ! molecule A - B assign (resi 36 and name H3) (resi 65 and name H2) 4.000 2.200 1.000 assign (resi 36 and name H3) (resi 64 and name H2) 4.000 2.200 1.000 assign (resi 6 and name H61) (resi 64 and name H2) 4.000 2.200 1.000 assign (resi 6 and name H61) (resi 65 and name H2) 4.000 2.200 1.000 assign (resi 6 and name H62) (resi 65 and name H2) 4.000 2.200 1.000 assign (resi 8 and name H1) (resi 66 and name H2) 4.000 2.200 1.000 assign (resi 8 and name H21) (resi 65 and name H2) 4.000 2.200 1.000 assign (resi 8 and name H21) (resi 66 and name H2) 4.000 2.200 1.000 assign (resi 8 and name H21) (resi 66 and name H1') 4.000 2.200 1.000 assign (resi 8 and name H22) (resi 66 and name H2) 4.000 2.200 1.000 assign (resi 8 and name H22) (resi 66 and name H1') 4.000 2.200 1.000 ! molecule B - A assign (resi 79 and name H3) (resi 22 and name H2) 4.000 2.200 1.000 assign (resi 79 and name H3) (resi 21 and name H2) 4.000 2.200 1.000 assign (resi 49 and name H61) (resi 21 and name H2) 4.000 2.200 1.000 assign (resi 49 and name H61) (resi 22 and name H2) 4.000 2.200 1.000 assign (resi 49 and name H62) (resi 22 and name H2) 4.000 2.200 1.000 assign (resi 51 and name H1) (resi 23 and name H2) 4.000 2.200 1.000 assign (resi 51 and name H21) (resi 22 and name H2) 4.000 2.200 1.000 assign (resi 51 and name H21) (resi 23 and name H2) 4.000 2.200 1.000 assign (resi 51 and name H21) (resi 23 and name H1') 4.000 2.200 1.000 assign (resi 51 and name H22) (resi 23 and name H2) 4.000 2.200 1.000 ssign (resi 51 and name H22) (resi 23 and name H1') 4.000 2.200 1.000 ! basepair H-bonds for tecto !Hydrogen bond restraints for GU wobble pairs assign (resi 1 and name h1) (resi 43 and name o2) 1.89 0.00 0.00 assign (resi 1 and name n1) (resi 43 and name o2) 2.90 0.20 0.20 assign (resi 1 and name o6) (resi 43 and name h3) 1.95 0.00 0.00 assign (resi 1 and name o6) (resi 43 and name n3) 2.95 0.20 0.20 assign (resi 39 and name h1) (resi 5 and name o2) 1.89 0.00 0.00 assign (resi 39 and name n1) (resi 5 and name o2) 2.90 0.20 0.20 assign (resi 39 and name o6) (resi 5 and name h3) 1.95 0.00 0.00 assign (resi 39 and name o6) (resi 5 and name n3) 2.95 0.20 0.20 assign (resi 17 and name h1) (resi 26 and name o2) 1.89 0.00 0.00 assign (resi 17 and name n1) (resi 26 and name o2) 2.90 0.20 0.20 assign (resi 17 and name o6) (resi 26 and name h3) 1.95 0.00 0.00 assign (resi 17 and name o6) (resi 26 and name n3) 2.95 0.20 0.20 assign (resi 18 and name h1) (resi 25 and name o2) 1.89 0.00 0.00 assign (resi 18 and name n1) (resi 25 and name o2) 2.90 0.20 0.20 assign (resi 18 and name o6) (resi 25 and name h3) 1.95 0.00 0.00 assign (resi 18 and name o6) (resi 25 and name n3) 2.95 0.20 0.20 !Hydrogen bond restraints for GC WC pairs assign (resi 2 and name h1) (resi 42 and name n3) 1.89 0.00 0.00 assign (resi 2 and name n1) (resi 42 and name n3) 2.90 0.20 0.20 assign (resi 2 and name o6) (resi 42 and name h41) 1.95 0.00 0.00 assign (resi 2 and name o6) (resi 42 and name n4) 2.95 0.20 0.20 assign (resi 2 and name h21) (resi 42 and name o2) 1.95 0.00 0.00 assign (resi 2 and name n2) (resi 42 and name o2) 2.95 0.20 0.20 assign (resi 3 and name h1) (resi 41 and name n3) 1.89 0.00 0.00 assign (resi 3 and name n1) (resi 41 and name n3) 2.90 0.20 0.20 assign (resi 3 and name o6) (resi 41 and name h41) 1.95 0.00 0.00 assign (resi 3 and name o6) (resi 41 and name n4) 2.95 0.20 0.20 assign (resi 3 and name h21) (resi 41 and name o2) 1.95 0.00 0.00 assign (resi 3 and name n2) (resi 41 and name o2) 2.95 0.20 0.20 assign (resi 8 and name h1) (resi 35 and name n3) 1.89 0.00 0.00 assign (resi 8 and name n1) (resi 35 and name n3) 2.90 0.20 0.20 assign (resi 8 and name o6) (resi 35 and name h41) 1.95 0.00 0.00 assign (resi 8 and name o6) (resi 35 and name n4) 2.95 0.20 0.20 assign (resi 8 and name h21) (resi 35 and name o2) 1.95 0.00 0.00 assign (resi 8 and name n2) (resi 35 and name o2) 2.95 0.20 0.20 assign (resi 9 and name h1) (resi 34 and name n3) 1.89 0.00 0.00 assign (resi 9 and name n1) (resi 34 and name n3) 2.90 0.20 0.20 assign (resi 9 and name o6) (resi 34 and name h41) 1.95 0.00 0.00 assign (resi 9 and name o6) (resi 34 and name n4) 2.95 0.20 0.20 assign (resi 9 and name h21) (resi 34 and name o2) 1.95 0.00 0.00 assign (resi 9 and name n2) (resi 34 and name o2) 2.95 0.20 0.20 assign (resi 12 and name h1) (resi 31 and name n3) 1.89 0.00 0.00 assign (resi 12 and name n1) (resi 31 and name n3) 2.90 0.20 0.20 assign (resi 12 and name o6) (resi 31 and name h41) 1.95 0.00 0.00 assign (resi 12 and name o6) (resi 31 and name n4) 2.95 0.20 0.20 assign (resi 12 and name h21) (resi 31 and name o2) 1.95 0.00 0.00 assign (resi 12 and name n2) (resi 31 and name o2) 2.95 0.20 0.20 assign (resi 19 and name n1) (resi 24 and name n3) 2.90 0.20 0.20 assign (resi 19 and name o6) (resi 24 and name h41) 1.95 0.00 0.00 assign (resi 19 and name o6) (resi 24 and name n4) 2.95 0.20 0.20 assign (resi 19 and name h21) (resi 24 and name o2) 1.95 0.00 0.00 assign (resi 19 and name n2) (resi 24 and name o2) 2.95 0.20 0.20 assign (resi 27 and name h1) (resi 16 and name n3) 1.89 0.00 0.00 assign (resi 27 and name n1) (resi 16 and name n3) 2.90 0.20 0.20 assign (resi 27 and name o6) (resi 16 and name h41) 1.95 0.00 0.00 assign (resi 27 and name o6) (resi 16 and name n4) 2.95 0.20 0.20 assign (resi 27 and name h21) (resi 16 and name o2) 1.95 0.00 0.00 assign (resi 27 and name n2) (resi 16 and name o2) 2.95 0.20 0.20 assign (resi 28 and name h1) (resi 15 and name n3) 1.89 0.00 0.00 assign (resi 28 and name n1) (resi 15 and name n3) 2.90 0.20 0.20 assign (resi 28 and name o6) (resi 15 and name h41) 1.95 0.00 0.00 assign (resi 28 and name o6) (resi 15 and name n4) 2.95 0.20 0.20 assign (resi 28 and name h21) (resi 15 and name o2) 1.95 0.00 0.00 assign (resi 28 and name n2) (resi 15 and name o2) 2.95 0.20 0.20 !Hydrogen bond restraints for AU WC pairs assign (resi 40 and name h3) (resi 4 and name n1) 1.89 0.00 0.00 assign (resi 40 and name n3) (resi 4 and name n1) 2.90 0.20 0.20 assign (resi 40 and name o4) (resi 4 and name h61) 1.95 0.00 0.00 assign (resi 40 and name o4) (resi 4 and name n6) 2.95 0.20 0.20 assign (resi 33 and name h3) (resi 10 and name n1) 1.89 0.00 0.00 assign (resi 33 and name n3) (resi 10 and name n1) 2.90 0.20 0.20 assign (resi 33 and name o4) (resi 10 and name h61) 1.95 0.00 0.00 assign (resi 33 and name o4) (resi 10 and name n6) 2.95 0.20 0.20 assign (resi 32 and name h3) (resi 11 and name n1) 1.89 0.00 0.00 assign (resi 32 and name n3) (resi 11 and name n1) 2.90 0.20 0.20 assign (resi 32 and name o4) (resi 11 and name h61) 1.95 0.00 0.00 assign (resi 32 and name o4) (resi 11 and name n6) 2.95 0.20 0.20 assign (resi 30 and name h3) (resi 13 and name n1) 1.89 0.00 0.00 assign (resi 30 and name n3) (resi 13 and name n1) 2.90 0.20 0.20 assign (resi 30 and name o4) (resi 13 and name h61) 1.95 0.00 0.00 assign (resi 30 and name o4) (resi 13 and name n6) 2.95 0.20 0.20 assign (resi 29 and name h3) (resi 14 and name n1) 1.89 0.00 0.00 assign (resi 29 and name n3) (resi 14 and name n1) 2.90 0.20 0.20 assign (resi 29 and name o4) (resi 14 and name h61) 1.95 0.00 0.00 assign (resi 29 and name o4) (resi 14 and name n6) 2.95 0.20 0.20 !Hydrogen bond restraints for non-WC pairs assign (resi 38 and name n6) (resi 37 and name n3) 2.95 0.30 0.30 assign (resi 38 and name h62) (resi 37 and name n3) 1.95 0.20 0.20 assign (resi 20 and name h22) (resi 23 and name n7) 1.89 0.00 0.00 assign (resi 20 and name n2) (resi 23 and name n7) 2.90 0.20 0.20 assign (resi 20 and name n3) (resi 23 and name h62) 1.95 0.00 0.00 assign (resi 20 and name n3) (resi 23 and name n6) 2.95 0.20 0.20 assign (resi 6 and name h62) (resi 36 and name o2) 1.89 0.00 0.00 assign (resi 6 and name n6) (resi 36 and name o2) 2.90 0.20 0.20 assign (resi 6 and name n7) (resi 36 and name h3) 1.95 0.00 0.00 assign (resi 6 and name n7) (resi 36 and name n3) 2.95 0.20 0.20 ! molecule B !Hydrogen bond restraints for GU wobble pairs assign (resi 44 and name h1) (resi 86 and name o2) 1.89 0.00 0.00 assign (resi 44 and name n1) (resi 86 and name o2) 2.90 0.20 0.20 assign (resi 44 and name o6) (resi 86 and name h3) 1.95 0.00 0.00 assign (resi 44 and name o6) (resi 86 and name n3) 2.95 0.20 0.20 assign (resi 82 and name h1) (resi 48 and name o2) 1.89 0.00 0.00 assign (resi 82 and name n1) (resi 48 and name o2) 2.90 0.20 0.20 assign (resi 82 and name o6) (resi 48 and name h3) 1.95 0.00 0.00 assign (resi 82 and name o6) (resi 48 and name n3) 2.95 0.20 0.20 assign (resi 60 and name h1) (resi 69 and name o2) 1.89 0.00 0.00 assign (resi 60 and name n1) (resi 69 and name o2) 2.90 0.20 0.20 assign (resi 60 and name o6) (resi 69 and name h3) 1.95 0.00 0.00 assign (resi 60 and name o6) (resi 69 and name n3) 2.95 0.20 0.20 assign (resi 61 and name h1) (resi 68 and name o2) 1.89 0.00 0.00 assign (resi 61 and name n1) (resi 68 and name o2) 2.90 0.20 0.20 assign (resi 61 and name o6) (resi 68 and name h3) 1.95 0.00 0.00 assign (resi 61 and name o6) (resi 68 and name n3) 2.95 0.20 0.20 !Hydrogen bond restraints for GC WC pairs assign (resi 45 and name h1) (resi 85 and name n3) 1.89 0.00 0.00 assign (resi 45 and name n1) (resi 85 and name n3) 2.90 0.20 0.20 assign (resi 45 and name o6) (resi 85 and name h41) 1.95 0.00 0.00 assign (resi 45 and name o6) (resi 85 and name n4) 2.95 0.20 0.20 assign (resi 45 and name h21) (resi 85 and name o2) 1.95 0.00 0.00 assign (resi 45 and name n2) (resi 85 and name o2) 2.95 0.20 0.20 assign (resi 46 and name h1) (resi 84 and name n3) 1.89 0.00 0.00 assign (resi 46 and name n1) (resi 84 and name n3) 2.90 0.20 0.20 assign (resi 46 and name o6) (resi 84 and name h41) 1.95 0.00 0.00 assign (resi 46 and name o6) (resi 84 and name n4) 2.95 0.20 0.20 assign (resi 46 and name h21) (resi 84 and name o2) 1.95 0.00 0.00 assign (resi 46 and name n2) (resi 84 and name o2) 2.95 0.20 0.20 assign (resi 51 and name h1) (resi 78 and name n3) 1.89 0.00 0.00 assign (resi 51 and name n1) (resi 78 and name n3) 2.90 0.20 0.20 assign (resi 51 and name o6) (resi 78 and name h41) 1.95 0.00 0.00 assign (resi 51 and name o6) (resi 78 and name n4) 2.95 0.20 0.20 assign (resi 51 and name h21) (resi 78 and name o2) 1.95 0.00 0.00 assign (resi 51 and name n2) (resi 78 and name o2) 2.95 0.20 0.20 assign (resi 52 and name h1) (resi 77 and name n3) 1.89 0.00 0.00 assign (resi 52 and name n1) (resi 77 and name n3) 2.90 0.20 0.20 assign (resi 52 and name o6) (resi 77 and name h41) 1.95 0.00 0.00 assign (resi 52 and name o6) (resi 77 and name n4) 2.95 0.20 0.20 assign (resi 52 and name h21) (resi 77 and name o2) 1.95 0.00 0.00 assign (resi 52 and name n2) (resi 77 and name o2) 2.95 0.20 0.20 assign (resi 55 and name h1) (resi 74 and name n3) 1.89 0.00 0.00 assign (resi 55 and name n1) (resi 74 and name n3) 2.90 0.20 0.20 assign (resi 55 and name o6) (resi 74 and name h41) 1.95 0.00 0.00 assign (resi 55 and name o6) (resi 74 and name n4) 2.95 0.20 0.20 assign (resi 55 and name h21) (resi 74 and name o2) 1.95 0.00 0.00 assign (resi 55 and name n2) (resi 74 and name o2) 2.95 0.20 0.20 assign (resi 62 and name n1) (resi 67 and name n3) 2.90 0.20 0.20 assign (resi 62 and name o6) (resi 67 and name h41) 1.95 0.00 0.00 assign (resi 62 and name o6) (resi 67 and name n4) 2.95 0.20 0.20 assign (resi 62 and name h21) (resi 67 and name o2) 1.95 0.00 0.00 assign (resi 62 and name n2) (resi 67 and name o2) 2.95 0.20 0.20 assign (resi 70 and name h1) (resi 59 and name n3) 1.89 0.00 0.00 assign (resi 70 and name n1) (resi 59 and name n3) 2.90 0.20 0.20 assign (resi 70 and name o6) (resi 59 and name h41) 1.95 0.00 0.00 assign (resi 70 and name o6) (resi 59 and name n4) 2.95 0.20 0.20 assign (resi 70 and name h21) (resi 59 and name o2) 1.95 0.00 0.00 assign (resi 70 and name n2) (resi 59 and name o2) 2.95 0.20 0.20 assign (resi 71 and name h1) (resi 58 and name n3) 1.89 0.00 0.00 assign (resi 71 and name n1) (resi 58 and name n3) 2.90 0.20 0.20 assign (resi 71 and name o6) (resi 58 and name h41) 1.95 0.00 0.00 assign (resi 71 and name o6) (resi 58 and name n4) 2.95 0.20 0.20 assign (resi 71 and name h21) (resi 58 and name o2) 1.95 0.00 0.00 assign (resi 71 and name n2) (resi 58 and name o2) 2.95 0.20 0.20 !Hydrogen bond restraints for AU WC pairs assign (resi 83 and name h3) (resi 47 and name n1) 1.89 0.00 0.00 assign (resi 83 and name n3) (resi 47 and name n1) 2.90 0.20 0.20 assign (resi 83 and name o4) (resi 47 and name h61) 1.95 0.00 0.00 assign (resi 83 and name o4) (resi 47 and name n6) 2.95 0.20 0.20 assign (resi 76 and name h3) (resi 53 and name n1) 1.89 0.00 0.00 assign (resi 76 and name n3) (resi 53 and name n1) 2.90 0.20 0.20 assign (resi 76 and name o4) (resi 53 and name h61) 1.95 0.00 0.00 assign (resi 76 and name o4) (resi 53 and name n6) 2.95 0.20 0.20 assign (resi 75 and name h3) (resi 54 and name n1) 1.89 0.00 0.00 assign (resi 75 and name n3) (resi 54 and name n1) 2.90 0.20 0.20 assign (resi 75 and name o4) (resi 54 and name h61) 1.95 0.00 0.00 assign (resi 75 and name o4) (resi 54 and name n6) 2.95 0.20 0.20 assign (resi 73 and name h3) (resi 56 and name n1) 1.89 0.00 0.00 assign (resi 73 and name n3) (resi 56 and name n1) 2.90 0.20 0.20 assign (resi 73 and name o4) (resi 56 and name h61) 1.95 0.00 0.00 assign (resi 73 and name o4) (resi 56 and name n6) 2.95 0.20 0.20 assign (resi 72 and name h3) (resi 57 and name n1) 1.89 0.00 0.00 assign (resi 72 and name n3) (resi 57 and name n1) 2.90 0.20 0.20 assign (resi 72 and name o4) (resi 57 and name h61) 1.95 0.00 0.00 assign (resi 72 and name o4) (resi 57 and name n6) 2.95 0.20 0.20 !Hydrogen bond restraints for non-WC pairs assign (resi 81 and name n6) (resi 80 and name n3) 2.95 0.30 0.30 assign (resi 81 and name h62) (resi 80 and name n3) 1.95 0.20 0.20 assign (resi 63 and name h22) (resi 66 and name n7) 1.89 0.00 0.00 assign (resi 63 and name n2) (resi 66 and name n7) 2.90 0.20 0.20 assign (resi 63 and name n3) (resi 66 and name h62) 1.95 0.00 0.00 assign (resi 63 and name n3) (resi 66 and name n6) 2.95 0.20 0.20 assign (resi 49 and name h62) (resi 79 and name o2) 1.89 0.00 0.00 assign (resi 49 and name n6) (resi 79 and name o2) 2.90 0.20 0.20 assign (resi 49 and name n7) (resi 79 and name h3) 1.95 0.00 0.00 assign (resi 49 and name n7) (resi 79 and name n3) 2.95 0.20 0.20 ! intermolecular hydrogen bonds assign (resi 21 and name h61) (resi 49 and name n1) 1.89 0.10 0.10 assign (resi 21 and name n6) (resi 49 and name n1) 2.90 0.20 0.20 assign (resi 49 and name h61) (resi 21 and name n1) 1.89 0.10 0.10 assign (resi 49 and name n6) (resi 21 and name n1) 2.90 0.20 0.20 assign (resi 64 and name h61) (resi 6 and name n1) 1.89 0.10 0.10 assign (resi 64 and name n6) (resi 6 and name n1) 2.90 0.20 0.20 assign (resi 6 and name h61) (resi 64 and name n1) 1.89 0.10 0.10 assign (resi 6 and name n6) (resi 64 and name n1) 2.90 0.20 0.20 assign (resi 8 and name h22) (resi 66 and name n3) 1.89 0.00 0.00 assign (resi 8 and name n2) (resi 66 and name n3) 2.90 0.20 0.20 assign (resi 51 and name h22) (resi 23 and name n3) 1.89 0.00 0.00 assign (resi 51 and name n2) (resi 23 and name n3) 2.90 0.20 0.20 {'backbone dihedral angles'} {'to constrain these regions to ideal A form RNA'} assign (resi 1 and name O5' ) (resi 1 and name C5' ) (resi 1 and name C4' ) (resi 1 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 1 and name C5' ) (resi 1 and name C4' ) (resi 1 and name C3' ) (resi 1 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 1 and name C4' ) (resi 1 and name C3' ) (resi 1 and name O3' ) (resi 2 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 1 and name C3' ) (resi 1 and name O3' ) (resi 2 and name P ) (resi 2 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 1 and name O3' ) (resi 2 and name P ) (resi 2 and name O5' ) (resi 2 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 2 and name P ) (resi 2 and name O5' ) (resi 2 and name C5' ) (resi 2 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 2 and name O5' ) (resi 2 and name C5' ) (resi 2 and name C4' ) (resi 2 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 2 and name C5' ) (resi 2 and name C4' ) (resi 2 and name C3' ) (resi 2 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 2 and name C4' ) (resi 2 and name C3' ) (resi 2 and name O3' ) (resi 3 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 2 and name C3' ) (resi 2 and name O3' ) (resi 3 and name P ) (resi 3 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 2 and name O3' ) (resi 3 and name P ) (resi 3 and name O5' ) (resi 3 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 3 and name P ) (resi 3 and name O5' ) (resi 3 and name C5' ) (resi 3 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 3 and name O5' ) (resi 3 and name C5' ) (resi 3 and name C4' ) (resi 3 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 3 and name C5' ) (resi 3 and name C4' ) (resi 3 and name C3' ) (resi 3 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 3 and name C4' ) (resi 3 and name C3' ) (resi 3 and name O3' ) (resi 4 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 3 and name C3' ) (resi 3 and name O3' ) (resi 4 and name P ) (resi 4 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 3 and name O3' ) (resi 4 and name P ) (resi 4 and name O5' ) (resi 4 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 4 and name P ) (resi 4 and name O5' ) (resi 4 and name C5' ) (resi 4 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 4 and name O5' ) (resi 4 and name C5' ) (resi 4 and name C4' ) (resi 4 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 4 and name C5' ) (resi 4 and name C4' ) (resi 4 and name C3' ) (resi 4 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 4 and name C4' ) (resi 4 and name C3' ) (resi 4 and name O3' ) (resi 5 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 4 and name C3' ) (resi 4 and name O3' ) (resi 5 and name P ) (resi 5 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 4 and name O3' ) (resi 5 and name P ) (resi 5 and name O5' ) (resi 5 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 5 and name P ) (resi 5 and name O5' ) (resi 5 and name C5' ) (resi 5 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 10 and name O5' ) (resi 10 and name C5' ) (resi 10 and name C4' ) (resi 10 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 10 and name C5' ) (resi 10 and name C4' ) (resi 10 and name C3' ) (resi 10 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 10 and name C4' ) (resi 10 and name C3' ) (resi 10 and name O3' ) (resi 11 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 10 and name C3' ) (resi 10 and name O3' ) (resi 11 and name P ) (resi 11 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 10 and name O3' ) (resi 11 and name P ) (resi 11 and name O5' ) (resi 11 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 11 and name P ) (resi 11 and name O5' ) (resi 11 and name C5' ) (resi 11 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 11 and name O5' ) (resi 11 and name C5' ) (resi 11 and name C4' ) (resi 11 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 11 and name C5' ) (resi 11 and name C4' ) (resi 11 and name C3' ) (resi 11 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 11 and name C4' ) (resi 11 and name C3' ) (resi 11 and name O3' ) (resi 12 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 11 and name C3' ) (resi 11 and name O3' ) (resi 12 and name P ) (resi 12 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 11 and name O3' ) (resi 12 and name P ) (resi 12 and name O5' ) (resi 12 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 12 and name P ) (resi 12 and name O5' ) (resi 12 and name C5' ) (resi 12 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 12 and name O5' ) (resi 12 and name C5' ) (resi 12 and name C4' ) (resi 12 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 12 and name C5' ) (resi 12 and name C4' ) (resi 12 and name C3' ) (resi 12 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 12 and name C4' ) (resi 12 and name C3' ) (resi 12 and name O3' ) (resi 13 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 12 and name C3' ) (resi 12 and name O3' ) (resi 13 and name P ) (resi 13 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 12 and name O3' ) (resi 13 and name P ) (resi 13 and name O5' ) (resi 13 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 13 and name P ) (resi 13 and name O5' ) (resi 13 and name C5' ) (resi 13 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 13 and name O5' ) (resi 13 and name C5' ) (resi 13 and name C4' ) (resi 13 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 13 and name C5' ) (resi 13 and name C4' ) (resi 13 and name C3' ) (resi 13 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 13 and name C4' ) (resi 13 and name C3' ) (resi 13 and name O3' ) (resi 14 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 13 and name C3' ) (resi 13 and name O3' ) (resi 14 and name P ) (resi 14 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 13 and name O3' ) (resi 14 and name P ) (resi 14 and name O5' ) (resi 14 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 14 and name P ) (resi 14 and name O5' ) (resi 14 and name C5' ) (resi 14 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 14 and name O5' ) (resi 14 and name C5' ) (resi 14 and name C4' ) (resi 14 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 14 and name C5' ) (resi 14 and name C4' ) (resi 14 and name C3' ) (resi 14 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 14 and name C4' ) (resi 14 and name C3' ) (resi 14 and name O3' ) (resi 15 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign ( resi 14 and name C3' ) ( resi 14 and name O3' ) ( resi 15 and name P ) ( resi 15 and name O5' ) 3.0 -73.6 20.0 2 {'zeta'} assign ( resi 14 and name O3' ) ( resi 15 and name P ) ( resi 15 and name O5' ) ( resi 15 and name C5' ) 3.0 -62.1 20.0 2 {'alpha'} assign (resi 15 and name P ) (resi 15 and name O5' ) (resi 15 and name C5' ) (resi 15 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 15 and name O5' ) (resi 15 and name C5' ) (resi 15 and name C4' ) (resi 15 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 15 and name C5' ) (resi 15 and name C4' ) (resi 15 and name C3' ) (resi 15 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 15 and name C4' ) (resi 15 and name C3' ) (resi 15 and name O3' ) (resi 16 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 15 and name C3' ) (resi 15 and name O3' ) (resi 16 and name P ) (resi 16 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 15 and name O3' ) (resi 16 and name P ) (resi 16 and name O5' ) (resi 16 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 16 and name P ) (resi 16 and name O5' ) (resi 16 and name C5' ) (resi 16 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 16 and name O5' ) (resi 16 and name C5' ) (resi 16 and name C4' ) (resi 16 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 16 and name C5' ) (resi 16 and name C4' ) (resi 16 and name C3' ) (resi 16 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 16 and name C4' ) (resi 16 and name C3' ) (resi 16 and name O3' ) (resi 17 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 16 and name C3' ) (resi 16 and name O3' ) (resi 17 and name P ) (resi 17 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 16 and name O3' ) (resi 17 and name P ) (resi 17 and name O5' ) (resi 17 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 17 and name P ) (resi 17 and name O5' ) (resi 17 and name C5' ) (resi 17 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 17 and name O5' ) (resi 17 and name C5' ) (resi 17 and name C4' ) (resi 17 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 17 and name C5' ) (resi 17 and name C4' ) (resi 17 and name C3' ) (resi 17 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 17 and name C4' ) (resi 17 and name C3' ) (resi 17 and name O3' ) (resi 18 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 17 and name C3' ) (resi 17 and name O3' ) (resi 18 and name P ) (resi 18 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 17 and name O3' ) (resi 18 and name P ) (resi 18 and name O5' ) (resi 18 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 18 and name P ) (resi 18 and name O5' ) (resi 18 and name C5' ) (resi 18 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 18 and name O5' ) (resi 18 and name C5' ) (resi 18 and name C4' ) (resi 18 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 18 and name C5' ) (resi 18 and name C4' ) (resi 18 and name C3' ) (resi 18 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 18 and name C4' ) (resi 18 and name C3' ) (resi 18 and name O3' ) (resi 19 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 18 and name C3' ) (resi 18 and name O3' ) (resi 19 and name P ) (resi 19 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 18 and name O3' ) (resi 19 and name P ) (resi 19 and name O5' ) (resi 19 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 19 and name P ) (resi 19 and name O5' ) (resi 19 and name C5' ) (resi 19 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 19 and name O5' ) (resi 19 and name C5' ) (resi 19 and name C4' ) (resi 19 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 19 and name C5' ) (resi 19 and name C4' ) (resi 19 and name C3' ) (resi 19 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 24 and name O5' ) (resi 24 and name C5' ) (resi 24 and name C4' ) (resi 24 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 24 and name C5' ) (resi 24 and name C4' ) (resi 24 and name C3' ) (resi 24 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 24 and name C4' ) (resi 24 and name C3' ) (resi 24 and name O3' ) (resi 25 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 24 and name C3' ) (resi 24 and name O3' ) (resi 25 and name P ) (resi 25 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 24 and name O3' ) (resi 25 and name P ) (resi 25 and name O5' ) (resi 25 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 25 and name P ) (resi 25 and name O5' ) (resi 25 and name C5' ) (resi 25 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 25 and name O5' ) (resi 25 and name C5' ) (resi 25 and name C4' ) (resi 25 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 25 and name C5' ) (resi 25 and name C4' ) (resi 25 and name C3' ) (resi 25 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 25 and name C4' ) (resi 25 and name C3' ) (resi 25 and name O3' ) (resi 26 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 25 and name C3' ) (resi 25 and name O3' ) (resi 26 and name P ) (resi 26 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 25 and name O3' ) (resi 26 and name P ) (resi 26 and name O5' ) (resi 26 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 26 and name P ) (resi 26 and name O5' ) (resi 26 and name C5' ) (resi 26 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 26 and name O5' ) (resi 26 and name C5' ) (resi 26 and name C4' ) (resi 26 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 26 and name C5' ) (resi 26 and name C4' ) (resi 26 and name C3' ) (resi 26 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 26 and name C4' ) (resi 26 and name C3' ) (resi 26 and name O3' ) (resi 27 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 26 and name C3' ) (resi 26 and name O3' ) (resi 27 and name P ) (resi 27 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 26 and name O3' ) (resi 27 and name P ) (resi 27 and name O5' ) (resi 27 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 27 and name P ) (resi 27 and name O5' ) (resi 27 and name C5' ) (resi 27 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 27 and name O5' ) (resi 27 and name C5' ) (resi 27 and name C4' ) (resi 27 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 27 and name C5' ) (resi 27 and name C4' ) (resi 27 and name C3' ) (resi 27 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 27 and name C4' ) (resi 27 and name C3' ) (resi 27 and name O3' ) (resi 28 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 27 and name C3' ) (resi 27 and name O3' ) (resi 28 and name P ) (resi 28 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 27 and name O3' ) (resi 28 and name P ) (resi 28 and name O5' ) (resi 28 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 28 and name P ) (resi 28 and name O5' ) (resi 28 and name C5' ) (resi 28 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 28 and name O5' ) (resi 28 and name C5' ) (resi 28 and name C4' ) (resi 28 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 28 and name C5' ) (resi 28 and name C4' ) (resi 28 and name C3' ) (resi 28 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 28 and name C4' ) (resi 28 and name C3' ) (resi 28 and name O3' ) (resi 29 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 28 and name C3' ) (resi 28 and name O3' ) (resi 29 and name P ) (resi 29 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 28 and name O3' ) (resi 29 and name P ) (resi 29 and name O5' ) (resi 29 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 29 and name P ) (resi 29 and name O5' ) (resi 29 and name C5' ) (resi 29 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 29 and name O5' ) (resi 29 and name C5' ) (resi 29 and name C4' ) (resi 29 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 29 and name C5' ) (resi 29 and name C4' ) (resi 29 and name C3' ) (resi 29 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 29 and name C4' ) (resi 29 and name C3' ) (resi 29 and name O3' ) (resi 30 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 29 and name C3' ) (resi 29 and name O3' ) (resi 30 and name P ) (resi 30 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 29 and name O3' ) (resi 30 and name P ) (resi 30 and name O5' ) (resi 30 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 30 and name P ) (resi 30 and name O5' ) (resi 30 and name C5' ) (resi 30 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 30 and name O5' ) (resi 30 and name C5' ) (resi 30 and name C4' ) (resi 30 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 30 and name C5' ) (resi 30 and name C4' ) (resi 30 and name C3' ) (resi 30 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 30 and name C4' ) (resi 30 and name C3' ) (resi 30 and name O3' ) (resi 31 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 30 and name C3' ) (resi 30 and name O3' ) (resi 31 and name P ) (resi 31 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 30 and name O3' ) (resi 31 and name P ) (resi 31 and name O5' ) (resi 31 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 31 and name P ) (resi 31 and name O5' ) (resi 31 and name C5' ) (resi 31 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 31 and name O5' ) (resi 31 and name C5' ) (resi 31 and name C4' ) (resi 31 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 31 and name C5' ) (resi 31 and name C4' ) (resi 31 and name C3' ) (resi 31 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 31 and name C4' ) (resi 31 and name C3' ) (resi 31 and name O3' ) (resi 32 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 31 and name C3' ) (resi 31 and name O3' ) (resi 32 and name P ) (resi 32 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 31 and name O3' ) (resi 32 and name P ) (resi 32 and name O5' ) (resi 32 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 32 and name O5' ) (resi 32 and name C5' ) (resi 32 and name C4' ) (resi 32 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 32 and name C5' ) (resi 32 and name C4' ) (resi 32 and name C3' ) (resi 32 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 32 and name C4' ) (resi 32 and name C3' ) (resi 32 and name O3' ) (resi 33 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 32 and name C3' ) (resi 32 and name O3' ) (resi 33 and name P ) (resi 33 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 32 and name O3' ) (resi 33 and name P ) (resi 33 and name O5' ) (resi 33 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 33 and name P ) (resi 33 and name O5' ) (resi 33 and name C5' ) (resi 33 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 33 and name O5' ) (resi 33 and name C5' ) (resi 33 and name C4' ) (resi 33 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 33 and name C5' ) (resi 33 and name C4' ) (resi 33 and name C3' ) (resi 33 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 33 and name C4' ) (resi 33 and name C3' ) (resi 33 and name O3' ) (resi 34 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 33 and name C3' ) (resi 33 and name O3' ) (resi 34 and name P ) (resi 34 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 40 and name O5' ) (resi 40 and name C5' ) (resi 40 and name C4' ) (resi 40 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 40 and name C5' ) (resi 40 and name C4' ) (resi 40 and name C3' ) (resi 40 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 40 and name C4' ) (resi 40 and name C3' ) (resi 40 and name O3' ) (resi 41 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 40 and name C3' ) (resi 40 and name O3' ) (resi 41 and name P ) (resi 41 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 40 and name O3' ) (resi 41 and name P ) (resi 41 and name O5' ) (resi 41 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 41 and name P ) (resi 41 and name O5' ) (resi 41 and name C5' ) (resi 41 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 41 and name O5' ) (resi 41 and name C5' ) (resi 41 and name C4' ) (resi 41 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 41 and name C5' ) (resi 41 and name C4' ) (resi 41 and name C3' ) (resi 41 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 41 and name C4' ) (resi 41 and name C3' ) (resi 41 and name O3' ) (resi 42 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 41 and name C3' ) (resi 41 and name O3' ) (resi 42 and name P ) (resi 42 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 41 and name O3' ) (resi 42 and name P ) (resi 42 and name O5' ) (resi 42 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 42 and name P ) (resi 42 and name O5' ) (resi 42 and name C5' ) (resi 42 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 42 and name O5' ) (resi 42 and name C5' ) (resi 42 and name C4' ) (resi 42 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 42 and name C5' ) (resi 42 and name C4' ) (resi 42 and name C3' ) (resi 42 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 42 and name C4' ) (resi 42 and name C3' ) (resi 42 and name O3' ) (resi 43 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 42 and name C3' ) (resi 42 and name O3' ) (resi 43 and name P ) (resi 43 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 42 and name O3' ) (resi 43 and name P ) (resi 43 and name O5' ) (resi 43 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 43 and name P ) (resi 43 and name O5' ) (resi 43 and name C5' ) (resi 43 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 43 and name O5' ) (resi 43 and name C5' ) (resi 43 and name C4' ) (resi 43 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 43 and name C5' ) (resi 43 and name C4' ) (resi 43 and name C3' ) (resi 43 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 44 and name O5' ) (resi 44 and name C5' ) (resi 44 and name C4' ) (resi 44 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 44 and name C5' ) (resi 44 and name C4' ) (resi 44 and name C3' ) (resi 44 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 44 and name C4' ) (resi 44 and name C3' ) (resi 44 and name O3' ) (resi 45 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 44 and name C3' ) (resi 44 and name O3' ) (resi 45 and name P ) (resi 45 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 44 and name O3' ) (resi 45 and name P ) (resi 45 and name O5' ) (resi 45 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 45 and name P ) (resi 45 and name O5' ) (resi 45 and name C5' ) (resi 45 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 45 and name O5' ) (resi 45 and name C5' ) (resi 45 and name C4' ) (resi 45 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 45 and name C5' ) (resi 45 and name C4' ) (resi 45 and name C3' ) (resi 45 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 45 and name C4' ) (resi 45 and name C3' ) (resi 45 and name O3' ) (resi 46 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 45 and name C3' ) (resi 45 and name O3' ) (resi 46 and name P ) (resi 46 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 45 and name O3' ) (resi 46 and name P ) (resi 46 and name O5' ) (resi 46 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 46 and name P ) (resi 46 and name O5' ) (resi 46 and name C5' ) (resi 46 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 46 and name O5' ) (resi 46 and name C5' ) (resi 46 and name C4' ) (resi 46 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 46 and name C5' ) (resi 46 and name C4' ) (resi 46 and name C3' ) (resi 46 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 46 and name C4' ) (resi 46 and name C3' ) (resi 46 and name O3' ) (resi 47 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 46 and name C3' ) (resi 46 and name O3' ) (resi 47 and name P ) (resi 47 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 46 and name O3' ) (resi 47 and name P ) (resi 47 and name O5' ) (resi 47 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 47 and name P ) (resi 47 and name O5' ) (resi 47 and name C5' ) (resi 47 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 47 and name O5' ) (resi 47 and name C5' ) (resi 47 and name C4' ) (resi 47 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 47 and name C5' ) (resi 47 and name C4' ) (resi 47 and name C3' ) (resi 47 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 47 and name C4' ) (resi 47 and name C3' ) (resi 47 and name O3' ) (resi 48 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 47 and name C3' ) (resi 47 and name O3' ) (resi 48 and name P ) (resi 48 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 47 and name O3' ) (resi 48 and name P ) (resi 48 and name O5' ) (resi 48 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 48 and name P ) (resi 48 and name O5' ) (resi 48 and name C5' ) (resi 48 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 53 and name O5' ) (resi 53 and name C5' ) (resi 53 and name C4' ) (resi 53 and name C3' ) 1.0 47.44 25.0 2 {'gamma'} assign (resi 53 and name C5' ) (resi 53 and name C4' ) (resi 53 and name C3' ) (resi 53 and name O3' ) 1.0 83.45 25.0 2 {'delta'} assign (resi 53 and name C4' ) (resi 53 and name C3' ) (resi 53 and name O3' ) (resi 54 and name P ) 1.0 -151.7 25.0 2 {'epsilon'} assign (resi 53 and name C3' ) (resi 53 and name O3' ) (resi 54 and name P ) (resi 54 and name O5' ) 1.0 -73.6 25.0 2 {'zeta'} assign (resi 53 and name O3' ) (resi 54 and name P ) (resi 54 and name O5' ) (resi 54 and name C5' ) 1.0 -62.1 25.0 2 {'alpha'} assign (resi 54 and name P ) (resi 54 and name O5' ) (resi 54 and name C5' ) (resi 54 and name C4' ) 1.0 -179.9 25.0 2 {'beta'} assign (resi 54 and name O5' ) (resi 54 and name C5' ) (resi 54 and name C4' ) (resi 54 and name C3' ) 1.0 47.44 25.0 2 {'gamma'} assign (resi 54 and name C5' ) (resi 54 and name C4' ) (resi 54 and name C3' ) (resi 54 and name O3' ) 1.0 83.45 25.0 2 {'delta'} assign (resi 54 and name C4' ) (resi 54 and name C3' ) (resi 54 and name O3' ) (resi 55 and name P ) 1.0 -151.7 25.0 2 {'epsilon'} assign (resi 54 and name C3' ) (resi 54 and name O3' ) (resi 55 and name P ) (resi 55 and name O5' ) 1.0 -73.6 25.0 2 {'zeta'} assign (resi 54 and name O3' ) (resi 55 and name P ) (resi 55 and name O5' ) (resi 55 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 55 and name P ) (resi 55 and name O5' ) (resi 55 and name C5' ) (resi 55 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 55 and name O5' ) (resi 55 and name C5' ) (resi 55 and name C4' ) (resi 55 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 55 and name C5' ) (resi 55 and name C4' ) (resi 55 and name C3' ) (resi 55 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 55 and name C4' ) (resi 55 and name C3' ) (resi 55 and name O3' ) (resi 56 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 55 and name C3' ) (resi 55 and name O3' ) (resi 56 and name P ) (resi 56 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 55 and name O3' ) (resi 56 and name P ) (resi 56 and name O5' ) (resi 56 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 56 and name P ) (resi 56 and name O5' ) (resi 56 and name C5' ) (resi 56 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 56 and name O5' ) (resi 56 and name C5' ) (resi 56 and name C4' ) (resi 56 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 56 and name C5' ) (resi 56 and name C4' ) (resi 56 and name C3' ) (resi 56 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 56 and name C4' ) (resi 56 and name C3' ) (resi 56 and name O3' ) (resi 57 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 56 and name C3' ) (resi 56 and name O3' ) (resi 57 and name P ) (resi 57 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 56 and name O3' ) (resi 57 and name P ) (resi 57 and name O5' ) (resi 57 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 57 and name P ) (resi 57 and name O5' ) (resi 57 and name C5' ) (resi 57 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 57 and name O5' ) (resi 57 and name C5' ) (resi 57 and name C4' ) (resi 57 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 57 and name C5' ) (resi 57 and name C4' ) (resi 57 and name C3' ) (resi 57 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 57 and name C4' ) (resi 57 and name C3' ) (resi 57 and name O3' ) (resi 58 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign ( resi 57 and name C3' ) ( resi 57 and name O3' ) ( resi 58 and name P ) ( resi 58 and name O5' ) 3.0 -73.6 20.0 2 {'zeta'} assign ( resi 57 and name O3' ) ( resi 58 and name P ) ( resi 58 and name O5' ) ( resi 58 and name C5' ) 3.0 -62.1 20.0 2 {'alpha'} assign (resi 58 and name P ) (resi 58 and name O5' ) (resi 58 and name C5' ) (resi 58 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 58 and name O5' ) (resi 58 and name C5' ) (resi 58 and name C4' ) (resi 58 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 58 and name C5' ) (resi 58 and name C4' ) (resi 58 and name C3' ) (resi 58 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 58 and name C4' ) (resi 58 and name C3' ) (resi 58 and name O3' ) (resi 59 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 58 and name C3' ) (resi 58 and name O3' ) (resi 59 and name P ) (resi 59 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 58 and name O3' ) (resi 59 and name P ) (resi 59 and name O5' ) (resi 59 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 59 and name P ) (resi 59 and name O5' ) (resi 59 and name C5' ) (resi 59 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 59 and name O5' ) (resi 59 and name C5' ) (resi 59 and name C4' ) (resi 59 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 59 and name C5' ) (resi 59 and name C4' ) (resi 59 and name C3' ) (resi 59 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 59 and name C4' ) (resi 59 and name C3' ) (resi 59 and name O3' ) (resi 60 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 59 and name C3' ) (resi 59 and name O3' ) (resi 60 and name P ) (resi 60 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 59 and name O3' ) (resi 60 and name P ) (resi 60 and name O5' ) (resi 60 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 60 and name P ) (resi 60 and name O5' ) (resi 60 and name C5' ) (resi 60 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 60 and name O5' ) (resi 60 and name C5' ) (resi 60 and name C4' ) (resi 60 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 60 and name C5' ) (resi 60 and name C4' ) (resi 60 and name C3' ) (resi 60 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 60 and name C4' ) (resi 60 and name C3' ) (resi 60 and name O3' ) (resi 61 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 60 and name C3' ) (resi 60 and name O3' ) (resi 61 and name P ) (resi 61 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 60 and name O3' ) (resi 61 and name P ) (resi 61 and name O5' ) (resi 61 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 61 and name P ) (resi 61 and name O5' ) (resi 61 and name C5' ) (resi 61 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 61 and name O5' ) (resi 61 and name C5' ) (resi 61 and name C4' ) (resi 61 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 61 and name C5' ) (resi 61 and name C4' ) (resi 61 and name C3' ) (resi 61 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 61 and name C4' ) (resi 61 and name C3' ) (resi 61 and name O3' ) (resi 62 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 61 and name C3' ) (resi 61 and name O3' ) (resi 62 and name P ) (resi 62 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 61 and name O3' ) (resi 62 and name P ) (resi 62 and name O5' ) (resi 62 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 62 and name P ) (resi 62 and name O5' ) (resi 62 and name C5' ) (resi 62 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 62 and name O5' ) (resi 62 and name C5' ) (resi 62 and name C4' ) (resi 62 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 62 and name C5' ) (resi 62 and name C4' ) (resi 62 and name C3' ) (resi 62 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 67 and name O5' ) (resi 67 and name C5' ) (resi 67 and name C4' ) (resi 67 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 67 and name C5' ) (resi 67 and name C4' ) (resi 67 and name C3' ) (resi 67 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 67 and name C4' ) (resi 67 and name C3' ) (resi 67 and name O3' ) (resi 68 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 67 and name C3' ) (resi 67 and name O3' ) (resi 68 and name P ) (resi 68 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 67 and name O3' ) (resi 68 and name P ) (resi 68 and name O5' ) (resi 68 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 68 and name P ) (resi 68 and name O5' ) (resi 68 and name C5' ) (resi 68 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 68 and name O5' ) (resi 68 and name C5' ) (resi 68 and name C4' ) (resi 68 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 68 and name C5' ) (resi 68 and name C4' ) (resi 68 and name C3' ) (resi 68 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 68 and name C4' ) (resi 68 and name C3' ) (resi 68 and name O3' ) (resi 69 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 68 and name C3' ) (resi 68 and name O3' ) (resi 69 and name P ) (resi 69 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 68 and name O3' ) (resi 69 and name P ) (resi 69 and name O5' ) (resi 69 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 69 and name P ) (resi 69 and name O5' ) (resi 69 and name C5' ) (resi 69 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 69 and name O5' ) (resi 69 and name C5' ) (resi 69 and name C4' ) (resi 69 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 69 and name C5' ) (resi 69 and name C4' ) (resi 69 and name C3' ) (resi 69 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 69 and name C4' ) (resi 69 and name C3' ) (resi 69 and name O3' ) (resi 70 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 69 and name C3' ) (resi 69 and name O3' ) (resi 70 and name P ) (resi 70 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 69 and name O3' ) (resi 70 and name P ) (resi 70 and name O5' ) (resi 70 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 70 and name P ) (resi 70 and name O5' ) (resi 70 and name C5' ) (resi 70 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 70 and name O5' ) (resi 70 and name C5' ) (resi 70 and name C4' ) (resi 70 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 70 and name C5' ) (resi 70 and name C4' ) (resi 70 and name C3' ) (resi 70 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 70 and name C4' ) (resi 70 and name C3' ) (resi 70 and name O3' ) (resi 71 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 70 and name C3' ) (resi 70 and name O3' ) (resi 71 and name P ) (resi 71 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 70 and name O3' ) (resi 71 and name P ) (resi 71 and name O5' ) (resi 71 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 71 and name P ) (resi 71 and name O5' ) (resi 71 and name C5' ) (resi 71 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 71 and name O5' ) (resi 71 and name C5' ) (resi 71 and name C4' ) (resi 71 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 71 and name C5' ) (resi 71 and name C4' ) (resi 71 and name C3' ) (resi 71 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 71 and name C4' ) (resi 71 and name C3' ) (resi 71 and name O3' ) (resi 72 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 71 and name C3' ) (resi 71 and name O3' ) (resi 72 and name P ) (resi 72 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 71 and name O3' ) (resi 72 and name P ) (resi 72 and name O5' ) (resi 72 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 72 and name P ) (resi 72 and name O5' ) (resi 72 and name C5' ) (resi 72 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 72 and name O5' ) (resi 72 and name C5' ) (resi 72 and name C4' ) (resi 72 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 72 and name C5' ) (resi 72 and name C4' ) (resi 72 and name C3' ) (resi 72 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 72 and name C4' ) (resi 72 and name C3' ) (resi 72 and name O3' ) (resi 73 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 72 and name C3' ) (resi 72 and name O3' ) (resi 73 and name P ) (resi 73 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 72 and name O3' ) (resi 73 and name P ) (resi 73 and name O5' ) (resi 73 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 73 and name P ) (resi 73 and name O5' ) (resi 73 and name C5' ) (resi 73 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 73 and name O5' ) (resi 73 and name C5' ) (resi 73 and name C4' ) (resi 73 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 73 and name C5' ) (resi 73 and name C4' ) (resi 73 and name C3' ) (resi 73 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 73 and name C4' ) (resi 73 and name C3' ) (resi 73 and name O3' ) (resi 74 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 73 and name C3' ) (resi 73 and name O3' ) (resi 74 and name P ) (resi 74 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 73 and name O3' ) (resi 74 and name P ) (resi 74 and name O5' ) (resi 74 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 74 and name P ) (resi 74 and name O5' ) (resi 74 and name C5' ) (resi 74 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 74 and name O5' ) (resi 74 and name C5' ) (resi 74 and name C4' ) (resi 74 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 74 and name C5' ) (resi 74 and name C4' ) (resi 74 and name C3' ) (resi 74 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 74 and name C4' ) (resi 74 and name C3' ) (resi 74 and name O3' ) (resi 75 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 74 and name C3' ) (resi 74 and name O3' ) (resi 75 and name P ) (resi 75 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 74 and name O3' ) (resi 75 and name P ) (resi 75 and name O5' ) (resi 75 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 75 and name O5' ) (resi 75 and name C5' ) (resi 75 and name C4' ) (resi 75 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 75 and name C5' ) (resi 75 and name C4' ) (resi 75 and name C3' ) (resi 75 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 75 and name C4' ) (resi 75 and name C3' ) (resi 75 and name O3' ) (resi 76 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 75 and name C3' ) (resi 75 and name O3' ) (resi 75 and name P ) (resi 75 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 75 and name O3' ) (resi 76 and name P ) (resi 76 and name O5' ) (resi 76 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 76 and name P ) (resi 76 and name O5' ) (resi 76 and name C5' ) (resi 76 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 76 and name O5' ) (resi 76 and name C5' ) (resi 76 and name C4' ) (resi 76 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 76 and name C5' ) (resi 76 and name C4' ) (resi 76 and name C3' ) (resi 76 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 76 and name C4' ) (resi 76 and name C3' ) (resi 76 and name O3' ) (resi 77 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 76 and name C3' ) (resi 76 and name O3' ) (resi 77 and name P ) (resi 77 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 83 and name O5' ) (resi 83 and name C5' ) (resi 83 and name C4' ) (resi 83 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 83 and name C5' ) (resi 83 and name C4' ) (resi 83 and name C3' ) (resi 83 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 83 and name C4' ) (resi 83 and name C3' ) (resi 83 and name O3' ) (resi 84 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 83 and name C3' ) (resi 83 and name O3' ) (resi 84 and name P ) (resi 84 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 83 and name O3' ) (resi 84 and name P ) (resi 84 and name O5' ) (resi 84 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 84 and name P ) (resi 84 and name O5' ) (resi 84 and name C5' ) (resi 84 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 84 and name O5' ) (resi 84 and name C5' ) (resi 84 and name C4' ) (resi 84 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 84 and name C5' ) (resi 84 and name C4' ) (resi 84 and name C3' ) (resi 84 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 84 and name C4' ) (resi 84 and name C3' ) (resi 84 and name O3' ) (resi 85 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 84 and name C3' ) (resi 84 and name O3' ) (resi 85 and name P ) (resi 85 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 84 and name O3' ) (resi 85 and name P ) (resi 85 and name O5' ) (resi 85 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 85 and name P ) (resi 85 and name O5' ) (resi 85 and name C5' ) (resi 85 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 85 and name O5' ) (resi 85 and name C5' ) (resi 85 and name C4' ) (resi 85 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 85 and name C5' ) (resi 85 and name C4' ) (resi 85 and name C3' ) (resi 85 and name O3' ) 1.0 83.45 20.0 2 {'delta'} assign (resi 85 and name C4' ) (resi 85 and name C3' ) (resi 85 and name O3' ) (resi 86 and name P ) 1.0 -151.7 20.0 2 {'epsilon'} assign (resi 85 and name C3' ) (resi 85 and name O3' ) (resi 86 and name P ) (resi 86 and name O5' ) 1.0 -73.6 20.0 2 {'zeta'} assign (resi 85 and name O3' ) (resi 86 and name P ) (resi 86 and name O5' ) (resi 86 and name C5' ) 1.0 -62.1 20.0 2 {'alpha'} assign (resi 86 and name P ) (resi 86 and name O5' ) (resi 86 and name C5' ) (resi 86 and name C4' ) 1.0 -179.9 20.0 2 {'beta'} assign (resi 86 and name O5' ) (resi 86 and name C5' ) (resi 86 and name C4' ) (resi 86 and name C3' ) 1.0 47.44 20.0 2 {'gamma'} assign (resi 86 and name C5' ) (resi 86 and name C4' ) (resi 86 and name C3' ) (resi 86 and name O3' ) 1.0 83.45 20.0 2 {'delta'} {'dihedral restraints for chi angle to specify syn or anti'} assign (resi 1 and name O4' ) (resi 1 and name C1' ) (resi 1 and name N9 ) (resi 1 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 2 and name O4' ) (resi 2 and name C1' ) (resi 2 and name N9 ) (resi 2 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 3 and name O4' ) (resi 3 and name C1' ) (resi 3 and name N9 ) (resi 3 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 4 and name O4' ) (resi 4 and name C1' ) (resi 4 and name N9 ) (resi 4 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 5 and name O4' ) (resi 5 and name C1' ) (resi 5 and name N1 ) (resi 5 and name C2 ) 1.0 -160.0 20.0 2 assign (resi 8 and name O4' ) (resi 8 and name C1' ) (resi 8 and name N9 ) (resi 8 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 9 and name O4' ) (resi 9 and name C1' ) (resi 9 and name N9 ) (resi 9 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 10 and name O4' ) (resi 10 and name C1' ) (resi 10 and name N9 ) (resi 10 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 11 and name O4' ) (resi 11 and name C1' ) (resi 11 and name N9 ) (resi 11 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 12 and name O4' ) (resi 12 and name C1' ) (resi 12 and name N9 ) (resi 12 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 13 and name O4' ) (resi 13 and name C1' ) (resi 13 and name N9 ) (resi 13 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 14 and name O4' ) (resi 14 and name C1' ) (resi 14 and name N9 ) (resi 14 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 15 and name O4' ) (resi 15 and name C1' ) (resi 15 and name N1 ) (resi 15 and name C2 ) 1.0 -160.0 20.0 2 assign (resi 16 and name O4' ) (resi 16 and name C1' ) (resi 16 and name N1 ) (resi 16 and name C2 ) 1.0 -160.0 20.0 2 assign (resi 17 and name O4' ) (resi 17 and name C1' ) (resi 17 and name N9 ) (resi 17 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 18 and name O4' ) (resi 18 and name C1' ) (resi 18 and name N9 ) (resi 18 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 19 and name O4' ) (resi 19 and name C1' ) (resi 19 and name N9 ) (resi 19 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 20 and name O4' ) (resi 20 and name C1' ) (resi 20 and name N9 ) (resi 20 and name C4 ) 1.0 -160.0 25.0 2 assign (resi 21 and name O4' ) (resi 21 and name C1' ) (resi 21 and name N9 ) (resi 21 and name C4 ) 1.0 -160.0 25.0 2 assign (resi 22 and name O4' ) (resi 22 and name C1' ) (resi 22 and name N9 ) (resi 22 and name C4 ) 1.0 -160.0 25.0 2 assign (resi 23 and name O4' ) (resi 23 and name C1' ) (resi 23 and name N9 ) (resi 23 and name C4 ) 1.0 -160.0 25.0 2 assign (resi 24 and name O4' ) (resi 24 and name C1' ) (resi 24 and name N1 ) (resi 24 and name C2 ) 1.0 -160.0 20.0 2 assign (resi 25 and name O4' ) (resi 25 and name C1' ) (resi 25 and name N1 ) (resi 25 and name C2 ) 1.0 -160.0 20.0 2 assign (resi 26 and name O4' ) (resi 26 and name C1' ) (resi 26 and name N1 ) (resi 26 and name C2 ) 1.0 -160.0 20.0 2 assign (resi 27 and name O4' ) (resi 27 and name C1' ) (resi 27 and name N9 ) (resi 27 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 28 and name O4' ) (resi 28 and name C1' ) (resi 28 and name N9 ) (resi 28 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 29 and name O4' ) (resi 29 and name C1' ) (resi 29 and name N1 ) (resi 29 and name C2 ) 1.0 -160.0 10.0 2 assign (resi 30 and name O4' ) (resi 30 and name C1' ) (resi 30 and name N1 ) (resi 30 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 31 and name O4' ) (resi 31 and name C1' ) (resi 31 and name N1 ) (resi 31 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 32 and name O4' ) (resi 32 and name C1' ) (resi 32 and name N1 ) (resi 32 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 33 and name O4' ) (resi 33 and name C1' ) (resi 33 and name N1 ) (resi 33 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 34 and name O4' ) (resi 34 and name C1' ) (resi 34 and name N1 ) (resi 34 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 35 and name O4' ) (resi 35 and name C1' ) (resi 35 and name N1 ) (resi 35 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 36 and name O4' ) (resi 36 and name C1' ) (resi 36 and name N1 ) (resi 36 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 38 and name O4' ) (resi 38 and name C1' ) (resi 38 and name N9 ) (resi 38 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 39 and name O4' ) (resi 39 and name C1' ) (resi 39 and name N9 ) (resi 39 and name C4 ) 1.0 -160.0 10.0 2 assign (resi 40 and name O4' ) (resi 40 and name C1' ) (resi 40 and name N1 ) (resi 40 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 41 and name O4' ) (resi 41 and name C1' ) (resi 41 and name N1 ) (resi 41 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 42 and name O4' ) (resi 42 and name C1' ) (resi 42 and name N1 ) (resi 42 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 43 and name O4' ) (resi 43 and name C1' ) (resi 43 and name N1 ) (resi 43 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 44 and name O4' ) (resi 44 and name C1' ) (resi 44 and name N9 ) (resi 44 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 45 and name O4' ) (resi 45 and name C1' ) (resi 45 and name N9 ) (resi 45 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 46 and name O4' ) (resi 46 and name C1' ) (resi 46 and name N9 ) (resi 46 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 47 and name O4' ) (resi 47 and name C1' ) (resi 47 and name N9 ) (resi 47 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 48 and name O4' ) (resi 48 and name C1' ) (resi 48 and name N1 ) (resi 48 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 51 and name O4' ) (resi 51 and name C1' ) (resi 51 and name N9 ) (resi 51 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 52 and name O4' ) (resi 52 and name C1' ) (resi 52 and name N9 ) (resi 52 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 53 and name O4' ) (resi 53 and name C1' ) (resi 53 and name N9 ) (resi 53 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 54 and name O4' ) (resi 54 and name C1' ) (resi 54 and name N9 ) (resi 54 and name C4 ) 1.0 -160.0 30.0 2 assign (resi 55 and name O4' ) (resi 55 and name C1' ) (resi 55 and name N9 ) (resi 55 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 56 and name O4' ) (resi 56 and name C1' ) (resi 56 and name N9 ) (resi 56 and name C4 ) 1.0 -160.0 20.0 2 assign (resi 57 and name O4' ) (resi 57 and name C1' ) (resi 57 and name N9 ) (resi 57 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 58 and name O4' ) (resi 58 and name C1' ) (resi 58 and name N1 ) (resi 58 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 59 and name O4' ) (resi 59 and name C1' ) (resi 59 and name N1 ) (resi 59 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 60 and name O4' ) (resi 60 and name C1' ) (resi 60 and name N9 ) (resi 60 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 61 and name O4' ) (resi 61 and name C1' ) (resi 61 and name N9 ) (resi 61 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 62 and name O4' ) (resi 62 and name C1' ) (resi 62 and name N9 ) (resi 62 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 63 and name O4' ) (resi 63 and name C1' ) (resi 63 and name N9 ) (resi 63 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 64 and name O4' ) (resi 64 and name C1' ) (resi 64 and name N9 ) (resi 64 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 65 and name O4' ) (resi 65 and name C1' ) (resi 65 and name N9 ) (resi 65 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 66 and name O4' ) (resi 66 and name C1' ) (resi 66 and name N9 ) (resi 66 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 67 and name O4' ) (resi 67 and name C1' ) (resi 67 and name N1 ) (resi 67 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 68 and name O4' ) (resi 68 and name C1' ) (resi 68 and name N1 ) (resi 68 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 69 and name O4' ) (resi 69 and name C1' ) (resi 69 and name N1 ) (resi 69 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 70 and name O4' ) (resi 70 and name C1' ) (resi 70 and name N9 ) (resi 70 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 71 and name O4' ) (resi 71 and name C1' ) (resi 71 and name N9 ) (resi 71 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 72 and name O4' ) (resi 72 and name C1' ) (resi 72 and name N1 ) (resi 72 and name C2 ) 1.0 -160.0 10.0 2 assign (resi 73 and name O4' ) (resi 73 and name C1' ) (resi 73 and name N1 ) (resi 73 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 74 and name O4' ) (resi 74 and name C1' ) (resi 74 and name N1 ) (resi 74 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 75 and name O4' ) (resi 75 and name C1' ) (resi 75 and name N1 ) (resi 75 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 76 and name O4' ) (resi 76 and name C1' ) (resi 76 and name N1 ) (resi 76 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 77 and name O4' ) (resi 77 and name C1' ) (resi 77 and name N1 ) (resi 77 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 78 and name O4' ) (resi 78 and name C1' ) (resi 78 and name N1 ) (resi 78 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 79 and name O4' ) (resi 79 and name C1' ) (resi 79 and name N1 ) (resi 79 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 81 and name O4' ) (resi 81 and name C1' ) (resi 81 and name N9 ) (resi 81 and name C4 ) 1.0 -160.0 15.0 2 assign (resi 82 and name O4' ) (resi 82 and name C1' ) (resi 82 and name N9 ) (resi 82 and name C4 ) 1.0 -160.0 10.0 2 assign (resi 83 and name O4' ) (resi 83 and name C1' ) (resi 83 and name N1 ) (resi 83 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 84 and name O4' ) (resi 84 and name C1' ) (resi 84 and name N1 ) (resi 84 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 85 and name O4' ) (resi 85 and name C1' ) (resi 85 and name N1 ) (resi 85 and name C2 ) 1.0 -160.0 15.0 2 assign (resi 86 and name O4' ) (resi 86 and name C1' ) (resi 86 and name N1 ) (resi 86 and name C2 ) 1.0 -160.0 15.0 2 {'dihedral angles v1 and v2 indicating North or South sugar'} {'conformation - taken from 1'-2' couplings in VSI RNA'} assign (resi 1 and name O4' ) (resi 1 and name C1' ) (resi 1 and name C2' ) (resi 1 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 1 and name C1' ) (resi 1 and name C2' ) (resi 1 and name C3' ) (resi 1 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 2 and name O4' ) (resi 2 and name C1' ) (resi 2 and name C2' ) (resi 2 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 2 and name C1' ) (resi 2 and name C2' ) (resi 2 and name C3' ) (resi 2 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 3 and name O4' ) (resi 3 and name C1' ) (resi 3 and name C2' ) (resi 3 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 3 and name C1' ) (resi 3 and name C2' ) (resi 3 and name C3' ) (resi 3 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 4 and name O4' ) (resi 4 and name C1' ) (resi 4 and name C2' ) (resi 4 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 4 and name C1' ) (resi 4 and name C2' ) (resi 4 and name C3' ) (resi 4 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 5 and name O4' ) (resi 5 and name C1' ) (resi 5 and name C2' ) (resi 5 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 5 and name C1' ) (resi 5 and name C2' ) (resi 5 and name C3' ) (resi 5 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 6 and name O4' ) (resi 6 and name C1' ) (resi 6 and name C2' ) (resi 6 and name C3' ) 1.0 25.0 15.0 2 assign (resi 6 and name C1' ) (resi 6 and name C2' ) (resi 6 and name C3' ) (resi 6 and name C4' ) 1.0 -35.0 15.0 2 {'South'} assign (resi 8 and name O4' ) (resi 8 and name C1' ) (resi 8 and name C2' ) (resi 8 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 8 and name C1' ) (resi 8 and name C2' ) (resi 8 and name C3' ) (resi 8 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 9 and name O4' ) (resi 9 and name C1' ) (resi 9 and name C2' ) (resi 9 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 9 and name C1' ) (resi 9 and name C2' ) (resi 9 and name C3' ) (resi 9 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 10 and name O4' ) (resi 10 and name C1' ) (resi 10 and name C2' ) (resi 10 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 10 and name C1' ) (resi 10 and name C2' ) (resi 10 and name C3' ) (resi 10 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 11 and name O4' ) (resi 11 and name C1' ) (resi 11 and name C2' ) (resi 11 and name C3' ) 1.0 -35.0 15.0 2 assign (resi 11 and name C1' ) (resi 11 and name C2' ) (resi 11 and name C3' ) (resi 11 and name C4' ) 1.0 25.0 15.0 2 {'North'} assign (resi 12 and name O4' ) (resi 12 and name C1' ) (resi 12 and name C2' ) (resi 12 and name C3' ) 1.0 -35.0 15.0 2 assign (resi 12 and name C1' ) (resi 12 and name C2' ) (resi 12 and name C3' ) (resi 12 and name C4' ) 1.0 25.0 15.0 2 {'North'} assign (resi 13 and name O4' ) (resi 13 and name C1' ) (resi 13 and name C2' ) (resi 13 and name C3' ) 1.0 -35.0 15.0 2 assign (resi 13 and name C1' ) (resi 13 and name C2' ) (resi 13 and name C3' ) (resi 13 and name C4' ) 1.0 25.0 15.0 2 {'North'} assign (resi 14 and name O4' ) (resi 14 and name C1' ) (resi 14 and name C2' ) (resi 14 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 14 and name C1' ) (resi 14 and name C2' ) (resi 14 and name C3' ) (resi 14 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 15 and name O4' ) (resi 15 and name C1' ) (resi 15 and name C2' ) (resi 15 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 15 and name C1' ) (resi 15 and name C2' ) (resi 15 and name C3' ) (resi 15 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 16 and name O4' ) (resi 16 and name C1' ) (resi 16 and name C2' ) (resi 16 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 16 and name C1' ) (resi 16 and name C2' ) (resi 16 and name C3' ) (resi 16 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 17 and name O4' ) (resi 17 and name C1' ) (resi 17 and name C2' ) (resi 17 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 17 and name C1' ) (resi 17 and name C2' ) (resi 17 and name C3' ) (resi 17 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 18 and name O4' ) (resi 18 and name C1' ) (resi 18 and name C2' ) (resi 18 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 18 and name C1' ) (resi 18 and name C2' ) (resi 18 and name C3' ) (resi 18 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 19 and name O4' ) (resi 19 and name C1' ) (resi 19 and name C2' ) (resi 19 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 19 and name C1' ) (resi 19 and name C2' ) (resi 19 and name C3' ) (resi 19 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 20 and name O4' ) (resi 20 and name C1' ) (resi 20 and name C2' ) (resi 20 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 20 and name C1' ) (resi 20 and name C2' ) (resi 20 and name C3' ) (resi 20 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 21 and name O4' ) (resi 21 and name C1' ) (resi 21 and name C2' ) (resi 21 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 21 and name C1' ) (resi 21 and name C2' ) (resi 21 and name C3' ) (resi 21 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 22 and name O4' ) (resi 22 and name C1' ) (resi 22 and name C2' ) (resi 22 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 22 and name C1' ) (resi 22 and name C2' ) (resi 22 and name C3' ) (resi 22 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 23 and name O4' ) (resi 23 and name C1' ) (resi 23 and name C2' ) (resi 23 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 23 and name C1' ) (resi 23 and name C2' ) (resi 23 and name C3' ) (resi 23 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 24 and name O4' ) (resi 24 and name C1' ) (resi 24 and name C2' ) (resi 24 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 24 and name C1' ) (resi 24 and name C2' ) (resi 24 and name C3' ) (resi 24 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 25 and name O4' ) (resi 25 and name C1' ) (resi 25 and name C2' ) (resi 25 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 25 and name C1' ) (resi 25 and name C2' ) (resi 25 and name C3' ) (resi 25 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 26 and name O4' ) (resi 26 and name C1' ) (resi 26 and name C2' ) (resi 26 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 26 and name C1' ) (resi 26 and name C2' ) (resi 26 and name C3' ) (resi 26 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 27 and name O4' ) (resi 27 and name C1' ) (resi 27 and name C2' ) (resi 27 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 27 and name C1' ) (resi 27 and name C2' ) (resi 27 and name C3' ) (resi 27 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 28 and name O4' ) (resi 28 and name C1' ) (resi 28 and name C2' ) (resi 28 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 28 and name C1' ) (resi 28 and name C2' ) (resi 28 and name C3' ) (resi 28 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 29 and name O4' ) (resi 29 and name C1' ) (resi 29 and name C2' ) (resi 29 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 29 and name C1' ) (resi 29 and name C2' ) (resi 29 and name C3' ) (resi 29 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 30 and name O4' ) (resi 30 and name C1' ) (resi 30 and name C2' ) (resi 30 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 30 and name C1' ) (resi 30 and name C2' ) (resi 30 and name C3' ) (resi 30 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 31 and name O4' ) (resi 31 and name C1' ) (resi 31 and name C2' ) (resi 31 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 31 and name C1' ) (resi 31 and name C2' ) (resi 31 and name C3' ) (resi 31 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 32 and name O4' ) (resi 32 and name C1' ) (resi 32 and name C2' ) (resi 32 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 32 and name C1' ) (resi 32 and name C2' ) (resi 32 and name C3' ) (resi 32 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 33 and name O4' ) (resi 33 and name C1' ) (resi 33 and name C2' ) (resi 33 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 33 and name C1' ) (resi 33 and name C2' ) (resi 33 and name C3' ) (resi 33 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 34 and name O4' ) (resi 34 and name C1' ) (resi 34 and name C2' ) (resi 34 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 34 and name C1' ) (resi 34 and name C2' ) (resi 34 and name C3' ) (resi 34 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 35 and name O4' ) (resi 35 and name C1' ) (resi 35 and name C2' ) (resi 35 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 35 and name C1' ) (resi 35 and name C2' ) (resi 35 and name C3' ) (resi 35 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 36 and name O4' ) (resi 36 and name C1' ) (resi 36 and name C2' ) (resi 36 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 36 and name C1' ) (resi 36 and name C2' ) (resi 36 and name C3' ) (resi 36 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 37 and name O4' ) (resi 37 and name C1' ) (resi 37 and name C2' ) (resi 37 and name C3' ) 1.0 25.0 10.0 2 assign (resi 37 and name C1' ) (resi 37 and name C2' ) (resi 37 and name C3' ) (resi 37 and name C4' ) 1.0 -35.0 10.0 2 {'South'} assign (resi 38 and name O4' ) (resi 38 and name C1' ) (resi 38 and name C2' ) (resi 38 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 38 and name C1' ) (resi 38 and name C2' ) (resi 38 and name C3' ) (resi 38 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 39 and name O4' ) (resi 39 and name C1' ) (resi 39 and name C2' ) (resi 39 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 39 and name C1' ) (resi 39 and name C2' ) (resi 39 and name C3' ) (resi 39 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 40 and name O4' ) (resi 40 and name C1' ) (resi 40 and name C2' ) (resi 40 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 40 and name C1' ) (resi 40 and name C2' ) (resi 40 and name C3' ) (resi 40 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 41 and name O4' ) (resi 41 and name C1' ) (resi 41 and name C2' ) (resi 41 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 41 and name C1' ) (resi 41 and name C2' ) (resi 41 and name C3' ) (resi 41 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 42 and name O4' ) (resi 42 and name C1' ) (resi 42 and name C2' ) (resi 42 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 42 and name C1' ) (resi 42 and name C2' ) (resi 42 and name C3' ) (resi 42 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 44 and name O4' ) (resi 44 and name C1' ) (resi 44 and name C2' ) (resi 44 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 44 and name C1' ) (resi 44 and name C2' ) (resi 44 and name C3' ) (resi 44 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 45 and name O4' ) (resi 45 and name C1' ) (resi 45 and name C2' ) (resi 45 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 45 and name C1' ) (resi 45 and name C2' ) (resi 45 and name C3' ) (resi 45 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 46 and name O4' ) (resi 46 and name C1' ) (resi 46 and name C2' ) (resi 46 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 46 and name C1' ) (resi 46 and name C2' ) (resi 46 and name C3' ) (resi 46 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 47 and name O4' ) (resi 47 and name C1' ) (resi 47 and name C2' ) (resi 47 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 47 and name C1' ) (resi 47 and name C2' ) (resi 47 and name C3' ) (resi 47 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 48 and name O4' ) (resi 48 and name C1' ) (resi 48 and name C2' ) (resi 48 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 48 and name C1' ) (resi 48 and name C2' ) (resi 48 and name C3' ) (resi 48 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 49 and name O4' ) (resi 49 and name C1' ) (resi 49 and name C2' ) (resi 49 and name C3' ) 1.0 25.0 15.0 2 assign (resi 49 and name C1' ) (resi 49 and name C2' ) (resi 49 and name C3' ) (resi 49 and name C4' ) 1.0 -35.0 15.0 2 {'South'} assign (resi 51 and name O4' ) (resi 51 and name C1' ) (resi 51 and name C2' ) (resi 51 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 51 and name C1' ) (resi 51 and name C2' ) (resi 51 and name C3' ) (resi 51 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 52 and name O4' ) (resi 52 and name C1' ) (resi 52 and name C2' ) (resi 52 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 52 and name C1' ) (resi 52 and name C2' ) (resi 52 and name C3' ) (resi 52 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 53 and name O4' ) (resi 53 and name C1' ) (resi 53 and name C2' ) (resi 53 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 53 and name C1' ) (resi 53 and name C2' ) (resi 53 and name C3' ) (resi 53 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 54 and name O4' ) (resi 54 and name C1' ) (resi 54 and name C2' ) (resi 54 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 54 and name C1' ) (resi 54 and name C2' ) (resi 54 and name C3' ) (resi 54 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 55 and name O4' ) (resi 55 and name C1' ) (resi 55 and name C2' ) (resi 55 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 55 and name C1' ) (resi 55 and name C2' ) (resi 55 and name C3' ) (resi 55 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 56 and name O4' ) (resi 56 and name C1' ) (resi 56 and name C2' ) (resi 56 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 56 and name C1' ) (resi 56 and name C2' ) (resi 56 and name C3' ) (resi 56 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 57 and name O4' ) (resi 57 and name C1' ) (resi 57 and name C2' ) (resi 57 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 57 and name C1' ) (resi 57 and name C2' ) (resi 57 and name C3' ) (resi 57 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 58 and name O4' ) (resi 58 and name C1' ) (resi 58 and name C2' ) (resi 58 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 58 and name C1' ) (resi 58 and name C2' ) (resi 58 and name C3' ) (resi 58 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 59 and name O4' ) (resi 59 and name C1' ) (resi 59 and name C2' ) (resi 59 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 59 and name C1' ) (resi 59 and name C2' ) (resi 59 and name C3' ) (resi 59 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 60 and name O4' ) (resi 60 and name C1' ) (resi 60 and name C2' ) (resi 60 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 60 and name C1' ) (resi 60 and name C2' ) (resi 60 and name C3' ) (resi 60 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 61 and name O4' ) (resi 61 and name C1' ) (resi 61 and name C2' ) (resi 61 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 61 and name C1' ) (resi 61 and name C2' ) (resi 61 and name C3' ) (resi 61 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 62 and name O4' ) (resi 62 and name C1' ) (resi 62 and name C2' ) (resi 62 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 62 and name C1' ) (resi 62 and name C2' ) (resi 62 and name C3' ) (resi 62 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 63 and name O4' ) (resi 63 and name C1' ) (resi 63 and name C2' ) (resi 63 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 63 and name C1' ) (resi 63 and name C2' ) (resi 63 and name C3' ) (resi 63 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 64 and name O4' ) (resi 64 and name C1' ) (resi 64 and name C2' ) (resi 64 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 64 and name C1' ) (resi 64 and name C2' ) (resi 64 and name C3' ) (resi 64 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 65 and name O4' ) (resi 65 and name C1' ) (resi 65 and name C2' ) (resi 65 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 65 and name C1' ) (resi 65 and name C2' ) (resi 65 and name C3' ) (resi 65 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 66 and name O4' ) (resi 66 and name C1' ) (resi 66 and name C2' ) (resi 66 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 66 and name C1' ) (resi 66 and name C2' ) (resi 66 and name C3' ) (resi 66 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 67 and name O4' ) (resi 67 and name C1' ) (resi 67 and name C2' ) (resi 67 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 67 and name C1' ) (resi 67 and name C2' ) (resi 67 and name C3' ) (resi 67 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 68 and name O4' ) (resi 68 and name C1' ) (resi 68 and name C2' ) (resi 68 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 68 and name C1' ) (resi 68 and name C2' ) (resi 68 and name C3' ) (resi 68 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 69 and name O4' ) (resi 69 and name C1' ) (resi 69 and name C2' ) (resi 69 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 69 and name C1' ) (resi 69 and name C2' ) (resi 69 and name C3' ) (resi 69 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 70 and name O4' ) (resi 70 and name C1' ) (resi 70 and name C2' ) (resi 70 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 70 and name C1' ) (resi 70 and name C2' ) (resi 70 and name C3' ) (resi 70 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 71 and name O4' ) (resi 71 and name C1' ) (resi 71 and name C2' ) (resi 71 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 71 and name C1' ) (resi 71 and name C2' ) (resi 71 and name C3' ) (resi 71 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 72 and name O4' ) (resi 72 and name C1' ) (resi 72 and name C2' ) (resi 72 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 72 and name C1' ) (resi 72 and name C2' ) (resi 72 and name C3' ) (resi 72 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 73 and name O4' ) (resi 73 and name C1' ) (resi 73 and name C2' ) (resi 73 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 73 and name C1' ) (resi 73 and name C2' ) (resi 73 and name C3' ) (resi 73 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 74 and name O4' ) (resi 74 and name C1' ) (resi 74 and name C2' ) (resi 74 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 74 and name C1' ) (resi 74 and name C2' ) (resi 74 and name C3' ) (resi 74 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 75 and name O4' ) (resi 75 and name C1' ) (resi 75 and name C2' ) (resi 75 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 75 and name C1' ) (resi 75 and name C2' ) (resi 75 and name C3' ) (resi 75 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 76 and name O4' ) (resi 76 and name C1' ) (resi 76 and name C2' ) (resi 76 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 76 and name C1' ) (resi 76 and name C2' ) (resi 76 and name C3' ) (resi 76 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 77 and name O4' ) (resi 77 and name C1' ) (resi 77 and name C2' ) (resi 77 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 77 and name C1' ) (resi 77 and name C2' ) (resi 77 and name C3' ) (resi 77 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 78 and name O4' ) (resi 78 and name C1' ) (resi 78 and name C2' ) (resi 78 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 78 and name C1' ) (resi 78 and name C2' ) (resi 78 and name C3' ) (resi 78 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 79 and name O4' ) (resi 79 and name C1' ) (resi 79 and name C2' ) (resi 79 and name C3' ) 1.0 -25.0 20.0 2 assign (resi 79 and name C1' ) (resi 79 and name C2' ) (resi 79 and name C3' ) (resi 79 and name C4' ) 1.0 37.0 20.0 2 {'North'} assign (resi 80 and name O4' ) (resi 80 and name C1' ) (resi 80 and name C2' ) (resi 80 and name C3' ) 1.0 25.0 10.0 2 assign (resi 80 and name C1' ) (resi 80 and name C2' ) (resi 80 and name C3' ) (resi 80 and name C4' ) 1.0 -35.0 10.0 2 {'South'} assign (resi 81 and name O4' ) (resi 81 and name C1' ) (resi 81 and name C2' ) (resi 81 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 81 and name C1' ) (resi 81 and name C2' ) (resi 81 and name C3' ) (resi 81 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 82 and name O4' ) (resi 82 and name C1' ) (resi 82 and name C2' ) (resi 82 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 82 and name C1' ) (resi 82 and name C2' ) (resi 82 and name C3' ) (resi 82 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 83 and name O4' ) (resi 83 and name C1' ) (resi 83 and name C2' ) (resi 83 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 83 and name C1' ) (resi 83 and name C2' ) (resi 83 and name C3' ) (resi 83 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 84 and name O4' ) (resi 84 and name C1' ) (resi 84 and name C2' ) (resi 84 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 84 and name C1' ) (resi 84 and name C2' ) (resi 84 and name C3' ) (resi 84 and name C4' ) 1.0 37.0 15.0 2 {'North'} assign (resi 85 and name O4' ) (resi 85 and name C1' ) (resi 85 and name C2' ) (resi 85 and name C3' ) 1.0 -25.0 15.0 2 assign (resi 85 and name C1' ) (resi 85 and name C2' ) (resi 85 and name C3' ) (resi 85 and name C4' ) 1.0 37.0 15.0 2 {'North'} !RDC_restraints assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 2 and name N1 ) ( resid 2 and name H1 ) 15.1 2.2000 2.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 5 and name N3 ) ( resid 5 and name H3 ) 39.4 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 9 and name N1 ) ( resid 9 and name H1 ) 50.4 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 17 and name N1 ) ( resid 17 and name H1 ) 8.1 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 18 and name N1 ) ( resid 18 and name H1 ) 45.1 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 20 and name N1 ) ( resid 20 and name H1 ) 35.2 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 28 and name N1 ) ( resid 28 and name H1 ) 26.2 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 29 and name N3 ) ( resid 29 and name H3 ) 24.4 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 33 and name N3 ) ( resid 33 and name H3 ) 13.5 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 36 and name N3 ) ( resid 36 and name H3 ) 51.8 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 39 and name N1 ) ( resid 39 and name H1 ) 40.2 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 43 and name N3 ) ( resid 43 and name H3 ) 4.96 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 45 and name N1 ) ( resid 45 and name H1 ) 15.1 2.2000 2.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 48 and name N3 ) ( resid 48 and name H3 ) 39.4 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 52 and name N1 ) ( resid 52 and name H1 ) 50.4 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 60 and name N1 ) ( resid 60 and name H1 ) 8.1 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 61 and name N1 ) ( resid 61 and name H1 ) 45.1 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 63 and name N1 ) ( resid 63 and name H1 ) 35.2 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 71 and name N1 ) ( resid 71 and name H1 ) 26.2 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 72 and name N3 ) ( resid 72 and name H3 ) 24.4 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 76 and name N3 ) ( resid 76 and name H3 ) 13.5 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 79 and name N3 ) ( resid 79 and name H3 ) 51.8 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 82 and name N1 ) ( resid 82 and name H1 ) 40.2 1.2000 1.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 86 and name N3 ) ( resid 86 and name H3 ) 4.96 1.2000 1.2000 } 0.000000 0.253900 1.00 0.023571 0.228560 10.00 0.047143 0.169850 10.00 0.070714 0.105500 10.00 0.094286 0.059052 10.00 0.117860 0.032486 10.00 0.141430 0.018726 10.00 0.165000 0.011820 10.00 0.188570 0.008319 10.00 0.212140 0.0060478 10.00 0.235710 0.0042914 10.00 0.259290 0.0029497 10.00 0.282860 0.0019576 10.00 0.306430 0.0013189 10.00 0.330000 0.0010263 10.00 xplor.requireVersion("2.18") numberOfStructures=100 startStructure=0 #!ensembleSize=2 # number of ensemble members outFilename = "SCRIPT_%d_STRUCTURE_MEMBER.pdb" % numberOfStructures import protocol protocol.initRandomSeed() # # read in the PSF and initial PDB files # protocol.initParams("nucleic") import psfGen #psfGen.pdbToPSF("tectoRNA.pdb") psfGen.pdbToPSF("tectoRNA.pdb") h2pAtoms = AtomSel("name H2'") h2ppAtoms = AtomSel("name H2''") for atom in h2pAtoms: atom.setAtomName("H2''") for atom in h2ppAtoms: atom.setAtomName("H2'") # list of potential terms used in refinement from potList import PotList potList = PotList() crossTerms=PotList('cross terms') # parameters to ramp up during the simulated annealing protocol # from simulationTools import MultRamp, StaticRamp, InitialParams rampedParams=[] ## from varTensorTools import create_VarTensor, calcTensor media={} for medium in ['phg1']: media[medium] = create_VarTensor(medium) pass ## # # starting coords # #protocol.initCoords("tectoRNA.pdb") protocol.initCoords("tectoRNA.pdb") protocol.covalentMinimize("not resname ANI") from xplorPot import XplorPot #planarity restraints xplor.command("@plane.inp") potList.append(XplorPot("plan")) ## ##symmetry restraints for the two strands xplor.command(r""" ncs restraints initialize group equi ((resid 1:43) ) equi ((resid 44:86) ) weight 1. end ? {* print the NCS relations when starting *} end """) #crossTerms.append( XplorPot("NCS") ) potList.append( XplorPot("NCS") ) rampedParams.append( StaticRamp("potList['NCS'].setScale(50)") ) #rampedParams.append( MultRamp(2,50.,"potList['NCS'].setScale( VALUE )") ) #initialize the aa-aa positional database xplor.command("@rna_orient.setup") potList.append(XplorPot("orie")) rampedParams.append( StaticRamp("potList['ORIE'].setScale(0.2)") ) #NOE potentials from noePotTools import create_NOEPot noePots = PotList("noe") noe = create_NOEPot("noeAll","noe_all-xplor.tbl") noe.setPotType("hard") noePots.append(noe) # need to be satisfied by all structures noeHB = create_NOEPot("noeNH","hb.tbl") noeHB.setPotType("hard") noeHB.setScale(200) noePots.append(noeHB) potList.append(noePots) rampedParams.append( MultRamp(2,30.,"noePots.setScale( VALUE )") ) protocol.initDihedrals("dih.tbl",scale=200) potList.append(XplorPot("cdih")) protocol.initRamaDatabase('nucleic') potList.append(XplorPot("rama") ) rampedParams.append( MultRamp(0.2,0.2,"xplor.command('rama scale VALUE end')")) # radius of gyration term # protocol.initCollapse("resid 1:86", Rtarget=23.2) potList.append( XplorPot('COLL') ) import solnXRayPotTools solnXRayPotTools.solventVolume = solnXRayPotTools.solventVolumeSets['xiaobing'] from solnXRayPotTools import create_solnXRayPot xray30 = create_solnXRayPot('xray30',"not hydro","tectoRNA_15b.dat", radiusScale=0.97) xray30.setNormalizeIndex(0) xray = xray30 solnXRayPotTools.useGlobs(xray) xray.setNumAngles(100) potList.append(xray) #corrects I(q) to the true Debye result rampedParams.append( StaticRamp("xray.calcGlobCorrect('n2')") ) rampedParams.append( StaticRamp("xray.setScale(500)") ) #rampedParams.append( MultRamp(400,500.,"xray.setScale( VALUE )") ) from rdcPotTools import Da_prefactor, create_RDCPot #, scale_toCH rdcPots = PotList('rdcs') # weight is the relative weighting of expts, as determined by expt. error for (name,medium,weight,files) in [ ('JNH2','phg1',1 ,'rdc.tbl'), ]: term = create_RDCPot(name,oTensor=media[medium]) term.setShowAllRestraints(1) if type(files)==type('string'): files=(files,) pass for file in files: term.addRestraints( open(file).read() ) pass term.setScale( weight ) #term.setAveType("average") term.setAveType("sum") print name # scale_toCH(term) #also sets useDistance print term.info() print term.gyroA() rdcPots.append(term) pass potList.append(rdcPots) rampedParams.append( MultRamp(0.01,1,"rdcPots.setScale( VALUE )") ) from rdcPotTools import Da_prefactor print "factor:", Da_prefactor['CH'] / Da_prefactor["NH"] for medium in media.values(): calcTensor(medium) print "medium: ", medium.instanceName(), \ "Da: ",medium.Da(), "Rh: ",medium.Rh() pass ##let's try fixing Da, Rh: #for (medium,Da,Rh) in (('bic1',-16,.26), # ('bic2',-26.6,0.09), for (medium, Da, Rh) in (('phg1',35.04,0.6),): # ('phg2',-16.5,0.06), # ('phg3',-20.0,0.06)): medium = media[medium] medium.setDa(Da) medium.setRh(Rh) pass protocol.initNBond(cutnb=4.5) potList.append( XplorPot("VDW") ) rampedParams.append( MultRamp(0.9,0.78, "xplor.command('param nbonds repel VALUE end end')") ) rampedParams.append( MultRamp(.004,4, "xplor.command('param nbonds rcon VALUE end end')") ) for name in ("bond","angl","impr"): potList.append( XplorPot(name) ) pass rampedParams.append( MultRamp(0.4,1.0,"potList['ANGL'].setScale(VALUE)")) rampedParams.append( MultRamp(0.1,1.0,"potList['IMPR'].setScale(VALUE)")) from ivm import IVM #for most of calculation: fix Da and rhombicity for medium in ('phg1',): media[medium].setFreedom("fixDa, fixRh") dyn = IVM() protocol.initDynamics(dyn,potList=potList) protocol.torsionTopology(dyn,oTensors=media.values()) # # # Give atoms uniform weights, except for the anisotropy axis from atomAction import SetProperty AtomSel("not resname ANI").apply( SetProperty("mass",100.) ) import varTensorTools varTensorTools.massSetup(media.values(),300) AtomSel("all ").apply( SetProperty("fric",10.) ) ## ## minc used for final cartesian minimization ## #allow Da and Rh to vary during final minimization for medium in ('phg1',): media[medium].setFreedom("fixDa, fixRh") from selectTools import IVM_groupRigidSidechain minc = IVM() protocol.initMinimize(minc,potList=potList) IVM_groupRigidSidechain(minc) protocol.cartesianTopology(minc,"not resname ANI",media.values()) varTensorTools.topologySetup(minc,media.values()) init_t = 3000 annealTime=0.2 #time to integrate at a given annealing temp. annealSteps=0 #max num steps to be taken during a single annealing temp. from simulationTools import AnnealIVM anneal= AnnealIVM(initTemp =init_t, finalTemp=25, tempStep =25, #!ivm=DynMin(dyn), ivm=dyn, rampedParams = rampedParams) from simulationTools import testGradient #testGradient(potList,eachTerm=1) from pdbTool import PDBTool def calcOneStructure(loopInfo): # initialize parameters for high temp dynamics. InitialParams( rampedParams ) # high temperature bit - using only P-P nonbonded terms protocol.initNBond(repel=1.2, cutnb=100, tolerance=45, selStr="name P") protocol.initDynamics(dyn, initVelocities=1, bathTemp=init_t, potList=potList, numSteps=5000, finalTime=10) dyn.run() protocol.initNBond() #reset to include all atoms # initialize integrator for simulated annealing # protocol.initDynamics(dyn, potList=potList, numSteps=100, #at each temp: 100 steps or finalTime=.2 , # .2ps, whichever is less printInterval=100) # perform simulated annealing # anneal.run() # # torsion angle minimization # protocol.initMinimize(dyn) dyn.run() ## ##all atom minimization ## minc.run() # # perform analysis and write structure loopInfo.writeStructure(potList,crossTerms) pass from simulationTools import StructureLoop, FinalParams StructureLoop(numStructures=numberOfStructures, startStructure=startStructure, structLoopAction=calcOneStructure, pdbTemplate=outFilename, genViolationStats=1, averageTopFraction=0.5, averagePotList=potList, averageCrossTerms=crossTerms, averageContext=FinalParams(rampedParams), averageFilename="ave.pdb", averageFitSel="not hydro and not resname ANI", averageCompSel="not hydro and not resname ANI" ).run() Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H5' G 1 H5' G 1 7.926 -38.895 8.970 2 H5'' G 1 H5'' G 1 7.933 -37.395 8.024 3 H4' G 1 H4' G 1 7.505 -39.216 6.514 4 H3' G 1 H3' G 1 5.285 -37.303 7.049 5 H2' G 1 H2' G 1 3.597 -38.623 6.154 6 HO2' G 1 H2'' G 1 5.265 -40.522 4.952 7 H1' G 1 H1' G 1 4.431 -41.123 6.836 8 H8 G 1 H8 G 1 5.304 -39.149 9.861 9 H1 G 1 H1 G 1 -1.019 -40.083 9.314 10 H21 G 1 H21 G 1 -1.506 -40.847 7.284 11 H22 G 1 H22 G 1 -0.276 -41.124 6.071 12 HO5' G 1 H5T G 1 6.343 -36.711 9.177 13 H5' G 2 H5' G 2 4.281 -38.488 3.623 14 H5'' G 2 H5'' G 2 4.151 -37.265 2.345 15 H4' G 2 H4' G 2 2.050 -38.476 2.545 16 H3' G 2 H3' G 2 2.036 -35.591 3.422 17 H2' G 2 H2' G 2 -0.121 -35.752 4.224 18 HO2' G 2 H2'' G 2 -1.648 -36.711 3.083 19 H1' G 2 H1' G 2 -0.203 -38.561 4.686 20 H8 G 2 H8 G 2 2.454 -36.737 6.713 21 H1 G 2 H1 G 2 -3.412 -36.653 9.314 22 H21 G 2 H21 G 2 -4.897 -37.406 7.848 23 H22 G 2 H22 G 2 -4.458 -37.927 6.243 24 H5' G 3 H5' G 3 -0.972 -37.104 0.629 25 H5'' G 3 H5'' G 3 -1.421 -36.017 -0.702 26 H4' G 3 H4' G 3 -3.401 -37.085 0.277 27 H3' G 3 H3' G 3 -3.081 -34.109 0.537 28 H2' G 3 H2' G 3 -4.890 -33.897 1.981 29 HO2' G 3 H2'' G 3 -6.654 -35.124 1.835 30 H1' G 3 H1' G 3 -4.713 -36.300 3.346 31 H8 G 3 H8 G 3 -1.438 -34.317 2.801 32 H1 G 3 H1 G 3 -4.576 -33.010 8.242 33 H21 G 3 H21 G 3 -6.550 -34.020 8.250 34 H22 G 3 H22 G 3 -7.093 -35.024 6.917 35 H5' A 4 H5' A 4 -7.055 -34.442 -1.263 36 H5'' A 4 H5'' A 4 -7.190 -33.355 -2.661 37 H4' A 4 H4' A 4 -8.941 -32.858 -1.042 38 H3' A 4 H3' A 4 -6.780 -30.782 -1.391 39 H2' A 4 H2' A 4 -7.644 -29.468 0.326 40 HO2' A 4 H2'' A 4 -9.995 -30.522 0.966 41 H1' A 4 H1' A 4 -8.654 -31.487 1.962 42 H8 A 4 H8 A 4 -5.070 -31.932 0.609 43 H61 A 4 H61 A 4 -3.257 -29.226 5.868 44 H62 A 4 H62 A 4 -2.738 -30.044 4.413 45 H2 A 4 H2 A 4 -7.734 -29.025 5.676 46 H5' U 5 H5' U 5 -9.724 -28.459 -0.781 47 H5'' U 5 H5'' U 5 -9.913 -27.200 -2.019 48 H4' U 5 H4' U 5 -9.547 -26.121 0.103 49 H3' U 5 H3' U 5 -7.195 -26.016 -1.786 50 H2' U 5 H2' U 5 -5.869 -25.008 -0.186 51 HO2' U 5 H2'' U 5 -8.284 -24.081 1.037 52 H1' U 5 H1' U 5 -7.265 -25.945 2.132 53 H3 U 5 H3 U 5 -3.119 -27.254 3.302 54 H5 U 5 H5 U 5 -3.857 -29.415 -0.242 55 H6 U 5 H6 U 5 -5.944 -28.199 -0.471 56 H5' A 6 H5' A 6 -10.121 -23.178 -1.049 57 H5'' A 6 H5'' A 6 -10.993 -22.013 -2.066 58 H4' A 6 H4' A 6 -10.569 -21.280 0.321 59 H3' A 6 H3' A 6 -10.336 -19.703 -2.051 60 H2' A 6 H2' A 6 -8.090 -19.147 -1.852 61 HO2' A 6 H2'' A 6 -7.777 -17.425 -0.303 62 H1' A 6 H1' A 6 -8.071 -19.553 1.126 63 H8 A 6 H8 A 6 -6.350 -21.183 -1.997 64 H61 A 6 H61 A 6 -1.074 -19.778 0.918 65 H62 A 6 H62 A 6 -1.781 -20.525 -0.494 66 H2 A 6 H2 A 6 -4.482 -18.288 3.420 67 H5' U 7 H5' U 7 -12.041 -16.695 1.978 68 H5'' U 7 H5'' U 7 -11.370 -15.090 1.628 69 H4' U 7 H4' U 7 -10.699 -15.566 3.842 70 H3' U 7 H3' U 7 -8.620 -15.540 1.839 71 H2' U 7 H2' U 7 -7.750 -17.627 2.306 72 HO2' U 7 H2'' U 7 -6.700 -17.518 4.587 73 H1' U 7 H1' U 7 -8.903 -17.645 5.087 74 H3 U 7 H3 U 7 -10.562 -22.123 3.989 75 H5 U 7 H5 U 7 -6.437 -21.652 3.270 76 H6 U 7 H6 U 7 -6.733 -19.256 3.517 77 H5' G 8 H5' G 8 -5.036 -16.172 4.192 78 H5'' G 8 H5'' G 8 -4.980 -14.466 4.690 79 H4' G 8 H4' G 8 -2.832 -14.834 3.863 80 H3' G 8 H3' G 8 -4.601 -13.580 1.797 81 H2' G 8 H2' G 8 -3.141 -13.947 0.062 82 HO2' G 8 H2'' G 8 -1.306 -12.980 0.617 83 H1' G 8 H1' G 8 -1.739 -16.176 1.032 84 H8 G 8 H8 G 8 -5.424 -16.874 1.065 85 H1 G 8 H1 G 8 -2.841 -17.433 -4.782 86 H21 G 8 H21 G 8 -0.782 -16.617 -4.790 87 H22 G 8 H22 G 8 -0.042 -15.930 -3.372 88 H5' G 9 H5' G 9 -3.209 -10.142 -0.490 89 H5'' G 9 H5'' G 9 -3.569 -11.858 -0.758 90 H4' G 9 H4' G 9 -0.786 -10.819 -1.229 91 H3' G 9 H3' G 9 -3.185 -10.313 -2.971 92 H2' G 9 H2' G 9 -2.107 -11.065 -4.888 93 HO2' G 9 H2'' G 9 -0.051 -10.645 -5.248 94 H1' G 9 H1' G 9 -0.482 -13.019 -3.776 95 H8 G 9 H8 G 9 -3.546 -14.113 -2.236 96 H1 G 9 H1 G 9 -3.971 -14.659 -8.615 97 H21 G 9 H21 G 9 -2.360 -13.483 -9.591 98 H22 G 9 H22 G 9 -1.185 -12.564 -8.676 99 H5' A 10 H5' A 10 -0.347 -8.046 -4.954 100 H5'' A 10 H5'' A 10 -0.856 -6.364 -5.205 101 H4' A 10 H4' A 10 -0.339 -7.378 -7.347 102 H3' A 10 H3' A 10 -3.278 -6.879 -6.836 103 H2' A 10 H2' A 10 -3.832 -7.846 -8.871 104 HO2' A 10 H2'' A 10 -1.357 -7.991 -10.063 105 H1' A 10 H1' A 10 -1.640 -9.632 -9.063 106 H8 A 10 H8 A 10 -3.762 -9.825 -5.868 107 H61 A 10 H61 A 10 -7.064 -14.118 -8.875 108 H62 A 10 H62 A 10 -6.790 -13.317 -7.339 109 H2 A 10 H2 A 10 -4.180 -12.288 -11.783 110 H5' A 11 H5' A 11 -2.555 -5.634 -10.677 111 H5'' A 11 H5'' A 11 -3.158 -3.990 -10.976 112 H4' A 11 H4' A 11 -4.045 -5.457 -12.672 113 H3' A 11 H3' A 11 -6.078 -4.574 -10.608 114 H2' A 11 H2' A 11 -7.708 -5.843 -11.647 115 HO2' A 11 H2'' A 11 -7.832 -5.512 -13.729 116 H1' A 11 H1' A 11 -6.061 -7.889 -12.636 117 H8 A 11 H8 A 11 -5.894 -6.960 -8.885 118 H61 A 11 H61 A 11 -10.033 -11.504 -8.119 119 H62 A 11 H62 A 11 -9.000 -10.346 -7.319 120 H2 A 11 H2 A 11 -9.406 -10.916 -12.522 121 H5' G 12 H5' G 12 -7.403 -3.279 -14.974 122 H5'' G 12 H5'' G 12 -8.274 -1.752 -14.721 123 H4' G 12 H4' G 12 -9.531 -3.374 -16.127 124 H3' G 12 H3' G 12 -10.703 -2.476 -13.497 125 H2' G 12 H2' G 12 -12.513 -3.946 -13.716 126 HO2' G 12 H2'' G 12 -13.405 -4.339 -15.603 127 H1' G 12 H1' G 12 -11.233 -6.057 -14.924 128 H8 G 12 H8 G 12 -9.379 -4.298 -12.035 129 H1 G 12 H1 G 12 -13.150 -9.189 -10.295 130 H21 G 12 H21 G 12 -14.343 -9.889 -12.032 131 H22 G 12 H22 G 12 -14.205 -9.158 -13.616 132 H5' A 13 H5' A 13 -13.856 -2.444 -16.119 133 H5'' A 13 H5'' A 13 -14.832 -0.962 -16.027 134 H4' A 13 H4' A 13 -16.254 -2.880 -15.628 135 H3' A 13 H3' A 13 -15.683 -1.188 -13.183 136 H2' A 13 H2' A 13 -16.954 -2.615 -11.882 137 HO2' A 13 H2'' A 13 -18.755 -3.521 -12.568 138 H1' A 13 H1' A 13 -16.474 -4.991 -13.289 139 H8 A 13 H8 A 13 -13.508 -2.820 -12.088 140 H61 A 13 H61 A 13 -13.482 -6.568 -7.160 141 H62 A 13 H62 A 13 -12.653 -5.267 -7.983 142 H2 A 13 H2 A 13 -17.069 -7.573 -9.651 143 H5' A 14 H5' A 14 -20.344 -1.399 -13.876 144 H5'' A 14 H5'' A 14 -20.848 0.278 -13.582 145 H4' A 14 H4' A 14 -22.296 -1.253 -12.364 146 H3' A 14 H3' A 14 -20.441 0.452 -10.701 147 H2' A 14 H2' A 14 -21.139 -0.593 -8.729 148 HO2' A 14 H2'' A 14 -23.041 -2.040 -8.806 149 H1' A 14 H1' A 14 -21.347 -3.163 -9.655 150 H8 A 14 H8 A 14 -18.404 -1.023 -10.972 151 H61 A 14 H61 A 14 -15.133 -3.676 -6.430 152 H62 A 14 H62 A 14 -15.071 -2.627 -7.833 153 H2 A 14 H2 A 14 -19.415 -4.925 -5.976 154 H5' C 15 H5' C 15 -24.020 0.592 -8.502 155 H5'' C 15 H5'' C 15 -24.217 2.221 -7.825 156 H4' C 15 H4' C 15 -24.011 0.453 -6.083 157 H3' C 15 H3' C 15 -21.872 2.595 -6.218 158 H2' C 15 H2' C 15 -20.742 1.589 -4.458 159 HO2' C 15 H2'' C 15 -21.953 0.032 -3.072 160 H1' C 15 H1' C 15 -21.659 -1.068 -4.897 161 H41 C 15 H41 C 15 -15.456 -1.350 -6.283 162 H42 C 15 H42 C 15 -15.663 -0.261 -7.630 163 H5 C 15 H5 C 15 -17.772 0.770 -8.173 164 H6 C 15 H6 C 15 -20.130 0.981 -7.538 165 H5' C 16 H5' C 16 -23.028 2.111 -2.352 166 H5'' C 16 H5'' C 16 -22.806 3.527 -1.306 167 H4' C 16 H4' C 16 -21.362 1.544 -0.726 168 H3' C 16 H3' C 16 -20.117 4.221 -1.368 169 H2' C 16 H2' C 16 -17.994 3.320 -1.284 170 HO2' C 16 H2'' C 16 -18.494 0.980 0.084 171 H1' C 16 H1' C 16 -18.721 0.581 -1.751 172 H41 C 16 H41 C 16 -14.884 1.821 -6.642 173 H42 C 16 H42 C 16 -15.973 3.052 -7.247 174 H5 C 16 H5 C 16 -17.983 3.720 -6.099 175 H6 C 16 H6 C 16 -19.384 3.354 -4.119 176 H5' G 17 H5' G 17 -19.080 1.867 2.515 177 H5'' G 17 H5'' G 17 -19.048 3.064 3.825 178 H4' G 17 H4' G 17 -17.314 1.417 4.210 179 H3' G 17 H3' G 17 -16.353 4.156 3.391 180 H2' G 17 H2' G 17 -14.151 3.451 3.308 181 HO2' G 17 H2'' G 17 -13.470 1.532 4.462 182 H1' G 17 H1' G 17 -14.588 0.742 2.666 183 H8 G 17 H8 G 17 -16.394 2.922 0.210 184 H1 G 17 H1 G 17 -10.096 2.548 -0.947 185 H21 G 17 H21 G 17 -9.058 1.606 0.768 186 H22 G 17 H22 G 17 -9.908 1.064 2.197 187 H5' G 18 H5' G 18 -13.944 2.554 6.272 188 H5'' G 18 H5'' G 18 -13.769 3.574 7.715 189 H4' G 18 H4' G 18 -11.588 2.765 7.009 190 H3' G 18 H3' G 18 -12.102 5.712 6.619 191 H2' G 18 H2' G 18 -10.082 6.002 5.542 192 HO2' G 18 H2'' G 18 -8.313 5.139 6.326 193 H1' G 18 H1' G 18 -9.743 3.356 4.555 194 H8 G 18 H8 G 18 -12.903 5.348 3.614 195 H1 G 18 H1 G 18 -7.998 5.963 -0.476 196 H21 G 18 H21 G 18 -6.190 4.981 0.351 197 H22 G 18 H22 G 18 -6.185 4.176 1.903 198 H5' G 19 H5' G 19 -8.369 4.409 8.574 199 H5'' G 19 H5'' G 19 -7.766 5.521 9.819 200 H4' G 19 H4' G 19 -6.031 4.799 8.159 201 H3' G 19 H3' G 19 -6.708 7.699 8.567 202 H2' G 19 H2' G 19 -5.402 8.388 6.779 203 HO2' G 19 H2'' G 19 -4.007 5.894 6.873 204 H1' G 19 H1' G 19 -5.581 6.111 5.150 205 H8 G 19 H8 G 19 -8.844 7.663 6.519 206 H1 G 19 H1 G 19 -6.951 9.868 0.797 207 H21 G 19 H21 G 19 -4.944 9.065 0.300 208 H22 G 19 H22 G 19 -4.070 7.992 1.366 209 H5' G 20 H5' G 20 -3.256 10.468 10.734 210 H5'' G 20 H5'' G 20 -4.889 10.569 10.051 211 H4' G 20 H4' G 20 -2.236 11.158 8.747 212 H3' G 20 H3' G 20 -4.761 12.691 9.278 213 H2' G 20 H2' G 20 -4.781 13.691 7.175 214 HO2' G 20 H2'' G 20 -2.680 14.488 7.153 215 H1' G 20 H1' G 20 -3.734 11.649 5.642 216 H8 G 20 H8 G 20 -6.266 10.461 8.267 217 H1 G 20 H1 G 20 -8.881 12.275 2.699 218 H21 G 20 H21 G 20 -7.350 13.198 1.394 219 H22 G 20 H22 G 20 -5.682 13.374 1.887 220 H5' A 21 H5' A 21 -4.368 16.344 12.084 221 H5'' A 21 H5'' A 21 -5.732 15.497 11.326 222 H4' A 21 H4' A 21 -6.134 17.867 11.172 223 H3' A 21 H3' A 21 -5.529 16.415 8.642 224 H2' A 21 H2' A 21 -5.106 18.309 7.365 225 HO2' A 21 H2'' A 21 -7.116 19.299 8.848 226 H1' A 21 H1' A 21 -4.019 20.009 9.220 227 H8 A 21 H8 A 21 -2.698 16.474 9.683 228 H61 A 21 H61 A 21 1.610 17.913 5.475 229 H62 A 21 H62 A 21 1.080 16.726 6.644 230 H2 A 21 H2 A 21 -1.381 21.247 5.602 231 H5' A 22 H5' A 22 -8.690 17.267 4.903 232 H5'' A 22 H5'' A 22 -7.194 16.493 5.468 233 H4' A 22 H4' A 22 -7.487 19.428 4.750 234 H3' A 22 H3' A 22 -6.592 17.060 3.136 235 H2' A 22 H2' A 22 -4.618 18.066 2.444 236 HO2' A 22 H2'' A 22 -6.027 20.082 1.974 237 H1' A 22 H1' A 22 -4.040 19.621 4.657 238 H8 A 22 H8 A 22 -4.909 16.382 6.196 239 H61 A 22 H61 A 22 0.659 14.286 4.480 240 H62 A 22 H62 A 22 -0.752 13.990 5.471 241 H2 A 22 H2 A 22 -0.105 18.142 2.318 242 H5' A 23 H5' A 23 -6.378 19.810 -0.198 243 H5'' A 23 H5'' A 23 -7.146 18.926 -1.533 244 H4' A 23 H4' A 23 -4.734 19.423 -1.929 245 H3' A 23 H3' A 23 -5.765 16.603 -1.885 246 H2' A 23 H2' A 23 -3.638 15.660 -1.953 247 HO2' A 23 H2'' A 23 -2.170 17.952 -2.479 248 H1' A 23 H1' A 23 -2.228 17.523 -0.488 249 H8 A 23 H8 A 23 -5.707 16.380 0.788 250 H61 A 23 H61 A 23 -2.538 12.302 4.209 251 H62 A 23 H62 A 23 -4.125 12.956 3.854 252 H2 A 23 H2 A 23 0.365 14.457 1.566 253 H5' C 24 H5' C 24 -3.472 16.010 -4.514 254 H5'' C 24 H5'' C 24 -3.998 15.222 -6.017 255 H4' C 24 H4' C 24 -2.441 13.832 -4.641 256 H3' C 24 H3' C 24 -5.222 12.837 -5.262 257 H2' C 24 H2' C 24 -4.925 10.948 -3.937 258 HO2' C 24 H2'' C 24 -2.798 10.239 -3.318 259 H1' C 24 H1' C 24 -3.260 12.030 -1.991 260 H41 C 24 H41 C 24 -8.964 11.783 0.809 261 H42 C 24 H42 C 24 -9.540 13.108 -0.180 262 H5 C 24 H5 C 24 -8.230 14.111 -1.934 263 H6 C 24 H6 C 24 -6.085 14.065 -3.119 264 H5' U 25 H5' U 25 -2.286 9.933 -5.580 265 H5'' U 25 H5'' U 25 -2.462 8.731 -6.875 266 H4' U 25 H4' U 25 -2.254 7.770 -4.554 267 H3' U 25 H3' U 25 -4.671 7.173 -6.269 268 H2' U 25 H2' U 25 -5.648 5.967 -4.551 269 HO2' U 25 H2'' U 25 -4.505 4.615 -3.391 270 H1' U 25 H1' U 25 -4.468 7.320 -2.364 271 H3 U 25 H3 U 25 -8.894 7.805 -1.487 272 H5 U 25 H5 U 25 -8.261 10.161 -4.924 273 H6 U 25 H6 U 25 -5.993 9.304 -5.015 274 H5' U 26 H5' U 26 -2.542 3.785 -4.609 275 H5'' U 26 H5'' U 26 -2.529 2.279 -5.551 276 H4' U 26 H4' U 26 -3.255 1.903 -3.223 277 H3' U 26 H3' U 26 -5.288 1.445 -5.413 278 H2' U 26 H2' U 26 -6.919 0.925 -3.832 279 HO2' U 26 H2'' U 26 -5.409 0.748 -1.555 280 H1' U 26 H1' U 26 -5.988 2.558 -1.741 281 H3 U 26 H3 U 26 -10.137 4.266 -2.381 282 H5 U 26 H5 U 26 -8.129 5.129 -5.985 283 H6 U 26 H6 U 26 -6.233 3.861 -5.157 284 H5' G 27 H5' G 27 -5.021 -1.430 -2.650 285 H5'' G 27 H5'' G 27 -5.363 -3.136 -3.005 286 H4' G 27 H4' G 27 -6.820 -2.047 -1.225 287 H3' G 27 H3' G 27 -7.986 -3.457 -3.629 288 H2' G 27 H2' G 27 -10.116 -2.733 -3.125 289 HO2' G 27 H2'' G 27 -10.196 -1.967 -0.624 290 H1' G 27 H1' G 27 -9.419 -0.462 -1.536 291 H8 G 27 H8 G 27 -8.359 -0.215 -5.193 292 H1 G 27 H1 G 27 -14.400 1.571 -3.973 293 H21 G 27 H21 G 27 -14.971 0.962 -1.918 294 H22 G 27 H22 G 27 -13.868 0.128 -0.847 295 H5' G 28 H5' G 28 -9.370 -4.475 0.796 296 H5'' G 28 H5'' G 28 -9.514 -6.244 0.826 297 H4' G 28 H4' G 28 -11.281 -5.294 2.170 298 H3' G 28 H3' G 28 -12.087 -6.568 -0.423 299 H2' G 28 H2' G 28 -14.290 -5.822 -0.286 300 HO2' G 28 H2'' G 28 -13.818 -5.171 2.455 301 H1' G 28 H1' G 28 -13.903 -3.333 0.726 302 H8 G 28 H8 G 28 -11.083 -4.285 -1.657 303 H1 G 28 H1 G 28 -16.288 -1.935 -4.577 304 H21 G 28 H21 G 28 -17.946 -1.727 -3.122 305 H22 G 28 H22 G 28 -17.784 -2.163 -1.441 306 H5' U 29 H5' U 29 -15.208 -8.115 2.075 307 H5'' U 29 H5'' U 29 -15.279 -9.868 1.803 308 H4' U 29 H4' U 29 -17.434 -8.796 1.306 309 H3' U 29 H3' U 29 -15.928 -9.966 -1.049 310 H2' U 29 H2' U 29 -17.629 -9.263 -2.483 311 HO2' U 29 H2'' U 29 -19.702 -9.247 -1.920 312 H1' U 29 H1' U 29 -18.413 -6.957 -1.057 313 H3 U 29 H3 U 29 -17.099 -5.164 -5.021 314 H5 U 29 H5 U 29 -13.526 -6.586 -3.297 315 H6 U 29 H6 U 29 -14.852 -7.573 -1.521 316 H5' U 30 H5' U 30 -19.517 -12.120 -1.700 317 H5'' U 30 H5'' U 30 -19.048 -13.794 -2.060 318 H4' U 30 H4' U 30 -20.218 -12.778 -3.962 319 H3' U 30 H3' U 30 -17.274 -13.377 -4.365 320 H2' U 30 H2' U 30 -17.386 -12.511 -6.515 321 HO2' U 30 H2'' U 30 -20.007 -13.423 -6.358 322 H1' U 30 H1' U 30 -19.401 -10.597 -6.062 323 H3 U 30 H3 U 30 -16.006 -7.944 -7.444 324 H5 U 30 H5 U 30 -14.649 -9.477 -3.759 325 H6 U 30 H6 U 30 -16.621 -10.891 -3.695 326 H5' C 31 H5' C 31 -19.558 -14.817 -7.685 327 H5'' C 31 H5'' C 31 -18.815 -16.245 -8.434 328 H4' C 31 H4' C 31 -19.090 -14.280 -9.975 329 H3' C 31 H3' C 31 -16.299 -15.351 -9.438 330 H2' C 31 H2' C 31 -15.451 -13.732 -10.880 331 HO2' C 31 H2'' C 31 -17.962 -13.142 -12.026 332 H1' C 31 H1' C 31 -17.486 -11.787 -10.472 333 H41 C 31 H41 C 31 -12.356 -9.180 -7.765 334 H42 C 31 H42 C 31 -12.339 -10.416 -6.520 335 H5 C 31 H5 C 31 -13.868 -12.282 -6.493 336 H6 C 31 H6 C 31 -15.739 -13.364 -7.649 337 H5' U 32 H5' U 32 -16.917 -15.975 -13.449 338 H5'' U 32 H5'' U 32 -15.938 -17.197 -14.286 339 H4' U 32 H4' U 32 -15.238 -14.848 -14.765 340 H3' U 32 H3' U 32 -13.269 -16.731 -13.439 341 H2' U 32 H2' U 32 -11.720 -15.024 -13.289 342 HO2' U 32 H2'' U 32 -12.524 -13.104 -14.941 343 H1' U 32 H1' U 32 -13.583 -12.844 -13.401 344 H3 U 32 H3 U 32 -11.095 -11.494 -9.906 345 H5 U 32 H5 U 32 -12.837 -15.084 -8.542 346 H6 U 32 H6 U 32 -13.740 -15.415 -10.770 347 H5' U 33 H5' U 33 -11.405 -14.810 -17.228 348 H5'' U 33 H5'' U 33 -10.641 -16.191 -18.039 349 H4' U 33 H4' U 33 -9.085 -14.319 -17.938 350 H3' U 33 H3' U 33 -8.430 -16.722 -16.242 351 H2' U 33 H2' U 33 -6.659 -15.645 -15.216 352 HO2' U 33 H2'' U 33 -5.992 -13.527 -16.531 353 H1' U 33 H1' U 33 -7.535 -12.964 -15.493 354 H3 U 33 H3 U 33 -6.976 -13.199 -11.009 355 H5 U 33 H5 U 33 -10.121 -15.899 -11.774 356 H6 U 33 H6 U 33 -9.775 -15.528 -14.147 357 H5' C 34 H5' C 34 -4.112 -18.475 -16.758 358 H5'' C 34 H5'' C 34 -5.318 -17.952 -15.564 359 H4' C 34 H4' C 34 -2.864 -16.313 -16.265 360 H3' C 34 H3' C 34 -3.157 -18.554 -14.280 361 H2' C 34 H2' C 34 -2.255 -17.317 -12.548 362 HO2' C 34 H2'' C 34 -0.366 -16.507 -13.028 363 H1' C 34 H1' C 34 -2.907 -14.717 -13.439 364 H41 C 34 H41 C 34 -6.594 -15.752 -8.350 365 H42 C 34 H42 C 34 -7.706 -16.666 -9.333 366 H5 C 34 H5 C 34 -7.289 -17.202 -11.644 367 H6 C 34 H6 C 34 -5.714 -16.976 -13.507 368 H5' C 35 H5' C 35 0.188 -20.681 -12.524 369 H5'' C 35 H5'' C 35 -1.301 -19.864 -12.011 370 H4' C 35 H4' C 35 1.446 -18.816 -11.300 371 H3' C 35 H3' C 35 -0.140 -20.983 -9.944 372 H2' C 35 H2' C 35 0.074 -20.009 -7.857 373 HO2' C 35 H2'' C 35 2.274 -18.437 -8.762 374 H1' C 35 H1' C 35 0.342 -17.313 -8.639 375 H41 C 35 H41 C 35 -5.378 -17.907 -5.870 376 H42 C 35 H42 C 35 -6.069 -18.291 -7.434 377 H5 C 35 H5 C 35 -4.743 -18.618 -9.418 378 H6 C 35 H6 C 35 -2.470 -18.646 -10.335 379 H5' U 36 H5' U 36 2.632 -23.669 -6.779 380 H5'' U 36 H5'' U 36 1.109 -22.788 -7.009 381 H4' U 36 H4' U 36 3.392 -21.397 -5.647 382 H3' U 36 H3' U 36 1.836 -23.679 -4.477 383 H2' U 36 H2' U 36 1.238 -22.502 -2.575 384 HO2' U 36 H2'' U 36 2.707 -20.321 -2.477 385 H1' U 36 H1' U 36 1.219 -19.901 -3.594 386 H3 U 36 H3 U 36 -2.799 -21.366 -1.709 387 H5 U 36 H5 U 36 -3.063 -21.791 -5.895 388 H6 U 36 H6 U 36 -0.672 -21.394 -6.019 389 H5' A 37 H5' A 37 4.468 -25.546 -0.445 390 H5'' A 37 H5'' A 37 2.836 -25.842 -1.078 391 H4' A 37 H4' A 37 3.658 -23.879 1.084 392 H3' A 37 H3' A 37 2.894 -26.527 1.373 393 H2' A 37 H2' A 37 0.683 -26.390 0.655 394 HO2' A 37 H2'' A 37 -0.294 -25.078 2.801 395 H1' A 37 H1' A 37 0.228 -23.602 1.621 396 H8 A 37 H8 A 37 0.747 -24.735 -2.033 397 H61 A 37 H61 A 37 -5.361 -23.943 -2.643 398 H62 A 37 H62 A 37 -3.863 -24.297 -3.474 399 H2 A 37 H2 A 37 -4.312 -23.389 1.682 400 H5' A 38 H5' A 38 4.728 -24.820 5.738 401 H5'' A 38 H5'' A 38 4.054 -25.944 6.936 402 H4' A 38 H4' A 38 4.337 -23.724 7.913 403 H3' A 38 H3' A 38 1.570 -24.818 7.578 404 H2' A 38 H2' A 38 0.511 -22.804 8.043 405 HO2' A 38 H2'' A 38 2.919 -21.737 9.130 406 H1' A 38 H1' A 38 2.313 -21.006 6.999 407 H8 A 38 H8 A 38 2.182 -23.523 4.306 408 H61 A 38 H61 A 38 -3.358 -21.276 2.693 409 H62 A 38 H62 A 38 -2.029 -22.308 2.219 410 H2 A 38 H2 A 38 -2.286 -19.589 6.708 411 H5' G 39 H5' G 39 1.253 -22.734 10.966 412 H5'' G 39 H5'' G 39 0.585 -23.631 12.345 413 H4' G 39 H4' G 39 -0.737 -21.617 11.872 414 H3' G 39 H3' G 39 -2.005 -24.313 11.572 415 H2' G 39 H2' G 39 -3.899 -23.514 10.479 416 HO2' G 39 H2'' G 39 -3.242 -20.873 11.341 417 H1' G 39 H1' G 39 -2.834 -21.444 9.032 418 H8 G 39 H8 G 39 -0.612 -24.579 9.042 419 H1 G 39 H1 G 39 -5.128 -24.506 4.485 420 H21 G 39 H21 G 39 -6.502 -22.795 4.804 421 H22 G 39 H22 G 39 -6.313 -21.673 6.133 422 H5' U 40 H5' U 40 -5.477 -22.852 12.148 423 H5'' U 40 H5'' U 40 -6.099 -23.518 13.673 424 H4' U 40 H4' U 40 -7.619 -24.164 11.936 425 H3' U 40 H3' U 40 -5.818 -26.404 12.873 426 H2' U 40 H2' U 40 -6.693 -27.839 11.288 427 HO2' U 40 H2'' U 40 -8.783 -27.750 10.584 428 H1' U 40 H1' U 40 -7.459 -25.897 9.365 429 H3 U 40 H3 U 40 -4.834 -28.681 6.926 430 H5 U 40 H5 U 40 -2.149 -26.718 9.517 431 H6 U 40 H6 U 40 -4.059 -25.735 10.645 432 H5' C 41 H5' C 41 -9.932 -27.973 13.108 433 H5'' C 41 H5'' C 41 -10.016 -29.106 14.472 434 H4' C 41 H4' C 41 -10.590 -30.109 12.235 435 H3' C 41 H3' C 41 -8.307 -31.229 13.876 436 H2' C 41 H2' C 41 -7.794 -32.732 12.199 437 HO2' C 41 H2'' C 41 -10.522 -32.460 11.424 438 H1' C 41 H1' C 41 -8.804 -31.240 9.998 439 H41 C 41 H41 C 41 -2.494 -31.284 9.149 440 H42 C 41 H42 C 41 -2.258 -30.312 10.576 441 H5 C 41 H5 C 41 -4.058 -29.652 12.032 442 H6 C 41 H6 C 41 -6.472 -29.784 12.430 443 H5' C 42 H5' C 42 -11.406 -34.375 12.671 444 H5'' C 42 H5'' C 42 -11.377 -35.691 13.861 445 H4' C 42 H4' C 42 -11.087 -36.413 11.461 446 H3' C 42 H3' C 42 -8.958 -37.058 13.518 447 H2' C 42 H2' C 42 -7.664 -38.064 11.876 448 HO2' C 42 H2'' C 42 -9.860 -38.227 10.090 449 H1' C 42 H1' C 42 -8.586 -36.541 9.671 450 H41 C 42 H41 C 42 -2.587 -34.583 10.456 451 H42 C 42 H42 C 42 -3.014 -33.781 11.954 452 H5 C 42 H5 C 42 -5.206 -33.914 12.947 453 H6 C 42 H6 C 42 -7.462 -34.845 12.717 454 H5' U 43 H5' U 43 -9.324 -40.279 11.013 455 H5'' U 43 H5'' U 43 -9.447 -41.787 11.939 456 H4' U 43 H4' U 43 -7.631 -41.875 10.269 457 H3' U 43 H3' U 43 -6.960 -42.046 13.190 458 HO3' U 43 H3T U 43 -7.731 -43.910 12.361 459 H2' U 43 H2' U 43 -4.755 -41.619 12.830 460 HO2' U 43 H2'' U 43 -4.254 -42.705 10.412 461 H1' U 43 H1' U 43 -5.031 -41.020 9.953 462 H3 U 43 H3 U 43 -1.419 -38.438 10.797 463 H5 U 43 H5 U 43 -4.344 -36.957 13.448 464 H6 U 43 H6 U 43 -5.798 -38.770 12.752 465 H5' G 44 H5' G 44 -7.286 36.263 17.134 466 H5'' G 44 H5'' G 44 -7.340 34.993 15.898 467 H4' G 44 H4' G 44 -6.975 37.089 14.783 468 H3' G 44 H3' G 44 -4.739 35.121 14.809 469 H2' G 44 H2' G 44 -3.088 36.611 14.135 470 HO2' G 44 H2'' G 44 -4.806 38.703 13.427 471 H1' G 44 H1' G 44 -3.887 38.908 15.357 472 H8 G 44 H8 G 44 -4.625 36.351 17.950 473 H1 G 44 H1 G 44 1.670 37.408 17.311 474 H21 G 44 H21 G 44 2.066 38.577 15.468 475 H22 G 44 H22 G 44 0.787 39.097 14.393 476 HO5' G 44 H5T G 44 -5.702 34.095 16.812 477 H5' G 45 H5' G 45 -3.886 36.994 11.661 478 H5'' G 45 H5'' G 45 -3.819 36.064 10.152 479 H4' G 45 H4' G 45 -1.707 37.217 10.499 480 H3' G 45 H3' G 45 -1.664 34.214 10.767 481 H2' G 45 H2' G 45 0.529 34.219 11.487 482 HO2' G 45 H2'' G 45 2.006 35.402 10.503 483 H1' G 45 H1' G 45 0.641 36.877 12.511 484 H8 G 45 H8 G 45 -1.930 34.671 14.238 485 H1 G 45 H1 G 45 4.042 34.059 16.503 486 H21 G 45 H21 G 45 5.469 35.098 15.159 487 H22 G 45 H22 G 45 4.964 35.937 13.717 488 H5' G 46 H5' G 46 1.221 36.287 8.210 489 H5'' G 46 H5'' G 46 1.608 35.499 6.667 490 H4' G 46 H4' G 46 3.634 36.354 7.759 491 H3' G 46 H3' G 46 3.315 33.385 7.413 492 H2' G 46 H2' G 46 5.187 32.894 8.701 493 HO2' G 46 H2'' G 46 6.945 34.137 8.730 494 H1' G 46 H1' G 46 5.076 34.967 10.536 495 H8 G 46 H8 G 46 1.772 33.123 9.745 496 H1 G 46 H1 G 46 5.154 30.730 14.646 497 H21 G 46 H21 G 46 7.126 31.738 14.774 498 H22 G 46 H22 G 46 7.608 33.000 13.660 499 H5' A 47 H5' A 47 7.200 34.108 5.540 500 H5'' A 47 H5'' A 47 7.272 33.334 3.944 501 H4' A 47 H4' A 47 9.091 32.524 5.347 502 H3' A 47 H3' A 47 6.910 30.552 4.676 503 H2' A 47 H2' A 47 7.846 28.922 6.048 504 HO2' A 47 H2'' A 47 10.227 29.830 6.783 505 H1' A 47 H1' A 47 8.937 30.568 8.018 506 H8 A 47 H8 A 47 5.295 31.260 6.949 507 H61 A 47 H61 A 47 3.714 27.501 11.598 508 H62 A 47 H62 A 47 3.131 28.602 10.373 509 H2 A 47 H2 A 47 8.177 27.376 11.172 510 H5' U 48 H5' U 48 9.870 28.168 4.652 511 H5'' U 48 H5'' U 48 10.001 27.192 3.173 512 H4' U 48 H4' U 48 9.720 25.702 5.049 513 H3' U 48 H3' U 48 7.284 25.968 3.282 514 H2' U 48 H2' U 48 6.036 24.646 4.710 515 HO2' U 48 H2'' U 48 8.505 23.503 5.596 516 H1' U 48 H1' U 48 7.546 25.111 7.102 517 H3 U 48 H3 U 48 3.443 26.103 8.682 518 H5 U 48 H5 U 48 4.047 28.978 5.659 519 H6 U 48 H6 U 48 6.117 27.846 5.089 520 H5' A 49 H5' A 49 10.235 23.065 3.287 521 H5'' A 49 H5'' A 49 11.058 22.142 2.014 522 H4' A 49 H4' A 49 10.739 20.929 4.214 523 H3' A 49 H3' A 49 10.396 19.870 1.580 524 H2' A 49 H2' A 49 8.162 19.272 1.760 525 HO2' A 49 H2'' A 49 7.910 17.267 2.930 526 H1' A 49 H1' A 49 8.277 19.058 4.756 527 H8 A 49 H8 A 49 6.429 21.286 2.116 528 H61 A 49 H61 A 49 1.283 19.280 4.917 529 H62 A 49 H62 A 49 1.924 20.308 3.657 530 H2 A 49 H2 A 49 4.797 17.326 6.896 531 H5' U 50 H5' U 50 12.273 16.097 4.816 532 H5'' U 50 H5'' U 50 11.571 14.599 4.174 533 H4' U 50 H4' U 50 11.001 14.599 6.466 534 H3' U 50 H3' U 50 8.839 14.988 4.598 535 H2' U 50 H2' U 50 7.998 16.927 5.531 536 HO2' U 50 H2'' U 50 7.058 16.344 7.787 537 H1' U 50 H1' U 50 9.271 16.380 8.201 538 H3 U 50 H3 U 50 10.917 20.986 7.957 539 H5 U 50 H5 U 50 6.754 20.660 7.387 540 H6 U 50 H6 U 50 7.044 18.267 7.109 541 H5' G 51 H5' G 51 5.371 15.093 7.190 542 H5'' G 51 H5'' G 51 5.329 13.324 7.331 543 H4' G 51 H4' G 51 3.144 13.841 6.694 544 H3' G 51 H3' G 51 4.816 13.052 4.339 545 H2' G 51 H2' G 51 3.282 13.762 2.781 546 HO2' G 51 H2'' G 51 1.470 12.690 3.203 547 H1' G 51 H1' G 51 1.930 15.733 4.246 548 H8 G 51 H8 G 51 5.622 16.427 4.256 549 H1 G 51 H1 G 51 2.764 18.178 -1.213 550 H21 G 51 H21 G 51 0.710 17.360 -1.300 551 H22 G 51 H22 G 51 0.039 16.384 -0.018 552 H5' G 52 H5' G 52 3.306 10.161 1.451 553 H5'' G 52 H5'' G 52 3.658 11.899 1.524 554 H4' G 52 H4' G 52 0.853 10.952 0.977 555 H3' G 52 H3' G 52 3.171 10.838 -0.931 556 H2' G 52 H2' G 52 2.013 11.954 -2.607 557 HO2' G 52 H2'' G 52 -0.058 11.608 -2.956 558 H1' G 52 H1' G 52 0.447 13.633 -1.065 559 H8 G 52 H8 G 52 3.585 14.386 0.547 560 H1 G 52 H1 G 52 3.729 16.251 -5.591 561 H21 G 52 H21 G 52 2.069 15.298 -6.714 562 H22 G 52 H22 G 52 0.929 14.208 -5.960 563 H5' A 53 H5' A 53 0.242 9.007 -3.218 564 H5'' A 53 H5'' A 53 0.736 7.416 -3.834 565 H4' A 53 H4' A 53 0.127 8.847 -5.694 566 H3' A 53 H3' A 53 3.085 8.272 -5.430 567 H2' A 53 H2' A 53 3.547 9.647 -7.241 568 HO2' A 53 H2'' A 53 1.026 10.017 -8.269 569 H1' A 53 H1' A 53 1.353 11.416 -6.963 570 H8 A 53 H8 A 53 3.612 10.959 -3.894 571 H61 A 53 H61 A 53 6.802 15.786 -6.097 572 H62 A 53 H62 A 53 6.595 14.690 -4.750 573 H2 A 53 H2 A 53 3.786 14.584 -9.190 574 H5' A 54 H5' A 54 2.180 7.834 -9.408 575 H5'' A 54 H5'' A 54 2.767 6.295 -10.073 576 H4' A 54 H4' A 54 3.577 8.108 -11.455 577 H3' A 54 H3' A 54 5.692 6.800 -9.727 578 H2' A 54 H2' A 54 7.285 8.275 -10.516 579 HO2' A 54 H2'' A 54 7.336 8.373 -12.631 580 H1' A 54 H1' A 54 5.584 10.469 -11.022 581 H8 A 54 H8 A 54 5.596 8.797 -7.539 582 H61 A 54 H61 A 54 9.812 13.070 -6.035 583 H62 A 54 H62 A 54 8.811 11.764 -5.449 584 H2 A 54 H2 A 54 8.957 13.444 -10.422 585 H5' G 55 H5' G 55 6.828 6.453 -14.313 586 H5'' G 55 H5'' G 55 7.703 4.912 -14.423 587 H4' G 55 H4' G 55 8.901 6.799 -15.513 588 H3' G 55 H3' G 55 10.186 5.379 -13.183 589 H2' G 55 H2' G 55 11.990 6.873 -13.174 590 HO2' G 55 H2'' G 55 12.797 7.656 -14.976 591 H1' G 55 H1' G 55 10.663 9.181 -13.857 592 H8 G 55 H8 G 55 8.939 6.853 -11.308 593 H1 G 55 H1 G 55 12.799 11.308 -8.778 594 H21 G 55 H21 G 55 13.916 12.351 -10.385 595 H22 G 55 H22 G 55 13.706 11.959 -12.077 596 H5' A 56 H5' A 56 13.217 5.903 -15.902 597 H5'' A 56 H5'' A 56 14.196 4.443 -16.159 598 H4' A 56 H4' A 56 15.623 6.269 -15.423 599 H3' A 56 H3' A 56 15.176 4.076 -13.384 600 H2' A 56 H2' A 56 16.474 5.208 -11.851 601 HO2' A 56 H2'' A 56 18.257 6.251 -12.387 602 H1' A 56 H1' A 56 15.958 7.833 -12.739 603 H8 A 56 H8 A 56 13.044 5.449 -11.857 604 H61 A 56 H61 A 56 13.269 8.097 -6.267 605 H62 A 56 H62 A 56 12.398 6.989 -7.304 606 H2 A 56 H2 A 56 16.739 9.618 -8.665 607 H5' A 57 H5' A 57 19.801 4.454 -14.204 608 H5'' A 57 H5'' A 57 20.311 2.756 -14.289 609 H4' A 57 H4' A 57 21.814 4.014 -12.842 610 H3' A 57 H3' A 57 20.032 1.991 -11.483 611 H2' A 57 H2' A 57 20.818 2.623 -9.373 612 HO2' A 57 H2'' A 57 22.723 4.062 -9.239 613 H1' A 57 H1' A 57 20.995 5.334 -9.772 614 H8 A 57 H8 A 57 17.982 3.511 -11.366 615 H61 A 57 H61 A 57 14.933 5.121 -6.222 616 H62 A 57 H62 A 57 14.801 4.400 -7.813 617 H2 A 57 H2 A 57 19.239 6.254 -5.697 618 H5' C 58 H5' C 58 23.705 1.418 -9.528 619 H5'' C 58 H5'' C 58 23.925 -0.314 -9.209 620 H4' C 58 H4' C 58 23.797 1.062 -7.134 621 H3' C 58 H3' C 58 21.647 -1.022 -7.607 622 H2' C 58 H2' C 58 20.607 -0.396 -5.627 623 HO2' C 58 H2'' C 58 21.882 0.843 -4.007 624 H1' C 58 H1' C 58 21.517 2.301 -5.568 625 H41 C 58 H41 C 58 15.252 2.810 -6.575 626 H42 C 58 H42 C 58 15.397 2.026 -8.127 627 H5 C 58 H5 C 58 17.478 1.153 -8.969 628 H6 C 58 H6 C 58 19.862 0.835 -8.500 629 H5' C 59 H5' C 59 22.977 -1.337 -3.785 630 H5'' C 59 H5'' C 59 22.802 -2.939 -3.043 631 H4' C 59 H4' C 59 21.382 -1.124 -2.016 632 H3' C 59 H3' C 59 20.098 -3.624 -3.133 633 H2' C 59 H2' C 59 17.991 -2.759 -2.763 634 HO2' C 59 H2'' C 59 18.567 -0.752 -0.966 635 H1' C 59 H1' C 59 18.724 0.022 -2.696 636 H41 C 59 H41 C 59 14.647 -0.234 -7.550 637 H42 C 59 H42 C 59 15.703 -1.309 -8.442 638 H5 C 59 H5 C 59 17.766 -2.175 -7.550 639 H6 C 59 H6 C 59 19.262 -2.201 -5.608 640 H5' G 60 H5' G 60 19.257 -2.124 1.199 641 H5'' G 60 H5'' G 60 19.280 -3.567 2.231 642 H4' G 60 H4' G 60 17.570 -2.045 3.024 643 H3' G 60 H3' G 60 16.565 -4.563 1.702 644 H2' G 60 H2' G 60 14.365 -3.869 1.864 645 HO2' G 60 H2'' G 60 13.742 -2.233 3.421 646 H1' G 60 H1' G 60 14.782 -1.081 1.778 647 H8 G 60 H8 G 60 16.470 -2.688 -1.154 648 H1 G 60 H1 G 60 10.126 -2.128 -1.922 649 H21 G 60 H21 G 60 9.171 -1.573 0.000 650 H22 G 60 H22 G 60 10.088 -1.338 1.470 651 H5' G 61 H5' G 61 14.296 -3.603 4.958 652 H5'' G 61 H5'' G 61 14.183 -4.900 6.165 653 H4' G 61 H4' G 61 11.975 -3.975 5.741 654 H3' G 61 H3' G 61 12.460 -6.775 4.729 655 H2' G 61 H2' G 61 10.394 -6.846 3.701 656 HO2' G 61 H2'' G 61 8.666 -6.175 4.729 657 H1' G 61 H1' G 61 10.021 -4.057 3.301 658 H8 G 61 H8 G 61 13.128 -5.791 1.825 659 H1 G 61 H1 G 61 8.037 -5.582 -2.076 660 H21 G 61 H21 G 61 6.272 -4.803 -0.984 661 H22 G 61 H22 G 61 6.340 -4.336 0.700 662 H5' G 62 H5' G 62 8.822 -5.928 7.072 663 H5'' G 62 H5'' G 62 8.273 -7.276 8.087 664 H4' G 62 H4' G 62 6.467 -6.238 6.690 665 H3' G 62 H3' G 62 7.150 -9.157 6.458 666 H2' G 62 H2' G 62 5.763 -9.464 4.625 667 HO2' G 62 H2'' G 62 4.381 -7.053 5.297 668 H1' G 62 H1' G 62 5.876 -6.896 3.500 669 H8 G 62 H8 G 62 9.192 -8.671 4.368 670 H1 G 62 H1 G 62 7.034 -9.671 -1.591 671 H21 G 62 H21 G 62 5.009 -8.797 -1.821 672 H22 G 62 H22 G 62 4.188 -7.971 -0.518 673 H5' G 63 H5' G 63 3.792 -12.332 8.163 674 H5'' G 63 H5'' G 63 5.391 -12.277 7.399 675 H4' G 63 H4' G 63 2.679 -12.603 6.123 676 H3' G 63 H3' G 63 5.219 -14.198 6.213 677 H2' G 63 H2' G 63 5.139 -14.742 3.949 678 HO2' G 63 H2'' G 63 3.039 -15.528 3.855 679 H1' G 63 H1' G 63 4.035 -12.435 2.918 680 H8 G 63 H8 G 63 6.681 -11.792 5.618 681 H1 G 63 H1 G 63 9.041 -12.392 -0.316 682 H21 G 63 H21 G 63 7.451 -13.051 -1.709 683 H22 G 63 H22 G 63 5.812 -13.346 -1.185 684 H5' A 64 H5' A 64 4.940 -18.353 8.213 685 H5'' A 64 H5'' A 64 6.272 -17.359 7.590 686 H4' A 64 H4' A 64 6.659 -19.643 6.932 687 H3' A 64 H3' A 64 5.952 -17.704 4.786 688 H2' A 64 H2' A 64 5.460 -19.290 3.163 689 HO2' A 64 H2'' A 64 7.526 -20.562 4.323 690 H1' A 64 H1' A 64 4.451 -21.346 4.675 691 H8 A 64 H8 A 64 3.140 -18.008 5.931 692 H61 A 64 H61 A 64 -1.355 -18.568 1.717 693 H62 A 64 H62 A 64 -0.770 -17.655 3.091 694 H2 A 64 H2 A 64 1.652 -21.808 0.975 695 H5' A 65 H5' A 65 8.930 -17.745 0.814 696 H5'' A 65 H5'' A 65 7.466 -17.113 1.595 697 H4' A 65 H4' A 65 7.715 -19.835 0.274 698 H3' A 65 H3' A 65 6.752 -17.191 -0.774 699 H2' A 65 H2' A 65 4.746 -18.051 -1.571 700 HO2' A 65 H2'' A 65 6.125 -19.911 -2.511 701 H1' A 65 H1' A 65 4.268 -20.029 0.302 702 H8 A 65 H8 A 65 5.219 -17.155 2.428 703 H61 A 65 H61 A 65 -0.412 -14.790 1.394 704 H62 A 65 H62 A 65 1.041 -14.680 2.361 705 H2 A 65 H2 A 65 0.238 -18.161 -1.492 706 H5' A 66 H5' A 66 6.387 -19.192 -4.602 707 H5'' A 66 H5'' A 66 7.097 -18.043 -5.754 708 H4' A 66 H4' A 66 4.665 -18.462 -6.132 709 H3' A 66 H3' A 66 5.703 -15.704 -5.551 710 H2' A 66 H2' A 66 3.573 -14.789 -5.324 711 HO2' A 66 H2'' A 66 2.080 -16.930 -6.251 712 H1' A 66 H1' A 66 2.232 -16.935 -4.220 713 H8 A 66 H8 A 66 5.763 -16.053 -2.892 714 H61 A 66 H61 A 66 2.781 -12.782 1.436 715 H62 A 66 H62 A 66 4.346 -13.342 0.877 716 H2 A 66 H2 A 66 -0.258 -14.368 -1.449 717 H5' C 67 H5' C 67 3.302 -14.602 -7.900 718 H5'' C 67 H5'' C 67 3.764 -13.518 -9.228 719 H4' C 67 H4' C 67 2.273 -12.452 -7.526 720 H3' C 67 H3' C 67 5.027 -11.336 -8.051 721 H2' C 67 H2' C 67 4.796 -9.763 -6.350 722 HO2' C 67 H2'' C 67 2.702 -9.208 -5.506 723 H1' C 67 H1' C 67 3.213 -11.233 -4.598 724 H41 C 67 H41 C 67 9.042 -11.528 -2.070 725 H42 C 67 H42 C 67 9.569 -12.615 -3.335 726 H5 C 67 H5 C 67 8.177 -13.247 -5.197 727 H6 C 67 H6 C 67 5.978 -12.977 -6.247 728 H5' U 68 H5' U 68 2.089 -8.446 -7.632 729 H5'' U 68 H5'' U 68 2.213 -7.002 -8.657 730 H4' U 68 H4' U 68 2.108 -6.540 -6.182 731 H3' U 68 H3' U 68 4.449 -5.588 -7.841 732 H2' U 68 H2' U 68 5.508 -4.758 -5.956 733 HO2' U 68 H2'' U 68 4.425 -3.679 -4.493 734 H1' U 68 H1' U 68 4.421 -6.538 -4.045 735 H3 U 68 H3 U 68 8.881 -7.169 -3.487 736 H5 U 68 H5 U 68 8.085 -8.771 -7.303 737 H6 U 68 H6 U 68 5.818 -7.924 -7.114 738 H5' U 69 H5' U 69 2.410 -2.624 -5.424 739 H5'' U 69 H5'' U 69 2.362 -0.957 -6.034 740 H4' U 69 H4' U 69 3.196 -1.071 -3.711 741 H3' U 69 H3' U 69 5.130 -0.153 -5.850 742 H2' U 69 H2' U 69 6.829 0.033 -4.269 743 HO2' U 69 H2'' U 69 5.421 -0.265 -1.939 744 H1' U 69 H1' U 69 5.983 -2.003 -2.522 745 H3 U 69 H3 U 69 10.097 -3.506 -3.689 746 H5 U 69 H5 U 69 7.916 -3.631 -7.295 747 H6 U 69 H6 U 69 6.065 -2.574 -6.135 748 H5' G 70 H5' G 70 5.000 2.079 -2.544 749 H5'' G 70 H5'' G 70 5.325 3.826 -2.548 750 H4' G 70 H4' G 70 6.862 2.400 -1.106 751 H3' G 70 H3' G 70 7.922 4.290 -3.213 752 H2' G 70 H2' G 70 10.071 3.497 -2.960 753 HO2' G 70 H2'' G 70 10.260 2.227 -0.679 754 H1' G 70 H1' G 70 9.434 0.935 -1.854 755 H8 G 70 H8 G 70 8.216 1.443 -5.428 756 H1 G 70 H1 G 70 14.292 -0.540 -4.873 757 H21 G 70 H21 G 70 14.962 -0.343 -2.764 758 H22 G 70 H22 G 70 13.912 0.261 -1.501 759 H5' G 71 H5' G 71 9.504 4.379 1.265 760 H5'' G 71 H5'' G 71 9.658 6.105 1.650 761 H4' G 71 H4' G 71 11.478 4.904 2.687 762 H3' G 71 H3' G 71 12.171 6.695 0.380 763 H2' G 71 H2' G 71 14.380 5.949 0.269 764 HO2' G 71 H2'' G 71 14.024 4.741 2.833 765 H1' G 71 H1' G 71 14.026 3.304 0.753 766 H8 G 71 H8 G 71 11.108 4.712 -1.253 767 H1 G 71 H1 G 71 16.160 3.032 -4.828 768 H21 G 71 H21 G 71 17.885 2.545 -3.527 769 H22 G 71 H22 G 71 17.807 2.632 -1.786 770 H5' U 72 H5' U 72 15.403 7.709 3.006 771 H5'' U 72 H5'' U 72 15.468 9.481 3.095 772 H4' U 72 H4' U 72 17.598 8.550 2.297 773 H3' U 72 H3' U 72 15.991 10.166 0.299 774 H2' U 72 H2' U 72 17.621 9.787 -1.324 775 HO2' U 72 H2'' U 72 19.720 9.667 -0.870 776 H1' U 72 H1' U 72 18.465 7.245 -0.441 777 H3 U 72 H3 U 72 16.971 6.307 -4.626 778 H5 U 72 H5 U 72 13.477 7.311 -2.494 779 H6 U 72 H6 U 72 14.880 7.915 -0.608 780 H5' U 73 H5' U 73 19.553 12.432 -0.056 781 H5'' U 73 H5'' U 73 19.076 14.142 -0.039 782 H4' U 73 H4' U 73 20.154 13.546 -2.161 783 H3' U 73 H3' U 73 17.197 14.205 -2.298 784 H2' U 73 H2' U 73 17.207 13.807 -4.583 785 HO2' U 73 H2'' U 73 19.842 14.675 -4.358 786 H1' U 73 H1' U 73 19.232 11.847 -4.629 787 H3 U 73 H3 U 73 15.773 9.507 -6.369 788 H5 U 73 H5 U 73 14.601 10.232 -2.385 789 H6 U 73 H6 U 73 16.567 11.632 -2.130 790 H5' C 74 H5' C 74 19.337 16.313 -5.353 791 H5'' C 74 H5'' C 74 18.556 17.856 -5.752 792 H4' C 74 H4' C 74 18.761 16.258 -7.681 793 H3' C 74 H3' C 74 15.998 17.170 -6.807 794 H2' C 74 H2' C 74 15.082 15.881 -8.514 795 HO2' C 74 H2'' C 74 17.539 15.558 -9.864 796 H1' C 74 H1' C 74 17.129 13.907 -8.609 797 H41 C 74 H41 C 74 12.126 10.757 -6.260 798 H42 C 74 H42 C 74 12.166 11.714 -4.792 799 H5 C 74 H5 C 74 13.695 13.550 -4.455 800 H6 C 74 H6 C 74 15.509 14.864 -5.451 801 H5' U 75 H5' U 75 16.445 18.620 -10.618 802 H5'' U 75 H5'' U 75 15.445 19.979 -11.167 803 H4' U 75 H4' U 75 14.703 17.778 -12.065 804 H3' U 75 H3' U 75 12.799 19.333 -10.296 805 H2' U 75 H2' U 75 11.259 17.616 -10.432 806 HO2' U 75 H2'' U 75 11.979 16.088 -12.481 807 H1' U 75 H1' U 75 13.111 15.519 -11.071 808 H3 U 75 H3 U 75 10.774 13.462 -7.827 809 H5 U 75 H5 U 75 12.575 16.709 -5.828 810 H6 U 75 H6 U 75 13.384 17.498 -7.977 811 H5' U 76 H5' U 76 10.763 18.223 -14.308 812 H5'' U 76 H5'' U 76 9.970 19.737 -14.788 813 H4' U 76 H4' U 76 8.412 17.878 -15.005 814 H3' U 76 H3' U 76 7.841 19.874 -12.821 815 H2' U 76 H2' U 76 6.115 18.598 -11.962 816 HO2' U 76 H2'' U 76 5.381 16.794 -13.656 817 H1' U 76 H1' U 76 6.970 16.037 -12.826 818 H3 U 76 H3 U 76 6.614 15.336 -8.372 819 H5 U 76 H5 U 76 9.727 18.158 -8.698 820 H6 U 76 H6 U 76 9.277 18.283 -11.079 821 H5' C 77 H5' C 77 3.511 21.671 -12.768 822 H5'' C 77 H5'' C 77 4.767 20.918 -11.764 823 H4' C 77 H4' C 77 2.280 19.444 -12.676 824 H3' C 77 H3' C 77 2.669 21.230 -10.287 825 H2' C 77 H2' C 77 1.840 19.657 -8.810 826 HO2' C 77 H2'' C 77 -0.070 18.950 -9.361 827 H1' C 77 H1' C 77 2.445 17.300 -10.248 828 H41 C 77 H41 C 77 6.361 17.288 -5.225 829 H42 C 77 H42 C 77 7.434 18.386 -6.052 830 H5 C 77 H5 C 77 6.913 19.385 -8.181 831 H6 C 77 H6 C 77 5.251 19.538 -9.977 832 H5' C 78 H5' C 78 -0.588 22.931 -7.984 833 H5'' C 78 H5'' C 78 0.921 22.035 -7.716 834 H4' C 78 H4' C 78 -1.797 20.846 -7.116 835 H3' C 78 H3' C 78 -0.143 22.694 -5.415 836 H2' C 78 H2' C 78 -0.265 21.309 -3.567 837 HO2' C 78 H2'' C 78 -2.508 19.941 -4.677 838 H1' C 78 H1' C 78 -0.578 18.831 -4.875 839 H41 C 78 H41 C 78 5.265 18.865 -2.301 840 H42 C 78 H42 C 78 5.884 19.570 -3.781 841 H5 C 78 H5 C 78 4.473 20.295 -5.590 842 H6 C 78 H6 C 78 2.161 20.503 -6.378 843 H5' U 79 H5' U 79 -2.761 24.653 -1.640 844 H5'' U 79 H5'' U 79 -1.252 23.848 -2.117 845 H4' U 79 H4' U 79 -3.474 22.189 -0.971 846 H3' U 79 H3' U 79 -1.860 24.192 0.577 847 H2' U 79 H2' U 79 -1.182 22.649 2.165 848 HO2' U 79 H2'' U 79 -2.652 20.486 1.875 849 H1' U 79 H1' U 79 -1.217 20.316 0.628 850 H3 U 79 H3 U 79 2.886 21.370 2.593 851 H5 U 79 H5 U 79 2.964 22.681 -1.413 852 H6 U 79 H6 U 79 0.568 22.305 -1.513 853 H5' A 80 H5' A 80 -4.303 25.169 5.019 854 H5'' A 80 H5'' A 80 -2.699 25.599 4.388 855 H4' A 80 H4' A 80 -3.429 23.228 6.133 856 H3' A 80 H3' A 80 -2.646 25.765 6.928 857 H2' A 80 H2' A 80 -0.469 25.793 6.099 858 HO2' A 80 H2'' A 80 0.598 24.069 7.881 859 H1' A 80 H1' A 80 0.020 22.867 6.446 860 H8 A 80 H8 A 80 -0.658 24.719 3.125 861 H61 A 80 H61 A 80 5.416 24.110 2.102 862 H62 A 80 H62 A 80 3.883 24.613 1.426 863 H2 A 80 H2 A 80 4.558 22.686 6.270 864 H5' A 81 H5' A 81 -4.286 23.182 10.924 865 H5'' A 81 H5'' A 81 -3.557 24.038 12.296 866 H4' A 81 H4' A 81 -3.803 21.662 12.806 867 H3' A 81 H3' A 81 -1.049 22.818 12.584 868 H2' A 81 H2' A 81 0.021 20.758 12.577 869 HO2' A 81 H2'' A 81 -2.340 19.474 13.519 870 H1' A 81 H1' A 81 -1.825 19.206 11.259 871 H8 A 81 H8 A 81 -1.807 22.230 9.145 872 H61 A 81 H61 A 81 3.636 20.384 6.846 873 H62 A 81 H62 A 81 2.291 21.486 6.660 874 H2 A 81 H2 A 81 2.745 17.902 10.475 875 H5' G 82 H5' G 82 -0.586 20.079 15.448 876 H5'' G 82 H5'' G 82 0.144 20.675 16.953 877 H4' G 82 H4' G 82 1.439 18.812 16.012 878 H3' G 82 H3' G 82 2.700 21.521 16.221 879 H2' G 82 H2' G 82 4.540 20.974 14.903 880 HO2' G 82 H2'' G 82 3.913 18.208 15.226 881 H1' G 82 H1' G 82 3.401 19.244 13.107 882 H8 G 82 H8 G 82 1.193 22.296 13.860 883 H1 G 82 H1 G 82 5.504 23.187 9.193 884 H21 G 82 H21 G 82 6.890 21.457 9.095 885 H22 G 82 H22 G 82 6.757 20.087 10.174 886 H5' U 83 H5' U 83 6.188 19.990 16.328 887 H5'' U 83 H5'' U 83 6.882 20.330 17.928 888 H4' U 83 H4' U 83 8.326 21.330 16.296 889 H3' U 83 H3' U 83 6.574 23.318 17.751 890 H2' U 83 H2' U 83 7.382 25.053 16.457 891 HO2' U 83 H2'' U 83 9.436 25.126 15.657 892 H1' U 83 H1' U 83 8.057 23.554 14.145 893 H3 U 83 H3 U 83 5.335 26.772 12.459 894 H5 U 83 H5 U 83 2.763 24.302 14.706 895 H6 U 83 H6 U 83 4.718 23.111 15.513 896 H5' C 84 H5' C 84 10.699 24.834 18.119 897 H5'' C 84 H5'' C 84 10.853 25.656 19.686 898 H4' C 84 H4' C 84 11.323 27.104 17.681 899 H3' C 84 H3' C 84 9.123 27.851 19.624 900 H2' C 84 H2' C 84 8.544 29.662 18.318 901 HO2' C 84 H2'' C 84 11.235 29.576 17.379 902 H1' C 84 H1' C 84 9.445 28.661 15.811 903 H41 C 84 H41 C 84 3.107 28.827 15.256 904 H42 C 84 H42 C 84 2.932 27.578 16.458 905 H5 C 84 H5 C 84 4.792 26.650 17.673 906 H6 C 84 H6 C 84 7.221 26.724 17.993 907 H5' C 85 H5' C 85 12.181 31.192 18.956 908 H5'' C 85 H5'' C 85 12.205 32.235 20.392 909 H4' C 85 H4' C 85 11.817 33.436 18.208 910 H3' C 85 H3' C 85 9.780 33.626 20.443 911 H2' C 85 H2' C 85 8.411 34.937 19.101 912 HO2' C 85 H2'' C 85 10.531 35.481 17.298 913 H1' C 85 H1' C 85 9.235 33.912 16.592 914 H41 C 85 H41 C 85 3.265 31.812 17.241 915 H42 C 85 H42 C 85 3.753 30.728 18.524 916 H5 C 85 H5 C 85 5.989 30.658 19.414 917 H6 C 85 H6 C 85 8.242 31.613 19.268 918 H5' U 86 H5' U 86 10.029 37.285 18.643 919 H5'' U 86 H5'' U 86 10.214 38.582 19.840 920 H4' U 86 H4' U 86 8.319 39.000 18.323 921 H3' U 86 H3' U 86 7.784 38.562 21.245 922 HO3' U 86 H3T U 86 8.526 40.560 20.789 923 H2' U 86 H2' U 86 5.560 38.208 20.906 924 HO2' U 86 H2'' U 86 4.957 39.771 18.792 925 H1' U 86 H1' U 86 5.711 38.212 17.955 926 H3 U 86 H3 U 86 2.131 35.491 18.406 927 H5 U 86 H5 U 86 5.162 33.518 20.570 928 H6 U 86 H6 U 86 6.592 35.443 20.194 Start of MODEL 2 1 H5' G 1 H5' G 1 6.125 -39.610 7.272 2 H5'' G 1 H5'' G 1 5.898 -38.448 5.952 3 H4' G 1 H4' G 1 5.231 -40.637 5.172 4 H3' G 1 H3' G 1 3.073 -38.593 5.542 5 H2' G 1 H2' G 1 1.336 -40.121 5.239 6 HO2' G 1 H2'' G 1 2.273 -42.395 4.458 7 H1' G 1 H1' G 1 2.408 -42.338 6.431 8 H8 G 1 H8 G 1 3.455 -39.881 8.915 9 H1 G 1 H1 G 1 -2.928 -40.530 8.885 10 H21 G 1 H21 G 1 -3.576 -41.595 7.049 11 H22 G 1 H22 G 1 -2.445 -42.144 5.833 12 HO5' G 1 H5T G 1 3.637 -38.569 7.323 13 H5' G 2 H5' G 2 1.668 -40.516 2.592 14 H5'' G 2 H5'' G 2 1.364 -39.612 1.093 15 H4' G 2 H4' G 2 -0.676 -40.729 1.826 16 H3' G 2 H3' G 2 -0.647 -37.718 2.038 17 H2' G 2 H2' G 2 -2.743 -37.709 3.032 18 HO2' G 2 H2'' G 2 -3.228 -40.371 2.138 19 H1' G 2 H1' G 2 -2.626 -40.208 4.315 20 H8 G 2 H8 G 2 0.386 -38.068 5.147 21 H1 G 2 H1 G 2 -4.812 -36.689 8.647 22 H21 G 2 H21 G 2 -6.591 -37.712 7.804 23 H22 G 2 H22 G 2 -6.500 -38.734 6.385 24 H5' G 3 H5' G 3 -4.305 -38.837 0.250 25 H5'' G 3 H5'' G 3 -4.634 -37.917 -1.232 26 H4' G 3 H4' G 3 -6.554 -37.800 0.269 27 H3' G 3 H3' G 3 -5.000 -35.231 -0.080 28 H2' G 3 H2' G 3 -6.358 -34.151 1.469 29 HO2' G 3 H2'' G 3 -8.256 -35.563 0.259 30 H1' G 3 H1' G 3 -7.027 -36.376 3.062 31 H8 G 3 H8 G 3 -3.304 -35.659 2.360 32 H1 G 3 H1 G 3 -5.643 -32.944 7.681 33 H21 G 3 H21 G 3 -7.843 -33.203 7.769 34 H22 G 3 H22 G 3 -8.738 -34.050 6.523 35 H5' A 4 H5' A 4 -9.119 -33.907 -0.507 36 H5'' A 4 H5'' A 4 -9.177 -33.013 -2.040 37 H4' A 4 H4' A 4 -10.084 -31.614 -0.284 38 H3' A 4 H3' A 4 -7.344 -30.778 -1.255 39 H2' A 4 H2' A 4 -7.295 -29.046 0.293 40 HO2' A 4 H2'' A 4 -10.135 -29.239 0.206 41 H1' A 4 H1' A 4 -8.896 -30.253 2.284 42 H8 A 4 H8 A 4 -5.811 -32.078 0.822 43 H61 A 4 H61 A 4 -2.806 -29.909 5.782 44 H62 A 4 H62 A 4 -2.710 -30.940 4.369 45 H2 A 4 H2 A 4 -6.927 -28.137 5.766 46 H5' U 5 H5' U 5 -9.371 -27.122 -1.168 47 H5'' U 5 H5'' U 5 -8.844 -26.152 -2.557 48 H4' U 5 H4' U 5 -8.289 -25.140 -0.334 49 H3' U 5 H3' U 5 -6.080 -25.812 -2.283 50 H2' U 5 H2' U 5 -4.463 -25.213 -0.732 51 HO2' U 5 H2'' U 5 -6.392 -23.331 -0.049 52 H1' U 5 H1' U 5 -6.009 -25.629 1.638 53 H3 U 5 H3 U 5 -2.415 -28.104 2.750 54 H5 U 5 H5 U 5 -3.914 -30.045 -0.679 55 H6 U 5 H6 U 5 -5.534 -28.253 -0.906 56 H5' A 6 H5' A 6 -9.120 -23.102 -2.611 57 H5'' A 6 H5'' A 6 -9.606 -21.809 -3.724 58 H4' A 6 H4' A 6 -9.778 -21.365 -1.186 59 H3' A 6 H3' A 6 -9.246 -19.581 -3.312 60 H2' A 6 H2' A 6 -7.047 -19.043 -2.801 61 HO2' A 6 H2'' A 6 -8.246 -17.187 -2.076 62 H1' A 6 H1' A 6 -7.327 -19.597 0.128 63 H8 A 6 H8 A 6 -5.415 -21.264 -2.853 64 H61 A 6 H61 A 6 -0.337 -19.959 0.435 65 H62 A 6 H62 A 6 -0.957 -20.712 -1.018 66 H2 A 6 H2 A 6 -3.878 -18.331 2.647 67 H5' U 7 H5' U 7 -9.883 -14.945 -0.106 68 H5'' U 7 H5'' U 7 -8.717 -16.199 -0.577 69 H4' U 7 H4' U 7 -10.006 -15.705 2.108 70 H3' U 7 H3' U 7 -7.295 -15.478 1.042 71 H2' U 7 H2' U 7 -6.527 -17.475 1.856 72 HO2' U 7 H2'' U 7 -6.765 -17.452 4.384 73 H1' U 7 H1' U 7 -8.815 -17.854 3.746 74 H3 U 7 H3 U 7 -9.424 -22.200 1.573 75 H5 U 7 H5 U 7 -5.468 -21.525 2.863 76 H6 U 7 H6 U 7 -6.041 -19.188 3.184 77 H5' G 8 H5' G 8 -4.777 -16.385 3.389 78 H5'' G 8 H5'' G 8 -4.550 -14.900 4.335 79 H4' G 8 H4' G 8 -2.399 -15.149 3.605 80 H3' G 8 H3' G 8 -3.856 -13.654 1.451 81 H2' G 8 H2' G 8 -2.180 -13.941 -0.091 82 HO2' G 8 H2'' G 8 -0.357 -14.392 2.063 83 H1' G 8 H1' G 8 -1.026 -16.324 0.841 84 H8 G 8 H8 G 8 -4.780 -16.511 0.297 85 H1 G 8 H1 G 8 -1.373 -17.481 -5.051 86 H21 G 8 H21 G 8 0.765 -17.028 -4.684 87 H22 G 8 H22 G 8 1.359 -16.486 -3.144 88 H5' G 9 H5' G 9 -2.749 -10.147 -0.287 89 H5'' G 9 H5'' G 9 -2.920 -11.864 -0.706 90 H4' G 9 H4' G 9 -0.268 -10.502 -1.095 91 H3' G 9 H3' G 9 -2.726 -10.048 -2.764 92 H2' G 9 H2' G 9 -1.607 -10.513 -4.758 93 HO2' G 9 H2'' G 9 0.174 -9.109 -4.326 94 H1' G 9 H1' G 9 0.108 -12.480 -3.892 95 H8 G 9 H8 G 9 -2.862 -13.779 -2.281 96 H1 G 9 H1 G 9 -3.558 -13.909 -8.659 97 H21 G 9 H21 G 9 -2.017 -12.641 -9.622 98 H22 G 9 H22 G 9 -0.817 -11.758 -8.700 99 H5' A 10 H5' A 10 -0.691 -6.600 -4.579 100 H5'' A 10 H5'' A 10 -1.931 -5.332 -4.518 101 H4' A 10 H4' A 10 -1.249 -6.047 -6.839 102 H3' A 10 H3' A 10 -4.141 -6.258 -5.971 103 H2' A 10 H2' A 10 -4.705 -7.241 -7.989 104 HO2' A 10 H2'' A 10 -2.330 -6.381 -9.271 105 H1' A 10 H1' A 10 -2.173 -8.369 -8.610 106 H8 A 10 H8 A 10 -3.611 -9.568 -5.301 107 H61 A 10 H61 A 10 -6.553 -13.891 -8.619 108 H62 A 10 H62 A 10 -6.137 -13.348 -7.003 109 H2 A 10 H2 A 10 -4.742 -10.951 -11.468 110 H5' A 11 H5' A 11 -3.240 -4.487 -9.855 111 H5'' A 11 H5'' A 11 -4.170 -3.006 -10.151 112 H4' A 11 H4' A 11 -4.105 -4.454 -12.145 113 H3' A 11 H3' A 11 -6.798 -4.059 -10.817 114 H2' A 11 H2' A 11 -7.794 -5.461 -12.428 115 HO2' A 11 H2'' A 11 -6.747 -6.013 -14.369 116 H1' A 11 H1' A 11 -5.778 -7.313 -12.622 117 H8 A 11 H8 A 11 -6.414 -6.187 -9.006 118 H61 A 11 H61 A 11 -10.513 -10.817 -8.778 119 H62 A 11 H62 A 11 -9.666 -9.600 -7.855 120 H2 A 11 H2 A 11 -9.135 -10.391 -13.022 121 H5' G 12 H5' G 12 -8.185 -2.840 -14.616 122 H5'' G 12 H5'' G 12 -8.908 -1.237 -14.381 123 H4' G 12 H4' G 12 -10.583 -2.727 -15.273 124 H3' G 12 H3' G 12 -10.993 -2.020 -12.361 125 H2' G 12 H2' G 12 -12.844 -3.423 -12.268 126 HO2' G 12 H2'' G 12 -14.040 -2.637 -13.961 127 H1' G 12 H1' G 12 -12.046 -5.305 -14.174 128 H8 G 12 H8 G 12 -9.522 -4.585 -11.377 129 H1 G 12 H1 G 12 -13.860 -9.113 -10.012 130 H21 G 12 H21 G 12 -15.428 -9.157 -11.582 131 H22 G 12 H22 G 12 -15.408 -8.086 -12.962 132 H5' A 13 H5' A 13 -14.450 -1.085 -15.130 133 H5'' A 13 H5'' A 13 -15.549 0.156 -14.501 134 H4' A 13 H4' A 13 -16.674 -2.000 -15.133 135 H3' A 13 H3' A 13 -16.857 -1.017 -12.274 136 H2' A 13 H2' A 13 -18.148 -2.901 -11.716 137 HO2' A 13 H2'' A 13 -19.064 -4.243 -13.404 138 H1' A 13 H1' A 13 -16.847 -4.751 -13.328 139 H8 A 13 H8 A 13 -14.671 -2.259 -11.308 140 H61 A 13 H61 A 13 -14.362 -6.811 -7.106 141 H62 A 13 H62 A 13 -13.780 -5.213 -7.553 142 H2 A 13 H2 A 13 -17.220 -8.068 -10.316 143 H5' A 14 H5' A 14 -21.078 -1.267 -12.853 144 H5'' A 14 H5'' A 14 -21.759 0.245 -12.219 145 H4' A 14 H4' A 14 -22.621 -1.662 -10.964 146 H3' A 14 H3' A 14 -20.707 0.126 -9.443 147 H2' A 14 H2' A 14 -20.941 -1.248 -7.556 148 HO2' A 14 H2'' A 14 -22.766 -3.021 -7.981 149 H1' A 14 H1' A 14 -21.141 -3.684 -8.880 150 H8 A 14 H8 A 14 -18.397 -1.257 -10.100 151 H61 A 14 H61 A 14 -14.664 -4.306 -6.215 152 H62 A 14 H62 A 14 -14.753 -3.093 -7.473 153 H2 A 14 H2 A 14 -18.846 -5.783 -5.570 154 H5' C 15 H5' C 15 -23.869 -0.060 -6.637 155 H5'' C 15 H5'' C 15 -24.171 1.584 -6.039 156 H4' C 15 H4' C 15 -23.569 0.130 -4.184 157 H3' C 15 H3' C 15 -21.454 2.158 -4.938 158 H2' C 15 H2' C 15 -20.055 1.314 -3.295 159 HO2' C 15 H2'' C 15 -20.774 0.708 -1.372 160 H1' C 15 H1' C 15 -21.082 -1.335 -3.250 161 H41 C 15 H41 C 15 -15.226 -2.038 -5.639 162 H42 C 15 H42 C 15 -15.642 -1.084 -7.044 163 H5 C 15 H5 C 15 -17.781 -0.021 -7.333 164 H6 C 15 H6 C 15 -19.986 0.365 -6.335 165 H5' C 16 H5' C 16 -22.264 2.157 -0.881 166 H5'' C 16 H5'' C 16 -22.024 3.676 0.001 167 H4' C 16 H4' C 16 -20.606 1.761 0.799 168 H3' C 16 H3' C 16 -19.319 4.319 -0.163 169 H2' C 16 H2' C 16 -17.216 3.398 0.036 170 HO2' C 16 H2'' C 16 -17.600 1.231 1.608 171 H1' C 16 H1' C 16 -17.971 0.644 -0.131 172 H41 C 16 H41 C 16 -14.250 1.370 -5.213 173 H42 C 16 H42 C 16 -15.391 2.472 -5.947 174 H5 C 16 H5 C 16 -17.398 3.221 -4.848 175 H6 C 16 H6 C 16 -18.743 3.075 -2.802 176 H5' G 17 H5' G 17 -18.302 2.389 3.857 177 H5'' G 17 H5'' G 17 -18.197 3.669 5.083 178 H4' G 17 H4' G 17 -16.506 2.053 5.589 179 H3' G 17 H3' G 17 -15.410 4.577 4.355 180 H2' G 17 H2' G 17 -13.279 3.692 4.288 181 HO2' G 17 H2'' G 17 -14.015 1.812 6.309 182 H1' G 17 H1' G 17 -13.963 0.938 4.191 183 H8 G 17 H8 G 17 -15.601 2.363 1.251 184 H1 G 17 H1 G 17 -9.229 2.270 0.502 185 H21 G 17 H21 G 17 -8.235 1.895 2.446 186 H22 G 17 H22 G 17 -9.133 1.662 3.929 187 H5' G 18 H5' G 18 -13.270 3.152 7.664 188 H5'' G 18 H5'' G 18 -12.891 4.377 8.891 189 H4' G 18 H4' G 18 -10.932 2.977 8.322 190 H3' G 18 H3' G 18 -10.849 5.929 7.735 191 H2' G 18 H2' G 18 -8.793 5.749 6.664 192 HO2' G 18 H2'' G 18 -7.802 3.378 7.146 193 H1' G 18 H1' G 18 -9.020 3.140 5.671 194 H8 G 18 H8 G 18 -11.994 5.426 4.913 195 H1 G 18 H1 G 18 -7.228 5.787 0.633 196 H21 G 18 H21 G 18 -5.461 4.666 1.365 197 H22 G 18 H22 G 18 -5.448 3.830 2.902 198 H5' G 19 H5' G 19 -7.294 4.731 9.253 199 H5'' G 19 H5'' G 19 -6.651 5.664 10.620 200 H4' G 19 H4' G 19 -4.957 5.462 8.878 201 H3' G 19 H3' G 19 -6.126 8.201 9.334 202 H2' G 19 H2' G 19 -5.004 9.090 7.516 203 HO2' G 19 H2'' G 19 -2.919 8.700 7.850 204 H1' G 19 H1' G 19 -4.722 6.726 5.972 205 H8 G 19 H8 G 19 -8.224 7.879 7.117 206 H1 G 19 H1 G 19 -6.427 9.994 1.332 207 H21 G 19 H21 G 19 -4.309 9.460 0.951 208 H22 G 19 H22 G 19 -3.336 8.586 2.111 209 H5' G 20 H5' G 20 -3.283 11.606 11.318 210 H5'' G 20 H5'' G 20 -4.916 11.310 10.693 211 H4' G 20 H4' G 20 -2.496 12.375 9.229 212 H3' G 20 H3' G 20 -5.204 13.444 9.944 213 H2' G 20 H2' G 20 -5.584 14.351 7.840 214 HO2' G 20 H2'' G 20 -2.863 14.084 7.081 215 H1' G 20 H1' G 20 -4.220 12.535 6.251 216 H8 G 20 H8 G 20 -6.433 11.019 9.007 217 H1 G 20 H1 G 20 -9.446 12.047 3.438 218 H21 G 20 H21 G 20 -8.131 13.150 2.045 219 H22 G 20 H22 G 20 -6.512 13.640 2.476 220 H5' A 21 H5' A 21 -5.460 17.744 11.789 221 H5'' A 21 H5'' A 21 -6.652 16.630 11.087 222 H4' A 21 H4' A 21 -7.247 18.870 10.444 223 H3' A 21 H3' A 21 -6.258 17.037 8.322 224 H2' A 21 H2' A 21 -5.797 18.673 6.744 225 HO2' A 21 H2'' A 21 -7.695 19.740 6.578 226 H1' A 21 H1' A 21 -5.089 20.807 8.319 227 H8 A 21 H8 A 21 -3.383 17.805 9.813 228 H61 A 21 H61 A 21 0.973 18.478 5.460 229 H62 A 21 H62 A 21 0.531 17.656 6.938 230 H2 A 21 H2 A 21 -2.456 21.182 4.436 231 H5' A 22 H5' A 22 -9.657 17.502 4.194 232 H5'' A 22 H5'' A 22 -8.222 16.664 4.816 233 H4' A 22 H4' A 22 -8.399 19.635 4.204 234 H3' A 22 H3' A 22 -7.434 17.310 2.575 235 H2' A 22 H2' A 22 -5.408 18.322 2.044 236 HO2' A 22 H2'' A 22 -6.672 20.328 1.448 237 H1' A 22 H1' A 22 -4.994 19.827 4.339 238 H8 A 22 H8 A 22 -5.786 16.585 5.839 239 H61 A 22 H61 A 22 -0.203 14.554 4.100 240 H62 A 22 H62 A 22 -1.602 14.242 5.102 241 H2 A 22 H2 A 22 -1.029 18.388 1.924 242 H5' A 23 H5' A 23 -6.872 19.827 -0.746 243 H5'' A 23 H5'' A 23 -7.641 18.948 -2.083 244 H4' A 23 H4' A 23 -5.176 19.148 -2.348 245 H3' A 23 H3' A 23 -6.453 16.431 -2.122 246 H2' A 23 H2' A 23 -4.402 15.344 -2.026 247 HO2' A 23 H2'' A 23 -3.564 17.563 -3.526 248 H1' A 23 H1' A 23 -2.894 17.303 -0.737 249 H8 A 23 H8 A 23 -6.339 16.461 0.768 250 H61 A 23 H61 A 23 -3.283 12.354 4.259 251 H62 A 23 H62 A 23 -4.834 13.117 3.961 252 H2 A 23 H2 A 23 -0.402 14.083 1.295 253 H5' C 24 H5' C 24 -3.817 15.892 -4.808 254 H5'' C 24 H5'' C 24 -4.144 14.766 -6.140 255 H4' C 24 H4' C 24 -2.433 13.948 -4.493 256 H3' C 24 H3' C 24 -4.954 12.366 -4.996 257 H2' C 24 H2' C 24 -4.411 10.830 -3.335 258 HO2' C 24 H2'' C 24 -1.723 11.776 -3.274 259 H1' C 24 H1' C 24 -3.042 12.527 -1.594 260 H41 C 24 H41 C 24 -8.725 11.549 1.107 261 H42 C 24 H42 C 24 -9.441 12.755 0.062 262 H5 C 24 H5 C 24 -8.235 13.842 -1.717 263 H6 C 24 H6 C 24 -6.083 14.014 -2.877 264 H5' U 25 H5' U 25 -1.851 9.871 -4.590 265 H5'' U 25 H5'' U 25 -1.657 8.599 -5.813 266 H4' U 25 H4' U 25 -1.665 7.651 -3.548 267 H3' U 25 H3' U 25 -4.023 6.962 -5.308 268 H2' U 25 H2' U 25 -5.009 5.770 -3.577 269 HO2' U 25 H2'' U 25 -3.799 4.889 -1.857 270 H1' U 25 H1' U 25 -3.975 7.237 -1.412 271 H3 U 25 H3 U 25 -8.422 7.725 -0.735 272 H5 U 25 H5 U 25 -7.708 9.851 -4.303 273 H6 U 25 H6 U 25 -5.423 9.034 -4.256 274 H5' U 26 H5' U 26 -1.793 3.801 -3.367 275 H5'' U 26 H5'' U 26 -1.609 2.267 -4.244 276 H4' U 26 H4' U 26 -2.296 1.858 -1.928 277 H3' U 26 H3' U 26 -4.357 1.237 -4.052 278 H2' U 26 H2' U 26 -5.869 0.591 -2.412 279 HO2' U 26 H2'' U 26 -5.279 -0.144 -0.401 280 H1' U 26 H1' U 26 -5.125 2.377 -0.425 281 H3 U 26 H3 U 26 -9.377 3.682 -1.276 282 H5 U 26 H5 U 26 -7.275 4.724 -4.779 283 H6 U 26 H6 U 26 -5.326 3.603 -3.865 284 H5' G 27 H5' G 27 -4.210 -1.518 -1.423 285 H5'' G 27 H5'' G 27 -4.395 -3.239 -1.812 286 H4' G 27 H4' G 27 -6.122 -2.304 -0.228 287 H3' G 27 H3' G 27 -6.980 -3.602 -2.824 288 H2' G 27 H2' G 27 -9.179 -3.042 -2.394 289 HO2' G 27 H2'' G 27 -8.395 -3.227 0.333 290 H1' G 27 H1' G 27 -8.681 -0.868 -0.607 291 H8 G 27 H8 G 27 -7.408 0.162 -3.933 292 H1 G 27 H1 G 27 -13.810 0.338 -3.545 293 H21 G 27 H21 G 27 -14.498 -0.804 -1.768 294 H22 G 27 H22 G 27 -13.380 -1.599 -0.678 295 H5' G 28 H5' G 28 -8.677 -5.419 1.405 296 H5'' G 28 H5'' G 28 -8.591 -7.154 1.040 297 H4' G 28 H4' G 28 -10.599 -6.745 2.314 298 H3' G 28 H3' G 28 -10.998 -7.412 -0.587 299 H2' G 28 H2' G 28 -13.284 -6.979 -0.513 300 HO2' G 28 H2'' G 28 -14.490 -7.067 1.360 301 H1' G 28 H1' G 28 -13.324 -4.870 1.234 302 H8 G 28 H8 G 28 -10.379 -4.389 -1.058 303 H1 G 28 H1 G 28 -15.959 -2.760 -3.770 304 H21 G 28 H21 G 28 -17.645 -3.442 -2.512 305 H22 G 28 H22 G 28 -17.412 -4.298 -1.006 306 H5' U 29 H5' U 29 -14.081 -9.768 1.525 307 H5'' U 29 H5'' U 29 -13.875 -11.443 0.977 308 H4' U 29 H4' U 29 -16.213 -10.757 0.769 309 H3' U 29 H3' U 29 -14.725 -11.181 -1.827 310 H2' U 29 H2' U 29 -16.618 -10.561 -3.037 311 HO2' U 29 H2'' U 29 -18.107 -11.027 -0.650 312 H1' U 29 H1' U 29 -17.603 -8.623 -1.327 313 H3 U 29 H3 U 29 -16.475 -6.188 -4.980 314 H5 U 29 H5 U 29 -12.770 -7.294 -3.299 315 H6 U 29 H6 U 29 -13.976 -8.697 -1.728 316 H5' U 30 H5' U 30 -18.502 -13.352 -2.243 317 H5'' U 30 H5'' U 30 -18.129 -14.958 -2.899 318 H4' U 30 H4' U 30 -19.845 -13.858 -4.250 319 H3' U 30 H3' U 30 -17.150 -14.200 -5.587 320 H2' U 30 H2' U 30 -17.995 -13.178 -7.528 321 HO2' U 30 H2'' U 30 -20.438 -12.750 -7.491 322 H1' U 30 H1' U 30 -19.598 -11.283 -6.283 323 H3 U 30 H3 U 30 -16.429 -8.603 -8.041 324 H5 U 30 H5 U 30 -14.383 -10.712 -5.019 325 H6 U 30 H6 U 30 -16.382 -12.051 -4.691 326 H5' C 31 H5' C 31 -19.437 -15.245 -8.694 327 H5'' C 31 H5'' C 31 -18.859 -16.782 -9.370 328 H4' C 31 H4' C 31 -18.716 -15.042 -11.064 329 H3' C 31 H3' C 31 -16.033 -15.913 -9.952 330 H2' C 31 H2' C 31 -14.994 -14.442 -11.438 331 HO2' C 31 H2'' C 31 -17.439 -14.519 -12.896 332 H1' C 31 H1' C 31 -16.977 -12.454 -11.417 333 H41 C 31 H41 C 31 -12.414 -9.978 -7.748 334 H42 C 31 H42 C 31 -12.760 -11.129 -6.482 335 H5 C 31 H5 C 31 -14.367 -12.909 -6.718 336 H6 C 31 H6 C 31 -15.989 -13.967 -8.223 337 H5' U 32 H5' U 32 -16.060 -16.808 -13.910 338 H5'' U 32 H5'' U 32 -14.982 -18.040 -14.596 339 H4' U 32 H4' U 32 -14.315 -15.717 -15.178 340 H3' U 32 H3' U 32 -12.381 -17.363 -13.527 341 H2' U 32 H2' U 32 -10.985 -15.551 -13.386 342 HO2' U 32 H2'' U 32 -11.624 -13.838 -15.283 343 H1' U 32 H1' U 32 -12.964 -13.530 -13.962 344 H3 U 32 H3 U 32 -10.885 -11.462 -10.565 345 H5 U 32 H5 U 32 -12.363 -14.987 -8.786 346 H6 U 32 H6 U 32 -13.080 -15.718 -10.987 347 H5' U 33 H5' U 33 -10.591 -15.063 -16.836 348 H5'' U 33 H5'' U 33 -9.982 -16.291 -17.964 349 H4' U 33 H4' U 33 -8.301 -14.703 -18.078 350 H3' U 33 H3' U 33 -7.579 -16.734 -15.989 351 H2' U 33 H2' U 33 -5.820 -15.480 -15.173 352 HO2' U 33 H2'' U 33 -5.644 -13.792 -17.422 353 H1' U 33 H1' U 33 -6.699 -12.894 -15.875 354 H3 U 33 H3 U 33 -5.762 -13.158 -11.346 355 H5 U 33 H5 U 33 -9.757 -14.407 -11.835 356 H6 U 33 H6 U 33 -9.389 -14.427 -14.234 357 H5' C 34 H5' C 34 -2.952 -18.257 -16.477 358 H5'' C 34 H5'' C 34 -4.223 -17.880 -15.298 359 H4' C 34 H4' C 34 -2.056 -15.929 -16.142 360 H3' C 34 H3' C 34 -2.092 -17.958 -13.923 361 H2' C 34 H2' C 34 -1.428 -16.417 -12.331 362 HO2' C 34 H2'' C 34 0.067 -14.928 -12.739 363 H1' C 34 H1' C 34 -2.442 -14.059 -13.504 364 H41 C 34 H41 C 34 -6.090 -15.193 -8.399 365 H42 C 34 H42 C 34 -7.051 -16.314 -9.340 366 H5 C 34 H5 C 34 -6.497 -16.955 -11.594 367 H6 C 34 H6 C 34 -4.904 -16.661 -13.434 368 H5' C 35 H5' C 35 1.279 -20.427 -12.837 369 H5'' C 35 H5'' C 35 -0.092 -20.056 -11.770 370 H4' C 35 H4' C 35 2.805 -19.257 -11.502 371 H3' C 35 H3' C 35 0.832 -20.768 -9.818 372 H2' C 35 H2' C 35 1.523 -19.745 -7.845 373 HO2' C 35 H2'' C 35 3.921 -19.171 -9.267 374 H1' C 35 H1' C 35 2.133 -17.235 -8.764 375 H41 C 35 H41 C 35 -3.749 -16.805 -6.330 376 H42 C 35 H42 C 35 -4.409 -17.183 -7.903 377 H5 C 35 H5 C 35 -3.049 -17.829 -9.784 378 H6 C 35 H6 C 35 -0.763 -18.249 -10.561 379 H5' U 36 H5' U 36 4.114 -20.726 -7.921 380 H5'' U 36 H5'' U 36 4.893 -22.237 -7.409 381 H4' U 36 H4' U 36 4.544 -20.548 -5.570 382 H3' U 36 H3' U 36 3.363 -23.321 -5.385 383 H2' U 36 H2' U 36 2.233 -22.780 -3.448 384 HO2' U 36 H2'' U 36 3.195 -21.726 -1.860 385 H1' U 36 H1' U 36 2.215 -19.921 -3.798 386 H3 U 36 H3 U 36 -1.911 -21.483 -2.385 387 H5 U 36 H5 U 36 -1.897 -21.608 -6.599 388 H6 U 36 H6 U 36 0.494 -21.199 -6.537 389 H5' A 37 H5' A 37 4.903 -22.324 -1.742 390 H5'' A 37 H5'' A 37 6.131 -23.459 -1.155 391 H4' A 37 H4' A 37 4.539 -22.971 0.619 392 H3' A 37 H3' A 37 5.139 -25.611 -0.170 393 H2' A 37 H2' A 37 3.052 -26.177 -1.049 394 HO2' A 37 H2'' A 37 2.283 -26.123 1.696 395 H1' A 37 H1' A 37 1.596 -24.331 0.825 396 H8 A 37 H8 A 37 2.009 -25.381 -2.916 397 H61 A 37 H61 A 37 -4.100 -24.439 -3.255 398 H62 A 37 H62 A 37 -2.674 -24.971 -4.117 399 H2 A 37 H2 A 37 -2.744 -23.309 0.868 400 H5' A 38 H5' A 38 6.580 -25.254 4.421 401 H5'' A 38 H5'' A 38 6.122 -26.629 5.448 402 H4' A 38 H4' A 38 6.037 -24.570 6.741 403 H3' A 38 H3' A 38 3.429 -25.941 6.153 404 H2' A 38 H2' A 38 2.157 -24.188 6.998 405 HO2' A 38 H2'' A 38 4.315 -23.954 8.685 406 H1' A 38 H1' A 38 3.811 -22.045 6.379 407 H8 A 38 H8 A 38 3.660 -23.963 3.209 408 H61 A 38 H61 A 38 -1.956 -21.539 2.247 409 H62 A 38 H62 A 38 -0.629 -22.427 1.533 410 H2 A 38 H2 A 38 -0.784 -20.695 6.492 411 H5' G 39 H5' G 39 3.376 -24.849 10.318 412 H5'' G 39 H5'' G 39 2.573 -26.059 11.338 413 H4' G 39 H4' G 39 1.548 -23.748 11.398 414 H3' G 39 H3' G 39 -0.034 -26.211 10.729 415 H2' G 39 H2' G 39 -1.923 -25.002 10.057 416 HO2' G 39 H2'' G 39 -2.367 -22.950 10.757 417 H1' G 39 H1' G 39 -0.735 -22.883 8.825 418 H8 G 39 H8 G 39 1.139 -26.169 8.176 419 H1 G 39 H1 G 39 -3.666 -24.981 4.094 420 H21 G 39 H21 G 39 -4.836 -23.232 4.785 421 H22 G 39 H22 G 39 -4.443 -22.354 6.247 422 H5' U 40 H5' U 40 -2.732 -24.249 13.109 423 H5'' U 40 H5'' U 40 -3.398 -25.275 14.396 424 H4' U 40 H4' U 40 -5.193 -24.432 12.973 425 H3' U 40 H3' U 40 -4.626 -27.392 12.838 426 H2' U 40 H2' U 40 -6.222 -27.682 11.148 427 HO2' U 40 H2'' U 40 -7.774 -26.307 12.391 428 H1' U 40 H1' U 40 -5.827 -25.324 9.766 429 H3 U 40 H3 U 40 -4.184 -28.255 6.755 430 H5 U 40 H5 U 40 -1.363 -28.357 9.885 431 H6 U 40 H6 U 40 -2.839 -26.926 11.174 432 H5' C 41 H5' C 41 -8.972 -27.422 13.564 433 H5'' C 41 H5'' C 41 -9.294 -28.781 14.660 434 H4' C 41 H4' C 41 -10.411 -28.947 12.402 435 H3' C 41 H3' C 41 -8.517 -31.105 13.351 436 H2' C 41 H2' C 41 -8.702 -32.227 11.328 437 HO2' C 41 H2'' C 41 -11.257 -31.207 11.441 438 H1' C 41 H1' C 41 -9.171 -30.013 9.659 439 H41 C 41 H41 C 41 -3.209 -31.765 8.290 440 H42 C 41 H42 C 41 -2.646 -31.155 9.829 441 H5 C 41 H5 C 41 -4.115 -30.272 11.517 442 H6 C 41 H6 C 41 -6.445 -29.779 12.097 443 H5' C 42 H5' C 42 -12.005 -33.023 11.829 444 H5'' C 42 H5'' C 42 -12.479 -34.440 12.786 445 H4' C 42 H4' C 42 -12.101 -34.978 10.389 446 H3' C 42 H3' C 42 -10.273 -36.259 12.431 447 H2' C 42 H2' C 42 -9.079 -37.300 10.737 448 HO2' C 42 H2'' C 42 -10.645 -36.943 8.557 449 H1' C 42 H1' C 42 -9.539 -35.385 8.698 450 H41 C 42 H41 C 42 -3.371 -34.661 10.072 451 H42 C 42 H42 C 42 -3.758 -34.020 11.650 452 H5 C 42 H5 C 42 -6.008 -33.887 12.502 453 H6 C 42 H6 C 42 -8.370 -34.341 12.022 454 H5' U 43 H5' U 43 -11.270 -39.100 9.765 455 H5'' U 43 H5'' U 43 -11.700 -40.667 10.475 456 H4' U 43 H4' U 43 -9.851 -40.829 8.826 457 H3' U 43 H3' U 43 -9.399 -41.612 11.685 458 HO3' U 43 H3T U 43 -10.238 -43.292 10.705 459 H2' U 43 H2' U 43 -7.130 -41.557 11.480 460 HO2' U 43 H2'' U 43 -7.321 -42.537 8.810 461 H1' U 43 H1' U 43 -7.100 -40.433 8.746 462 H3 U 43 H3 U 43 -3.183 -38.674 10.146 463 H5 U 43 H5 U 43 -5.976 -37.220 12.949 464 H6 U 43 H6 U 43 -7.663 -38.604 11.886 465 H5' G 44 H5' G 44 -5.528 37.346 15.567 466 H5'' G 44 H5'' G 44 -5.388 36.491 14.020 467 H4' G 44 H4' G 44 -4.735 38.785 13.670 468 H3' G 44 H3' G 44 -2.571 36.718 13.516 469 H2' G 44 H2' G 44 -0.844 38.285 13.458 470 HO2' G 44 H2'' G 44 -1.801 40.665 13.202 471 H1' G 44 H1' G 44 -1.849 40.202 15.126 472 H8 G 44 H8 G 44 -2.793 37.272 17.093 473 H1 G 44 H1 G 44 3.583 37.962 16.907 474 H21 G 44 H21 G 44 4.152 39.388 15.309 475 H22 G 44 H22 G 44 2.971 40.171 14.285 476 HO5' G 44 H5T G 44 -3.054 36.328 15.275 477 H5' G 45 H5' G 45 -1.291 39.218 10.960 478 H5'' G 45 H5'' G 45 -1.063 38.641 9.296 479 H4' G 45 H4' G 45 1.017 39.595 10.144 480 H3' G 45 H3' G 45 0.983 36.605 9.736 481 H2' G 45 H2' G 45 3.121 36.399 10.612 482 HO2' G 45 H2'' G 45 3.589 39.188 10.275 483 H1' G 45 H1' G 45 3.077 38.583 12.383 484 H8 G 45 H8 G 45 0.093 36.305 12.898 485 H1 G 45 H1 G 45 5.443 34.255 15.787 486 H21 G 45 H21 G 45 7.183 35.442 15.095 487 H22 G 45 H22 G 45 7.032 36.738 13.928 488 H5' G 46 H5' G 46 4.550 38.080 8.063 489 H5'' G 46 H5'' G 46 4.818 37.507 6.403 490 H4' G 46 H4' G 46 6.799 37.079 7.754 491 H3' G 46 H3' G 46 5.219 34.630 6.954 492 H2' G 46 H2' G 46 6.639 33.263 8.186 493 HO2' G 46 H2'' G 46 8.489 34.912 7.214 494 H1' G 46 H1' G 46 7.393 35.119 10.168 495 H8 G 46 H8 G 46 3.639 34.536 9.509 496 H1 G 46 H1 G 46 6.219 30.791 14.036 497 H21 G 46 H21 G 46 8.420 31.052 14.078 498 H22 G 46 H22 G 46 9.256 32.148 12.997 499 H5' A 47 H5' A 47 9.313 33.439 6.068 500 H5'' A 47 H5'' A 47 9.293 32.880 4.383 501 H4' A 47 H4' A 47 10.274 31.155 5.777 502 H3' A 47 H3' A 47 7.490 30.518 4.779 503 H2' A 47 H2' A 47 7.502 28.510 5.949 504 HO2' A 47 H2'' A 47 10.334 28.723 5.752 505 H1' A 47 H1' A 47 9.212 29.299 8.064 506 H8 A 47 H8 A 47 6.075 31.375 7.161 507 H61 A 47 H61 A 47 3.273 28.204 11.680 508 H62 A 47 H62 A 47 3.121 29.508 10.523 509 H2 A 47 H2 A 47 7.377 26.484 11.113 510 H5' U 48 H5' U 48 9.500 26.941 4.023 511 H5'' U 48 H5'' U 48 8.913 26.269 2.488 512 H4' U 48 H4' U 48 8.449 24.823 4.483 513 H3' U 48 H3' U 48 6.155 25.868 2.815 514 H2' U 48 H2' U 48 4.612 24.951 4.287 515 HO2' U 48 H2'' U 48 6.566 22.987 4.475 516 H1' U 48 H1' U 48 6.273 24.892 6.617 517 H3 U 48 H3 U 48 2.746 27.059 8.376 518 H5 U 48 H5 U 48 4.092 29.682 5.364 519 H6 U 48 H6 U 48 5.686 27.981 4.688 520 H5' A 49 H5' A 49 9.168 23.306 1.798 521 H5'' A 49 H5'' A 49 9.597 22.275 0.418 522 H4' A 49 H4' A 49 9.890 21.316 2.799 523 H3' A 49 H3' A 49 9.253 20.008 0.377 524 H2' A 49 H2' A 49 7.079 19.363 0.864 525 HO2' A 49 H2'' A 49 8.309 17.405 1.135 526 H1' A 49 H1' A 49 7.494 19.294 3.826 527 H8 A 49 H8 A 49 5.457 21.517 1.334 528 H61 A 49 H61 A 49 0.527 19.560 4.531 529 H62 A 49 H62 A 49 1.083 20.587 3.229 530 H2 A 49 H2 A 49 4.167 17.550 6.211 531 H5' U 50 H5' U 50 10.008 14.812 2.521 532 H5'' U 50 H5'' U 50 8.830 16.132 2.388 533 H4' U 50 H4' U 50 10.248 15.089 4.839 534 H3' U 50 H3' U 50 7.487 15.071 3.884 535 H2' U 50 H2' U 50 6.767 16.855 5.123 536 HO2' U 50 H2'' U 50 7.132 16.317 7.580 537 H1' U 50 H1' U 50 9.140 16.855 6.943 538 H3 U 50 H3 U 50 9.663 21.560 5.693 539 H5 U 50 H5 U 50 5.779 20.602 7.022 540 H6 U 50 H6 U 50 6.353 18.255 6.801 541 H5' G 51 H5' G 51 5.084 15.478 6.464 542 H5'' G 51 H5'' G 51 4.894 13.833 7.108 543 H4' G 51 H4' G 51 2.712 14.211 6.541 544 H3' G 51 H3' G 51 4.063 13.189 4.066 545 H2' G 51 H2' G 51 2.325 13.775 2.689 546 HO2' G 51 H2'' G 51 0.591 13.772 4.958 547 H1' G 51 H1' G 51 1.217 15.912 4.136 548 H8 G 51 H8 G 51 4.946 16.200 3.471 549 H1 G 51 H1 G 51 1.307 18.272 -1.389 550 H21 G 51 H21 G 51 -0.815 17.744 -1.026 551 H22 G 51 H22 G 51 -1.341 16.891 0.396 552 H5' G 52 H5' G 52 2.844 10.112 1.694 553 H5'' G 52 H5'' G 52 3.016 11.876 1.620 554 H4' G 52 H4' G 52 0.337 10.619 1.088 555 H3' G 52 H3' G 52 2.718 10.533 -0.748 556 H2' G 52 H2' G 52 1.507 11.381 -2.552 557 HO2' G 52 H2'' G 52 -0.260 9.928 -2.355 558 H1' G 52 H1' G 52 -0.142 13.131 -1.232 559 H8 G 52 H8 G 52 2.917 14.059 0.480 560 H1 G 52 H1 G 52 3.295 15.529 -5.754 561 H21 G 52 H21 G 52 1.700 14.483 -6.883 562 H22 G 52 H22 G 52 0.543 13.422 -6.108 563 H5' A 53 H5' A 53 0.591 7.532 -3.137 564 H5'' A 53 H5'' A 53 1.816 6.275 -3.392 565 H4' A 53 H4' A 53 1.044 7.443 -5.487 566 H3' A 53 H3' A 53 3.972 7.486 -4.726 567 H2' A 53 H2' A 53 4.451 8.869 -6.517 568 HO2' A 53 H2'' A 53 2.022 8.281 -7.850 569 H1' A 53 H1' A 53 1.896 10.083 -6.788 570 H8 A 53 H8 A 53 3.475 10.594 -3.368 571 H61 A 53 H61 A 53 6.303 15.508 -5.859 572 H62 A 53 H62 A 53 5.953 14.647 -4.374 573 H2 A 53 H2 A 53 4.351 13.205 -9.166 574 H5' A 54 H5' A 54 2.887 6.554 -8.849 575 H5'' A 54 H5'' A 54 3.789 5.165 -9.487 576 H4' A 54 H4' A 54 3.647 6.988 -11.137 577 H3' A 54 H3' A 54 6.396 6.348 -10.041 578 H2' A 54 H2' A 54 7.321 8.059 -11.367 579 HO2' A 54 H2'' A 54 6.181 8.991 -13.108 580 H1' A 54 H1' A 54 5.296 9.898 -11.093 581 H8 A 54 H8 A 54 6.098 8.057 -7.819 582 H61 A 54 H61 A 54 10.255 12.534 -6.840 583 H62 A 54 H62 A 54 9.447 11.144 -6.153 584 H2 A 54 H2 A 54 8.637 13.025 -10.993 585 H5' G 55 H5' G 55 7.600 5.939 -14.077 586 H5'' G 55 H5'' G 55 8.332 4.327 -14.213 587 H4' G 55 H4' G 55 9.966 6.001 -14.846 588 H3' G 55 H3' G 55 10.499 4.679 -12.178 589 H2' G 55 H2' G 55 12.349 6.044 -11.845 590 HO2' G 55 H2'' G 55 13.479 5.627 -13.714 591 H1' G 55 H1' G 55 11.485 8.277 -13.313 592 H8 G 55 H8 G 55 9.099 6.988 -10.604 593 H1 G 55 H1 G 55 13.506 11.169 -8.544 594 H21 G 55 H21 G 55 15.003 11.541 -10.134 595 H22 G 55 H22 G 55 14.920 10.774 -11.702 596 H5' A 56 H5' A 56 13.834 4.365 -15.220 597 H5'' A 56 H5'' A 56 14.957 3.027 -14.906 598 H4' A 56 H4' A 56 16.058 5.276 -15.136 599 H3' A 56 H3' A 56 16.370 3.729 -12.552 600 H2' A 56 H2' A 56 17.691 5.466 -11.678 601 HO2' A 56 H2'' A 56 18.533 7.131 -13.091 602 H1' A 56 H1' A 56 16.319 7.597 -12.813 603 H8 A 56 H8 A 56 14.242 4.721 -11.246 604 H61 A 56 H61 A 56 14.134 8.312 -6.196 605 H62 A 56 H62 A 56 13.532 6.834 -6.933 606 H2 A 56 H2 A 56 16.830 10.234 -9.214 607 H5' A 57 H5' A 57 20.559 4.112 -13.262 608 H5'' A 57 H5'' A 57 21.258 2.505 -12.984 609 H4' A 57 H4' A 57 22.187 4.120 -11.403 610 H3' A 57 H3' A 57 20.338 2.046 -10.196 611 H2' A 57 H2' A 57 20.666 3.007 -8.080 612 HO2' A 57 H2'' A 57 22.470 4.837 -8.207 613 H1' A 57 H1' A 57 20.812 5.662 -8.879 614 H8 A 57 H8 A 57 18.006 3.524 -10.451 615 H61 A 57 H61 A 57 14.465 5.686 -5.856 616 H62 A 57 H62 A 57 14.491 4.761 -7.341 617 H2 A 57 H2 A 57 18.679 7.013 -5.102 618 H5' C 58 H5' C 58 23.629 1.656 -7.559 619 H5'' C 58 H5'' C 58 23.947 -0.075 -7.326 620 H4' C 58 H4' C 58 23.433 0.974 -5.186 621 H3' C 58 H3' C 58 21.276 -0.872 -6.237 622 H2' C 58 H2' C 58 19.964 -0.377 -4.391 623 HO2' C 58 H2'' C 58 20.778 -0.199 -2.426 624 H1' C 58 H1' C 58 21.010 2.215 -3.866 625 H41 C 58 H41 C 58 15.039 3.325 -5.783 626 H42 C 58 H42 C 58 15.396 2.700 -7.377 627 H5 C 58 H5 C 58 17.526 1.756 -7.979 628 H6 C 58 H6 C 58 19.774 1.195 -7.181 629 H5' C 59 H5' C 59 22.271 -1.702 -2.318 630 H5'' C 59 H5'' C 59 22.071 -3.371 -1.754 631 H4' C 59 H4' C 59 20.692 -1.669 -0.521 632 H3' C 59 H3' C 59 19.347 -3.978 -1.931 633 H2' C 59 H2' C 59 17.264 -3.119 -1.445 634 HO2' C 59 H2'' C 59 17.732 -1.321 0.518 635 H1' C 59 H1' C 59 18.039 -0.384 -1.082 636 H41 C 59 H41 C 59 14.067 -0.111 -6.023 637 H42 C 59 H42 C 59 15.177 -1.024 -7.020 638 H5 C 59 H5 C 59 17.241 -1.947 -6.192 639 H6 C 59 H6 C 59 18.684 -2.200 -4.226 640 H5' G 60 H5' G 60 18.532 -2.926 2.441 641 H5'' G 60 H5'' G 60 18.480 -4.429 3.382 642 H4' G 60 H4' G 60 16.822 -2.962 4.289 643 H3' G 60 H3' G 60 15.656 -5.181 2.614 644 H2' G 60 H2' G 60 13.529 -4.314 2.834 645 HO2' G 60 H2'' G 60 14.364 -2.875 5.153 646 H1' G 60 H1' G 60 14.215 -1.595 3.267 647 H8 G 60 H8 G 60 15.714 -2.388 0.028 648 H1 G 60 H1 G 60 9.317 -2.159 -0.394 649 H21 G 60 H21 G 60 8.417 -2.192 1.632 650 H22 G 60 H22 G 60 9.383 -2.269 3.088 651 H5' G 61 H5' G 61 13.681 -4.483 6.246 652 H5'' G 61 H5'' G 61 13.352 -5.940 7.204 653 H4' G 61 H4' G 61 11.377 -4.457 7.030 654 H3' G 61 H3' G 61 11.252 -7.226 5.851 655 H2' G 61 H2' G 61 9.151 -6.840 4.938 656 HO2' G 61 H2'' G 61 8.191 -4.627 5.938 657 H1' G 61 H1' G 61 9.345 -4.081 4.492 658 H8 G 61 H8 G 61 12.270 -6.150 3.145 659 H1 G 61 H1 G 61 7.311 -5.641 -0.896 660 H21 G 61 H21 G 61 5.587 -4.701 0.128 661 H22 G 61 H22 G 61 5.647 -4.199 1.802 662 H5' G 62 H5' G 62 7.780 -6.386 7.733 663 H5'' G 62 H5'' G 62 7.196 -7.578 8.912 664 H4' G 62 H4' G 62 5.423 -7.040 7.332 665 H3' G 62 H3' G 62 6.602 -9.806 7.159 666 H2' G 62 H2' G 62 5.389 -10.308 5.250 667 HO2' G 62 H2'' G 62 3.324 -10.005 5.739 668 H1' G 62 H1' G 62 5.046 -7.677 4.241 669 H8 G 62 H8 G 62 8.593 -9.015 4.964 670 H1 G 62 H1 G 62 6.527 -9.910 -1.044 671 H21 G 62 H21 G 62 4.396 -9.318 -1.211 672 H22 G 62 H22 G 62 3.482 -8.706 0.148 673 H5' G 63 H5' G 63 3.847 -13.563 8.528 674 H5'' G 63 H5'' G 63 5.448 -13.130 7.898 675 H4' G 63 H4' G 63 2.954 -13.884 6.364 676 H3' G 63 H3' G 63 5.685 -15.067 6.717 677 H2' G 63 H2' G 63 5.965 -15.520 4.456 678 HO2' G 63 H2'' G 63 3.211 -15.116 3.898 679 H1' G 63 H1' G 63 4.542 -13.421 3.338 680 H8 G 63 H8 G 63 6.886 -12.497 6.246 681 H1 G 63 H1 G 63 9.628 -12.327 0.449 682 H21 G 63 H21 G 63 8.245 -13.136 -1.076 683 H22 G 63 H22 G 63 6.650 -13.720 -0.676 684 H5' A 64 H5' A 64 6.009 -19.648 7.627 685 H5'' A 64 H5'' A 64 7.167 -18.406 7.107 686 H4' A 64 H4' A 64 7.722 -20.472 5.996 687 H3' A 64 H3' A 64 6.650 -18.244 4.344 688 H2' A 64 H2' A 64 6.103 -19.519 2.486 689 HO2' A 64 H2'' A 64 7.984 -20.521 2.012 690 H1' A 64 H1' A 64 5.458 -21.933 3.615 691 H8 A 64 H8 A 64 3.831 -19.309 5.770 692 H61 A 64 H61 A 64 -0.724 -19.118 1.588 693 H62 A 64 H62 A 64 -0.206 -18.613 3.182 694 H2 A 64 H2 A 64 2.644 -21.524 -0.137 695 H5' A 65 H5' A 65 9.855 -17.827 0.054 696 H5'' A 65 H5'' A 65 8.456 -17.142 0.905 697 H4' A 65 H4' A 65 8.587 -19.923 -0.311 698 H3' A 65 H3' A 65 7.550 -17.318 -1.382 699 H2' A 65 H2' A 65 5.504 -18.223 -2.016 700 HO2' A 65 H2'' A 65 6.744 -20.055 -3.061 701 H1' A 65 H1' A 65 5.200 -20.166 -0.054 702 H8 A 65 H8 A 65 6.065 -17.284 2.037 703 H61 A 65 H61 A 65 0.423 -14.962 0.963 704 H62 A 65 H62 A 65 1.865 -14.844 1.947 705 H2 A 65 H2 A 65 1.131 -18.306 -1.940 706 H5' A 66 H5' A 66 6.835 -19.100 -5.124 707 H5'' A 66 H5'' A 66 7.545 -17.956 -6.283 708 H4' A 66 H4' A 66 5.068 -18.116 -6.472 709 H3' A 66 H3' A 66 6.366 -15.497 -5.751 710 H2' A 66 H2' A 66 4.327 -14.465 -5.336 711 HO2' A 66 H2'' A 66 3.411 -16.333 -7.221 712 H1' A 66 H1' A 66 2.867 -16.655 -4.416 713 H8 A 66 H8 A 66 6.381 -16.119 -2.935 714 H61 A 66 H61 A 66 3.525 -12.832 1.468 715 H62 A 66 H62 A 66 5.054 -13.510 0.940 716 H2 A 66 H2 A 66 0.488 -13.935 -1.637 717 H5' C 67 H5' C 67 3.610 -14.433 -8.143 718 H5'' C 67 H5'' C 67 3.879 -13.053 -9.228 719 H4' C 67 H4' C 67 2.249 -12.602 -7.371 720 H3' C 67 H3' C 67 4.753 -10.939 -7.651 721 H2' C 67 H2' C 67 4.293 -9.781 -5.687 722 HO2' C 67 H2'' C 67 1.608 -10.731 -5.698 723 H1' C 67 H1' C 67 2.998 -11.803 -4.272 724 H41 C 67 H41 C 67 8.804 -11.367 -1.695 725 H42 C 67 H42 C 67 9.467 -12.325 -2.997 726 H5 C 67 H5 C 67 8.177 -13.035 -4.905 727 H6 C 67 H6 C 67 5.970 -12.981 -5.972 728 H5' U 68 H5' U 68 1.678 -8.587 -6.602 729 H5'' U 68 H5'' U 68 1.448 -7.090 -7.527 730 H4' U 68 H4' U 68 1.555 -6.638 -5.113 731 H3' U 68 H3' U 68 3.831 -5.584 -6.799 732 H2' U 68 H2' U 68 4.902 -4.771 -4.906 733 HO2' U 68 H2'' U 68 3.781 -4.269 -2.990 734 H1' U 68 H1' U 68 3.964 -6.663 -3.047 735 H3 U 68 H3 U 68 8.434 -7.246 -2.692 736 H5 U 68 H5 U 68 7.543 -8.618 -6.577 737 H6 U 68 H6 U 68 5.268 -7.832 -6.261 738 H5' U 69 H5' U 69 1.704 -2.902 -4.148 739 H5'' U 69 H5'' U 69 1.490 -1.221 -4.681 740 H4' U 69 H4' U 69 2.285 -1.295 -2.365 741 H3' U 69 H3' U 69 4.251 -0.244 -4.407 742 H2' U 69 H2' U 69 5.837 0.061 -2.734 743 HO2' U 69 H2'' U 69 5.337 0.361 -0.593 744 H1' U 69 H1' U 69 5.177 -2.104 -1.135 745 H3 U 69 H3 U 69 9.378 -3.182 -2.426 746 H5 U 69 H5 U 69 7.119 -3.488 -5.973 747 H6 U 69 H6 U 69 5.217 -2.590 -4.761 748 H5' G 70 H5' G 70 4.237 1.905 -1.269 749 H5'' G 70 H5'' G 70 4.403 3.671 -1.299 750 H4' G 70 H4' G 70 6.204 2.444 -0.024 751 H3' G 70 H3' G 70 6.946 4.254 -2.336 752 H2' G 70 H2' G 70 9.163 3.632 -2.124 753 HO2' G 70 H2'' G 70 8.497 3.236 0.611 754 H1' G 70 H1' G 70 8.737 1.131 -0.814 755 H8 G 70 H8 G 70 7.302 0.809 -4.213 756 H1 G 70 H1 G 70 13.713 0.566 -4.165 757 H21 G 70 H21 G 70 14.488 1.339 -2.229 758 H22 G 70 H22 G 70 13.426 1.899 -0.954 759 H5' G 71 H5' G 71 8.842 5.169 2.094 760 H5'' G 71 H5'' G 71 8.745 6.942 2.098 761 H4' G 71 H4' G 71 10.806 6.295 3.170 762 H3' G 71 H3' G 71 11.078 7.545 0.453 763 H2' G 71 H2' G 71 13.364 7.118 0.334 764 HO2' G 71 H2'' G 71 14.654 6.830 2.130 765 H1' G 71 H1' G 71 13.478 4.696 1.605 766 H8 G 71 H8 G 71 10.425 4.672 -0.597 767 H1 G 71 H1 G 71 15.865 3.672 -3.841 768 H21 G 71 H21 G 71 17.615 4.098 -2.555 769 H22 G 71 H22 G 71 17.455 4.631 -0.897 770 H5' U 72 H5' U 72 14.258 9.423 2.857 771 H5'' U 72 H5'' U 72 14.038 11.177 2.689 772 H4' U 72 H4' U 72 16.359 10.565 2.233 773 H3' U 72 H3' U 72 14.756 11.514 -0.147 774 H2' U 72 H2' U 72 16.582 11.163 -1.550 775 HO2' U 72 H2'' U 72 18.201 11.121 0.801 776 H1' U 72 H1' U 72 17.643 8.919 -0.318 777 H3 U 72 H3 U 72 16.345 7.287 -4.343 778 H5 U 72 H5 U 72 12.723 8.000 -2.308 779 H6 U 72 H6 U 72 14.004 9.049 -0.533 780 H5' U 73 H5' U 73 18.519 13.720 -0.286 781 H5'' U 73 H5'' U 73 18.140 15.430 -0.564 782 H4' U 73 H4' U 73 19.774 14.647 -2.202 783 H3' U 73 H3' U 73 17.020 15.247 -3.310 784 H2' U 73 H2' U 73 17.770 14.661 -5.459 785 HO2' U 73 H2'' U 73 20.205 14.246 -5.635 786 H1' U 73 H1' U 73 19.418 12.554 -4.716 787 H3 U 73 H3 U 73 16.158 10.264 -6.824 788 H5 U 73 H5 U 73 14.273 11.708 -3.340 789 H6 U 73 H6 U 73 16.286 12.973 -2.855 790 H5' C 74 H5' C 74 19.164 16.909 -6.235 791 H5'' C 74 H5'' C 74 18.579 18.555 -6.550 792 H4' C 74 H4' C 74 18.340 17.215 -8.563 793 H3' C 74 H3' C 74 15.712 17.825 -7.179 794 H2' C 74 H2' C 74 14.601 16.681 -8.884 795 HO2' C 74 H2'' C 74 16.978 17.065 -10.409 796 H1' C 74 H1' C 74 16.575 14.743 -9.364 797 H41 C 74 H41 C 74 12.177 11.536 -6.081 798 H42 C 74 H42 C 74 12.582 12.408 -4.622 799 H5 C 74 H5 C 74 14.180 14.209 -4.559 800 H6 C 74 H6 C 74 15.734 15.565 -5.886 801 H5' U 75 H5' U 75 15.564 19.514 -10.860 802 H5'' U 75 H5'' U 75 14.469 20.852 -11.258 803 H4' U 75 H4' U 75 13.754 18.693 -12.243 804 H3' U 75 H3' U 75 11.900 19.953 -10.206 805 H2' U 75 H2' U 75 10.511 18.140 -10.380 806 HO2' U 75 H2'' U 75 11.077 16.865 -12.623 807 H1' U 75 H1' U 75 12.463 16.300 -11.442 808 H3 U 75 H3 U 75 10.526 13.558 -8.471 809 H5 U 75 H5 U 75 12.093 16.637 -6.055 810 H6 U 75 H6 U 75 12.713 17.821 -8.082 811 H5' U 76 H5' U 76 9.955 18.376 -13.819 812 H5'' U 76 H5'' U 76 9.307 19.800 -14.656 813 H4' U 76 H4' U 76 7.613 18.266 -15.020 814 H3' U 76 H3' U 76 6.987 19.819 -12.528 815 H2' U 76 H2' U 76 5.265 18.414 -11.906 816 HO2' U 76 H2'' U 76 4.979 17.225 -14.446 817 H1' U 76 H1' U 76 6.101 16.033 -13.164 818 H3 U 76 H3 U 76 5.378 15.348 -8.640 819 H5 U 76 H5 U 76 9.349 16.703 -9.045 820 H6 U 76 H6 U 76 8.868 17.215 -11.367 821 H5' C 77 H5' C 77 2.357 21.388 -12.469 822 H5'' C 77 H5'' C 77 3.684 20.774 -11.461 823 H4' C 77 H4' C 77 1.464 19.036 -12.587 824 H3' C 77 H3' C 77 1.613 20.563 -10.001 825 H2' C 77 H2' C 77 1.012 18.723 -8.731 826 HO2' C 77 H2'' C 77 -0.505 17.345 -9.371 827 H1' C 77 H1' C 77 1.963 16.663 -10.407 828 H41 C 77 H41 C 77 5.851 16.732 -5.358 829 H42 C 77 H42 C 77 6.773 18.028 -6.088 830 H5 C 77 H5 C 77 6.116 19.125 -8.129 831 H6 C 77 H6 C 77 4.437 19.212 -9.915 832 H5' C 78 H5' C 78 -1.695 22.742 -8.276 833 H5'' C 78 H5'' C 78 -0.279 22.174 -7.368 834 H4' C 78 H4' C 78 -3.160 21.309 -7.145 835 H3' C 78 H3' C 78 -1.115 22.455 -5.271 836 H2' C 78 H2' C 78 -1.726 21.044 -3.523 837 HO2' C 78 H2'' C 78 -4.181 20.750 -4.938 838 H1' C 78 H1' C 78 -2.376 18.772 -4.919 839 H41 C 78 H41 C 78 3.606 17.872 -2.889 840 H42 C 78 H42 C 78 4.196 18.567 -4.380 841 H5 C 78 H5 C 78 2.756 19.581 -6.023 842 H6 C 78 H6 C 78 0.440 20.148 -6.591 843 H5' U 79 H5' U 79 -4.292 21.991 -3.279 844 H5'' U 79 H5'' U 79 -5.055 23.353 -2.440 845 H4' U 79 H4' U 79 -4.623 21.340 -0.995 846 H3' U 79 H3' U 79 -3.418 24.023 -0.308 847 H2' U 79 H2' U 79 -2.201 23.105 1.423 848 HO2' U 79 H2'' U 79 -3.095 21.757 2.814 849 H1' U 79 H1' U 79 -2.219 20.376 0.500 850 H3 U 79 H3 U 79 1.971 21.625 2.007 851 H5 U 79 H5 U 79 1.767 22.635 -2.079 852 H6 U 79 H6 U 79 -0.620 22.207 -1.998 853 H5' A 80 H5' A 80 -4.798 22.289 3.120 854 H5'' A 80 H5'' A 80 -5.994 23.271 3.983 855 H4' A 80 H4' A 80 -4.327 22.433 5.547 856 H3' A 80 H3' A 80 -4.951 25.175 5.350 857 H2' A 80 H2' A 80 -2.907 25.923 4.510 858 HO2' A 80 H2'' A 80 -2.018 25.314 7.151 859 H1' A 80 H1' A 80 -1.370 23.742 5.900 860 H8 A 80 H8 A 80 -1.946 25.545 2.479 861 H61 A 80 H61 A 80 4.135 24.717 1.671 862 H62 A 80 H62 A 80 2.673 25.411 1.006 863 H2 A 80 H2 A 80 2.963 22.744 5.526 864 H5' A 81 H5' A 81 -6.181 23.880 9.837 865 H5'' A 81 H5'' A 81 -5.664 25.015 11.103 866 H4' A 81 H4' A 81 -5.532 22.730 11.935 867 H3' A 81 H3' A 81 -2.946 24.205 11.520 868 H2' A 81 H2' A 81 -1.648 22.320 11.929 869 HO2' A 81 H2'' A 81 -3.735 21.728 13.621 870 H1' A 81 H1' A 81 -3.338 20.347 10.952 871 H8 A 81 H8 A 81 -3.320 22.877 8.240 872 H61 A 81 H61 A 81 2.233 20.727 6.552 873 H62 A 81 H62 A 81 0.879 21.736 6.096 874 H2 A 81 H2 A 81 1.250 19.026 10.584 875 H5' G 82 H5' G 82 -2.707 22.291 15.363 876 H5'' G 82 H5'' G 82 -1.852 23.268 16.572 877 H4' G 82 H4' G 82 -0.836 21.001 16.116 878 H3' G 82 H3' G 82 0.726 23.554 15.892 879 H2' G 82 H2' G 82 2.574 22.519 14.892 880 HO2' G 82 H2'' G 82 3.036 20.363 15.125 881 H1' G 82 H1' G 82 1.325 20.688 13.314 882 H8 G 82 H8 G 82 -0.571 24.022 13.441 883 H1 G 82 H1 G 82 4.038 23.738 8.986 884 H21 G 82 H21 G 82 5.235 21.890 9.245 885 H22 G 82 H22 G 82 4.906 20.728 10.510 886 H5' U 83 H5' U 83 3.515 21.154 17.682 887 H5'' U 83 H5'' U 83 4.245 21.885 19.127 888 H4' U 83 H4' U 83 5.970 21.374 17.480 889 H3' U 83 H3' U 83 5.407 24.295 17.985 890 H2' U 83 H2' U 83 6.924 24.936 16.317 891 HO2' U 83 H2'' U 83 8.532 23.358 17.173 892 H1' U 83 H1' U 83 6.456 22.908 14.502 893 H3 U 83 H3 U 83 4.693 26.383 12.233 894 H5 U 83 H5 U 83 2.022 25.844 15.449 895 H6 U 83 H6 U 83 3.542 24.180 16.348 896 H5' C 84 H5' C 84 9.780 24.198 18.497 897 H5'' C 84 H5'' C 84 10.161 25.302 19.835 898 H4' C 84 H4' C 84 11.175 25.938 17.615 899 H3' C 84 H3' C 84 9.330 27.843 19.067 900 H2' C 84 H2' C 84 9.447 29.364 17.313 901 HO2' C 84 H2'' C 84 11.990 28.341 17.106 902 H1' C 84 H1' C 84 9.811 27.549 15.205 903 H41 C 84 H41 C 84 3.796 29.484 14.491 904 H42 C 84 H42 C 84 3.304 28.568 15.897 905 H5 C 84 H5 C 84 4.851 27.377 17.307 906 H6 C 84 H6 C 84 7.207 26.807 17.674 907 H5' C 85 H5' C 85 12.775 30.058 17.825 908 H5'' C 85 H5'' C 85 13.270 31.253 19.040 909 H4' C 85 H4' C 85 12.797 32.257 16.808 910 H3' C 85 H3' C 85 11.071 33.091 19.151 911 H2' C 85 H2' C 85 9.806 34.446 17.760 912 HO2' C 85 H2'' C 85 11.258 34.549 15.480 913 H1' C 85 H1' C 85 10.166 32.984 15.357 914 H41 C 85 H41 C 85 4.062 31.985 16.851 915 H42 C 85 H42 C 85 4.522 31.026 18.236 916 H5 C 85 H5 C 85 6.808 30.718 18.925 917 H6 C 85 H6 C 85 9.147 31.262 18.434 918 H5' U 86 H5' U 86 11.954 36.426 17.091 919 H5'' U 86 H5'' U 86 12.417 37.812 18.095 920 H4' U 86 H4' U 86 10.495 38.299 16.595 921 H3' U 86 H3' U 86 10.169 38.470 19.573 922 HO3' U 86 H3T U 86 10.988 40.313 18.914 923 H2' U 86 H2' U 86 7.893 38.453 19.456 924 HO2' U 86 H2'' U 86 7.995 39.961 17.038 925 H1' U 86 H1' U 86 7.742 37.909 16.556 926 H3 U 86 H3 U 86 3.891 35.871 17.755 927 H5 U 86 H5 U 86 6.815 33.902 20.066 928 H6 U 86 H6 U 86 8.451 35.485 19.225 Start of MODEL 3 1 H5' G 1 H5' G 1 4.488 -44.824 5.926 2 H5'' G 1 H5'' G 1 4.961 -43.397 4.988 3 H4' G 1 H4' G 1 3.699 -44.906 3.567 4 H3' G 1 H3' G 1 2.467 -42.267 4.266 5 H2' G 1 H2' G 1 0.384 -42.806 3.376 6 HO2' G 1 H2'' G 1 0.104 -44.356 1.789 7 H1' G 1 H1' G 1 0.247 -45.470 3.995 8 H8 G 1 H8 G 1 1.676 -44.108 7.105 9 H1 G 1 H1 G 1 -4.469 -42.409 6.381 10 H21 G 1 H21 G 1 -5.130 -42.815 4.300 11 H22 G 1 H22 G 1 -4.065 -43.499 3.093 12 HO5' G 1 H5T G 1 3.410 -42.210 6.002 13 H5' G 2 H5' G 2 0.927 -42.952 0.835 14 H5'' G 2 H5'' G 2 1.269 -41.744 -0.417 15 H4' G 2 H4' G 2 -1.142 -42.102 -0.195 16 H3' G 2 H3' G 2 -0.083 -39.411 0.685 17 H2' G 2 H2' G 2 -2.190 -38.764 1.399 18 HO2' G 2 H2'' G 2 -3.010 -40.439 -0.699 19 H1' G 2 H1' G 2 -3.252 -41.356 1.926 20 H8 G 2 H8 G 2 -0.131 -40.663 3.950 21 H1 G 2 H1 G 2 -5.485 -38.186 6.477 22 H21 G 2 H21 G 2 -7.140 -38.299 5.003 23 H22 G 2 H22 G 2 -6.933 -38.978 3.408 24 H5' G 3 H5' G 3 -3.186 -38.984 -2.082 25 H5'' G 3 H5'' G 3 -3.006 -37.786 -3.380 26 H4' G 3 H4' G 3 -5.118 -37.532 -2.070 27 H3' G 3 H3' G 3 -3.098 -35.291 -2.143 28 H2' G 3 H2' G 3 -4.282 -34.058 -0.594 29 HO2' G 3 H2'' G 3 -6.569 -34.331 -0.330 30 H1' G 3 H1' G 3 -5.628 -36.183 0.724 31 H8 G 3 H8 G 3 -1.864 -36.579 0.827 32 H1 G 3 H1 G 3 -4.190 -32.648 5.332 33 H21 G 3 H21 G 3 -6.311 -32.169 4.896 34 H22 G 3 H22 G 3 -7.157 -32.815 3.513 35 H5' A 4 H5' A 4 -7.243 -33.781 -3.539 36 H5'' A 4 H5'' A 4 -6.963 -32.542 -4.779 37 H4' A 4 H4' A 4 -8.494 -31.782 -2.968 38 H3' A 4 H3' A 4 -5.882 -30.349 -3.427 39 H2' A 4 H2' A 4 -6.196 -28.990 -1.569 40 HO2' A 4 H2'' A 4 -8.808 -29.483 -0.944 41 H1' A 4 H1' A 4 -7.706 -30.746 0.021 42 H8 A 4 H8 A 4 -4.375 -31.956 -1.525 43 H61 A 4 H61 A 4 -1.842 -30.348 3.887 44 H62 A 4 H62 A 4 -1.568 -31.110 2.336 45 H2 A 4 H2 A 4 -6.132 -29.042 3.918 46 H5' U 5 H5' U 5 -8.349 -27.036 -3.045 47 H5'' U 5 H5'' U 5 -7.808 -25.789 -4.187 48 H4' U 5 H4' U 5 -7.517 -25.193 -1.756 49 H3' U 5 H3' U 5 -5.181 -25.231 -3.662 50 H2' U 5 H2' U 5 -3.657 -24.894 -1.950 51 HO2' U 5 H2'' U 5 -4.737 -22.945 -1.269 52 H1' U 5 H1' U 5 -5.187 -25.942 0.209 53 H3 U 5 H3 U 5 -1.428 -28.372 0.749 54 H5 U 5 H5 U 5 -2.836 -29.570 -3.040 55 H6 U 5 H6 U 5 -4.569 -27.881 -2.857 56 H5' A 6 H5' A 6 -8.242 -22.237 -3.302 57 H5'' A 6 H5'' A 6 -8.481 -20.568 -3.855 58 H4' A 6 H4' A 6 -8.453 -21.193 -1.267 59 H3' A 6 H3' A 6 -7.999 -18.740 -2.646 60 H2' A 6 H2' A 6 -5.751 -18.485 -2.145 61 HO2' A 6 H2'' A 6 -7.286 -17.676 -0.019 62 H1' A 6 H1' A 6 -5.921 -20.135 0.349 63 H8 A 6 H8 A 6 -4.141 -20.266 -3.127 64 H61 A 6 H61 A 6 1.062 -20.851 0.175 65 H62 A 6 H62 A 6 0.375 -20.777 -1.432 66 H2 A 6 H2 A 6 -2.365 -20.454 3.039 67 H5' U 7 H5' U 7 -9.127 -18.061 2.920 68 H5'' U 7 H5'' U 7 -8.017 -16.715 2.595 69 H4' U 7 H4' U 7 -7.662 -17.651 4.845 70 H3' U 7 H3' U 7 -5.475 -17.853 2.798 71 H2' U 7 H2' U 7 -4.242 -19.347 4.028 72 HO2' U 7 H2'' U 7 -3.860 -19.024 6.142 73 H1' U 7 H1' U 7 -6.318 -20.179 5.883 74 H3 U 7 H3 U 7 -5.965 -24.536 4.814 75 H5 U 7 H5 U 7 -4.615 -22.602 1.321 76 H6 U 7 H6 U 7 -5.120 -20.478 2.381 77 H5' G 8 H5' G 8 -3.187 -17.792 2.720 78 H5'' G 8 H5'' G 8 -2.091 -18.384 3.983 79 H4' G 8 H4' G 8 -0.371 -16.903 3.357 80 H3' G 8 H3' G 8 -2.540 -15.261 2.096 81 H2' G 8 H2' G 8 -1.338 -14.790 0.199 82 HO2' G 8 H2'' G 8 0.644 -14.099 0.414 83 H1' G 8 H1' G 8 0.338 -17.022 0.064 84 H8 G 8 H8 G 8 -3.456 -17.599 0.452 85 H1 G 8 H1 G 8 -1.378 -17.271 -5.609 86 H21 G 8 H21 G 8 0.756 -16.691 -5.654 87 H22 G 8 H22 G 8 1.679 -16.378 -4.209 88 H5' G 9 H5' G 9 -1.491 -10.960 1.066 89 H5'' G 9 H5'' G 9 -1.919 -12.431 0.170 90 H4' G 9 H4' G 9 0.763 -11.047 -0.104 91 H3' G 9 H3' G 9 -1.825 -10.494 -1.536 92 H2' G 9 H2' G 9 -0.809 -10.550 -3.629 93 HO2' G 9 H2'' G 9 1.276 -9.500 -2.216 94 H1' G 9 H1' G 9 1.164 -12.442 -3.142 95 H8 G 9 H8 G 9 -2.051 -13.821 -1.769 96 H1 G 9 H1 G 9 -1.652 -14.261 -8.158 97 H21 G 9 H21 G 9 0.054 -13.054 -8.903 98 H22 G 9 H22 G 9 1.093 -12.139 -7.830 99 H5' A 10 H5' A 10 0.529 -7.300 -2.868 100 H5'' A 10 H5'' A 10 -0.278 -5.727 -2.707 101 H4' A 10 H4' A 10 0.348 -6.158 -5.038 102 H3' A 10 H3' A 10 -2.611 -6.122 -4.419 103 H2' A 10 H2' A 10 -3.116 -6.698 -6.602 104 HO2' A 10 H2'' A 10 -2.158 -5.125 -7.768 105 H1' A 10 H1' A 10 -0.694 -8.043 -7.234 106 H8 A 10 H8 A 10 -2.817 -9.288 -4.261 107 H61 A 10 H61 A 10 -5.391 -13.153 -8.354 108 H62 A 10 H62 A 10 -5.282 -12.705 -6.666 109 H2 A 10 H2 A 10 -2.705 -10.347 -10.593 110 H5' A 11 H5' A 11 -1.129 -3.124 -7.569 111 H5'' A 11 H5'' A 11 -2.158 -1.677 -7.608 112 H4' A 11 H4' A 11 -1.687 -2.669 -9.864 113 H3' A 11 H3' A 11 -4.518 -2.359 -8.866 114 H2' A 11 H2' A 11 -5.367 -3.436 -10.783 115 HO2' A 11 H2'' A 11 -4.437 -3.249 -12.679 116 H1' A 11 H1' A 11 -3.481 -5.380 -11.057 117 H8 A 11 H8 A 11 -4.211 -4.811 -7.355 118 H61 A 11 H61 A 11 -8.880 -8.803 -8.094 119 H62 A 11 H62 A 11 -7.936 -7.895 -6.937 120 H2 A 11 H2 A 11 -7.229 -7.835 -12.147 121 H5' G 12 H5' G 12 -5.220 -0.102 -12.532 122 H5'' G 12 H5'' G 12 -5.869 1.458 -11.986 123 H4' G 12 H4' G 12 -7.459 0.369 -13.472 124 H3' G 12 H3' G 12 -8.293 0.515 -10.568 125 H2' G 12 H2' G 12 -10.255 -0.661 -11.052 126 HO2' G 12 H2'' G 12 -11.274 -0.543 -12.969 127 H1' G 12 H1' G 12 -9.275 -2.279 -13.093 128 H8 G 12 H8 G 12 -7.039 -2.261 -9.992 129 H1 G 12 H1 G 12 -11.910 -6.431 -9.748 130 H21 G 12 H21 G 12 -13.309 -6.059 -11.430 131 H22 G 12 H22 G 12 -13.047 -4.801 -12.610 132 H5' A 13 H5' A 13 -11.520 1.899 -13.055 133 H5'' A 13 H5'' A 13 -12.300 3.352 -12.398 134 H4' A 13 H4' A 13 -13.966 1.630 -12.851 135 H3' A 13 H3' A 13 -13.469 2.255 -9.937 136 H2' A 13 H2' A 13 -14.930 0.582 -9.287 137 HO2' A 13 H2'' A 13 -16.467 1.510 -11.066 138 H1' A 13 H1' A 13 -14.568 -1.190 -11.410 139 H8 A 13 H8 A 13 -11.531 0.193 -9.426 140 H61 A 13 H61 A 13 -11.970 -5.066 -6.194 141 H62 A 13 H62 A 13 -11.035 -3.615 -6.452 142 H2 A 13 H2 A 13 -15.440 -4.885 -9.022 143 H5' A 14 H5' A 14 -18.030 2.702 -11.238 144 H5'' A 14 H5'' A 14 -18.578 4.136 -10.345 145 H4' A 14 H4' A 14 -20.234 2.327 -10.214 146 H3' A 14 H3' A 14 -18.863 3.197 -7.681 147 H2' A 14 H2' A 14 -19.854 1.474 -6.425 148 HO2' A 14 H2'' A 14 -21.754 0.586 -6.933 149 H1' A 14 H1' A 14 -19.648 -0.553 -8.218 150 H8 A 14 H8 A 14 -16.709 1.956 -8.292 151 H61 A 14 H61 A 14 -13.935 -1.956 -4.367 152 H62 A 14 H62 A 14 -13.745 -0.513 -5.348 153 H2 A 14 H2 A 14 -18.155 -3.347 -4.976 154 H5' C 15 H5' C 15 -22.616 2.608 -6.032 155 H5'' C 15 H5'' C 15 -23.037 4.078 -5.130 156 H4' C 15 H4' C 15 -23.010 2.168 -3.622 157 H3' C 15 H3' C 15 -20.730 4.120 -3.248 158 H2' C 15 H2' C 15 -19.880 2.799 -1.523 159 HO2' C 15 H2'' C 15 -22.323 1.351 -1.347 160 H1' C 15 H1' C 15 -20.741 0.301 -2.499 161 H41 C 15 H41 C 15 -14.469 0.271 -3.624 162 H42 C 15 H42 C 15 -14.641 1.545 -4.816 163 H5 C 15 H5 C 15 -16.738 2.630 -5.291 164 H6 C 15 H6 C 15 -19.121 2.736 -4.728 165 H5' C 16 H5' C 16 -22.044 3.354 0.394 166 H5'' C 16 H5'' C 16 -21.843 4.670 1.565 167 H4' C 16 H4' C 16 -20.413 2.656 2.009 168 H3' C 16 H3' C 16 -19.126 5.353 1.555 169 H2' C 16 H2' C 16 -17.027 4.408 1.585 170 HO2' C 16 H2'' C 16 -16.741 2.299 2.737 171 H1' C 16 H1' C 16 -17.787 1.723 0.940 172 H41 C 16 H41 C 16 -13.873 3.295 -3.792 173 H42 C 16 H42 C 16 -15.000 4.493 -4.388 174 H5 C 16 H5 C 16 -17.061 5.038 -3.263 175 H6 C 16 H6 C 16 -18.482 4.554 -1.324 176 H5' G 17 H5' G 17 -18.159 2.728 5.231 177 H5'' G 17 H5'' G 17 -18.145 3.799 6.646 178 H4' G 17 H4' G 17 -16.436 2.125 6.945 179 H3' G 17 H3' G 17 -15.408 4.887 6.315 180 H2' G 17 H2' G 17 -13.211 4.140 6.217 181 HO2' G 17 H2'' G 17 -13.407 1.608 7.193 182 H1' G 17 H1' G 17 -13.663 1.551 5.270 183 H8 G 17 H8 G 17 -15.567 4.092 3.210 184 H1 G 17 H1 G 17 -9.383 3.587 1.580 185 H21 G 17 H21 G 17 -8.294 2.377 3.080 186 H22 G 17 H22 G 17 -9.079 1.687 4.483 187 H5' G 18 H5' G 18 -12.787 3.335 8.828 188 H5'' G 18 H5'' G 18 -12.596 4.281 10.317 189 H4' G 18 H4' G 18 -10.406 3.867 9.447 190 H3' G 18 H3' G 18 -11.343 6.696 8.958 191 H2' G 18 H2' G 18 -9.411 7.165 7.779 192 HO2' G 18 H2'' G 18 -7.539 6.597 8.569 193 H1' G 18 H1' G 18 -8.817 4.522 6.912 194 H8 G 18 H8 G 18 -12.190 6.169 6.018 195 H1 G 18 H1 G 18 -7.559 6.915 1.639 196 H21 G 18 H21 G 18 -5.635 6.145 2.425 197 H22 G 18 H22 G 18 -5.485 5.449 4.023 198 H5' G 19 H5' G 19 -7.456 6.436 10.407 199 H5'' G 19 H5'' G 19 -7.040 7.573 11.704 200 H4' G 19 H4' G 19 -5.343 7.634 9.954 201 H3' G 19 H3' G 19 -7.082 10.099 10.181 202 H2' G 19 H2' G 19 -6.000 11.053 8.360 203 HO2' G 19 H2'' G 19 -3.890 10.594 9.458 204 H1' G 19 H1' G 19 -5.222 8.635 7.059 205 H8 G 19 H8 G 19 -8.941 9.345 7.843 206 H1 G 19 H1 G 19 -6.990 11.065 1.977 207 H21 G 19 H21 G 19 -4.791 10.835 1.807 208 H22 G 19 H22 G 19 -3.802 10.259 3.130 209 H5' G 20 H5' G 20 -5.048 14.142 12.003 210 H5'' G 20 H5'' G 20 -6.464 13.476 11.164 211 H4' G 20 H4' G 20 -3.993 14.727 9.936 212 H3' G 20 H3' G 20 -6.867 15.557 10.194 213 H2' G 20 H2' G 20 -7.018 16.233 7.971 214 HO2' G 20 H2'' G 20 -4.769 16.339 6.820 215 H1' G 20 H1' G 20 -5.299 14.408 6.788 216 H8 G 20 H8 G 20 -7.846 13.085 9.385 217 H1 G 20 H1 G 20 -9.835 12.950 3.288 218 H21 G 20 H21 G 20 -8.356 13.945 1.976 219 H22 G 20 H22 G 20 -6.881 14.646 2.593 220 H5' A 21 H5' A 21 -7.143 20.379 11.697 221 H5'' A 21 H5'' A 21 -8.394 19.225 11.190 222 H4' A 21 H4' A 21 -8.849 21.347 10.140 223 H3' A 21 H3' A 21 -8.007 19.072 8.433 224 H2' A 21 H2' A 21 -7.323 20.293 6.595 225 HO2' A 21 H2'' A 21 -8.345 22.756 7.030 226 H1' A 21 H1' A 21 -6.511 22.669 7.712 227 H8 A 21 H8 A 21 -5.164 19.769 9.770 228 H61 A 21 H61 A 21 -0.454 19.601 5.751 229 H62 A 21 H62 A 21 -1.074 18.994 7.270 230 H2 A 21 H2 A 21 -3.558 22.413 4.148 231 H5' A 22 H5' A 22 -10.448 18.837 4.480 232 H5'' A 22 H5'' A 22 -8.975 17.847 4.459 233 H4' A 22 H4' A 22 -9.327 20.776 3.871 234 H3' A 22 H3' A 22 -8.177 18.419 2.447 235 H2' A 22 H2' A 22 -6.207 19.467 1.805 236 HO2' A 22 H2'' A 22 -7.873 21.639 1.687 237 H1' A 22 H1' A 22 -5.757 21.140 3.923 238 H8 A 22 H8 A 22 -6.768 18.189 5.818 239 H61 A 22 H61 A 22 -1.316 15.581 4.480 240 H62 A 22 H62 A 22 -2.744 15.501 5.488 241 H2 A 22 H2 A 22 -1.864 19.123 1.784 242 H5' A 23 H5' A 23 -7.542 20.685 -0.866 243 H5'' A 23 H5'' A 23 -8.441 19.919 -2.192 244 H4' A 23 H4' A 23 -6.076 19.902 -2.718 245 H3' A 23 H3' A 23 -7.347 17.250 -2.099 246 H2' A 23 H2' A 23 -5.311 16.120 -2.111 247 HO2' A 23 H2'' A 23 -4.523 18.256 -3.779 248 H1' A 23 H1' A 23 -3.670 18.085 -1.075 249 H8 A 23 H8 A 23 -7.103 17.580 0.632 250 H61 A 23 H61 A 23 -4.089 13.713 4.419 251 H62 A 23 H62 A 23 -5.616 14.508 4.093 252 H2 A 23 H2 A 23 -1.249 15.016 1.211 253 H5' C 24 H5' C 24 -4.775 16.462 -4.741 254 H5'' C 24 H5'' C 24 -5.125 15.219 -5.959 255 H4' C 24 H4' C 24 -3.336 14.605 -4.286 256 H3' C 24 H3' C 24 -5.797 12.896 -4.657 257 H2' C 24 H2' C 24 -5.162 11.486 -2.916 258 HO2' C 24 H2'' C 24 -2.717 12.098 -2.210 259 H1' C 24 H1' C 24 -3.866 13.343 -1.296 260 H41 C 24 H41 C 24 -9.482 12.343 1.527 261 H42 C 24 H42 C 24 -10.278 13.369 0.354 262 H5 C 24 H5 C 24 -9.143 14.331 -1.540 263 H6 C 24 H6 C 24 -7.002 14.521 -2.719 264 H5' U 25 H5' U 25 -2.510 10.657 -4.134 265 H5'' U 25 H5'' U 25 -2.232 9.310 -5.255 266 H4' U 25 H4' U 25 -2.112 8.588 -2.895 267 H3' U 25 H3' U 25 -4.354 7.483 -4.592 268 H2' U 25 H2' U 25 -5.265 6.388 -2.776 269 HO2' U 25 H2'' U 25 -2.877 6.594 -1.266 270 H1' U 25 H1' U 25 -4.306 8.089 -0.723 271 H3 U 25 H3 U 25 -8.752 8.127 0.127 272 H5 U 25 H5 U 25 -8.416 10.094 -3.585 273 H6 U 25 H6 U 25 -6.054 9.532 -3.594 274 H5' U 26 H5' U 26 -1.934 4.561 -2.350 275 H5'' U 26 H5'' U 26 -1.741 2.993 -3.157 276 H4' U 26 H4' U 26 -2.461 2.696 -0.832 277 H3' U 26 H3' U 26 -4.469 1.931 -2.958 278 H2' U 26 H2' U 26 -6.022 1.365 -1.315 279 HO2' U 26 H2'' U 26 -5.243 1.187 0.964 280 H1' U 26 H1' U 26 -5.342 3.276 0.584 281 H3 U 26 H3 U 26 -9.503 4.719 -0.452 282 H5 U 26 H5 U 26 -7.369 5.162 -4.061 283 H6 U 26 H6 U 26 -5.467 4.101 -2.990 284 H5' G 27 H5' G 27 -4.142 -0.763 -0.027 285 H5'' G 27 H5'' G 27 -4.445 -2.484 -0.339 286 H4' G 27 H4' G 27 -6.005 -1.385 1.320 287 H3' G 27 H3' G 27 -7.101 -2.745 -1.154 288 H2' G 27 H2' G 27 -9.243 -2.043 -0.612 289 HO2' G 27 H2'' G 27 -8.988 -1.326 1.999 290 H1' G 27 H1' G 27 -8.505 0.200 1.005 291 H8 G 27 H8 G 27 -7.508 0.355 -2.696 292 H1 G 27 H1 G 27 -13.339 2.653 -1.318 293 H21 G 27 H21 G 27 -13.889 2.130 0.767 294 H22 G 27 H22 G 27 -12.818 1.227 1.819 295 H5' G 28 H5' G 28 -9.048 -4.030 3.145 296 H5'' G 28 H5'' G 28 -8.810 -5.777 2.935 297 H4' G 28 H4' G 28 -10.901 -5.760 3.900 298 H3' G 28 H3' G 28 -11.244 -5.676 0.921 299 H2' G 28 H2' G 28 -13.533 -5.251 1.059 300 HO2' G 28 H2'' G 28 -13.314 -6.806 3.258 301 H1' G 28 H1' G 28 -13.586 -3.633 3.276 302 H8 G 28 H8 G 28 -10.593 -2.456 1.429 303 H1 G 28 H1 G 28 -16.029 -0.634 -1.447 304 H21 G 28 H21 G 28 -17.757 -1.711 -0.582 305 H22 G 28 H22 G 28 -17.577 -2.887 0.710 306 H5' U 29 H5' U 29 -14.269 -8.183 2.230 307 H5'' U 29 H5'' U 29 -14.147 -9.797 1.503 308 H4' U 29 H4' U 29 -16.415 -8.987 1.263 309 H3' U 29 H3' U 29 -14.799 -9.140 -1.276 310 H2' U 29 H2' U 29 -16.528 -8.170 -2.520 311 HO2' U 29 H2'' U 29 -18.683 -8.040 -1.674 312 H1' U 29 H1' U 29 -17.468 -6.378 -0.653 313 H3 U 29 H3 U 29 -15.609 -3.694 -3.806 314 H5 U 29 H5 U 29 -12.309 -5.356 -1.777 315 H6 U 29 H6 U 29 -13.855 -6.784 -0.569 316 H5' U 30 H5' U 30 -18.506 -10.907 -2.554 317 H5'' U 30 H5'' U 30 -18.111 -12.483 -3.272 318 H4' U 30 H4' U 30 -19.408 -11.140 -4.843 319 H3' U 30 H3' U 30 -16.516 -11.626 -5.577 320 H2' U 30 H2' U 30 -16.788 -10.352 -7.538 321 HO2' U 30 H2'' U 30 -18.780 -9.907 -8.433 322 H1' U 30 H1' U 30 -18.396 -8.381 -6.495 323 H3 U 30 H3 U 30 -14.529 -6.127 -7.118 324 H5 U 30 H5 U 30 -13.762 -8.566 -3.767 325 H6 U 30 H6 U 30 -15.908 -9.638 -4.138 326 H5' C 31 H5' C 31 -18.388 -12.182 -9.029 327 H5'' C 31 H5'' C 31 -17.868 -13.622 -9.924 328 H4' C 31 H4' C 31 -17.467 -11.627 -11.259 329 H3' C 31 H3' C 31 -14.933 -12.896 -10.171 330 H2' C 31 H2' C 31 -13.716 -11.259 -11.306 331 HO2' C 31 H2'' C 31 -14.659 -10.050 -13.050 332 H1' C 31 H1' C 31 -15.657 -9.210 -11.142 333 H41 C 31 H41 C 31 -11.177 -7.198 -7.131 334 H42 C 31 H42 C 31 -11.562 -8.466 -5.998 335 H5 C 31 H5 C 31 -13.171 -10.198 -6.459 336 H6 C 31 H6 C 31 -14.757 -11.085 -8.107 337 H5' U 32 H5' U 32 -14.864 -13.089 -14.285 338 H5'' U 32 H5'' U 32 -13.895 -14.290 -15.158 339 H4' U 32 H4' U 32 -13.043 -11.970 -15.423 340 H3' U 32 H3' U 32 -11.230 -13.954 -14.015 341 H2' U 32 H2' U 32 -9.672 -12.262 -13.700 342 HO2' U 32 H2'' U 32 -10.343 -10.270 -15.305 343 H1' U 32 H1' U 32 -11.494 -10.063 -13.818 344 H3 U 32 H3 U 32 -9.287 -8.998 -10.038 345 H5 U 32 H5 U 32 -11.244 -12.602 -9.061 346 H6 U 32 H6 U 32 -11.937 -12.778 -11.379 347 H5' U 33 H5' U 33 -9.175 -11.828 -17.129 348 H5'' U 33 H5'' U 33 -8.205 -12.905 -18.153 349 H4' U 33 H4' U 33 -6.855 -11.013 -17.431 350 H3' U 33 H3' U 33 -6.127 -13.681 -16.224 351 H2' U 33 H2' U 33 -4.515 -12.697 -14.879 352 HO2' U 33 H2'' U 33 -3.204 -11.207 -15.644 353 H1' U 33 H1' U 33 -5.665 -10.104 -14.685 354 H3 U 33 H3 U 33 -5.343 -11.157 -10.291 355 H5 U 33 H5 U 33 -8.084 -13.980 -11.805 356 H6 U 33 H6 U 33 -7.649 -13.111 -14.030 357 H5' C 34 H5' C 34 -2.230 -15.732 -17.108 358 H5'' C 34 H5'' C 34 -3.346 -15.472 -15.750 359 H4' C 34 H4' C 34 -0.625 -14.151 -16.015 360 H3' C 34 H3' C 34 -1.442 -16.717 -14.676 361 H2' C 34 H2' C 34 -0.362 -16.174 -12.703 362 HO2' C 34 H2'' C 34 1.233 -14.246 -14.070 363 H1' C 34 H1' C 34 -0.449 -13.355 -12.892 364 H41 C 34 H41 C 34 -4.389 -14.879 -8.123 365 H42 C 34 H42 C 34 -5.644 -15.266 -9.279 366 H5 C 34 H5 C 34 -5.289 -15.268 -11.662 367 H6 C 34 H6 C 34 -3.656 -14.900 -13.452 368 H5' C 35 H5' C 35 2.191 -19.699 -13.689 369 H5'' C 35 H5'' C 35 0.748 -19.128 -12.827 370 H4' C 35 H4' C 35 3.604 -18.302 -12.207 371 H3' C 35 H3' C 35 1.850 -20.445 -11.045 372 H2' C 35 H2' C 35 2.235 -19.783 -8.858 373 HO2' C 35 H2'' C 35 4.134 -18.521 -8.318 374 H1' C 35 H1' C 35 2.701 -17.052 -9.246 375 H41 C 35 H41 C 35 -3.081 -17.601 -6.587 376 H42 C 35 H42 C 35 -3.781 -17.655 -8.189 377 H5 C 35 H5 C 35 -2.467 -17.764 -10.205 378 H6 C 35 H6 C 35 -0.194 -17.841 -11.120 379 H5' U 36 H5' U 36 4.596 -23.618 -8.352 380 H5'' U 36 H5'' U 36 2.975 -22.937 -8.118 381 H4' U 36 H4' U 36 5.473 -22.006 -6.665 382 H3' U 36 H3' U 36 3.407 -24.057 -5.925 383 H2' U 36 H2' U 36 3.075 -23.166 -3.809 384 HO2' U 36 H2'' U 36 4.657 -21.963 -2.733 385 H1' U 36 H1' U 36 3.587 -20.476 -4.327 386 H3 U 36 H3 U 36 -0.744 -21.299 -2.814 387 H5 U 36 H5 U 36 -0.854 -21.269 -7.028 388 H6 U 36 H6 U 36 1.573 -21.288 -7.026 389 H5' A 37 H5' A 37 5.726 -23.921 -2.690 390 H5'' A 37 H5'' A 37 6.665 -25.409 -2.447 391 H4' A 37 H4' A 37 5.657 -24.713 -0.343 392 H3' A 37 H3' A 37 5.396 -27.292 -1.309 393 H2' A 37 H2' A 37 3.180 -27.241 -2.027 394 HO2' A 37 H2'' A 37 3.038 -27.490 0.807 395 H1' A 37 H1' A 37 2.232 -25.329 0.057 396 H8 A 37 H8 A 37 2.661 -25.788 -3.802 397 H61 A 37 H61 A 37 -3.079 -23.494 -4.133 398 H62 A 37 H62 A 37 -1.734 -24.149 -5.039 399 H2 A 37 H2 A 37 -1.826 -23.491 0.173 400 H5' A 38 H5' A 38 7.149 -26.820 2.707 401 H5'' A 38 H5'' A 38 7.301 -28.279 3.707 402 H4' A 38 H4' A 38 7.256 -26.607 5.314 403 H3' A 38 H3' A 38 4.518 -27.742 4.906 404 H2' A 38 H2' A 38 3.423 -26.042 6.038 405 HO2' A 38 H2'' A 38 4.606 -24.677 7.550 406 H1' A 38 H1' A 38 5.098 -23.898 5.520 407 H8 A 38 H8 A 38 4.590 -25.576 2.216 408 H61 A 38 H61 A 38 -0.878 -22.689 1.885 409 H62 A 38 H62 A 38 0.313 -23.625 1.009 410 H2 A 38 H2 A 38 0.703 -22.203 6.052 411 H5' G 39 H5' G 39 3.187 -27.997 10.415 412 H5'' G 39 H5'' G 39 2.429 -28.470 8.880 413 H4' G 39 H4' G 39 2.863 -25.681 9.977 414 H3' G 39 H3' G 39 0.473 -27.410 9.478 415 H2' G 39 H2' G 39 -0.732 -25.765 8.365 416 HO2' G 39 H2'' G 39 0.874 -23.585 8.975 417 H1' G 39 H1' G 39 1.306 -24.361 7.145 418 H8 G 39 H8 G 39 1.972 -28.054 6.682 419 H1 G 39 H1 G 39 -2.400 -25.713 2.611 420 H21 G 39 H21 G 39 -2.990 -23.665 3.224 421 H22 G 39 H22 G 39 -2.314 -22.873 4.630 422 H5' U 40 H5' U 40 -1.992 -24.678 11.200 423 H5'' U 40 H5'' U 40 -2.758 -25.496 12.577 424 H4' U 40 H4' U 40 -4.473 -24.838 11.002 425 H3' U 40 H3' U 40 -3.903 -27.792 11.176 426 H2' U 40 H2' U 40 -5.350 -28.272 9.415 427 HO2' U 40 H2'' U 40 -7.183 -27.227 10.139 428 H1' U 40 H1' U 40 -5.026 -25.936 7.921 429 H3 U 40 H3 U 40 -3.434 -29.033 5.033 430 H5 U 40 H5 U 40 -0.542 -28.928 8.098 431 H6 U 40 H6 U 40 -2.002 -27.436 9.335 432 H5' C 41 H5' C 41 -7.993 -27.943 11.621 433 H5'' C 41 H5'' C 41 -8.489 -29.116 12.855 434 H4' C 41 H4' C 41 -9.239 -29.744 10.573 435 H3' C 41 H3' C 41 -7.297 -31.566 12.005 436 H2' C 41 H2' C 41 -7.098 -32.904 10.139 437 HO2' C 41 H2'' C 41 -9.592 -31.945 9.146 438 H1' C 41 H1' C 41 -7.868 -30.979 8.174 439 H41 C 41 H41 C 41 -1.878 -32.485 6.668 440 H42 C 41 H42 C 41 -1.280 -31.691 8.112 441 H5 C 41 H5 C 41 -2.721 -30.727 9.784 442 H6 C 41 H6 C 41 -5.048 -30.314 10.436 443 H5' C 42 H5' C 42 -11.382 -33.273 10.621 444 H5'' C 42 H5'' C 42 -11.889 -34.633 11.644 445 H4' C 42 H4' C 42 -12.185 -35.087 9.219 446 H3' C 42 H3' C 42 -10.259 -36.806 10.787 447 H2' C 42 H2' C 42 -9.670 -37.978 8.862 448 HO2' C 42 H2'' C 42 -12.053 -36.963 7.655 449 H1' C 42 H1' C 42 -9.953 -35.909 7.008 450 H41 C 42 H41 C 42 -3.676 -36.568 7.829 451 H42 C 42 H42 C 42 -3.758 -35.586 9.274 452 H5 C 42 H5 C 42 -5.828 -34.806 10.226 453 H6 C 42 H6 C 42 -8.270 -34.800 9.997 454 H5' U 43 H5' U 43 -12.112 -39.082 8.215 455 H5'' U 43 H5'' U 43 -12.912 -40.524 8.870 456 H4' U 43 H4' U 43 -11.442 -41.110 6.995 457 H3' U 43 H3' U 43 -10.642 -42.083 9.730 458 HO3' U 43 H3T U 43 -12.458 -42.970 8.596 459 H2' U 43 H2' U 43 -8.623 -42.852 8.966 460 HO2' U 43 H2'' U 43 -8.633 -44.203 7.350 461 H1' U 43 H1' U 43 -8.533 -41.318 6.521 462 H3 U 43 H3 U 43 -4.282 -40.839 7.993 463 H5 U 43 H5 U 43 -6.600 -38.916 10.943 464 H6 U 43 H6 U 43 -8.589 -39.714 9.807 465 H5' G 44 H5' G 44 -3.930 42.734 15.240 466 H5'' G 44 H5'' G 44 -4.455 41.527 14.050 467 H4' G 44 H4' G 44 -3.252 43.302 12.913 468 H3' G 44 H3' G 44 -2.000 40.582 12.997 469 H2' G 44 H2' G 44 0.043 41.305 12.145 470 HO2' G 44 H2'' G 44 0.258 43.147 10.898 471 H1' G 44 H1' G 44 0.217 43.786 13.289 472 H8 G 44 H8 G 44 -1.061 41.822 16.129 473 H1 G 44 H1 G 44 5.024 40.315 14.767 474 H21 G 44 H21 G 44 5.589 41.130 12.784 475 H22 G 44 H22 G 44 4.473 42.041 11.792 476 HO5' G 44 H5T G 44 -2.861 40.166 14.722 477 H5' G 45 H5' G 45 -0.617 41.964 9.714 478 H5'' G 45 H5'' G 45 -1.022 41.038 8.257 479 H4' G 45 H4' G 45 1.398 41.357 8.436 480 H3' G 45 H3' G 45 0.373 38.536 8.789 481 H2' G 45 H2' G 45 2.510 37.769 9.256 482 HO2' G 45 H2'' G 45 3.232 39.842 7.511 483 H1' G 45 H1' G 45 3.602 40.202 10.260 484 H8 G 45 H8 G 45 0.576 39.094 12.239 485 H1 G 45 H1 G 45 6.026 36.171 13.953 486 H21 G 45 H21 G 45 7.609 36.588 12.457 487 H22 G 45 H22 G 45 7.334 37.578 11.046 488 H5' G 46 H5' G 46 3.341 38.705 5.853 489 H5'' G 46 H5'' G 46 3.094 37.800 4.346 490 H4' G 46 H4' G 46 5.265 37.291 5.479 491 H3' G 46 H3' G 46 3.233 35.104 5.040 492 H2' G 46 H2' G 46 4.479 33.585 6.250 493 HO2' G 46 H2'' G 46 6.778 33.810 6.461 494 H1' G 46 H1' G 46 5.897 35.399 7.910 495 H8 G 46 H8 G 46 2.141 35.746 8.269 496 H1 G 46 H1 G 46 4.661 30.978 11.747 497 H21 G 46 H21 G 46 6.762 30.623 11.131 498 H22 G 46 H22 G 46 7.545 31.550 9.878 499 H5' A 47 H5' A 47 7.301 33.932 3.173 500 H5'' A 47 H5'' A 47 6.963 32.976 1.715 501 H4' A 47 H4' A 47 8.570 31.867 3.263 502 H3' A 47 H3' A 47 5.935 30.542 2.637 503 H2' A 47 H2' A 47 6.328 28.836 4.166 504 HO2' A 47 H2'' A 47 8.970 29.207 4.754 505 H1' A 47 H1' A 47 7.921 30.244 6.008 506 H8 A 47 H8 A 47 4.525 31.735 4.908 507 H61 A 47 H61 A 47 2.238 29.013 9.973 508 H62 A 47 H62 A 47 1.898 30.085 8.633 509 H2 A 47 H2 A 47 6.517 27.741 9.525 510 H5' U 48 H5' U 48 8.401 27.233 2.213 511 H5'' U 48 H5'' U 48 7.801 26.246 0.865 512 H4' U 48 H4' U 48 7.616 25.165 3.136 513 H3' U 48 H3' U 48 5.194 25.581 1.388 514 H2' U 48 H2' U 48 3.754 24.889 3.066 515 HO2' U 48 H2'' U 48 4.850 22.848 3.278 516 H1' U 48 H1' U 48 5.394 25.484 5.321 517 H3 U 48 H3 U 48 1.668 27.735 6.514 518 H5 U 48 H5 U 48 2.918 29.691 2.995 519 H6 U 48 H6 U 48 4.645 28.002 2.750 520 H5' A 49 H5' A 49 8.260 22.595 0.981 521 H5'' A 49 H5'' A 49 8.466 21.078 0.087 522 H4' A 49 H4' A 49 8.560 21.157 2.745 523 H3' A 49 H3' A 49 8.038 19.038 0.914 524 H2' A 49 H2' A 49 5.814 18.671 1.451 525 HO2' A 49 H2'' A 49 7.439 17.455 3.301 526 H1' A 49 H1' A 49 6.100 19.771 4.224 527 H8 A 49 H8 A 49 4.167 20.608 0.930 528 H61 A 49 H61 A 49 -0.872 20.484 4.521 529 H62 A 49 H62 A 49 -0.264 20.746 2.905 530 H2 A 49 H2 A 49 2.679 19.512 7.076 531 H5' U 50 H5' U 50 9.410 17.235 6.162 532 H5'' U 50 H5'' U 50 8.283 15.978 5.614 533 H4' U 50 H4' U 50 8.038 16.427 8.025 534 H3' U 50 H3' U 50 5.756 17.029 6.169 535 H2' U 50 H2' U 50 4.587 18.232 7.738 536 HO2' U 50 H2'' U 50 4.302 17.475 9.751 537 H1' U 50 H1' U 50 6.751 18.677 9.621 538 H3 U 50 H3 U 50 6.384 23.155 9.498 539 H5 U 50 H5 U 50 4.837 21.990 5.754 540 H6 U 50 H6 U 50 5.378 19.692 6.319 541 H5' G 51 H5' G 51 3.472 16.976 6.184 542 H5'' G 51 H5'' G 51 2.437 17.292 7.589 543 H4' G 51 H4' G 51 0.682 15.964 6.750 544 H3' G 51 H3' G 51 2.783 14.625 5.083 545 H2' G 51 H2' G 51 1.495 14.548 3.184 546 HO2' G 51 H2'' G 51 -0.480 13.823 3.340 547 H1' G 51 H1' G 51 -0.176 16.752 3.589 548 H8 G 51 H8 G 51 3.636 17.231 3.914 549 H1 G 51 H1 G 51 1.280 18.192 -1.976 550 H21 G 51 H21 G 51 -0.859 17.627 -2.040 551 H22 G 51 H22 G 51 -1.714 17.017 -0.650 552 H5' G 52 H5' G 52 1.668 10.625 3.240 553 H5'' G 52 H5'' G 52 2.063 12.251 2.647 554 H4' G 52 H4' G 52 -0.635 10.940 2.215 555 H3' G 52 H3' G 52 1.883 10.707 0.584 556 H2' G 52 H2' G 52 0.774 11.190 -1.404 557 HO2' G 52 H2'' G 52 -1.249 9.860 -0.145 558 H1' G 52 H1' G 52 -1.167 12.929 -0.447 559 H8 G 52 H8 G 52 2.114 14.013 1.029 560 H1 G 52 H1 G 52 1.423 15.749 -5.109 561 H21 G 52 H21 G 52 -0.324 14.713 -6.001 562 H22 G 52 H22 G 52 -1.319 13.597 -5.091 563 H5' A 53 H5' A 53 -0.545 7.842 -1.268 564 H5'' A 53 H5'' A 53 0.262 6.274 -1.473 565 H4' A 53 H4' A 53 -0.469 7.175 -3.633 566 H3' A 53 H3' A 53 2.515 7.026 -3.172 567 H2' A 53 H2' A 53 2.920 8.044 -5.210 568 HO2' A 53 H2'' A 53 1.901 6.739 -6.629 569 H1' A 53 H1' A 53 0.478 9.480 -5.437 570 H8 A 53 H8 A 53 2.743 10.096 -2.373 571 H61 A 53 H61 A 53 5.143 14.730 -5.703 572 H62 A 53 H62 A 53 5.111 13.946 -4.140 573 H2 A 53 H2 A 53 2.342 12.428 -8.340 574 H5' A 54 H5' A 54 0.878 4.726 -6.798 575 H5'' A 54 H5'' A 54 1.900 3.326 -7.181 576 H4' A 54 H4' A 54 1.326 4.754 -9.161 577 H3' A 54 H3' A 54 4.202 4.274 -8.387 578 H2' A 54 H2' A 54 4.962 5.736 -10.069 579 HO2' A 54 H2'' A 54 3.947 5.929 -11.921 580 H1' A 54 H1' A 54 3.062 7.676 -9.849 581 H8 A 54 H8 A 54 3.961 6.367 -6.380 582 H61 A 54 H61 A 54 8.640 10.411 -6.507 583 H62 A 54 H62 A 54 7.742 9.280 -5.523 584 H2 A 54 H2 A 54 6.772 10.321 -10.583 585 H5' G 55 H5' G 55 4.723 2.809 -12.458 586 H5'' G 55 H5'' G 55 5.395 1.176 -12.281 587 H4' G 55 H4' G 55 6.915 2.571 -13.576 588 H3' G 55 H3' G 55 7.879 1.819 -10.810 589 H2' G 55 H2' G 55 9.818 3.085 -11.116 590 HO2' G 55 H2'' G 55 10.755 3.376 -13.060 591 H1' G 55 H1' G 55 8.750 5.081 -12.746 592 H8 G 55 H8 G 55 6.672 4.415 -9.608 593 H1 G 55 H1 G 55 11.560 8.480 -8.751 594 H21 G 55 H21 G 55 12.878 8.468 -10.533 595 H22 G 55 H22 G 55 12.558 7.474 -11.932 596 H5' A 56 H5' A 56 10.984 0.998 -13.676 597 H5'' A 56 H5'' A 56 11.789 -0.553 -13.370 598 H4' A 56 H4' A 56 13.433 1.251 -13.529 599 H3' A 56 H3' A 56 13.070 0.006 -10.800 600 H2' A 56 H2' A 56 14.545 1.518 -9.860 601 HO2' A 56 H2'' A 56 16.011 0.998 -11.868 602 H1' A 56 H1' A 56 14.114 3.692 -11.573 603 H8 A 56 H8 A 56 11.173 1.920 -9.759 604 H61 A 56 H61 A 56 11.783 6.417 -5.556 605 H62 A 56 H62 A 56 10.835 5.040 -6.060 606 H2 A 56 H2 A 56 15.110 6.840 -8.531 607 H5' A 57 H5' A 57 17.572 -0.128 -12.361 608 H5'' A 57 H5'' A 57 18.152 -1.711 -11.806 609 H4' A 57 H4' A 57 19.819 0.042 -11.378 610 H3' A 57 H3' A 57 18.562 -1.336 -9.018 611 H2' A 57 H2' A 57 19.617 0.104 -7.487 612 HO2' A 57 H2'' A 57 21.498 1.076 -7.885 613 H1' A 57 H1' A 57 19.336 2.452 -8.819 614 H8 A 57 H8 A 57 16.387 -0.000 -9.275 615 H61 A 57 H61 A 57 13.807 2.996 -4.504 616 H62 A 57 H62 A 57 13.566 1.788 -5.755 617 H2 A 57 H2 A 57 18.003 4.501 -4.991 618 H5' C 58 H5' C 58 22.388 -1.086 -7.460 619 H5'' C 58 H5'' C 58 22.844 -2.708 -6.901 620 H4' C 58 H4' C 58 22.891 -1.144 -5.032 621 H3' C 58 H3' C 58 20.623 -3.146 -4.963 622 H2' C 58 H2' C 58 19.857 -2.207 -2.969 623 HO2' C 58 H2'' C 58 22.314 -0.818 -2.611 624 H1' C 58 H1' C 58 20.689 0.443 -3.457 625 H41 C 58 H41 C 58 14.366 0.650 -4.241 626 H42 C 58 H42 C 58 14.480 -0.338 -5.684 627 H5 C 58 H5 C 58 16.550 -1.272 -6.484 628 H6 C 58 H6 C 58 18.958 -1.471 -6.072 629 H5' C 59 H5' C 59 22.108 -3.139 -1.307 630 H5'' C 59 H5'' C 59 21.952 -4.669 -0.423 631 H4' C 59 H4' C 59 20.552 -2.794 0.488 632 H3' C 59 H3' C 59 19.232 -5.346 -0.452 633 H2' C 59 H2' C 59 17.142 -4.435 -0.133 634 HO2' C 59 H2'' C 59 16.920 -2.611 1.441 635 H1' C 59 H1' C 59 17.890 -1.670 -0.244 636 H41 C 59 H41 C 59 13.746 -2.275 -5.009 637 H42 C 59 H42 C 59 14.835 -3.325 -5.883 638 H5 C 59 H5 C 59 16.948 -4.071 -4.993 639 H6 C 59 H6 C 59 18.465 -3.975 -3.069 640 H5' G 60 H5' G 60 18.448 -3.541 3.725 641 H5'' G 60 H5'' G 60 18.497 -4.880 4.889 642 H4' G 60 H4' G 60 16.810 -3.314 5.605 643 H3' G 60 H3' G 60 15.742 -5.892 4.469 644 H2' G 60 H2' G 60 13.546 -5.152 4.630 645 HO2' G 60 H2'' G 60 13.799 -2.871 6.093 646 H1' G 60 H1' G 60 13.964 -2.422 4.213 647 H8 G 60 H8 G 60 15.763 -4.473 1.593 648 H1 G 60 H1 G 60 9.515 -3.669 0.379 649 H21 G 60 H21 G 60 8.500 -2.804 2.148 650 H22 G 60 H22 G 60 9.352 -2.421 3.627 651 H5' G 61 H5' G 61 13.247 -4.907 7.367 652 H5'' G 61 H5'' G 61 13.120 -6.141 8.636 653 H4' G 61 H4' G 61 10.893 -5.564 7.966 654 H3' G 61 H3' G 61 11.792 -8.229 6.864 655 H2' G 61 H2' G 61 9.805 -8.447 5.704 656 HO2' G 61 H2'' G 61 7.975 -8.065 6.682 657 H1' G 61 H1' G 61 9.192 -5.686 5.428 658 H8 G 61 H8 G 61 12.509 -7.102 4.059 659 H1 G 61 H1 G 61 7.678 -6.948 -0.161 660 H21 G 61 H21 G 61 5.797 -6.368 0.854 661 H22 G 61 H22 G 61 5.722 -6.019 2.567 662 H5' G 62 H5' G 62 7.980 -8.296 8.516 663 H5'' G 62 H5'' G 62 7.618 -9.680 9.568 664 H4' G 62 H4' G 62 5.845 -9.384 7.919 665 H3' G 62 H3' G 62 7.577 -11.837 7.550 666 H2' G 62 H2' G 62 6.407 -12.394 5.620 667 HO2' G 62 H2'' G 62 4.352 -12.183 6.886 668 H1' G 62 H1' G 62 5.585 -9.754 4.893 669 H8 G 62 H8 G 62 9.331 -10.583 5.338 670 H1 G 62 H1 G 62 7.108 -11.092 -0.659 671 H21 G 62 H21 G 62 4.903 -10.849 -0.675 672 H22 G 62 H22 G 62 3.978 -10.562 0.781 673 H5' G 63 H5' G 63 5.616 -16.178 8.597 674 H5'' G 63 H5'' G 63 6.995 -15.343 7.850 675 H4' G 63 H4' G 63 4.466 -16.325 6.499 676 H3' G 63 H3' G 63 7.345 -17.181 6.450 677 H2' G 63 H2' G 63 7.388 -17.381 4.130 678 HO2' G 63 H2'' G 63 5.087 -17.256 3.090 679 H1' G 63 H1' G 63 5.622 -15.355 3.434 680 H8 G 63 H8 G 63 8.299 -14.593 6.125 681 H1 G 63 H1 G 63 9.995 -13.179 0.104 682 H21 G 63 H21 G 63 8.452 -13.892 -1.314 683 H22 G 63 H22 G 63 7.004 -14.718 -0.787 684 H5' A 64 H5' A 64 7.669 -22.205 6.916 685 H5'' A 64 H5'' A 64 8.898 -20.962 6.596 686 H4' A 64 H4' A 64 9.293 -22.824 5.112 687 H3' A 64 H3' A 64 8.388 -20.248 3.953 688 H2' A 64 H2' A 64 7.615 -21.065 1.936 689 HO2' A 64 H2'' A 64 8.643 -23.561 1.810 690 H1' A 64 H1' A 64 6.841 -23.624 2.573 691 H8 A 64 H8 A 64 5.596 -21.229 5.247 692 H61 A 64 H61 A 64 0.702 -20.263 1.590 693 H62 A 64 H62 A 64 1.397 -19.987 3.171 694 H2 A 64 H2 A 64 3.720 -22.632 -0.730 695 H5' A 65 H5' A 65 10.642 -19.183 0.033 696 H5'' A 65 H5'' A 65 9.171 -18.222 0.283 697 H4' A 65 H4' A 65 9.491 -20.964 -0.912 698 H3' A 65 H3' A 65 8.282 -18.374 -1.766 699 H2' A 65 H2' A 65 6.278 -19.278 -2.512 700 HO2' A 65 H2'' A 65 7.927 -21.365 -3.160 701 H1' A 65 H1' A 65 5.923 -21.358 -0.768 702 H8 A 65 H8 A 65 7.031 -18.838 1.647 703 H61 A 65 H61 A 65 1.536 -16.036 1.074 704 H62 A 65 H62 A 65 3.005 -16.145 2.016 705 H2 A 65 H2 A 65 1.948 -18.999 -2.269 706 H5' A 66 H5' A 66 7.486 -19.911 -5.447 707 H5'' A 66 H5'' A 66 8.329 -18.883 -6.625 708 H4' A 66 H4' A 66 5.941 -18.771 -7.027 709 H3' A 66 H3' A 66 7.250 -16.296 -5.935 710 H2' A 66 H2' A 66 5.217 -15.201 -5.618 711 HO2' A 66 H2'' A 66 4.349 -16.948 -7.656 712 H1' A 66 H1' A 66 3.618 -17.348 -4.938 713 H8 A 66 H8 A 66 7.125 -17.187 -3.321 714 H61 A 66 H61 A 66 4.318 -14.192 1.313 715 H62 A 66 H62 A 66 5.821 -14.895 0.756 716 H2 A 66 H2 A 66 1.319 -14.823 -1.954 717 H5' C 67 H5' C 67 4.562 -14.998 -8.237 718 H5'' C 67 H5'' C 67 4.861 -13.529 -9.188 719 H4' C 67 H4' C 67 3.153 -13.279 -7.345 720 H3' C 67 H3' C 67 5.603 -11.521 -7.468 721 H2' C 67 H2' C 67 5.057 -10.504 -5.446 722 HO2' C 67 H2'' C 67 2.641 -11.257 -4.771 723 H1' C 67 H1' C 67 3.826 -12.661 -4.186 724 H41 C 67 H41 C 67 9.570 -12.223 -1.480 725 H42 C 67 H42 C 67 10.308 -12.980 -2.873 726 H5 C 67 H5 C 67 9.085 -13.542 -4.871 727 H6 C 67 H6 C 67 6.890 -13.506 -5.962 728 H5' U 68 H5' U 68 2.352 -9.452 -6.346 729 H5'' U 68 H5'' U 68 2.031 -7.903 -7.151 730 H4' U 68 H4' U 68 2.022 -7.683 -4.690 731 H3' U 68 H3' U 68 4.187 -6.241 -6.223 732 H2' U 68 H2' U 68 5.186 -5.540 -4.266 733 HO2' U 68 H2'' U 68 2.872 -6.063 -2.720 734 H1' U 68 H1' U 68 4.314 -7.630 -2.563 735 H3 U 68 H3 U 68 8.798 -7.812 -1.949 736 H5 U 68 H5 U 68 8.275 -8.996 -5.960 737 H6 U 68 H6 U 68 5.920 -8.452 -5.744 738 H5' U 69 H5' U 69 1.883 -3.850 -3.318 739 H5'' U 69 H5'' U 69 1.663 -2.151 -3.777 740 H4' U 69 H4' U 69 2.494 -2.341 -1.475 741 H3' U 69 H3' U 69 4.404 -1.139 -3.485 742 H2' U 69 H2' U 69 6.035 -0.925 -1.833 743 HO2' U 69 H2'' U 69 5.360 -1.226 0.469 744 H1' U 69 H1' U 69 5.422 -3.196 -0.341 745 H3 U 69 H3 U 69 9.537 -4.350 -1.841 746 H5 U 69 H5 U 69 7.230 -4.078 -5.359 747 H6 U 69 H6 U 69 5.382 -3.274 -4.006 748 H5' G 70 H5' G 70 4.224 0.884 -0.050 749 H5'' G 70 H5'' G 70 4.519 2.633 -0.015 750 H4' G 70 H4' G 70 6.152 1.224 1.307 751 H3' G 70 H3' G 70 7.137 3.073 -0.881 752 H2' G 70 H2' G 70 9.299 2.287 -0.592 753 HO2' G 70 H2'' G 70 9.155 1.044 1.823 754 H1' G 70 H1' G 70 8.629 -0.244 0.558 755 H8 G 70 H8 G 70 7.460 0.359 -3.045 756 H1 G 70 H1 G 70 13.330 -2.158 -2.438 757 H21 G 70 H21 G 70 13.990 -2.053 -0.318 758 H22 G 70 H22 G 70 12.973 -1.376 0.942 759 H5' G 71 H5' G 71 9.285 3.456 3.496 760 H5'' G 71 H5'' G 71 9.045 5.208 3.664 761 H4' G 71 H4' G 71 11.178 5.004 4.508 762 H3' G 71 H3' G 71 11.384 5.538 1.561 763 H2' G 71 H2' G 71 13.675 5.104 1.506 764 HO2' G 71 H2'' G 71 13.564 6.169 3.986 765 H1' G 71 H1' G 71 13.822 3.064 3.336 766 H8 G 71 H8 G 71 10.741 2.276 1.429 767 H1 G 71 H1 G 71 16.027 1.105 -2.007 768 H21 G 71 H21 G 71 17.800 1.996 -1.027 769 H22 G 71 H22 G 71 17.687 2.886 0.482 770 H5' U 72 H5' U 72 14.475 7.734 3.218 771 H5'' U 72 H5'' U 72 14.325 9.464 2.847 772 H4' U 72 H4' U 72 16.578 8.732 2.343 773 H3' U 72 H3' U 72 14.847 9.398 -0.034 774 H2' U 72 H2' U 72 16.509 8.713 -1.532 775 HO2' U 72 H2'' U 72 18.702 8.416 -0.827 776 H1' U 72 H1' U 72 17.528 6.581 -0.118 777 H3 U 72 H3 U 72 15.521 4.593 -3.666 778 H5 U 72 H5 U 72 12.319 5.785 -1.201 779 H6 U 72 H6 U 72 13.920 6.939 0.211 780 H5' U 73 H5' U 73 18.502 11.405 -1.093 781 H5'' U 73 H5'' U 73 18.082 13.093 -1.450 782 H4' U 73 H4' U 73 19.298 12.109 -3.324 783 H3' U 73 H3' U 73 16.376 12.723 -3.807 784 H2' U 73 H2' U 73 16.553 11.886 -5.999 785 HO2' U 73 H2'' U 73 18.505 11.636 -7.054 786 H1' U 73 H1' U 73 18.196 9.748 -5.464 787 H3 U 73 H3 U 73 14.297 7.639 -6.345 788 H5 U 73 H5 U 73 13.705 9.343 -2.535 789 H6 U 73 H6 U 73 15.826 10.493 -2.791 790 H5' C 74 H5' C 74 18.085 13.980 -7.150 791 H5'' C 74 H5'' C 74 17.540 15.573 -7.706 792 H4' C 74 H4' C 74 17.063 13.895 -9.405 793 H3' C 74 H3' C 74 14.585 14.903 -7.966 794 H2' C 74 H2' C 74 13.311 13.526 -9.357 795 HO2' C 74 H2'' C 74 14.166 12.709 -11.350 796 H1' C 74 H1' C 74 15.248 11.497 -9.704 797 H41 C 74 H41 C 74 10.951 8.679 -5.987 798 H42 C 74 H42 C 74 11.400 9.688 -4.634 799 H5 C 74 H5 C 74 12.997 11.486 -4.806 800 H6 C 74 H6 C 74 14.503 12.702 -6.312 801 H5' U 75 H5' U 75 14.339 15.956 -11.937 802 H5'' U 75 H5'' U 75 13.341 17.286 -12.546 803 H4' U 75 H4' U 75 12.457 15.069 -13.194 804 H3' U 75 H3' U 75 10.719 16.714 -11.332 805 H2' U 75 H2' U 75 9.177 14.982 -11.292 806 HO2' U 75 H2'' U 75 9.766 13.363 -13.300 807 H1' U 75 H1' U 75 10.995 12.872 -11.944 808 H3 U 75 H3 U 75 8.935 11.034 -8.390 809 H5 U 75 H5 U 75 10.946 14.357 -6.754 810 H6 U 75 H6 U 75 11.551 15.018 -9.011 811 H5' U 76 H5' U 76 8.513 15.265 -14.717 812 H5'' U 76 H5'' U 76 7.500 16.521 -15.457 813 H4' U 76 H4' U 76 6.179 14.514 -15.076 814 H3' U 76 H3' U 76 5.516 16.871 -13.314 815 H2' U 76 H2' U 76 3.963 15.622 -12.130 816 HO2' U 76 H2'' U 76 2.613 14.319 -13.128 817 H1' U 76 H1' U 76 5.114 13.052 -12.524 818 H3 U 76 H3 U 76 4.999 13.179 -7.998 819 H5 U 76 H5 U 76 7.682 16.263 -9.026 820 H6 U 76 H6 U 76 7.137 15.870 -11.358 821 H5' C 77 H5' C 77 1.595 19.043 -13.577 822 H5'' C 77 H5'' C 77 2.771 18.512 -12.358 823 H4' C 77 H4' C 77 0.034 17.260 -12.761 824 H3' C 77 H3' C 77 0.923 19.500 -10.962 825 H2' C 77 H2' C 77 -0.067 18.558 -9.096 826 HO2' C 77 H2'' C 77 -1.731 16.942 -10.753 827 H1' C 77 H1' C 77 -0.002 15.838 -9.865 828 H41 C 77 H41 C 77 4.165 16.346 -5.075 829 H42 C 77 H42 C 77 5.363 16.989 -6.178 830 H5 C 77 H5 C 77 4.893 17.505 -8.484 831 H6 C 77 H6 C 77 3.174 17.511 -10.232 832 H5' C 78 H5' C 78 -2.646 22.197 -9.216 833 H5'' C 78 H5'' C 78 -1.167 21.467 -8.559 834 H4' C 78 H4' C 78 -3.996 20.515 -7.991 835 H3' C 78 H3' C 78 -2.182 22.383 -6.493 836 H2' C 78 H2' C 78 -2.471 21.285 -4.475 837 HO2' C 78 H2'' C 78 -4.350 19.928 -4.122 838 H1' C 78 H1' C 78 -2.962 18.690 -5.395 839 H41 C 78 H41 C 78 2.934 18.707 -2.943 840 H42 C 78 H42 C 78 3.562 19.087 -4.532 841 H5 C 78 H5 C 78 2.160 19.599 -6.421 842 H6 C 78 H6 C 78 -0.150 19.857 -7.198 843 H5' U 79 H5' U 79 -4.791 24.921 -3.083 844 H5'' U 79 H5'' U 79 -3.162 24.217 -3.067 845 H4' U 79 H4' U 79 -5.594 22.992 -1.724 846 H3' U 79 H3' U 79 -3.488 24.857 -0.672 847 H2' U 79 H2' U 79 -3.062 23.547 1.197 848 HO2' U 79 H2'' U 79 -4.598 22.142 2.071 849 H1' U 79 H1' U 79 -3.609 21.022 0.159 850 H3 U 79 H3 U 79 0.791 21.540 1.607 851 H5 U 79 H5 U 79 0.705 22.372 -2.524 852 H6 U 79 H6 U 79 -1.719 22.380 -2.405 853 H5' A 80 H5' A 80 -5.655 24.044 2.571 854 H5'' A 80 H5'' A 80 -6.575 25.445 3.158 855 H4' A 80 H4' A 80 -5.475 24.338 5.025 856 H3' A 80 H3' A 80 -5.246 27.061 4.597 857 H2' A 80 H2' A 80 -3.066 27.169 3.781 858 HO2' A 80 H2'' A 80 -2.793 26.836 6.597 859 H1' A 80 H1' A 80 -2.032 24.873 5.383 860 H8 A 80 H8 A 80 -2.649 26.087 1.717 861 H61 A 80 H61 A 80 3.072 23.973 0.663 862 H62 A 80 H62 A 80 1.680 24.775 -0.031 863 H2 A 80 H2 A 80 2.039 23.112 4.942 864 H5' A 81 H5' A 81 -6.818 25.762 8.504 865 H5'' A 81 H5'' A 81 -6.917 26.984 9.791 866 H4' A 81 H4' A 81 -6.803 25.015 11.013 867 H3' A 81 H3' A 81 -4.083 26.223 10.724 868 H2' A 81 H2' A 81 -2.946 24.333 11.432 869 HO2' A 81 H2'' A 81 -4.067 22.679 12.679 870 H1' A 81 H1' A 81 -4.652 22.335 10.556 871 H8 A 81 H8 A 81 -4.286 24.659 7.649 872 H61 A 81 H61 A 81 1.144 21.928 6.481 873 H62 A 81 H62 A 81 -0.081 23.019 5.874 874 H2 A 81 H2 A 81 -0.245 20.588 10.530 875 H5' G 82 H5' G 82 -2.498 25.349 16.100 876 H5'' G 82 H5'' G 82 -1.810 26.129 14.661 877 H4' G 82 H4' G 82 -2.206 23.173 15.181 878 H3' G 82 H3' G 82 0.166 24.980 14.939 879 H2' G 82 H2' G 82 1.309 23.606 13.455 880 HO2' G 82 H2'' G 82 -0.278 21.339 13.684 881 H1' G 82 H1' G 82 -0.789 22.473 12.069 882 H8 G 82 H8 G 82 -1.470 26.175 12.396 883 H1 G 82 H1 G 82 2.715 24.746 7.747 884 H21 G 82 H21 G 82 3.336 22.625 7.908 885 H22 G 82 H22 G 82 2.728 21.559 9.155 886 H5' U 83 H5' U 83 2.696 21.964 15.948 887 H5'' U 83 H5'' U 83 3.529 22.485 17.427 888 H4' U 83 H4' U 83 5.166 22.175 15.674 889 H3' U 83 H3' U 83 4.617 25.027 16.476 890 H2' U 83 H2' U 83 5.981 25.866 14.785 891 HO2' U 83 H2'' U 83 7.842 24.701 15.197 892 H1' U 83 H1' U 83 5.580 23.883 12.860 893 H3 U 83 H3 U 83 3.874 27.503 10.751 894 H5 U 83 H5 U 83 1.129 26.763 13.864 895 H6 U 83 H6 U 83 2.631 25.046 14.692 896 H5' C 84 H5' C 84 8.725 25.106 16.755 897 H5'' C 84 H5'' C 84 9.280 26.003 18.180 898 H4' C 84 H4' C 84 9.927 27.091 16.046 899 H3' C 84 H3' C 84 8.059 28.568 17.908 900 H2' C 84 H2' C 84 7.784 30.262 16.369 901 HO2' C 84 H2'' C 84 10.226 29.536 15.089 902 H1' C 84 H1' C 84 8.453 28.786 14.017 903 H41 C 84 H41 C 84 2.406 30.523 13.123 904 H42 C 84 H42 C 84 1.872 29.443 14.396 905 H5 C 84 H5 C 84 3.388 28.170 15.767 906 H6 C 84 H6 C 84 5.742 27.655 16.220 907 H5' C 85 H5' C 85 12.082 30.541 16.724 908 H5'' C 85 H5'' C 85 12.646 31.663 17.979 909 H4' C 85 H4' C 85 12.833 32.607 15.690 910 H3' C 85 H3' C 85 10.988 33.961 17.661 911 H2' C 85 H2' C 85 10.315 35.497 16.046 912 HO2' C 85 H2'' C 85 12.639 34.766 14.549 913 H1' C 85 H1' C 85 10.508 33.854 13.795 914 H41 C 85 H41 C 85 4.275 34.309 15.027 915 H42 C 85 H42 C 85 4.420 33.064 16.246 916 H5 C 85 H5 C 85 6.528 32.116 16.920 917 H6 C 85 H6 C 85 8.954 32.157 16.574 918 H5' U 86 H5' U 86 12.729 36.726 15.530 919 H5'' U 86 H5'' U 86 13.566 38.006 16.430 920 H4' U 86 H4' U 86 12.016 38.959 14.787 921 H3' U 86 H3' U 86 11.339 39.339 17.698 922 HO3' U 86 H3T U 86 13.109 40.452 16.694 923 H2' U 86 H2' U 86 9.293 40.241 17.198 924 HO2' U 86 H2'' U 86 9.239 41.896 15.898 925 H1' U 86 H1' U 86 9.088 39.243 14.497 926 H3 U 86 H3 U 86 4.906 38.456 16.036 927 H5 U 86 H5 U 86 7.342 35.970 18.413 928 H6 U 86 H6 U 86 9.285 36.991 17.374 Start of MODEL 4 1 H5' G 1 H5' G 1 5.895 -42.746 5.535 2 H5'' G 1 H5'' G 1 6.352 -41.379 4.502 3 H4' G 1 H4' G 1 5.539 -43.022 3.011 4 H3' G 1 H3' G 1 3.674 -40.752 3.510 5 H2' G 1 H2' G 1 1.788 -41.779 2.619 6 HO2' G 1 H2'' G 1 3.666 -43.409 1.234 7 H1' G 1 H1' G 1 2.185 -44.372 3.349 8 H8 G 1 H8 G 1 3.355 -42.709 6.416 9 H1 G 1 H1 G 1 -2.991 -42.097 5.698 10 H21 G 1 H21 G 1 -3.581 -42.659 3.632 11 H22 G 1 H22 G 1 -2.418 -43.183 2.435 12 HO5' G 1 H5T G 1 4.666 -41.406 6.534 13 H5' G 2 H5' G 2 2.342 -41.593 0.146 14 H5'' G 2 H5'' G 2 2.517 -40.327 -1.088 15 H4' G 2 H4' G 2 0.181 -40.932 -0.893 16 H3' G 2 H3' G 2 0.904 -38.218 0.214 17 H2' G 2 H2' G 2 -1.243 -37.908 1.000 18 HO2' G 2 H2'' G 2 -2.702 -38.131 -0.504 19 H1' G 2 H1' G 2 -1.994 -40.632 1.276 20 H8 G 2 H8 G 2 1.025 -39.769 3.376 21 H1 G 2 H1 G 2 -4.570 -38.098 6.039 22 H21 G 2 H21 G 2 -6.202 -38.259 4.543 23 H22 G 2 H22 G 2 -5.917 -38.776 2.896 24 H5' G 3 H5' G 3 -2.336 -38.245 -2.786 25 H5'' G 3 H5'' G 3 -2.326 -36.844 -3.878 26 H4' G 3 H4' G 3 -4.564 -37.348 -2.855 27 H3' G 3 H3' G 3 -3.237 -34.671 -2.466 28 H2' G 3 H2' G 3 -4.904 -33.959 -1.002 29 HO2' G 3 H2'' G 3 -6.461 -35.392 -2.664 30 H1' G 3 H1' G 3 -5.535 -36.401 0.185 31 H8 G 3 H8 G 3 -1.780 -35.968 0.136 32 H1 G 3 H1 G 3 -4.699 -32.846 4.921 33 H21 G 3 H21 G 3 -6.889 -32.806 4.582 34 H22 G 3 H22 G 3 -7.636 -33.552 3.184 35 H5' A 4 H5' A 4 -7.290 -33.833 -3.430 36 H5'' A 4 H5'' A 4 -7.398 -32.646 -4.747 37 H4' A 4 H4' A 4 -8.749 -31.892 -2.881 38 H3' A 4 H3' A 4 -6.215 -30.330 -3.374 39 H2' A 4 H2' A 4 -6.596 -29.004 -1.498 40 HO2' A 4 H2'' A 4 -9.101 -29.594 -0.737 41 H1' A 4 H1' A 4 -7.947 -30.892 0.086 42 H8 A 4 H8 A 4 -4.567 -31.797 -1.575 43 H61 A 4 H61 A 4 -2.056 -30.257 3.865 44 H62 A 4 H62 A 4 -1.756 -30.922 2.277 45 H2 A 4 H2 A 4 -6.431 -29.283 4.031 46 H5' U 5 H5' U 5 -8.878 -27.487 -2.834 47 H5'' U 5 H5'' U 5 -8.773 -26.079 -3.913 48 H4' U 5 H4' U 5 -8.347 -25.441 -1.577 49 H3' U 5 H3' U 5 -6.075 -25.211 -3.544 50 H2' U 5 H2' U 5 -4.560 -24.690 -1.875 51 HO2' U 5 H2'' U 5 -5.113 -23.082 -0.639 52 H1' U 5 H1' U 5 -5.918 -25.894 0.332 53 H3 U 5 H3 U 5 -1.893 -27.861 0.842 54 H5 U 5 H5 U 5 -3.168 -29.212 -2.941 55 H6 U 5 H6 U 5 -5.093 -27.747 -2.743 56 H5' A 6 H5' A 6 -9.328 -20.075 -4.274 57 H5'' A 6 H5'' A 6 -7.553 -20.099 -4.294 58 H4' A 6 H4' A 6 -9.256 -20.897 -1.911 59 H3' A 6 H3' A 6 -8.756 -18.245 -2.773 60 H2' A 6 H2' A 6 -6.545 -18.052 -2.122 61 HO2' A 6 H2'' A 6 -6.444 -17.833 0.312 62 H1' A 6 H1' A 6 -6.716 -20.120 0.032 63 H8 A 6 H8 A 6 -4.977 -19.951 -3.466 64 H61 A 6 H61 A 6 0.267 -20.496 -0.223 65 H62 A 6 H62 A 6 -0.428 -20.396 -1.825 66 H2 A 6 H2 A 6 -3.143 -20.266 2.678 67 H5' U 7 H5' U 7 -10.726 -18.257 2.158 68 H5'' U 7 H5'' U 7 -10.466 -16.551 2.572 69 H4' U 7 H4' U 7 -9.586 -17.543 4.448 70 H3' U 7 H3' U 7 -7.553 -16.678 2.673 71 H2' U 7 H2' U 7 -6.675 -18.751 2.147 72 HO2' U 7 H2'' U 7 -5.053 -17.936 3.502 73 H1' U 7 H1' U 7 -7.494 -19.961 4.777 74 H3 U 7 H3 U 7 -9.278 -23.673 2.126 75 H5 U 7 H5 U 7 -5.282 -22.725 1.177 76 H6 U 7 H6 U 7 -5.543 -20.662 2.429 77 H5' G 8 H5' G 8 -3.216 -17.465 4.153 78 H5'' G 8 H5'' G 8 -3.549 -16.198 5.355 79 H4' G 8 H4' G 8 -1.980 -15.082 4.118 80 H3' G 8 H3' G 8 -4.643 -14.608 2.831 81 H2' G 8 H2' G 8 -3.764 -13.829 0.867 82 HO2' G 8 H2'' G 8 -2.289 -12.321 0.938 83 H1' G 8 H1' G 8 -1.233 -15.057 0.905 84 H8 G 8 H8 G 8 -4.366 -17.277 1.172 85 H1 G 8 H1 G 8 -2.308 -16.218 -4.811 86 H21 G 8 H21 G 8 -0.684 -14.720 -4.815 87 H22 G 8 H22 G 8 -0.104 -13.964 -3.351 88 H5' G 9 H5' G 9 -4.812 -10.045 1.145 89 H5'' G 9 H5'' G 9 -4.841 -11.779 0.763 90 H4' G 9 H4' G 9 -2.307 -10.253 0.285 91 H3' G 9 H3' G 9 -4.825 -9.923 -1.337 92 H2' G 9 H2' G 9 -3.661 -10.233 -3.336 93 HO2' G 9 H2'' G 9 -1.072 -10.209 -2.548 94 H1' G 9 H1' G 9 -1.738 -12.033 -2.461 95 H8 G 9 H8 G 9 -4.786 -13.563 -1.121 96 H1 G 9 H1 G 9 -4.616 -13.953 -7.523 97 H21 G 9 H21 G 9 -3.058 -12.592 -8.328 98 H22 G 9 H22 G 9 -2.064 -11.590 -7.297 99 H5' A 10 H5' A 10 -2.370 -7.492 -3.241 100 H5'' A 10 H5'' A 10 -3.000 -5.859 -3.541 101 H4' A 10 H4' A 10 -2.450 -6.923 -5.653 102 H3' A 10 H3' A 10 -5.413 -6.599 -5.124 103 H2' A 10 H2' A 10 -5.900 -7.677 -7.111 104 HO2' A 10 H2'' A 10 -4.074 -6.130 -8.064 105 H1' A 10 H1' A 10 -3.518 -9.225 -7.299 106 H8 A 10 H8 A 10 -5.730 -9.724 -4.192 107 H61 A 10 H61 A 10 -8.443 -14.238 -7.454 108 H62 A 10 H62 A 10 -8.315 -13.462 -5.888 109 H2 A 10 H2 A 10 -5.651 -12.030 -10.185 110 H5' A 11 H5' A 11 -4.008 -4.393 -9.002 111 H5'' A 11 H5'' A 11 -5.095 -3.008 -9.228 112 H4' A 11 H4' A 11 -4.801 -4.435 -11.270 113 H3' A 11 H3' A 11 -7.538 -3.999 -10.071 114 H2' A 11 H2' A 11 -8.509 -5.445 -11.650 115 HO2' A 11 H2'' A 11 -7.772 -4.954 -13.600 116 H1' A 11 H1' A 11 -6.530 -7.333 -11.773 117 H8 A 11 H8 A 11 -7.152 -6.098 -8.191 118 H61 A 11 H61 A 11 -11.421 -10.573 -7.879 119 H62 A 11 H62 A 11 -10.535 -9.360 -6.983 120 H2 A 11 H2 A 11 -9.994 -10.304 -12.123 121 H5' G 12 H5' G 12 -8.442 -2.423 -14.104 122 H5'' G 12 H5'' G 12 -9.261 -0.871 -13.839 123 H4' G 12 H4' G 12 -10.674 -2.434 -15.109 124 H3' G 12 H3' G 12 -11.625 -1.700 -12.329 125 H2' G 12 H2' G 12 -13.481 -3.109 -12.591 126 HO2' G 12 H2'' G 12 -13.296 -2.284 -15.143 127 H1' G 12 H1' G 12 -12.265 -5.086 -14.107 128 H8 G 12 H8 G 12 -10.140 -4.079 -11.102 129 H1 G 12 H1 G 12 -14.667 -8.445 -9.835 130 H21 G 12 H21 G 12 -16.044 -8.611 -11.565 131 H22 G 12 H22 G 12 -15.867 -7.678 -13.015 132 H5' A 13 H5' A 13 -15.083 -1.239 -14.976 133 H5'' A 13 H5'' A 13 -15.846 0.313 -14.577 134 H4' A 13 H4' A 13 -17.500 -1.468 -14.499 135 H3' A 13 H3' A 13 -16.742 -0.318 -11.803 136 H2' A 13 H2' A 13 -18.235 -1.802 -10.768 137 HO2' A 13 H2'' A 13 -19.909 -2.835 -11.913 138 H1' A 13 H1' A 13 -17.879 -3.963 -12.490 139 H8 A 13 H8 A 13 -14.767 -2.099 -11.095 140 H61 A 13 H61 A 13 -14.683 -6.613 -6.861 141 H62 A 13 H62 A 13 -13.845 -5.214 -7.487 142 H2 A 13 H2 A 13 -18.384 -7.105 -9.342 143 H5' A 14 H5' A 14 -21.078 0.183 -11.680 144 H5'' A 14 H5'' A 14 -21.377 1.796 -11.000 145 H4' A 14 H4' A 14 -22.438 0.054 -9.634 146 H3' A 14 H3' A 14 -20.122 1.533 -8.373 147 H2' A 14 H2' A 14 -20.254 0.202 -6.487 148 HO2' A 14 H2'' A 14 -22.170 0.043 -5.628 149 H1' A 14 H1' A 14 -21.349 -2.116 -7.692 150 H8 A 14 H8 A 14 -18.041 -0.533 -8.941 151 H61 A 14 H61 A 14 -15.279 -4.770 -5.379 152 H62 A 14 H62 A 14 -15.035 -3.507 -6.560 153 H2 A 14 H2 A 14 -19.694 -5.018 -4.656 154 H5' C 15 H5' C 15 -23.666 1.363 -5.564 155 H5'' C 15 H5'' C 15 -23.798 2.989 -4.865 156 H4' C 15 H4' C 15 -23.883 1.333 -3.090 157 H3' C 15 H3' C 15 -21.340 2.959 -3.201 158 H2' C 15 H2' C 15 -20.481 1.784 -1.380 159 HO2' C 15 H2'' C 15 -21.943 0.495 -0.028 160 H1' C 15 H1' C 15 -21.713 -0.688 -1.894 161 H41 C 15 H41 C 15 -15.689 -1.636 -3.747 162 H42 C 15 H42 C 15 -15.856 -0.449 -5.022 163 H5 C 15 H5 C 15 -17.854 0.852 -5.361 164 H6 C 15 H6 C 15 -20.122 1.302 -4.551 165 H5' C 16 H5' C 16 -22.569 2.766 0.592 166 H5'' C 16 H5'' C 16 -22.144 4.136 1.637 167 H4' C 16 H4' C 16 -21.049 1.971 2.273 168 H3' C 16 H3' C 16 -19.361 4.373 1.563 169 H2' C 16 H2' C 16 -17.428 3.125 1.730 170 HO2' C 16 H2'' C 16 -18.666 1.087 3.264 171 H1' C 16 H1' C 16 -18.572 0.547 1.254 172 H41 C 16 H41 C 16 -14.694 1.310 -3.715 173 H42 C 16 H42 C 16 -15.614 2.682 -4.285 174 H5 C 16 H5 C 16 -17.491 3.599 -3.084 175 H6 C 16 H6 C 16 -18.889 3.395 -1.078 176 H5' G 17 H5' G 17 -18.431 2.082 5.635 177 H5'' G 17 H5'' G 17 -18.279 3.448 6.761 178 H4' G 17 H4' G 17 -16.592 1.817 7.315 179 H3' G 17 H3' G 17 -15.533 4.300 5.966 180 H2' G 17 H2' G 17 -13.395 3.431 5.885 181 HO2' G 17 H2'' G 17 -12.797 1.667 7.369 182 H1' G 17 H1' G 17 -14.058 0.675 5.867 183 H8 G 17 H8 G 17 -15.750 2.377 2.995 184 H1 G 17 H1 G 17 -9.520 1.294 1.916 185 H21 G 17 H21 G 17 -8.510 0.697 3.796 186 H22 G 17 H22 G 17 -9.363 0.560 5.317 187 H5' G 18 H5' G 18 -13.098 3.141 9.124 188 H5'' G 18 H5'' G 18 -12.681 4.465 10.227 189 H4' G 18 H4' G 18 -10.702 3.157 9.516 190 H3' G 18 H3' G 18 -10.851 6.071 8.742 191 H2' G 18 H2' G 18 -8.937 5.894 7.470 192 HO2' G 18 H2'' G 18 -7.442 4.025 7.957 193 H1' G 18 H1' G 18 -9.032 3.104 6.934 194 H8 G 18 H8 G 18 -11.989 5.191 5.697 195 H1 G 18 H1 G 18 -7.039 4.894 1.624 196 H21 G 18 H21 G 18 -5.295 3.949 2.612 197 H22 G 18 H22 G 18 -5.341 3.391 4.270 198 H5' G 19 H5' G 19 -6.941 4.770 10.123 199 H5'' G 19 H5'' G 19 -6.392 5.824 11.441 200 H4' G 19 H4' G 19 -4.537 5.443 9.943 201 H3' G 19 H3' G 19 -5.734 8.205 9.803 202 H2' G 19 H2' G 19 -4.306 8.808 8.064 203 HO2' G 19 H2'' G 19 -2.600 7.144 9.408 204 H1' G 19 H1' G 19 -4.033 6.292 6.846 205 H8 G 19 H8 G 19 -7.567 7.613 7.674 206 H1 G 19 H1 G 19 -5.450 8.942 1.764 207 H21 G 19 H21 G 19 -3.325 8.340 1.560 208 H22 G 19 H22 G 19 -2.427 7.612 2.874 209 H5' G 20 H5' G 20 -2.085 9.760 9.956 210 H5'' G 20 H5'' G 20 -2.086 11.015 11.214 211 H4' G 20 H4' G 20 -1.729 12.056 9.055 212 H3' G 20 H3' G 20 -4.404 12.559 10.347 213 H2' G 20 H2' G 20 -5.187 13.706 8.488 214 HO2' G 20 H2'' G 20 -3.827 15.232 7.933 215 H1' G 20 H1' G 20 -3.729 12.370 6.485 216 H8 G 20 H8 G 20 -5.735 10.368 9.113 217 H1 G 20 H1 G 20 -8.869 11.584 3.649 218 H21 G 20 H21 G 20 -7.670 12.921 2.357 219 H22 G 20 H22 G 20 -6.102 13.521 2.833 220 H5' A 21 H5' A 21 -5.506 16.784 11.700 221 H5'' A 21 H5'' A 21 -6.380 15.526 10.801 222 H4' A 21 H4' A 21 -7.186 17.716 10.131 223 H3' A 21 H3' A 21 -5.728 16.047 8.143 224 H2' A 21 H2' A 21 -5.341 17.751 6.616 225 HO2' A 21 H2'' A 21 -7.260 19.440 7.860 226 H1' A 21 H1' A 21 -5.065 19.925 8.261 227 H8 A 21 H8 A 21 -3.112 17.317 10.046 228 H61 A 21 H61 A 21 1.458 18.253 5.973 229 H62 A 21 H62 A 21 1.012 17.506 7.490 230 H2 A 21 H2 A 21 -2.219 20.312 4.442 231 H5' A 22 H5' A 22 -8.880 15.972 3.710 232 H5'' A 22 H5'' A 22 -7.385 15.319 4.413 233 H4' A 22 H4' A 22 -7.910 18.202 3.615 234 H3' A 22 H3' A 22 -6.424 15.953 2.307 235 H2' A 22 H2' A 22 -4.489 17.210 1.943 236 HO2' A 22 H2'' A 22 -4.667 19.619 2.303 237 H1' A 22 H1' A 22 -4.459 18.747 4.211 238 H8 A 22 H8 A 22 -5.407 15.621 5.804 239 H61 A 22 H61 A 22 0.357 13.542 4.936 240 H62 A 22 H62 A 22 -1.155 13.292 5.781 241 H2 A 22 H2 A 22 -0.214 17.173 2.366 242 H5' A 23 H5' A 23 -5.882 18.282 -1.144 243 H5'' A 23 H5'' A 23 -6.548 17.317 -2.475 244 H4' A 23 H4' A 23 -4.147 17.673 -2.788 245 H3' A 23 H3' A 23 -5.139 14.884 -2.307 246 H2' A 23 H2' A 23 -3.007 13.989 -1.994 247 HO2' A 23 H2'' A 23 -2.372 15.639 -3.933 248 H1' A 23 H1' A 23 -1.765 16.074 -0.731 249 H8 A 23 H8 A 23 -5.405 15.344 0.365 250 H61 A 23 H61 A 23 -2.831 11.731 4.691 251 H62 A 23 H62 A 23 -4.334 12.413 4.095 252 H2 A 23 H2 A 23 0.423 13.204 1.990 253 H5' C 24 H5' C 24 -2.561 13.854 -5.067 254 H5'' C 24 H5'' C 24 -3.183 12.652 -6.216 255 H4' C 24 H4' C 24 -1.426 11.771 -4.657 256 H3' C 24 H3' C 24 -4.178 10.534 -4.714 257 H2' C 24 H2' C 24 -3.657 9.115 -2.944 258 HO2' C 24 H2'' C 24 -1.036 9.450 -3.909 259 H1' C 24 H1' C 24 -1.902 10.774 -1.553 260 H41 C 24 H41 C 24 -7.353 10.915 1.725 261 H42 C 24 H42 C 24 -7.953 12.176 0.676 262 H5 C 24 H5 C 24 -6.773 12.935 -1.281 263 H6 C 24 H6 C 24 -4.762 12.651 -2.654 264 H5' U 25 H5' U 25 -1.501 7.651 -4.247 265 H5'' U 25 H5'' U 25 -1.588 6.280 -5.372 266 H4' U 25 H4' U 25 -1.549 5.490 -3.058 267 H3' U 25 H3' U 25 -4.141 5.084 -4.558 268 H2' U 25 H2' U 25 -5.137 4.186 -2.664 269 HO2' U 25 H2'' U 25 -3.188 3.702 -0.932 270 H1' U 25 H1' U 25 -3.603 5.550 -0.713 271 H3 U 25 H3 U 25 -7.804 6.737 0.495 272 H5 U 25 H5 U 25 -7.250 8.623 -3.234 273 H6 U 25 H6 U 25 -5.130 7.459 -3.434 274 H5' U 26 H5' U 26 -2.301 1.657 -2.612 275 H5'' U 26 H5'' U 26 -2.439 0.101 -3.459 276 H4' U 26 H4' U 26 -3.014 -0.153 -1.095 277 H3' U 26 H3' U 26 -5.269 -0.471 -3.077 278 H2' U 26 H2' U 26 -6.806 -0.746 -1.364 279 HO2' U 26 H2'' U 26 -6.237 -1.492 0.691 280 H1' U 26 H1' U 26 -5.573 0.832 0.593 281 H3 U 26 H3 U 26 -9.584 2.890 0.111 282 H5 U 26 H5 U 26 -7.652 3.548 -3.578 283 H6 U 26 H6 U 26 -5.857 2.101 -2.823 284 H5' G 27 H5' G 27 -5.214 -3.255 -0.264 285 H5'' G 27 H5'' G 27 -5.751 -4.920 -0.573 286 H4' G 27 H4' G 27 -7.049 -3.656 1.202 287 H3' G 27 H3' G 27 -8.438 -4.878 -1.191 288 H2' G 27 H2' G 27 -10.451 -3.916 -0.565 289 HO2' G 27 H2'' G 27 -9.397 -4.280 2.020 290 H1' G 27 H1' G 27 -9.394 -1.752 0.977 291 H8 G 27 H8 G 27 -8.419 -1.661 -2.702 292 H1 G 27 H1 G 27 -14.123 0.957 -1.367 293 H21 G 27 H21 G 27 -14.724 0.452 0.708 294 H22 G 27 H22 G 27 -13.718 -0.519 1.763 295 H5' G 28 H5' G 28 -10.270 -5.901 3.227 296 H5'' G 28 H5'' G 28 -10.200 -7.665 3.050 297 H4' G 28 H4' G 28 -12.192 -7.362 4.216 298 H3' G 28 H3' G 28 -12.730 -7.604 1.279 299 H2' G 28 H2' G 28 -14.968 -6.965 1.472 300 HO2' G 28 H2'' G 28 -16.155 -7.479 3.168 301 H1' G 28 H1' G 28 -14.770 -5.050 3.398 302 H8 G 28 H8 G 28 -11.703 -4.523 1.373 303 H1 G 28 H1 G 28 -16.963 -2.520 -1.705 304 H21 G 28 H21 G 28 -18.778 -3.242 -0.663 305 H22 G 28 H22 G 28 -18.705 -4.214 0.789 306 H5' U 29 H5' U 29 -16.027 -9.800 2.807 307 H5'' U 29 H5'' U 29 -15.926 -11.443 2.144 308 H4' U 29 H4' U 29 -18.139 -10.500 1.734 309 H3' U 29 H3' U 29 -16.388 -10.882 -0.697 310 H2' U 29 H2' U 29 -18.016 -9.949 -2.060 311 HO2' U 29 H2'' U 29 -19.737 -10.946 -0.107 312 H1' U 29 H1' U 29 -19.101 -8.129 -0.273 313 H3 U 29 H3 U 29 -17.494 -5.541 -3.646 314 H5 U 29 H5 U 29 -14.060 -6.820 -1.564 315 H6 U 29 H6 U 29 -15.480 -8.289 -0.255 316 H5' U 30 H5' U 30 -20.233 -12.096 -1.862 317 H5'' U 30 H5'' U 30 -20.167 -13.837 -2.206 318 H4' U 30 H4' U 30 -21.376 -12.949 -4.018 319 H3' U 30 H3' U 30 -18.467 -13.231 -4.794 320 H2' U 30 H2' U 30 -18.931 -12.311 -6.907 321 HO2' U 30 H2'' U 30 -20.998 -12.232 -7.772 322 H1' U 30 H1' U 30 -20.764 -10.398 -6.076 323 H3 U 30 H3 U 30 -17.346 -7.670 -7.130 324 H5 U 30 H5 U 30 -15.950 -9.748 -3.739 325 H6 U 30 H6 U 30 -17.946 -11.125 -3.842 326 H5' C 31 H5' C 31 -20.546 -14.828 -7.934 327 H5'' C 31 H5'' C 31 -19.703 -16.150 -8.764 328 H4' C 31 H4' C 31 -20.039 -14.146 -10.204 329 H3' C 31 H3' C 31 -17.171 -14.891 -9.545 330 H2' C 31 H2' C 31 -16.492 -13.111 -10.913 331 HO2' C 31 H2'' C 31 -17.612 -13.621 -12.774 332 H1' C 31 H1' C 31 -18.756 -11.451 -10.449 333 H41 C 31 H41 C 31 -14.161 -8.417 -7.300 334 H42 C 31 H42 C 31 -14.002 -9.726 -6.167 335 H5 C 31 H5 C 31 -15.241 -11.784 -6.357 336 H6 C 31 H6 C 31 -16.894 -13.022 -7.679 337 H5' U 32 H5' U 32 -17.553 -15.322 -13.527 338 H5'' U 32 H5'' U 32 -16.569 -16.466 -14.461 339 H4' U 32 H4' U 32 -15.892 -14.139 -14.883 340 H3' U 32 H3' U 32 -13.872 -15.870 -13.429 341 H2' U 32 H2' U 32 -12.438 -14.051 -13.279 342 HO2' U 32 H2'' U 32 -13.273 -12.183 -14.911 343 H1' U 32 H1' U 32 -14.426 -12.008 -13.400 344 H3 U 32 H3 U 32 -12.112 -10.728 -9.745 345 H5 U 32 H5 U 32 -13.911 -14.357 -8.575 346 H6 U 32 H6 U 32 -14.676 -14.639 -10.859 347 H5' U 33 H5' U 33 -11.938 -13.876 -16.644 348 H5'' U 33 H5'' U 33 -10.794 -14.925 -17.504 349 H4' U 33 H4' U 33 -9.720 -12.843 -16.726 350 H3' U 33 H3' U 33 -8.774 -15.436 -15.492 351 H2' U 33 H2' U 33 -7.338 -14.278 -14.083 352 HO2' U 33 H2'' U 33 -6.540 -13.110 -16.103 353 H1' U 33 H1' U 33 -8.775 -11.817 -13.997 354 H3 U 33 H3 U 33 -8.431 -12.657 -9.568 355 H5 U 33 H5 U 33 -10.817 -15.823 -11.005 356 H6 U 33 H6 U 33 -10.428 -15.006 -13.257 357 H5' C 34 H5' C 34 -4.204 -16.510 -16.247 358 H5'' C 34 H5'' C 34 -5.341 -16.542 -14.883 359 H4' C 34 H4' C 34 -3.026 -14.610 -15.251 360 H3' C 34 H3' C 34 -3.364 -17.094 -13.596 361 H2' C 34 H2' C 34 -2.578 -16.093 -11.675 362 HO2' C 34 H2'' C 34 -1.379 -13.851 -12.333 363 H1' C 34 H1' C 34 -3.239 -13.413 -12.207 364 H41 C 34 H41 C 34 -7.109 -15.320 -7.523 365 H42 C 34 H42 C 34 -8.186 -16.033 -8.704 366 H5 C 34 H5 C 34 -7.674 -16.149 -11.055 367 H6 C 34 H6 C 34 -6.020 -15.609 -12.781 368 H5' C 35 H5' C 35 0.432 -15.312 -12.944 369 H5'' C 35 H5'' C 35 1.743 -16.471 -13.247 370 H4' C 35 H4' C 35 2.194 -15.298 -11.178 371 H3' C 35 H3' C 35 1.369 -18.182 -10.852 372 H2' C 35 H2' C 35 1.372 -17.981 -8.546 373 HO2' C 35 H2'' C 35 3.194 -15.805 -8.900 374 H1' C 35 H1' C 35 0.914 -15.165 -8.388 375 H41 C 35 H41 C 35 -4.379 -17.676 -5.901 376 H42 C 35 H42 C 35 -4.843 -18.324 -7.455 377 H5 C 35 H5 C 35 -3.458 -18.162 -9.419 378 H6 C 35 H6 C 35 -1.329 -17.341 -10.315 379 H5' U 36 H5' U 36 5.134 -20.394 -8.698 380 H5'' U 36 H5'' U 36 3.612 -21.286 -8.492 381 H4' U 36 H4' U 36 4.878 -19.215 -6.716 382 H3' U 36 H3' U 36 3.740 -21.978 -6.352 383 H2' U 36 H2' U 36 2.750 -21.437 -4.344 384 HO2' U 36 H2'' U 36 3.633 -19.762 -2.994 385 H1' U 36 H1' U 36 2.540 -18.615 -4.677 386 H3 U 36 H3 U 36 -1.462 -20.522 -3.292 387 H5 U 36 H5 U 36 -1.439 -20.588 -7.507 388 H6 U 36 H6 U 36 0.905 -19.964 -7.439 389 H5' A 37 H5' A 37 5.118 -21.099 -2.904 390 H5'' A 37 H5'' A 37 6.612 -21.948 -2.460 391 H4' A 37 H4' A 37 5.162 -21.938 -0.542 392 H3' A 37 H3' A 37 6.131 -24.340 -1.573 393 H2' A 37 H2' A 37 4.159 -25.191 -2.474 394 HO2' A 37 H2'' A 37 3.409 -26.639 -1.071 395 H1' A 37 H1' A 37 2.383 -23.906 -0.435 396 H8 A 37 H8 A 37 3.097 -24.138 -4.273 397 H61 A 37 H61 A 37 -3.060 -24.456 -4.819 398 H62 A 37 H62 A 37 -1.534 -24.488 -5.674 399 H2 A 37 H2 A 37 -2.075 -23.931 -0.475 400 H5' A 38 H5' A 38 6.334 -26.553 3.756 401 H5'' A 38 H5'' A 38 4.807 -25.991 3.046 402 H4' A 38 H4' A 38 6.330 -24.899 5.409 403 H3' A 38 H3' A 38 3.614 -26.048 4.960 404 H2' A 38 H2' A 38 2.442 -24.349 6.023 405 HO2' A 38 H2'' A 38 4.080 -22.786 7.277 406 H1' A 38 H1' A 38 3.939 -22.163 5.397 407 H8 A 38 H8 A 38 4.136 -23.824 2.145 408 H61 A 38 H61 A 38 -1.778 -22.306 1.113 409 H62 A 38 H62 A 38 -0.294 -22.894 0.396 410 H2 A 38 H2 A 38 -0.908 -21.641 5.461 411 H5' G 39 H5' G 39 3.591 -25.690 9.292 412 H5'' G 39 H5'' G 39 2.647 -27.037 9.958 413 H4' G 39 H4' G 39 1.698 -24.665 10.245 414 H3' G 39 H3' G 39 0.165 -27.046 9.261 415 H2' G 39 H2' G 39 -1.674 -25.787 8.576 416 HO2' G 39 H2'' G 39 -2.271 -23.931 9.533 417 H1' G 39 H1' G 39 -0.429 -23.529 7.669 418 H8 G 39 H8 G 39 1.605 -26.561 6.616 419 H1 G 39 H1 G 39 -3.405 -25.344 2.798 420 H21 G 39 H21 G 39 -4.706 -23.802 3.716 421 H22 G 39 H22 G 39 -4.348 -23.072 5.265 422 H5' U 40 H5' U 40 -2.806 -25.206 11.635 423 H5'' U 40 H5'' U 40 -3.381 -26.384 12.832 424 H4' U 40 H4' U 40 -5.256 -25.486 11.542 425 H3' U 40 H3' U 40 -4.576 -28.396 11.179 426 H2' U 40 H2' U 40 -6.126 -28.655 9.445 427 HO2' U 40 H2'' U 40 -7.579 -27.050 10.907 428 H1' U 40 H1' U 40 -5.878 -26.195 8.232 429 H3 U 40 H3 U 40 -4.029 -28.869 5.092 430 H5 U 40 H5 U 40 -1.213 -28.913 8.228 431 H6 U 40 H6 U 40 -2.787 -27.643 9.570 432 H5' C 41 H5' C 41 -8.538 -29.028 11.634 433 H5'' C 41 H5'' C 41 -8.870 -30.289 12.838 434 H4' C 41 H4' C 41 -9.654 -30.987 10.633 435 H3' C 41 H3' C 41 -7.284 -32.501 11.740 436 H2' C 41 H2' C 41 -7.072 -33.700 9.778 437 HO2' C 41 H2'' C 41 -9.066 -33.716 8.308 438 H1' C 41 H1' C 41 -8.292 -31.818 8.015 439 H41 C 41 H41 C 41 -2.250 -32.088 6.071 440 H42 C 41 H42 C 41 -1.718 -31.239 7.504 441 H5 C 41 H5 C 41 -3.197 -30.640 9.307 442 H6 C 41 H6 C 41 -5.505 -30.725 10.127 443 H5' C 42 H5' C 42 -11.168 -34.696 10.601 444 H5'' C 42 H5'' C 42 -11.374 -36.235 11.460 445 H4' C 42 H4' C 42 -11.867 -36.384 9.018 446 H3' C 42 H3' C 42 -9.659 -38.061 10.207 447 H2' C 42 H2' C 42 -9.055 -38.882 8.107 448 HO2' C 42 H2'' C 42 -11.726 -38.577 7.640 449 H1' C 42 H1' C 42 -9.574 -36.628 6.585 450 H41 C 42 H41 C 42 -3.269 -36.547 7.475 451 H42 C 42 H42 C 42 -3.489 -35.877 9.074 452 H5 C 42 H5 C 42 -5.651 -35.563 10.088 453 H6 C 42 H6 C 42 -8.070 -35.828 9.787 454 H5' U 43 H5' U 43 -11.207 -40.340 7.499 455 H5'' U 43 H5'' U 43 -11.636 -41.983 8.012 456 H4' U 43 H4' U 43 -10.039 -41.949 6.105 457 H3' U 43 H3' U 43 -9.246 -43.190 8.722 458 HO3' U 43 H3T U 43 -9.758 -44.973 7.623 459 H2' U 43 H2' U 43 -7.036 -43.281 8.162 460 HO2' U 43 H2'' U 43 -7.010 -43.465 5.479 461 H1' U 43 H1' U 43 -7.203 -41.602 5.771 462 H3 U 43 H3 U 43 -3.087 -40.496 7.319 463 H5 U 43 H5 U 43 -5.730 -39.105 10.296 464 H6 U 43 H6 U 43 -7.538 -40.209 9.113 465 H5' G 44 H5' G 44 -5.317 40.795 14.493 466 H5'' G 44 H5'' G 44 -5.824 39.665 13.225 467 H4' G 44 H4' G 44 -5.072 41.583 12.067 468 H3' G 44 H3' G 44 -3.199 39.267 12.005 469 H2' G 44 H2' G 44 -1.348 40.464 11.262 470 HO2' G 44 H2'' G 44 -3.276 42.337 10.322 471 H1' G 44 H1' G 44 -1.700 42.851 12.521 472 H8 G 44 H8 G 44 -2.734 40.597 15.237 473 H1 G 44 H1 G 44 3.566 40.151 14.109 474 H21 G 44 H21 G 44 4.068 41.126 12.183 475 H22 G 44 H22 G 44 2.860 41.886 11.171 476 HO5' G 44 H5T G 44 -4.048 39.288 15.141 477 H5' G 45 H5' G 45 -2.017 40.786 8.834 478 H5'' G 45 H5'' G 45 -2.256 39.806 7.372 479 H4' G 45 H4' G 45 0.088 40.362 7.576 480 H3' G 45 H3' G 45 -0.596 37.476 8.135 481 H2' G 45 H2' G 45 1.583 37.019 8.737 482 HO2' G 45 H2'' G 45 2.972 37.553 7.245 483 H1' G 45 H1' G 45 2.361 39.630 9.533 484 H8 G 45 H8 G 45 -0.563 38.350 11.546 485 H1 G 45 H1 G 45 5.132 36.177 13.552 486 H21 G 45 H21 G 45 6.695 36.640 12.046 487 H22 G 45 H22 G 45 6.339 37.482 10.555 488 H5' G 46 H5' G 46 2.500 38.130 5.053 489 H5'' G 46 H5'' G 46 2.428 36.983 3.699 490 H4' G 46 H4' G 46 4.717 37.274 4.699 491 H3' G 46 H3' G 46 3.392 34.569 4.590 492 H2' G 46 H2' G 46 5.122 33.581 5.801 493 HO2' G 46 H2'' G 46 6.610 35.332 4.400 494 H1' G 46 H1' G 46 5.823 35.727 7.432 495 H8 G 46 H8 G 46 2.068 35.294 7.460 496 H1 G 46 H1 G 46 5.179 31.269 11.370 497 H21 G 46 H21 G 46 7.353 31.322 10.945 498 H22 G 46 H22 G 46 8.042 32.345 9.701 499 H5' A 47 H5' A 47 7.393 33.960 3.287 500 H5'' A 47 H5'' A 47 7.436 33.071 1.750 501 H4' A 47 H4' A 47 8.862 31.952 3.366 502 H3' A 47 H3' A 47 6.301 30.513 2.674 503 H2' A 47 H2' A 47 6.759 28.838 4.225 504 HO2' A 47 H2'' A 47 9.302 29.269 4.969 505 H1' A 47 H1' A 47 8.200 30.376 6.095 506 H8 A 47 H8 A 47 4.751 31.594 4.820 507 H61 A 47 H61 A 47 2.474 28.947 9.926 508 H62 A 47 H62 A 47 2.110 29.929 8.529 509 H2 A 47 H2 A 47 6.845 27.962 9.684 510 H5' U 48 H5' U 48 8.969 27.630 2.493 511 H5'' U 48 H5'' U 48 8.806 26.475 1.154 512 H4' U 48 H4' U 48 8.478 25.373 3.330 513 H3' U 48 H3' U 48 6.116 25.543 1.463 514 H2' U 48 H2' U 48 4.681 24.686 3.064 515 HO2' U 48 H2'' U 48 5.284 22.861 3.915 516 H1' U 48 H1' U 48 6.156 25.424 5.400 517 H3 U 48 H3 U 48 2.158 27.209 6.482 518 H5 U 48 H5 U 48 3.270 29.333 3.015 519 H6 U 48 H6 U 48 5.199 27.871 2.818 520 H5' A 49 H5' A 49 9.308 20.683 -0.457 521 H5'' A 49 H5'' A 49 7.535 20.703 -0.391 522 H4' A 49 H4' A 49 9.348 21.000 2.026 523 H3' A 49 H3' A 49 8.796 18.581 0.659 524 H2' A 49 H2' A 49 6.616 18.247 1.355 525 HO2' A 49 H2'' A 49 6.630 17.537 3.701 526 H1' A 49 H1' A 49 6.897 19.826 3.880 527 H8 A 49 H8 A 49 5.000 20.375 0.508 528 H61 A 49 H61 A 49 -0.086 20.224 4.036 529 H62 A 49 H62 A 49 0.530 20.456 2.415 530 H2 A 49 H2 A 49 3.453 19.415 6.662 531 H5' U 50 H5' U 50 10.990 17.579 5.393 532 H5'' U 50 H5'' U 50 10.736 15.823 5.455 533 H4' U 50 H4' U 50 9.950 16.408 7.537 534 H3' U 50 H3' U 50 7.833 15.918 5.716 535 H2' U 50 H2' U 50 6.929 18.048 5.676 536 HO2' U 50 H2'' U 50 5.378 16.965 6.921 537 H1' U 50 H1' U 50 7.890 18.704 8.448 538 H3 U 50 H3 U 50 9.586 22.870 6.540 539 H5 U 50 H5 U 50 5.537 22.153 5.616 540 H6 U 50 H6 U 50 5.831 19.873 6.393 541 H5' G 51 H5' G 51 3.573 16.371 7.529 542 H5'' G 51 H5'' G 51 3.954 14.883 8.426 543 H4' G 51 H4' G 51 2.320 14.046 7.056 544 H3' G 51 H3' G 51 4.922 13.849 5.583 545 H2' G 51 H2' G 51 3.954 13.490 3.543 546 HO2' G 51 H2'' G 51 2.471 11.997 3.366 547 H1' G 51 H1' G 51 1.430 14.677 3.947 548 H8 G 51 H8 G 51 4.603 16.782 4.514 549 H1 G 51 H1 G 51 2.246 16.997 -1.449 550 H21 G 51 H21 G 51 0.610 15.527 -1.678 551 H22 G 51 H22 G 51 0.094 14.491 -0.380 552 H5' G 52 H5' G 52 4.983 9.738 2.988 553 H5'' G 52 H5'' G 52 5.000 11.513 2.973 554 H4' G 52 H4' G 52 2.439 10.108 2.307 555 H3' G 52 H3' G 52 4.881 10.123 0.540 556 H2' G 52 H2' G 52 3.630 10.831 -1.300 557 HO2' G 52 H2'' G 52 1.079 10.643 -0.418 558 H1' G 52 H1' G 52 1.764 12.413 0.011 559 H8 G 52 H8 G 52 4.890 13.641 1.491 560 H1 G 52 H1 G 52 4.401 15.341 -4.678 561 H21 G 52 H21 G 52 2.799 14.167 -5.665 562 H22 G 52 H22 G 52 1.851 12.969 -4.813 563 H5' A 53 H5' A 53 2.325 8.126 -1.712 564 H5'' A 53 H5'' A 53 2.936 6.594 -2.370 565 H4' A 53 H4' A 53 2.294 8.068 -4.191 566 H3' A 53 H3' A 53 5.276 7.654 -3.877 567 H2' A 53 H2' A 53 5.675 9.123 -5.618 568 HO2' A 53 H2'' A 53 3.814 7.795 -6.792 569 H1' A 53 H1' A 53 3.295 10.665 -5.373 570 H8 A 53 H8 A 53 5.649 10.523 -2.334 571 H61 A 53 H61 A 53 8.240 15.617 -4.726 572 H62 A 53 H62 A 53 8.180 14.538 -3.346 573 H2 A 53 H2 A 53 5.314 14.006 -7.718 574 H5' A 54 H5' A 54 3.682 6.278 -8.057 575 H5'' A 54 H5'' A 54 4.752 4.976 -8.612 576 H4' A 54 H4' A 54 4.368 6.790 -10.302 577 H3' A 54 H3' A 54 7.158 6.137 -9.351 578 H2' A 54 H2' A 54 8.059 7.888 -10.634 579 HO2' A 54 H2'' A 54 7.234 7.805 -12.609 580 H1' A 54 H1' A 54 6.074 9.747 -10.278 581 H8 A 54 H8 A 54 6.853 7.807 -7.061 582 H61 A 54 H61 A 54 11.196 12.098 -6.042 583 H62 A 54 H62 A 54 10.342 10.722 -5.378 584 H2 A 54 H2 A 54 9.540 12.745 -10.159 585 H5' G 55 H5' G 55 7.864 5.423 -13.652 586 H5'' G 55 H5'' G 55 8.684 3.853 -13.759 587 H4' G 55 H4' G 55 10.049 5.650 -14.737 588 H3' G 55 H3' G 55 11.119 4.359 -12.216 589 H2' G 55 H2' G 55 12.969 5.797 -12.258 590 HO2' G 55 H2'' G 55 12.668 5.522 -14.917 591 H1' G 55 H1' G 55 11.698 8.042 -13.286 592 H8 G 55 H8 G 55 9.709 6.433 -10.455 593 H1 G 55 H1 G 55 14.316 10.461 -8.533 594 H21 G 55 H21 G 55 15.613 10.981 -10.252 595 H22 G 55 H22 G 55 15.365 10.366 -11.852 596 H5' A 56 H5' A 56 14.451 4.464 -15.061 597 H5'' A 56 H5'' A 56 15.225 2.867 -15.024 598 H4' A 56 H4' A 56 16.889 4.607 -14.655 599 H3' A 56 H3' A 56 16.248 2.917 -12.226 600 H2' A 56 H2' A 56 17.787 4.163 -10.971 601 HO2' A 56 H2'' A 56 19.415 5.426 -11.952 602 H1' A 56 H1' A 56 17.372 6.632 -12.200 603 H8 A 56 H8 A 56 14.326 4.503 -11.063 604 H61 A 56 H61 A 56 14.460 8.056 -6.000 605 H62 A 56 H62 A 56 13.590 6.807 -6.858 606 H2 A 56 H2 A 56 18.034 9.078 -8.507 607 H5' A 57 H5' A 57 20.584 2.417 -12.403 608 H5'' A 57 H5'' A 57 20.905 0.700 -12.086 609 H4' A 57 H4' A 57 22.033 2.132 -10.438 610 H3' A 57 H3' A 57 19.771 0.416 -9.402 611 H2' A 57 H2' A 57 19.998 1.337 -7.295 612 HO2' A 57 H2'' A 57 21.951 1.316 -6.511 613 H1' A 57 H1' A 57 21.052 3.856 -8.056 614 H8 A 57 H8 A 57 17.677 2.558 -9.447 615 H61 A 57 H61 A 57 15.111 5.957 -4.964 616 H62 A 57 H62 A 57 14.807 4.969 -6.368 617 H2 A 57 H2 A 57 19.558 6.051 -4.398 618 H5' C 58 H5' C 58 23.438 0.011 -6.789 619 H5'' C 58 H5'' C 58 23.596 -1.723 -6.445 620 H4' C 58 H4' C 58 23.769 -0.462 -4.373 621 H3' C 58 H3' C 58 21.214 -2.042 -4.694 622 H2' C 58 H2' C 58 20.448 -1.260 -2.633 623 HO2' C 58 H2'' C 58 21.983 -0.273 -1.117 624 H1' C 58 H1' C 58 21.679 1.269 -2.694 625 H41 C 58 H41 C 58 15.565 2.523 -4.020 626 H42 C 58 H42 C 58 15.675 1.636 -5.526 627 H5 C 58 H5 C 58 17.659 0.465 -6.226 628 H6 C 58 H6 C 58 19.964 -0.120 -5.632 629 H5' C 59 H5' C 59 22.620 -2.633 -1.005 630 H5'' C 59 H5'' C 59 22.233 -4.191 -0.248 631 H4' C 59 H4' C 59 21.179 -2.199 0.863 632 H3' C 59 H3' C 59 19.441 -4.410 -0.243 633 H2' C 59 H2' C 59 17.531 -3.217 0.269 634 HO2' C 59 H2'' C 59 18.867 -1.541 2.126 635 H1' C 59 H1' C 59 18.687 -0.596 0.269 636 H41 C 59 H41 C 59 14.553 -0.355 -4.547 637 H42 C 59 H42 C 59 15.433 -1.575 -5.430 638 H5 C 59 H5 C 59 17.368 -2.702 -4.541 639 H6 C 59 H6 C 59 18.868 -2.904 -2.611 640 H5' G 60 H5' G 60 18.721 -3.004 4.252 641 H5'' G 60 H5'' G 60 18.615 -4.573 5.077 642 H4' G 60 H4' G 60 16.965 -3.101 6.037 643 H3' G 60 H3' G 60 15.831 -5.256 4.256 644 H2' G 60 H2' G 60 13.696 -4.398 4.453 645 HO2' G 60 H2'' G 60 13.177 -2.979 6.295 646 H1' G 60 H1' G 60 14.370 -1.694 4.973 647 H8 G 60 H8 G 60 15.923 -2.763 1.738 648 H1 G 60 H1 G 60 9.656 -1.502 1.192 649 H21 G 60 H21 G 60 8.738 -1.310 3.200 650 H22 G 60 H22 G 60 9.661 -1.489 4.675 651 H5' G 61 H5' G 61 13.549 -4.780 7.693 652 H5'' G 61 H5'' G 61 13.176 -6.306 8.518 653 H4' G 61 H4' G 61 11.173 -4.884 8.183 654 H3' G 61 H3' G 61 11.268 -7.577 6.823 655 H2' G 61 H2' G 61 9.300 -7.149 5.704 656 HO2' G 61 H2'' G 61 7.841 -5.426 6.633 657 H1' G 61 H1' G 61 9.388 -4.308 5.746 658 H8 G 61 H8 G 61 12.271 -6.085 3.972 659 H1 G 61 H1 G 61 7.141 -4.976 0.280 660 H21 G 61 H21 G 61 5.448 -4.265 1.520 661 H22 G 61 H22 G 61 5.573 -4.063 3.254 662 H5' G 62 H5' G 62 7.432 -6.609 8.626 663 H5'' G 62 H5'' G 62 6.938 -7.918 9.719 664 H4' G 62 H4' G 62 5.020 -7.238 8.415 665 H3' G 62 H3' G 62 6.188 -9.909 7.655 666 H2' G 62 H2' G 62 4.680 -10.140 5.894 667 HO2' G 62 H2'' G 62 3.049 -8.789 7.630 668 H1' G 62 H1' G 62 4.370 -7.421 5.241 669 H8 G 62 H8 G 62 7.927 -8.867 5.615 670 H1 G 62 H1 G 62 5.541 -8.974 -0.341 671 H21 G 62 H21 G 62 3.412 -8.351 -0.319 672 H22 G 62 H22 G 62 2.578 -7.910 1.156 673 H5' G 63 H5' G 63 2.547 -11.477 7.657 674 H5'' G 63 H5'' G 63 2.595 -12.964 8.627 675 H4' G 63 H4' G 63 2.141 -13.535 6.313 676 H3' G 63 H3' G 63 4.866 -14.287 7.354 677 H2' G 63 H2' G 63 5.560 -15.017 5.261 678 HO2' G 63 H2'' G 63 4.167 -16.408 4.475 679 H1' G 63 H1' G 63 4.005 -13.300 3.650 680 H8 G 63 H8 G 63 6.144 -11.872 6.531 681 H1 G 63 H1 G 63 9.018 -11.926 0.797 682 H21 G 63 H21 G 63 7.757 -12.983 -0.682 683 H22 G 63 H22 G 63 6.208 -13.680 -0.269 684 H5' A 64 H5' A 64 6.005 -18.691 7.752 685 H5'' A 64 H5'' A 64 6.841 -17.272 7.091 686 H4' A 64 H4' A 64 7.605 -19.275 5.950 687 H3' A 64 H3' A 64 6.068 -17.236 4.418 688 H2' A 64 H2' A 64 5.601 -18.586 2.591 689 HO2' A 64 H2'' A 64 7.570 -20.485 3.371 690 H1' A 64 H1' A 64 5.386 -21.054 3.762 691 H8 A 64 H8 A 64 3.542 -18.874 6.134 692 H61 A 64 H61 A 64 -1.235 -18.988 2.205 693 H62 A 64 H62 A 64 -0.704 -18.567 3.818 694 H2 A 64 H2 A 64 2.344 -20.661 0.085 695 H5' A 65 H5' A 65 9.015 -16.242 -0.047 696 H5'' A 65 H5'' A 65 7.562 -15.751 0.847 697 H4' A 65 H4' A 65 8.027 -18.408 -0.546 698 H3' A 65 H3' A 65 6.494 -15.945 -1.292 699 H2' A 65 H2' A 65 4.537 -17.111 -1.819 700 HO2' A 65 H2'' A 65 4.714 -19.534 -1.982 701 H1' A 65 H1' A 65 4.603 -19.078 0.087 702 H8 A 65 H8 A 65 5.649 -16.324 2.232 703 H61 A 65 H61 A 65 -0.141 -14.129 2.053 704 H62 A 65 H62 A 65 1.410 -14.038 2.857 705 H2 A 65 H2 A 65 0.285 -17.211 -1.179 706 H5' A 66 H5' A 66 5.781 -17.513 -5.128 707 H5'' A 66 H5'' A 66 6.392 -16.287 -6.258 708 H4' A 66 H4' A 66 3.976 -16.584 -6.526 709 H3' A 66 H3' A 66 5.001 -13.951 -5.527 710 H2' A 66 H2' A 66 2.889 -13.151 -4.936 711 HO2' A 66 H2'' A 66 2.160 -14.367 -7.144 712 H1' A 66 H1' A 66 1.697 -15.457 -4.079 713 H8 A 66 H8 A 66 5.387 -14.960 -3.021 714 H61 A 66 H61 A 66 3.047 -12.305 2.059 715 H62 A 66 H62 A 66 4.514 -12.850 1.266 716 H2 A 66 H2 A 66 -0.342 -13.202 -0.726 717 H5' C 67 H5' C 67 2.306 -12.383 -7.896 718 H5'' C 67 H5'' C 67 2.885 -10.968 -8.800 719 H4' C 67 H4' C 67 1.205 -10.432 -7.016 720 H3' C 67 H3' C 67 3.959 -9.202 -6.943 721 H2' C 67 H2' C 67 3.531 -8.182 -4.895 722 HO2' C 67 H2'' C 67 0.864 -8.319 -5.783 723 H1' C 67 H1' C 67 1.828 -10.096 -3.796 724 H41 C 67 H41 C 67 7.432 -10.876 -0.881 725 H42 C 67 H42 C 67 7.974 -11.895 -2.193 726 H5 C 67 H5 C 67 6.696 -12.247 -4.204 727 H6 C 67 H6 C 67 4.620 -11.703 -5.388 728 H5' U 68 H5' U 68 1.324 -6.484 -5.771 729 H5'' U 68 H5'' U 68 1.367 -4.911 -6.592 730 H4' U 68 H4' U 68 1.440 -4.616 -4.165 731 H3' U 68 H3' U 68 3.963 -3.901 -5.669 732 H2' U 68 H2' U 68 5.049 -3.408 -3.680 733 HO2' U 68 H2'' U 68 3.188 -3.296 -1.795 734 H1' U 68 H1' U 68 3.599 -5.151 -1.982 735 H3 U 68 H3 U 68 7.841 -6.545 -1.234 736 H5 U 68 H5 U 68 7.112 -7.626 -5.242 737 H6 U 68 H6 U 68 4.992 -6.451 -5.105 738 H5' U 69 H5' U 69 2.235 -0.957 -2.977 739 H5'' U 69 H5'' U 69 2.339 0.739 -3.490 740 H4' U 69 H4' U 69 3.026 0.507 -1.154 741 H3' U 69 H3' U 69 5.189 1.233 -3.129 742 H2' U 69 H2' U 69 6.804 1.157 -1.469 743 HO2' U 69 H2'' U 69 6.337 1.464 0.719 744 H1' U 69 H1' U 69 5.654 -0.794 0.175 745 H3 U 69 H3 U 69 9.629 -2.687 -0.904 746 H5 U 69 H5 U 69 7.517 -2.593 -4.553 747 H6 U 69 H6 U 69 5.769 -1.339 -3.433 748 H5' G 70 H5' G 70 5.282 3.378 0.198 749 H5'' G 70 H5'' G 70 5.812 5.072 0.213 750 H4' G 70 H4' G 70 7.187 3.477 1.625 751 H3' G 70 H3' G 70 8.470 5.170 -0.527 752 H2' G 70 H2' G 70 10.505 4.111 -0.203 753 HO2' G 70 H2'' G 70 9.570 3.931 2.445 754 H1' G 70 H1' G 70 9.510 1.671 0.905 755 H8 G 70 H8 G 70 8.364 2.335 -2.662 756 H1 G 70 H1 G 70 14.098 -0.499 -2.159 757 H21 G 70 H21 G 70 14.809 -0.406 -0.055 758 H22 G 70 H22 G 70 13.864 0.339 1.218 759 H5' G 71 H5' G 71 10.508 5.272 3.919 760 H5'' G 71 H5'' G 71 10.443 7.035 4.110 761 H4' G 71 H4' G 71 12.484 6.505 5.097 762 H3' G 71 H3' G 71 12.890 7.346 2.250 763 H2' G 71 H2' G 71 15.129 6.688 2.207 764 HO2' G 71 H2'' G 71 16.394 6.842 3.916 765 H1' G 71 H1' G 71 15.005 4.419 3.703 766 H8 G 71 H8 G 71 11.846 4.297 1.760 767 H1 G 71 H1 G 71 16.944 2.996 -1.906 768 H21 G 71 H21 G 71 18.813 3.506 -0.832 769 H22 G 71 H22 G 71 18.813 4.170 0.787 770 H5' U 72 H5' U 72 16.257 9.190 4.041 771 H5'' U 72 H5'' U 72 16.139 10.935 3.743 772 H4' U 72 H4' U 72 18.325 10.105 3.043 773 H3' U 72 H3' U 72 16.468 10.978 0.825 774 H2' U 72 H2' U 72 18.026 10.350 -0.776 775 HO2' U 72 H2'' U 72 19.838 10.937 1.257 776 H1' U 72 H1' U 72 19.179 8.203 0.549 777 H3 U 72 H3 U 72 17.412 6.362 -3.209 778 H5 U 72 H5 U 72 14.079 7.160 -0.757 779 H6 U 72 H6 U 72 15.561 8.336 0.764 780 H5' U 73 H5' U 73 20.263 12.405 -0.248 781 H5'' U 73 H5'' U 73 20.199 14.179 -0.217 782 H4' U 73 H4' U 73 21.312 13.695 -2.228 783 H3' U 73 H3' U 73 18.371 14.120 -2.792 784 H2' U 73 H2' U 73 18.729 13.662 -5.068 785 HO2' U 73 H2'' U 73 20.759 13.759 -6.024 786 H1' U 73 H1' U 73 20.588 11.625 -4.742 787 H3 U 73 H3 U 73 17.115 9.152 -6.170 788 H5 U 73 H5 U 73 15.890 10.480 -2.362 789 H6 U 73 H6 U 73 17.877 11.868 -2.279 790 H5' C 74 H5' C 74 20.313 16.328 -5.627 791 H5'' C 74 H5'' C 74 19.451 17.796 -6.128 792 H4' C 74 H4' C 74 19.699 16.134 -7.967 793 H3' C 74 H3' C 74 16.868 16.724 -7.037 794 H2' C 74 H2' C 74 16.115 15.257 -8.709 795 HO2' C 74 H2'' C 74 17.150 16.142 -10.474 796 H1' C 74 H1' C 74 18.387 13.547 -8.701 797 H41 C 74 H41 C 74 13.933 9.901 -6.036 798 H42 C 74 H42 C 74 13.834 10.949 -4.650 799 H5 C 74 H5 C 74 15.067 13.011 -4.470 800 H6 C 74 H6 C 74 16.658 14.506 -5.587 801 H5' U 75 H5' U 75 17.073 17.971 -10.854 802 H5'' U 75 H5'' U 75 16.064 19.267 -11.522 803 H4' U 75 H4' U 75 15.340 17.076 -12.346 804 H3' U 75 H3' U 75 13.398 18.465 -10.481 805 H2' U 75 H2' U 75 11.969 16.646 -10.641 806 HO2' U 75 H2'' U 75 12.714 15.152 -12.651 807 H1' U 75 H1' U 75 13.947 14.687 -11.264 808 H3 U 75 H3 U 75 11.781 12.667 -7.870 809 H5 U 75 H5 U 75 13.657 15.967 -6.035 810 H6 U 75 H6 U 75 14.323 16.731 -8.241 811 H5' U 76 H5' U 76 11.311 17.165 -13.937 812 H5'' U 76 H5'' U 76 10.139 18.362 -14.520 813 H4' U 76 H4' U 76 9.083 16.167 -14.138 814 H3' U 76 H3' U 76 8.212 18.446 -12.352 815 H2' U 76 H2' U 76 6.837 17.021 -11.143 816 HO2' U 76 H2'' U 76 5.931 16.290 -13.318 817 H1' U 76 H1' U 76 8.257 14.596 -11.636 818 H3 U 76 H3 U 76 8.118 14.510 -7.120 819 H5 U 76 H5 U 76 10.464 17.905 -7.980 820 H6 U 76 H6 U 76 9.972 17.567 -10.333 821 H5' C 77 H5' C 77 3.620 19.637 -12.649 822 H5'' C 77 H5'' C 77 4.819 19.383 -11.365 823 H4' C 77 H4' C 77 2.474 17.563 -12.018 824 H3' C 77 H3' C 77 2.900 19.657 -9.904 825 H2' C 77 H2' C 77 2.197 18.280 -8.195 826 HO2' C 77 H2'' C 77 0.957 16.218 -9.247 827 H1' C 77 H1' C 77 2.817 15.769 -9.295 828 H41 C 77 H41 C 77 6.921 16.677 -4.513 829 H42 C 77 H42 C 77 7.945 17.626 -5.571 830 H5 C 77 H5 C 77 7.316 18.231 -7.817 831 H6 C 77 H6 C 77 5.575 18.054 -9.535 832 H5' C 78 H5' C 78 -0.872 17.770 -9.460 833 H5'' C 78 H5'' C 78 -2.189 18.960 -9.457 834 H4' C 78 H4' C 78 -2.548 17.385 -7.654 835 H3' C 78 H3' C 78 -1.693 20.143 -6.780 836 H2' C 78 H2' C 78 -1.591 19.470 -4.568 837 HO2' C 78 H2'' C 78 -3.446 17.414 -5.282 838 H1' C 78 H1' C 78 -1.138 16.686 -5.016 839 H41 C 78 H41 C 78 4.279 18.645 -2.319 840 H42 C 78 H42 C 78 4.671 19.605 -3.723 841 H5 C 78 H5 C 78 3.193 19.852 -5.607 842 H6 C 78 H6 C 78 1.018 19.231 -6.552 843 H5' U 79 H5' U 79 -5.346 21.847 -4.050 844 H5'' U 79 H5'' U 79 -3.816 22.691 -3.735 845 H4' U 79 H4' U 79 -5.001 20.291 -2.363 846 H3' U 79 H3' U 79 -3.831 22.925 -1.494 847 H2' U 79 H2' U 79 -2.753 21.987 0.312 848 HO2' U 79 H2'' U 79 -3.583 20.059 1.324 849 H1' U 79 H1' U 79 -2.578 19.293 -0.603 850 H3 U 79 H3 U 79 1.497 20.882 0.957 851 H5 U 79 H5 U 79 1.276 21.834 -3.143 852 H6 U 79 H6 U 79 -1.065 21.197 -3.098 853 H5' A 80 H5' A 80 -5.056 21.351 1.761 854 H5'' A 80 H5'' A 80 -6.523 22.087 2.438 855 H4' A 80 H4' A 80 -4.986 21.685 4.244 856 H3' A 80 H3' A 80 -5.986 24.245 3.775 857 H2' A 80 H2' A 80 -4.051 25.270 2.979 858 HO2' A 80 H2'' A 80 -3.231 26.402 4.614 859 H1' A 80 H1' A 80 -2.192 23.596 4.626 860 H8 A 80 H8 A 80 -3.083 24.624 0.961 861 H61 A 80 H61 A 80 3.043 25.066 0.200 862 H62 A 80 H62 A 80 1.478 25.273 -0.554 863 H2 A 80 H2 A 80 2.262 23.627 4.375 864 H5' A 81 H5' A 81 -5.927 25.314 9.453 865 H5'' A 81 H5'' A 81 -4.440 24.914 8.570 866 H4' A 81 H4' A 81 -5.859 23.354 10.725 867 H3' A 81 H3' A 81 -3.160 24.582 10.399 868 H2' A 81 H2' A 81 -1.948 22.706 11.028 869 HO2' A 81 H2'' A 81 -3.523 20.908 12.013 870 H1' A 81 H1' A 81 -3.490 20.688 10.039 871 H8 A 81 H8 A 81 -3.822 22.984 7.210 872 H61 A 81 H61 A 81 2.025 21.729 5.618 873 H62 A 81 H62 A 81 0.515 22.449 5.108 874 H2 A 81 H2 A 81 1.350 20.171 9.770 875 H5' G 82 H5' G 82 -2.939 23.337 14.558 876 H5'' G 82 H5'' G 82 -1.958 24.522 15.442 877 H4' G 82 H4' G 82 -1.010 22.146 15.190 878 H3' G 82 H3' G 82 0.490 24.685 14.645 879 H2' G 82 H2' G 82 2.289 23.598 13.633 880 HO2' G 82 H2'' G 82 2.916 21.589 14.162 881 H1' G 82 H1' G 82 0.989 21.573 12.340 882 H8 G 82 H8 G 82 -1.065 24.756 12.041 883 H1 G 82 H1 G 82 3.739 24.359 7.807 884 H21 G 82 H21 G 82 5.068 22.660 8.321 885 H22 G 82 H22 G 82 4.777 21.625 9.701 886 H5' U 83 H5' U 83 3.554 22.407 16.449 887 H5'' U 83 H5'' U 83 4.190 23.314 17.835 888 H4' U 83 H4' U 83 5.999 22.707 16.306 889 H3' U 83 H3' U 83 5.321 25.627 16.577 890 H2' U 83 H2' U 83 6.790 26.239 14.861 891 HO2' U 83 H2'' U 83 8.301 24.376 15.897 892 H1' U 83 H1' U 83 6.470 24.080 13.185 893 H3 U 83 H3 U 83 4.500 27.334 10.748 894 H5 U 83 H5 U 83 1.837 26.745 13.962 895 H6 U 83 H6 U 83 3.454 25.222 14.937 896 H5' C 84 H5' C 84 9.304 26.168 16.965 897 H5'' C 84 H5'' C 84 9.696 27.156 18.387 898 H4' C 84 H4' C 84 10.383 28.296 16.339 899 H3' C 84 H3' C 84 8.072 29.538 17.841 900 H2' C 84 H2' C 84 7.779 31.116 16.184 901 HO2' C 84 H2'' C 84 9.703 31.442 14.657 902 H1' C 84 H1' C 84 8.906 29.647 14.016 903 H41 C 84 H41 C 84 2.783 30.285 12.456 904 H42 C 84 H42 C 84 2.318 29.146 13.695 905 H5 C 84 H5 C 84 3.875 28.187 15.260 906 H6 C 84 H6 C 84 6.219 28.116 15.977 907 H5' C 85 H5' C 85 11.921 31.940 17.016 908 H5'' C 85 H5'' C 85 12.166 33.275 18.158 909 H4' C 85 H4' C 85 12.553 33.914 15.774 910 H3' C 85 H3' C 85 10.414 35.307 17.381 911 H2' C 85 H2' C 85 9.717 36.537 15.523 912 HO2' C 85 H2'' C 85 12.363 36.347 14.881 913 H1' C 85 H1' C 85 10.155 34.642 13.549 914 H41 C 85 H41 C 85 3.894 34.373 14.704 915 H42 C 85 H42 C 85 4.183 33.391 16.120 916 H5 C 85 H5 C 85 6.388 32.876 16.939 917 H6 C 85 H6 C 85 8.792 33.193 16.578 918 H5' U 86 H5' U 86 11.845 38.097 15.129 919 H5'' U 86 H5'' U 86 12.306 39.602 15.949 920 H4' U 86 H4' U 86 10.623 39.955 14.155 921 H3' U 86 H3' U 86 9.954 40.624 17.004 922 HO3' U 86 H3T U 86 10.435 42.595 16.282 923 H2' U 86 H2' U 86 7.722 40.823 16.572 924 HO2' U 86 H2'' U 86 7.578 41.550 13.989 925 H1' U 86 H1' U 86 7.775 39.671 13.883 926 H3 U 86 H3 U 86 3.727 38.255 15.357 927 H5 U 86 H5 U 86 6.490 36.297 17.866 928 H6 U 86 H6 U 86 8.252 37.624 16.852 Start of MODEL 5 1 H5' G 1 H5' G 1 8.867 -36.791 8.199 2 H5'' G 1 H5'' G 1 8.535 -35.245 7.397 3 H4' G 1 H4' G 1 8.599 -36.943 5.701 4 H3' G 1 H3' G 1 5.923 -35.758 6.320 5 H2' G 1 H2' G 1 4.722 -37.349 5.097 6 HO2' G 1 H2'' G 1 5.796 -38.727 3.560 7 H1' G 1 H1' G 1 6.143 -39.590 5.654 8 H8 G 1 H8 G 1 6.351 -37.901 8.929 9 H1 G 1 H1 G 1 0.436 -40.096 7.764 10 H21 G 1 H21 G 1 0.236 -40.645 5.621 11 H22 G 1 H22 G 1 1.552 -40.471 4.482 12 HO5' G 1 H5T G 1 6.786 -35.085 8.513 13 H5' G 2 H5' G 2 5.641 -36.611 2.716 14 H5'' G 2 H5'' G 2 4.973 -35.463 1.540 15 H4' G 2 H4' G 2 3.605 -37.525 1.771 16 H3' G 2 H3' G 2 2.368 -34.870 2.525 17 H2' G 2 H2' G 2 0.440 -35.933 3.226 18 HO2' G 2 H2'' G 2 0.333 -38.341 2.304 19 H1' G 2 H1' G 2 1.576 -38.487 3.784 20 H8 G 2 H8 G 2 3.179 -36.036 6.076 21 H1 G 2 H1 G 2 -2.809 -37.534 7.834 22 H21 G 2 H21 G 2 -3.845 -38.583 6.174 23 H22 G 2 H22 G 2 -3.070 -38.914 4.644 24 H5' G 3 H5' G 3 0.082 -37.308 -0.326 25 H5'' G 3 H5'' G 3 -0.502 -36.367 -1.712 26 H4' G 3 H4' G 3 -2.257 -37.852 -0.894 27 H3' G 3 H3' G 3 -2.667 -34.892 -0.577 28 H2' G 3 H2' G 3 -4.596 -35.165 0.705 29 HO2' G 3 H2'' G 3 -4.702 -37.801 -0.387 30 H1' G 3 H1' G 3 -3.942 -37.469 2.071 31 H8 G 3 H8 G 3 -1.060 -34.947 1.887 32 H1 G 3 H1 G 3 -5.121 -34.018 6.767 33 H21 G 3 H21 G 3 -6.896 -35.328 6.537 34 H22 G 3 H22 G 3 -7.083 -36.430 5.194 35 H5' A 4 H5' A 4 -6.562 -35.721 -2.152 36 H5'' A 4 H5'' A 4 -6.738 -34.674 -3.575 37 H4' A 4 H4' A 4 -8.535 -34.206 -2.019 38 H3' A 4 H3' A 4 -6.425 -32.066 -2.267 39 H2' A 4 H2' A 4 -7.406 -30.798 -0.582 40 HO2' A 4 H2'' A 4 -9.647 -31.187 0.031 41 H1' A 4 H1' A 4 -8.500 -32.880 0.947 42 H8 A 4 H8 A 4 -4.780 -33.060 -0.091 43 H61 A 4 H61 A 4 -3.627 -30.553 5.445 44 H62 A 4 H62 A 4 -2.925 -31.253 4.006 45 H2 A 4 H2 A 4 -8.072 -30.614 4.849 46 H5' U 5 H5' U 5 -9.676 -30.037 -1.957 47 H5'' U 5 H5'' U 5 -9.938 -28.771 -3.175 48 H4' U 5 H4' U 5 -9.939 -27.769 -0.964 49 H3' U 5 H3' U 5 -7.561 -27.148 -2.706 50 H2' U 5 H2' U 5 -6.469 -26.045 -0.989 51 HO2' U 5 H2'' U 5 -8.690 -25.707 0.677 52 H1' U 5 H1' U 5 -7.695 -27.350 1.221 53 H3 U 5 H3 U 5 -3.385 -28.187 2.263 54 H5 U 5 H5 U 5 -3.895 -30.135 -1.440 55 H6 U 5 H6 U 5 -6.128 -29.193 -1.554 56 H5' A 6 H5' A 6 -9.571 -24.272 -0.236 57 H5'' A 6 H5'' A 6 -10.584 -23.404 -1.409 58 H4' A 6 H4' A 6 -10.128 -22.242 0.831 59 H3' A 6 H3' A 6 -10.353 -21.112 -1.780 60 H2' A 6 H2' A 6 -8.183 -20.292 -1.928 61 HO2' A 6 H2'' A 6 -9.842 -18.536 -0.904 62 H1' A 6 H1' A 6 -7.989 -20.038 1.071 63 H8 A 6 H8 A 6 -6.107 -21.514 -2.028 64 H61 A 6 H61 A 6 -1.016 -19.459 0.830 65 H62 A 6 H62 A 6 -1.638 -20.264 -0.585 66 H2 A 6 H2 A 6 -4.540 -18.519 3.430 67 H5' U 7 H5' U 7 -8.160 -18.619 2.777 68 H5'' U 7 H5'' U 7 -9.449 -17.442 3.085 69 H4' U 7 H4' U 7 -7.045 -16.608 2.514 70 H3' U 7 H3' U 7 -9.604 -15.418 2.062 71 H2' U 7 H2' U 7 -9.551 -15.571 -0.269 72 HO2' U 7 H2'' U 7 -8.071 -13.336 0.562 73 H1' U 7 H1' U 7 -6.545 -15.340 -0.269 74 H3 U 7 H3 U 7 -9.006 -15.867 -4.562 75 H5 U 7 H5 U 7 -6.637 -19.184 -3.491 76 H6 U 7 H6 U 7 -6.380 -18.205 -1.285 77 H5' G 8 H5' G 8 -4.599 -16.311 4.739 78 H5'' G 8 H5'' G 8 -5.062 -14.671 5.235 79 H4' G 8 H4' G 8 -2.834 -14.483 4.466 80 H3' G 8 H3' G 8 -4.857 -13.516 2.477 81 H2' G 8 H2' G 8 -3.307 -13.301 0.766 82 HO2' G 8 H2'' G 8 -1.765 -12.450 2.790 83 H1' G 8 H1' G 8 -1.499 -15.303 1.472 84 H8 G 8 H8 G 8 -4.988 -16.699 1.565 85 H1 G 8 H1 G 8 -2.614 -16.337 -4.384 86 H21 G 8 H21 G 8 -0.744 -15.159 -4.393 87 H22 G 8 H22 G 8 -0.072 -14.450 -2.948 88 H5' G 9 H5' G 9 -4.199 -9.549 0.505 89 H5'' G 9 H5'' G 9 -4.288 -11.299 0.215 90 H4' G 9 H4' G 9 -1.660 -9.904 -0.166 91 H3' G 9 H3' G 9 -4.057 -9.570 -1.951 92 H2' G 9 H2' G 9 -2.839 -10.100 -3.863 93 HO2' G 9 H2'' G 9 -0.337 -9.918 -2.576 94 H1' G 9 H1' G 9 -1.069 -11.937 -2.801 95 H8 G 9 H8 G 9 -4.091 -13.329 -1.390 96 H1 G 9 H1 G 9 -4.216 -13.779 -7.790 97 H21 G 9 H21 G 9 -2.670 -12.457 -8.678 98 H22 G 9 H22 G 9 -1.613 -11.464 -7.701 99 H5' A 10 H5' A 10 -1.329 -7.456 -3.980 100 H5'' A 10 H5'' A 10 -1.780 -5.747 -4.161 101 H4' A 10 H4' A 10 -1.258 -6.634 -6.341 102 H3' A 10 H3' A 10 -4.210 -6.196 -5.866 103 H2' A 10 H2' A 10 -4.712 -7.068 -7.952 104 HO2' A 10 H2'' A 10 -2.071 -6.250 -8.636 105 H1' A 10 H1' A 10 -2.456 -8.778 -8.211 106 H8 A 10 H8 A 10 -4.594 -9.325 -5.089 107 H61 A 10 H61 A 10 -7.829 -13.329 -8.528 108 H62 A 10 H62 A 10 -7.566 -12.694 -6.921 109 H2 A 10 H2 A 10 -4.990 -11.150 -11.232 110 H5' A 11 H5' A 11 -3.009 -4.690 -9.614 111 H5'' A 11 H5'' A 11 -3.550 -3.018 -9.868 112 H4' A 11 H4' A 11 -4.086 -4.296 -11.837 113 H3' A 11 H3' A 11 -6.489 -3.632 -10.121 114 H2' A 11 H2' A 11 -7.863 -4.766 -11.612 115 HO2' A 11 H2'' A 11 -7.285 -3.859 -13.543 116 H1' A 11 H1' A 11 -6.075 -6.760 -12.380 117 H8 A 11 H8 A 11 -6.592 -5.973 -8.617 118 H61 A 11 H61 A 11 -10.681 -10.614 -8.757 119 H62 A 11 H62 A 11 -9.843 -9.468 -7.747 120 H2 A 11 H2 A 11 -9.281 -9.870 -12.953 121 H5' G 12 H5' G 12 -7.135 -1.675 -14.355 122 H5'' G 12 H5'' G 12 -8.083 -0.211 -14.030 123 H4' G 12 H4' G 12 -9.095 -1.695 -15.765 124 H3' G 12 H3' G 12 -10.626 -1.091 -13.235 125 H2' G 12 H2' G 12 -12.361 -2.546 -13.864 126 HO2' G 12 H2'' G 12 -11.280 -2.437 -16.513 127 H1' G 12 H1' G 12 -10.867 -4.487 -15.114 128 H8 G 12 H8 G 12 -9.496 -3.100 -11.782 129 H1 G 12 H1 G 12 -13.403 -8.161 -11.253 130 H21 G 12 H21 G 12 -14.307 -8.633 -13.223 131 H22 G 12 H22 G 12 -13.950 -7.711 -14.666 132 H5' A 13 H5' A 13 -13.589 -0.654 -16.199 133 H5'' A 13 H5'' A 13 -14.464 0.867 -15.928 134 H4' A 13 H4' A 13 -16.029 -0.989 -15.927 135 H3' A 13 H3' A 13 -15.555 0.277 -13.219 136 H2' A 13 H2' A 13 -17.064 -1.243 -12.262 137 HO2' A 13 H2'' A 13 -18.021 -2.369 -14.614 138 H1' A 13 H1' A 13 -16.463 -3.443 -13.878 139 H8 A 13 H8 A 13 -13.541 -1.421 -12.317 140 H61 A 13 H61 A 13 -13.688 -5.746 -7.874 141 H62 A 13 H62 A 13 -12.834 -4.342 -8.500 142 H2 A 13 H2 A 13 -17.150 -6.455 -10.627 143 H5' A 14 H5' A 14 -19.867 0.983 -13.444 144 H5'' A 14 H5'' A 14 -20.130 2.586 -12.728 145 H4' A 14 H4' A 14 -21.226 0.747 -11.454 146 H3' A 14 H3' A 14 -19.077 2.384 -10.099 147 H2' A 14 H2' A 14 -19.192 1.057 -8.218 148 HO2' A 14 H2'' A 14 -21.066 0.535 -7.393 149 H1' A 14 H1' A 14 -20.134 -1.327 -9.442 150 H8 A 14 H8 A 14 -16.817 0.290 -10.594 151 H61 A 14 H61 A 14 -14.128 -3.645 -6.652 152 H62 A 14 H62 A 14 -13.858 -2.451 -7.895 153 H2 A 14 H2 A 14 -18.567 -3.971 -6.123 154 H5' C 15 H5' C 15 -22.825 2.173 -7.492 155 H5'' C 15 H5'' C 15 -22.996 3.774 -6.748 156 H4' C 15 H4' C 15 -23.120 2.009 -5.051 157 H3' C 15 H3' C 15 -20.666 3.772 -4.950 158 H2' C 15 H2' C 15 -19.845 2.556 -3.144 159 HO2' C 15 H2'' C 15 -21.134 1.514 -1.694 160 H1' C 15 H1' C 15 -20.949 0.057 -3.819 161 H41 C 15 H41 C 15 -14.782 -0.614 -5.282 162 H42 C 15 H42 C 15 -14.907 0.619 -6.524 163 H5 C 15 H5 C 15 -16.921 1.866 -6.950 164 H6 C 15 H6 C 15 -19.253 2.210 -6.279 165 H5' C 16 H5' C 16 -21.994 3.305 -1.234 166 H5'' C 16 H5'' C 16 -21.661 4.634 -0.106 167 H4' C 16 H4' C 16 -20.469 2.498 0.437 168 H3' C 16 H3' C 16 -18.874 5.009 -0.104 169 H2' C 16 H2' C 16 -16.898 3.831 0.014 170 HO2' C 16 H2'' C 16 -18.335 2.220 1.855 171 H1' C 16 H1' C 16 -17.971 1.223 -0.526 172 H41 C 16 H41 C 16 -13.830 2.024 -5.259 173 H42 C 16 H42 C 16 -14.730 3.389 -5.882 174 H5 C 16 H5 C 16 -16.680 4.292 -4.794 175 H6 C 16 H6 C 16 -18.188 4.083 -2.871 176 H5' G 17 H5' G 17 -18.312 2.492 3.809 177 H5'' G 17 H5'' G 17 -18.202 3.676 5.125 178 H4' G 17 H4' G 17 -16.725 1.841 5.635 179 H3' G 17 H3' G 17 -15.345 4.389 4.816 180 H2' G 17 H2' G 17 -13.255 3.381 4.815 181 HO2' G 17 H2'' G 17 -14.403 1.365 6.485 182 H1' G 17 H1' G 17 -13.992 0.786 4.092 183 H8 G 17 H8 G 17 -15.625 3.181 1.717 184 H1 G 17 H1 G 17 -9.400 2.285 0.449 185 H21 G 17 H21 G 17 -8.425 1.207 2.121 186 H22 G 17 H22 G 17 -9.301 0.702 3.550 187 H5' G 18 H5' G 18 -13.278 2.497 7.747 188 H5'' G 18 H5'' G 18 -12.940 3.479 9.185 189 H4' G 18 H4' G 18 -10.918 2.324 8.448 190 H3' G 18 H3' G 18 -10.945 5.323 8.124 191 H2' G 18 H2' G 18 -8.890 5.294 7.055 192 HO2' G 18 H2'' G 18 -7.757 2.982 7.377 193 H1' G 18 H1' G 18 -9.022 2.693 5.942 194 H8 G 18 H8 G 18 -11.877 5.166 5.204 195 H1 G 18 H1 G 18 -7.044 5.306 0.984 196 H21 G 18 H21 G 18 -5.374 4.035 1.697 197 H22 G 18 H22 G 18 -5.441 3.153 3.207 198 H5' G 19 H5' G 19 -7.353 3.857 9.935 199 H5'' G 19 H5'' G 19 -6.725 4.869 11.251 200 H4' G 19 H4' G 19 -5.020 4.385 9.513 201 H3' G 19 H3' G 19 -5.868 7.232 10.010 202 H2' G 19 H2' G 19 -4.589 8.016 8.240 203 HO2' G 19 H2'' G 19 -2.638 7.245 7.834 204 H1' G 19 H1' G 19 -4.654 5.721 6.597 205 H8 G 19 H8 G 19 -7.978 7.205 7.889 206 H1 G 19 H1 G 19 -6.039 9.406 2.183 207 H21 G 19 H21 G 19 -4.003 8.652 1.728 208 H22 G 19 H22 G 19 -3.122 7.610 2.822 209 H5' G 20 H5' G 20 -2.452 10.159 12.202 210 H5'' G 20 H5'' G 20 -4.103 10.124 11.552 211 H4' G 20 H4' G 20 -1.520 10.730 10.099 212 H3' G 20 H3' G 20 -3.991 12.283 10.794 213 H2' G 20 H2' G 20 -4.158 13.246 8.678 214 HO2' G 20 H2'' G 20 -1.723 12.459 7.632 215 H1' G 20 H1' G 20 -3.190 11.173 7.122 216 H8 G 20 H8 G 20 -5.648 10.112 9.883 217 H1 G 20 H1 G 20 -8.409 11.706 4.317 218 H21 G 20 H21 G 20 -6.908 12.554 2.930 219 H22 G 20 H22 G 20 -5.224 12.735 3.366 220 H5' A 21 H5' A 21 -3.769 16.173 12.986 221 H5'' A 21 H5'' A 21 -5.040 15.227 12.185 222 H4' A 21 H4' A 21 -5.482 17.572 11.828 223 H3' A 21 H3' A 21 -4.695 15.916 9.486 224 H2' A 21 H2' A 21 -4.192 17.686 8.072 225 HO2' A 21 H2'' A 21 -6.179 18.931 9.566 226 H1' A 21 H1' A 21 -3.249 19.564 9.832 227 H8 A 21 H8 A 21 -1.703 16.364 10.989 228 H61 A 21 H61 A 21 2.473 17.031 6.466 229 H62 A 21 H62 A 21 2.048 16.147 7.914 230 H2 A 21 H2 A 21 -0.807 20.009 5.785 231 H5' A 22 H5' A 22 -8.309 16.807 5.613 232 H5'' A 22 H5'' A 22 -6.882 15.864 6.091 233 H4' A 22 H4' A 22 -6.978 18.860 5.614 234 H3' A 22 H3' A 22 -6.109 16.560 3.903 235 H2' A 22 H2' A 22 -4.038 17.490 3.388 236 HO2' A 22 H2'' A 22 -5.404 19.705 3.236 237 H1' A 22 H1' A 22 -3.462 18.781 5.741 238 H8 A 22 H8 A 22 -4.757 15.609 7.074 239 H61 A 22 H61 A 22 0.591 12.944 5.458 240 H62 A 22 H62 A 22 -0.879 12.778 6.390 241 H2 A 22 H2 A 22 0.358 16.938 3.429 242 H5' A 23 H5' A 23 -6.193 19.074 0.080 243 H5'' A 23 H5'' A 23 -6.768 17.724 -0.920 244 H4' A 23 H4' A 23 -4.317 18.603 -1.200 245 H3' A 23 H3' A 23 -5.250 15.746 -1.165 246 H2' A 23 H2' A 23 -3.085 14.894 -1.047 247 HO2' A 23 H2'' A 23 -2.545 17.124 -2.538 248 H1' A 23 H1' A 23 -1.873 16.865 0.466 249 H8 A 23 H8 A 23 -5.294 15.871 1.871 250 H61 A 23 H61 A 23 -2.267 11.403 4.914 251 H62 A 23 H62 A 23 -3.804 12.219 4.712 252 H2 A 23 H2 A 23 0.603 13.349 2.078 253 H5' C 24 H5' C 24 -2.617 15.202 -3.676 254 H5'' C 24 H5'' C 24 -3.044 14.229 -5.099 255 H4' C 24 H4' C 24 -1.452 13.102 -3.521 256 H3' C 24 H3' C 24 -4.123 11.856 -4.167 257 H2' C 24 H2' C 24 -3.774 10.134 -2.644 258 HO2' C 24 H2'' C 24 -1.575 9.723 -1.838 259 H1' C 24 H1' C 24 -2.248 11.509 -0.761 260 H41 C 24 H41 C 24 -8.004 11.037 1.911 261 H42 C 24 H42 C 24 -8.641 12.245 0.821 262 H5 C 24 H5 C 24 -7.356 13.217 -0.970 263 H6 C 24 H6 C 24 -5.182 13.243 -2.100 264 H5' U 25 H5' U 25 -1.151 9.060 -4.023 265 H5'' U 25 H5'' U 25 -1.156 7.817 -5.290 266 H4' U 25 H4' U 25 -1.138 6.876 -2.980 267 H3' U 25 H3' U 25 -3.474 6.276 -4.799 268 H2' U 25 H2' U 25 -4.555 5.111 -3.113 269 HO2' U 25 H2'' U 25 -3.516 3.887 -1.691 270 H1' U 25 H1' U 25 -3.530 6.519 -0.899 271 H3 U 25 H3 U 25 -7.986 7.154 -0.388 272 H5 U 25 H5 U 25 -7.031 9.371 -3.843 273 H6 U 25 H6 U 25 -4.787 8.451 -3.734 274 H5' U 26 H5' U 26 -1.572 2.795 -2.926 275 H5'' U 26 H5'' U 26 -1.655 1.295 -3.872 276 H4' U 26 H4' U 26 -2.498 1.024 -1.550 277 H3' U 26 H3' U 26 -4.435 0.615 -3.834 278 H2' U 26 H2' U 26 -6.160 0.203 -2.323 279 HO2' U 26 H2'' U 26 -4.163 -0.254 -0.328 280 H1' U 26 H1' U 26 -5.289 1.871 -0.247 281 H3 U 26 H3 U 26 -9.270 3.799 -1.224 282 H5 U 26 H5 U 26 -7.001 4.360 -4.732 283 H6 U 26 H6 U 26 -5.243 3.022 -3.731 284 H5' G 27 H5' G 27 -4.503 -2.212 -1.031 285 H5'' G 27 H5'' G 27 -4.920 -3.900 -1.396 286 H4' G 27 H4' G 27 -6.436 -2.719 0.258 287 H3' G 27 H3' G 27 -7.542 -4.010 -2.243 288 H2' G 27 H2' G 27 -9.643 -3.130 -1.827 289 HO2' G 27 H2'' G 27 -9.004 -2.801 0.931 290 H1' G 27 H1' G 27 -8.841 -0.937 -0.174 291 H8 G 27 H8 G 27 -7.595 -0.809 -3.788 292 H1 G 27 H1 G 27 -13.411 1.715 -2.803 293 H21 G 27 H21 G 27 -14.133 1.192 -0.772 294 H22 G 27 H22 G 27 -13.179 0.234 0.342 295 H5' G 28 H5' G 28 -9.714 -4.890 2.014 296 H5'' G 28 H5'' G 28 -9.649 -6.661 1.927 297 H4' G 28 H4' G 28 -11.725 -6.326 2.900 298 H3' G 28 H3' G 28 -12.048 -6.577 -0.067 299 H2' G 28 H2' G 28 -14.288 -5.929 -0.027 300 HO2' G 28 H2'' G 28 -15.604 -6.412 1.592 301 H1' G 28 H1' G 28 -14.221 -4.054 1.976 302 H8 G 28 H8 G 28 -11.108 -3.349 0.136 303 H1 G 28 H1 G 28 -16.252 -1.599 -3.272 304 H21 G 28 H21 G 28 -18.093 -2.426 -2.361 305 H22 G 28 H22 G 28 -18.063 -3.411 -0.914 306 H5' U 29 H5' U 29 -15.341 -8.661 1.345 307 H5'' U 29 H5'' U 29 -15.258 -10.361 0.840 308 H4' U 29 H4' U 29 -17.441 -9.501 0.281 309 H3' U 29 H3' U 29 -15.604 -9.913 -2.079 310 H2' U 29 H2' U 29 -17.235 -9.096 -3.534 311 HO2' U 29 H2'' U 29 -19.160 -9.363 -1.443 312 H1' U 29 H1' U 29 -18.323 -7.154 -1.886 313 H3 U 29 H3 U 29 -16.405 -4.684 -5.177 314 H5 U 29 H5 U 29 -13.152 -6.078 -2.887 315 H6 U 29 H6 U 29 -14.708 -7.459 -1.638 316 H5' U 30 H5' U 30 -19.319 -11.793 -3.049 317 H5'' U 30 H5'' U 30 -19.073 -13.405 -3.750 318 H4' U 30 H4' U 30 -20.485 -12.044 -5.209 319 H3' U 30 H3' U 30 -17.715 -12.649 -6.275 320 H2' U 30 H2' U 30 -18.227 -11.450 -8.228 321 HO2' U 30 H2'' U 30 -20.967 -11.250 -7.528 322 H1' U 30 H1' U 30 -19.756 -9.455 -7.046 323 H3 U 30 H3 U 30 -16.182 -7.075 -8.433 324 H5 U 30 H5 U 30 -14.666 -9.417 -5.272 325 H6 U 30 H6 U 30 -16.802 -10.565 -5.185 326 H5' C 31 H5' C 31 -20.078 -13.383 -9.489 327 H5'' C 31 H5'' C 31 -19.628 -14.882 -10.328 328 H4' C 31 H4' C 31 -19.432 -12.994 -11.851 329 H3' C 31 H3' C 31 -16.764 -14.131 -10.959 330 H2' C 31 H2' C 31 -15.724 -12.577 -12.389 331 HO2' C 31 H2'' C 31 -17.715 -11.441 -13.749 332 H1' C 31 H1' C 31 -17.609 -10.507 -12.055 333 H41 C 31 H41 C 31 -12.731 -8.521 -8.501 334 H42 C 31 H42 C 31 -12.999 -9.811 -7.342 335 H5 C 31 H5 C 31 -14.664 -11.532 -7.645 336 H6 C 31 H6 C 31 -16.426 -12.387 -9.122 337 H5' U 32 H5' U 32 -16.888 -14.853 -14.999 338 H5'' U 32 H5'' U 32 -15.876 -16.149 -15.669 339 H4' U 32 H4' U 32 -15.000 -13.852 -16.120 340 H3' U 32 H3' U 32 -13.298 -15.752 -14.485 341 H2' U 32 H2' U 32 -11.717 -14.089 -14.209 342 HO2' U 32 H2'' U 32 -12.696 -12.555 -16.378 343 H1' U 32 H1' U 32 -13.451 -11.853 -14.561 344 H3 U 32 H3 U 32 -11.379 -10.644 -10.749 345 H5 U 32 H5 U 32 -13.520 -14.108 -9.658 346 H6 U 32 H6 U 32 -14.118 -14.394 -11.992 347 H5' U 33 H5' U 33 -11.202 -13.776 -17.567 348 H5'' U 33 H5'' U 33 -10.068 -14.791 -18.478 349 H4' U 33 H4' U 33 -8.974 -12.736 -17.714 350 H3' U 33 H3' U 33 -8.030 -15.299 -16.421 351 H2' U 33 H2' U 33 -6.613 -14.113 -15.021 352 HO2' U 33 H2'' U 33 -6.564 -12.269 -17.168 353 H1' U 33 H1' U 33 -8.045 -11.640 -15.030 354 H3 U 33 H3 U 33 -7.740 -12.278 -10.575 355 H5 U 33 H5 U 33 -10.065 -15.542 -11.882 356 H6 U 33 H6 U 33 -9.670 -14.824 -14.166 357 H5' C 34 H5' C 34 -3.968 -16.522 -16.401 358 H5'' C 34 H5'' C 34 -5.294 -15.996 -15.345 359 H4' C 34 H4' C 34 -2.770 -14.360 -15.540 360 H3' C 34 H3' C 34 -3.098 -16.962 -14.065 361 H2' C 34 H2' C 34 -2.330 -16.070 -12.077 362 HO2' C 34 H2'' C 34 -0.426 -15.219 -13.511 363 H1' C 34 H1' C 34 -2.936 -13.332 -12.545 364 H41 C 34 H41 C 34 -6.671 -15.117 -7.705 365 H42 C 34 H42 C 34 -7.796 -15.837 -8.836 366 H5 C 34 H5 C 34 -7.367 -15.998 -11.200 367 H6 C 34 H6 C 34 -5.768 -15.505 -12.992 368 H5' C 35 H5' C 35 0.781 -18.797 -12.342 369 H5'' C 35 H5'' C 35 -0.809 -18.337 -11.702 370 H4' C 35 H4' C 35 1.748 -16.865 -11.008 371 H3' C 35 H3' C 35 0.541 -19.308 -9.738 372 H2' C 35 H2' C 35 0.696 -18.418 -7.605 373 HO2' C 35 H2'' C 35 2.907 -17.965 -7.656 374 H1' C 35 H1' C 35 0.497 -15.683 -8.236 375 H41 C 35 H41 C 35 -5.017 -17.229 -5.445 376 H42 C 35 H42 C 35 -5.628 -17.806 -6.981 377 H5 C 35 H5 C 35 -4.278 -17.950 -8.970 378 H6 C 35 H6 C 35 -2.051 -17.570 -9.920 379 H5' U 36 H5' U 36 3.605 -22.119 -7.198 380 H5'' U 36 H5'' U 36 1.884 -21.698 -7.314 381 H4' U 36 H4' U 36 3.816 -20.430 -5.348 382 H3' U 36 H3' U 36 2.083 -22.875 -5.074 383 H2' U 36 H2' U 36 1.142 -22.140 -3.110 384 HO2' U 36 H2'' U 36 2.379 -21.438 -1.543 385 H1' U 36 H1' U 36 1.657 -19.347 -3.389 386 H3 U 36 H3 U 36 -2.654 -20.386 -1.976 387 H5 U 36 H5 U 36 -2.726 -19.918 -6.165 388 H6 U 36 H6 U 36 -0.300 -19.959 -6.145 389 H5' A 37 H5' A 37 4.045 -22.160 -1.505 390 H5'' A 37 H5'' A 37 4.947 -23.552 -0.879 391 H4' A 37 H4' A 37 3.453 -22.429 0.806 392 H3' A 37 H3' A 37 3.866 -25.163 0.551 393 H2' A 37 H2' A 37 1.853 -25.768 -0.467 394 HO2' A 37 H2'' A 37 1.809 -26.368 1.919 395 H1' A 37 H1' A 37 0.226 -23.664 0.898 396 H8 A 37 H8 A 37 1.401 -24.651 -2.706 397 H61 A 37 H61 A 37 -4.629 -24.450 -4.092 398 H62 A 37 H62 A 37 -3.018 -24.745 -4.706 399 H2 A 37 H2 A 37 -4.165 -23.429 0.249 400 H5' A 38 H5' A 38 4.471 -23.717 5.156 401 H5'' A 38 H5'' A 38 4.261 -25.150 6.183 402 H4' A 38 H4' A 38 3.687 -23.152 7.441 403 H3' A 38 H3' A 38 1.497 -25.081 6.781 404 H2' A 38 H2' A 38 -0.223 -23.650 7.385 405 HO2' A 38 H2'' A 38 1.400 -21.803 8.742 406 H1' A 38 H1' A 38 0.900 -21.188 6.798 407 H8 A 38 H8 A 38 1.582 -23.253 3.772 408 H61 A 38 H61 A 38 -4.299 -22.301 2.084 409 H62 A 38 H62 A 38 -2.732 -22.887 1.576 410 H2 A 38 H2 A 38 -3.835 -20.948 6.334 411 H5' G 39 H5' G 39 -0.552 -25.828 11.890 412 H5'' G 39 H5'' G 39 -1.035 -26.446 10.298 413 H4' G 39 H4' G 39 -1.926 -23.944 11.727 414 H3' G 39 H3' G 39 -3.254 -26.398 10.679 415 H2' G 39 H2' G 39 -4.936 -25.300 9.518 416 HO2' G 39 H2'' G 39 -5.324 -22.971 10.028 417 H1' G 39 H1' G 39 -3.657 -23.035 8.688 418 H8 G 39 H8 G 39 -1.062 -25.650 8.166 419 H1 G 39 H1 G 39 -5.765 -25.994 3.816 420 H21 G 39 H21 G 39 -7.478 -24.735 4.446 421 H22 G 39 H22 G 39 -7.469 -23.812 5.932 422 H5' U 40 H5' U 40 -6.903 -25.258 12.343 423 H5'' U 40 H5'' U 40 -7.231 -26.489 13.581 424 H4' U 40 H4' U 40 -9.049 -26.485 11.992 425 H3' U 40 H3' U 40 -7.210 -28.867 11.862 426 H2' U 40 H2' U 40 -8.319 -29.724 9.998 427 HO2' U 40 H2'' U 40 -10.422 -29.696 10.638 428 H1' U 40 H1' U 40 -8.996 -27.342 8.748 429 H3 U 40 H3 U 40 -6.081 -29.223 5.826 430 H5 U 40 H5 U 40 -3.653 -27.861 8.992 431 H6 U 40 H6 U 40 -5.673 -27.328 10.224 432 H5' C 41 H5' C 41 -11.125 -30.866 12.098 433 H5'' C 41 H5'' C 41 -10.926 -32.217 13.232 434 H4' C 41 H4' C 41 -11.655 -32.932 10.958 435 H3' C 41 H3' C 41 -9.018 -33.906 12.053 436 H2' C 41 H2' C 41 -8.548 -35.024 10.063 437 HO2' C 41 H2'' C 41 -11.018 -34.764 8.837 438 H1' C 41 H1' C 41 -9.778 -33.271 8.281 439 H41 C 41 H41 C 41 -3.586 -31.870 7.770 440 H42 C 41 H42 C 41 -3.593 -31.120 9.345 441 H5 C 41 H5 C 41 -5.517 -31.112 10.792 442 H6 C 41 H6 C 41 -7.850 -31.821 11.040 443 H5' C 42 H5' C 42 -11.158 -37.419 10.618 444 H5'' C 42 H5'' C 42 -10.912 -38.785 11.723 445 H4' C 42 H4' C 42 -10.246 -39.253 9.352 446 H3' C 42 H3' C 42 -8.171 -39.440 11.545 447 H2' C 42 H2' C 42 -6.525 -39.923 9.987 448 HO2' C 42 H2'' C 42 -8.434 -40.556 7.985 449 H1' C 42 H1' C 42 -7.647 -38.558 7.780 450 H41 C 42 H41 C 42 -2.518 -35.137 9.332 451 H42 C 42 H42 C 42 -3.339 -34.500 10.739 452 H5 C 42 H5 C 42 -5.529 -35.228 11.432 453 H6 C 42 H6 C 42 -7.405 -36.725 10.924 454 H5' U 43 H5' U 43 -7.622 -42.507 8.927 455 H5'' U 43 H5'' U 43 -7.388 -44.079 9.715 456 H4' U 43 H4' U 43 -5.580 -43.519 8.101 457 H3' U 43 H3' U 43 -4.952 -43.954 10.999 458 HO3' U 43 H3T U 43 -4.452 -45.227 8.500 459 H2' U 43 H2' U 43 -2.913 -42.947 10.849 460 HO2' U 43 H2'' U 43 -1.646 -44.276 9.807 461 H1' U 43 H1' U 43 -3.229 -42.034 8.060 462 H3 U 43 H3 U 43 -0.406 -38.798 9.463 463 H5 U 43 H5 U 43 -3.698 -38.449 12.073 464 H6 U 43 H6 U 43 -4.630 -40.446 11.058 465 H5' G 44 H5' G 44 -8.333 34.323 15.974 466 H5'' G 44 H5'' G 44 -8.038 32.977 14.857 467 H4' G 44 H4' G 44 -8.176 34.985 13.549 468 H3' G 44 H3' G 44 -5.477 33.722 13.795 469 H2' G 44 H2' G 44 -4.329 35.542 12.879 470 HO2' G 44 H2'' G 44 -5.469 37.202 11.709 471 H1' G 44 H1' G 44 -5.722 37.607 13.946 472 H8 G 44 H8 G 44 -5.787 35.274 16.808 473 H1 G 44 H1 G 44 0.072 37.711 15.865 474 H21 G 44 H21 G 44 0.180 38.698 13.882 475 H22 G 44 H22 G 44 -1.184 38.758 12.788 476 HO5' G 44 H5T G 44 -6.237 32.608 15.835 477 H5' G 45 H5' G 45 -5.355 35.305 10.438 478 H5'' G 45 H5'' G 45 -4.742 34.434 9.020 479 H4' G 45 H4' G 45 -3.364 36.414 9.614 480 H3' G 45 H3' G 45 -2.095 33.671 9.746 481 H2' G 45 H2' G 45 -0.134 34.585 10.560 482 HO2' G 45 H2'' G 45 -0.070 37.131 10.159 483 H1' G 45 H1' G 45 -1.244 36.953 11.691 484 H8 G 45 H8 G 45 -2.747 34.072 13.495 485 H1 G 45 H1 G 45 3.316 35.215 15.258 486 H21 G 45 H21 G 45 4.281 36.585 13.800 487 H22 G 45 H22 G 45 3.443 37.214 12.406 488 H5' G 46 H5' G 46 0.062 36.661 7.363 489 H5'' G 46 H5'' G 46 0.582 36.034 5.788 490 H4' G 46 H4' G 46 2.375 37.331 6.818 491 H3' G 46 H3' G 46 2.796 34.371 6.498 492 H2' G 46 H2' G 46 4.781 34.393 7.725 493 HO2' G 46 H2'' G 46 4.841 37.195 7.188 494 H1' G 46 H1' G 46 4.191 36.357 9.564 495 H8 G 46 H8 G 46 1.304 33.905 8.986 496 H1 G 46 H1 G 46 5.573 32.010 13.385 497 H21 G 46 H21 G 46 7.332 33.360 13.364 498 H22 G 46 H22 G 46 7.461 34.722 12.276 499 H5' A 47 H5' A 47 6.619 35.539 4.957 500 H5'' A 47 H5'' A 47 6.730 34.813 3.340 501 H4' A 47 H4' A 47 8.593 34.044 4.687 502 H3' A 47 H3' A 47 6.472 31.984 4.095 503 H2' A 47 H2' A 47 7.526 30.407 5.442 504 HO2' A 47 H2'' A 47 9.795 30.683 6.024 505 H1' A 47 H1' A 47 8.691 32.145 7.315 506 H8 A 47 H8 A 47 4.925 32.513 6.511 507 H61 A 47 H61 A 47 4.024 28.884 11.440 508 H62 A 47 H62 A 47 3.257 29.871 10.215 509 H2 A 47 H2 A 47 8.435 29.097 10.662 510 H5' U 48 H5' U 48 9.727 29.962 3.830 511 H5'' U 48 H5'' U 48 9.936 28.977 2.366 512 H4' U 48 H4' U 48 10.028 27.540 4.324 513 H3' U 48 H3' U 48 7.575 27.271 2.594 514 H2' U 48 H2' U 48 6.562 25.831 4.096 515 HO2' U 48 H2'' U 48 8.849 25.172 5.564 516 H1' U 48 H1' U 48 7.896 26.671 6.470 517 H3 U 48 H3 U 48 3.631 27.224 7.845 518 H5 U 48 H5 U 48 3.984 29.922 4.626 519 H6 U 48 H6 U 48 6.207 29.038 4.215 520 H5' A 49 H5' A 49 9.695 23.967 4.327 521 H5'' A 49 H5'' A 49 10.655 23.371 2.957 522 H4' A 49 H4' A 49 10.298 21.764 4.923 523 H3' A 49 H3' A 49 10.402 21.203 2.127 524 H2' A 49 H2' A 49 8.228 20.413 1.909 525 HO2' A 49 H2'' A 49 9.933 18.497 2.483 526 H1' A 49 H1' A 49 8.169 19.542 4.794 527 H8 A 49 H8 A 49 6.152 21.612 2.156 528 H61 A 49 H61 A 49 1.194 18.962 4.751 529 H62 A 49 H62 A 49 1.750 20.045 3.504 530 H2 A 49 H2 A 49 4.837 17.546 6.944 531 H5' U 50 H5' U 50 8.414 17.806 6.161 532 H5'' U 50 H5'' U 50 9.714 16.600 6.169 533 H4' U 50 H4' U 50 7.291 15.876 5.542 534 H3' U 50 H3' U 50 9.831 14.838 4.735 535 H2' U 50 H2' U 50 9.667 15.450 2.489 536 HO2' U 50 H2'' U 50 8.216 13.088 2.918 537 H1' U 50 H1' U 50 6.663 15.215 2.573 538 H3 U 50 H3 U 50 8.922 16.617 -1.621 539 H5 U 50 H5 U 50 6.619 19.636 0.206 540 H6 U 50 H6 U 50 6.468 18.235 2.181 541 H5' G 51 H5' G 51 4.957 15.107 7.757 542 H5'' G 51 H5'' G 51 5.433 13.401 7.884 543 H4' G 51 H4' G 51 3.172 13.366 7.190 544 H3' G 51 H3' G 51 5.102 12.842 4.958 545 H2' G 51 H2' G 51 3.481 12.980 3.307 546 HO2' G 51 H2'' G 51 2.023 11.719 5.177 547 H1' G 51 H1' G 51 1.708 14.778 4.494 548 H8 G 51 H8 G 51 5.205 16.148 4.711 549 H1 G 51 H1 G 51 2.542 17.011 -1.061 550 H21 G 51 H21 G 51 0.671 15.844 -1.224 551 H22 G 51 H22 G 51 0.069 14.846 0.080 552 H5' G 52 H5' G 52 4.339 9.376 2.240 553 H5'' G 52 H5'' G 52 4.416 11.148 2.315 554 H4' G 52 H4' G 52 1.773 9.834 1.773 555 H3' G 52 H3' G 52 4.090 9.896 -0.142 556 H2' G 52 H2' G 52 2.795 10.790 -1.856 557 HO2' G 52 H2'' G 52 0.349 10.336 -0.529 558 H1' G 52 H1' G 52 1.077 12.365 -0.381 559 H8 G 52 H8 G 52 4.177 13.436 1.164 560 H1 G 52 H1 G 52 3.988 15.227 -4.995 561 H21 G 52 H21 G 52 2.396 14.113 -6.063 562 H22 G 52 H22 G 52 1.382 12.930 -5.267 563 H5' A 53 H5' A 53 1.273 8.226 -2.453 564 H5'' A 53 H5'' A 53 1.717 6.597 -3.004 565 H4' A 53 H4' A 53 1.099 7.909 -4.927 566 H3' A 53 H3' A 53 4.067 7.407 -4.683 567 H2' A 53 H2' A 53 4.478 8.696 -6.561 568 HO2' A 53 H2'' A 53 1.812 8.010 -7.288 569 H1' A 53 H1' A 53 2.212 10.403 -6.366 570 H8 A 53 H8 A 53 4.490 10.309 -3.295 571 H61 A 53 H61 A 53 7.581 14.954 -5.976 572 H62 A 53 H62 A 53 7.393 13.999 -4.524 573 H2 A 53 H2 A 53 4.605 13.375 -8.934 574 H5' A 54 H5' A 54 2.692 6.692 -8.607 575 H5'' A 54 H5'' A 54 3.223 5.115 -9.227 576 H4' A 54 H4' A 54 3.670 6.790 -10.906 577 H3' A 54 H3' A 54 6.142 5.790 -9.477 578 H2' A 54 H2' A 54 7.458 7.228 -10.743 579 HO2' A 54 H2'' A 54 6.807 6.736 -12.800 580 H1' A 54 H1' A 54 5.621 9.321 -11.019 581 H8 A 54 H8 A 54 6.316 7.779 -7.534 582 H61 A 54 H61 A 54 10.429 12.353 -6.882 583 H62 A 54 H62 A 54 9.635 11.010 -6.101 584 H2 A 54 H2 A 54 8.807 12.529 -11.059 585 H5' G 55 H5' G 55 6.605 4.769 -14.050 586 H5'' G 55 H5'' G 55 7.564 3.277 -14.075 587 H4' G 55 H4' G 55 8.502 5.095 -15.508 588 H3' G 55 H3' G 55 10.142 3.992 -13.226 589 H2' G 55 H2' G 55 11.852 5.556 -13.620 590 HO2' G 55 H2'' G 55 10.649 5.986 -16.183 591 H1' G 55 H1' G 55 10.309 7.703 -14.370 592 H8 G 55 H8 G 55 9.095 5.632 -11.343 593 H1 G 55 H1 G 55 13.001 10.526 -9.948 594 H21 G 55 H21 G 55 13.817 11.403 -11.815 595 H22 G 55 H22 G 55 13.400 10.794 -13.399 596 H5' A 56 H5' A 56 12.967 4.196 -16.350 597 H5'' A 56 H5'' A 56 13.855 2.660 -16.435 598 H4' A 56 H4' A 56 15.416 4.499 -16.118 599 H3' A 56 H3' A 56 15.065 2.685 -13.720 600 H2' A 56 H2' A 56 16.604 3.985 -12.524 601 HO2' A 56 H2'' A 56 17.471 5.579 -14.630 602 H1' A 56 H1' A 56 15.944 6.471 -13.629 603 H8 A 56 H8 A 56 13.100 4.141 -12.382 604 H61 A 56 H61 A 56 13.448 7.462 -7.158 605 H62 A 56 H62 A 56 12.569 6.204 -8.021 606 H2 A 56 H2 A 56 16.774 8.764 -9.864 607 H5' A 57 H5' A 57 19.366 2.076 -14.268 608 H5'' A 57 H5'' A 57 19.656 0.361 -13.909 609 H4' A 57 H4' A 57 20.807 1.911 -12.333 610 H3' A 57 H3' A 57 18.722 0.010 -11.251 611 H2' A 57 H2' A 57 18.922 0.923 -9.147 612 HO2' A 57 H2'' A 57 20.831 1.272 -8.313 613 H1' A 57 H1' A 57 19.810 3.517 -9.895 614 H8 A 57 H8 A 57 16.445 2.142 -11.204 615 H61 A 57 H61 A 57 13.934 5.158 -6.425 616 H62 A 57 H62 A 57 13.610 4.245 -7.876 617 H2 A 57 H2 A 57 18.392 5.397 -6.025 618 H5' C 58 H5' C 58 22.585 -0.301 -8.825 619 H5'' C 58 H5'' C 58 22.783 -2.021 -8.436 620 H4' C 58 H4' C 58 22.982 -0.635 -6.417 621 H3' C 58 H3' C 58 20.534 -2.404 -6.572 622 H2' C 58 H2' C 58 19.797 -1.585 -4.520 623 HO2' C 58 H2'' C 58 21.152 -0.864 -2.945 624 H1' C 58 H1' C 58 20.881 1.011 -4.726 625 H41 C 58 H41 C 58 14.645 1.894 -5.730 626 H42 C 58 H42 C 58 14.715 0.951 -7.208 627 H5 C 58 H5 C 58 16.714 -0.148 -7.979 628 H6 C 58 H6 C 58 19.077 -0.593 -7.501 629 H5' C 59 H5' C 59 22.026 -2.706 -2.906 630 H5'' C 59 H5'' C 59 21.743 -4.243 -2.064 631 H4' C 59 H4' C 59 20.573 -2.270 -1.046 632 H3' C 59 H3' C 59 18.950 -4.629 -2.023 633 H2' C 59 H2' C 59 16.988 -3.505 -1.573 634 HO2' C 59 H2'' C 59 18.518 -2.304 0.493 635 H1' C 59 H1' C 59 18.057 -0.835 -1.618 636 H41 C 59 H41 C 59 13.686 -0.699 -6.214 637 H42 C 59 H42 C 59 14.555 -1.898 -7.144 638 H5 C 59 H5 C 59 16.557 -2.979 -6.358 639 H6 C 59 H6 C 59 18.158 -3.147 -4.506 640 H5' G 60 H5' G 60 18.577 -2.984 2.346 641 H5'' G 60 H5'' G 60 18.525 -4.415 3.394 642 H4' G 60 H4' G 60 17.076 -2.738 4.337 643 H3' G 60 H3' G 60 15.656 -5.071 3.070 644 H2' G 60 H2' G 60 13.571 -4.100 3.372 645 HO2' G 60 H2'' G 60 14.795 -2.460 5.366 646 H1' G 60 H1' G 60 14.279 -1.408 3.166 647 H8 G 60 H8 G 60 15.801 -3.246 0.278 648 H1 G 60 H1 G 60 9.526 -2.151 -0.495 649 H21 G 60 H21 G 60 8.633 -1.455 1.411 650 H22 G 60 H22 G 60 9.575 -1.256 2.872 651 H5' G 61 H5' G 61 13.725 -3.845 6.420 652 H5'' G 61 H5'' G 61 13.449 -5.108 7.635 653 H4' G 61 H4' G 61 11.400 -3.839 7.245 654 H3' G 61 H3' G 61 11.407 -6.706 6.306 655 H2' G 61 H2' G 61 9.308 -6.472 5.355 656 HO2' G 61 H2'' G 61 8.188 -4.289 6.197 657 H1' G 61 H1' G 61 9.392 -3.696 4.802 658 H8 G 61 H8 G 61 12.209 -5.939 3.443 659 H1 G 61 H1 G 61 7.192 -5.244 -0.498 660 H21 G 61 H21 G 61 5.557 -4.161 0.533 661 H22 G 61 H22 G 61 5.692 -3.607 2.186 662 H5' G 62 H5' G 62 7.906 -5.677 8.532 663 H5'' G 62 H5'' G 62 7.333 -6.938 9.642 664 H4' G 62 H4' G 62 5.554 -6.125 8.115 665 H3' G 62 H3' G 62 6.419 -9.007 7.974 666 H2' G 62 H2' G 62 5.058 -9.414 6.136 667 HO2' G 62 H2'' G 62 3.092 -8.586 5.986 668 H1' G 62 H1' G 62 5.057 -6.823 5.006 669 H8 G 62 H8 G 62 8.431 -8.522 5.815 670 H1 G 62 H1 G 62 6.236 -9.509 -0.132 671 H21 G 62 H21 G 62 4.186 -8.687 -0.334 672 H22 G 62 H22 G 62 3.357 -7.898 0.990 673 H5' G 63 H5' G 63 3.098 -12.348 9.660 674 H5'' G 63 H5'' G 63 4.719 -12.167 8.962 675 H4' G 63 H4' G 63 2.075 -12.483 7.528 676 H3' G 63 H3' G 63 4.574 -14.123 7.780 677 H2' G 63 H2' G 63 4.653 -14.625 5.507 678 HO2' G 63 H2'' G 63 2.172 -13.666 4.751 679 H1' G 63 H1' G 63 3.613 -12.286 4.453 680 H8 G 63 H8 G 63 6.193 -11.794 7.265 681 H1 G 63 H1 G 63 8.697 -12.181 1.373 682 H21 G 63 H21 G 63 7.132 -12.739 -0.089 683 H22 G 63 H22 G 63 5.472 -13.019 0.377 684 H5' A 64 H5' A 64 4.441 -18.392 9.121 685 H5'' A 64 H5'' A 64 5.676 -17.288 8.483 686 H4' A 64 H4' A 64 6.103 -19.502 7.624 687 H3' A 64 H3' A 64 5.213 -17.400 5.716 688 H2' A 64 H2' A 64 4.640 -18.837 3.989 689 HO2' A 64 H2'' A 64 6.690 -20.357 5.095 690 H1' A 64 H1' A 64 3.782 -21.053 5.357 691 H8 A 64 H8 A 64 2.277 -18.192 7.230 692 H61 A 64 H61 A 64 -2.089 -17.925 2.856 693 H62 A 64 H62 A 64 -1.597 -17.368 4.441 694 H2 A 64 H2 A 64 1.164 -20.649 1.405 695 H5' A 65 H5' A 65 8.652 -17.445 1.584 696 H5'' A 65 H5'' A 65 7.252 -16.628 2.309 697 H4' A 65 H4' A 65 7.317 -19.462 1.222 698 H3' A 65 H3' A 65 6.375 -16.864 0.067 699 H2' A 65 H2' A 65 4.282 -17.687 -0.542 700 HO2' A 65 H2'' A 65 5.640 -19.808 -1.209 701 H1' A 65 H1' A 65 3.811 -19.443 1.520 702 H8 A 65 H8 A 65 5.172 -16.591 3.410 703 H61 A 65 H61 A 65 -0.240 -13.688 2.594 704 H62 A 65 H62 A 65 1.274 -13.693 3.471 705 H2 A 65 H2 A 65 -0.119 -17.219 -0.168 706 H5' A 66 H5' A 66 6.287 -18.527 -4.200 707 H5'' A 66 H5'' A 66 6.817 -16.992 -4.917 708 H4' A 66 H4' A 66 4.354 -17.818 -5.268 709 H3' A 66 H3' A 66 5.287 -15.022 -4.681 710 H2' A 66 H2' A 66 3.127 -14.235 -4.295 711 HO2' A 66 H2'' A 66 2.525 -16.108 -6.195 712 H1' A 66 H1' A 66 1.983 -16.485 -3.173 713 H8 A 66 H8 A 66 5.469 -15.755 -1.768 714 H61 A 66 H61 A 66 2.601 -12.073 2.300 715 H62 A 66 H62 A 66 4.126 -12.805 1.845 716 H2 A 66 H2 A 66 -0.417 -13.427 -0.721 717 H5' C 67 H5' C 67 2.554 -13.992 -6.911 718 H5'' C 67 H5'' C 67 2.919 -12.740 -8.116 719 H4' C 67 H4' C 67 1.398 -11.981 -6.270 720 H3' C 67 H3' C 67 4.037 -10.604 -6.759 721 H2' C 67 H2' C 67 3.760 -9.240 -4.899 722 HO2' C 67 H2'' C 67 1.598 -9.026 -3.927 723 H1' C 67 H1' C 67 2.318 -10.990 -3.277 724 H41 C 67 H41 C 67 8.189 -11.032 -0.826 725 H42 C 67 H42 C 67 8.775 -11.982 -2.170 726 H5 C 67 H5 C 67 7.408 -12.573 -4.064 727 H6 C 67 H6 C 67 5.183 -12.384 -5.074 728 H5' U 68 H5' U 68 1.076 -7.928 -5.910 729 H5'' U 68 H5'' U 68 1.023 -6.449 -6.891 730 H4' U 68 H4' U 68 1.111 -6.005 -4.438 731 H3' U 68 H3' U 68 3.361 -5.023 -6.196 732 H2' U 68 H2' U 68 4.522 -4.226 -4.356 733 HO2' U 68 H2'' U 68 3.554 -3.334 -2.661 734 H1' U 68 H1' U 68 3.595 -6.065 -2.436 735 H3 U 68 H3 U 68 8.068 -6.760 -2.264 736 H5 U 68 H5 U 68 6.956 -8.221 -6.058 737 H6 U 68 H6 U 68 4.722 -7.360 -5.662 738 H5' U 69 H5' U 69 1.550 -2.010 -3.560 739 H5'' U 69 H5'' U 69 1.597 -0.347 -4.177 740 H4' U 69 H4' U 69 2.546 -0.567 -1.887 741 H3' U 69 H3' U 69 4.379 0.330 -4.119 742 H2' U 69 H2' U 69 6.168 0.427 -2.630 743 HO2' U 69 H2'' U 69 4.264 0.444 -0.497 744 H1' U 69 H1' U 69 5.382 -1.646 -0.912 745 H3 U 69 H3 U 69 9.319 -3.282 -2.448 746 H5 U 69 H5 U 69 6.877 -3.146 -5.882 747 H6 U 69 H6 U 69 5.170 -2.056 -4.545 748 H5' G 70 H5' G 70 4.575 2.507 -0.799 749 H5'' G 70 H5'' G 70 4.975 4.238 -0.822 750 H4' G 70 H4' G 70 6.565 2.754 0.479 751 H3' G 70 H3' G 70 7.557 4.544 -1.748 752 H2' G 70 H2' G 70 9.674 3.619 -1.612 753 HO2' G 70 H2'' G 70 9.154 2.720 1.042 754 H1' G 70 H1' G 70 8.946 1.123 -0.417 755 H8 G 70 H8 G 70 7.538 1.736 -3.920 756 H1 G 70 H1 G 70 13.383 -0.903 -3.735 757 H21 G 70 H21 G 70 14.203 -0.789 -1.672 758 H22 G 70 H22 G 70 13.302 -0.080 -0.347 759 H5' G 71 H5' G 71 9.916 4.548 2.501 760 H5'' G 71 H5'' G 71 9.853 6.299 2.782 761 H4' G 71 H4' G 71 11.967 5.782 3.576 762 H3' G 71 H3' G 71 12.164 6.643 0.712 763 H2' G 71 H2' G 71 14.402 6.019 0.525 764 HO2' G 71 H2'' G 71 15.783 6.167 2.153 765 H1' G 71 H1' G 71 14.413 3.768 2.093 766 H8 G 71 H8 G 71 11.223 3.430 0.285 767 H1 G 71 H1 G 71 16.212 2.463 -3.627 768 H21 G 71 H21 G 71 18.091 3.109 -2.650 769 H22 G 71 H22 G 71 18.125 3.782 -1.034 770 H5' U 72 H5' U 72 15.508 8.414 2.380 771 H5'' U 72 H5'' U 72 15.408 10.182 2.246 772 H4' U 72 H4' U 72 17.564 9.475 1.426 773 H3' U 72 H3' U 72 15.625 10.356 -0.715 774 H2' U 72 H2' U 72 17.188 9.866 -2.380 775 HO2' U 72 H2'' U 72 19.204 9.717 -0.365 776 H1' U 72 H1' U 72 18.345 7.634 -1.218 777 H3 U 72 H3 U 72 16.280 5.885 -4.864 778 H5 U 72 H5 U 72 13.133 6.750 -2.198 779 H6 U 72 H6 U 72 14.743 7.852 -0.756 780 H5' U 73 H5' U 73 19.294 12.415 -1.440 781 H5'' U 73 H5'' U 73 19.026 14.137 -1.775 782 H4' U 73 H4' U 73 20.362 13.122 -3.550 783 H3' U 73 H3' U 73 17.548 13.913 -4.343 784 H2' U 73 H2' U 73 17.973 13.153 -6.524 785 HO2' U 73 H2'' U 73 20.739 12.829 -6.001 786 H1' U 73 H1' U 73 19.548 10.967 -5.854 787 H3 U 73 H3 U 73 15.907 8.892 -7.533 788 H5 U 73 H5 U 73 14.554 10.514 -3.885 789 H6 U 73 H6 U 73 16.688 11.649 -3.674 790 H5' C 74 H5' C 74 19.759 15.300 -7.428 791 H5'' C 74 H5'' C 74 19.294 16.942 -7.920 792 H4' C 74 H4' C 74 19.017 15.418 -9.793 793 H3' C 74 H3' C 74 16.392 16.328 -8.570 794 H2' C 74 H2' C 74 15.286 15.096 -10.243 795 HO2' C 74 H2'' C 74 17.205 14.280 -11.901 796 H1' C 74 H1' C 74 17.177 13.016 -10.432 797 H41 C 74 H41 C 74 12.468 10.290 -7.155 798 H42 C 74 H42 C 74 12.792 11.308 -5.766 799 H5 C 74 H5 C 74 14.442 13.068 -5.776 800 H6 C 74 H6 C 74 16.131 14.232 -7.118 801 H5' U 75 H5' U 75 16.335 17.876 -12.375 802 H5'' U 75 H5'' U 75 15.298 19.269 -12.741 803 H4' U 75 H4' U 75 14.395 17.108 -13.594 804 H3' U 75 H3' U 75 12.766 18.612 -11.530 805 H2' U 75 H2' U 75 11.205 16.910 -11.532 806 HO2' U 75 H2'' U 75 12.080 15.865 -14.012 807 H1' U 75 H1' U 75 12.926 14.817 -12.418 808 H3 U 75 H3 U 75 11.017 12.826 -8.855 809 H5 U 75 H5 U 75 13.201 16.007 -7.159 810 H6 U 75 H6 U 75 13.702 16.774 -9.407 811 H5' U 76 H5' U 76 10.544 17.301 -14.846 812 H5'' U 76 H5'' U 76 9.372 18.465 -15.496 813 H4' U 76 H4' U 76 8.307 16.296 -15.119 814 H3' U 76 H3' U 76 7.422 18.528 -13.284 815 H2' U 76 H2' U 76 6.070 17.067 -12.098 816 HO2' U 76 H2'' U 76 5.923 15.699 -14.574 817 H1' U 76 H1' U 76 7.497 14.661 -12.683 818 H3 U 76 H3 U 76 7.389 14.362 -8.184 819 H5 U 76 H5 U 76 9.660 17.842 -8.888 820 H6 U 76 H6 U 76 9.164 17.607 -11.252 821 H5' C 77 H5' C 77 3.372 19.685 -12.831 822 H5'' C 77 H5'' C 77 4.742 18.959 -11.968 823 H4' C 77 H4' C 77 2.207 17.382 -12.384 824 H3' C 77 H3' C 77 2.605 19.626 -10.421 825 H2' C 77 H2' C 77 1.922 18.339 -8.628 826 HO2' C 77 H2'' C 77 -0.042 17.783 -10.132 827 H1' C 77 H1' C 77 2.501 15.761 -9.675 828 H41 C 77 H41 C 77 6.459 16.532 -4.747 829 H42 C 77 H42 C 77 7.533 17.471 -5.755 830 H5 C 77 H5 C 77 6.996 18.118 -8.011 831 H6 C 77 H6 C 77 5.315 17.997 -9.792 832 H5' C 78 H5' C 78 -1.200 21.032 -8.188 833 H5'' C 78 H5'' C 78 0.419 20.472 -7.724 834 H4' C 78 H4' C 78 -2.100 18.857 -7.237 835 H3' C 78 H3' C 78 -0.839 20.999 -5.544 836 H2' C 78 H2' C 78 -0.897 19.685 -3.637 837 HO2' C 78 H2'' C 78 -3.108 19.234 -3.681 838 H1' C 78 H1' C 78 -0.730 17.141 -4.830 839 H41 C 78 H41 C 78 4.911 18.114 -2.030 840 H42 C 78 H42 C 78 5.450 19.005 -3.436 841 H5 C 78 H5 C 78 4.009 19.549 -5.287 842 H6 C 78 H6 C 78 1.739 19.358 -6.191 843 H5' U 79 H5' U 79 -3.773 23.201 -2.347 844 H5'' U 79 H5'' U 79 -2.062 22.815 -2.627 845 H4' U 79 H4' U 79 -3.911 21.159 -0.882 846 H3' U 79 H3' U 79 -2.165 23.509 -0.181 847 H2' U 79 H2' U 79 -1.139 22.389 1.545 848 HO2' U 79 H2'' U 79 -2.303 21.357 2.983 849 H1' U 79 H1' U 79 -1.669 19.710 0.719 850 H3 U 79 H3 U 79 2.708 20.466 2.118 851 H5 U 79 H5 U 79 2.581 20.885 -2.074 852 H6 U 79 H6 U 79 0.158 20.899 -1.933 853 H5' A 80 H5' A 80 -3.969 22.052 3.249 854 H5'' A 80 H5'' A 80 -4.837 23.280 4.188 855 H4' A 80 H4' A 80 -3.273 21.844 5.536 856 H3' A 80 H3' A 80 -3.692 24.569 5.869 857 H2' A 80 H2' A 80 -1.724 25.387 4.915 858 HO2' A 80 H2'' A 80 -1.571 25.472 7.372 859 H1' A 80 H1' A 80 -0.043 23.055 5.735 860 H8 A 80 H8 A 80 -1.376 24.746 2.460 861 H61 A 80 H61 A 80 4.590 24.905 0.820 862 H62 A 80 H62 A 80 2.953 25.298 0.346 863 H2 A 80 H2 A 80 4.314 23.015 4.880 864 H5' A 81 H5' A 81 -4.092 22.194 10.100 865 H5'' A 81 H5'' A 81 -3.833 23.385 11.391 866 H4' A 81 H4' A 81 -3.206 21.174 12.180 867 H3' A 81 H3' A 81 -1.045 23.215 11.837 868 H2' A 81 H2' A 81 0.698 21.703 12.057 869 HO2' A 81 H2'' A 81 -0.870 19.605 13.070 870 H1' A 81 H1' A 81 -0.454 19.410 11.020 871 H8 A 81 H8 A 81 -1.270 22.039 8.513 872 H61 A 81 H61 A 81 4.530 21.511 6.416 873 H62 A 81 H62 A 81 2.939 22.170 6.106 874 H2 A 81 H2 A 81 4.260 19.325 10.323 875 H5' G 82 H5' G 82 1.231 22.905 16.896 876 H5'' G 82 H5'' G 82 1.641 23.844 15.449 877 H4' G 82 H4' G 82 2.593 21.107 16.285 878 H3' G 82 H3' G 82 3.876 23.735 15.710 879 H2' G 82 H2' G 82 5.503 22.914 14.275 880 HO2' G 82 H2'' G 82 5.917 20.537 14.272 881 H1' G 82 H1' G 82 4.184 20.862 13.050 882 H8 G 82 H8 G 82 1.571 23.501 13.197 883 H1 G 82 H1 G 82 6.071 24.779 8.807 884 H21 G 82 H21 G 82 7.816 23.440 9.091 885 H22 G 82 H22 G 82 7.876 22.234 10.358 886 H5' U 83 H5' U 83 7.598 22.307 16.947 887 H5'' U 83 H5'' U 83 7.978 23.265 18.394 888 H4' U 83 H4' U 83 9.725 23.598 16.758 889 H3' U 83 H3' U 83 7.885 25.942 17.202 890 H2' U 83 H2' U 83 8.910 27.173 15.507 891 HO2' U 83 H2'' U 83 11.041 27.033 16.029 892 H1' U 83 H1' U 83 9.526 25.102 13.765 893 H3 U 83 H3 U 83 6.483 27.527 11.432 894 H5 U 83 H5 U 83 4.201 25.519 14.353 895 H6 U 83 H6 U 83 6.276 24.755 15.353 896 H5' C 84 H5' C 84 11.806 27.883 17.676 897 H5'' C 84 H5'' C 84 11.659 28.968 19.072 898 H4' C 84 H4' C 84 12.286 30.142 16.965 899 H3' C 84 H3' C 84 9.702 30.846 18.354 900 H2' C 84 H2' C 84 9.149 32.351 16.664 901 HO2' C 84 H2'' C 84 11.567 32.361 15.308 902 H1' C 84 H1' C 84 10.293 31.014 14.506 903 H41 C 84 H41 C 84 4.092 29.680 13.971 904 H42 C 84 H42 C 84 4.167 28.624 15.361 905 H5 C 84 H5 C 84 6.148 28.343 16.699 906 H6 C 84 H6 C 84 8.487 29.016 16.995 907 H5' C 85 H5' C 85 11.788 34.600 17.594 908 H5'' C 85 H5'' C 85 11.582 35.703 18.969 909 H4' C 85 H4' C 85 10.820 36.642 16.769 910 H3' C 85 H3' C 85 8.844 36.357 19.043 911 H2' C 85 H2' C 85 7.130 37.132 17.690 912 HO2' C 85 H2'' C 85 8.945 38.187 15.782 913 H1' C 85 H1' C 85 8.155 36.263 15.200 914 H41 C 85 H41 C 85 3.083 32.565 16.251 915 H42 C 85 H42 C 85 3.962 31.665 17.467 916 H5 C 85 H5 C 85 6.185 32.250 18.191 917 H6 C 85 H6 C 85 8.045 33.819 17.905 918 H5' U 86 H5' U 86 8.173 39.894 17.138 919 H5'' U 86 H5'' U 86 7.978 41.265 18.246 920 H4' U 86 H4' U 86 6.097 41.035 16.634 921 H3' U 86 H3' U 86 5.605 40.855 19.584 922 HO3' U 86 H3T U 86 4.998 42.614 17.429 923 H2' U 86 H2' U 86 3.559 39.884 19.317 924 HO2' U 86 H2'' U 86 2.247 41.388 18.628 925 H1' U 86 H1' U 86 3.752 39.574 16.388 926 H3 U 86 H3 U 86 0.989 36.095 17.222 927 H5 U 86 H5 U 86 4.399 35.238 19.546 928 H6 U 86 H6 U 86 5.288 37.410 18.923 Start of MODEL 6 1 H5' G 1 H5' G 1 3.811 -44.733 6.612 2 H5'' G 1 H5'' G 1 4.259 -43.421 5.504 3 H4' G 1 H4' G 1 2.873 -45.017 4.318 4 H3' G 1 H3' G 1 1.764 -42.287 4.825 5 H2' G 1 H2' G 1 -0.409 -42.830 4.203 6 HO2' G 1 H2'' G 1 -0.160 -45.310 3.148 7 H1' G 1 H1' G 1 -0.576 -45.417 5.084 8 H8 G 1 H8 G 1 1.196 -43.839 7.912 9 H1 G 1 H1 G 1 -4.925 -41.945 7.595 10 H21 G 1 H21 G 1 -5.798 -42.516 5.635 11 H22 G 1 H22 G 1 -4.880 -43.359 4.409 12 HO5' G 1 H5T G 1 2.028 -42.657 6.606 13 H5' G 2 H5' G 2 -0.164 -43.081 1.673 14 H5'' G 2 H5'' G 2 0.178 -42.020 0.292 15 H4' G 2 H4' G 2 -2.210 -42.044 0.723 16 H3' G 2 H3' G 2 -0.795 -39.469 1.417 17 H2' G 2 H2' G 2 -2.741 -38.574 2.285 18 HO2' G 2 H2'' G 2 -4.138 -40.401 0.590 19 H1' G 2 H1' G 2 -4.047 -41.014 2.967 20 H8 G 2 H8 G 2 -0.650 -40.401 4.618 21 H1 G 2 H1 G 2 -5.662 -37.886 7.740 22 H21 G 2 H21 G 2 -7.486 -38.023 6.482 23 H22 G 2 H22 G 2 -7.471 -38.730 4.882 24 H5' G 3 H5' G 3 -4.247 -38.953 -0.970 25 H5'' G 3 H5'' G 3 -4.137 -37.769 -2.289 26 H4' G 3 H4' G 3 -6.127 -37.477 -0.768 27 H3' G 3 H3' G 3 -4.123 -35.252 -1.152 28 H2' G 3 H2' G 3 -5.157 -33.944 0.447 29 HO2' G 3 H2'' G 3 -7.277 -33.763 0.523 30 H1' G 3 H1' G 3 -6.339 -36.014 1.994 31 H8 G 3 H8 G 3 -2.581 -36.390 1.716 32 H1 G 3 H1 G 3 -4.443 -32.237 6.236 33 H21 G 3 H21 G 3 -6.604 -31.792 6.017 34 H22 G 3 H22 G 3 -7.591 -32.517 4.767 35 H5' A 4 H5' A 4 -8.403 -33.738 -2.151 36 H5'' A 4 H5'' A 4 -8.223 -32.672 -3.559 37 H4' A 4 H4' A 4 -9.555 -31.588 -1.807 38 H3' A 4 H3' A 4 -6.848 -30.416 -2.433 39 H2' A 4 H2' A 4 -7.020 -28.874 -0.699 40 HO2' A 4 H2'' A 4 -9.652 -29.145 0.008 41 H1' A 4 H1' A 4 -8.582 -30.375 1.079 42 H8 A 4 H8 A 4 -5.401 -31.895 -0.536 43 H61 A 4 H61 A 4 -2.557 -30.225 4.691 44 H62 A 4 H62 A 4 -2.392 -31.061 3.170 45 H2 A 4 H2 A 4 -6.759 -28.665 4.843 46 H5' U 5 H5' U 5 -9.206 -26.918 -2.228 47 H5'' U 5 H5'' U 5 -8.646 -25.792 -3.482 48 H4' U 5 H4' U 5 -8.338 -24.982 -1.112 49 H3' U 5 H3' U 5 -6.008 -25.232 -3.012 50 H2' U 5 H2' U 5 -4.482 -24.730 -1.345 51 HO2' U 5 H2'' U 5 -4.904 -22.933 -0.330 52 H1' U 5 H1' U 5 -6.004 -25.586 0.908 53 H3 U 5 H3 U 5 -2.258 -28.000 1.604 54 H5 U 5 H5 U 5 -3.697 -29.464 -2.078 55 H6 U 5 H6 U 5 -5.422 -27.759 -2.006 56 H5' A 6 H5' A 6 -8.970 -22.307 -2.747 57 H5'' A 6 H5'' A 6 -9.464 -20.903 -3.715 58 H4' A 6 H4' A 6 -9.370 -20.570 -1.187 59 H3' A 6 H3' A 6 -8.681 -18.735 -3.230 60 H2' A 6 H2' A 6 -6.398 -18.590 -2.817 61 HO2' A 6 H2'' A 6 -6.580 -16.641 -1.981 62 H1' A 6 H1' A 6 -6.670 -19.277 0.089 63 H8 A 6 H8 A 6 -4.903 -20.325 -3.237 64 H61 A 6 H61 A 6 0.040 -21.239 0.368 65 H62 A 6 H62 A 6 -0.558 -21.273 -1.277 66 H2 A 6 H2 A 6 -3.371 -19.996 2.988 67 H5' U 7 H5' U 7 -10.617 -16.010 0.872 68 H5'' U 7 H5'' U 7 -9.762 -14.455 0.823 69 H4' U 7 H4' U 7 -9.464 -15.130 3.034 70 H3' U 7 H3' U 7 -7.127 -15.282 1.427 71 H2' U 7 H2' U 7 -6.791 -17.570 1.579 72 HO2' U 7 H2'' U 7 -5.517 -18.059 3.365 73 H1' U 7 H1' U 7 -8.150 -17.765 4.251 74 H3 U 7 H3 U 7 -10.602 -21.521 2.242 75 H5 U 7 H5 U 7 -6.415 -21.878 1.916 76 H6 U 7 H6 U 7 -6.231 -19.550 2.577 77 H5' G 8 H5' G 8 -3.910 -16.842 3.881 78 H5'' G 8 H5'' G 8 -3.679 -15.264 4.664 79 H4' G 8 H4' G 8 -1.555 -15.611 3.848 80 H3' G 8 H3' G 8 -3.146 -14.133 1.789 81 H2' G 8 H2' G 8 -1.665 -14.528 0.077 82 HO2' G 8 H2'' G 8 0.093 -13.942 1.946 83 H1' G 8 H1' G 8 -0.500 -16.924 0.898 84 H8 G 8 H8 G 8 -4.237 -17.266 0.994 85 H1 G 8 H1 G 8 -1.854 -17.745 -4.943 86 H21 G 8 H21 G 8 0.273 -17.138 -4.957 87 H22 G 8 H22 G 8 1.116 -16.616 -3.532 88 H5' G 9 H5' G 9 -3.809 -11.136 -0.090 89 H5'' G 9 H5'' G 9 -3.141 -12.776 -0.042 90 H4' G 9 H4' G 9 -1.053 -10.736 -0.255 91 H3' G 9 H3' G 9 -3.293 -10.656 -2.260 92 H2' G 9 H2' G 9 -1.839 -10.838 -4.084 93 HO2' G 9 H2'' G 9 -0.245 -9.379 -2.500 94 H1' G 9 H1' G 9 0.037 -12.533 -3.039 95 H8 G 9 H8 G 9 -2.887 -14.292 -1.784 96 H1 G 9 H1 G 9 -2.681 -14.529 -8.193 97 H21 G 9 H21 G 9 -1.242 -13.027 -8.965 98 H22 G 9 H22 G 9 -0.335 -11.965 -7.911 99 H5' A 10 H5' A 10 -0.866 -8.077 -3.860 100 H5'' A 10 H5'' A 10 -1.531 -6.469 -4.215 101 H4' A 10 H4' A 10 -0.693 -7.501 -6.259 102 H3' A 10 H3' A 10 -3.699 -7.248 -6.055 103 H2' A 10 H2' A 10 -3.959 -8.313 -8.094 104 HO2' A 10 H2'' A 10 -2.802 -7.464 -9.641 105 H1' A 10 H1' A 10 -1.584 -9.868 -8.023 106 H8 A 10 H8 A 10 -3.850 -10.431 -5.020 107 H61 A 10 H61 A 10 -6.699 -14.710 -8.473 108 H62 A 10 H62 A 10 -6.538 -14.020 -6.873 109 H2 A 10 H2 A 10 -3.887 -12.430 -11.122 110 H5' A 11 H5' A 11 -2.165 -5.045 -9.885 111 H5'' A 11 H5'' A 11 -3.221 -3.624 -10.010 112 H4' A 11 H4' A 11 -3.018 -4.932 -12.136 113 H3' A 11 H3' A 11 -5.716 -4.562 -10.829 114 H2' A 11 H2' A 11 -6.738 -5.886 -12.491 115 HO2' A 11 H2'' A 11 -6.049 -5.863 -14.489 116 H1' A 11 H1' A 11 -4.815 -7.808 -12.721 117 H8 A 11 H8 A 11 -5.246 -6.702 -9.077 118 H61 A 11 H61 A 11 -9.625 -11.061 -8.757 119 H62 A 11 H62 A 11 -8.664 -9.921 -7.852 120 H2 A 11 H2 A 11 -8.395 -10.640 -13.050 121 H5' G 12 H5' G 12 -7.065 -2.941 -14.529 122 H5'' G 12 H5'' G 12 -7.735 -1.345 -14.140 123 H4' G 12 H4' G 12 -9.454 -2.747 -15.131 124 H3' G 12 H3' G 12 -9.826 -2.151 -12.188 125 H2' G 12 H2' G 12 -11.731 -3.481 -12.146 126 HO2' G 12 H2'' G 12 -12.985 -3.886 -13.972 127 H1' G 12 H1' G 12 -11.001 -5.310 -14.142 128 H8 G 12 H8 G 12 -8.378 -4.949 -11.396 129 H1 G 12 H1 G 12 -13.111 -9.067 -10.052 130 H21 G 12 H21 G 12 -14.735 -8.873 -11.551 131 H22 G 12 H22 G 12 -14.655 -7.741 -12.880 132 H5' A 13 H5' A 13 -13.214 -1.395 -14.866 133 H5'' A 13 H5'' A 13 -14.152 0.062 -14.476 134 H4' A 13 H4' A 13 -15.641 -1.842 -14.854 135 H3' A 13 H3' A 13 -15.494 -0.782 -12.030 136 H2' A 13 H2' A 13 -16.939 -2.459 -11.273 137 HO2' A 13 H2'' A 13 -17.902 -2.263 -13.858 138 H1' A 13 H1' A 13 -16.115 -4.519 -12.950 139 H8 A 13 H8 A 13 -13.446 -2.338 -11.168 140 H61 A 13 H61 A 13 -13.417 -6.837 -6.902 141 H62 A 13 H62 A 13 -12.670 -5.339 -7.431 142 H2 A 13 H2 A 13 -16.661 -7.740 -9.863 143 H5' A 14 H5' A 14 -19.711 -0.873 -12.300 144 H5'' A 14 H5'' A 14 -20.303 0.703 -11.734 145 H4' A 14 H4' A 14 -21.185 -1.079 -10.320 146 H3' A 14 H3' A 14 -19.125 0.720 -9.035 147 H2' A 14 H2' A 14 -19.189 -0.526 -7.094 148 HO2' A 14 H2'' A 14 -21.112 -0.902 -6.325 149 H1' A 14 H1' A 14 -19.850 -3.023 -8.217 150 H8 A 14 H8 A 14 -16.826 -1.008 -9.540 151 H61 A 14 H61 A 14 -13.460 -4.470 -5.670 152 H62 A 14 H62 A 14 -13.409 -3.270 -6.941 153 H2 A 14 H2 A 14 -17.786 -5.390 -4.949 154 H5' C 15 H5' C 15 -22.731 0.360 -6.364 155 H5'' C 15 H5'' C 15 -23.032 1.971 -5.686 156 H4' C 15 H4' C 15 -22.954 0.289 -3.910 157 H3' C 15 H3' C 15 -20.657 2.255 -3.964 158 H2' C 15 H2' C 15 -19.681 1.195 -2.136 159 HO2' C 15 H2'' C 15 -20.827 0.184 -0.577 160 H1' C 15 H1' C 15 -20.583 -1.417 -2.662 161 H41 C 15 H41 C 15 -14.445 -1.615 -4.377 162 H42 C 15 H42 C 15 -14.722 -0.442 -5.640 163 H5 C 15 H5 C 15 -16.852 0.613 -6.017 164 H6 C 15 H6 C 15 -19.177 0.777 -5.260 165 H5' C 16 H5' C 16 -21.948 1.893 -0.174 166 H5'' C 16 H5'' C 16 -21.704 3.303 0.876 167 H4' C 16 H4' C 16 -20.361 1.274 1.515 168 H3' C 16 H3' C 16 -18.989 3.885 0.869 169 H2' C 16 H2' C 16 -16.910 2.901 1.007 170 HO2' C 16 H2'' C 16 -17.493 0.586 2.361 171 H1' C 16 H1' C 16 -17.708 0.196 0.515 172 H41 C 16 H41 C 16 -13.922 1.443 -4.426 173 H42 C 16 H42 C 16 -14.983 2.716 -4.981 174 H5 C 16 H5 C 16 -16.958 3.406 -3.785 175 H6 C 16 H6 C 16 -18.339 3.022 -1.794 176 H5' G 17 H5' G 17 -17.878 1.498 4.652 177 H5'' G 17 H5'' G 17 -18.017 2.686 5.964 178 H4' G 17 H4' G 17 -16.187 1.301 6.554 179 H3' G 17 H3' G 17 -15.287 3.924 5.371 180 H2' G 17 H2' G 17 -13.064 3.277 5.424 181 HO2' G 17 H2'' G 17 -12.566 1.288 6.820 182 H1' G 17 H1' G 17 -13.412 0.497 5.128 183 H8 G 17 H8 G 17 -15.296 2.162 2.377 184 H1 G 17 H1 G 17 -8.963 2.180 1.347 185 H21 G 17 H21 G 17 -7.887 1.587 3.190 186 H22 G 17 H22 G 17 -8.718 1.182 4.674 187 H5' G 18 H5' G 18 -12.879 2.924 8.457 188 H5'' G 18 H5'' G 18 -12.781 4.151 9.736 189 H4' G 18 H4' G 18 -10.546 3.385 9.144 190 H3' G 18 H3' G 18 -11.237 6.211 8.350 191 H2' G 18 H2' G 18 -9.231 6.464 7.236 192 HO2' G 18 H2'' G 18 -7.354 5.336 7.825 193 H1' G 18 H1' G 18 -8.733 3.744 6.618 194 H8 G 18 H8 G 18 -12.019 5.347 5.420 195 H1 G 18 H1 G 18 -7.118 5.846 1.309 196 H21 G 18 H21 G 18 -5.246 5.143 2.264 197 H22 G 18 H22 G 18 -5.196 4.551 3.910 198 H5' G 19 H5' G 19 -7.495 5.650 10.142 199 H5'' G 19 H5'' G 19 -7.030 6.792 11.419 200 H4' G 19 H4' G 19 -5.196 6.475 9.824 201 H3' G 19 H3' G 19 -6.507 9.185 9.929 202 H2' G 19 H2' G 19 -5.313 9.950 8.097 203 HO2' G 19 H2'' G 19 -3.360 8.384 9.226 204 H1' G 19 H1' G 19 -4.858 7.482 6.784 205 H8 G 19 H8 G 19 -8.468 8.501 7.683 206 H1 G 19 H1 G 19 -6.498 10.290 1.844 207 H21 G 19 H21 G 19 -4.333 9.871 1.608 208 H22 G 19 H22 G 19 -3.371 9.153 2.883 209 H5' G 20 H5' G 20 -3.800 12.850 11.761 210 H5'' G 20 H5'' G 20 -5.409 12.554 11.077 211 H4' G 20 H4' G 20 -2.918 13.584 9.735 212 H3' G 20 H3' G 20 -5.739 14.539 10.068 213 H2' G 20 H2' G 20 -5.940 15.256 7.867 214 HO2' G 20 H2'' G 20 -3.515 16.112 8.236 215 H1' G 20 H1' G 20 -4.371 13.388 6.574 216 H8 G 20 H8 G 20 -6.653 11.913 9.282 217 H1 G 20 H1 G 20 -9.379 12.397 3.497 218 H21 G 20 H21 G 20 -8.062 13.519 2.118 219 H22 G 20 H22 G 20 -6.513 14.155 2.614 220 H5' A 21 H5' A 21 -6.420 18.918 11.544 221 H5'' A 21 H5'' A 21 -7.473 17.706 10.784 222 H4' A 21 H4' A 21 -8.069 19.901 9.957 223 H3' A 21 H3' A 21 -6.848 17.944 8.074 224 H2' A 21 H2' A 21 -6.328 19.474 6.413 225 HO2' A 21 H2'' A 21 -8.214 20.484 6.013 226 H1' A 21 H1' A 21 -5.789 21.735 7.872 227 H8 A 21 H8 A 21 -4.133 18.947 9.751 228 H61 A 21 H61 A 21 0.512 19.285 5.671 229 H62 A 21 H62 A 21 -0.022 18.606 7.192 230 H2 A 21 H2 A 21 -2.878 21.783 4.134 231 H5' A 22 H5' A 22 -9.966 17.669 3.756 232 H5'' A 22 H5'' A 22 -8.501 17.106 4.588 233 H4' A 22 H4' A 22 -8.996 19.962 3.680 234 H3' A 22 H3' A 22 -7.699 17.649 2.301 235 H2' A 22 H2' A 22 -5.717 18.779 1.843 236 HO2' A 22 H2'' A 22 -7.091 20.651 1.047 237 H1' A 22 H1' A 22 -5.535 20.411 4.050 238 H8 A 22 H8 A 22 -6.423 17.251 5.695 239 H61 A 22 H61 A 22 -0.646 15.282 4.662 240 H62 A 22 H62 A 22 -2.132 14.997 5.541 241 H2 A 22 H2 A 22 -1.345 18.930 2.146 242 H5' A 23 H5' A 23 -6.912 19.991 -0.948 243 H5'' A 23 H5'' A 23 -7.632 19.175 -2.351 244 H4' A 23 H4' A 23 -5.217 19.292 -2.620 245 H3' A 23 H3' A 23 -6.403 16.565 -2.150 246 H2' A 23 H2' A 23 -4.304 15.561 -1.985 247 HO2' A 23 H2'' A 23 -3.524 17.739 -3.594 248 H1' A 23 H1' A 23 -2.887 17.629 -0.809 249 H8 A 23 H8 A 23 -6.376 16.850 0.648 250 H61 A 23 H61 A 23 -3.368 13.088 4.544 251 H62 A 23 H62 A 23 -4.923 13.794 4.140 252 H2 A 23 H2 A 23 -0.421 14.639 1.549 253 H5' C 24 H5' C 24 -3.658 15.749 -4.703 254 H5'' C 24 H5'' C 24 -4.062 14.569 -5.966 255 H4' C 24 H4' C 24 -2.323 13.793 -4.319 256 H3' C 24 H3' C 24 -4.889 12.252 -4.712 257 H2' C 24 H2' C 24 -4.332 10.756 -3.017 258 HO2' C 24 H2'' C 24 -1.628 11.672 -3.180 259 H1' C 24 H1' C 24 -2.915 12.492 -1.356 260 H41 C 24 H41 C 24 -8.590 11.713 1.423 261 H42 C 24 H42 C 24 -9.291 12.903 0.353 262 H5 C 24 H5 C 24 -8.079 13.915 -1.466 263 H6 C 24 H6 C 24 -5.934 14.007 -2.649 264 H5' U 25 H5' U 25 -1.901 9.727 -4.188 265 H5'' U 25 H5'' U 25 -1.677 8.466 -5.417 266 H4' U 25 H4' U 25 -1.705 7.477 -3.188 267 H3' U 25 H3' U 25 -4.076 6.855 -4.950 268 H2' U 25 H2' U 25 -5.113 5.705 -3.244 269 HO2' U 25 H2'' U 25 -2.919 5.391 -1.566 270 H1' U 25 H1' U 25 -3.890 7.022 -1.040 271 H3 U 25 H3 U 25 -8.259 7.538 0.012 272 H5 U 25 H5 U 25 -7.800 9.795 -3.518 273 H6 U 25 H6 U 25 -5.532 8.948 -3.687 274 H5' U 26 H5' U 26 -1.812 3.628 -2.980 275 H5'' U 26 H5'' U 26 -1.674 2.118 -3.902 276 H4' U 26 H4' U 26 -2.255 1.615 -1.594 277 H3' U 26 H3' U 26 -4.447 1.147 -3.617 278 H2' U 26 H2' U 26 -5.928 0.546 -1.945 279 HO2' U 26 H2'' U 26 -5.281 -0.269 0.053 280 H1' U 26 H1' U 26 -4.938 2.142 0.120 281 H3 U 26 H3 U 26 -9.158 3.739 -0.302 282 H5 U 26 H5 U 26 -7.315 4.768 -3.951 283 H6 U 26 H6 U 26 -5.359 3.518 -3.241 284 H5' G 27 H5' G 27 -3.987 -1.804 -1.009 285 H5'' G 27 H5'' G 27 -4.315 -3.498 -1.425 286 H4' G 27 H4' G 27 -5.730 -2.524 0.445 287 H3' G 27 H3' G 27 -6.998 -3.761 -2.005 288 H2' G 27 H2' G 27 -9.108 -3.120 -1.290 289 HO2' G 27 H2'' G 27 -8.464 -2.561 1.362 290 H1' G 27 H1' G 27 -8.328 -0.907 0.326 291 H8 G 27 H8 G 27 -7.332 -0.532 -3.324 292 H1 G 27 H1 G 27 -13.361 1.221 -2.003 293 H21 G 27 H21 G 27 -13.917 0.547 0.036 294 H22 G 27 H22 G 27 -12.807 -0.322 1.072 295 H5' G 28 H5' G 28 -8.560 -5.471 2.328 296 H5'' G 28 H5'' G 28 -8.212 -7.171 1.957 297 H4' G 28 H4' G 28 -10.209 -7.290 3.167 298 H3' G 28 H3' G 28 -10.685 -7.424 0.217 299 H2' G 28 H2' G 28 -12.992 -7.122 0.372 300 HO2' G 28 H2'' G 28 -13.826 -7.197 2.763 301 H1' G 28 H1' G 28 -13.134 -5.329 2.416 302 H8 G 28 H8 G 28 -10.079 -4.350 0.470 303 H1 G 28 H1 G 28 -15.523 -2.590 -2.430 304 H21 G 28 H21 G 28 -17.257 -3.539 -1.438 305 H22 G 28 H22 G 28 -17.088 -4.606 -0.064 306 H5' U 29 H5' U 29 -13.556 -10.052 1.878 307 H5'' U 29 H5'' U 29 -13.336 -11.692 1.233 308 H4' U 29 H4' U 29 -15.677 -11.061 1.073 309 H3' U 29 H3' U 29 -14.170 -11.264 -1.530 310 H2' U 29 H2' U 29 -16.020 -10.514 -2.748 311 HO2' U 29 H2'' U 29 -17.832 -11.453 -2.201 312 H1' U 29 H1' U 29 -17.016 -8.674 -0.959 313 H3 U 29 H3 U 29 -15.489 -6.037 -4.324 314 H5 U 29 H5 U 29 -11.992 -7.406 -2.409 315 H6 U 29 H6 U 29 -13.382 -8.863 -1.054 316 H5' U 30 H5' U 30 -17.748 -13.825 -2.292 317 H5'' U 30 H5'' U 30 -17.157 -15.226 -3.206 318 H4' U 30 H4' U 30 -18.952 -13.888 -4.363 319 H3' U 30 H3' U 30 -16.247 -14.237 -5.679 320 H2' U 30 H2' U 30 -16.987 -12.974 -7.511 321 HO2' U 30 H2'' U 30 -18.921 -13.873 -8.023 322 H1' U 30 H1' U 30 -18.564 -11.158 -6.103 323 H3 U 30 H3 U 30 -15.240 -8.608 -7.811 324 H5 U 30 H5 U 30 -13.458 -10.631 -4.571 325 H6 U 30 H6 U 30 -15.483 -11.954 -4.369 326 H5' C 31 H5' C 31 -18.647 -15.628 -8.930 327 H5'' C 31 H5'' C 31 -17.756 -16.968 -9.676 328 H4' C 31 H4' C 31 -18.048 -14.987 -11.179 329 H3' C 31 H3' C 31 -15.228 -15.801 -10.410 330 H2' C 31 H2' C 31 -14.413 -14.066 -11.744 331 HO2' C 31 H2'' C 31 -16.865 -14.369 -13.094 332 H1' C 31 H1' C 31 -16.491 -12.246 -11.303 333 H41 C 31 H41 C 31 -11.780 -9.987 -7.699 334 H42 C 31 H42 C 31 -11.988 -11.284 -6.552 335 H5 C 31 H5 C 31 -13.531 -13.104 -6.886 336 H6 C 31 H6 C 31 -15.206 -14.068 -8.396 337 H5' U 32 H5' U 32 -15.543 -16.384 -14.574 338 H5'' U 32 H5'' U 32 -14.378 -17.457 -15.374 339 H4' U 32 H4' U 32 -14.022 -15.008 -15.824 340 H3' U 32 H3' U 32 -11.797 -16.585 -14.499 341 H2' U 32 H2' U 32 -10.529 -14.647 -14.381 342 HO2' U 32 H2'' U 32 -10.520 -13.132 -15.939 343 H1' U 32 H1' U 32 -12.694 -12.788 -14.394 344 H3 U 32 H3 U 32 -10.392 -11.272 -10.825 345 H5 U 32 H5 U 32 -11.632 -15.125 -9.643 346 H6 U 32 H6 U 32 -12.481 -15.469 -11.891 347 H5' U 33 H5' U 33 -10.152 -14.323 -17.493 348 H5'' U 33 H5'' U 33 -9.022 -15.208 -18.538 349 H4' U 33 H4' U 33 -7.930 -13.225 -17.661 350 H3' U 33 H3' U 33 -6.936 -15.839 -16.521 351 H2' U 33 H2' U 33 -5.531 -14.724 -15.058 352 HO2' U 33 H2'' U 33 -5.540 -12.698 -17.051 353 H1' U 33 H1' U 33 -6.983 -12.271 -14.893 354 H3 U 33 H3 U 33 -6.691 -13.255 -10.493 355 H5 U 33 H5 U 33 -8.922 -16.461 -12.080 356 H6 U 33 H6 U 33 -8.547 -15.540 -14.293 357 H5' C 34 H5' C 34 -2.464 -16.760 -16.976 358 H5'' C 34 H5'' C 34 -3.699 -16.704 -15.702 359 H4' C 34 H4' C 34 -1.411 -14.720 -15.943 360 H3' C 34 H3' C 34 -1.566 -17.345 -14.481 361 H2' C 34 H2' C 34 -0.802 -16.429 -12.503 362 HO2' C 34 H2'' C 34 0.361 -14.295 -14.007 363 H1' C 34 H1' C 34 -1.601 -13.737 -12.903 364 H41 C 34 H41 C 34 -5.210 -15.918 -8.132 365 H42 C 34 H42 C 34 -6.261 -16.712 -9.279 366 H5 C 34 H5 C 34 -5.808 -16.791 -11.644 367 H6 C 34 H6 C 34 -4.251 -16.125 -13.416 368 H5' C 35 H5' C 35 1.622 -19.486 -13.021 369 H5'' C 35 H5'' C 35 0.217 -18.720 -12.252 370 H4' C 35 H4' C 35 3.056 -17.972 -11.519 371 H3' C 35 H3' C 35 1.458 -20.335 -10.589 372 H2' C 35 H2' C 35 1.773 -19.859 -8.344 373 HO2' C 35 H2'' C 35 3.870 -18.026 -8.765 374 H1' C 35 H1' C 35 2.024 -17.077 -8.463 375 H41 C 35 H41 C 35 -3.729 -18.410 -5.999 376 H42 C 35 H42 C 35 -4.408 -18.206 -7.599 377 H5 C 35 H5 C 35 -3.067 -17.898 -9.574 378 H6 C 35 H6 C 35 -0.782 -17.715 -10.445 379 H5' U 36 H5' U 36 4.575 -23.346 -7.852 380 H5'' U 36 H5'' U 36 2.867 -22.874 -7.971 381 H4' U 36 H4' U 36 4.859 -21.431 -6.200 382 H3' U 36 H3' U 36 3.239 -23.899 -5.626 383 H2' U 36 H2' U 36 2.408 -23.036 -3.650 384 HO2' U 36 H2'' U 36 3.619 -21.256 -2.581 385 H1' U 36 H1' U 36 2.641 -20.268 -4.232 386 H3 U 36 H3 U 36 -1.587 -21.543 -2.739 387 H5 U 36 H5 U 36 -1.617 -21.658 -6.952 388 H6 U 36 H6 U 36 0.797 -21.417 -6.909 389 H5' A 37 H5' A 37 5.095 -23.171 -2.157 390 H5'' A 37 H5'' A 37 6.314 -24.406 -1.780 391 H4' A 37 H4' A 37 5.051 -24.004 0.215 392 H3' A 37 H3' A 37 5.159 -26.582 -0.872 393 H2' A 37 H2' A 37 2.954 -26.790 -1.572 394 HO2' A 37 H2'' A 37 1.783 -26.987 0.825 395 H1' A 37 H1' A 37 1.851 -24.998 0.564 396 H8 A 37 H8 A 37 2.056 -25.615 -3.284 397 H61 A 37 H61 A 37 -3.825 -23.689 -3.345 398 H62 A 37 H62 A 37 -2.507 -24.325 -4.303 399 H2 A 37 H2 A 37 -2.284 -23.319 0.850 400 H5' A 38 H5' A 38 5.226 -28.243 4.246 401 H5'' A 38 H5'' A 38 4.280 -27.060 3.320 402 H4' A 38 H4' A 38 6.345 -26.358 5.433 403 H3' A 38 H3' A 38 3.410 -26.864 5.660 404 H2' A 38 H2' A 38 2.911 -24.827 6.649 405 HO2' A 38 H2'' A 38 4.154 -24.112 8.196 406 H1' A 38 H1' A 38 4.775 -23.186 5.475 407 H8 A 38 H8 A 38 3.669 -24.992 2.496 408 H61 A 38 H61 A 38 -1.635 -21.801 2.660 409 H62 A 38 H62 A 38 -0.611 -22.843 1.700 410 H2 A 38 H2 A 38 0.457 -21.228 6.584 411 H5' G 39 H5' G 39 3.942 -25.532 9.495 412 H5'' G 39 H5'' G 39 3.023 -26.585 10.590 413 H4' G 39 H4' G 39 2.193 -24.211 10.474 414 H3' G 39 H3' G 39 0.439 -26.575 9.910 415 H2' G 39 H2' G 39 -1.317 -25.296 9.074 416 HO2' G 39 H2'' G 39 -1.709 -23.225 9.699 417 H1' G 39 H1' G 39 0.068 -23.270 7.846 418 H8 G 39 H8 G 39 1.629 -26.724 7.261 419 H1 G 39 H1 G 39 -3.023 -25.161 3.129 420 H21 G 39 H21 G 39 -4.026 -23.295 3.783 421 H22 G 39 H22 G 39 -3.557 -22.434 5.232 422 H5' U 40 H5' U 40 -2.199 -24.220 11.738 423 H5'' U 40 H5'' U 40 -2.926 -24.956 13.179 424 H4' U 40 H4' U 40 -4.703 -24.290 11.694 425 H3' U 40 H3' U 40 -4.222 -27.261 11.855 426 H2' U 40 H2' U 40 -5.810 -27.688 10.197 427 HO2' U 40 H2'' U 40 -7.243 -26.003 11.408 428 H1' U 40 H1' U 40 -5.449 -25.406 8.639 429 H3 U 40 H3 U 40 -4.034 -28.604 5.761 430 H5 U 40 H5 U 40 -1.100 -28.606 8.787 431 H6 U 40 H6 U 40 -2.465 -27.022 10.020 432 H5' C 41 H5' C 41 -8.198 -27.308 12.553 433 H5'' C 41 H5'' C 41 -8.684 -28.378 13.885 434 H4' C 41 H4' C 41 -9.588 -29.183 11.762 435 H3' C 41 H3' C 41 -7.457 -30.894 13.050 436 H2' C 41 H2' C 41 -7.429 -32.315 11.236 437 HO2' C 41 H2'' C 41 -10.063 -31.442 10.551 438 H1' C 41 H1' C 41 -8.442 -30.491 9.279 439 H41 C 41 H41 C 41 -2.608 -31.920 7.209 440 H42 C 41 H42 C 41 -1.886 -31.056 8.553 441 H5 C 41 H5 C 41 -3.168 -30.065 10.332 442 H6 C 41 H6 C 41 -5.424 -29.683 11.213 443 H5' C 42 H5' C 42 -11.376 -32.538 11.725 444 H5'' C 42 H5'' C 42 -12.067 -33.702 12.873 445 H4' C 42 H4' C 42 -12.468 -34.452 10.592 446 H3' C 42 H3' C 42 -10.471 -36.086 12.167 447 H2' C 42 H2' C 42 -10.071 -37.444 10.329 448 HO2' C 42 H2'' C 42 -11.603 -37.499 8.540 449 H1' C 42 H1' C 42 -10.521 -35.553 8.304 450 H41 C 42 H41 C 42 -4.208 -36.379 8.433 451 H42 C 42 H42 C 42 -4.090 -35.290 9.798 452 H5 C 42 H5 C 42 -6.010 -34.364 10.920 453 H6 C 42 H6 C 42 -8.460 -34.281 10.975 454 H5' U 43 H5' U 43 -12.362 -38.717 9.973 455 H5'' U 43 H5'' U 43 -13.085 -40.029 10.919 456 H4' U 43 H4' U 43 -11.673 -40.955 9.165 457 H3' U 43 H3' U 43 -10.738 -41.284 11.999 458 HO3' U 43 H3T U 43 -11.416 -43.351 11.591 459 H2' U 43 H2' U 43 -8.630 -41.888 11.372 460 HO2' U 43 H2'' U 43 -9.377 -43.089 8.945 461 H1' U 43 H1' U 43 -8.916 -41.219 8.529 462 H3 U 43 H3 U 43 -4.537 -40.239 9.056 463 H5 U 43 H5 U 43 -6.470 -37.677 11.789 464 H6 U 43 H6 U 43 -8.558 -38.793 11.256 465 H5' G 44 H5' G 44 -3.186 42.514 15.862 466 H5'' G 44 H5'' G 44 -3.692 41.457 14.531 467 H4' G 44 H4' G 44 -2.356 43.268 13.634 468 H3' G 44 H3' G 44 -1.241 40.498 13.515 469 H2' G 44 H2' G 44 0.906 41.163 12.922 470 HO2' G 44 H2'' G 44 0.627 43.806 12.408 471 H1' G 44 H1' G 44 1.128 43.517 14.303 472 H8 G 44 H8 G 44 -0.524 41.393 16.824 473 H1 G 44 H1 G 44 5.561 39.608 15.845 474 H21 G 44 H21 G 44 6.354 40.568 14.012 475 H22 G 44 H22 G 44 5.393 41.646 13.025 476 HO5' G 44 H5T G 44 -1.418 40.492 15.345 477 H5' G 45 H5' G 45 0.545 41.933 10.510 478 H5'' G 45 H5'' G 45 0.135 41.180 8.956 479 H4' G 45 H4' G 45 2.540 41.122 9.272 480 H3' G 45 H3' G 45 1.146 38.453 9.489 481 H2' G 45 H2' G 45 3.127 37.408 10.059 482 HO2' G 45 H2'' G 45 4.447 39.554 8.711 483 H1' G 45 H1' G 45 4.475 39.661 11.168 484 H8 G 45 H8 G 45 1.155 38.715 12.814 485 H1 G 45 H1 G 45 6.279 35.614 15.117 486 H21 G 45 H21 G 45 8.046 36.009 13.832 487 H22 G 45 H22 G 45 7.967 37.031 12.417 488 H5' G 46 H5' G 46 4.483 38.456 6.891 489 H5'' G 46 H5'' G 46 4.307 37.570 5.363 490 H4' G 46 H4' G 46 6.363 36.978 6.698 491 H3' G 46 H3' G 46 4.332 34.874 5.950 492 H2' G 46 H2' G 46 5.422 33.269 7.201 493 HO2' G 46 H2'' G 46 7.541 33.074 7.147 494 H1' G 46 H1' G 46 6.689 34.976 9.085 495 H8 G 46 H8 G 46 2.924 35.389 9.063 496 H1 G 46 H1 G 46 4.970 30.395 12.534 497 H21 G 46 H21 G 46 7.117 30.022 12.133 498 H22 G 46 H22 G 46 8.051 30.996 11.020 499 H5' A 47 H5' A 47 8.555 33.609 4.466 500 H5'' A 47 H5'' A 47 8.308 32.857 2.877 501 H4' A 47 H4' A 47 9.707 31.437 4.310 502 H3' A 47 H3' A 47 6.969 30.408 3.576 503 H2' A 47 H2' A 47 7.206 28.548 4.954 504 HO2' A 47 H2'' A 47 9.871 28.667 5.574 505 H1' A 47 H1' A 47 8.869 29.660 6.926 506 H8 A 47 H8 A 47 5.630 31.474 5.810 507 H61 A 47 H61 A 47 2.999 28.746 10.694 508 H62 A 47 H62 A 47 2.775 29.882 9.389 509 H2 A 47 H2 A 47 7.191 27.193 10.334 510 H5' U 48 H5' U 48 9.314 26.951 2.950 511 H5'' U 48 H5'' U 48 8.693 26.106 1.517 512 H4' U 48 H4' U 48 8.480 24.826 3.683 513 H3' U 48 H3' U 48 6.069 25.458 1.984 514 H2' U 48 H2' U 48 4.620 24.611 3.583 515 HO2' U 48 H2'' U 48 5.084 22.646 4.180 516 H1' U 48 H1' U 48 6.254 24.996 5.889 517 H3 U 48 H3 U 48 2.549 27.193 7.232 518 H5 U 48 H5 U 48 3.847 29.411 3.891 519 H6 U 48 H6 U 48 5.557 27.727 3.521 520 H5' A 49 H5' A 49 9.026 22.557 1.494 521 H5'' A 49 H5'' A 49 9.467 21.383 0.236 522 H4' A 49 H4' A 49 9.489 20.538 2.645 523 H3' A 49 H3' A 49 8.698 19.158 0.305 524 H2' A 49 H2' A 49 6.433 18.924 0.783 525 HO2' A 49 H2'' A 49 6.644 16.846 1.185 526 H1' A 49 H1' A 49 6.846 18.993 3.754 527 H8 A 49 H8 A 49 4.931 20.697 0.802 528 H61 A 49 H61 A 49 0.158 20.821 4.745 529 H62 A 49 H62 A 49 0.683 21.194 3.115 530 H2 A 49 H2 A 49 3.688 19.085 6.889 531 H5' U 50 H5' U 50 10.806 15.647 3.676 532 H5'' U 50 H5'' U 50 9.936 14.137 3.339 533 H4' U 50 H4' U 50 9.745 14.331 5.656 534 H3' U 50 H3' U 50 7.338 14.807 4.222 535 H2' U 50 H2' U 50 7.020 17.009 4.864 536 HO2' U 50 H2'' U 50 5.834 17.111 6.769 537 H1' U 50 H1' U 50 8.502 16.659 7.451 538 H3 U 50 H3 U 50 10.890 20.747 6.172 539 H5 U 50 H5 U 50 6.697 21.161 6.086 540 H6 U 50 H6 U 50 6.520 18.747 6.250 541 H5' G 51 H5' G 51 4.253 15.809 7.082 542 H5'' G 51 H5'' G 51 4.046 14.104 7.536 543 H4' G 51 H4' G 51 1.888 14.608 6.913 544 H3' G 51 H3' G 51 3.366 13.586 4.521 545 H2' G 51 H2' G 51 1.817 14.329 2.996 546 HO2' G 51 H2'' G 51 0.135 13.369 4.780 547 H1' G 51 H1' G 51 0.708 16.501 4.349 548 H8 G 51 H8 G 51 4.454 16.818 4.331 549 H1 G 51 H1 G 51 1.779 18.502 -1.252 550 H21 G 51 H21 G 51 -0.350 17.904 -1.280 551 H22 G 51 H22 G 51 -1.124 17.098 0.054 552 H5' G 52 H5' G 52 3.928 11.051 2.038 553 H5'' G 52 H5'' G 52 3.272 12.644 2.450 554 H4' G 52 H4' G 52 1.165 10.684 1.920 555 H3' G 52 H3' G 52 3.312 11.025 -0.158 556 H2' G 52 H2' G 52 1.781 11.572 -1.839 557 HO2' G 52 H2'' G 52 0.245 9.818 -0.515 558 H1' G 52 H1' G 52 -0.034 13.012 -0.391 559 H8 G 52 H8 G 52 2.960 14.478 1.070 560 H1 G 52 H1 G 52 2.453 16.040 -5.134 561 H21 G 52 H21 G 52 0.973 14.727 -6.134 562 H22 G 52 H22 G 52 0.109 13.465 -5.277 563 H5' A 53 H5' A 53 0.803 8.817 -2.143 564 H5'' A 53 H5'' A 53 1.448 7.323 -2.856 565 H4' A 53 H4' A 53 0.520 8.753 -4.599 566 H3' A 53 H3' A 53 3.531 8.478 -4.590 567 H2' A 53 H2' A 53 3.699 9.945 -6.372 568 HO2' A 53 H2'' A 53 2.472 9.417 -8.007 569 H1' A 53 H1' A 53 1.339 11.437 -5.873 570 H8 A 53 H8 A 53 3.742 11.380 -2.928 571 H61 A 53 H61 A 53 6.457 16.289 -5.555 572 H62 A 53 H62 A 53 6.365 15.284 -4.123 573 H2 A 53 H2 A 53 3.518 14.588 -8.484 574 H5' A 54 H5' A 54 1.814 7.097 -8.718 575 H5'' A 54 H5'' A 54 2.859 5.740 -9.181 576 H4' A 54 H4' A 54 2.560 7.452 -10.983 577 H3' A 54 H3' A 54 5.318 6.843 -9.911 578 H2' A 54 H2' A 54 6.264 8.495 -11.299 579 HO2' A 54 H2'' A 54 5.485 8.873 -13.227 580 H1' A 54 H1' A 54 4.329 10.407 -11.039 581 H8 A 54 H8 A 54 4.913 8.589 -7.716 582 H61 A 54 H61 A 54 9.375 12.756 -6.737 583 H62 A 54 H62 A 54 8.443 11.457 -6.036 584 H2 A 54 H2 A 54 7.924 13.245 -10.951 585 H5' G 55 H5' G 55 6.485 6.008 -13.921 586 H5'' G 55 H5'' G 55 7.170 4.372 -13.901 587 H4' G 55 H4' G 55 8.843 5.985 -14.650 588 H3' G 55 H3' G 55 9.338 4.758 -11.929 589 H2' G 55 H2' G 55 11.234 6.067 -11.657 590 HO2' G 55 H2'' G 55 12.428 6.865 -13.406 591 H1' G 55 H1' G 55 10.439 8.265 -13.232 592 H8 G 55 H8 G 55 7.952 7.350 -10.492 593 H1 G 55 H1 G 55 12.767 11.123 -8.559 594 H21 G 55 H21 G 55 14.322 11.237 -10.132 595 H22 G 55 H22 G 55 14.180 10.395 -11.658 596 H5' A 56 H5' A 56 12.610 4.599 -14.843 597 H5'' A 56 H5'' A 56 13.557 3.098 -14.801 598 H4' A 56 H4' A 56 15.035 5.045 -14.847 599 H3' A 56 H3' A 56 15.010 3.427 -12.297 600 H2' A 56 H2' A 56 16.490 4.923 -11.276 601 HO2' A 56 H2'' A 56 17.345 5.261 -13.883 602 H1' A 56 H1' A 56 15.604 7.277 -12.460 603 H8 A 56 H8 A 56 13.002 4.770 -11.044 604 H61 A 56 H61 A 56 13.209 8.278 -5.939 605 H62 A 56 H62 A 56 12.427 6.921 -6.733 606 H2 A 56 H2 A 56 16.314 9.791 -8.800 607 H5' A 57 H5' A 57 19.215 3.584 -12.733 608 H5'' A 57 H5'' A 57 19.821 1.927 -12.531 609 H4' A 57 H4' A 57 20.772 3.389 -10.821 610 H3' A 57 H3' A 57 18.765 1.350 -9.841 611 H2' A 57 H2' A 57 18.919 2.177 -7.693 612 HO2' A 57 H2'' A 57 20.878 2.386 -6.949 613 H1' A 57 H1' A 57 19.548 4.855 -8.311 614 H8 A 57 H8 A 57 16.458 3.158 -9.889 615 H61 A 57 H61 A 57 13.278 5.715 -5.236 616 H62 A 57 H62 A 57 13.168 4.812 -6.729 617 H2 A 57 H2 A 57 17.636 6.469 -4.516 618 H5' C 58 H5' C 58 22.484 1.165 -7.324 619 H5'' C 58 H5'' C 58 22.815 -0.548 -7.003 620 H4' C 58 H4' C 58 22.816 0.737 -4.917 621 H3' C 58 H3' C 58 20.509 -1.190 -5.269 622 H2' C 58 H2' C 58 19.625 -0.524 -3.221 623 HO2' C 58 H2'' C 58 20.847 0.139 -1.542 624 H1' C 58 H1' C 58 20.524 2.146 -3.251 625 H41 C 58 H41 C 58 14.306 2.647 -4.588 626 H42 C 58 H42 C 58 14.520 1.766 -6.081 627 H5 C 58 H5 C 58 16.629 0.833 -6.772 628 H6 C 58 H6 C 58 18.987 0.535 -6.176 629 H5' C 59 H5' C 59 21.971 -1.610 -1.554 630 H5'' C 59 H5'' C 59 21.770 -3.206 -0.803 631 H4' C 59 H4' C 59 20.460 -1.355 0.293 632 H3' C 59 H3' C 59 19.043 -3.783 -0.813 633 H2' C 59 H2' C 59 16.983 -2.845 -0.375 634 HO2' C 59 H2'' C 59 17.650 -0.854 1.392 635 H1' C 59 H1' C 59 17.791 -0.093 -0.348 636 H41 C 59 H41 C 59 13.761 -0.342 -5.249 637 H42 C 59 H42 C 59 14.786 -1.470 -6.101 638 H5 C 59 H5 C 59 16.817 -2.369 -5.167 639 H6 C 59 H6 C 59 18.295 -2.385 -3.212 640 H5' G 60 H5' G 60 18.122 -2.231 3.420 641 H5'' G 60 H5'' G 60 18.323 -3.657 4.459 642 H4' G 60 H4' G 60 16.527 -2.440 5.405 643 H3' G 60 H3' G 60 15.559 -4.764 3.746 644 H2' G 60 H2' G 60 13.344 -4.151 4.034 645 HO2' G 60 H2'' G 60 12.927 -2.492 5.831 646 H1' G 60 H1' G 60 13.694 -1.372 4.300 647 H8 G 60 H8 G 60 15.443 -2.423 1.182 648 H1 G 60 H1 G 60 9.069 -2.251 0.469 649 H21 G 60 H21 G 60 8.085 -2.063 2.446 650 H22 G 60 H22 G 60 8.990 -1.977 3.941 651 H5' G 61 H5' G 61 13.301 -4.432 7.081 652 H5'' G 61 H5'' G 61 13.255 -5.897 8.084 653 H4' G 61 H4' G 61 11.000 -5.034 7.769 654 H3' G 61 H3' G 61 11.639 -7.632 6.377 655 H2' G 61 H2' G 61 9.584 -7.659 5.325 656 HO2' G 61 H2'' G 61 7.742 -6.676 6.217 657 H1' G 61 H1' G 61 9.069 -4.873 5.306 658 H8 G 61 H8 G 61 12.290 -6.175 3.657 659 H1 G 61 H1 G 61 7.209 -5.848 -0.248 660 H21 G 61 H21 G 61 5.385 -5.362 0.913 661 H22 G 61 H22 G 61 5.410 -5.120 2.645 662 H5' G 62 H5' G 62 7.985 -7.468 8.409 663 H5'' G 62 H5'' G 62 7.572 -8.849 9.445 664 H4' G 62 H4' G 62 5.670 -8.221 8.033 665 H3' G 62 H3' G 62 6.970 -10.889 7.514 666 H2' G 62 H2' G 62 5.680 -11.262 5.624 667 HO2' G 62 H2'' G 62 3.799 -9.965 7.147 668 H1' G 62 H1' G 62 5.190 -8.577 4.871 669 H8 G 62 H8 G 62 8.830 -9.747 5.374 670 H1 G 62 H1 G 62 6.584 -10.299 -0.611 671 H21 G 62 H21 G 62 4.412 -9.846 -0.654 672 H22 G 62 H22 G 62 3.517 -9.411 0.784 673 H5' G 63 H5' G 63 4.330 -14.867 8.680 674 H5'' G 63 H5'' G 63 5.906 -14.425 7.998 675 H4' G 63 H4' G 63 3.351 -15.165 6.587 676 H3' G 63 H3' G 63 6.179 -16.161 6.588 677 H2' G 63 H2' G 63 6.276 -16.406 4.280 678 HO2' G 63 H2'' G 63 3.864 -17.326 4.573 679 H1' G 63 H1' G 63 4.664 -14.317 3.471 680 H8 G 63 H8 G 63 7.076 -13.429 6.319 681 H1 G 63 H1 G 63 9.525 -12.687 0.439 682 H21 G 63 H21 G 63 8.140 -13.511 -1.077 683 H22 G 63 H22 G 63 6.615 -14.246 -0.649 684 H5' A 64 H5' A 64 6.901 -20.746 7.094 685 H5'' A 64 H5'' A 64 7.922 -19.398 6.553 686 H4' A 64 H4' A 64 8.473 -21.372 5.266 687 H3' A 64 H3' A 64 7.177 -19.076 3.884 688 H2' A 64 H2' A 64 6.574 -20.231 1.970 689 HO2' A 64 H2'' A 64 8.455 -21.117 1.303 690 H1' A 64 H1' A 64 6.088 -22.744 2.952 691 H8 A 64 H8 A 64 4.536 -20.408 5.439 692 H61 A 64 H61 A 64 -0.295 -19.935 1.605 693 H62 A 64 H62 A 64 0.316 -19.582 3.205 694 H2 A 64 H2 A 64 3.011 -22.033 -0.581 695 H5' A 65 H5' A 65 10.097 -17.902 -0.425 696 H5'' A 65 H5'' A 65 8.677 -17.523 0.572 697 H4' A 65 H4' A 65 9.109 -20.131 -0.922 698 H3' A 65 H3' A 65 7.757 -17.592 -1.731 699 H2' A 65 H2' A 65 5.754 -18.620 -2.322 700 HO2' A 65 H2'' A 65 7.088 -20.280 -3.547 701 H1' A 65 H1' A 65 5.675 -20.673 -0.488 702 H8 A 65 H8 A 65 6.649 -17.913 1.730 703 H61 A 65 H61 A 65 0.851 -15.767 1.342 704 H62 A 65 H62 A 65 2.371 -15.658 2.199 705 H2 A 65 H2 A 65 1.412 -18.858 -1.858 706 H5' A 66 H5' A 66 6.825 -19.217 -5.365 707 H5'' A 66 H5'' A 66 7.483 -18.120 -6.597 708 H4' A 66 H4' A 66 5.057 -18.195 -6.774 709 H3' A 66 H3' A 66 6.279 -15.620 -5.804 710 H2' A 66 H2' A 66 4.198 -14.680 -5.337 711 HO2' A 66 H2'' A 66 3.324 -16.486 -7.316 712 H1' A 66 H1' A 66 2.820 -16.953 -4.557 713 H8 A 66 H8 A 66 6.373 -16.481 -3.126 714 H61 A 66 H61 A 66 3.583 -13.598 1.590 715 H62 A 66 H62 A 66 5.109 -14.203 0.971 716 H2 A 66 H2 A 66 0.481 -14.518 -1.510 717 H5' C 67 H5' C 67 3.426 -14.305 -8.008 718 H5'' C 67 H5'' C 67 3.777 -12.888 -9.017 719 H4' C 67 H4' C 67 2.122 -12.475 -7.166 720 H3' C 67 H3' C 67 4.677 -10.878 -7.349 721 H2' C 67 H2' C 67 4.204 -9.766 -5.358 722 HO2' C 67 H2'' C 67 1.490 -10.641 -5.582 723 H1' C 67 H1' C 67 2.852 -11.812 -4.029 724 H41 C 67 H41 C 67 8.656 -11.601 -1.414 725 H42 C 67 H42 C 67 9.299 -12.543 -2.739 726 H5 C 67 H5 C 67 7.996 -13.164 -4.669 727 H6 C 67 H6 C 67 5.796 -13.018 -5.742 728 H5' U 68 H5' U 68 1.727 -8.529 -6.184 729 H5'' U 68 H5'' U 68 1.456 -7.042 -7.116 730 H4' U 68 H4' U 68 1.587 -6.532 -4.734 731 H3' U 68 H3' U 68 3.880 -5.552 -6.436 732 H2' U 68 H2' U 68 4.998 -4.772 -4.576 733 HO2' U 68 H2'' U 68 2.887 -4.819 -2.770 734 H1' U 68 H1' U 68 3.870 -6.519 -2.639 735 H3 U 68 H3 U 68 8.277 -7.226 -1.912 736 H5 U 68 H5 U 68 7.650 -8.708 -5.809 737 H6 U 68 H6 U 68 5.382 -7.851 -5.698 738 H5' U 69 H5' U 69 1.726 -2.808 -3.742 739 H5'' U 69 H5'' U 69 1.556 -1.141 -4.330 740 H4' U 69 H4' U 69 2.243 -1.121 -1.994 741 H3' U 69 H3' U 69 4.344 -0.240 -3.975 742 H2' U 69 H2' U 69 5.902 0.010 -2.280 743 HO2' U 69 H2'' U 69 5.348 0.392 -0.131 744 H1' U 69 H1' U 69 4.997 -1.983 -0.547 745 H3 U 69 H3 U 69 9.184 -3.438 -1.482 746 H5 U 69 H5 U 69 7.167 -3.700 -5.176 747 H6 U 69 H6 U 69 5.255 -2.634 -4.133 748 H5' G 70 H5' G 70 4.023 2.105 -0.797 749 H5'' G 70 H5'' G 70 4.336 3.851 -0.867 750 H4' G 70 H4' G 70 5.832 2.521 0.694 751 H3' G 70 H3' G 70 6.995 4.243 -1.504 752 H2' G 70 H2' G 70 9.132 3.483 -1.023 753 HO2' G 70 H2'' G 70 8.592 2.382 1.480 754 H1' G 70 H1' G 70 8.416 0.977 0.125 755 H8 G 70 H8 G 70 7.255 1.365 -3.474 756 H1 G 70 H1 G 70 13.318 -0.626 -2.809 757 H21 G 70 H21 G 70 13.974 -0.364 -0.702 758 H22 G 70 H22 G 70 12.917 0.284 0.535 759 H5' G 71 H5' G 71 8.759 5.023 3.008 760 H5'' G 71 H5'' G 71 8.399 6.761 3.018 761 H4' G 71 H4' G 71 10.447 6.644 4.135 762 H3' G 71 H3' G 71 10.797 7.383 1.259 763 H2' G 71 H2' G 71 13.107 7.065 1.246 764 HO2' G 71 H2'' G 71 14.045 6.651 3.565 765 H1' G 71 H1' G 71 13.330 4.891 2.868 766 H8 G 71 H8 G 71 10.186 4.311 0.909 767 H1 G 71 H1 G 71 15.476 3.214 -2.545 768 H21 G 71 H21 G 71 17.262 3.957 -1.468 769 H22 G 71 H22 G 71 17.162 4.726 0.099 770 H5' U 72 H5' U 72 13.747 9.621 3.293 771 H5'' U 72 H5'' U 72 13.510 11.359 3.016 772 H4' U 72 H4' U 72 15.836 10.785 2.622 773 H3' U 72 H3' U 72 14.216 11.517 0.189 774 H2' U 72 H2' U 72 15.998 11.036 -1.242 775 HO2' U 72 H2'' U 72 17.844 11.846 -0.608 776 H1' U 72 H1' U 72 17.071 8.874 0.087 777 H3 U 72 H3 U 72 15.386 6.983 -3.681 778 H5 U 72 H5 U 72 11.980 7.918 -1.383 779 H6 U 72 H6 U 72 13.434 9.061 0.188 780 H5' U 73 H5' U 73 17.778 14.182 -0.195 781 H5'' U 73 H5'' U 73 17.159 15.743 -0.768 782 H4' U 73 H4' U 73 18.884 14.679 -2.264 783 H3' U 73 H3' U 73 16.122 15.287 -3.347 784 H2' U 73 H2' U 73 16.765 14.440 -5.437 785 HO2' U 73 H2'' U 73 18.681 15.427 -5.843 786 H1' U 73 H1' U 73 18.394 12.373 -4.516 787 H3 U 73 H3 U 73 14.975 10.211 -6.547 788 H5 U 73 H5 U 73 13.380 11.508 -2.868 789 H6 U 73 H6 U 73 15.412 12.785 -2.511 790 H5' C 74 H5' C 74 18.382 17.313 -6.342 791 H5'' C 74 H5'' C 74 17.477 18.783 -6.754 792 H4' C 74 H4' C 74 17.681 17.168 -8.652 793 H3' C 74 H3' C 74 14.901 17.794 -7.609 794 H2' C 74 H2' C 74 14.016 16.366 -9.230 795 HO2' C 74 H2'' C 74 16.409 16.946 -10.598 796 H1' C 74 H1' C 74 16.101 14.502 -9.274 797 H41 C 74 H41 C 74 11.552 11.521 -5.997 798 H42 C 74 H42 C 74 11.808 12.568 -4.621 799 H5 C 74 H5 C 74 13.336 14.432 -4.649 800 H6 C 74 H6 C 74 14.944 15.693 -6.003 801 H5' U 75 H5' U 75 15.030 19.222 -11.575 802 H5'' U 75 H5'' U 75 13.846 20.429 -12.107 803 H4' U 75 H4' U 75 13.442 18.125 -13.010 804 H3' U 75 H3' U 75 11.287 19.382 -11.290 805 H2' U 75 H2' U 75 10.024 17.451 -11.509 806 HO2' U 75 H2'' U 75 9.917 16.310 -13.347 807 H1' U 75 H1' U 75 12.182 15.654 -12.003 808 H3 U 75 H3 U 75 10.024 13.421 -8.745 809 H5 U 75 H5 U 75 11.326 16.942 -6.827 810 H6 U 75 H6 U 75 12.091 17.756 -8.982 811 H5' U 76 H5' U 76 9.498 17.791 -14.604 812 H5'' U 76 H5'' U 76 8.326 18.857 -15.402 813 H4' U 76 H4' U 76 7.267 16.734 -14.898 814 H3' U 76 H3' U 76 6.334 19.052 -13.202 815 H2' U 76 H2' U 76 4.997 17.653 -11.935 816 HO2' U 76 H2'' U 76 4.898 16.086 -14.300 817 H1' U 76 H1' U 76 6.444 15.226 -12.345 818 H3 U 76 H3 U 76 6.348 15.285 -7.829 819 H5 U 76 H5 U 76 8.536 18.748 -8.820 820 H6 U 76 H6 U 76 8.058 18.303 -11.157 821 H5' C 77 H5' C 77 1.852 20.030 -13.249 822 H5'' C 77 H5'' C 77 3.146 19.712 -12.077 823 H4' C 77 H4' C 77 0.838 17.813 -12.612 824 H3' C 77 H3' C 77 1.072 20.083 -10.653 825 H2' C 77 H2' C 77 0.395 18.778 -8.872 826 HO2' C 77 H2'' C 77 -0.847 16.991 -10.725 827 H1' C 77 H1' C 77 1.160 16.228 -9.850 828 H41 C 77 H41 C 77 4.997 17.389 -4.903 829 H42 C 77 H42 C 77 6.006 18.396 -5.914 830 H5 C 77 H5 C 77 5.447 18.958 -8.188 831 H6 C 77 H6 C 77 3.804 18.670 -9.985 832 H5' C 78 H5' C 78 -2.042 21.867 -8.641 833 H5'' C 78 H5'' C 78 -0.605 20.971 -8.112 834 H4' C 78 H4' C 78 -3.408 20.070 -7.414 835 H3' C 78 H3' C 78 -1.755 22.200 -6.096 836 H2' C 78 H2' C 78 -1.967 21.274 -3.984 837 HO2' C 78 H2'' C 78 -4.092 19.559 -4.673 838 H1' C 78 H1' C 78 -2.248 18.572 -4.660 839 H41 C 78 H41 C 78 3.627 19.387 -2.247 840 H42 C 78 H42 C 78 4.231 19.528 -3.882 841 H5 C 78 H5 C 78 2.794 19.632 -5.813 842 H6 C 78 H6 C 78 0.470 19.619 -6.592 843 H5' U 79 H5' U 79 -4.722 24.572 -2.654 844 H5'' U 79 H5'' U 79 -3.027 24.134 -2.947 845 H4' U 79 H4' U 79 -4.949 22.353 -1.425 846 H3' U 79 H3' U 79 -3.292 24.655 -0.425 847 H2' U 79 H2' U 79 -2.378 23.406 1.291 848 HO2' U 79 H2'' U 79 -3.556 21.428 2.012 849 H1' U 79 H1' U 79 -2.652 20.816 0.162 850 H3 U 79 H3 U 79 1.649 21.775 1.689 851 H5 U 79 H5 U 79 1.483 22.747 -2.408 852 H6 U 79 H6 U 79 -0.929 22.495 -2.303 853 H5' A 80 H5' A 80 -4.992 23.216 2.901 854 H5'' A 80 H5'' A 80 -6.182 24.343 3.581 855 H4' A 80 H4' A 80 -4.831 23.541 5.389 856 H3' A 80 H3' A 80 -4.975 26.287 4.866 857 H2' A 80 H2' A 80 -2.802 26.646 4.124 858 HO2' A 80 H2'' A 80 -1.519 26.346 6.452 859 H1' A 80 H1' A 80 -1.614 24.454 5.788 860 H8 A 80 H8 A 80 -1.994 25.842 2.157 861 H61 A 80 H61 A 80 3.871 24.002 1.441 862 H62 A 80 H62 A 80 2.512 24.808 0.692 863 H2 A 80 H2 A 80 2.525 22.788 5.544 864 H5' A 81 H5' A 81 -4.806 26.863 10.213 865 H5'' A 81 H5'' A 81 -3.905 25.903 9.023 866 H4' A 81 H4' A 81 -5.879 24.770 11.033 867 H3' A 81 H3' A 81 -2.933 25.226 11.226 868 H2' A 81 H2' A 81 -2.404 23.027 11.747 869 HO2' A 81 H2'' A 81 -3.584 22.002 13.164 870 H1' A 81 H1' A 81 -4.329 21.663 10.342 871 H8 A 81 H8 A 81 -3.344 24.045 7.749 872 H61 A 81 H61 A 81 1.942 20.907 7.023 873 H62 A 81 H62 A 81 0.882 22.121 6.345 874 H2 A 81 H2 A 81 0.022 19.534 10.837 875 H5' G 82 H5' G 82 -3.295 23.130 14.730 876 H5'' G 82 H5'' G 82 -2.319 23.940 15.972 877 H4' G 82 H4' G 82 -1.509 21.643 15.330 878 H3' G 82 H3' G 82 0.229 24.081 15.184 879 H2' G 82 H2' G 82 1.936 23.006 14.020 880 HO2' G 82 H2'' G 82 2.348 20.857 14.194 881 H1' G 82 H1' G 82 0.483 21.275 12.468 882 H8 G 82 H8 G 82 -1.096 24.766 12.665 883 H1 G 82 H1 G 82 3.375 24.102 8.110 884 H21 G 82 H21 G 82 4.405 22.152 8.334 885 H22 G 82 H22 G 82 4.000 21.014 9.600 886 H5' U 83 H5' U 83 2.929 21.413 16.362 887 H5'' U 83 H5'' U 83 3.726 21.830 17.893 888 H4' U 83 H4' U 83 5.431 21.497 16.226 889 H3' U 83 H3' U 83 4.970 24.372 17.012 890 H2' U 83 H2' U 83 6.481 25.137 15.406 891 HO2' U 83 H2'' U 83 7.963 23.248 16.178 892 H1' U 83 H1' U 83 6.039 23.220 13.434 893 H3 U 83 H3 U 83 4.526 26.938 11.348 894 H5 U 83 H5 U 83 1.725 26.314 14.436 895 H6 U 83 H6 U 83 3.124 24.507 15.251 896 H5' C 84 H5' C 84 8.972 24.294 17.525 897 H5'' C 84 H5'' C 84 9.526 25.063 19.025 898 H4' C 84 H4' C 84 10.338 26.296 17.077 899 H3' C 84 H3' C 84 8.271 27.696 18.779 900 H2' C 84 H2' C 84 8.182 29.464 17.305 901 HO2' C 84 H2'' C 84 10.770 28.749 16.326 902 H1' C 84 H1' C 84 9.089 28.086 14.970 903 H41 C 84 H41 C 84 3.175 29.870 13.499 904 H42 C 84 H42 C 84 2.511 28.745 14.668 905 H5 C 84 H5 C 84 3.868 27.421 16.149 906 H6 C 84 H6 C 84 6.160 26.885 16.837 907 H5' C 85 H5' C 85 12.141 29.585 17.657 908 H5'' C 85 H5'' C 85 12.884 30.494 18.989 909 H4' C 85 H4' C 85 13.194 31.694 16.892 910 H3' C 85 H3' C 85 11.282 32.964 18.856 911 H2' C 85 H2' C 85 10.803 34.669 17.356 912 HO2' C 85 H2'' C 85 12.254 35.100 15.552 913 H1' C 85 H1' C 85 11.157 33.233 14.966 914 H41 C 85 H41 C 85 4.857 34.001 15.555 915 H42 C 85 H42 C 85 4.795 32.663 16.679 916 H5 C 85 H5 C 85 6.758 31.532 17.496 917 H6 C 85 H6 C 85 9.206 31.439 17.411 918 H5' U 86 H5' U 86 13.079 35.998 17.163 919 H5'' U 86 H5'' U 86 13.854 37.088 18.326 920 H4' U 86 H4' U 86 12.365 38.350 16.870 921 H3' U 86 H3' U 86 11.554 38.080 19.750 922 HO3' U 86 H3T U 86 12.231 40.191 19.753 923 H2' U 86 H2' U 86 9.431 38.815 19.352 924 HO2' U 86 H2'' U 86 10.094 40.471 17.181 925 H1' U 86 H1' U 86 9.586 38.728 16.427 926 H3 U 86 H3 U 86 5.232 37.646 16.940 927 H5 U 86 H5 U 86 7.270 34.587 19.004 928 H6 U 86 H6 U 86 9.340 35.799 18.621 Start of MODEL 7 1 H5' G 1 H5' G 1 8.853 -34.718 6.452 2 H5'' G 1 H5'' G 1 8.366 -33.740 5.055 3 H4' G 1 H4' G 1 9.058 -35.800 4.134 4 H3' G 1 H3' G 1 6.107 -35.402 4.209 5 H2' G 1 H2' G 1 5.546 -37.633 3.832 6 HO2' G 1 H2'' G 1 7.474 -39.072 3.159 7 H1' G 1 H1' G 1 7.489 -38.924 5.209 8 H8 G 1 H8 G 1 6.987 -36.210 7.603 9 H1 G 1 H1 G 1 1.812 -39.993 7.315 10 H21 G 1 H21 G 1 1.916 -41.288 5.515 11 H22 G 1 H22 G 1 3.252 -41.223 4.387 12 HO5' G 1 H5T G 1 6.553 -33.537 6.057 13 H5' G 2 H5' G 2 6.026 -37.920 1.370 14 H5'' G 2 H5'' G 2 5.527 -37.207 -0.179 15 H4' G 2 H4' G 2 4.118 -39.116 0.291 16 H3' G 2 H3' G 2 2.790 -36.421 0.554 17 H2' G 2 H2' G 2 0.811 -37.392 1.300 18 HO2' G 2 H2'' G 2 1.347 -40.042 0.805 19 H1' G 2 H1' G 2 1.881 -39.582 2.658 20 H8 G 2 H8 G 2 3.685 -36.384 3.618 21 H1 G 2 H1 G 2 -1.829 -37.304 6.771 22 H21 G 2 H21 G 2 -2.962 -38.975 5.849 23 H22 G 2 H22 G 2 -2.361 -39.864 4.465 24 H5' G 3 H5' G 3 -0.205 -38.219 -1.034 25 H5'' G 3 H5'' G 3 -0.596 -37.586 -2.646 26 H4' G 3 H4' G 3 -2.620 -37.483 -1.421 27 H3' G 3 H3' G 3 -1.262 -34.790 -1.559 28 H2' G 3 H2' G 3 -2.784 -33.873 -0.096 29 HO2' G 3 H2'' G 3 -4.951 -34.920 0.104 30 H1' G 3 H1' G 3 -3.657 -36.278 1.167 31 H8 G 3 H8 G 3 0.027 -35.330 1.632 32 H1 G 3 H1 G 3 -3.982 -32.774 5.938 33 H21 G 3 H21 G 3 -6.081 -33.114 5.320 34 H22 G 3 H22 G 3 -6.505 -33.971 3.854 35 H5' A 4 H5' A 4 -5.790 -35.218 -2.856 36 H5'' A 4 H5'' A 4 -6.024 -34.073 -4.193 37 H4' A 4 H4' A 4 -7.935 -33.977 -2.694 38 H3' A 4 H3' A 4 -6.128 -31.568 -2.732 39 H2' A 4 H2' A 4 -7.285 -30.548 -0.989 40 HO2' A 4 H2'' A 4 -9.469 -32.338 -1.143 41 H1' A 4 H1' A 4 -8.062 -32.807 0.436 42 H8 A 4 H8 A 4 -4.399 -32.495 -0.780 43 H61 A 4 H61 A 4 -3.246 -30.204 4.846 44 H62 A 4 H62 A 4 -2.545 -30.719 3.333 45 H2 A 4 H2 A 4 -7.675 -30.790 4.472 46 H5' U 5 H5' U 5 -9.671 -29.903 -2.642 47 H5'' U 5 H5'' U 5 -9.931 -28.553 -3.768 48 H4' U 5 H4' U 5 -10.147 -27.811 -1.438 49 H3' U 5 H3' U 5 -7.825 -26.752 -3.042 50 H2' U 5 H2' U 5 -6.914 -25.685 -1.199 51 HO2' U 5 H2'' U 5 -8.129 -24.764 0.361 52 H1' U 5 H1' U 5 -7.948 -27.362 0.834 53 H3 U 5 H3 U 5 -3.521 -27.662 1.704 54 H5 U 5 H5 U 5 -3.926 -29.506 -2.066 55 H6 U 5 H6 U 5 -6.259 -28.837 -2.068 56 H5' A 6 H5' A 6 -9.635 -24.182 -0.589 57 H5'' A 6 H5'' A 6 -11.020 -23.479 -1.449 58 H4' A 6 H4' A 6 -10.446 -22.181 0.559 59 H3' A 6 H3' A 6 -10.730 -21.036 -2.048 60 H2' A 6 H2' A 6 -8.586 -20.157 -2.206 61 HO2' A 6 H2'' A 6 -9.312 -18.395 -0.111 62 H1' A 6 H1' A 6 -8.330 -19.973 0.791 63 H8 A 6 H8 A 6 -6.528 -21.297 -2.422 64 H61 A 6 H61 A 6 -1.365 -19.321 0.362 65 H62 A 6 H62 A 6 -2.030 -20.062 -1.074 66 H2 A 6 H2 A 6 -4.812 -18.560 3.125 67 H5' U 7 H5' U 7 -8.624 -18.523 2.486 68 H5'' U 7 H5'' U 7 -9.905 -17.355 2.863 69 H4' U 7 H4' U 7 -7.586 -16.432 2.287 70 H3' U 7 H3' U 7 -10.179 -15.380 1.630 71 H2' U 7 H2' U 7 -9.913 -15.467 -0.678 72 HO2' U 7 H2'' U 7 -8.062 -13.584 -1.006 73 H1' U 7 H1' U 7 -6.921 -15.241 -0.436 74 H3 U 7 H3 U 7 -8.897 -15.626 -4.927 75 H5 U 7 H5 U 7 -6.942 -19.140 -3.667 76 H6 U 7 H6 U 7 -6.843 -18.205 -1.430 77 H5' G 8 H5' G 8 -5.260 -15.826 4.776 78 H5'' G 8 H5'' G 8 -5.865 -14.178 5.034 79 H4' G 8 H4' G 8 -3.658 -13.946 4.183 80 H3' G 8 H3' G 8 -5.777 -13.428 2.112 81 H2' G 8 H2' G 8 -4.217 -13.236 0.410 82 HO2' G 8 H2'' G 8 -2.251 -12.361 0.699 83 H1' G 8 H1' G 8 -2.223 -14.937 1.425 84 H8 G 8 H8 G 8 -5.557 -16.685 1.435 85 H1 G 8 H1 G 8 -2.735 -16.697 -4.326 86 H21 G 8 H21 G 8 -0.990 -15.332 -4.329 87 H22 G 8 H22 G 8 -0.515 -14.408 -2.920 88 H5' G 9 H5' G 9 -5.397 -9.507 -0.336 89 H5'' G 9 H5'' G 9 -5.539 -11.242 0.017 90 H4' G 9 H4' G 9 -2.752 -10.323 -0.098 91 H3' G 9 H3' G 9 -4.542 -9.711 -2.425 92 H2' G 9 H2' G 9 -3.213 -10.842 -3.967 93 HO2' G 9 H2'' G 9 -1.259 -9.754 -2.961 94 H1' G 9 H1' G 9 -2.344 -12.937 -2.438 95 H8 G 9 H8 G 9 -5.749 -13.110 -1.289 96 H1 G 9 H1 G 9 -5.510 -14.293 -7.590 97 H21 G 9 H21 G 9 -3.550 -13.651 -8.411 98 H22 G 9 H22 G 9 -2.305 -12.932 -7.416 99 H5' A 10 H5' A 10 -1.742 -8.403 -4.512 100 H5'' A 10 H5'' A 10 -1.690 -6.630 -4.560 101 H4' A 10 H4' A 10 -1.803 -7.138 -6.814 102 H3' A 10 H3' A 10 -4.635 -6.816 -5.823 103 H2' A 10 H2' A 10 -5.486 -7.514 -7.861 104 HO2' A 10 H2'' A 10 -4.417 -7.201 -9.799 105 H1' A 10 H1' A 10 -3.331 -9.158 -8.670 106 H8 A 10 H8 A 10 -4.870 -9.938 -5.247 107 H61 A 10 H61 A 10 -8.626 -13.790 -8.315 108 H62 A 10 H62 A 10 -8.092 -13.245 -6.738 109 H2 A 10 H2 A 10 -6.308 -11.411 -11.328 110 H5' A 11 H5' A 11 -3.980 -5.045 -9.581 111 H5'' A 11 H5'' A 11 -4.552 -3.366 -9.670 112 H4' A 11 H4' A 11 -5.296 -4.581 -11.636 113 H3' A 11 H3' A 11 -7.469 -3.885 -9.655 114 H2' A 11 H2' A 11 -9.047 -4.974 -10.965 115 HO2' A 11 H2'' A 11 -9.022 -4.726 -13.059 116 H1' A 11 H1' A 11 -7.431 -6.990 -11.997 117 H8 A 11 H8 A 11 -7.382 -6.315 -8.184 118 H61 A 11 H61 A 11 -11.689 -10.750 -7.866 119 H62 A 11 H62 A 11 -10.655 -9.681 -6.949 120 H2 A 11 H2 A 11 -10.864 -9.922 -12.194 121 H5' G 12 H5' G 12 -8.545 -1.774 -13.684 122 H5'' G 12 H5'' G 12 -9.477 -0.333 -13.232 123 H4' G 12 H4' G 12 -10.645 -1.884 -14.837 124 H3' G 12 H3' G 12 -11.896 -1.195 -12.176 125 H2' G 12 H2' G 12 -13.689 -2.642 -12.591 126 HO2' G 12 H2'' G 12 -12.914 -2.595 -15.345 127 H1' G 12 H1' G 12 -12.342 -4.601 -13.997 128 H8 G 12 H8 G 12 -10.677 -3.276 -10.779 129 H1 G 12 H1 G 12 -14.629 -8.263 -9.956 130 H21 G 12 H21 G 12 -15.707 -8.699 -11.846 131 H22 G 12 H22 G 12 -15.453 -7.771 -13.307 132 H5' A 13 H5' A 13 -15.016 -0.832 -15.085 133 H5'' A 13 H5'' A 13 -15.918 0.672 -14.806 134 H4' A 13 H4' A 13 -17.445 -1.232 -14.829 135 H3' A 13 H3' A 13 -17.038 0.085 -12.134 136 H2' A 13 H2' A 13 -18.493 -1.465 -11.149 137 HO2' A 13 H2'' A 13 -19.520 -1.651 -13.760 138 H1' A 13 H1' A 13 -17.814 -3.682 -12.691 139 H8 A 13 H8 A 13 -15.019 -1.419 -11.217 140 H61 A 13 H61 A 13 -14.799 -5.625 -6.665 141 H62 A 13 H62 A 13 -14.064 -4.174 -7.331 142 H2 A 13 H2 A 13 -18.204 -6.682 -9.380 143 H5' A 14 H5' A 14 -21.293 0.525 -12.240 144 H5'' A 14 H5'' A 14 -21.658 2.151 -11.626 145 H4' A 14 H4' A 14 -22.592 0.384 -10.173 146 H3' A 14 H3' A 14 -20.394 2.116 -9.019 147 H2' A 14 H2' A 14 -20.436 0.908 -7.059 148 HO2' A 14 H2'' A 14 -22.776 -0.506 -7.394 149 H1' A 14 H1' A 14 -21.285 -1.569 -8.107 150 H8 A 14 H8 A 14 -18.175 0.159 -9.607 151 H61 A 14 H61 A 14 -14.949 -3.318 -5.640 152 H62 A 14 H62 A 14 -14.852 -2.203 -6.980 153 H2 A 14 H2 A 14 -19.304 -3.863 -4.734 154 H5' C 15 H5' C 15 -23.874 1.955 -6.160 155 H5'' C 15 H5'' C 15 -24.009 3.568 -5.430 156 H4' C 15 H4' C 15 -23.891 1.819 -3.706 157 H3' C 15 H3' C 15 -21.508 3.678 -3.886 158 H2' C 15 H2' C 15 -20.469 2.521 -2.152 159 HO2' C 15 H2'' C 15 -23.117 1.976 -1.398 160 H1' C 15 H1' C 15 -21.576 -0.025 -2.671 161 H41 C 15 H41 C 15 -15.563 -0.606 -4.707 162 H42 C 15 H42 C 15 -15.795 0.667 -5.888 163 H5 C 15 H5 C 15 -17.847 1.907 -6.104 164 H6 C 15 H6 C 15 -20.119 2.205 -5.235 165 H5' C 16 H5' C 16 -22.540 3.296 -0.029 166 H5'' C 16 H5'' C 16 -22.129 4.665 1.024 167 H4' C 16 H4' C 16 -20.875 2.536 1.517 168 H3' C 16 H3' C 16 -19.383 5.070 0.823 169 H2' C 16 H2' C 16 -17.380 3.946 0.812 170 HO2' C 16 H2'' C 16 -18.227 1.719 2.282 171 H1' C 16 H1' C 16 -18.399 1.309 0.372 172 H41 C 16 H41 C 16 -14.701 2.234 -4.703 173 H42 C 16 H42 C 16 -15.701 3.570 -5.245 174 H5 C 16 H5 C 16 -17.579 4.411 -3.991 175 H6 C 16 H6 C 16 -18.908 4.154 -1.946 176 H5' G 17 H5' G 17 -18.247 2.515 4.278 177 H5'' G 17 H5'' G 17 -18.071 3.524 5.728 178 H4' G 17 H4' G 17 -16.400 1.782 5.791 179 H3' G 17 H3' G 17 -15.308 4.527 5.168 180 H2' G 17 H2' G 17 -13.171 3.665 4.913 181 HO2' G 17 H2'' G 17 -13.478 1.138 5.904 182 H1' G 17 H1' G 17 -13.862 1.090 4.016 183 H8 G 17 H8 G 17 -15.553 3.818 2.011 184 H1 G 17 H1 G 17 -9.518 2.659 0.169 185 H21 G 17 H21 G 17 -8.513 1.335 1.631 186 H22 G 17 H22 G 17 -9.319 0.730 3.062 187 H5' G 18 H5' G 18 -12.917 2.493 7.732 188 H5'' G 18 H5'' G 18 -12.528 3.356 9.234 189 H4' G 18 H4' G 18 -10.499 2.417 8.289 190 H3' G 18 H3' G 18 -10.728 5.422 8.127 191 H2' G 18 H2' G 18 -8.756 5.557 6.939 192 HO2' G 18 H2'' G 18 -7.972 2.986 7.886 193 H1' G 18 H1' G 18 -8.778 2.955 5.796 194 H8 G 18 H8 G 18 -11.705 5.362 5.102 195 H1 G 18 H1 G 18 -6.905 5.632 0.853 196 H21 G 18 H21 G 18 -5.197 4.407 1.554 197 H22 G 18 H22 G 18 -5.231 3.523 3.063 198 H5' G 19 H5' G 19 -6.991 4.061 9.424 199 H5'' G 19 H5'' G 19 -6.342 4.886 10.856 200 H4' G 19 H4' G 19 -4.644 4.779 9.109 201 H3' G 19 H3' G 19 -5.766 7.520 9.700 202 H2' G 19 H2' G 19 -4.515 8.456 7.990 203 HO2' G 19 H2'' G 19 -2.622 7.093 7.173 204 H1' G 19 H1' G 19 -4.271 6.137 6.350 205 H8 G 19 H8 G 19 -7.749 7.491 7.347 206 H1 G 19 H1 G 19 -5.485 9.644 1.742 207 H21 G 19 H21 G 19 -3.390 8.974 1.460 208 H22 G 19 H22 G 19 -2.546 8.000 2.643 209 H5' G 20 H5' G 20 -2.339 10.598 11.963 210 H5'' G 20 H5'' G 20 -3.996 10.557 11.330 211 H4' G 20 H4' G 20 -1.427 11.200 9.874 212 H3' G 20 H3' G 20 -3.951 12.686 10.520 213 H2' G 20 H2' G 20 -4.146 13.599 8.389 214 HO2' G 20 H2'' G 20 -1.468 13.675 8.592 215 H1' G 20 H1' G 20 -3.087 11.546 6.866 216 H8 G 20 H8 G 20 -5.534 10.503 9.658 217 H1 G 20 H1 G 20 -8.285 11.709 3.991 218 H21 G 20 H21 G 20 -6.798 12.534 2.574 219 H22 G 20 H22 G 20 -5.129 12.792 3.016 220 H5' A 21 H5' A 21 -3.658 16.787 12.575 221 H5'' A 21 H5'' A 21 -4.986 15.873 11.830 222 H4' A 21 H4' A 21 -5.275 18.235 11.360 223 H3' A 21 H3' A 21 -4.666 16.388 9.103 224 H2' A 21 H2' A 21 -4.104 18.040 7.573 225 HO2' A 21 H2'' A 21 -5.714 19.440 7.494 226 H1' A 21 H1' A 21 -3.030 19.974 9.205 227 H8 A 21 H8 A 21 -1.659 16.655 10.352 228 H61 A 21 H61 A 21 2.503 17.129 5.792 229 H62 A 21 H62 A 21 2.031 16.243 7.224 230 H2 A 21 H2 A 21 -0.561 20.351 5.223 231 H5' A 22 H5' A 22 -7.967 16.893 5.208 232 H5'' A 22 H5'' A 22 -6.504 16.152 5.890 233 H4' A 22 H4' A 22 -6.737 19.057 5.029 234 H3' A 22 H3' A 22 -5.883 16.620 3.513 235 H2' A 22 H2' A 22 -3.857 17.528 2.824 236 HO2' A 22 H2'' A 22 -5.308 19.890 2.959 237 H1' A 22 H1' A 22 -3.240 19.107 5.001 238 H8 A 22 H8 A 22 -4.343 15.985 6.634 239 H61 A 22 H61 A 22 1.098 13.463 5.101 240 H62 A 22 H62 A 22 -0.346 13.291 6.071 241 H2 A 22 H2 A 22 0.645 17.291 2.809 242 H5' A 23 H5' A 23 -5.866 19.081 -0.086 243 H5'' A 23 H5'' A 23 -6.541 17.992 -1.315 244 H4' A 23 H4' A 23 -4.097 18.583 -1.605 245 H3' A 23 H3' A 23 -5.112 15.761 -1.500 246 H2' A 23 H2' A 23 -2.979 14.836 -1.396 247 HO2' A 23 H2'' A 23 -1.769 17.293 -2.158 248 H1' A 23 H1' A 23 -1.661 16.796 0.038 249 H8 A 23 H8 A 23 -5.154 15.755 1.338 250 H61 A 23 H61 A 23 -2.081 11.671 4.840 251 H62 A 23 H62 A 23 -3.649 12.369 4.483 252 H2 A 23 H2 A 23 0.861 13.653 2.106 253 H5' C 24 H5' C 24 -2.574 15.326 -4.214 254 H5'' C 24 H5'' C 24 -2.988 14.345 -5.634 255 H4' C 24 H4' C 24 -1.301 13.237 -4.218 256 H3' C 24 H3' C 24 -4.003 11.939 -4.524 257 H2' C 24 H2' C 24 -3.477 10.269 -2.985 258 HO2' C 24 H2'' C 24 -1.050 10.256 -2.319 259 H1' C 24 H1' C 24 -1.901 11.732 -1.252 260 H41 C 24 H41 C 24 -7.618 11.448 1.542 261 H42 C 24 H42 C 24 -8.196 12.744 0.525 262 H5 C 24 H5 C 24 -6.894 13.703 -1.259 263 H6 C 24 H6 C 24 -4.753 13.628 -2.452 264 H5' U 25 H5' U 25 -1.133 9.112 -4.443 265 H5'' U 25 H5'' U 25 -1.219 7.870 -5.709 266 H4' U 25 H4' U 25 -1.115 6.892 -3.438 267 H3' U 25 H3' U 25 -3.618 6.440 -5.069 268 H2' U 25 H2' U 25 -4.594 5.269 -3.316 269 HO2' U 25 H2'' U 25 -2.538 4.919 -1.588 270 H1' U 25 H1' U 25 -3.353 6.619 -1.181 271 H3 U 25 H3 U 25 -7.733 7.441 -0.340 272 H5 U 25 H5 U 25 -6.935 9.655 -3.837 273 H6 U 25 H6 U 25 -4.732 8.638 -3.900 274 H5' U 26 H5' U 26 -1.811 2.831 -3.472 275 H5'' U 26 H5'' U 26 -2.104 1.342 -4.392 276 H4' U 26 H4' U 26 -2.823 1.235 -1.984 277 H3' U 26 H3' U 26 -4.887 0.843 -4.166 278 H2' U 26 H2' U 26 -6.546 0.587 -2.550 279 HO2' U 26 H2'' U 26 -4.789 0.347 -0.376 280 H1' U 26 H1' U 26 -5.442 2.270 -0.585 281 H3 U 26 H3 U 26 -9.392 4.356 -1.318 282 H5 U 26 H5 U 26 -7.360 4.749 -4.990 283 H6 U 26 H6 U 26 -5.597 3.344 -4.091 284 H5' G 27 H5' G 27 -4.919 -1.853 -1.219 285 H5'' G 27 H5'' G 27 -5.428 -3.536 -1.458 286 H4' G 27 H4' G 27 -6.754 -2.184 0.247 287 H3' G 27 H3' G 27 -8.117 -3.583 -2.069 288 H2' G 27 H2' G 27 -10.146 -2.636 -1.481 289 HO2' G 27 H2'' G 27 -9.074 -2.567 1.154 290 H1' G 27 H1' G 27 -9.112 -0.381 -0.049 291 H8 G 27 H8 G 27 -8.239 -0.303 -3.742 292 H1 G 27 H1 G 27 -14.069 1.966 -2.314 293 H21 G 27 H21 G 27 -14.604 1.434 -0.226 294 H22 G 27 H22 G 27 -13.517 0.536 0.816 295 H5' G 28 H5' G 28 -9.835 -4.138 2.372 296 H5'' G 28 H5'' G 28 -9.718 -5.910 2.453 297 H4' G 28 H4' G 28 -11.682 -5.552 3.620 298 H3' G 28 H3' G 28 -12.322 -6.063 0.737 299 H2' G 28 H2' G 28 -14.556 -5.438 0.952 300 HO2' G 28 H2'' G 28 -14.234 -6.485 3.431 301 H1' G 28 H1' G 28 -14.326 -3.381 2.738 302 H8 G 28 H8 G 28 -11.394 -2.710 0.663 303 H1 G 28 H1 G 28 -16.797 -1.624 -2.617 304 H21 G 28 H21 G 28 -18.530 -2.482 -1.543 305 H22 G 28 H22 G 28 -18.367 -3.325 -0.017 306 H5' U 29 H5' U 29 -15.397 -8.127 2.586 307 H5'' U 29 H5'' U 29 -15.311 -9.855 2.180 308 H4' U 29 H4' U 29 -17.550 -9.073 1.730 309 H3' U 29 H3' U 29 -15.874 -9.619 -0.720 310 H2' U 29 H2' U 29 -17.593 -8.904 -2.115 311 HO2' U 29 H2'' U 29 -19.779 -8.549 -1.037 312 H1' U 29 H1' U 29 -18.643 -6.897 -0.513 313 H3 U 29 H3 U 29 -17.043 -4.587 -4.080 314 H5 U 29 H5 U 29 -13.593 -5.746 -1.952 315 H6 U 29 H6 U 29 -15.012 -7.092 -0.514 316 H5' U 30 H5' U 30 -19.738 -11.782 -1.309 317 H5'' U 30 H5'' U 30 -19.338 -13.357 -2.026 318 H4' U 30 H4' U 30 -21.012 -12.086 -3.356 319 H3' U 30 H3' U 30 -18.331 -12.698 -4.625 320 H2' U 30 H2' U 30 -18.989 -11.578 -6.570 321 HO2' U 30 H2'' U 30 -21.515 -10.951 -6.337 322 H1' U 30 H1' U 30 -20.504 -9.569 -5.381 323 H3 U 30 H3 U 30 -17.118 -7.160 -7.142 324 H5 U 30 H5 U 30 -15.297 -9.313 -4.010 325 H6 U 30 H6 U 30 -17.385 -10.513 -3.709 326 H5' C 31 H5' C 31 -21.002 -13.640 -7.547 327 H5'' C 31 H5'' C 31 -20.600 -15.142 -8.408 328 H4' C 31 H4' C 31 -20.621 -13.252 -9.962 329 H3' C 31 H3' C 31 -17.874 -14.407 -9.380 330 H2' C 31 H2' C 31 -16.965 -12.849 -10.878 331 HO2' C 31 H2'' C 31 -17.936 -12.635 -12.723 332 H1' C 31 H1' C 31 -18.820 -10.776 -10.415 333 H41 C 31 H41 C 31 -13.599 -8.774 -7.372 334 H42 C 31 H42 C 31 -13.734 -10.068 -6.204 335 H5 C 31 H5 C 31 -15.416 -11.791 -6.334 336 H6 C 31 H6 C 31 -17.329 -12.641 -7.612 337 H5' U 32 H5' U 32 -18.372 -15.152 -13.392 338 H5'' U 32 H5'' U 32 -17.419 -16.464 -14.116 339 H4' U 32 H4' U 32 -16.562 -14.179 -14.655 340 H3' U 32 H3' U 32 -14.775 -16.067 -13.098 341 H2' U 32 H2' U 32 -13.167 -14.419 -12.974 342 HO2' U 32 H2'' U 32 -13.464 -12.555 -14.630 343 H1' U 32 H1' U 32 -14.905 -12.174 -13.283 344 H3 U 32 H3 U 32 -12.591 -10.798 -9.674 345 H5 U 32 H5 U 32 -14.566 -14.264 -8.310 346 H6 U 32 H6 U 32 -15.336 -14.639 -10.581 347 H5' U 33 H5' U 33 -12.820 -14.515 -16.938 348 H5'' U 33 H5'' U 33 -11.712 -15.772 -17.527 349 H4' U 33 H4' U 33 -10.672 -13.494 -17.275 350 H3' U 33 H3' U 33 -9.572 -15.886 -15.807 351 H2' U 33 H2' U 33 -8.090 -14.587 -14.598 352 HO2' U 33 H2'' U 33 -7.132 -12.766 -15.429 353 H1' U 33 H1' U 33 -9.490 -12.114 -14.696 354 H3 U 33 H3 U 33 -8.925 -12.527 -10.235 355 H5 U 33 H5 U 33 -11.415 -15.781 -11.226 356 H6 U 33 H6 U 33 -11.142 -15.193 -13.565 357 H5' C 34 H5' C 34 -4.998 -16.626 -16.220 358 H5'' C 34 H5'' C 34 -6.357 -16.458 -15.090 359 H4' C 34 H4' C 34 -4.347 -14.234 -15.468 360 H3' C 34 H3' C 34 -4.024 -16.734 -13.821 361 H2' C 34 H2' C 34 -3.409 -15.546 -11.936 362 HO2' C 34 H2'' C 34 -2.779 -13.257 -13.510 363 H1' C 34 H1' C 34 -4.737 -13.110 -12.485 364 H41 C 34 H41 C 34 -7.797 -15.740 -7.549 365 H42 C 34 H42 C 34 -8.760 -16.687 -8.662 366 H5 C 34 H5 C 34 -8.370 -16.729 -11.040 367 H6 C 34 H6 C 34 -6.973 -15.874 -12.863 368 H5' C 35 H5' C 35 0.056 -18.267 -12.677 369 H5'' C 35 H5'' C 35 -1.481 -18.079 -11.810 370 H4' C 35 H4' C 35 1.034 -16.480 -11.241 371 H3' C 35 H3' C 35 -0.008 -19.030 -10.036 372 H2' C 35 H2' C 35 0.279 -18.266 -7.869 373 HO2' C 35 H2'' C 35 1.811 -16.040 -8.240 374 H1' C 35 H1' C 35 -0.053 -15.512 -8.296 375 H41 C 35 H41 C 35 -5.330 -17.445 -5.300 376 H42 C 35 H42 C 35 -6.011 -17.963 -6.832 377 H5 C 35 H5 C 35 -4.776 -17.935 -8.901 378 H6 C 35 H6 C 35 -2.625 -17.404 -9.950 379 H5' U 36 H5' U 36 3.253 -21.763 -7.649 380 H5'' U 36 H5'' U 36 1.539 -21.329 -7.820 381 H4' U 36 H4' U 36 3.371 -19.884 -5.897 382 H3' U 36 H3' U 36 1.961 -22.512 -5.498 383 H2' U 36 H2' U 36 0.996 -21.827 -3.518 384 HO2' U 36 H2'' U 36 3.244 -20.084 -3.292 385 H1' U 36 H1' U 36 1.099 -19.010 -3.930 386 H3 U 36 H3 U 36 -3.026 -20.593 -2.456 387 H5 U 36 H5 U 36 -3.142 -20.355 -6.663 388 H6 U 36 H6 U 36 -0.737 -20.032 -6.646 389 H5' A 37 H5' A 37 3.493 -21.543 -2.056 390 H5'' A 37 H5'' A 37 4.745 -22.627 -1.419 391 H4' A 37 H4' A 37 3.122 -22.069 0.324 392 H3' A 37 H3' A 37 3.908 -24.674 -0.229 393 H2' A 37 H2' A 37 1.978 -25.449 -1.282 394 HO2' A 37 H2'' A 37 0.857 -26.586 0.174 395 H1' A 37 H1' A 37 0.111 -23.742 0.312 396 H8 A 37 H8 A 37 1.287 -24.621 -3.308 397 H61 A 37 H61 A 37 -4.727 -24.285 -4.732 398 H62 A 37 H62 A 37 -3.122 -24.636 -5.331 399 H2 A 37 H2 A 37 -4.258 -23.188 -0.408 400 H5' A 38 H5' A 38 3.478 -25.904 5.487 401 H5'' A 38 H5'' A 38 2.034 -25.557 4.514 402 H4' A 38 H4' A 38 3.347 -23.867 6.644 403 H3' A 38 H3' A 38 0.682 -25.166 6.287 404 H2' A 38 H2' A 38 -0.562 -23.287 6.845 405 HO2' A 38 H2'' A 38 0.634 -21.468 7.956 406 H1' A 38 H1' A 38 1.048 -21.267 5.916 407 H8 A 38 H8 A 38 1.175 -23.689 3.116 408 H61 A 38 H61 A 38 -4.494 -21.812 1.480 409 H62 A 38 H62 A 38 -3.083 -22.725 0.994 410 H2 A 38 H2 A 38 -3.618 -20.192 5.568 411 H5' G 39 H5' G 39 0.068 -23.512 9.792 412 H5'' G 39 H5'' G 39 -0.252 -24.658 11.110 413 H4' G 39 H4' G 39 -2.045 -23.032 11.028 414 H3' G 39 H3' G 39 -2.696 -25.851 10.249 415 H2' G 39 H2' G 39 -4.795 -25.322 9.373 416 HO2' G 39 H2'' G 39 -4.816 -23.588 11.393 417 H1' G 39 H1' G 39 -4.292 -22.884 8.267 418 H8 G 39 H8 G 39 -1.342 -25.249 7.694 419 H1 G 39 H1 G 39 -6.098 -25.847 3.430 420 H21 G 39 H21 G 39 -7.861 -24.676 4.088 421 H22 G 39 H22 G 39 -7.874 -23.751 5.572 422 H5' U 40 H5' U 40 -6.348 -25.466 12.131 423 H5'' U 40 H5'' U 40 -6.347 -26.690 13.419 424 H4' U 40 H4' U 40 -8.206 -27.121 11.928 425 H3' U 40 H3' U 40 -5.916 -29.078 11.752 426 H2' U 40 H2' U 40 -6.925 -30.204 9.990 427 HO2' U 40 H2'' U 40 -8.945 -30.696 10.424 428 H1' U 40 H1' U 40 -8.216 -28.066 8.761 429 H3 U 40 H3 U 40 -5.318 -29.331 5.534 430 H5 U 40 H5 U 40 -2.850 -27.659 8.515 431 H6 U 40 H6 U 40 -4.804 -27.488 9.944 432 H5' C 41 H5' C 41 -9.576 -31.496 12.676 433 H5'' C 41 H5'' C 41 -9.130 -32.946 13.600 434 H4' C 41 H4' C 41 -10.249 -33.388 11.375 435 H3' C 41 H3' C 41 -7.516 -34.515 11.997 436 H2' C 41 H2' C 41 -7.317 -35.381 9.845 437 HO2' C 41 H2'' C 41 -10.099 -35.499 10.028 438 H1' C 41 H1' C 41 -8.777 -33.440 8.456 439 H41 C 41 H41 C 41 -2.736 -31.943 7.144 440 H42 C 41 H42 C 41 -2.447 -31.481 8.805 441 H5 C 41 H5 C 41 -4.090 -31.714 10.543 442 H6 C 41 H6 C 41 -6.371 -32.443 11.070 443 H5' C 42 H5' C 42 -9.828 -37.655 10.256 444 H5'' C 42 H5'' C 42 -9.540 -39.209 11.066 445 H4' C 42 H4' C 42 -9.091 -39.274 8.611 446 H3' C 42 H3' C 42 -6.819 -39.810 10.533 447 H2' C 42 H2' C 42 -5.329 -40.001 8.770 448 HO2' C 42 H2'' C 42 -7.616 -40.811 7.322 449 H1' C 42 H1' C 42 -6.675 -38.333 6.917 450 H41 C 42 H41 C 42 -1.431 -35.038 8.371 451 H42 C 42 H42 C 42 -2.028 -34.743 9.996 452 H5 C 42 H5 C 42 -4.078 -35.690 10.841 453 H6 C 42 H6 C 42 -5.999 -37.121 10.316 454 H5' U 43 H5' U 43 -6.270 -42.281 7.643 455 H5'' U 43 H5'' U 43 -6.026 -43.978 8.097 456 H4' U 43 H4' U 43 -4.154 -43.204 6.751 457 H3' U 43 H3' U 43 -3.624 -43.803 9.641 458 HO3' U 43 H3T U 43 -3.773 -45.524 8.226 459 H2' U 43 H2' U 43 -1.684 -42.610 9.669 460 HO2' U 43 H2'' U 43 -0.142 -42.915 7.944 461 H1' U 43 H1' U 43 -1.945 -41.612 6.884 462 H3 U 43 H3 U 43 0.579 -38.193 8.414 463 H5 U 43 H5 U 43 -2.714 -38.244 11.046 464 H6 U 43 H6 U 43 -3.481 -40.263 9.942 465 H5' G 44 H5' G 44 -8.299 32.721 13.883 466 H5'' G 44 H5'' G 44 -7.883 32.052 12.294 467 H4' G 44 H4' G 44 -8.607 34.252 11.846 468 H3' G 44 H3' G 44 -5.659 33.862 11.702 469 H2' G 44 H2' G 44 -5.103 36.124 11.764 470 HO2' G 44 H2'' G 44 -7.056 37.662 11.487 471 H1' G 44 H1' G 44 -6.974 37.101 13.462 472 H8 G 44 H8 G 44 -6.380 33.956 15.223 473 H1 G 44 H1 G 44 -1.196 37.726 15.479 474 H21 G 44 H21 G 44 -1.371 39.370 14.003 475 H22 G 44 H22 G 44 -2.759 39.544 12.952 476 HO5' G 44 H5T G 44 -6.025 31.658 13.146 477 H5' G 45 H5' G 45 -5.697 36.910 9.441 478 H5'' G 45 H5'' G 45 -5.276 36.534 7.756 479 H4' G 45 H4' G 45 -3.836 38.312 8.542 480 H3' G 45 H3' G 45 -2.509 35.628 8.184 481 H2' G 45 H2' G 45 -0.493 36.438 9.019 482 HO2' G 45 H2'' G 45 -1.037 39.130 9.107 483 H1' G 45 H1' G 45 -1.491 38.290 10.850 484 H8 G 45 H8 G 45 -3.263 34.952 11.213 485 H1 G 45 H1 G 45 2.396 35.243 14.223 486 H21 G 45 H21 G 45 3.490 37.072 13.613 487 H22 G 45 H22 G 45 2.830 38.223 12.471 488 H5' G 46 H5' G 46 0.423 37.736 6.852 489 H5'' G 46 H5'' G 46 0.731 37.431 5.130 490 H4' G 46 H4' G 46 2.808 37.099 6.225 491 H3' G 46 H3' G 46 1.436 34.486 5.593 492 H2' G 46 H2' G 46 3.015 33.296 6.766 493 HO2' G 46 H2'' G 46 5.195 34.289 7.080 494 H1' G 46 H1' G 46 3.953 35.394 8.456 495 H8 G 46 H8 G 46 0.293 34.354 8.885 496 H1 G 46 H1 G 46 4.491 30.985 12.378 497 H21 G 46 H21 G 46 6.563 31.463 11.743 498 H22 G 46 H22 G 46 6.914 32.608 10.467 499 H5' A 47 H5' A 47 5.897 35.191 4.196 500 H5'' A 47 H5'' A 47 6.064 34.344 2.644 501 H4' A 47 H4' A 47 8.040 33.951 4.006 502 H3' A 47 H3' A 47 6.225 31.592 3.557 503 H2' A 47 H2' A 47 7.455 30.244 5.003 504 HO2' A 47 H2'' A 47 9.638 32.038 5.113 505 H1' A 47 H1' A 47 8.309 32.180 6.821 506 H8 A 47 H8 A 47 4.593 32.105 5.744 507 H61 A 47 H61 A 47 3.688 28.695 10.826 508 H62 A 47 H62 A 47 2.922 29.513 9.484 509 H2 A 47 H2 A 47 8.101 29.357 10.367 510 H5' U 48 H5' U 48 9.758 29.965 3.136 511 H5'' U 48 H5'' U 48 9.958 28.874 1.749 512 H4' U 48 H4' U 48 10.278 27.674 3.866 513 H3' U 48 H3' U 48 7.879 26.953 2.187 514 H2' U 48 H2' U 48 7.050 25.527 3.812 515 HO2' U 48 H2'' U 48 8.332 24.312 5.092 516 H1' U 48 H1' U 48 8.185 26.760 6.097 517 H3 U 48 H3 U 48 3.811 26.859 7.219 518 H5 U 48 H5 U 48 4.042 29.432 3.888 519 H6 U 48 H6 U 48 6.368 28.784 3.634 520 H5' A 49 H5' A 49 9.791 23.947 3.968 521 H5'' A 49 H5'' A 49 11.130 23.441 2.920 522 H4' A 49 H4' A 49 10.645 21.757 4.646 523 H3' A 49 H3' A 49 10.799 21.171 1.849 524 H2' A 49 H2' A 49 8.648 20.333 1.615 525 HO2' A 49 H2'' A 49 9.465 18.183 3.268 526 H1' A 49 H1' A 49 8.529 19.536 4.518 527 H8 A 49 H8 A 49 6.588 21.482 1.730 528 H61 A 49 H61 A 49 1.552 18.945 4.291 529 H62 A 49 H62 A 49 2.148 19.968 3.004 530 H2 A 49 H2 A 49 5.124 17.665 6.677 531 H5' U 50 H5' U 50 8.897 17.768 5.863 532 H5'' U 50 H5'' U 50 10.190 16.556 5.932 533 H4' U 50 H4' U 50 7.844 15.759 5.287 534 H3' U 50 H3' U 50 10.400 14.881 4.308 535 H2' U 50 H2' U 50 10.027 15.429 2.084 536 HO2' U 50 H2'' U 50 8.148 13.660 1.463 537 H1' U 50 H1' U 50 7.046 15.157 2.415 538 H3 U 50 H3 U 50 8.805 16.448 -1.993 539 H5 U 50 H5 U 50 6.909 19.616 0.039 540 H6 U 50 H6 U 50 6.938 18.258 2.049 541 H5' G 51 H5' G 51 5.634 14.646 7.702 542 H5'' G 51 H5'' G 51 6.237 12.980 7.589 543 H4' G 51 H4' G 51 3.993 12.920 6.813 544 H3' G 51 H3' G 51 6.013 12.848 4.587 545 H2' G 51 H2' G 51 4.381 13.001 2.951 546 HO2' G 51 H2'' G 51 2.422 12.078 3.142 547 H1' G 51 H1' G 51 2.438 14.448 4.383 548 H8 G 51 H8 G 51 5.776 16.174 4.605 549 H1 G 51 H1 G 51 2.702 17.357 -0.900 550 H21 G 51 H21 G 51 0.958 16.004 -1.109 551 H22 G 51 H22 G 51 0.548 14.810 0.103 552 H5' G 52 H5' G 52 5.499 9.521 1.406 553 H5'' G 52 H5'' G 52 5.662 11.144 2.104 554 H4' G 52 H4' G 52 2.869 10.252 1.930 555 H3' G 52 H3' G 52 4.548 10.137 -0.554 556 H2' G 52 H2' G 52 3.154 11.546 -1.771 557 HO2' G 52 H2'' G 52 1.242 10.271 -0.922 558 H1' G 52 H1' G 52 2.373 13.288 0.181 559 H8 G 52 H8 G 52 5.836 13.221 1.185 560 H1 G 52 H1 G 52 5.291 15.690 -4.712 561 H21 G 52 H21 G 52 3.289 15.224 -5.548 562 H22 G 52 H22 G 52 2.092 14.310 -4.664 563 H5' A 53 H5' A 53 1.648 9.271 -2.740 564 H5'' A 53 H5'' A 53 1.592 7.545 -3.146 565 H4' A 53 H4' A 53 1.597 8.507 -5.250 566 H3' A 53 H3' A 53 4.472 8.003 -4.481 567 H2' A 53 H2' A 53 5.230 9.108 -6.369 568 HO2' A 53 H2'' A 53 4.070 9.194 -8.279 569 H1' A 53 H1' A 53 3.047 10.872 -6.722 570 H8 A 53 H8 A 53 4.744 10.944 -3.284 571 H61 A 53 H61 A 53 8.378 15.354 -5.675 572 H62 A 53 H62 A 53 7.917 14.498 -4.219 573 H2 A 53 H2 A 53 5.910 13.632 -8.997 574 H5' A 54 H5' A 54 3.631 7.032 -8.489 575 H5'' A 54 H5'' A 54 4.195 5.412 -8.950 576 H4' A 54 H4' A 54 4.847 7.021 -10.652 577 H3' A 54 H3' A 54 7.106 5.932 -8.964 578 H2' A 54 H2' A 54 8.628 7.280 -10.078 579 HO2' A 54 H2'' A 54 8.518 7.466 -12.177 580 H1' A 54 H1' A 54 6.960 9.453 -10.615 581 H8 A 54 H8 A 54 7.097 8.009 -7.031 582 H61 A 54 H61 A 54 11.454 12.281 -5.997 583 H62 A 54 H62 A 54 10.458 11.034 -5.282 584 H2 A 54 H2 A 54 10.394 12.401 -10.352 585 H5' G 55 H5' G 55 7.989 4.705 -13.385 586 H5'' G 55 H5'' G 55 8.932 3.204 -13.284 587 H4' G 55 H4' G 55 10.034 5.058 -14.587 588 H3' G 55 H3' G 55 11.404 3.842 -12.184 589 H2' G 55 H2' G 55 13.183 5.353 -12.380 590 HO2' G 55 H2'' G 55 12.279 5.869 -15.044 591 H1' G 55 H1' G 55 11.782 7.552 -13.284 592 H8 G 55 H8 G 55 10.266 5.584 -10.330 593 H1 G 55 H1 G 55 14.266 10.324 -8.691 594 H21 G 55 H21 G 55 15.259 11.139 -10.496 595 H22 G 55 H22 G 55 14.937 10.527 -12.103 596 H5' A 56 H5' A 56 14.383 4.099 -15.251 597 H5'' A 56 H5'' A 56 15.292 2.576 -15.328 598 H4' A 56 H4' A 56 16.821 4.454 -15.029 599 H3' A 56 H3' A 56 16.534 2.606 -12.650 600 H2' A 56 H2' A 56 18.035 3.928 -11.432 601 HO2' A 56 H2'' A 56 18.949 4.655 -13.989 602 H1' A 56 H1' A 56 17.297 6.413 -12.456 603 H8 A 56 H8 A 56 14.563 3.885 -11.346 604 H61 A 56 H61 A 56 14.582 7.057 -6.020 605 H62 A 56 H62 A 56 13.809 5.771 -6.939 606 H2 A 56 H2 A 56 17.861 8.670 -8.617 607 H5' A 57 H5' A 57 20.781 2.219 -13.040 608 H5'' A 57 H5'' A 57 21.163 0.502 -12.789 609 H4' A 57 H4' A 57 22.173 1.940 -11.048 610 H3' A 57 H3' A 57 20.025 -0.005 -10.175 611 H2' A 57 H2' A 57 20.164 0.779 -8.015 612 HO2' A 57 H2'' A 57 22.490 2.241 -8.157 613 H1' A 57 H1' A 57 20.974 3.421 -8.567 614 H8 A 57 H8 A 57 17.790 2.028 -10.246 615 H61 A 57 H61 A 57 14.766 4.599 -5.510 616 H62 A 57 H62 A 57 14.600 3.788 -7.041 617 H2 A 57 H2 A 57 19.158 4.955 -4.698 618 H5' C 58 H5' C 58 23.632 -0.424 -7.507 619 H5'' C 58 H5'' C 58 23.797 -2.151 -7.129 620 H4' C 58 H4' C 58 23.758 -0.785 -5.082 621 H3' C 58 H3' C 58 21.362 -2.583 -5.522 622 H2' C 58 H2' C 58 20.417 -1.801 -3.540 623 HO2' C 58 H2'' C 58 23.101 -1.420 -2.821 624 H1' C 58 H1' C 58 21.517 0.802 -3.595 625 H41 C 58 H41 C 58 15.404 1.724 -5.169 626 H42 C 58 H42 C 58 15.584 0.737 -6.602 627 H5 C 58 H5 C 58 17.627 -0.398 -7.175 628 H6 C 58 H6 C 58 19.938 -0.845 -6.495 629 H5' C 59 H5' C 59 22.572 -2.998 -1.729 630 H5'' C 59 H5'' C 59 22.208 -4.554 -0.957 631 H4' C 59 H4' C 59 20.982 -2.577 0.012 632 H3' C 59 H3' C 59 19.444 -4.922 -1.114 633 H2' C 59 H2' C 59 17.454 -3.817 -0.798 634 HO2' C 59 H2'' C 59 18.391 -1.941 1.055 635 H1' C 59 H1' C 59 18.483 -1.144 -0.744 636 H41 C 59 H41 C 59 14.527 -1.054 -5.712 637 H42 C 59 H42 C 59 15.496 -2.242 -6.562 638 H5 C 59 H5 C 59 17.435 -3.297 -5.601 639 H6 C 59 H6 C 59 18.868 -3.447 -3.617 640 H5' G 60 H5' G 60 18.495 -3.141 2.840 641 H5'' G 60 H5'' G 60 18.382 -4.425 4.062 642 H4' G 60 H4' G 60 16.722 -2.741 4.557 643 H3' G 60 H3' G 60 15.591 -5.304 3.434 644 H2' G 60 H2' G 60 13.448 -4.418 3.463 645 HO2' G 60 H2'' G 60 13.814 -2.146 4.937 646 H1' G 60 H1' G 60 14.109 -1.711 3.080 647 H8 G 60 H8 G 60 15.692 -3.959 0.483 648 H1 G 60 H1 G 60 9.584 -2.473 -0.799 649 H21 G 60 H21 G 60 8.656 -1.489 0.953 650 H22 G 60 H22 G 60 9.530 -1.192 2.440 651 H5' G 61 H5' G 61 13.333 -3.854 6.472 652 H5'' G 61 H5'' G 61 13.009 -5.010 7.780 653 H4' G 61 H4' G 61 10.944 -3.903 7.142 654 H3' G 61 H3' G 61 11.151 -6.811 6.357 655 H2' G 61 H2' G 61 9.127 -6.706 5.255 656 HO2' G 61 H2'' G 61 8.399 -4.393 6.749 657 H1' G 61 H1' G 61 9.108 -3.927 4.676 658 H8 G 61 H8 G 61 11.990 -6.117 3.359 659 H1 G 61 H1 G 61 6.985 -5.544 -0.617 660 H21 G 61 H21 G 61 5.316 -4.503 0.403 661 H22 G 61 H22 G 61 5.426 -3.949 2.059 662 H5' G 62 H5' G 62 7.485 -5.770 8.079 663 H5'' G 62 H5'' G 62 6.898 -6.872 9.340 664 H4' G 62 H4' G 62 5.125 -6.416 7.728 665 H3' G 62 H3' G 62 6.256 -9.217 7.691 666 H2' G 62 H2' G 62 4.917 -9.784 5.884 667 HO2' G 62 H2'' G 62 3.001 -8.291 5.457 668 H1' G 62 H1' G 62 4.616 -7.175 4.773 669 H8 G 62 H8 G 62 8.131 -8.681 5.304 670 H1 G 62 H1 G 62 5.594 -9.656 -0.509 671 H21 G 62 H21 G 62 3.489 -8.958 -0.545 672 H22 G 62 H22 G 62 2.707 -8.256 0.852 673 H5' G 63 H5' G 63 2.923 -12.708 9.434 674 H5'' G 63 H5'' G 63 4.549 -12.531 8.748 675 H4' G 63 H4' G 63 1.913 -12.871 7.311 676 H3' G 63 H3' G 63 4.456 -14.446 7.518 677 H2' G 63 H2' G 63 4.548 -14.902 5.240 678 HO2' G 63 H2'' G 63 1.881 -15.031 5.546 679 H1' G 63 H1' G 63 3.429 -12.585 4.222 680 H8 G 63 H8 G 63 6.008 -12.128 7.050 681 H1 G 63 H1 G 63 8.480 -12.121 1.132 682 H21 G 63 H21 G 63 6.924 -12.652 -0.348 683 H22 G 63 H22 G 63 5.277 -13.011 0.110 684 H5' A 64 H5' A 64 4.240 -18.885 8.694 685 H5'' A 64 H5'' A 64 5.536 -17.830 8.093 686 H4' A 64 H4' A 64 5.796 -20.042 7.136 687 H3' A 64 H3' A 64 5.090 -17.775 5.338 688 H2' A 64 H2' A 64 4.452 -19.077 3.528 689 HO2' A 64 H2'' A 64 6.050 -20.425 3.086 690 H1' A 64 H1' A 64 3.441 -21.310 4.769 691 H8 A 64 H8 A 64 2.142 -18.303 6.638 692 H61 A 64 H61 A 64 -2.243 -17.859 2.297 693 H62 A 64 H62 A 64 -1.693 -17.285 3.856 694 H2 A 64 H2 A 64 0.777 -20.873 0.916 695 H5' A 65 H5' A 65 8.199 -17.450 1.274 696 H5'' A 65 H5'' A 65 6.774 -16.875 2.164 697 H4' A 65 H4' A 65 6.953 -19.538 0.715 698 H3' A 65 H3' A 65 6.036 -16.844 -0.226 699 H2' A 65 H2' A 65 3.976 -17.607 -0.985 700 HO2' A 65 H2'' A 65 5.429 -19.931 -1.414 701 H1' A 65 H1' A 65 3.465 -19.607 0.848 702 H8 A 65 H8 A 65 4.647 -16.867 3.037 703 H61 A 65 H61 A 65 -0.836 -14.102 2.237 704 H62 A 65 H62 A 65 0.647 -14.118 3.162 705 H2 A 65 H2 A 65 -0.499 -17.425 -0.758 706 H5' A 66 H5' A 66 5.845 -18.515 -4.253 707 H5'' A 66 H5'' A 66 6.466 -17.192 -5.262 708 H4' A 66 H4' A 66 4.008 -17.725 -5.553 709 H3' A 66 H3' A 66 5.040 -14.979 -4.915 710 H2' A 66 H2' A 66 2.918 -14.108 -4.525 711 HO2' A 66 H2'' A 66 1.664 -16.359 -5.724 712 H1' A 66 H1' A 66 1.659 -16.328 -3.469 713 H8 A 66 H8 A 66 5.207 -15.563 -2.153 714 H61 A 66 H61 A 66 2.342 -12.289 2.251 715 H62 A 66 H62 A 66 3.884 -12.898 1.681 716 H2 A 66 H2 A 66 -0.747 -13.675 -0.685 717 H5' C 67 H5' C 67 2.385 -14.008 -7.365 718 H5'' C 67 H5'' C 67 2.737 -12.752 -8.570 719 H4' C 67 H4' C 67 1.123 -11.968 -6.879 720 H3' C 67 H3' C 67 3.815 -10.624 -7.038 721 H2' C 67 H2' C 67 3.369 -9.306 -5.165 722 HO2' C 67 H2'' C 67 0.975 -9.443 -4.399 723 H1' C 67 H1' C 67 1.867 -11.102 -3.698 724 H41 C 67 H41 C 67 7.706 -11.375 -1.170 725 H42 C 67 H42 C 67 8.236 -12.421 -2.467 726 H5 C 67 H5 C 67 6.851 -12.991 -4.354 727 H6 C 67 H6 C 67 4.656 -12.684 -5.402 728 H5' U 68 H5' U 68 0.961 -7.884 -6.244 729 H5'' U 68 H5'' U 68 0.997 -6.409 -7.231 730 H4' U 68 H4' U 68 1.001 -5.920 -4.803 731 H3' U 68 H3' U 68 3.426 -5.129 -6.422 732 H2' U 68 H2' U 68 4.489 -4.339 -4.515 733 HO2' U 68 H2'' U 68 2.519 -4.362 -2.657 734 H1' U 68 H1' U 68 3.343 -6.105 -2.647 735 H3 U 68 H3 U 68 7.748 -7.071 -2.190 736 H5 U 68 H5 U 68 6.787 -8.508 -6.034 737 H6 U 68 H6 U 68 4.589 -7.508 -5.786 738 H5' U 69 H5' U 69 1.716 -1.932 -4.035 739 H5'' U 69 H5'' U 69 1.976 -0.285 -4.641 740 H4' U 69 H4' U 69 2.806 -0.674 -2.300 741 H3' U 69 H3' U 69 4.769 0.170 -4.448 742 H2' U 69 H2' U 69 6.501 0.092 -2.892 743 HO2' U 69 H2'' U 69 4.846 -0.128 -0.637 744 H1' U 69 H1' U 69 5.479 -1.965 -1.267 745 H3 U 69 H3 U 69 9.383 -3.833 -2.598 746 H5 U 69 H5 U 69 7.176 -3.476 -6.172 747 H6 U 69 H6 U 69 5.463 -2.297 -4.920 748 H5' G 70 H5' G 70 4.949 2.196 -1.017 749 H5'' G 70 H5'' G 70 5.450 3.896 -0.924 750 H4' G 70 H4' G 70 6.852 2.232 0.400 751 H3' G 70 H3' G 70 8.112 4.084 -1.640 752 H2' G 70 H2' G 70 10.163 3.050 -1.349 753 HO2' G 70 H2'' G 70 9.207 2.432 1.259 754 H1' G 70 H1' G 70 9.189 0.541 -0.372 755 H8 G 70 H8 G 70 8.143 1.221 -3.957 756 H1 G 70 H1 G 70 14.011 -1.283 -3.292 757 H21 G 70 H21 G 70 14.650 -1.172 -1.166 758 H22 G 70 H22 G 70 13.621 -0.498 0.084 759 H5' G 71 H5' G 71 10.035 3.724 2.740 760 H5'' G 71 H5'' G 71 9.931 5.442 3.183 761 H4' G 71 H4' G 71 11.945 4.862 4.162 762 H3' G 71 H3' G 71 12.454 5.955 1.419 763 H2' G 71 H2' G 71 14.694 5.310 1.399 764 HO2' G 71 H2'' G 71 14.489 5.825 4.053 765 H1' G 71 H1' G 71 14.539 2.930 2.731 766 H8 G 71 H8 G 71 11.506 2.681 0.705 767 H1 G 71 H1 G 71 16.740 2.320 -2.982 768 H21 G 71 H21 G 71 18.527 2.953 -1.843 769 H22 G 71 H22 G 71 18.443 3.469 -0.171 770 H5' U 72 H5' U 72 15.619 7.608 3.505 771 H5'' U 72 H5'' U 72 15.524 9.382 3.473 772 H4' U 72 H4' U 72 17.735 8.722 2.766 773 H3' U 72 H3' U 72 15.949 9.753 0.561 774 H2' U 72 H2' U 72 17.593 9.349 -1.031 775 HO2' U 72 H2'' U 72 19.828 8.789 -0.151 776 H1' U 72 H1' U 72 18.710 7.061 0.080 777 H3 U 72 H3 U 72 16.942 5.531 -3.813 778 H5 U 72 H5 U 72 13.596 6.203 -1.340 779 H6 U 72 H6 U 72 15.083 7.226 0.282 780 H5' U 73 H5' U 73 19.791 12.006 0.248 781 H5'' U 73 H5'' U 73 19.367 13.694 -0.109 782 H4' U 73 H4' U 73 20.970 12.734 -1.749 783 H3' U 73 H3' U 73 18.236 13.579 -2.739 784 H2' U 73 H2' U 73 18.801 12.893 -4.904 785 HO2' U 73 H2'' U 73 21.332 12.240 -4.920 786 H1' U 73 H1' U 73 20.355 10.687 -4.227 787 H3 U 73 H3 U 73 16.881 8.659 -6.271 788 H5 U 73 H5 U 73 15.223 10.126 -2.684 789 H6 U 73 H6 U 73 17.323 11.263 -2.255 790 H5' C 74 H5' C 74 20.769 15.109 -5.528 791 H5'' C 74 H5'' C 74 20.340 16.757 -6.034 792 H4' C 74 H4' C 74 20.275 15.235 -7.949 793 H3' C 74 H3' C 74 17.559 16.225 -7.014 794 H2' C 74 H2' C 74 16.581 15.001 -8.758 795 HO2' C 74 H2'' C 74 17.463 15.181 -10.651 796 H1' C 74 H1' C 74 18.445 12.889 -8.817 797 H41 C 74 H41 C 74 13.363 10.282 -6.006 798 H42 C 74 H42 C 74 13.559 11.311 -4.607 799 H5 C 74 H5 C 74 15.240 13.032 -4.461 800 H6 C 74 H6 C 74 17.093 14.136 -5.626 801 H5' U 75 H5' U 75 17.888 17.791 -10.799 802 H5'' U 75 H5'' U 75 16.915 19.212 -11.227 803 H4' U 75 H4' U 75 16.009 17.085 -12.153 804 H3' U 75 H3' U 75 14.304 18.604 -10.163 805 H2' U 75 H2' U 75 12.699 16.951 -10.300 806 HO2' U 75 H2'' U 75 12.911 15.468 -12.316 807 H1' U 75 H1' U 75 14.420 14.831 -11.142 808 H3 U 75 H3 U 75 12.250 12.739 -7.803 809 H5 U 75 H5 U 75 14.320 15.838 -5.832 810 H6 U 75 H6 U 75 14.995 16.681 -8.007 811 H5' U 76 H5' U 76 12.167 17.864 -14.141 812 H5'' U 76 H5'' U 76 11.038 19.206 -14.414 813 H4' U 76 H4' U 76 10.000 16.922 -14.584 814 H3' U 76 H3' U 76 8.980 18.955 -12.607 815 H2' U 76 H2' U 76 7.552 17.427 -11.621 816 HO2' U 76 H2'' U 76 6.546 15.811 -12.761 817 H1' U 76 H1' U 76 8.934 15.034 -12.291 818 H3 U 76 H3 U 76 8.581 14.522 -7.817 819 H5 U 76 H5 U 76 11.032 17.926 -8.239 820 H6 U 76 H6 U 76 10.650 17.823 -10.632 821 H5' C 77 H5' C 77 4.396 19.742 -12.645 822 H5'' C 77 H5'' C 77 5.805 19.350 -11.638 823 H4' C 77 H4' C 77 3.769 17.244 -12.371 824 H3' C 77 H3' C 77 3.535 19.349 -10.233 825 H2' C 77 H2' C 77 3.002 17.796 -8.604 826 HO2' C 77 H2'' C 77 2.290 15.873 -10.583 827 H1' C 77 H1' C 77 4.294 15.531 -9.705 828 H41 C 77 H41 C 77 7.596 17.108 -4.481 829 H42 C 77 H42 C 77 8.518 18.260 -5.423 830 H5 C 77 H5 C 77 8.017 18.787 -7.721 831 H6 C 77 H6 C 77 6.530 18.317 -9.613 832 H5' C 78 H5' C 78 -0.480 20.596 -8.611 833 H5'' C 78 H5'' C 78 1.095 20.241 -7.873 834 H4' C 78 H4' C 78 -1.398 18.546 -7.529 835 H3' C 78 H3' C 78 -0.288 20.798 -5.875 836 H2' C 78 H2' C 78 -0.475 19.603 -3.900 837 HO2' C 78 H2'' C 78 -2.033 17.493 -4.645 838 H1' C 78 H1' C 78 -0.180 16.996 -4.901 839 H41 C 78 H41 C 78 5.239 18.303 -1.819 840 H42 C 78 H42 C 78 5.850 19.132 -3.239 841 H5 C 78 H5 C 78 4.519 19.521 -5.211 842 H6 C 78 H6 C 78 2.322 19.202 -6.248 843 H5' U 79 H5' U 79 -3.421 22.968 -2.826 844 H5'' U 79 H5'' U 79 -1.720 22.585 -3.164 845 H4' U 79 H4' U 79 -3.467 20.767 -1.496 846 H3' U 79 H3' U 79 -2.026 23.263 -0.630 847 H2' U 79 H2' U 79 -0.976 22.189 1.120 848 HO2' U 79 H2'' U 79 -3.220 20.424 1.085 849 H1' U 79 H1' U 79 -1.109 19.518 0.142 850 H3 U 79 H3 U 79 3.085 20.788 1.715 851 H5 U 79 H5 U 79 3.003 21.408 -2.453 852 H6 U 79 H6 U 79 0.600 21.080 -2.388 853 H5' A 80 H5' A 80 -3.411 21.595 2.613 854 H5'' A 80 H5'' A 80 -4.620 22.534 3.512 855 H4' A 80 H4' A 80 -2.916 21.629 5.024 856 H3' A 80 H3' A 80 -3.718 24.288 5.058 857 H2' A 80 H2' A 80 -1.835 25.274 4.096 858 HO2' A 80 H2'' A 80 -0.643 26.091 5.702 859 H1' A 80 H1' A 80 0.096 23.283 5.216 860 H8 A 80 H8 A 80 -1.241 24.884 1.912 861 H61 A 80 H61 A 80 4.697 24.869 0.169 862 H62 A 80 H62 A 80 3.067 25.328 -0.270 863 H2 A 80 H2 A 80 4.425 22.912 4.195 864 H5' A 81 H5' A 81 -3.015 24.318 10.876 865 H5'' A 81 H5'' A 81 -1.620 24.185 9.787 866 H4' A 81 H4' A 81 -2.842 22.086 11.583 867 H3' A 81 H3' A 81 -0.189 23.441 11.375 868 H2' A 81 H2' A 81 1.068 21.493 11.477 869 HO2' A 81 H2'' A 81 -0.083 19.480 12.245 870 H1' A 81 H1' A 81 -0.591 19.701 10.227 871 H8 A 81 H8 A 81 -0.834 22.652 7.999 872 H61 A 81 H61 A 81 4.738 21.178 5.744 873 H62 A 81 H62 A 81 3.312 22.167 5.526 874 H2 A 81 H2 A 81 4.045 18.737 9.441 875 H5' G 82 H5' G 82 0.578 21.109 14.435 876 H5'' G 82 H5'' G 82 0.965 21.960 15.944 877 H4' G 82 H4' G 82 2.744 20.395 15.447 878 H3' G 82 H3' G 82 3.371 23.316 15.231 879 H2' G 82 H2' G 82 5.424 22.988 14.166 880 HO2' G 82 H2'' G 82 5.532 20.879 15.785 881 H1' G 82 H1' G 82 4.860 20.825 12.611 882 H8 G 82 H8 G 82 1.895 23.236 12.670 883 H1 G 82 H1 G 82 6.451 24.738 8.410 884 H21 G 82 H21 G 82 8.243 23.470 8.731 885 H22 G 82 H22 G 82 8.322 22.258 9.991 886 H5' U 83 H5' U 83 7.106 22.571 16.826 887 H5'' U 83 H5'' U 83 7.172 23.507 18.334 888 H4' U 83 H4' U 83 8.962 24.243 16.879 889 H3' U 83 H3' U 83 6.675 26.183 17.213 890 H2' U 83 H2' U 83 7.603 27.651 15.674 891 HO2' U 83 H2'' U 83 9.642 28.053 16.109 892 H1' U 83 H1' U 83 8.828 25.815 13.974 893 H3 U 83 H3 U 83 5.778 27.713 11.226 894 H5 U 83 H5 U 83 3.453 25.444 13.911 895 H6 U 83 H6 U 83 5.475 24.982 15.170 896 H5' C 84 H5' C 84 10.382 28.375 18.445 897 H5'' C 84 H5'' C 84 9.992 29.602 19.668 898 H4' C 84 H4' C 84 11.005 30.501 17.531 899 H3' C 84 H3' C 84 8.308 31.461 18.496 900 H2' C 84 H2' C 84 8.019 32.750 16.577 901 HO2' C 84 H2'' C 84 10.802 32.841 16.656 902 H1' C 84 H1' C 84 9.395 31.144 14.754 903 H41 C 84 H41 C 84 3.296 29.908 13.443 904 H42 C 84 H42 C 84 3.081 29.109 14.982 905 H5 C 84 H5 C 84 4.808 28.994 16.658 906 H6 C 84 H6 C 84 7.111 29.619 17.219 907 H5' C 85 H5' C 85 10.554 34.903 17.335 908 H5'' C 85 H5'' C 85 10.310 36.255 18.459 909 H4' C 85 H4' C 85 9.753 36.822 16.095 910 H3' C 85 H3' C 85 7.572 36.937 18.186 911 H2' C 85 H2' C 85 6.001 37.476 16.574 912 HO2' C 85 H2'' C 85 8.220 38.584 15.218 913 H1' C 85 H1' C 85 7.255 36.236 14.354 914 H41 C 85 H41 C 85 2.053 32.714 15.377 915 H42 C 85 H42 C 85 2.736 32.083 16.865 916 H5 C 85 H5 C 85 4.842 32.823 17.767 917 H6 C 85 H6 C 85 6.753 34.324 17.443 918 H5' U 86 H5' U 86 6.897 39.949 15.898 919 H5'' U 86 H5'' U 86 6.681 41.513 16.704 920 H4' U 86 H4' U 86 4.745 41.021 15.315 921 H3' U 86 H3' U 86 4.352 41.015 18.286 922 HO3' U 86 H3T U 86 4.444 42.988 17.251 923 H2' U 86 H2' U 86 2.406 39.834 18.159 924 HO2' U 86 H2'' U 86 0.790 40.479 16.604 925 H1' U 86 H1' U 86 2.539 39.423 15.219 926 H3 U 86 H3 U 86 0.082 35.743 16.127 927 H5 U 86 H5 U 86 3.478 35.288 18.581 928 H6 U 86 H6 U 86 4.202 37.495 17.877 Start of MODEL 8 1 H5' G 1 H5' G 1 6.460 -41.696 7.764 2 H5'' G 1 H5'' G 1 6.847 -40.396 6.622 3 H4' G 1 H4' G 1 6.005 -42.228 5.337 4 H3' G 1 H3' G 1 4.196 -39.858 5.593 5 H2' G 1 H2' G 1 2.335 -40.934 4.717 6 HO2' G 1 H2'' G 1 4.239 -42.694 3.543 7 H1' G 1 H1' G 1 2.707 -43.475 5.667 8 H8 G 1 H8 G 1 3.623 -41.213 8.511 9 H1 G 1 H1 G 1 -2.713 -41.671 7.621 10 H21 G 1 H21 G 1 -3.140 -42.663 5.679 11 H22 G 1 H22 G 1 -1.871 -43.208 4.606 12 HO5' G 1 H5T G 1 5.729 -39.548 8.360 13 H5' G 2 H5' G 2 3.012 -41.332 2.213 14 H5'' G 2 H5'' G 2 3.188 -40.217 0.844 15 H4' G 2 H4' G 2 0.893 -41.005 0.959 16 H3' G 2 H3' G 2 1.336 -38.112 1.697 17 H2' G 2 H2' G 2 -0.884 -37.848 2.266 18 HO2' G 2 H2'' G 2 -2.493 -38.739 1.144 19 H1' G 2 H1' G 2 -1.471 -40.542 2.948 20 H8 G 2 H8 G 2 1.396 -38.869 4.859 21 H1 G 2 H1 G 2 -4.422 -37.990 7.420 22 H21 G 2 H21 G 2 -5.983 -38.724 6.024 23 H22 G 2 H22 G 2 -5.600 -39.428 4.471 24 H5' G 3 H5' G 3 -1.951 -38.449 -0.832 25 H5'' G 3 H5'' G 3 -1.945 -37.301 -2.186 26 H4' G 3 H4' G 3 -4.081 -37.309 -0.902 27 H3' G 3 H3' G 3 -2.435 -34.783 -1.056 28 H2' G 3 H2' G 3 -3.849 -33.692 0.397 29 HO2' G 3 H2'' G 3 -5.819 -33.731 -0.412 30 H1' G 3 H1' G 3 -4.918 -35.975 1.733 31 H8 G 3 H8 G 3 -1.164 -35.647 2.132 32 H1 G 3 H1 G 3 -4.546 -32.056 6.235 33 H21 G 3 H21 G 3 -6.679 -32.009 5.626 34 H22 G 3 H22 G 3 -7.271 -32.862 4.219 35 H5' A 4 H5' A 4 -6.798 -34.348 -2.444 36 H5'' A 4 H5'' A 4 -6.820 -33.303 -3.880 37 H4' A 4 H4' A 4 -8.591 -32.629 -2.365 38 H3' A 4 H3' A 4 -6.266 -30.733 -2.644 39 H2' A 4 H2' A 4 -7.093 -29.320 -0.992 40 HO2' A 4 H2'' A 4 -9.544 -30.164 -0.430 41 H1' A 4 H1' A 4 -8.322 -31.211 0.645 42 H8 A 4 H8 A 4 -4.734 -31.877 -0.650 43 H61 A 4 H61 A 4 -2.877 -29.453 4.729 44 H62 A 4 H62 A 4 -2.374 -30.246 3.256 45 H2 A 4 H2 A 4 -7.334 -29.012 4.474 46 H5' U 5 H5' U 5 -9.443 -28.310 -2.549 47 H5'' U 5 H5'' U 5 -9.358 -26.950 -3.689 48 H4' U 5 H4' U 5 -9.415 -26.221 -1.313 49 H3' U 5 H3' U 5 -7.029 -25.569 -3.032 50 H2' U 5 H2' U 5 -5.845 -24.708 -1.237 51 HO2' U 5 H2'' U 5 -8.425 -24.069 -0.292 52 H1' U 5 H1' U 5 -7.079 -26.175 0.855 53 H3 U 5 H3 U 5 -2.781 -27.340 1.585 54 H5 U 5 H5 U 5 -3.590 -28.920 -2.238 55 H6 U 5 H6 U 5 -5.765 -27.846 -2.149 56 H5' A 6 H5' A 6 -9.051 -20.881 -3.823 57 H5'' A 6 H5'' A 6 -7.422 -20.174 -3.829 58 H4' A 6 H4' A 6 -9.190 -20.900 -1.518 59 H3' A 6 H3' A 6 -8.267 -18.457 -2.551 60 H2' A 6 H2' A 6 -6.100 -18.472 -1.719 61 HO2' A 6 H2'' A 6 -7.478 -17.088 -0.248 62 H1' A 6 H1' A 6 -6.714 -20.181 0.653 63 H8 A 6 H8 A 6 -4.862 -21.154 -2.605 64 H61 A 6 H61 A 6 0.248 -21.155 0.891 65 H62 A 6 H62 A 6 -0.413 -21.512 -0.691 66 H2 A 6 H2 A 6 -3.147 -19.632 3.391 67 H5' U 7 H5' U 7 -10.596 -17.228 1.924 68 H5'' U 7 H5'' U 7 -10.152 -15.516 2.079 69 H4' U 7 H4' U 7 -9.239 -16.307 4.026 70 H3' U 7 H3' U 7 -7.222 -16.153 1.953 71 H2' U 7 H2' U 7 -6.473 -18.329 2.142 72 HO2' U 7 H2'' U 7 -5.477 -18.510 4.513 73 H1' U 7 H1' U 7 -7.597 -18.642 4.913 74 H3 U 7 H3 U 7 -9.594 -22.781 3.191 75 H5 U 7 H5 U 7 -5.437 -22.530 2.542 76 H6 U 7 H6 U 7 -5.554 -20.178 3.130 77 H5' G 8 H5' G 8 -3.613 -17.255 4.403 78 H5'' G 8 H5'' G 8 -3.626 -15.621 5.101 79 H4' G 8 H4' G 8 -1.417 -15.830 4.427 80 H3' G 8 H3' G 8 -3.047 -14.413 2.375 81 H2' G 8 H2' G 8 -1.529 -14.656 0.653 82 HO2' G 8 H2'' G 8 0.233 -13.720 1.678 83 H1' G 8 H1' G 8 -0.268 -17.013 1.336 84 H8 G 8 H8 G 8 -3.993 -17.479 1.626 85 H1 G 8 H1 G 8 -1.880 -17.802 -4.422 86 H21 G 8 H21 G 8 0.232 -17.144 -4.531 87 H22 G 8 H22 G 8 1.126 -16.620 -3.129 88 H5' G 9 H5' G 9 -3.847 -11.283 0.667 89 H5'' G 9 H5'' G 9 -3.206 -12.932 0.684 90 H4' G 9 H4' G 9 -1.083 -10.953 0.427 91 H3' G 9 H3' G 9 -3.389 -10.721 -1.480 92 H2' G 9 H2' G 9 -2.058 -10.978 -3.378 93 HO2' G 9 H2'' G 9 0.454 -10.826 -2.304 94 H1' G 9 H1' G 9 -0.155 -12.722 -2.435 95 H8 G 9 H8 G 9 -3.108 -14.366 -1.067 96 H1 G 9 H1 G 9 -3.098 -14.664 -7.477 97 H21 G 9 H21 G 9 -1.611 -13.241 -8.307 98 H22 G 9 H22 G 9 -0.623 -12.218 -7.285 99 H5' A 10 H5' A 10 -1.298 -7.407 -2.635 100 H5'' A 10 H5'' A 10 -2.155 -5.858 -2.500 101 H4' A 10 H4' A 10 -1.511 -6.259 -4.814 102 H3' A 10 H3' A 10 -4.469 -6.414 -4.217 103 H2' A 10 H2' A 10 -4.930 -7.020 -6.403 104 HO2' A 10 H2'' A 10 -3.937 -6.102 -8.062 105 H1' A 10 H1' A 10 -2.431 -8.240 -7.008 106 H8 A 10 H8 A 10 -4.266 -9.692 -3.981 107 H61 A 10 H61 A 10 -6.981 -13.533 -8.013 108 H62 A 10 H62 A 10 -6.732 -13.151 -6.320 109 H2 A 10 H2 A 10 -4.702 -10.448 -10.342 110 H5' A 11 H5' A 11 -3.486 -3.944 -7.485 111 H5'' A 11 H5'' A 11 -4.548 -2.560 -7.819 112 H4' A 11 H4' A 11 -4.285 -4.166 -9.733 113 H3' A 11 H3' A 11 -7.009 -3.543 -8.582 114 H2' A 11 H2' A 11 -8.017 -5.072 -10.002 115 HO2' A 11 H2'' A 11 -5.955 -4.294 -11.683 116 H1' A 11 H1' A 11 -5.856 -6.852 -10.311 117 H8 A 11 H8 A 11 -7.258 -5.962 -6.792 118 H61 A 11 H61 A 11 -10.512 -11.190 -7.415 119 H62 A 11 H62 A 11 -10.093 -9.876 -6.351 120 H2 A 11 H2 A 11 -8.331 -10.441 -11.264 121 H5' G 12 H5' G 12 -6.862 -3.483 -13.310 122 H5'' G 12 H5'' G 12 -7.414 -1.816 -13.563 123 H4' G 12 H4' G 12 -8.658 -2.876 -15.175 124 H3' G 12 H3' G 12 -10.260 -2.896 -12.638 125 H2' G 12 H2' G 12 -11.839 -4.393 -13.473 126 HO2' G 12 H2'' G 12 -11.031 -3.310 -15.925 127 H1' G 12 H1' G 12 -10.231 -6.005 -15.000 128 H8 G 12 H8 G 12 -7.963 -5.878 -12.240 129 H1 G 12 H1 G 12 -13.434 -8.662 -10.377 130 H21 G 12 H21 G 12 -15.038 -8.254 -11.853 131 H22 G 12 H22 G 12 -14.765 -7.301 -13.295 132 H5' A 13 H5' A 13 -13.084 -1.435 -15.636 133 H5'' A 13 H5'' A 13 -13.866 0.066 -15.100 134 H4' A 13 H4' A 13 -15.541 -1.602 -15.731 135 H3' A 13 H3' A 13 -15.370 -0.790 -12.841 136 H2' A 13 H2' A 13 -16.899 -2.413 -12.160 137 HO2' A 13 H2'' A 13 -18.613 -2.250 -13.458 138 H1' A 13 H1' A 13 -16.210 -4.459 -13.858 139 H8 A 13 H8 A 13 -13.137 -2.616 -12.517 140 H61 A 13 H61 A 13 -13.415 -6.543 -7.732 141 H62 A 13 H62 A 13 -12.476 -5.290 -8.520 142 H2 A 13 H2 A 13 -17.106 -7.108 -10.217 143 H5' A 14 H5' A 14 -19.715 -0.291 -13.273 144 H5'' A 14 H5'' A 14 -20.013 1.396 -12.806 145 H4' A 14 H4' A 14 -21.393 -0.079 -11.455 146 H3' A 14 H3' A 14 -19.143 1.341 -10.047 147 H2' A 14 H2' A 14 -19.533 0.197 -8.053 148 HO2' A 14 H2'' A 14 -21.552 -0.964 -7.731 149 H1' A 14 H1' A 14 -20.290 -2.253 -9.065 150 H8 A 14 H8 A 14 -17.277 -0.563 -10.781 151 H61 A 14 H61 A 14 -13.810 -3.749 -6.763 152 H62 A 14 H62 A 14 -13.795 -2.707 -8.167 153 H2 A 14 H2 A 14 -18.113 -4.331 -5.651 154 H5' C 15 H5' C 15 -22.499 1.935 -7.288 155 H5'' C 15 H5'' C 15 -22.438 3.638 -6.790 156 H4' C 15 H4' C 15 -22.339 2.096 -4.858 157 H3' C 15 H3' C 15 -19.922 3.820 -5.420 158 H2' C 15 H2' C 15 -18.770 2.833 -3.668 159 HO2' C 15 H2'' C 15 -20.976 1.622 -2.450 160 H1' C 15 H1' C 15 -20.074 0.321 -3.690 161 H41 C 15 H41 C 15 -14.196 -0.986 -5.745 162 H42 C 15 H42 C 15 -14.452 -0.061 -7.199 163 H5 C 15 H5 C 15 -16.471 1.179 -7.630 164 H6 C 15 H6 C 15 -18.675 1.800 -6.755 165 H5' C 16 H5' C 16 -21.069 3.939 -1.458 166 H5'' C 16 H5'' C 16 -20.694 5.408 -0.534 167 H4' C 16 H4' C 16 -19.601 3.288 0.312 168 H3' C 16 H3' C 16 -17.979 5.725 -0.415 169 H2' C 16 H2' C 16 -15.992 4.582 -0.184 170 HO2' C 16 H2'' C 16 -16.699 2.401 1.273 171 H1' C 16 H1' C 16 -16.997 1.922 -0.508 172 H41 C 16 H41 C 16 -12.846 2.476 -5.273 173 H42 C 16 H42 C 16 -13.839 3.690 -6.052 174 H5 C 16 H5 C 16 -15.855 4.575 -5.076 175 H6 C 16 H6 C 16 -17.358 4.490 -3.139 176 H5' G 17 H5' G 17 -17.503 3.448 3.594 177 H5'' G 17 H5'' G 17 -17.434 4.686 4.863 178 H4' G 17 H4' G 17 -16.001 2.886 5.530 179 H3' G 17 H3' G 17 -14.547 5.343 4.569 180 H2' G 17 H2' G 17 -12.483 4.293 4.723 181 HO2' G 17 H2'' G 17 -12.255 2.332 6.011 182 H1' G 17 H1' G 17 -13.256 1.677 4.151 183 H8 G 17 H8 G 17 -14.748 3.895 1.543 184 H1 G 17 H1 G 17 -8.474 2.907 0.637 185 H21 G 17 H21 G 17 -7.583 1.958 2.431 186 H22 G 17 H22 G 17 -8.525 1.565 3.850 187 H5' G 18 H5' G 18 -12.584 3.639 7.670 188 H5'' G 18 H5'' G 18 -12.235 4.727 9.028 189 H4' G 18 H4' G 18 -10.236 3.462 8.377 190 H3' G 18 H3' G 18 -10.225 6.442 7.943 191 H2' G 18 H2' G 18 -8.194 6.371 6.836 192 HO2' G 18 H2'' G 18 -7.697 3.865 8.110 193 H1' G 18 H1' G 18 -8.322 3.760 5.794 194 H8 G 18 H8 G 18 -11.247 6.143 5.064 195 H1 G 18 H1 G 18 -6.480 6.354 0.773 196 H21 G 18 H21 G 18 -4.761 5.148 1.484 197 H22 G 18 H22 G 18 -4.781 4.291 3.010 198 H5' G 19 H5' G 19 -6.532 5.304 9.287 199 H5'' G 19 H5'' G 19 -5.981 6.208 10.713 200 H4' G 19 H4' G 19 -4.231 6.246 9.044 201 H3' G 19 H3' G 19 -5.678 8.852 9.486 202 H2' G 19 H2' G 19 -4.599 9.869 7.713 203 HO2' G 19 H2'' G 19 -2.502 9.322 8.649 204 H1' G 19 H1' G 19 -3.984 7.550 6.181 205 H8 G 19 H8 G 19 -7.619 8.492 7.146 206 H1 G 19 H1 G 19 -5.707 10.460 1.346 207 H21 G 19 H21 G 19 -3.550 10.029 1.066 208 H22 G 19 H22 G 19 -2.579 9.259 2.302 209 H5' G 20 H5' G 20 -3.917 12.466 11.458 210 H5'' G 20 H5'' G 20 -5.337 11.853 10.590 211 H4' G 20 H4' G 20 -3.037 13.487 9.494 212 H3' G 20 H3' G 20 -5.939 14.006 10.010 213 H2' G 20 H2' G 20 -6.331 14.958 7.931 214 HO2' G 20 H2'' G 20 -4.927 16.301 7.084 215 H1' G 20 H1' G 20 -4.541 13.539 6.368 216 H8 G 20 H8 G 20 -6.380 11.170 8.681 217 H1 G 20 H1 G 20 -9.734 12.738 3.444 218 H21 G 20 H21 G 20 -8.736 14.386 2.358 219 H22 G 20 H22 G 20 -7.246 15.110 2.915 220 H5' A 21 H5' A 21 -7.127 18.389 11.476 221 H5'' A 21 H5'' A 21 -7.975 17.123 10.564 222 H4' A 21 H4' A 21 -8.677 19.277 9.731 223 H3' A 21 H3' A 21 -7.034 17.545 7.948 224 H2' A 21 H2' A 21 -6.477 19.208 6.429 225 HO2' A 21 H2'' A 21 -8.946 19.850 6.628 226 H1' A 21 H1' A 21 -6.352 21.426 8.027 227 H8 A 21 H8 A 21 -4.710 18.599 9.906 228 H61 A 21 H61 A 21 0.413 19.808 6.642 229 H62 A 21 H62 A 21 -0.260 18.915 7.987 230 H2 A 21 H2 A 21 -2.961 22.162 4.863 231 H5' A 22 H5' A 22 -10.202 18.576 4.857 232 H5'' A 22 H5'' A 22 -9.761 17.438 3.567 233 H4' A 22 H4' A 22 -9.034 20.062 3.603 234 H3' A 22 H3' A 22 -7.845 17.657 2.266 235 H2' A 22 H2' A 22 -5.789 18.659 1.877 236 HO2' A 22 H2'' A 22 -6.564 20.523 0.863 237 H1' A 22 H1' A 22 -5.565 20.258 4.104 238 H8 A 22 H8 A 22 -6.836 17.046 5.489 239 H61 A 22 H61 A 22 -1.071 14.846 4.999 240 H62 A 22 H62 A 22 -2.663 14.581 5.671 241 H2 A 22 H2 A 22 -1.292 18.696 2.705 242 H5' A 23 H5' A 23 -6.988 20.065 -1.149 243 H5'' A 23 H5'' A 23 -7.457 19.015 -2.502 244 H4' A 23 H4' A 23 -4.988 19.461 -2.330 245 H3' A 23 H3' A 23 -6.108 16.667 -2.281 246 H2' A 23 H2' A 23 -4.033 15.724 -1.828 247 HO2' A 23 H2'' A 23 -2.240 16.463 -2.710 248 H1' A 23 H1' A 23 -2.910 17.782 -0.325 249 H8 A 23 H8 A 23 -6.487 16.737 0.627 250 H61 A 23 H61 A 23 -3.785 12.744 4.519 251 H62 A 23 H62 A 23 -5.308 13.440 3.999 252 H2 A 23 H2 A 23 -0.587 14.628 2.014 253 H5' C 24 H5' C 24 -2.942 16.299 -4.615 254 H5'' C 24 H5'' C 24 -3.068 15.066 -5.889 255 H4' C 24 H4' C 24 -1.480 14.497 -4.015 256 H3' C 24 H3' C 24 -3.804 12.693 -4.696 257 H2' C 24 H2' C 24 -3.315 11.285 -2.907 258 HO2' C 24 H2'' C 24 -1.073 11.776 -1.848 259 H1' C 24 H1' C 24 -2.292 13.179 -1.131 260 H41 C 24 H41 C 24 -8.144 11.946 1.044 261 H42 C 24 H42 C 24 -8.855 12.853 -0.272 262 H5 C 24 H5 C 24 -7.561 13.811 -2.063 263 H6 C 24 H6 C 24 -5.307 14.109 -2.978 264 H5' U 25 H5' U 25 -0.651 10.429 -3.865 265 H5'' U 25 H5'' U 25 -0.290 9.095 -4.981 266 H4' U 25 H4' U 25 -0.551 8.283 -2.676 267 H3' U 25 H3' U 25 -2.628 7.429 -4.696 268 H2' U 25 H2' U 25 -3.868 6.356 -3.066 269 HO2' U 25 H2'' U 25 -1.647 6.282 -1.290 270 H1' U 25 H1' U 25 -3.034 7.898 -0.826 271 H3 U 25 H3 U 25 -7.520 8.366 -0.496 272 H5 U 25 H5 U 25 -6.583 10.276 -4.134 273 H6 U 25 H6 U 25 -4.295 9.512 -3.870 274 H5' U 26 H5' U 26 -0.728 4.412 -2.117 275 H5'' U 26 H5'' U 26 -0.390 2.878 -2.943 276 H4' U 26 H4' U 26 -1.377 2.413 -0.783 277 H3' U 26 H3' U 26 -3.181 1.896 -3.150 278 H2' U 26 H2' U 26 -4.915 1.295 -1.738 279 HO2' U 26 H2'' U 26 -4.622 0.484 0.316 280 H1' U 26 H1' U 26 -4.328 2.965 0.418 281 H3 U 26 H3 U 26 -8.356 4.659 -0.791 282 H5 U 26 H5 U 26 -5.931 5.332 -4.174 283 H6 U 26 H6 U 26 -4.151 4.116 -3.059 284 H5' G 27 H5' G 27 -3.352 -0.995 -0.546 285 H5'' G 27 H5'' G 27 -3.543 -2.690 -1.035 286 H4' G 27 H4' G 27 -5.394 -1.770 0.419 287 H3' G 27 H3' G 27 -5.978 -2.978 -2.290 288 H2' G 27 H2' G 27 -8.196 -2.360 -2.150 289 HO2' G 27 H2'' G 27 -7.837 -3.222 0.388 290 H1' G 27 H1' G 27 -7.895 -0.266 -0.211 291 H8 G 27 H8 G 27 -6.233 0.795 -3.384 292 H1 G 27 H1 G 27 -12.624 1.337 -3.545 293 H21 G 27 H21 G 27 -13.525 0.211 -1.860 294 H22 G 27 H22 G 27 -12.555 -0.664 -0.694 295 H5' G 28 H5' G 28 -8.184 -4.655 1.732 296 H5'' G 28 H5'' G 28 -8.211 -6.398 1.395 297 H4' G 28 H4' G 28 -10.279 -5.775 2.489 298 H3' G 28 H3' G 28 -10.465 -6.512 -0.421 299 H2' G 28 H2' G 28 -12.713 -5.944 -0.546 300 HO2' G 28 H2'' G 28 -13.989 -6.522 1.026 301 H1' G 28 H1' G 28 -12.751 -3.793 1.169 302 H8 G 28 H8 G 28 -9.677 -3.634 -1.033 303 H1 G 28 H1 G 28 -14.997 -1.486 -3.902 304 H21 G 28 H21 G 28 -16.774 -1.968 -2.673 305 H22 G 28 H22 G 28 -16.660 -2.816 -1.148 306 H5' U 29 H5' U 29 -13.834 -8.633 1.669 307 H5'' U 29 H5'' U 29 -13.798 -10.295 1.046 308 H4' U 29 H4' U 29 -16.043 -9.235 0.875 309 H3' U 29 H3' U 29 -14.613 -10.046 -1.664 310 H2' U 29 H2' U 29 -16.368 -9.218 -2.944 311 HO2' U 29 H2'' U 29 -18.454 -9.006 -2.197 312 H1' U 29 H1' U 29 -17.113 -7.087 -1.302 313 H3 U 29 H3 U 29 -15.746 -4.972 -5.082 314 H5 U 29 H5 U 29 -12.191 -6.465 -3.377 315 H6 U 29 H6 U 29 -13.545 -7.630 -1.734 316 H5' U 30 H5' U 30 -18.605 -11.894 -2.161 317 H5'' U 30 H5'' U 30 -18.287 -13.554 -2.707 318 H4' U 30 H4' U 30 -19.791 -12.384 -4.255 319 H3' U 30 H3' U 30 -17.029 -13.064 -5.289 320 H2' U 30 H2' U 30 -17.533 -12.070 -7.337 321 HO2' U 30 H2'' U 30 -19.496 -12.046 -8.186 322 H1' U 30 H1' U 30 -19.078 -9.967 -6.393 323 H3 U 30 H3 U 30 -15.449 -7.735 -7.911 324 H5 U 30 H5 U 30 -14.006 -9.858 -4.568 325 H6 U 30 H6 U 30 -16.167 -10.951 -4.411 326 H5' C 31 H5' C 31 -19.538 -14.611 -8.442 327 H5'' C 31 H5'' C 31 -18.687 -15.986 -9.176 328 H4' C 31 H4' C 31 -19.009 -13.984 -10.684 329 H3' C 31 H3' C 31 -16.210 -15.002 -10.095 330 H2' C 31 H2' C 31 -15.355 -13.340 -11.500 331 HO2' C 31 H2'' C 31 -17.864 -13.567 -12.730 332 H1' C 31 H1' C 31 -17.319 -11.387 -10.973 333 H41 C 31 H41 C 31 -12.226 -9.332 -7.783 334 H42 C 31 H42 C 31 -12.342 -10.667 -6.653 335 H5 C 31 H5 C 31 -13.969 -12.434 -6.868 336 H6 C 31 H6 C 31 -15.830 -13.301 -8.210 337 H5' U 32 H5' U 32 -16.431 -15.153 -13.863 338 H5'' U 32 H5'' U 32 -15.559 -16.334 -14.863 339 H4' U 32 H4' U 32 -14.478 -14.160 -15.014 340 H3' U 32 H3' U 32 -12.927 -16.286 -13.518 341 H2' U 32 H2' U 32 -11.283 -14.760 -13.002 342 HO2' U 32 H2'' U 32 -11.786 -12.763 -14.805 343 H1' U 32 H1' U 32 -12.869 -12.390 -13.313 344 H3 U 32 H3 U 32 -10.675 -11.517 -9.466 345 H5 U 32 H5 U 32 -13.263 -14.692 -8.467 346 H6 U 32 H6 U 32 -13.844 -14.871 -10.817 347 H5' U 33 H5' U 33 -10.630 -13.929 -16.645 348 H5'' U 33 H5'' U 33 -9.646 -15.098 -17.547 349 H4' U 33 H4' U 33 -8.327 -13.122 -16.943 350 H3' U 33 H3' U 33 -7.579 -15.737 -15.636 351 H2' U 33 H2' U 33 -6.019 -14.704 -14.281 352 HO2' U 33 H2'' U 33 -5.114 -12.599 -14.946 353 H1' U 33 H1' U 33 -7.141 -12.084 -14.263 354 H3 U 33 H3 U 33 -6.761 -12.833 -9.821 355 H5 U 33 H5 U 33 -9.549 -15.729 -11.091 356 H6 U 33 H6 U 33 -9.143 -15.023 -13.378 357 H5' C 34 H5' C 34 -3.025 -16.998 -16.247 358 H5'' C 34 H5'' C 34 -4.234 -16.772 -14.967 359 H4' C 34 H4' C 34 -1.913 -14.876 -15.433 360 H3' C 34 H3' C 34 -2.052 -17.379 -13.769 361 H2' C 34 H2' C 34 -1.192 -16.332 -11.896 362 HO2' C 34 H2'' C 34 0.494 -15.360 -13.608 363 H1' C 34 H1' C 34 -2.025 -13.685 -12.426 364 H41 C 34 H41 C 34 -5.487 -15.694 -7.467 365 H42 C 34 H42 C 34 -6.636 -16.413 -8.572 366 H5 C 34 H5 C 34 -6.295 -16.508 -10.953 367 H6 C 34 H6 C 34 -4.778 -15.934 -12.791 368 H5' C 35 H5' C 35 1.460 -19.739 -12.645 369 H5'' C 35 H5'' C 35 0.008 -19.218 -11.766 370 H4' C 35 H4' C 35 2.826 -18.255 -11.169 371 H3' C 35 H3' C 35 1.262 -20.565 -10.060 372 H2' C 35 H2' C 35 1.653 -19.968 -7.856 373 HO2' C 35 H2'' C 35 3.538 -18.140 -7.820 374 H1' C 35 H1' C 35 1.896 -17.194 -8.141 375 H41 C 35 H41 C 35 -3.764 -18.404 -5.403 376 H42 C 35 H42 C 35 -4.500 -18.287 -6.988 377 H5 C 35 H5 C 35 -3.231 -18.077 -9.024 378 H6 C 35 H6 C 35 -0.979 -17.933 -9.983 379 H5' U 36 H5' U 36 4.557 -23.511 -7.426 380 H5'' U 36 H5'' U 36 2.826 -23.129 -7.348 381 H4' U 36 H4' U 36 4.973 -21.707 -5.741 382 H3' U 36 H3' U 36 3.318 -24.128 -5.098 383 H2' U 36 H2' U 36 2.615 -23.288 -3.061 384 HO2' U 36 H2'' U 36 3.861 -21.927 -1.813 385 H1' U 36 H1' U 36 2.777 -20.528 -3.593 386 H3 U 36 H3 U 36 -1.426 -21.936 -2.144 387 H5 U 36 H5 U 36 -1.451 -21.936 -6.359 388 H6 U 36 H6 U 36 0.958 -21.639 -6.307 389 H5' A 37 H5' A 37 5.644 -23.549 -1.842 390 H5'' A 37 H5'' A 37 6.537 -24.972 -1.265 391 H4' A 37 H4' A 37 5.077 -23.903 0.471 392 H3' A 37 H3' A 37 5.432 -26.623 0.089 393 H2' A 37 H2' A 37 3.420 -27.146 -0.968 394 HO2' A 37 H2'' A 37 1.709 -27.175 0.921 395 H1' A 37 H1' A 37 1.797 -25.092 0.468 396 H8 A 37 H8 A 37 3.003 -26.199 -3.083 397 H61 A 37 H61 A 37 -2.870 -25.194 -4.758 398 H62 A 37 H62 A 37 -1.292 -25.733 -5.288 399 H2 A 37 H2 A 37 -2.454 -24.110 -0.427 400 H5' A 38 H5' A 38 6.075 -24.921 4.276 401 H5'' A 38 H5'' A 38 6.377 -26.220 5.447 402 H4' A 38 H4' A 38 5.590 -24.519 6.816 403 H3' A 38 H3' A 38 3.369 -26.373 6.062 404 H2' A 38 H2' A 38 1.673 -24.957 6.764 405 HO2' A 38 H2'' A 38 3.671 -23.969 8.504 406 H1' A 38 H1' A 38 2.813 -22.484 6.289 407 H8 A 38 H8 A 38 3.435 -24.580 3.228 408 H61 A 38 H61 A 38 -2.331 -23.177 1.461 409 H62 A 38 H62 A 38 -0.807 -23.887 0.976 410 H2 A 38 H2 A 38 -1.814 -21.846 5.711 411 H5' G 39 H5' G 39 1.340 -26.680 11.447 412 H5'' G 39 H5'' G 39 0.779 -27.234 9.858 413 H4' G 39 H4' G 39 0.554 -24.467 11.066 414 H3' G 39 H3' G 39 -1.386 -26.638 10.388 415 H2' G 39 H2' G 39 -2.856 -25.249 9.248 416 HO2' G 39 H2'' G 39 -3.367 -23.444 10.200 417 H1' G 39 H1' G 39 -1.119 -23.417 8.155 418 H8 G 39 H8 G 39 0.447 -26.799 7.658 419 H1 G 39 H1 G 39 -4.306 -25.589 3.522 420 H21 G 39 H21 G 39 -5.426 -23.783 4.156 421 H22 G 39 H22 G 39 -5.009 -22.877 5.593 422 H5' U 40 H5' U 40 -4.349 -24.335 12.151 423 H5'' U 40 H5'' U 40 -5.001 -25.286 13.502 424 H4' U 40 H4' U 40 -6.795 -24.776 11.960 425 H3' U 40 H3' U 40 -5.896 -27.647 12.060 426 H2' U 40 H2' U 40 -7.254 -28.256 10.270 427 HO2' U 40 H2'' U 40 -8.905 -26.424 9.649 428 H1' U 40 H1' U 40 -7.191 -25.890 8.809 429 H3 U 40 H3 U 40 -5.121 -28.735 5.965 430 H5 U 40 H5 U 40 -2.359 -28.265 9.115 431 H6 U 40 H6 U 40 -4.040 -26.983 10.308 432 H5' C 41 H5' C 41 -9.921 -28.522 12.389 433 H5'' C 41 H5'' C 41 -10.100 -29.888 13.509 434 H4' C 41 H4' C 41 -10.635 -30.433 11.116 435 H3' C 41 H3' C 41 -8.465 -31.924 12.595 436 H2' C 41 H2' C 41 -7.861 -33.075 10.693 437 HO2' C 41 H2'' C 41 -10.197 -32.587 9.228 438 H1' C 41 H1' C 41 -8.857 -31.214 8.762 439 H41 C 41 H41 C 41 -2.600 -31.411 7.688 440 H42 C 41 H42 C 41 -2.282 -30.575 9.192 441 H5 C 41 H5 C 41 -4.002 -30.002 10.776 442 H6 C 41 H6 C 41 -6.403 -30.107 11.261 443 H5' C 42 H5' C 42 -11.728 -34.262 10.343 444 H5'' C 42 H5'' C 42 -12.290 -35.521 11.463 445 H4' C 42 H4' C 42 -12.228 -36.460 9.248 446 H3' C 42 H3' C 42 -10.009 -37.404 11.065 447 H2' C 42 H2' C 42 -9.069 -38.656 9.354 448 HO2' C 42 H2'' C 42 -10.564 -38.927 7.354 449 H1' C 42 H1' C 42 -9.849 -37.054 7.182 450 H41 C 42 H41 C 42 -3.583 -36.126 7.942 451 H42 C 42 H42 C 42 -3.927 -34.866 9.105 452 H5 C 42 H5 C 42 -6.147 -34.373 9.902 453 H6 C 42 H6 C 42 -8.517 -34.982 9.753 454 H5' U 43 H5' U 43 -10.997 -40.513 9.007 455 H5'' U 43 H5'' U 43 -11.444 -41.949 9.952 456 H4' U 43 H4' U 43 -9.710 -42.546 8.364 457 H3' U 43 H3' U 43 -8.866 -42.452 11.251 458 HO3' U 43 H3T U 43 -10.205 -44.120 9.882 459 H2' U 43 H2' U 43 -6.656 -42.679 10.719 460 HO2' U 43 H2'' U 43 -5.997 -43.965 8.891 461 H1' U 43 H1' U 43 -6.888 -42.018 7.897 462 H3 U 43 H3 U 43 -3.064 -39.805 8.885 463 H5 U 43 H5 U 43 -5.947 -37.997 11.374 464 H6 U 43 H6 U 43 -7.542 -39.665 10.627 465 H5' G 44 H5' G 44 -5.772 39.310 16.491 466 H5'' G 44 H5'' G 44 -6.221 38.272 15.126 467 H4' G 44 H4' G 44 -5.428 40.330 14.204 468 H3' G 44 H3' G 44 -3.624 37.965 13.886 469 H2' G 44 H2' G 44 -1.798 39.207 13.163 470 HO2' G 44 H2'' G 44 -3.742 41.165 12.469 471 H1' G 44 H1' G 44 -2.112 41.498 14.628 472 H8 G 44 H8 G 44 -2.911 38.709 16.997 473 H1 G 44 H1 G 44 3.383 39.337 15.917 474 H21 G 44 H21 G 44 3.732 40.699 14.201 475 H22 G 44 H22 G 44 2.422 41.452 13.320 476 HO5' G 44 H5T G 44 -5.030 37.088 16.595 477 H5' G 45 H5' G 45 -2.587 40.106 10.830 478 H5'' G 45 H5'' G 45 -2.836 39.297 9.270 479 H4' G 45 H4' G 45 -0.534 40.051 9.433 480 H3' G 45 H3' G 45 -0.957 37.067 9.586 481 H2' G 45 H2' G 45 1.284 36.701 9.987 482 HO2' G 45 H2'' G 45 2.846 37.808 8.998 483 H1' G 45 H1' G 45 1.920 39.203 11.173 484 H8 G 45 H8 G 45 -0.866 37.168 12.836 485 H1 G 45 H1 G 45 5.056 35.786 14.884 486 H21 G 45 H21 G 45 6.554 36.799 13.598 487 H22 G 45 H22 G 45 6.107 37.808 12.245 488 H5' G 46 H5' G 46 2.206 37.929 7.027 489 H5'' G 46 H5'' G 46 2.134 37.083 5.468 490 H4' G 46 H4' G 46 4.326 36.835 6.627 491 H3' G 46 H3' G 46 2.659 34.388 6.036 492 H2' G 46 H2' G 46 4.129 33.028 7.170 493 HO2' G 46 H2'' G 46 6.057 33.243 6.285 494 H1' G 46 H1' G 46 5.272 34.991 8.894 495 H8 G 46 H8 G 46 1.538 34.570 9.402 496 H1 G 46 H1 G 46 5.105 30.222 12.491 497 H21 G 46 H21 G 46 7.204 30.324 11.786 498 H22 G 46 H22 G 46 7.731 31.456 10.562 499 H5' A 47 H5' A 47 6.949 34.258 4.375 500 H5'' A 47 H5'' A 47 6.899 33.532 2.757 501 H4' A 47 H4' A 47 8.733 32.566 4.022 502 H3' A 47 H3' A 47 6.390 30.756 3.467 503 H2' A 47 H2' A 47 7.282 29.045 4.765 504 HO2' A 47 H2'' A 47 9.766 29.766 5.366 505 H1' A 47 H1' A 47 8.603 30.575 6.689 506 H8 A 47 H8 A 47 4.963 31.482 5.736 507 H61 A 47 H61 A 47 3.339 27.981 10.572 508 H62 A 47 H62 A 47 2.774 29.065 9.321 509 H2 A 47 H2 A 47 7.774 27.610 10.019 510 H5' U 48 H5' U 48 9.553 28.377 2.913 511 H5'' U 48 H5'' U 48 9.406 27.281 1.523 512 H4' U 48 H4' U 48 9.562 26.084 3.701 513 H3' U 48 H3' U 48 7.095 25.785 1.995 514 H2' U 48 H2' U 48 5.996 24.572 3.635 515 HO2' U 48 H2'' U 48 8.614 23.758 4.294 516 H1' U 48 H1' U 48 7.342 25.596 5.920 517 H3 U 48 H3 U 48 3.083 26.573 7.068 518 H5 U 48 H5 U 48 3.734 28.901 3.616 519 H6 U 48 H6 U 48 5.899 27.828 3.381 520 H5' A 49 H5' A 49 9.055 21.374 0.164 521 H5'' A 49 H5'' A 49 7.425 20.676 0.088 522 H4' A 49 H4' A 49 9.299 20.920 2.415 523 H3' A 49 H3' A 49 8.314 18.736 0.944 524 H2' A 49 H2' A 49 6.190 18.571 1.862 525 HO2' A 49 H2'' A 49 7.631 16.923 2.955 526 H1' A 49 H1' A 49 6.920 19.759 4.502 527 H8 A 49 H8 A 49 4.926 21.373 1.603 528 H61 A 49 H61 A 49 -0.010 20.643 5.271 529 H62 A 49 H62 A 49 0.572 21.320 3.762 530 H2 A 49 H2 A 49 3.488 18.651 7.235 531 H5' U 50 H5' U 50 10.849 16.618 4.956 532 H5'' U 50 H5'' U 50 10.398 14.911 4.779 533 H4' U 50 H4' U 50 9.580 15.279 6.886 534 H3' U 50 H3' U 50 7.471 15.554 4.924 535 H2' U 50 H2' U 50 6.751 17.644 5.588 536 HO2' U 50 H2'' U 50 5.861 17.333 7.989 537 H1' U 50 H1' U 50 7.992 17.388 8.313 538 H3 U 50 H3 U 50 9.938 21.794 7.411 539 H5 U 50 H5 U 50 5.758 21.669 6.882 540 H6 U 50 H6 U 50 5.887 19.246 6.959 541 H5' G 51 H5' G 51 3.985 16.114 7.717 542 H5'' G 51 H5'' G 51 4.018 14.373 8.064 543 H4' G 51 H4' G 51 1.778 14.711 7.549 544 H3' G 51 H3' G 51 3.305 13.751 5.175 545 H2' G 51 H2' G 51 1.707 14.332 3.615 546 HO2' G 51 H2'' G 51 -0.015 13.205 4.509 547 H1' G 51 H1' G 51 0.497 16.498 4.817 548 H8 G 51 H8 G 51 4.249 16.872 5.012 549 H1 G 51 H1 G 51 1.828 18.471 -0.710 550 H21 G 51 H21 G 51 -0.292 17.849 -0.836 551 H22 G 51 H22 G 51 -1.120 17.050 0.471 552 H5' G 52 H5' G 52 4.005 11.039 2.825 553 H5'' G 52 H5'' G 52 3.378 12.649 3.210 554 H4' G 52 H4' G 52 1.232 10.756 2.652 555 H3' G 52 H3' G 52 3.444 10.929 0.633 556 H2' G 52 H2' G 52 2.030 11.564 -1.108 557 HO2' G 52 H2'' G 52 -0.430 11.190 0.025 558 H1' G 52 H1' G 52 0.185 13.074 0.255 559 H8 G 52 H8 G 52 3.218 14.406 1.795 560 H1 G 52 H1 G 52 2.900 16.015 -4.409 561 H21 G 52 H21 G 52 1.364 14.790 -5.436 562 H22 G 52 H22 G 52 0.417 13.578 -4.601 563 H5' A 53 H5' A 53 1.284 7.918 -1.081 564 H5'' A 53 H5'' A 53 2.136 6.376 -1.306 565 H4' A 53 H4' A 53 1.388 7.239 -3.457 566 H3' A 53 H3' A 53 4.371 7.279 -2.979 567 H2' A 53 H2' A 53 4.734 8.323 -5.013 568 HO2' A 53 H2'' A 53 3.661 7.762 -6.777 569 H1' A 53 H1' A 53 2.218 9.632 -5.242 570 H8 A 53 H8 A 53 4.207 10.423 -2.071 571 H61 A 53 H61 A 53 6.751 15.033 -5.336 572 H62 A 53 H62 A 53 6.585 14.304 -3.752 573 H2 A 53 H2 A 53 4.331 12.504 -8.143 574 H5' A 54 H5' A 54 3.221 5.514 -6.641 575 H5'' A 54 H5'' A 54 4.270 4.243 -7.303 576 H4' A 54 H4' A 54 3.916 6.238 -8.811 577 H3' A 54 H3' A 54 6.678 5.355 -7.964 578 H2' A 54 H2' A 54 7.653 7.158 -9.038 579 HO2' A 54 H2'' A 54 5.527 6.754 -10.781 580 H1' A 54 H1' A 54 5.456 8.951 -8.909 581 H8 A 54 H8 A 54 7.034 7.377 -5.728 582 H61 A 54 H61 A 54 10.305 12.614 -5.420 583 H62 A 54 H62 A 54 9.935 11.109 -4.633 584 H2 A 54 H2 A 54 7.910 12.699 -9.209 585 H5' G 55 H5' G 55 6.323 6.287 -12.583 586 H5'' G 55 H5'' G 55 6.852 4.710 -13.200 587 H4' G 55 H4' G 55 8.027 6.084 -14.614 588 H3' G 55 H3' G 55 9.745 5.586 -12.205 589 H2' G 55 H2' G 55 11.292 7.230 -12.785 590 HO2' G 55 H2'' G 55 10.367 6.669 -15.367 591 H1' G 55 H1' G 55 9.621 9.116 -13.866 592 H8 G 55 H8 G 55 7.488 8.407 -11.083 593 H1 G 55 H1 G 55 13.058 10.780 -8.962 594 H21 G 55 H21 G 55 14.587 10.686 -10.561 595 H22 G 55 H22 G 55 14.240 10.045 -12.154 596 H5' A 56 H5' A 56 12.417 4.778 -15.568 597 H5'' A 56 H5'' A 56 13.217 3.204 -15.387 598 H4' A 56 H4' A 56 14.869 4.976 -15.738 599 H3' A 56 H3' A 56 14.826 3.587 -13.071 600 H2' A 56 H2' A 56 16.393 5.043 -12.145 601 HO2' A 56 H2'' A 56 18.043 5.155 -13.529 602 H1' A 56 H1' A 56 15.636 7.390 -13.354 603 H8 A 56 H8 A 56 12.617 5.297 -12.268 604 H61 A 56 H61 A 56 13.159 8.155 -6.799 605 H62 A 56 H62 A 56 12.178 7.086 -7.781 606 H2 A 56 H2 A 56 16.722 9.242 -9.301 607 H5' A 57 H5' A 57 19.145 3.200 -13.799 608 H5'' A 57 H5'' A 57 19.453 1.455 -13.702 609 H4' A 57 H4' A 57 20.903 2.630 -12.144 610 H3' A 57 H3' A 57 18.714 0.942 -10.953 611 H2' A 57 H2' A 57 19.206 1.655 -8.789 612 HO2' A 57 H2'' A 57 21.246 2.734 -8.333 613 H1' A 57 H1' A 57 19.929 4.263 -9.312 614 H8 A 57 H8 A 57 16.834 2.963 -11.198 615 H61 A 57 H61 A 57 13.566 5.233 -6.459 616 H62 A 57 H62 A 57 13.484 4.510 -8.048 617 H2 A 57 H2 A 57 17.915 5.567 -5.430 618 H5' C 58 H5' C 58 22.191 -0.201 -8.537 619 H5'' C 58 H5'' C 58 22.141 -1.971 -8.395 620 H4' C 58 H4' C 58 22.138 -0.848 -6.187 621 H3' C 58 H3' C 58 19.687 -2.434 -6.973 622 H2' C 58 H2' C 58 18.630 -1.825 -5.003 623 HO2' C 58 H2'' C 58 20.900 -0.885 -3.671 624 H1' C 58 H1' C 58 19.949 0.645 -4.583 625 H41 C 58 H41 C 58 13.976 2.298 -6.032 626 H42 C 58 H42 C 58 14.163 1.704 -7.660 627 H5 C 58 H5 C 58 16.162 0.608 -8.436 628 H6 C 58 H6 C 58 18.404 -0.164 -7.814 629 H5' C 59 H5' C 59 21.017 -3.358 -3.182 630 H5'' C 59 H5'' C 59 20.678 -4.987 -2.563 631 H4' C 59 H4' C 59 19.638 -3.089 -1.251 632 H3' C 59 H3' C 59 17.966 -5.332 -2.387 633 H2' C 59 H2' C 59 16.002 -4.263 -1.830 634 HO2' C 59 H2'' C 59 16.791 -2.429 0.011 635 H1' C 59 H1' C 59 17.015 -1.590 -1.649 636 H41 C 59 H41 C 59 12.627 -1.207 -6.221 637 H42 C 59 H42 C 59 13.581 -2.227 -7.278 638 H5 C 59 H5 C 59 15.650 -3.264 -6.602 639 H6 C 59 H6 C 59 17.249 -3.551 -4.765 640 H5' G 60 H5' G 60 17.693 -3.928 2.023 641 H5'' G 60 H5'' G 60 17.679 -5.401 3.013 642 H4' G 60 H4' G 60 16.287 -3.781 4.100 643 H3' G 60 H3' G 60 14.776 -5.997 2.727 644 H2' G 60 H2' G 60 12.729 -5.008 3.192 645 HO2' G 60 H2'' G 60 12.572 -3.352 4.862 646 H1' G 60 H1' G 60 13.488 -2.327 3.129 647 H8 G 60 H8 G 60 14.844 -3.964 0.060 648 H1 G 60 H1 G 60 8.544 -2.815 -0.336 649 H21 G 60 H21 G 60 7.745 -2.260 1.656 650 H22 G 60 H22 G 60 8.755 -2.169 3.080 651 H5' G 61 H5' G 61 12.971 -4.971 6.200 652 H5'' G 61 H5'' G 61 12.679 -6.318 7.320 653 H4' G 61 H4' G 61 10.661 -4.952 7.039 654 H3' G 61 H3' G 61 10.608 -7.778 6.000 655 H2' G 61 H2' G 61 8.531 -7.486 5.025 656 HO2' G 61 H2'' G 61 8.109 -5.303 6.815 657 H1' G 61 H1' G 61 8.628 -4.718 4.538 658 H8 G 61 H8 G 61 11.505 -6.882 3.192 659 H1 G 61 H1 G 61 6.533 -6.233 -0.813 660 H21 G 61 H21 G 61 4.855 -5.211 0.212 661 H22 G 61 H22 G 61 4.953 -4.689 1.879 662 H5' G 62 H5' G 62 6.985 -6.959 7.723 663 H5'' G 62 H5'' G 62 6.496 -8.140 8.957 664 H4' G 62 H4' G 62 4.675 -7.840 7.390 665 H3' G 62 H3' G 62 6.122 -10.480 7.222 666 H2' G 62 H2' G 62 4.951 -11.106 5.327 667 HO2' G 62 H2'' G 62 2.905 -10.771 6.456 668 H1' G 62 H1' G 62 4.287 -8.512 4.346 669 H8 G 62 H8 G 62 7.956 -9.610 4.922 670 H1 G 62 H1 G 62 5.767 -10.378 -1.060 671 H21 G 62 H21 G 62 3.600 -9.913 -1.143 672 H22 G 62 H22 G 62 2.692 -9.416 0.267 673 H5' G 63 H5' G 63 4.434 -14.422 8.492 674 H5'' G 63 H5'' G 63 5.816 -13.637 7.706 675 H4' G 63 H4' G 63 3.457 -15.018 6.403 676 H3' G 63 H3' G 63 6.376 -15.623 6.668 677 H2' G 63 H2' G 63 6.664 -16.127 4.421 678 HO2' G 63 H2'' G 63 5.212 -17.269 3.382 679 H1' G 63 H1' G 63 4.816 -14.421 3.267 680 H8 G 63 H8 G 63 6.776 -12.581 5.936 681 H1 G 63 H1 G 63 9.865 -13.004 0.331 682 H21 G 63 H21 G 63 8.807 -14.400 -1.023 683 H22 G 63 H22 G 63 7.343 -15.232 -0.554 684 H5' A 64 H5' A 64 7.605 -20.205 7.147 685 H5'' A 64 H5'' A 64 8.416 -18.775 6.476 686 H4' A 64 H4' A 64 9.068 -20.709 5.189 687 H3' A 64 H3' A 64 7.357 -18.657 3.873 688 H2' A 64 H2' A 64 6.721 -19.976 2.075 689 HO2' A 64 H2'' A 64 9.195 -20.642 2.033 690 H1' A 64 H1' A 64 6.655 -22.472 3.194 691 H8 A 64 H8 A 64 5.104 -20.100 5.684 692 H61 A 64 H61 A 64 -0.160 -20.641 2.480 693 H62 A 64 H62 A 64 0.582 -20.042 3.946 694 H2 A 64 H2 A 64 3.120 -22.555 0.094 695 H5' A 65 H5' A 65 10.369 -19.024 0.491 696 H5'' A 65 H5'' A 65 9.874 -17.645 -0.513 697 H4' A 65 H4' A 65 9.133 -20.223 -0.985 698 H3' A 65 H3' A 65 7.897 -17.596 -1.738 699 H2' A 65 H2' A 65 5.815 -18.506 -2.225 700 HO2' A 65 H2'' A 65 6.542 -20.121 -3.635 701 H1' A 65 H1' A 65 5.692 -20.533 -0.369 702 H8 A 65 H8 A 65 7.047 -17.674 1.595 703 H61 A 65 H61 A 65 1.283 -15.411 1.789 704 H62 A 65 H62 A 65 2.903 -15.282 2.433 705 H2 A 65 H2 A 65 1.376 -18.740 -1.216 706 H5' A 66 H5' A 66 6.873 -19.253 -5.539 707 H5'' A 66 H5'' A 66 7.285 -17.942 -6.664 708 H4' A 66 H4' A 66 4.822 -18.428 -6.474 709 H3' A 66 H3' A 66 5.956 -15.698 -5.904 710 H2' A 66 H2' A 66 3.911 -14.879 -5.163 711 HO2' A 66 H2'' A 66 2.074 -15.426 -6.092 712 H1' A 66 H1' A 66 2.849 -17.209 -4.069 713 H8 A 66 H8 A 66 6.470 -16.374 -3.086 714 H61 A 66 H61 A 66 3.987 -13.255 1.651 715 H62 A 66 H62 A 66 5.478 -13.829 0.927 716 H2 A 66 H2 A 66 0.658 -14.597 -1.029 717 H5' C 67 H5' C 67 2.695 -14.870 -7.965 718 H5'' C 67 H5'' C 67 2.764 -13.402 -8.962 719 H4' C 67 H4' C 67 1.271 -13.240 -6.938 720 H3' C 67 H3' C 67 3.568 -11.322 -7.340 721 H2' C 67 H2' C 67 3.173 -10.320 -5.275 722 HO2' C 67 H2'' C 67 0.981 -11.022 -4.237 723 H1' C 67 H1' C 67 2.224 -12.547 -3.886 724 H41 C 67 H41 C 67 8.175 -11.745 -1.781 725 H42 C 67 H42 C 67 8.821 -12.361 -3.284 726 H5 C 67 H5 C 67 7.442 -12.946 -5.169 727 H6 C 67 H6 C 67 5.146 -13.070 -6.020 728 H5' U 68 H5' U 68 0.469 -9.289 -5.916 729 H5'' U 68 H5'' U 68 0.066 -7.756 -6.716 730 H4' U 68 H4' U 68 0.440 -7.434 -4.306 731 H3' U 68 H3' U 68 2.426 -6.176 -6.203 732 H2' U 68 H2' U 68 3.749 -5.461 -4.448 733 HO2' U 68 H2'' U 68 1.612 -5.754 -2.595 734 H1' U 68 H1' U 68 3.007 -7.431 -2.536 735 H3 U 68 H3 U 68 7.500 -7.941 -2.517 736 H5 U 68 H5 U 68 6.381 -9.083 -6.417 737 H6 U 68 H6 U 68 4.114 -8.387 -5.899 738 H5' U 69 H5' U 69 0.667 -3.754 -2.977 739 H5'' U 69 H5'' U 69 0.301 -2.084 -3.454 740 H4' U 69 H4' U 69 1.396 -2.076 -1.292 741 H3' U 69 H3' U 69 3.091 -1.070 -3.582 742 H2' U 69 H2' U 69 4.890 -0.776 -2.155 743 HO2' U 69 H2'' U 69 4.695 -0.397 0.030 744 H1' U 69 H1' U 69 4.378 -2.861 -0.363 745 H3 U 69 H3 U 69 8.349 -4.239 -2.087 746 H5 U 69 H5 U 69 5.755 -4.232 -5.410 747 H6 U 69 H6 U 69 4.037 -3.280 -3.984 748 H5' G 70 H5' G 70 3.399 1.215 -0.453 749 H5'' G 70 H5'' G 70 3.573 2.976 -0.586 750 H4' G 70 H4' G 70 5.485 1.785 0.555 751 H3' G 70 H3' G 70 5.950 3.531 -1.869 752 H2' G 70 H2' G 70 8.167 2.911 -1.962 753 HO2' G 70 H2'' G 70 7.929 3.222 0.716 754 H1' G 70 H1' G 70 7.945 0.458 -0.488 755 H8 G 70 H8 G 70 6.126 0.069 -3.724 756 H1 G 70 H1 G 70 12.496 -0.435 -4.294 757 H21 G 70 H21 G 70 13.486 0.346 -2.463 758 H22 G 70 H22 G 70 12.577 0.975 -1.106 759 H5' G 71 H5' G 71 8.352 4.349 2.304 760 H5'' G 71 H5'' G 71 8.374 6.124 2.334 761 H4' G 71 H4' G 71 10.486 5.299 3.175 762 H3' G 71 H3' G 71 10.542 6.619 0.474 763 H2' G 71 H2' G 71 12.777 6.097 0.131 764 HO2' G 71 H2'' G 71 14.128 6.344 1.726 765 H1' G 71 H1' G 71 12.882 3.639 1.364 766 H8 G 71 H8 G 71 9.708 3.922 -0.673 767 H1 G 71 H1 G 71 14.866 2.426 -4.177 768 H21 G 71 H21 G 71 16.707 2.656 -2.967 769 H22 G 71 H22 G 71 16.675 3.178 -1.298 770 H5' U 72 H5' U 72 14.014 8.279 2.797 771 H5'' U 72 H5'' U 72 13.959 10.033 2.526 772 H4' U 72 H4' U 72 16.190 9.039 2.040 773 H3' U 72 H3' U 72 14.647 10.344 -0.210 774 H2' U 72 H2' U 72 16.336 9.804 -1.715 775 HO2' U 72 H2'' U 72 18.453 9.453 -1.125 776 H1' U 72 H1' U 72 17.143 7.385 -0.579 777 H3 U 72 H3 U 72 15.594 6.092 -4.644 778 H5 U 72 H5 U 72 12.125 7.193 -2.519 779 H6 U 72 H6 U 72 13.555 7.991 -0.728 780 H5' U 73 H5' U 73 18.622 12.273 -0.507 781 H5'' U 73 H5'' U 73 18.287 14.007 -0.684 782 H4' U 73 H4' U 73 19.711 13.186 -2.508 783 H3' U 73 H3' U 73 16.909 14.056 -3.253 784 H2' U 73 H2' U 73 17.312 13.506 -5.481 785 HO2' U 73 H2'' U 73 19.235 13.656 -6.408 786 H1' U 73 H1' U 73 18.885 11.257 -5.062 787 H3 U 73 H3 U 73 15.171 9.362 -6.825 788 H5 U 73 H5 U 73 13.912 10.750 -3.051 789 H6 U 73 H6 U 73 16.079 11.809 -2.789 790 H5' C 74 H5' C 74 19.276 16.222 -6.132 791 H5'' C 74 H5'' C 74 18.404 17.716 -6.527 792 H4' C 74 H4' C 74 18.635 16.076 -8.431 793 H3' C 74 H3' C 74 15.871 16.928 -7.508 794 H2' C 74 H2' C 74 14.945 15.587 -9.188 795 HO2' C 74 H2'' C 74 17.400 16.077 -10.452 796 H1' C 74 H1' C 74 16.916 13.579 -9.169 797 H41 C 74 H41 C 74 11.975 10.890 -6.223 798 H42 C 74 H42 C 74 12.159 11.964 -4.845 799 H5 C 74 H5 C 74 13.785 13.746 -4.773 800 H6 C 74 H6 C 74 15.577 14.882 -6.001 801 H5' U 75 H5' U 75 15.930 17.885 -11.171 802 H5'' U 75 H5'' U 75 15.016 19.226 -11.891 803 H4' U 75 H4' U 75 13.920 17.122 -12.404 804 H3' U 75 H3' U 75 12.442 18.886 -10.444 805 H2' U 75 H2' U 75 10.827 17.271 -10.171 806 HO2' U 75 H2'' U 75 11.234 15.686 -12.364 807 H1' U 75 H1' U 75 12.397 15.028 -11.029 808 H3 U 75 H3 U 75 10.353 13.382 -7.361 809 H5 U 75 H5 U 75 13.011 16.277 -5.836 810 H6 U 75 H6 U 75 13.493 16.943 -8.119 811 H5' U 76 H5' U 76 9.995 17.210 -13.872 812 H5'' U 76 H5'' U 76 8.977 18.535 -14.471 813 H4' U 76 H4' U 76 7.674 16.474 -14.225 814 H3' U 76 H3' U 76 7.007 18.761 -12.374 815 H2' U 76 H2' U 76 5.508 17.465 -11.185 816 HO2' U 76 H2'' U 76 4.558 15.538 -12.227 817 H1' U 76 H1' U 76 6.611 14.901 -11.760 818 H3 U 76 H3 U 76 6.442 14.719 -7.249 819 H5 U 76 H5 U 76 9.182 17.828 -8.021 820 H6 U 76 H6 U 76 8.670 17.605 -10.382 821 H5' C 77 H5' C 77 2.439 20.106 -12.492 822 H5'' C 77 H5'' C 77 3.705 19.620 -11.345 823 H4' C 77 H4' C 77 1.351 17.856 -12.084 824 H3' C 77 H3' C 77 1.581 19.965 -9.950 825 H2' C 77 H2' C 77 0.801 18.553 -8.296 826 HO2' C 77 H2'' C 77 -0.969 17.951 -10.087 827 H1' C 77 H1' C 77 1.591 16.074 -9.394 828 H41 C 77 H41 C 77 5.305 17.027 -4.301 829 H42 C 77 H42 C 77 6.403 17.963 -5.289 830 H5 C 77 H5 C 77 5.943 18.552 -7.580 831 H6 C 77 H6 C 77 4.331 18.364 -9.418 832 H5' C 78 H5' C 78 -1.859 22.030 -8.207 833 H5'' C 78 H5'' C 78 -0.373 21.345 -7.518 834 H4' C 78 H4' C 78 -3.168 20.274 -7.007 835 H3' C 78 H3' C 78 -1.538 22.308 -5.519 836 H2' C 78 H2' C 78 -1.829 21.268 -3.470 837 HO2' C 78 H2'' C 78 -3.721 19.464 -3.726 838 H1' C 78 H1' C 78 -2.101 18.613 -4.305 839 H41 C 78 H41 C 78 3.684 19.260 -1.650 840 H42 C 78 H42 C 78 4.347 19.471 -3.252 841 H5 C 78 H5 C 78 2.985 19.679 -5.225 842 H6 C 78 H6 C 78 0.693 19.727 -6.089 843 H5' U 79 H5' U 79 -4.694 24.634 -2.186 844 H5'' U 79 H5'' U 79 -2.961 24.260 -2.262 845 H4' U 79 H4' U 79 -5.038 22.524 -0.887 846 H3' U 79 H3' U 79 -3.338 24.767 0.163 847 H2' U 79 H2' U 79 -2.546 23.527 1.948 848 HO2' U 79 H2'' U 79 -3.742 21.931 2.943 849 H1' U 79 H1' U 79 -2.751 20.934 0.866 850 H3 U 79 H3 U 79 1.522 22.037 2.381 851 H5 U 79 H5 U 79 1.355 22.897 -1.742 852 H6 U 79 H6 U 79 -1.049 22.583 -1.644 853 H5' A 80 H5' A 80 -5.515 23.528 3.336 854 H5'' A 80 H5'' A 80 -6.369 24.798 4.234 855 H4' A 80 H4' A 80 -4.840 23.401 5.644 856 H3' A 80 H3' A 80 -5.194 26.138 5.847 857 H2' A 80 H2' A 80 -3.231 26.876 4.825 858 HO2' A 80 H2'' A 80 -1.433 26.524 6.595 859 H1' A 80 H1' A 80 -1.556 24.575 5.729 860 H8 A 80 H8 A 80 -2.918 26.385 2.541 861 H61 A 80 H61 A 80 2.866 25.764 0.425 862 H62 A 80 H62 A 80 1.268 26.394 0.091 863 H2 A 80 H2 A 80 2.644 23.812 4.458 864 H5' A 81 H5' A 81 -5.652 23.610 9.619 865 H5'' A 81 H5'' A 81 -5.892 24.639 11.044 866 H4' A 81 H4' A 81 -5.052 22.694 11.994 867 H3' A 81 H3' A 81 -2.856 24.673 11.535 868 H2' A 81 H2' A 81 -1.140 23.148 11.854 869 HO2' A 81 H2'' A 81 -3.063 21.807 13.437 870 H1' A 81 H1' A 81 -2.314 20.822 10.932 871 H8 A 81 H8 A 81 -3.070 23.492 8.396 872 H61 A 81 H61 A 81 2.600 22.514 6.112 873 H62 A 81 H62 A 81 1.056 23.297 5.855 874 H2 A 81 H2 A 81 2.283 20.345 10.024 875 H5' G 82 H5' G 82 -0.579 23.877 16.768 876 H5'' G 82 H5'' G 82 -0.090 24.747 15.302 877 H4' G 82 H4' G 82 0.174 21.791 15.906 878 H3' G 82 H3' G 82 2.095 24.061 15.597 879 H2' G 82 H2' G 82 3.501 22.939 14.129 880 HO2' G 82 H2'' G 82 4.042 20.980 14.670 881 H1' G 82 H1' G 82 1.704 21.368 12.766 882 H8 G 82 H8 G 82 0.134 24.771 13.045 883 H1 G 82 H1 G 82 4.683 24.456 8.532 884 H21 G 82 H21 G 82 5.827 22.566 8.734 885 H22 G 82 H22 G 82 5.475 21.385 9.977 886 H5' U 83 H5' U 83 5.120 21.457 16.709 887 H5'' U 83 H5'' U 83 5.839 22.110 18.196 888 H4' U 83 H4' U 83 7.559 21.935 16.500 889 H3' U 83 H3' U 83 6.682 24.720 17.228 890 H2' U 83 H2' U 83 7.957 25.688 15.538 891 HO2' U 83 H2'' U 83 9.565 24.020 14.479 892 H1' U 83 H1' U 83 7.814 23.671 13.628 893 H3 U 83 H3 U 83 5.642 27.047 11.537 894 H5 U 83 H5 U 83 3.015 25.915 14.632 895 H6 U 83 H6 U 83 4.735 24.415 15.455 896 H5' C 84 H5' C 84 10.722 25.529 17.533 897 H5'' C 84 H5'' C 84 10.963 26.633 18.904 898 H4' C 84 H4' C 84 11.384 27.662 16.651 899 H3' C 84 H3' C 84 9.299 28.811 18.509 900 H2' C 84 H2' C 84 8.619 30.326 16.913 901 HO2' C 84 H2'' C 84 10.880 30.162 15.273 902 H1' C 84 H1' C 84 9.511 28.905 14.594 903 H41 C 84 H41 C 84 3.206 29.273 13.882 904 H42 C 84 H42 C 84 2.962 28.142 15.199 905 H5 C 84 H5 C 84 4.761 27.275 16.546 906 H6 C 84 H6 C 84 7.182 27.306 16.927 907 H5' C 85 H5' C 85 12.473 31.567 16.638 908 H5'' C 85 H5'' C 85 13.090 32.574 17.964 909 H4' C 85 H4' C 85 12.934 33.948 15.996 910 H3' C 85 H3' C 85 10.802 34.487 18.063 911 H2' C 85 H2' C 85 9.792 36.062 16.690 912 HO2' C 85 H2'' C 85 11.193 36.745 14.724 913 H1' C 85 H1' C 85 10.466 34.947 14.204 914 H41 C 85 H41 C 85 4.236 33.855 15.065 915 H42 C 85 H42 C 85 4.624 32.391 15.932 916 H5 C 85 H5 C 85 6.877 31.753 16.497 917 H6 C 85 H6 C 85 9.241 32.382 16.351 918 H5' U 86 H5' U 86 11.712 37.960 16.646 919 H5'' U 86 H5'' U 86 12.210 39.170 17.847 920 H4' U 86 H4' U 86 10.408 40.070 16.491 921 H3' U 86 H3' U 86 9.706 39.394 19.340 922 HO3' U 86 H3T U 86 10.993 41.304 18.287 923 H2' U 86 H2' U 86 7.473 39.708 18.972 924 HO2' U 86 H2'' U 86 6.733 41.340 17.481 925 H1' U 86 H1' U 86 7.570 39.640 16.063 926 H3 U 86 H3 U 86 3.778 37.267 16.757 927 H5 U 86 H5 U 86 6.759 34.987 18.675 928 H6 U 86 H6 U 86 8.333 36.776 18.211 Start of MODEL 9 1 H5' G 1 H5' G 1 7.037 -40.573 7.661 2 H5'' G 1 H5'' G 1 7.307 -39.045 6.805 3 H4' G 1 H4' G 1 6.435 -40.587 5.203 4 H3' G 1 H3' G 1 4.583 -38.414 6.083 5 H2' G 1 H2' G 1 2.682 -39.361 5.134 6 HO2' G 1 H2'' G 1 3.892 -41.393 3.693 7 H1' G 1 H1' G 1 3.163 -42.013 5.535 8 H8 G 1 H8 G 1 4.375 -40.658 8.734 9 H1 G 1 H1 G 1 -2.007 -40.198 8.256 10 H21 G 1 H21 G 1 -2.641 -40.553 6.159 11 H22 G 1 H22 G 1 -1.499 -40.902 4.880 12 HO5' G 1 H5T G 1 6.062 -38.176 8.223 13 H5' G 2 H5' G 2 3.439 -39.210 2.517 14 H5'' G 2 H5'' G 2 3.288 -37.864 1.369 15 H4' G 2 H4' G 2 1.170 -39.130 1.650 16 H3' G 2 H3' G 2 1.264 -36.225 2.449 17 H2' G 2 H2' G 2 -0.875 -36.309 3.299 18 HO2' G 2 H2'' G 2 -2.054 -36.915 1.579 19 H1' G 2 H1' G 2 -1.009 -39.110 3.843 20 H8 G 2 H8 G 2 1.749 -37.414 5.802 21 H1 G 2 H1 G 2 -4.080 -36.799 8.417 22 H21 G 2 H21 G 2 -5.630 -37.462 6.972 23 H22 G 2 H22 G 2 -5.238 -38.053 5.378 24 H5' G 3 H5' G 3 -1.858 -37.382 -0.546 25 H5'' G 3 H5'' G 3 -2.248 -36.112 -1.724 26 H4' G 3 H4' G 3 -4.254 -37.144 -0.639 27 H3' G 3 H3' G 3 -3.696 -34.200 -0.484 28 H2' G 3 H2' G 3 -5.363 -33.799 1.080 29 HO2' G 3 H2'' G 3 -6.876 -35.878 1.338 30 H1' G 3 H1' G 3 -5.317 -36.187 2.488 31 H8 G 3 H8 G 3 -1.852 -34.683 1.779 32 H1 G 3 H1 G 3 -4.661 -32.570 7.145 33 H21 G 3 H21 G 3 -6.758 -33.285 7.238 34 H22 G 3 H22 G 3 -7.466 -34.283 5.989 35 H5' A 4 H5' A 4 -7.920 -33.970 -1.983 36 H5'' A 4 H5'' A 4 -7.779 -33.035 -3.485 37 H4' A 4 H4' A 4 -9.428 -31.992 -2.046 38 H3' A 4 H3' A 4 -6.850 -30.522 -2.481 39 H2' A 4 H2' A 4 -7.298 -28.922 -0.858 40 HO2' A 4 H2'' A 4 -10.021 -29.635 -1.288 41 H1' A 4 H1' A 4 -8.761 -30.437 0.944 42 H8 A 4 H8 A 4 -5.480 -31.869 -0.559 43 H61 A 4 H61 A 4 -2.807 -29.785 4.617 44 H62 A 4 H62 A 4 -2.575 -30.683 3.135 45 H2 A 4 H2 A 4 -7.097 -28.473 4.645 46 H5' U 5 H5' U 5 -9.411 -27.523 -2.332 47 H5'' U 5 H5'' U 5 -9.184 -26.309 -3.607 48 H4' U 5 H4' U 5 -8.834 -25.373 -1.338 49 H3' U 5 H3' U 5 -6.551 -25.424 -3.298 50 H2' U 5 H2' U 5 -5.011 -24.760 -1.707 51 HO2' U 5 H2'' U 5 -7.180 -23.619 -0.232 52 H1' U 5 H1' U 5 -6.364 -25.652 0.633 53 H3 U 5 H3 U 5 -2.444 -27.752 1.325 54 H5 U 5 H5 U 5 -3.791 -29.393 -2.317 55 H6 U 5 H6 U 5 -5.654 -27.840 -2.252 56 H5' A 6 H5' A 6 -9.330 -22.237 -2.600 57 H5'' A 6 H5'' A 6 -9.677 -20.688 -3.396 58 H4' A 6 H4' A 6 -9.277 -20.765 -0.808 59 H3' A 6 H3' A 6 -8.774 -18.694 -2.739 60 H2' A 6 H2' A 6 -6.492 -18.501 -2.390 61 HO2' A 6 H2'' A 6 -6.281 -16.875 -1.054 62 H1' A 6 H1' A 6 -6.647 -19.693 0.369 63 H8 A 6 H8 A 6 -4.920 -20.150 -3.119 64 H61 A 6 H61 A 6 0.188 -21.219 0.202 65 H62 A 6 H62 A 6 -0.472 -21.081 -1.407 66 H2 A 6 H2 A 6 -3.193 -20.514 3.054 67 H5' U 7 H5' U 7 -10.272 -16.495 1.851 68 H5'' U 7 H5'' U 7 -9.395 -14.950 1.868 69 H4' U 7 H4' U 7 -8.812 -15.933 3.909 70 H3' U 7 H3' U 7 -6.725 -15.890 1.915 71 H2' U 7 H2' U 7 -6.219 -18.130 1.974 72 HO2' U 7 H2'' U 7 -5.507 -17.953 4.681 73 H1' U 7 H1' U 7 -7.418 -18.509 4.708 74 H3 U 7 H3 U 7 -9.806 -22.313 2.754 75 H5 U 7 H5 U 7 -5.649 -22.421 2.065 76 H6 U 7 H6 U 7 -5.534 -20.110 2.797 77 H5' G 8 H5' G 8 -3.488 -17.405 3.934 78 H5'' G 8 H5'' G 8 -3.031 -15.900 4.757 79 H4' G 8 H4' G 8 -1.017 -16.605 3.816 80 H3' G 8 H3' G 8 -2.388 -14.610 2.047 81 H2' G 8 H2' G 8 -0.963 -14.986 0.284 82 HO2' G 8 H2'' G 8 1.096 -16.278 1.597 83 H1' G 8 H1' G 8 -0.128 -17.617 0.865 84 H8 G 8 H8 G 8 -3.866 -17.448 0.628 85 H1 G 8 H1 G 8 -1.029 -17.573 -5.125 86 H21 G 8 H21 G 8 1.152 -17.261 -4.904 87 H22 G 8 H22 G 8 1.918 -17.018 -3.361 88 H5' G 9 H5' G 9 -1.545 -10.845 1.091 89 H5'' G 9 H5'' G 9 -1.743 -12.490 0.455 90 H4' G 9 H4' G 9 0.777 -10.953 -0.134 91 H3' G 9 H3' G 9 -1.925 -10.458 -1.362 92 H2' G 9 H2' G 9 -1.086 -10.585 -3.529 93 HO2' G 9 H2'' G 9 0.915 -9.954 -4.062 94 H1' G 9 H1' G 9 0.910 -12.472 -3.144 95 H8 G 9 H8 G 9 -2.054 -13.903 -1.414 96 H1 G 9 H1 G 9 -2.581 -14.226 -7.801 97 H21 G 9 H21 G 9 -1.029 -12.963 -8.759 98 H22 G 9 H22 G 9 0.134 -12.040 -7.832 99 H5' A 10 H5' A 10 0.369 -7.609 -3.310 100 H5'' A 10 H5'' A 10 -0.355 -5.995 -3.176 101 H4' A 10 H4' A 10 -0.011 -6.527 -5.516 102 H3' A 10 H3' A 10 -2.892 -6.525 -4.611 103 H2' A 10 H2' A 10 -3.597 -7.211 -6.704 104 HO2' A 10 H2'' A 10 -1.376 -6.757 -8.230 105 H1' A 10 H1' A 10 -1.199 -8.516 -7.519 106 H8 A 10 H8 A 10 -3.010 -9.682 -4.318 107 H61 A 10 H61 A 10 -5.761 -13.832 -7.993 108 H62 A 10 H62 A 10 -5.528 -13.301 -6.345 109 H2 A 10 H2 A 10 -3.398 -11.040 -10.583 110 H5' A 11 H5' A 11 -1.811 -3.736 -8.015 111 H5'' A 11 H5'' A 11 -2.809 -2.269 -8.019 112 H4' A 11 H4' A 11 -2.626 -3.378 -10.256 113 H3' A 11 H3' A 11 -5.314 -3.007 -8.940 114 H2' A 11 H2' A 11 -6.393 -4.177 -10.654 115 HO2' A 11 H2'' A 11 -4.325 -3.150 -12.147 116 H1' A 11 H1' A 11 -4.457 -6.065 -11.192 117 H8 A 11 H8 A 11 -4.955 -5.542 -7.437 118 H61 A 11 H61 A 11 -9.454 -9.774 -7.875 119 H62 A 11 H62 A 11 -8.483 -8.810 -6.787 120 H2 A 11 H2 A 11 -8.114 -8.729 -12.027 121 H5' G 12 H5' G 12 -6.319 -1.006 -12.683 122 H5'' G 12 H5'' G 12 -7.043 0.543 -12.208 123 H4' G 12 H4' G 12 -8.611 -0.764 -13.551 124 H3' G 12 H3' G 12 -9.336 -0.373 -10.643 125 H2' G 12 H2' G 12 -11.233 -1.697 -10.903 126 HO2' G 12 H2'' G 12 -11.138 -0.654 -13.482 127 H1' G 12 H1' G 12 -10.298 -3.390 -12.919 128 H8 G 12 H8 G 12 -8.100 -3.100 -9.775 129 H1 G 12 H1 G 12 -12.697 -7.566 -9.487 130 H21 G 12 H21 G 12 -14.059 -7.367 -11.227 131 H22 G 12 H22 G 12 -13.837 -6.145 -12.460 132 H5' A 13 H5' A 13 -12.368 0.779 -13.836 133 H5'' A 13 H5'' A 13 -13.475 2.049 -13.278 134 H4' A 13 H4' A 13 -14.604 0.039 -14.301 135 H3' A 13 H3' A 13 -15.220 0.921 -11.481 136 H2' A 13 H2' A 13 -16.649 -0.893 -11.169 137 HO2' A 13 H2'' A 13 -17.752 -1.858 -12.779 138 H1' A 13 H1' A 13 -15.291 -2.793 -12.665 139 H8 A 13 H8 A 13 -13.120 -0.648 -10.320 140 H61 A 13 H61 A 13 -14.153 -5.067 -6.104 141 H62 A 13 H62 A 13 -13.259 -3.607 -6.475 142 H2 A 13 H2 A 13 -16.723 -5.922 -9.679 143 H5' A 14 H5' A 14 -19.365 1.137 -13.098 144 H5'' A 14 H5'' A 14 -19.965 2.722 -12.571 145 H4' A 14 H4' A 14 -21.433 0.947 -11.759 146 H3' A 14 H3' A 14 -19.817 2.440 -9.696 147 H2' A 14 H2' A 14 -20.638 1.075 -7.984 148 HO2' A 14 H2'' A 14 -22.507 -0.386 -9.356 149 H1' A 14 H1' A 14 -20.722 -1.322 -9.343 150 H8 A 14 H8 A 14 -17.618 0.887 -9.955 151 H61 A 14 H61 A 14 -15.017 -2.325 -5.342 152 H62 A 14 H62 A 14 -14.751 -1.132 -6.598 153 H2 A 14 H2 A 14 -19.331 -3.512 -5.605 154 H5' C 15 H5' C 15 -23.646 2.669 -7.777 155 H5'' C 15 H5'' C 15 -23.817 4.339 -7.203 156 H4' C 15 H4' C 15 -23.919 2.762 -5.329 157 H3' C 15 H3' C 15 -21.467 4.530 -5.454 158 H2' C 15 H2' C 15 -20.624 3.517 -3.540 159 HO2' C 15 H2'' C 15 -22.727 2.060 -2.642 160 H1' C 15 H1' C 15 -21.785 0.975 -3.906 161 H41 C 15 H41 C 15 -15.612 0.012 -5.140 162 H42 C 15 H42 C 15 -15.688 1.054 -6.536 163 H5 C 15 H5 C 15 -17.668 2.263 -7.175 164 H6 C 15 H6 C 15 -20.005 2.738 -6.607 165 H5' C 16 H5' C 16 -22.963 4.581 -1.650 166 H5'' C 16 H5'' C 16 -22.581 6.034 -0.705 167 H4' C 16 H4' C 16 -21.526 3.888 0.129 168 H3' C 16 H3' C 16 -19.830 6.288 -0.580 169 H2' C 16 H2' C 16 -17.890 5.079 -0.237 170 HO2' C 16 H2'' C 16 -18.383 2.937 1.126 171 H1' C 16 H1' C 16 -18.971 2.468 -0.638 172 H41 C 16 H41 C 16 -14.698 2.944 -5.310 173 H42 C 16 H42 C 16 -15.592 4.263 -6.047 174 H5 C 16 H5 C 16 -17.565 5.237 -5.070 175 H6 C 16 H6 C 16 -19.116 5.161 -3.173 176 H5' G 17 H5' G 17 -19.610 4.246 3.662 177 H5'' G 17 H5'' G 17 -19.317 5.552 4.828 178 H4' G 17 H4' G 17 -18.059 3.490 5.379 179 H3' G 17 H3' G 17 -16.568 6.023 4.729 180 H2' G 17 H2' G 17 -14.508 4.957 4.785 181 HO2' G 17 H2'' G 17 -14.256 2.897 5.850 182 H1' G 17 H1' G 17 -15.252 2.446 3.864 183 H8 G 17 H8 G 17 -16.739 5.178 1.697 184 H1 G 17 H1 G 17 -10.616 3.840 0.326 185 H21 G 17 H21 G 17 -9.757 2.516 1.881 186 H22 G 17 H22 G 17 -10.683 1.956 3.254 187 H5' G 18 H5' G 18 -14.506 4.042 7.548 188 H5'' G 18 H5'' G 18 -14.187 4.990 9.014 189 H4' G 18 H4' G 18 -12.119 3.984 8.239 190 H3' G 18 H3' G 18 -12.330 6.973 7.890 191 H2' G 18 H2' G 18 -10.310 7.052 6.779 192 HO2' G 18 H2'' G 18 -8.853 5.058 7.077 193 H1' G 18 H1' G 18 -10.279 4.399 5.764 194 H8 G 18 H8 G 18 -13.196 6.778 4.909 195 H1 G 18 H1 G 18 -8.351 6.801 0.702 196 H21 G 18 H21 G 18 -6.661 5.592 1.479 197 H22 G 18 H22 G 18 -6.721 4.780 3.027 198 H5' G 19 H5' G 19 -8.606 5.879 9.533 199 H5'' G 19 H5'' G 19 -8.045 6.941 10.839 200 H4' G 19 H4' G 19 -6.337 6.710 9.087 201 H3' G 19 H3' G 19 -7.607 9.423 9.440 202 H2' G 19 H2' G 19 -6.436 10.273 7.632 203 HO2' G 19 H2'' G 19 -4.499 8.741 6.953 204 H1' G 19 H1' G 19 -6.073 7.839 6.200 205 H8 G 19 H8 G 19 -9.591 9.137 7.169 206 H1 G 19 H1 G 19 -7.593 10.756 1.290 207 H21 G 19 H21 G 19 -5.485 10.127 1.002 208 H22 G 19 H22 G 19 -4.569 9.312 2.250 209 H5' G 20 H5' G 20 -4.634 12.969 11.092 210 H5'' G 20 H5'' G 20 -6.258 12.731 10.422 211 H4' G 20 H4' G 20 -3.719 13.538 9.002 212 H3' G 20 H3' G 20 -6.406 14.779 9.458 213 H2' G 20 H2' G 20 -6.653 15.480 7.255 214 HO2' G 20 H2'' G 20 -4.840 15.727 5.865 215 H1' G 20 H1' G 20 -5.336 13.457 5.922 216 H8 G 20 H8 G 20 -7.578 12.098 8.692 217 H1 G 20 H1 G 20 -10.641 13.200 3.166 218 H21 G 20 H21 G 20 -9.319 14.278 1.757 219 H22 G 20 H22 G 20 -7.685 14.735 2.169 220 H5' A 21 H5' A 21 -6.682 18.956 11.232 221 H5'' A 21 H5'' A 21 -7.776 17.912 10.302 222 H4' A 21 H4' A 21 -8.280 20.212 9.774 223 H3' A 21 H3' A 21 -7.098 18.494 7.664 224 H2' A 21 H2' A 21 -6.363 20.184 6.274 225 HO2' A 21 H2'' A 21 -7.353 22.422 6.712 226 H1' A 21 H1' A 21 -5.822 22.220 8.031 227 H8 A 21 H8 A 21 -4.374 19.182 9.643 228 H61 A 21 H61 A 21 0.435 19.708 5.778 229 H62 A 21 H62 A 21 -0.185 18.908 7.204 230 H2 A 21 H2 A 21 -2.787 22.495 4.382 231 H5' A 22 H5' A 22 -9.363 21.027 5.553 232 H5'' A 22 H5'' A 22 -10.079 20.366 4.069 233 H4' A 22 H4' A 22 -8.195 22.067 3.775 234 H3' A 22 H3' A 22 -8.320 19.395 2.434 235 H2' A 22 H2' A 22 -6.124 19.437 1.711 236 HO2' A 22 H2'' A 22 -6.612 22.185 1.601 237 H1' A 22 H1' A 22 -4.952 21.017 3.698 238 H8 A 22 H8 A 22 -7.049 18.227 5.195 239 H61 A 22 H61 A 22 -2.000 14.688 4.655 240 H62 A 22 H62 A 22 -3.615 14.805 5.318 241 H2 A 22 H2 A 22 -1.246 18.530 2.468 242 H5' A 23 H5' A 23 -8.089 19.561 -2.516 243 H5'' A 23 H5'' A 23 -8.010 18.456 -1.129 244 H4' A 23 H4' A 23 -5.699 19.838 -2.527 245 H3' A 23 H3' A 23 -6.685 17.004 -2.418 246 H2' A 23 H2' A 23 -4.554 16.130 -2.055 247 HO2' A 23 H2'' A 23 -2.804 16.969 -2.956 248 H1' A 23 H1' A 23 -3.442 18.158 -0.552 249 H8 A 23 H8 A 23 -7.001 17.306 0.552 250 H61 A 23 H61 A 23 -4.418 12.961 4.134 251 H62 A 23 H62 A 23 -5.907 13.795 3.730 252 H2 A 23 H2 A 23 -1.224 14.681 1.507 253 H5' C 24 H5' C 24 -3.908 16.436 -4.723 254 H5'' C 24 H5'' C 24 -4.112 15.254 -6.033 255 H4' C 24 H4' C 24 -2.688 14.457 -4.117 256 H3' C 24 H3' C 24 -5.190 12.964 -4.907 257 H2' C 24 H2' C 24 -4.933 11.476 -3.143 258 HO2' C 24 H2'' C 24 -2.958 10.950 -2.274 259 H1' C 24 H1' C 24 -3.643 13.191 -1.328 260 H41 C 24 H41 C 24 -9.542 12.402 0.944 261 H42 C 24 H42 C 24 -10.144 13.594 -0.187 262 H5 C 24 H5 C 24 -8.775 14.604 -1.892 263 H6 C 24 H6 C 24 -6.534 14.693 -2.881 264 H5' U 25 H5' U 25 -2.248 10.391 -4.054 265 H5'' U 25 H5'' U 25 -1.952 9.086 -5.220 266 H4' U 25 H4' U 25 -2.256 8.200 -2.948 267 H3' U 25 H3' U 25 -4.374 7.526 -4.990 268 H2' U 25 H2' U 25 -5.637 6.426 -3.386 269 HO2' U 25 H2'' U 25 -4.516 5.759 -1.350 270 H1' U 25 H1' U 25 -4.718 7.851 -1.102 271 H3 U 25 H3 U 25 -9.186 8.437 -0.692 272 H5 U 25 H5 U 25 -8.225 10.505 -4.236 273 H6 U 25 H6 U 25 -5.961 9.652 -4.042 274 H5' U 26 H5' U 26 -2.595 4.282 -2.527 275 H5'' U 26 H5'' U 26 -2.541 2.715 -3.361 276 H4' U 26 H4' U 26 -3.522 2.567 -1.080 277 H3' U 26 H3' U 26 -5.245 1.884 -3.462 278 H2' U 26 H2' U 26 -7.074 1.515 -2.079 279 HO2' U 26 H2'' U 26 -5.885 1.591 0.389 280 H1' U 26 H1' U 26 -6.473 3.360 -0.069 281 H3 U 26 H3 U 26 -10.412 5.049 -1.523 282 H5 U 26 H5 U 26 -7.887 5.396 -4.882 283 H6 U 26 H6 U 26 -6.169 4.227 -3.630 284 H5' G 27 H5' G 27 -5.409 -0.767 -0.380 285 H5'' G 27 H5'' G 27 -5.796 -2.473 -0.679 286 H4' G 27 H4' G 27 -7.423 -1.199 0.812 287 H3' G 27 H3' G 27 -8.337 -2.681 -1.657 288 H2' G 27 H2' G 27 -10.485 -1.855 -1.407 289 HO2' G 27 H2'' G 27 -10.358 -1.039 1.236 290 H1' G 27 H1' G 27 -9.833 0.466 0.143 291 H8 G 27 H8 G 27 -8.463 0.359 -3.437 292 H1 G 27 H1 G 27 -14.349 2.834 -2.824 293 H21 G 27 H21 G 27 -15.124 2.459 -0.778 294 H22 G 27 H22 G 27 -14.186 1.612 0.435 295 H5' G 28 H5' G 28 -10.636 -3.577 2.561 296 H5'' G 28 H5'' G 28 -10.436 -5.341 2.504 297 H4' G 28 H4' G 28 -12.575 -5.102 3.395 298 H3' G 28 H3' G 28 -12.683 -5.566 0.437 299 H2' G 28 H2' G 28 -14.951 -5.078 0.275 300 HO2' G 28 H2'' G 28 -15.216 -5.232 3.106 301 H1' G 28 H1' G 28 -15.167 -3.082 2.136 302 H8 G 28 H8 G 28 -11.933 -2.570 0.279 303 H1 G 28 H1 G 28 -17.061 -0.566 -3.015 304 H21 G 28 H21 G 28 -18.921 -1.249 -2.030 305 H22 G 28 H22 G 28 -18.907 -2.201 -0.556 306 H5' U 29 H5' U 29 -15.994 -7.880 2.100 307 H5'' U 29 H5'' U 29 -15.827 -9.546 1.511 308 H4' U 29 H4' U 29 -18.102 -8.687 1.136 309 H3' U 29 H3' U 29 -16.392 -9.282 -1.274 310 H2' U 29 H2' U 29 -18.025 -8.456 -2.729 311 HO2' U 29 H2'' U 29 -20.174 -8.001 -1.227 312 H1' U 29 H1' U 29 -19.053 -6.425 -1.135 313 H3 U 29 H3 U 29 -17.173 -4.093 -4.556 314 H5 U 29 H5 U 29 -13.875 -5.614 -2.416 315 H6 U 29 H6 U 29 -15.430 -6.870 -1.041 316 H5' U 30 H5' U 30 -19.884 -11.197 -2.636 317 H5'' U 30 H5'' U 30 -19.426 -12.866 -3.033 318 H4' U 30 H4' U 30 -20.406 -11.805 -4.988 319 H3' U 30 H3' U 30 -17.430 -12.303 -5.127 320 H2' U 30 H2' U 30 -17.331 -11.317 -7.240 321 HO2' U 30 H2'' U 30 -20.018 -10.997 -7.742 322 H1' U 30 H1' U 30 -19.286 -9.364 -6.872 323 H3 U 30 H3 U 30 -15.533 -6.879 -7.432 324 H5 U 30 H5 U 30 -15.026 -8.665 -3.648 325 H6 U 30 H6 U 30 -17.039 -9.958 -4.060 326 H5' C 31 H5' C 31 -18.928 -13.724 -8.753 327 H5'' C 31 H5'' C 31 -18.059 -15.163 -9.319 328 H4' C 31 H4' C 31 -17.879 -13.218 -10.873 329 H3' C 31 H3' C 31 -15.355 -14.274 -9.584 330 H2' C 31 H2' C 31 -14.136 -12.644 -10.690 331 HO2' C 31 H2'' C 31 -16.030 -11.807 -12.520 332 H1' C 31 H1' C 31 -16.193 -10.691 -10.895 333 H41 C 31 H41 C 31 -12.034 -8.136 -6.812 334 H42 C 31 H42 C 31 -12.400 -9.355 -5.620 335 H5 C 31 H5 C 31 -13.897 -11.198 -6.031 336 H6 C 31 H6 C 31 -15.363 -12.268 -7.680 337 H5' U 32 H5' U 32 -15.111 -14.903 -13.777 338 H5'' U 32 H5'' U 32 -13.981 -16.117 -14.407 339 H4' U 32 H4' U 32 -13.332 -13.733 -14.887 340 H3' U 32 H3' U 32 -11.471 -15.524 -13.316 341 H2' U 32 H2' U 32 -10.014 -13.768 -12.999 342 HO2' U 32 H2'' U 32 -9.382 -12.944 -14.826 343 H1' U 32 H1' U 32 -11.898 -11.640 -13.399 344 H3 U 32 H3 U 32 -9.830 -10.146 -9.690 345 H5 U 32 H5 U 32 -11.700 -13.705 -8.418 346 H6 U 32 H6 U 32 -12.329 -14.120 -10.725 347 H5' U 33 H5' U 33 -9.575 -13.594 -16.893 348 H5'' U 33 H5'' U 33 -8.447 -14.717 -17.679 349 H4' U 33 H4' U 33 -7.431 -12.494 -17.300 350 H3' U 33 H3' U 33 -6.284 -14.883 -15.866 351 H2' U 33 H2' U 33 -4.839 -13.571 -14.619 352 HO2' U 33 H2'' U 33 -3.782 -12.532 -16.280 353 H1' U 33 H1' U 33 -6.335 -11.167 -14.592 354 H3 U 33 H3 U 33 -5.876 -11.901 -10.151 355 H5 U 33 H5 U 33 -8.260 -15.124 -11.454 356 H6 U 33 H6 U 33 -7.942 -14.351 -13.733 357 H5' C 34 H5' C 34 -1.858 -16.195 -16.910 358 H5'' C 34 H5'' C 34 -2.989 -16.214 -15.542 359 H4' C 34 H4' C 34 -0.657 -14.296 -15.887 360 H3' C 34 H3' C 34 -0.950 -16.858 -14.340 361 H2' C 34 H2' C 34 -0.080 -15.938 -12.407 362 HO2' C 34 H2'' C 34 1.667 -14.948 -14.096 363 H1' C 34 H1' C 34 -0.723 -13.216 -12.859 364 H41 C 34 H41 C 34 -4.310 -15.155 -7.947 365 H42 C 34 H42 C 34 -5.528 -15.703 -9.080 366 H5 C 34 H5 C 34 -5.207 -15.708 -11.467 367 H6 C 34 H6 C 34 -3.649 -15.191 -13.288 368 H5' C 35 H5' C 35 2.125 -19.576 -13.338 369 H5'' C 35 H5'' C 35 0.757 -18.844 -12.474 370 H4' C 35 H4' C 35 3.685 -18.490 -11.746 371 H3' C 35 H3' C 35 1.610 -20.423 -10.771 372 H2' C 35 H2' C 35 2.005 -19.971 -8.537 373 HO2' C 35 H2'' C 35 4.032 -20.067 -7.974 374 H1' C 35 H1' C 35 2.839 -17.308 -8.712 375 H41 C 35 H41 C 35 -3.097 -17.267 -6.356 376 H42 C 35 H42 C 35 -3.713 -17.094 -7.982 377 H5 C 35 H5 C 35 -2.318 -17.221 -9.940 378 H6 C 35 H6 C 35 -0.030 -17.539 -10.763 379 H5' U 36 H5' U 36 3.289 -24.073 -8.133 380 H5'' U 36 H5'' U 36 2.146 -22.718 -8.216 381 H4' U 36 H4' U 36 4.621 -22.335 -6.587 382 H3' U 36 H3' U 36 2.487 -24.328 -5.895 383 H2' U 36 H2' U 36 2.101 -23.430 -3.799 384 HO2' U 36 H2'' U 36 3.694 -22.284 -2.656 385 H1' U 36 H1' U 36 2.779 -20.761 -4.273 386 H3 U 36 H3 U 36 -1.580 -21.442 -2.757 387 H5 U 36 H5 U 36 -1.699 -21.135 -6.959 388 H6 U 36 H6 U 36 0.722 -21.315 -6.975 389 H5' A 37 H5' A 37 4.687 -23.971 -2.676 390 H5'' A 37 H5'' A 37 5.707 -25.382 -2.329 391 H4' A 37 H4' A 37 4.706 -24.540 -0.270 392 H3' A 37 H3' A 37 4.588 -27.213 -0.998 393 H2' A 37 H2' A 37 2.353 -27.355 -1.643 394 HO2' A 37 H2'' A 37 1.025 -27.556 0.435 395 H1' A 37 H1' A 37 1.370 -25.326 0.316 396 H8 A 37 H8 A 37 1.667 -25.979 -3.535 397 H61 A 37 H61 A 37 -4.300 -24.340 -3.677 398 H62 A 37 H62 A 37 -2.932 -24.886 -4.621 399 H2 A 37 H2 A 37 -2.867 -24.007 0.559 400 H5' A 38 H5' A 38 6.444 -26.652 3.205 401 H5'' A 38 H5'' A 38 6.235 -27.909 4.440 402 H4' A 38 H4' A 38 6.275 -25.718 5.496 403 H3' A 38 H3' A 38 3.678 -27.225 5.527 404 H2' A 38 H2' A 38 2.467 -25.426 6.330 405 HO2' A 38 H2'' A 38 3.291 -24.605 8.087 406 H1' A 38 H1' A 38 4.028 -23.305 5.347 407 H8 A 38 H8 A 38 3.073 -25.665 2.551 408 H61 A 38 H61 A 38 -2.254 -22.529 2.201 409 H62 A 38 H62 A 38 -1.238 -23.731 1.439 410 H2 A 38 H2 A 38 -0.100 -21.204 5.903 411 H5' G 39 H5' G 39 2.369 -26.640 10.758 412 H5'' G 39 H5'' G 39 1.557 -27.266 9.312 413 H4' G 39 H4' G 39 1.715 -24.413 10.307 414 H3' G 39 H3' G 39 -0.482 -26.409 9.918 415 H2' G 39 H2' G 39 -1.912 -24.896 8.881 416 HO2' G 39 H2'' G 39 -2.105 -23.055 9.884 417 H1' G 39 H1' G 39 -0.109 -23.330 7.522 418 H8 G 39 H8 G 39 0.872 -26.988 7.204 419 H1 G 39 H1 G 39 -3.721 -25.172 3.110 420 H21 G 39 H21 G 39 -4.452 -23.147 3.636 421 H22 G 39 H22 G 39 -3.817 -22.240 4.990 422 H5' U 40 H5' U 40 -3.087 -23.718 11.608 423 H5'' U 40 H5'' U 40 -3.718 -24.498 13.073 424 H4' U 40 H4' U 40 -5.583 -23.960 11.648 425 H3' U 40 H3' U 40 -4.884 -26.882 11.801 426 H2' U 40 H2' U 40 -6.436 -27.444 10.159 427 HO2' U 40 H2'' U 40 -8.325 -26.479 10.010 428 H1' U 40 H1' U 40 -6.290 -25.162 8.582 429 H3 U 40 H3 U 40 -4.611 -28.242 5.725 430 H5 U 40 H5 U 40 -1.673 -27.962 8.736 431 H6 U 40 H6 U 40 -3.166 -26.496 9.964 432 H5' C 41 H5' C 41 -9.023 -27.382 12.697 433 H5'' C 41 H5'' C 41 -9.126 -28.665 13.919 434 H4' C 41 H4' C 41 -10.108 -29.271 11.684 435 H3' C 41 H3' C 41 -7.851 -30.884 12.868 436 H2' C 41 H2' C 41 -7.738 -32.220 10.979 437 HO2' C 41 H2'' C 41 -10.146 -32.530 11.141 438 H1' C 41 H1' C 41 -8.635 -30.336 9.075 439 H41 C 41 H41 C 41 -2.427 -30.997 7.829 440 H42 C 41 H42 C 41 -2.007 -30.183 9.317 441 H5 C 41 H5 C 41 -3.639 -29.469 10.936 442 H6 C 41 H6 C 41 -6.028 -29.383 11.480 443 H5' C 42 H5' C 42 -11.486 -33.607 12.062 444 H5'' C 42 H5'' C 42 -11.463 -34.904 13.274 445 H4' C 42 H4' C 42 -11.587 -35.685 10.875 446 H3' C 42 H3' C 42 -9.354 -36.564 12.706 447 H2' C 42 H2' C 42 -8.295 -37.702 10.980 448 HO2' C 42 H2'' C 42 -10.891 -37.806 9.826 449 H1' C 42 H1' C 42 -9.153 -36.110 8.828 450 H41 C 42 H41 C 42 -2.985 -34.696 9.499 451 H42 C 42 H42 C 42 -3.332 -33.760 10.936 452 H5 C 42 H5 C 42 -5.524 -33.627 11.928 453 H6 C 42 H6 C 42 -7.857 -34.360 11.755 454 H5' U 43 H5' U 43 -10.179 -39.720 10.288 455 H5'' U 43 H5'' U 43 -10.379 -41.209 11.236 456 H4' U 43 H4' U 43 -8.641 -41.359 9.434 457 H3' U 43 H3' U 43 -8.000 -41.860 12.317 458 HO3' U 43 H3T U 43 -7.701 -43.462 9.973 459 H2' U 43 H2' U 43 -5.761 -41.530 12.017 460 HO2' U 43 H2'' U 43 -5.153 -42.540 9.647 461 H1' U 43 H1' U 43 -5.994 -40.825 9.141 462 H3 U 43 H3 U 43 -2.065 -38.742 9.963 463 H5 U 43 H5 U 43 -4.754 -36.923 12.655 464 H6 U 43 H6 U 43 -6.431 -38.535 11.966 465 H5' G 44 H5' G 44 -6.398 38.204 16.185 466 H5'' G 44 H5'' G 44 -6.709 36.881 15.046 467 H4' G 44 H4' G 44 -5.912 38.730 13.759 468 H3' G 44 H3' G 44 -4.027 36.434 14.080 469 H2' G 44 H2' G 44 -2.171 37.572 13.257 470 HO2' G 44 H2'' G 44 -3.452 39.847 12.329 471 H1' G 44 H1' G 44 -2.625 40.079 14.224 472 H8 G 44 H8 G 44 -3.686 38.091 17.127 473 H1 G 44 H1 G 44 2.662 37.754 16.262 474 H21 G 44 H21 G 44 3.202 38.538 14.260 475 H22 G 44 H22 G 44 2.009 39.144 13.133 476 HO5' G 44 H5T G 44 -5.403 35.752 16.201 477 H5' G 45 H5' G 45 -3.048 37.948 10.700 478 H5'' G 45 H5'' G 45 -2.955 36.861 9.299 479 H4' G 45 H4' G 45 -0.823 38.058 9.732 480 H3' G 45 H3' G 45 -0.890 35.052 9.924 481 H2' G 45 H2' G 45 1.284 34.971 10.679 482 HO2' G 45 H2'' G 45 2.373 35.921 9.054 483 H1' G 45 H1' G 45 1.458 37.603 11.773 484 H8 G 45 H8 G 45 -1.216 35.540 13.473 485 H1 G 45 H1 G 45 4.721 34.410 15.631 486 H21 G 45 H21 G 45 6.207 35.356 14.280 487 H22 G 45 H22 G 45 5.746 36.258 12.859 488 H5' G 46 H5' G 46 2.090 36.815 7.092 489 H5'' G 46 H5'' G 46 2.420 35.821 5.659 490 H4' G 46 H4' G 46 4.480 36.612 6.840 491 H3' G 46 H3' G 46 3.911 33.697 6.416 492 H2' G 46 H2' G 46 5.650 32.994 7.785 493 HO2' G 46 H2'' G 46 7.182 34.986 8.388 494 H1' G 46 H1' G 46 5.684 35.038 9.653 495 H8 G 46 H8 G 46 2.180 33.694 8.813 496 H1 G 46 H1 G 46 5.229 30.537 13.494 497 H21 G 46 H21 G 46 7.328 31.235 13.637 498 H22 G 46 H22 G 46 7.982 32.473 12.587 499 H5' A 47 H5' A 47 8.054 33.804 4.695 500 H5'' A 47 H5'' A 47 7.837 33.196 3.041 501 H4' A 47 H4' A 47 9.549 31.890 4.159 502 H3' A 47 H3' A 47 6.949 30.520 3.560 503 H2' A 47 H2' A 47 7.478 28.626 4.801 504 HO2' A 47 H2'' A 47 10.178 29.443 4.402 505 H1' A 47 H1' A 47 9.031 29.764 6.800 506 H8 A 47 H8 A 47 5.691 31.459 5.787 507 H61 A 47 H61 A 47 3.243 28.322 10.525 508 H62 A 47 H62 A 47 2.948 29.513 9.279 509 H2 A 47 H2 A 47 7.520 27.048 10.080 510 H5' U 48 H5' U 48 9.499 27.574 2.965 511 H5'' U 48 H5'' U 48 9.210 26.648 1.477 512 H4' U 48 H4' U 48 8.959 25.265 3.525 513 H3' U 48 H3' U 48 6.586 25.699 1.723 514 H2' U 48 H2' U 48 5.126 24.713 3.224 515 HO2' U 48 H2'' U 48 7.357 23.312 4.334 516 H1' U 48 H1' U 48 6.604 25.126 5.627 517 H3 U 48 H3 U 48 2.723 27.016 6.917 518 H5 U 48 H5 U 48 3.905 29.373 3.628 519 H6 U 48 H6 U 48 5.758 27.843 3.282 520 H5' A 49 H5' A 49 9.385 22.455 1.625 521 H5'' A 49 H5'' A 49 9.690 21.106 0.513 522 H4' A 49 H4' A 49 9.412 20.644 3.075 523 H3' A 49 H3' A 49 8.810 19.014 0.784 524 H2' A 49 H2' A 49 6.544 18.745 1.189 525 HO2' A 49 H2'' A 49 6.371 16.882 2.182 526 H1' A 49 H1' A 49 6.833 19.340 4.122 527 H8 A 49 H8 A 49 4.953 20.527 0.894 528 H61 A 49 H61 A 49 0.014 20.834 4.606 529 H62 A 49 H62 A 49 0.591 21.048 2.977 530 H2 A 49 H2 A 49 3.521 19.546 7.073 531 H5' U 50 H5' U 50 10.503 15.914 4.739 532 H5'' U 50 H5'' U 50 9.611 14.399 4.483 533 H4' U 50 H4' U 50 9.139 14.947 6.711 534 H3' U 50 H3' U 50 6.954 15.299 4.856 535 H2' U 50 H2' U 50 6.472 17.482 5.387 536 HO2' U 50 H2'' U 50 5.877 16.729 8.031 537 H1' U 50 H1' U 50 7.795 17.303 8.084 538 H3 U 50 H3 U 50 10.115 21.431 6.879 539 H5 U 50 H5 U 50 5.938 21.667 6.373 540 H6 U 50 H6 U 50 5.837 19.255 6.610 541 H5' G 51 H5' G 51 3.826 16.361 7.289 542 H5'' G 51 H5'' G 51 3.397 14.720 7.815 543 H4' G 51 H4' G 51 1.347 15.588 7.120 544 H3' G 51 H3' G 51 2.633 14.003 4.922 545 H2' G 51 H2' G 51 1.127 14.720 3.339 546 HO2' G 51 H2'' G 51 -0.855 15.704 5.003 547 H1' G 51 H1' G 51 0.336 17.175 4.479 548 H8 G 51 H8 G 51 4.067 17.040 4.029 549 H1 G 51 H1 G 51 0.939 18.392 -1.405 550 H21 G 51 H21 G 51 -1.231 18.040 -1.139 551 H22 G 51 H22 G 51 -1.918 17.479 0.360 552 H5' G 52 H5' G 52 1.742 10.520 3.248 553 H5'' G 52 H5'' G 52 1.899 12.265 2.965 554 H4' G 52 H4' G 52 -0.644 10.856 2.192 555 H3' G 52 H3' G 52 1.992 10.639 0.759 556 H2' G 52 H2' G 52 1.049 11.198 -1.294 557 HO2' G 52 H2'' G 52 -0.980 10.681 -1.845 558 H1' G 52 H1' G 52 -0.914 12.959 -0.436 559 H8 G 52 H8 G 52 2.144 14.015 1.408 560 H1 G 52 H1 G 52 2.353 15.647 -4.794 561 H21 G 52 H21 G 52 0.745 14.604 -5.911 562 H22 G 52 H22 G 52 -0.377 13.507 -5.136 563 H5' A 53 H5' A 53 -0.411 8.245 -1.623 564 H5'' A 53 H5'' A 53 0.304 6.637 -1.849 565 H4' A 53 H4' A 53 -0.136 7.627 -4.017 566 H3' A 53 H3' A 53 2.782 7.454 -3.258 567 H2' A 53 H2' A 53 3.400 8.561 -5.190 568 HO2' A 53 H2'' A 53 1.123 8.416 -6.692 569 H1' A 53 H1' A 53 0.975 9.990 -5.626 570 H8 A 53 H8 A 53 2.936 10.489 -2.338 571 H61 A 53 H61 A 53 5.520 15.324 -5.212 572 H62 A 53 H62 A 53 5.365 14.466 -3.698 573 H2 A 53 H2 A 53 3.026 13.102 -8.202 574 H5' A 54 H5' A 54 1.530 5.427 -7.113 575 H5'' A 54 H5'' A 54 2.516 3.995 -7.468 576 H4' A 54 H4' A 54 2.237 5.534 -9.420 577 H3' A 54 H3' A 54 4.979 4.918 -8.330 578 H2' A 54 H2' A 54 5.987 6.423 -9.810 579 HO2' A 54 H2'' A 54 3.845 5.721 -11.390 580 H1' A 54 H1' A 54 4.034 8.368 -9.871 581 H8 A 54 H8 A 54 4.696 7.095 -6.325 582 H61 A 54 H61 A 54 9.226 11.312 -6.109 583 H62 A 54 H62 A 54 8.299 10.139 -5.196 584 H2 A 54 H2 A 54 7.652 11.169 -10.308 585 H5' G 55 H5' G 55 5.800 3.727 -12.449 586 H5'' G 55 H5'' G 55 6.542 2.119 -12.337 587 H4' G 55 H4' G 55 8.043 3.706 -13.455 588 H3' G 55 H3' G 55 8.904 2.689 -10.742 589 H2' G 55 H2' G 55 10.784 4.059 -10.781 590 HO2' G 55 H2'' G 55 10.583 3.583 -13.520 591 H1' G 55 H1' G 55 9.764 6.121 -12.392 592 H8 G 55 H8 G 55 7.732 5.194 -9.268 593 H1 G 55 H1 G 55 12.353 9.534 -8.293 594 H21 G 55 H21 G 55 13.638 9.697 -10.090 595 H22 G 55 H22 G 55 13.359 8.747 -11.535 596 H5' A 56 H5' A 56 11.783 2.248 -14.236 597 H5'' A 56 H5'' A 56 12.911 0.898 -14.002 598 H4' A 56 H4' A 56 13.997 3.083 -14.637 599 H3' A 56 H3' A 56 14.740 1.647 -12.088 600 H2' A 56 H2' A 56 16.193 3.367 -11.484 601 HO2' A 56 H2'' A 56 17.221 4.642 -12.917 602 H1' A 56 H1' A 56 14.772 5.525 -12.492 603 H8 A 56 H8 A 56 12.699 2.936 -10.539 604 H61 A 56 H61 A 56 13.966 6.380 -5.551 605 H62 A 56 H62 A 56 13.047 5.025 -6.175 606 H2 A 56 H2 A 56 16.362 7.976 -8.991 607 H5' A 57 H5' A 57 18.805 1.784 -13.909 608 H5'' A 57 H5'' A 57 19.420 0.128 -13.749 609 H4' A 57 H4' A 57 20.934 1.706 -12.661 610 H3' A 57 H3' A 57 19.414 -0.189 -10.870 611 H2' A 57 H2' A 57 20.320 0.804 -8.959 612 HO2' A 57 H2'' A 57 22.129 2.524 -10.079 613 H1' A 57 H1' A 57 20.350 3.426 -9.803 614 H8 A 57 H8 A 57 17.211 1.380 -10.710 615 H61 A 57 H61 A 57 14.838 3.559 -5.424 616 H62 A 57 H62 A 57 14.511 2.654 -6.884 617 H2 A 57 H2 A 57 19.145 4.784 -5.622 618 H5' C 58 H5' C 58 23.323 -0.791 -9.222 619 H5'' C 58 H5'' C 58 23.518 -2.543 -9.013 620 H4' C 58 H4' C 58 23.704 -1.376 -6.860 621 H3' C 58 H3' C 58 21.245 -3.099 -7.230 622 H2' C 58 H2' C 58 20.498 -2.497 -5.112 623 HO2' C 58 H2'' C 58 22.650 -1.248 -4.034 624 H1' C 58 H1' C 58 21.659 0.077 -5.014 625 H41 C 58 H41 C 58 15.427 1.216 -5.718 626 H42 C 58 H42 C 58 15.438 0.493 -7.306 627 H5 C 58 H5 C 58 17.388 -0.529 -8.279 628 H6 C 58 H6 C 58 19.748 -1.090 -7.932 629 H5' C 59 H5' C 59 22.919 -3.923 -3.590 630 H5'' C 59 H5'' C 59 22.573 -5.542 -2.950 631 H4' C 59 H4' C 59 21.564 -3.611 -1.648 632 H3' C 59 H3' C 59 19.826 -5.826 -2.751 633 H2' C 59 H2' C 59 17.913 -4.718 -2.076 634 HO2' C 59 H2'' C 59 18.481 -2.902 -0.323 635 H1' C 59 H1' C 59 19.000 -2.072 -1.988 636 H41 C 59 H41 C 59 14.489 -1.623 -6.444 637 H42 C 59 H42 C 59 15.339 -2.763 -7.474 638 H5 C 59 H5 C 59 17.359 -3.896 -6.813 639 H6 C 59 H6 C 59 19.005 -4.189 -5.019 640 H5' G 60 H5' G 60 19.819 -4.698 1.822 641 H5'' G 60 H5'' G 60 19.577 -6.216 2.708 642 H4' G 60 H4' G 60 18.356 -4.319 3.730 643 H3' G 60 H3' G 60 16.826 -6.674 2.647 644 H2' G 60 H2' G 60 14.777 -5.653 3.015 645 HO2' G 60 H2'' G 60 14.584 -3.854 4.491 646 H1' G 60 H1' G 60 15.485 -3.003 2.597 647 H8 G 60 H8 G 60 16.857 -5.221 -0.153 648 H1 G 60 H1 G 60 10.684 -3.654 -0.934 649 H21 G 60 H21 G 60 9.906 -2.688 0.902 650 H22 G 60 H22 G 60 10.898 -2.424 2.319 651 H5' G 61 H5' G 61 14.908 -5.324 5.907 652 H5'' G 61 H5'' G 61 14.652 -6.556 7.160 653 H4' G 61 H4' G 61 12.555 -5.421 6.703 654 H3' G 61 H3' G 61 12.733 -8.273 5.739 655 H2' G 61 H2' G 61 10.665 -8.128 4.729 656 HO2' G 61 H2'' G 61 9.241 -6.234 5.501 657 H1' G 61 H1' G 61 10.603 -5.322 4.285 658 H8 G 61 H8 G 61 13.464 -7.454 2.820 659 H1 G 61 H1 G 61 8.419 -6.656 -1.063 660 H21 G 61 H21 G 61 6.773 -5.646 0.023 661 H22 G 61 H22 G 61 6.909 -5.166 1.699 662 H5' G 62 H5' G 62 9.089 -7.559 7.750 663 H5'' G 62 H5'' G 62 8.587 -8.872 8.834 664 H4' G 62 H4' G 62 6.802 -8.292 7.238 665 H3' G 62 H3' G 62 8.074 -11.015 6.971 666 H2' G 62 H2' G 62 6.816 -11.477 5.079 667 HO2' G 62 H2'' G 62 4.854 -9.858 4.817 668 H1' G 62 H1' G 62 6.402 -8.792 4.208 669 H8 G 62 H8 G 62 9.953 -10.243 4.715 670 H1 G 62 H1 G 62 7.672 -10.643 -1.269 671 H21 G 62 H21 G 62 5.556 -9.978 -1.321 672 H22 G 62 H22 G 62 4.704 -9.439 0.108 673 H5' G 63 H5' G 63 5.171 -14.838 7.996 674 H5'' G 63 H5'' G 63 6.763 -14.460 7.315 675 H4' G 63 H4' G 63 4.155 -14.966 5.882 676 H3' G 63 H3' G 63 6.851 -16.267 5.941 677 H2' G 63 H2' G 63 6.986 -16.500 3.632 678 HO2' G 63 H2'' G 63 5.117 -16.485 2.311 679 H1' G 63 H1' G 63 5.622 -14.249 2.808 680 H8 G 63 H8 G 63 7.999 -13.484 5.690 681 H1 G 63 H1 G 63 10.790 -13.400 -0.084 682 H21 G 63 H21 G 63 9.396 -14.175 -1.619 683 H22 G 63 H22 G 63 7.780 -14.717 -1.231 684 H5' A 64 H5' A 64 7.188 -20.715 6.807 685 H5'' A 64 H5'' A 64 8.246 -19.497 6.065 686 H4' A 64 H4' A 64 8.713 -21.634 5.048 687 H3' A 64 H3' A 64 7.439 -19.526 3.394 688 H2' A 64 H2' A 64 6.642 -20.901 1.719 689 HO2' A 64 H2'' A 64 7.642 -23.170 1.641 690 H1' A 64 H1' A 64 6.170 -23.252 3.045 691 H8 A 64 H8 A 64 4.811 -20.625 5.311 692 H61 A 64 H61 A 64 -0.192 -20.373 1.683 693 H62 A 64 H62 A 64 0.508 -19.884 3.210 694 H2 A 64 H2 A 64 2.939 -22.779 -0.440 695 H5' A 65 H5' A 65 9.583 -21.565 0.720 696 H5'' A 65 H5'' A 65 10.244 -20.620 -0.630 697 H4' A 65 H4' A 65 8.338 -22.223 -1.190 698 H3' A 65 H3' A 65 8.419 -19.332 -1.949 699 H2' A 65 H2' A 65 6.189 -19.218 -2.553 700 HO2' A 65 H2'' A 65 6.638 -21.887 -3.260 701 H1' A 65 H1' A 65 5.096 -21.195 -0.896 702 H8 A 65 H8 A 65 7.272 -18.762 1.059 703 H61 A 65 H61 A 65 2.222 -15.194 1.443 704 H62 A 65 H62 A 65 3.864 -15.429 1.999 705 H2 A 65 H2 A 65 1.350 -18.543 -1.407 706 H5' A 66 H5' A 66 7.946 -18.482 -6.822 707 H5'' A 66 H5'' A 66 7.939 -17.680 -5.239 708 H4' A 66 H4' A 66 5.558 -18.756 -6.780 709 H3' A 66 H3' A 66 6.563 -16.001 -6.135 710 H2' A 66 H2' A 66 4.455 -15.229 -5.501 711 HO2' A 66 H2'' A 66 2.657 -15.878 -6.468 712 H1' A 66 H1' A 66 3.400 -17.528 -4.402 713 H8 A 66 H8 A 66 7.011 -16.905 -3.313 714 H61 A 66 H61 A 66 4.632 -13.398 1.201 715 H62 A 66 H62 A 66 6.093 -14.127 0.561 716 H2 A 66 H2 A 66 1.301 -14.554 -1.564 717 H5' C 67 H5' C 67 3.684 -14.988 -8.137 718 H5'' C 67 H5'' C 67 3.828 -13.562 -9.186 719 H4' C 67 H4' C 67 2.502 -13.181 -7.084 720 H3' C 67 H3' C 67 4.971 -11.545 -7.666 721 H2' C 67 H2' C 67 4.805 -10.454 -5.622 722 HO2' C 67 H2'' C 67 2.873 -10.134 -4.567 723 H1' C 67 H1' C 67 3.594 -12.510 -4.140 724 H41 C 67 H41 C 67 9.599 -12.169 -2.040 725 H42 C 67 H42 C 67 10.140 -13.104 -3.417 726 H5 C 67 H5 C 67 8.687 -13.754 -5.225 727 H6 C 67 H6 C 67 6.400 -13.654 -6.102 728 H5' U 68 H5' U 68 2.087 -9.216 -6.172 729 H5'' U 68 H5'' U 68 1.741 -7.701 -7.030 730 H4' U 68 H4' U 68 2.159 -7.299 -4.643 731 H3' U 68 H3' U 68 4.180 -6.207 -6.598 732 H2' U 68 H2' U 68 5.522 -5.460 -4.861 733 HO2' U 68 H2'' U 68 4.501 -5.231 -2.680 734 H1' U 68 H1' U 68 4.704 -7.328 -2.882 735 H3 U 68 H3 U 68 9.184 -7.934 -2.807 736 H5 U 68 H5 U 68 8.053 -9.278 -6.638 737 H6 U 68 H6 U 68 5.802 -8.496 -6.176 738 H5' U 69 H5' U 69 2.525 -3.530 -3.440 739 H5'' U 69 H5'' U 69 2.454 -1.827 -3.937 740 H4' U 69 H4' U 69 3.539 -2.161 -1.716 741 H3' U 69 H3' U 69 5.154 -0.988 -3.980 742 H2' U 69 H2' U 69 7.046 -0.912 -2.633 743 HO2' U 69 H2'' U 69 5.964 -1.494 -0.182 744 H1' U 69 H1' U 69 6.514 -3.141 -1.026 745 H3 U 69 H3 U 69 10.389 -4.449 -2.983 746 H5 U 69 H5 U 69 7.693 -4.144 -6.211 747 H6 U 69 H6 U 69 6.042 -3.270 -4.663 748 H5' G 70 H5' G 70 5.472 0.964 -0.433 749 H5'' G 70 H5'' G 70 5.852 2.697 -0.391 750 H4' G 70 H4' G 70 7.543 1.150 0.726 751 H3' G 70 H3' G 70 8.341 3.119 -1.423 752 H2' G 70 H2' G 70 10.495 2.275 -1.447 753 HO2' G 70 H2'' G 70 10.504 0.924 0.965 754 H1' G 70 H1' G 70 9.908 -0.321 -0.383 755 H8 G 70 H8 G 70 8.374 0.510 -3.795 756 H1 G 70 H1 G 70 14.265 -2.025 -3.978 757 H21 G 70 H21 G 70 15.144 -2.051 -1.935 758 H22 G 70 H22 G 70 14.271 -1.459 -0.536 759 H5' G 71 H5' G 71 10.840 3.142 2.783 760 H5'' G 71 H5'' G 71 10.648 4.880 3.094 761 H4' G 71 H4' G 71 12.827 4.469 3.814 762 H3' G 71 H3' G 71 12.795 5.532 1.014 763 H2' G 71 H2' G 71 15.051 5.101 0.648 764 HO2' G 71 H2'' G 71 15.452 4.660 3.432 765 H1' G 71 H1' G 71 15.341 2.765 2.047 766 H8 G 71 H8 G 71 12.024 2.620 0.277 767 H1 G 71 H1 G 71 16.981 1.366 -3.592 768 H21 G 71 H21 G 71 18.891 1.851 -2.582 769 H22 G 71 H22 G 71 18.949 2.489 -0.947 770 H5' U 72 H5' U 72 16.192 7.485 2.965 771 H5'' U 72 H5'' U 72 16.002 9.233 2.721 772 H4' U 72 H4' U 72 18.257 8.473 2.079 773 H3' U 72 H3' U 72 16.439 9.535 -0.076 774 H2' U 72 H2' U 72 18.002 9.033 -1.744 775 HO2' U 72 H2'' U 72 20.213 8.285 -0.465 776 H1' U 72 H1' U 72 19.086 6.721 -0.648 777 H3 U 72 H3 U 72 17.049 5.134 -4.382 778 H5 U 72 H5 U 72 13.852 6.176 -1.840 779 H6 U 72 H6 U 72 15.471 7.125 -0.302 780 H5' U 73 H5' U 73 19.868 11.715 -1.178 781 H5'' U 73 H5'' U 73 19.396 13.426 -1.202 782 H4' U 73 H4' U 73 20.283 12.792 -3.377 783 H3' U 73 H3' U 73 17.306 13.296 -3.274 784 H2' U 73 H2' U 73 17.104 12.763 -5.535 785 HO2' U 73 H2'' U 73 19.768 12.572 -6.208 786 H1' U 73 H1' U 73 19.064 10.787 -5.668 787 H3 U 73 H3 U 73 15.278 8.441 -6.539 788 H5 U 73 H5 U 73 14.982 9.399 -2.445 789 H6 U 73 H6 U 73 16.962 10.779 -2.691 790 H5' C 74 H5' C 74 18.635 15.461 -6.605 791 H5'' C 74 H5'' C 74 17.718 16.966 -6.815 792 H4' C 74 H4' C 74 17.480 15.368 -8.725 793 H3' C 74 H3' C 74 15.020 16.117 -7.136 794 H2' C 74 H2' C 74 13.752 14.736 -8.498 795 HO2' C 74 H2'' C 74 15.580 14.315 -10.533 796 H1' C 74 H1' C 74 15.793 12.883 -9.180 797 H41 C 74 H41 C 74 11.814 9.528 -5.519 798 H42 C 74 H42 C 74 12.249 10.477 -4.116 799 H5 C 74 H5 C 74 13.736 12.372 -4.212 800 H6 C 74 H6 C 74 15.124 13.765 -5.675 801 H5' U 75 H5' U 75 14.604 17.622 -11.075 802 H5'' U 75 H5'' U 75 13.451 18.920 -11.430 803 H4' U 75 H4' U 75 12.772 16.676 -12.315 804 H3' U 75 H3' U 75 10.986 18.095 -10.333 805 H2' U 75 H2' U 75 9.549 16.303 -10.312 806 HO2' U 75 H2'' U 75 8.828 15.853 -12.234 807 H1' U 75 H1' U 75 11.416 14.321 -11.222 808 H3 U 75 H3 U 75 9.487 12.086 -7.828 809 H5 U 75 H5 U 75 11.445 15.292 -5.915 810 H6 U 75 H6 U 75 11.979 16.188 -8.107 811 H5' U 76 H5' U 76 8.914 16.942 -14.143 812 H5'' U 76 H5'' U 76 7.749 18.197 -14.611 813 H4' U 76 H4' U 76 6.754 15.931 -14.656 814 H3' U 76 H3' U 76 5.683 17.967 -12.713 815 H2' U 76 H2' U 76 4.296 16.418 -11.694 816 HO2' U 76 H2'' U 76 3.149 15.733 -13.468 817 H1' U 76 H1' U 76 5.780 14.068 -12.233 818 H3 U 76 H3 U 76 5.526 13.875 -7.720 819 H5 U 76 H5 U 76 7.872 17.301 -8.445 820 H6 U 76 H6 U 76 7.446 17.010 -10.816 821 H5' C 77 H5' C 77 1.220 19.442 -13.257 822 H5'' C 77 H5'' C 77 2.413 19.187 -11.966 823 H4' C 77 H4' C 77 0.060 17.367 -12.588 824 H3' C 77 H3' C 77 0.438 19.558 -10.562 825 H2' C 77 H2' C 77 -0.348 18.256 -8.823 826 HO2' C 77 H2'' C 77 -2.177 17.628 -10.596 827 H1' C 77 H1' C 77 0.261 15.690 -9.854 828 H41 C 77 H41 C 77 4.094 16.593 -4.832 829 H42 C 77 H42 C 77 5.260 17.364 -5.888 830 H5 C 77 H5 C 77 4.819 17.863 -8.203 831 H6 C 77 H6 C 77 3.169 17.726 -10.010 832 H5' C 78 H5' C 78 -2.568 21.999 -8.880 833 H5'' C 78 H5'' C 78 -1.168 21.105 -8.253 834 H4' C 78 H4' C 78 -4.062 20.599 -7.479 835 H3' C 78 H3' C 78 -1.934 22.301 -6.224 836 H2' C 78 H2' C 78 -2.226 21.394 -4.114 837 HO2' C 78 H2'' C 78 -4.223 21.368 -3.450 838 H1' C 78 H1' C 78 -3.078 18.822 -4.792 839 H41 C 78 H41 C 78 2.960 18.331 -2.788 840 H42 C 78 H42 C 78 3.496 18.489 -4.440 841 H5 C 78 H5 C 78 2.009 19.004 -6.261 842 H6 C 78 H6 C 78 -0.313 19.476 -6.889 843 H5' U 79 H5' U 79 -3.468 25.321 -2.817 844 H5'' U 79 H5'' U 79 -2.340 24.012 -3.229 845 H4' U 79 H4' U 79 -4.739 23.298 -1.600 846 H3' U 79 H3' U 79 -2.561 25.111 -0.613 847 H2' U 79 H2' U 79 -2.090 23.803 1.236 848 HO2' U 79 H2'' U 79 -3.638 22.442 2.186 849 H1' U 79 H1' U 79 -2.798 21.285 0.254 850 H3 U 79 H3 U 79 1.634 21.680 1.667 851 H5 U 79 H5 U 79 1.545 22.239 -2.510 852 H6 U 79 H6 U 79 -0.873 22.394 -2.371 853 H5' A 80 H5' A 80 -4.619 24.100 2.561 854 H5'' A 80 H5'' A 80 -5.606 25.411 3.238 855 H4' A 80 H4' A 80 -4.518 24.161 5.030 856 H3' A 80 H3' A 80 -4.417 26.927 4.863 857 H2' A 80 H2' A 80 -2.213 27.209 4.163 858 HO2' A 80 H2'' A 80 -0.787 26.997 6.164 859 H1' A 80 H1' A 80 -1.153 24.821 5.609 860 H8 A 80 H8 A 80 -1.626 26.262 2.000 861 H61 A 80 H61 A 80 4.316 24.711 1.232 862 H62 A 80 H62 A 80 2.908 25.435 0.489 863 H2 A 80 H2 A 80 3.086 23.495 5.371 864 H5' A 81 H5' A 81 -6.080 25.499 8.943 865 H5'' A 81 H5'' A 81 -5.810 26.478 10.399 866 H4' A 81 H4' A 81 -5.806 24.118 10.984 867 H3' A 81 H3' A 81 -3.203 25.602 11.199 868 H2' A 81 H2' A 81 -1.965 23.683 11.560 869 HO2' A 81 H2'' A 81 -2.704 22.507 13.144 870 H1' A 81 H1' A 81 -3.581 21.800 10.241 871 H8 A 81 H8 A 81 -2.751 24.683 7.942 872 H61 A 81 H61 A 81 2.539 21.720 6.702 873 H62 A 81 H62 A 81 1.491 23.046 6.253 874 H2 A 81 H2 A 81 0.565 19.652 10.156 875 H5' G 82 H5' G 82 -1.654 23.962 16.133 876 H5'' G 82 H5'' G 82 -0.908 24.874 14.810 877 H4' G 82 H4' G 82 -1.035 21.878 15.205 878 H3' G 82 H3' G 82 1.152 23.921 15.128 879 H2' G 82 H2' G 82 2.524 22.658 13.740 880 HO2' G 82 H2'' G 82 2.753 20.651 14.335 881 H1' G 82 H1' G 82 0.651 21.397 12.175 882 H8 G 82 H8 G 82 -0.329 25.033 12.660 883 H1 G 82 H1 G 82 4.064 24.131 8.072 884 H21 G 82 H21 G 82 4.817 22.045 8.139 885 H22 G 82 H22 G 82 4.244 20.877 9.309 886 H5' U 83 H5' U 83 3.816 20.958 16.103 887 H5'' U 83 H5'' U 83 4.516 21.418 17.669 888 H4' U 83 H4' U 83 6.313 21.194 16.083 889 H3' U 83 H3' U 83 5.637 24.019 16.868 890 H2' U 83 H2' U 83 7.109 24.918 15.306 891 HO2' U 83 H2'' U 83 8.988 24.021 14.870 892 H1' U 83 H1' U 83 6.886 23.009 13.300 893 H3 U 83 H3 U 83 5.096 26.599 11.220 894 H5 U 83 H5 U 83 2.288 25.688 14.229 895 H6 U 83 H6 U 83 3.828 24.008 15.065 896 H5' C 84 H5' C 84 9.816 24.345 17.638 897 H5'' C 84 H5'' C 84 9.989 25.344 19.095 898 H4' C 84 H4' C 84 10.862 26.405 16.985 899 H3' C 84 H3' C 84 8.683 27.731 18.597 900 H2' C 84 H2' C 84 8.473 29.420 17.035 901 HO2' C 84 H2'' C 84 10.895 29.706 17.140 902 H1' C 84 H1' C 84 9.279 27.981 14.739 903 H41 C 84 H41 C 84 3.024 28.829 13.924 904 H42 C 84 H42 C 84 2.672 27.731 15.236 905 H5 C 84 H5 C 84 4.374 26.726 16.610 906 H6 C 84 H6 C 84 6.784 26.559 17.023 907 H5' C 85 H5' C 85 12.291 30.583 18.182 908 H5'' C 85 H5'' C 85 12.329 31.599 19.637 909 H4' C 85 H4' C 85 12.336 32.865 17.452 910 H3' C 85 H3' C 85 10.191 33.324 19.524 911 H2' C 85 H2' C 85 9.058 34.791 18.121 912 HO2' C 85 H2'' C 85 11.600 35.146 16.898 913 H1' C 85 H1' C 85 9.811 33.681 15.649 914 H41 C 85 H41 C 85 3.669 32.141 16.317 915 H42 C 85 H42 C 85 4.076 30.939 17.521 916 H5 C 85 H5 C 85 6.311 30.608 18.351 917 H6 C 85 H6 C 85 8.641 31.357 18.210 918 H5' U 86 H5' U 86 10.918 36.926 17.773 919 H5'' U 86 H5'' U 86 11.168 38.184 19.000 920 H4' U 86 H4' U 86 9.356 38.705 17.348 921 H3' U 86 H3' U 86 8.844 38.582 20.296 922 HO3' U 86 H3T U 86 8.471 40.640 18.352 923 H2' U 86 H2' U 86 6.594 38.321 20.032 924 HO2' U 86 H2'' U 86 5.880 39.796 17.964 925 H1' U 86 H1' U 86 6.690 38.231 17.066 926 H3 U 86 H3 U 86 2.799 35.984 17.642 927 H5 U 86 H5 U 86 5.615 33.686 19.777 928 H6 U 86 H6 U 86 7.259 35.417 19.341 Start of MODEL 10 1 H5' G 1 H5' G 1 7.213 -40.230 7.500 2 H5'' G 1 H5'' G 1 7.450 -38.705 6.627 3 H4' G 1 H4' G 1 7.309 -40.464 4.998 4 H3' G 1 H3' G 1 4.981 -38.582 5.142 5 H2' G 1 H2' G 1 3.639 -39.857 3.730 6 HO2' G 1 H2'' G 1 6.089 -41.040 2.869 7 H1' G 1 H1' G 1 4.410 -42.386 4.459 8 H8 G 1 H8 G 1 4.183 -40.673 7.745 9 H1 G 1 H1 G 1 -1.595 -41.791 5.190 10 H21 G 1 H21 G 1 -1.386 -42.362 3.054 11 H22 G 1 H22 G 1 0.168 -42.467 2.259 12 HO5' G 1 H5T G 1 4.831 -39.167 6.902 13 H5' G 2 H5' G 2 4.895 -39.270 1.438 14 H5'' G 2 H5'' G 2 4.824 -37.855 0.367 15 H4' G 2 H4' G 2 2.821 -39.311 0.166 16 H3' G 2 H3' G 2 2.493 -36.480 1.157 17 H2' G 2 H2' G 2 0.249 -36.812 1.611 18 HO2' G 2 H2'' G 2 -0.545 -39.004 0.429 19 H1' G 2 H1' G 2 0.285 -39.601 2.055 20 H8 G 2 H8 G 2 2.705 -37.873 4.366 21 H1 G 2 H1 G 2 -3.401 -37.543 6.313 22 H21 G 2 H21 G 2 -4.758 -38.186 4.681 23 H22 G 2 H22 G 2 -4.161 -38.700 3.114 24 H5' G 3 H5' G 3 -0.386 -37.230 -2.084 25 H5'' G 3 H5'' G 3 -0.468 -35.841 -3.188 26 H4' G 3 H4' G 3 -2.700 -36.558 -2.351 27 H3' G 3 H3' G 3 -1.684 -33.789 -1.724 28 H2' G 3 H2' G 3 -3.470 -33.347 -0.324 29 HO2' G 3 H2'' G 3 -4.879 -35.353 -1.788 30 H1' G 3 H1' G 3 -4.084 -35.981 0.483 31 H8 G 3 H8 G 3 -0.472 -34.804 1.034 32 H1 G 3 H1 G 3 -4.500 -33.517 5.860 33 H21 G 3 H21 G 3 -6.586 -33.948 5.244 34 H22 G 3 H22 G 3 -6.990 -34.557 3.656 35 H5' A 4 H5' A 4 -5.865 -33.468 -3.339 36 H5'' A 4 H5'' A 4 -5.839 -32.236 -4.617 37 H4' A 4 H4' A 4 -7.716 -31.833 -3.122 38 H3' A 4 H3' A 4 -5.468 -29.836 -3.076 39 H2' A 4 H2' A 4 -6.360 -28.686 -1.259 40 HO2' A 4 H2'' A 4 -8.713 -29.351 -0.693 41 H1' A 4 H1' A 4 -7.546 -30.789 0.104 42 H8 A 4 H8 A 4 -3.949 -31.268 -1.245 43 H61 A 4 H61 A 4 -2.129 -29.505 4.399 44 H62 A 4 H62 A 4 -1.614 -30.115 2.842 45 H2 A 4 H2 A 4 -6.585 -29.045 4.171 46 H5' U 5 H5' U 5 -8.547 -27.556 -2.515 47 H5'' U 5 H5'' U 5 -8.699 -26.182 -3.629 48 H4' U 5 H4' U 5 -8.624 -25.353 -1.353 49 H3' U 5 H3' U 5 -6.186 -24.818 -3.039 50 H2' U 5 H2' U 5 -5.017 -23.931 -1.244 51 HO2' U 5 H2'' U 5 -5.972 -22.544 0.034 52 H1' U 5 H1' U 5 -6.291 -25.336 0.852 53 H3 U 5 H3 U 5 -2.037 -26.643 1.608 54 H5 U 5 H5 U 5 -2.884 -28.216 -2.210 55 H6 U 5 H6 U 5 -5.023 -27.071 -2.135 56 H5' A 6 H5' A 6 -9.449 -22.082 -2.243 57 H5'' A 6 H5'' A 6 -9.814 -20.469 -2.885 58 H4' A 6 H4' A 6 -10.103 -20.937 -0.341 59 H3' A 6 H3' A 6 -9.593 -18.544 -1.703 60 H2' A 6 H2' A 6 -7.359 -18.231 -1.142 61 HO2' A 6 H2'' A 6 -7.665 -16.647 0.218 62 H1' A 6 H1' A 6 -7.509 -19.652 1.478 63 H8 A 6 H8 A 6 -5.767 -19.697 -2.019 64 H61 A 6 H61 A 6 -0.636 -20.926 1.216 65 H62 A 6 H62 A 6 -1.285 -20.629 -0.380 66 H2 A 6 H2 A 6 -4.063 -20.702 4.089 67 H5' U 7 H5' U 7 -11.746 -17.449 3.329 68 H5'' U 7 H5'' U 7 -11.888 -15.802 2.678 69 H4' U 7 H4' U 7 -10.959 -15.040 4.582 70 H3' U 7 H3' U 7 -8.698 -15.907 3.122 71 H2' U 7 H2' U 7 -7.711 -17.526 4.411 72 HO2' U 7 H2'' U 7 -7.370 -17.037 6.694 73 H1' U 7 H1' U 7 -9.387 -17.914 6.608 74 H3 U 7 H3 U 7 -10.861 -21.993 5.373 75 H5 U 7 H5 U 7 -9.620 -20.266 1.734 76 H6 U 7 H6 U 7 -9.192 -18.201 2.936 77 H5' G 8 H5' G 8 -6.158 -16.203 3.322 78 H5'' G 8 H5'' G 8 -5.227 -16.755 4.727 79 H4' G 8 H4' G 8 -3.499 -15.118 4.305 80 H3' G 8 H3' G 8 -5.483 -13.952 2.389 81 H2' G 8 H2' G 8 -3.992 -13.706 0.673 82 HO2' G 8 H2'' G 8 -2.285 -13.139 2.760 83 H1' G 8 H1' G 8 -2.171 -15.742 1.251 84 H8 G 8 H8 G 8 -5.708 -17.065 1.218 85 H1 G 8 H1 G 8 -3.190 -16.400 -4.645 86 H21 G 8 H21 G 8 -1.287 -15.279 -4.539 87 H22 G 8 H22 G 8 -0.629 -14.683 -3.037 88 H5' G 9 H5' G 9 -4.648 -9.975 0.584 89 H5'' G 9 H5'' G 9 -4.938 -11.680 0.186 90 H4' G 9 H4' G 9 -2.230 -10.449 -0.291 91 H3' G 9 H3' G 9 -4.707 -10.031 -1.957 92 H2' G 9 H2' G 9 -3.577 -10.559 -3.925 93 HO2' G 9 H2'' G 9 -1.135 -10.656 -3.789 94 H1' G 9 H1' G 9 -1.795 -12.440 -2.933 95 H8 G 9 H8 G 9 -4.791 -13.843 -1.496 96 H1 G 9 H1 G 9 -5.087 -14.094 -7.901 97 H21 G 9 H21 G 9 -3.557 -12.758 -8.791 98 H22 G 9 H22 G 9 -2.463 -11.803 -7.810 99 H5' A 10 H5' A 10 -2.195 -7.306 -3.797 100 H5'' A 10 H5'' A 10 -2.859 -5.659 -3.827 101 H4' A 10 H4' A 10 -2.328 -6.398 -6.089 102 H3' A 10 H3' A 10 -5.271 -6.118 -5.454 103 H2' A 10 H2' A 10 -5.840 -6.903 -7.558 104 HO2' A 10 H2'' A 10 -4.666 -6.462 -9.349 105 H1' A 10 H1' A 10 -3.504 -8.457 -8.041 106 H8 A 10 H8 A 10 -5.370 -9.488 -4.892 107 H61 A 10 H61 A 10 -8.750 -13.153 -8.567 108 H62 A 10 H62 A 10 -8.365 -12.726 -6.912 109 H2 A 10 H2 A 10 -6.254 -10.487 -11.172 110 H5' A 11 H5' A 11 -4.261 -4.348 -9.050 111 H5'' A 11 H5'' A 11 -5.173 -2.898 -9.515 112 H4' A 11 H4' A 11 -5.327 -4.742 -11.180 113 H3' A 11 H3' A 11 -7.860 -3.788 -9.822 114 H2' A 11 H2' A 11 -9.088 -5.383 -10.960 115 HO2' A 11 H2'' A 11 -6.972 -5.735 -12.838 116 H1' A 11 H1' A 11 -7.042 -7.310 -11.279 117 H8 A 11 H8 A 11 -8.124 -6.014 -7.769 118 H61 A 11 H61 A 11 -11.561 -11.159 -7.580 119 H62 A 11 H62 A 11 -11.020 -9.759 -6.691 120 H2 A 11 H2 A 11 -9.685 -10.888 -11.645 121 H5' G 12 H5' G 12 -8.366 -4.349 -14.424 122 H5'' G 12 H5'' G 12 -8.847 -2.696 -14.858 123 H4' G 12 H4' G 12 -10.398 -3.856 -16.081 124 H3' G 12 H3' G 12 -11.582 -3.439 -13.352 125 H2' G 12 H2' G 12 -13.368 -4.880 -13.769 126 HO2' G 12 H2'' G 12 -13.223 -5.524 -16.341 127 H1' G 12 H1' G 12 -12.102 -6.763 -15.330 128 H8 G 12 H8 G 12 -9.510 -6.555 -12.855 129 H1 G 12 H1 G 12 -14.890 -8.788 -10.166 130 H21 G 12 H21 G 12 -16.623 -8.398 -11.494 131 H22 G 12 H22 G 12 -16.459 -7.595 -13.039 132 H5' A 13 H5' A 13 -14.992 -2.244 -16.042 133 H5'' A 13 H5'' A 13 -15.508 -0.667 -15.411 134 H4' A 13 H4' A 13 -17.388 -2.263 -15.594 135 H3' A 13 H3' A 13 -16.594 -1.227 -12.881 136 H2' A 13 H2' A 13 -18.096 -2.646 -11.789 137 HO2' A 13 H2'' A 13 -20.017 -2.948 -12.602 138 H1' A 13 H1' A 13 -17.924 -4.855 -13.419 139 H8 A 13 H8 A 13 -14.528 -3.222 -12.674 140 H61 A 13 H61 A 13 -14.318 -6.955 -7.735 141 H62 A 13 H62 A 13 -13.432 -5.803 -8.710 142 H2 A 13 H2 A 13 -18.381 -7.333 -9.596 143 H5' A 14 H5' A 14 -20.905 -0.687 -12.658 144 H5'' A 14 H5'' A 14 -21.165 0.997 -12.160 145 H4' A 14 H4' A 14 -22.297 -0.527 -10.624 146 H3' A 14 H3' A 14 -19.915 0.960 -9.514 147 H2' A 14 H2' A 14 -20.085 -0.162 -7.491 148 HO2' A 14 H2'' A 14 -22.432 -1.435 -7.569 149 H1' A 14 H1' A 14 -21.165 -2.576 -8.431 150 H8 A 14 H8 A 14 -17.974 -1.192 -10.106 151 H61 A 14 H61 A 14 -14.916 -4.804 -6.127 152 H62 A 14 H62 A 14 -14.772 -3.749 -7.508 153 H2 A 14 H2 A 14 -19.265 -4.927 -5.048 154 H5' C 15 H5' C 15 -23.509 1.318 -6.762 155 H5'' C 15 H5'' C 15 -23.452 2.934 -6.028 156 H4' C 15 H4' C 15 -23.652 1.070 -4.368 157 H3' C 15 H3' C 15 -21.236 2.888 -4.275 158 H2' C 15 H2' C 15 -20.352 1.661 -2.507 159 HO2' C 15 H2'' C 15 -22.354 0.058 -1.716 160 H1' C 15 H1' C 15 -21.492 -0.842 -3.152 161 H41 C 15 H41 C 15 -15.309 -1.591 -4.497 162 H42 C 15 H42 C 15 -15.426 -0.454 -5.821 163 H5 C 15 H5 C 15 -17.438 0.760 -6.345 164 H6 C 15 H6 C 15 -19.772 1.154 -5.711 165 H5' C 16 H5' C 16 -22.593 2.517 -0.482 166 H5'' C 16 H5'' C 16 -22.297 3.914 0.572 167 H4' C 16 H4' C 16 -21.057 1.836 1.242 168 H3' C 16 H3' C 16 -19.545 4.366 0.572 169 H2' C 16 H2' C 16 -17.528 3.274 0.713 170 HO2' C 16 H2'' C 16 -17.685 1.086 2.020 171 H1' C 16 H1' C 16 -18.462 0.606 0.279 172 H41 C 16 H41 C 16 -14.509 1.559 -4.597 173 H42 C 16 H42 C 16 -15.509 2.858 -5.214 174 H5 C 16 H5 C 16 -17.480 3.660 -4.085 175 H6 C 16 H6 C 16 -18.920 3.391 -2.117 176 H5' G 17 H5' G 17 -18.645 2.081 4.510 177 H5'' G 17 H5'' G 17 -18.521 3.310 5.784 178 H4' G 17 H4' G 17 -16.859 1.591 6.169 179 H3' G 17 H3' G 17 -15.748 4.239 5.233 180 H2' G 17 H2' G 17 -13.597 3.374 5.184 181 HO2' G 17 H2'' G 17 -13.454 1.125 6.393 182 H1' G 17 H1' G 17 -14.255 0.672 4.666 183 H8 G 17 H8 G 17 -15.851 2.778 2.031 184 H1 G 17 H1 G 17 -9.548 2.025 1.099 185 H21 G 17 H21 G 17 -8.605 1.168 2.908 186 H22 G 17 H22 G 17 -9.518 0.775 4.348 187 H5' G 18 H5' G 18 -13.444 2.645 8.154 188 H5'' G 18 H5'' G 18 -13.112 3.721 9.525 189 H4' G 18 H4' G 18 -11.047 2.683 8.728 190 H3' G 18 H3' G 18 -11.318 5.657 8.277 191 H2' G 18 H2' G 18 -9.319 5.718 7.111 192 HO2' G 18 H2'' G 18 -8.284 3.261 7.847 193 H1' G 18 H1' G 18 -9.291 3.019 6.207 194 H8 G 18 H8 G 18 -12.278 5.246 5.247 195 H1 G 18 H1 G 18 -7.395 5.340 1.084 196 H21 G 18 H21 G 18 -5.657 4.248 1.922 197 H22 G 18 H22 G 18 -5.693 3.497 3.501 198 H5' G 19 H5' G 19 -7.669 4.155 10.009 199 H5'' G 19 H5'' G 19 -6.925 5.173 11.257 200 H4' G 19 H4' G 19 -5.308 4.421 9.524 201 H3' G 19 H3' G 19 -5.845 7.358 9.912 202 H2' G 19 H2' G 19 -4.568 7.945 8.068 203 HO2' G 19 H2'' G 19 -2.774 6.592 8.973 204 H1' G 19 H1' G 19 -4.878 5.603 6.529 205 H8 G 19 H8 G 19 -8.014 7.431 7.848 206 H1 G 19 H1 G 19 -6.083 9.225 1.998 207 H21 G 19 H21 G 19 -4.143 8.268 1.511 208 H22 G 19 H22 G 19 -3.323 7.190 2.616 209 H5' G 20 H5' G 20 -2.118 10.002 11.825 210 H5'' G 20 H5'' G 20 -3.770 10.163 11.201 211 H4' G 20 H4' G 20 -1.146 10.534 9.760 212 H3' G 20 H3' G 20 -3.532 12.248 10.350 213 H2' G 20 H2' G 20 -3.648 13.132 8.205 214 HO2' G 20 H2'' G 20 -1.583 13.866 7.924 215 H1' G 20 H1' G 20 -2.767 10.982 6.713 216 H8 G 20 H8 G 20 -5.225 9.981 9.468 217 H1 G 20 H1 G 20 -8.020 11.867 4.011 218 H21 G 20 H21 G 20 -6.510 12.697 2.622 219 H22 G 20 H22 G 20 -4.814 12.793 3.031 220 H5' A 21 H5' A 21 -3.762 15.572 12.609 221 H5'' A 21 H5'' A 21 -4.701 14.377 11.687 222 H4' A 21 H4' A 21 -5.800 16.475 11.399 223 H3' A 21 H3' A 21 -4.362 15.376 9.062 224 H2' A 21 H2' A 21 -4.107 17.337 7.874 225 HO2' A 21 H2'' A 21 -6.074 18.166 7.633 226 H1' A 21 H1' A 21 -3.925 19.228 9.829 227 H8 A 21 H8 A 21 -1.829 16.508 11.221 228 H61 A 21 H61 A 21 2.648 18.186 7.284 229 H62 A 21 H62 A 21 2.251 17.224 8.691 230 H2 A 21 H2 A 21 -1.134 20.262 6.063 231 H5' A 22 H5' A 22 -7.910 16.514 6.489 232 H5'' A 22 H5'' A 22 -7.425 15.617 5.035 233 H4' A 22 H4' A 22 -6.919 18.289 5.494 234 H3' A 22 H3' A 22 -5.713 16.258 3.644 235 H2' A 22 H2' A 22 -3.793 17.514 3.245 236 HO2' A 22 H2'' A 22 -5.536 19.622 3.740 237 H1' A 22 H1' A 22 -3.450 18.692 5.709 238 H8 A 22 H8 A 22 -4.234 15.297 6.809 239 H61 A 22 H61 A 22 1.400 13.523 4.959 240 H62 A 22 H62 A 22 -0.013 13.089 5.894 241 H2 A 22 H2 A 22 0.571 17.567 3.208 242 H5' A 23 H5' A 23 -5.945 18.947 -0.028 243 H5'' A 23 H5'' A 23 -6.483 17.622 -1.081 244 H4' A 23 H4' A 23 -4.115 18.603 -1.445 245 H3' A 23 H3' A 23 -4.827 15.688 -1.336 246 H2' A 23 H2' A 23 -2.601 14.993 -1.279 247 HO2' A 23 H2'' A 23 -1.397 17.444 -1.780 248 H1' A 23 H1' A 23 -1.504 17.001 0.230 249 H8 A 23 H8 A 23 -4.926 15.862 1.541 250 H61 A 23 H61 A 23 -1.766 11.646 4.802 251 H62 A 23 H62 A 23 -3.341 12.366 4.524 252 H2 A 23 H2 A 23 1.094 13.693 2.027 253 H5' C 24 H5' C 24 -2.339 14.962 -3.640 254 H5'' C 24 H5'' C 24 -2.797 14.025 -5.077 255 H4' C 24 H4' C 24 -1.332 12.766 -3.505 256 H3' C 24 H3' C 24 -4.112 11.742 -4.085 257 H2' C 24 H2' C 24 -3.835 9.985 -2.581 258 HO2' C 24 H2'' C 24 -1.688 9.403 -1.825 259 H1' C 24 H1' C 24 -2.240 11.270 -0.712 260 H41 C 24 H41 C 24 -8.067 11.189 1.853 261 H42 C 24 H42 C 24 -8.503 12.604 0.918 262 H5 C 24 H5 C 24 -7.065 13.582 -0.747 263 H6 C 24 H6 C 24 -4.895 13.420 -1.877 264 H5' U 25 H5' U 25 -1.413 8.815 -4.023 265 H5'' U 25 H5'' U 25 -1.481 7.526 -5.241 266 H4' U 25 H4' U 25 -1.522 6.672 -2.901 267 H3' U 25 H3' U 25 -3.888 6.133 -4.701 268 H2' U 25 H2' U 25 -5.043 5.139 -2.965 269 HO2' U 25 H2'' U 25 -3.039 4.746 -1.140 270 H1' U 25 H1' U 25 -3.789 6.474 -0.796 271 H3 U 25 H3 U 25 -8.173 7.262 0.049 272 H5 U 25 H5 U 25 -7.383 9.483 -3.444 273 H6 U 25 H6 U 25 -5.179 8.469 -3.511 274 H5' U 26 H5' U 26 -1.973 2.673 -2.727 275 H5'' U 26 H5'' U 26 -2.051 1.131 -3.602 276 H4' U 26 H4' U 26 -2.784 0.880 -1.263 277 H3' U 26 H3' U 26 -4.882 0.491 -3.406 278 H2' U 26 H2' U 26 -6.510 0.142 -1.784 279 HO2' U 26 H2'' U 26 -4.343 -0.479 -0.035 280 H1' U 26 H1' U 26 -5.455 1.776 0.229 281 H3 U 26 H3 U 26 -9.494 3.697 -0.456 282 H5 U 26 H5 U 26 -7.419 4.382 -4.062 283 H6 U 26 H6 U 26 -5.615 3.002 -3.210 284 H5' G 27 H5' G 27 -4.862 -2.273 -0.583 285 H5'' G 27 H5'' G 27 -5.322 -3.961 -0.885 286 H4' G 27 H4' G 27 -6.738 -2.695 0.811 287 H3' G 27 H3' G 27 -8.001 -4.033 -1.597 288 H2' G 27 H2' G 27 -10.075 -3.179 -0.998 289 HO2' G 27 H2'' G 27 -9.446 -4.047 1.322 290 H1' G 27 H1' G 27 -9.133 -0.924 0.486 291 H8 G 27 H8 G 27 -8.087 -0.786 -3.153 292 H1 G 27 H1 G 27 -14.041 1.324 -2.026 293 H21 G 27 H21 G 27 -14.669 0.761 0.025 294 H22 G 27 H22 G 27 -13.625 -0.122 1.117 295 H5' G 28 H5' G 28 -9.892 -5.259 2.721 296 H5'' G 28 H5'' G 28 -9.651 -7.008 2.533 297 H4' G 28 H4' G 28 -11.723 -6.894 3.593 298 H3' G 28 H3' G 28 -12.062 -7.174 0.629 299 H2' G 28 H2' G 28 -14.356 -6.744 0.691 300 HO2' G 28 H2'' G 28 -14.130 -7.465 3.430 301 H1' G 28 H1' G 28 -14.443 -4.817 2.611 302 H8 G 28 H8 G 28 -11.298 -4.166 0.668 303 H1 G 28 H1 G 28 -16.564 -2.202 -2.423 304 H21 G 28 H21 G 28 -18.379 -2.973 -1.414 305 H22 G 28 H22 G 28 -18.299 -3.973 0.022 306 H5' U 29 H5' U 29 -15.126 -9.481 2.177 307 H5'' U 29 H5'' U 29 -14.995 -11.176 1.668 308 H4' U 29 H4' U 29 -17.248 -10.406 1.250 309 H3' U 29 H3' U 29 -15.563 -10.773 -1.230 310 H2' U 29 H2' U 29 -17.315 -10.022 -2.571 311 HO2' U 29 H2'' U 29 -19.198 -10.869 -2.130 312 H1' U 29 H1' U 29 -18.406 -8.155 -0.817 313 H3 U 29 H3 U 29 -17.008 -5.566 -4.268 314 H5 U 29 H5 U 29 -13.446 -6.751 -2.350 315 H6 U 29 H6 U 29 -14.768 -8.224 -0.945 316 H5' U 30 H5' U 30 -19.345 -12.688 -1.915 317 H5'' U 30 H5'' U 30 -19.096 -14.326 -2.552 318 H4' U 30 H4' U 30 -20.672 -13.125 -3.962 319 H3' U 30 H3' U 30 -17.957 -13.606 -5.211 320 H2' U 30 H2' U 30 -18.691 -12.529 -7.169 321 HO2' U 30 H2'' U 30 -21.370 -12.446 -6.240 322 H1' U 30 H1' U 30 -20.218 -10.555 -5.955 323 H3 U 30 H3 U 30 -16.866 -8.049 -7.638 324 H5 U 30 H5 U 30 -15.025 -10.243 -4.545 325 H6 U 30 H6 U 30 -17.098 -11.479 -4.277 326 H5' C 31 H5' C 31 -20.580 -15.140 -8.241 327 H5'' C 31 H5'' C 31 -19.731 -16.446 -9.092 328 H4' C 31 H4' C 31 -20.232 -14.413 -10.494 329 H3' C 31 H3' C 31 -17.355 -15.301 -10.122 330 H2' C 31 H2' C 31 -16.676 -13.547 -11.522 331 HO2' C 31 H2'' C 31 -18.780 -12.426 -12.558 332 H1' C 31 H1' C 31 -18.654 -11.701 -10.762 333 H41 C 31 H41 C 31 -13.446 -9.612 -7.785 334 H42 C 31 H42 C 31 -13.466 -10.989 -6.692 335 H5 C 31 H5 C 31 -15.057 -12.794 -6.883 336 H6 C 31 H6 C 31 -16.962 -13.671 -8.153 337 H5' U 32 H5' U 32 -17.821 -15.307 -13.903 338 H5'' U 32 H5'' U 32 -16.974 -16.410 -15.005 339 H4' U 32 H4' U 32 -16.031 -14.178 -15.184 340 H3' U 32 H3' U 32 -14.216 -16.188 -13.825 341 H2' U 32 H2' U 32 -12.657 -14.522 -13.479 342 HO2' U 32 H2'' U 32 -13.079 -12.487 -14.969 343 H1' U 32 H1' U 32 -14.451 -12.303 -13.590 344 H3 U 32 H3 U 32 -12.110 -11.267 -9.890 345 H5 U 32 H5 U 32 -14.167 -14.785 -8.815 346 H6 U 32 H6 U 32 -14.917 -14.971 -11.116 347 H5' U 33 H5' U 33 -11.998 -14.044 -17.139 348 H5'' U 33 H5'' U 33 -11.168 -15.325 -18.043 349 H4' U 33 H4' U 33 -9.617 -13.508 -17.566 350 H3' U 33 H3' U 33 -9.127 -16.095 -16.091 351 H2' U 33 H2' U 33 -7.439 -15.151 -14.827 352 HO2' U 33 H2'' U 33 -6.535 -14.342 -17.011 353 H1' U 33 H1' U 33 -8.279 -12.440 -14.930 354 H3 U 33 H3 U 33 -7.980 -13.021 -10.456 355 H5 U 33 H5 U 33 -11.118 -15.592 -11.600 356 H6 U 33 H6 U 33 -10.614 -15.071 -13.916 357 H5' C 34 H5' C 34 -4.642 -17.507 -16.220 358 H5'' C 34 H5'' C 34 -5.997 -17.007 -15.190 359 H4' C 34 H4' C 34 -3.649 -15.170 -15.667 360 H3' C 34 H3' C 34 -3.754 -17.533 -13.806 361 H2' C 34 H2' C 34 -3.039 -16.285 -11.995 362 HO2' C 34 H2'' C 34 -1.119 -15.584 -13.048 363 H1' C 34 H1' C 34 -3.928 -13.725 -12.824 364 H41 C 34 H41 C 34 -7.540 -15.292 -7.806 365 H42 C 34 H42 C 34 -8.579 -16.225 -8.851 366 H5 C 34 H5 C 34 -8.107 -16.605 -11.181 367 H6 C 34 H6 C 34 -6.535 -16.173 -13.010 368 H5' C 35 H5' C 35 0.568 -19.109 -12.321 369 H5'' C 35 H5'' C 35 -1.022 -18.844 -11.577 370 H4' C 35 H4' C 35 1.456 -17.146 -11.131 371 H3' C 35 H3' C 35 0.240 -19.399 -9.560 372 H2' C 35 H2' C 35 0.344 -18.241 -7.554 373 HO2' C 35 H2'' C 35 2.529 -16.972 -8.802 374 H1' C 35 H1' C 35 0.087 -15.620 -8.499 375 H41 C 35 H41 C 35 -5.505 -17.145 -5.823 376 H42 C 35 H42 C 35 -6.066 -17.713 -7.378 377 H5 C 35 H5 C 35 -4.645 -17.877 -9.315 378 H6 C 35 H6 C 35 -2.378 -17.528 -10.180 379 H5' U 36 H5' U 36 3.747 -22.032 -6.955 380 H5'' U 36 H5'' U 36 2.015 -21.642 -6.921 381 H4' U 36 H4' U 36 4.119 -20.145 -5.329 382 H3' U 36 H3' U 36 2.546 -22.604 -4.626 383 H2' U 36 H2' U 36 1.791 -21.733 -2.622 384 HO2' U 36 H2'' U 36 3.127 -19.659 -1.931 385 H1' U 36 H1' U 36 1.830 -18.996 -3.230 386 H3 U 36 H3 U 36 -2.301 -20.616 -1.811 387 H5 U 36 H5 U 36 -2.293 -20.591 -6.026 388 H6 U 36 H6 U 36 0.099 -20.192 -5.953 389 H5' A 37 H5' A 37 4.225 -21.574 -1.331 390 H5'' A 37 H5'' A 37 5.530 -22.639 -0.773 391 H4' A 37 H4' A 37 4.074 -22.032 1.091 392 H3' A 37 H3' A 37 4.792 -24.650 0.550 393 H2' A 37 H2' A 37 2.795 -25.452 -0.339 394 HO2' A 37 H2'' A 37 2.711 -26.639 1.494 395 H1' A 37 H1' A 37 1.008 -23.715 1.300 396 H8 A 37 H8 A 37 2.084 -24.543 -2.363 397 H61 A 37 H61 A 37 -3.979 -24.338 -3.594 398 H62 A 37 H62 A 37 -2.385 -24.638 -4.249 399 H2 A 37 H2 A 37 -3.402 -23.302 0.730 400 H5' A 38 H5' A 38 4.938 -26.022 5.518 401 H5'' A 38 H5'' A 38 3.744 -25.333 4.399 402 H4' A 38 H4' A 38 5.043 -23.789 6.664 403 H3' A 38 H3' A 38 2.602 -25.515 6.657 404 H2' A 38 H2' A 38 1.194 -23.878 7.505 405 HO2' A 38 H2'' A 38 1.935 -22.871 9.203 406 H1' A 38 H1' A 38 2.312 -21.608 6.410 407 H8 A 38 H8 A 38 2.304 -23.806 3.469 408 H61 A 38 H61 A 38 -3.817 -22.985 3.031 409 H62 A 38 H62 A 38 -2.379 -23.572 2.223 410 H2 A 38 H2 A 38 -2.493 -21.473 7.039 411 H5' G 39 H5' G 39 1.200 -26.641 11.592 412 H5'' G 39 H5'' G 39 0.782 -27.008 9.907 413 H4' G 39 H4' G 39 -0.035 -24.615 11.569 414 H3' G 39 H3' G 39 -1.453 -26.966 10.403 415 H2' G 39 H2' G 39 -3.143 -25.734 9.390 416 HO2' G 39 H2'' G 39 -4.053 -24.223 10.542 417 H1' G 39 H1' G 39 -1.803 -23.443 8.706 418 H8 G 39 H8 G 39 0.612 -26.131 7.802 419 H1 G 39 H1 G 39 -4.311 -25.793 3.702 420 H21 G 39 H21 G 39 -5.912 -24.509 4.538 421 H22 G 39 H22 G 39 -5.774 -23.736 6.101 422 H5' U 40 H5' U 40 -4.958 -26.184 13.029 423 H5'' U 40 H5'' U 40 -5.232 -27.816 13.673 424 H4' U 40 H4' U 40 -7.092 -26.945 12.228 425 H3' U 40 H3' U 40 -5.649 -29.500 11.537 426 H2' U 40 H2' U 40 -6.823 -29.715 9.537 427 HO2' U 40 H2'' U 40 -8.825 -28.776 9.183 428 H1' U 40 H1' U 40 -7.104 -27.038 8.884 429 H3 U 40 H3 U 40 -4.444 -28.497 5.530 430 H5 U 40 H5 U 40 -1.952 -28.617 8.927 431 H6 U 40 H6 U 40 -3.884 -28.055 10.283 432 H5' C 41 H5' C 41 -10.006 -30.539 11.834 433 H5'' C 41 H5'' C 41 -10.198 -32.213 12.397 434 H4' C 41 H4' C 41 -11.206 -31.728 10.136 435 H3' C 41 H3' C 41 -9.135 -33.891 10.506 436 H2' C 41 H2' C 41 -9.067 -34.309 8.195 437 HO2' C 41 H2'' C 41 -10.721 -33.828 6.828 438 H1' C 41 H1' C 41 -9.303 -31.743 7.282 439 H41 C 41 H41 C 41 -3.006 -32.610 7.294 440 H42 C 41 H42 C 41 -2.965 -32.503 9.047 441 H5 C 41 H5 C 41 -4.939 -32.297 10.408 442 H6 C 41 H6 C 41 -7.386 -32.148 10.392 443 H5' C 42 H5' C 42 -11.731 -35.258 7.958 444 H5'' C 42 H5'' C 42 -12.138 -36.986 7.987 445 H4' C 42 H4' C 42 -10.941 -36.187 5.904 446 H3' C 42 H3' C 42 -9.798 -38.423 7.590 447 H2' C 42 H2' C 42 -7.889 -38.481 6.296 448 HO2' C 42 H2'' C 42 -8.856 -37.076 4.098 449 H1' C 42 H1' C 42 -7.969 -35.820 5.311 450 H41 C 42 H41 C 42 -2.634 -36.228 8.731 451 H42 C 42 H42 C 42 -3.552 -36.037 10.208 452 H5 C 42 H5 C 42 -5.960 -35.975 10.265 453 H6 C 42 H6 C 42 -8.006 -36.083 8.919 454 H5' U 43 H5' U 43 -9.346 -39.202 3.287 455 H5'' U 43 H5'' U 43 -10.002 -40.823 2.986 456 H4' U 43 H4' U 43 -7.829 -40.543 1.886 457 H3' U 43 H3' U 43 -8.008 -42.501 4.159 458 HO3' U 43 H3T U 43 -7.144 -43.372 1.742 459 H2' U 43 H2' U 43 -5.731 -42.878 4.187 460 HO2' U 43 H2'' U 43 -4.493 -42.123 2.185 461 H1' U 43 H1' U 43 -4.836 -40.408 3.226 462 H3 U 43 H3 U 43 -2.829 -40.550 7.284 463 H5 U 43 H5 U 43 -6.941 -40.401 8.194 464 H6 U 43 H6 U 43 -7.406 -40.569 5.819 465 H5' G 44 H5' G 44 -6.607 37.894 15.951 466 H5'' G 44 H5'' G 44 -6.890 36.581 14.792 467 H4' G 44 H4' G 44 -6.816 38.640 13.556 468 H3' G 44 H3' G 44 -4.491 36.781 13.204 469 H2' G 44 H2' G 44 -3.210 38.327 12.024 470 HO2' G 44 H2'' G 44 -5.692 39.647 11.538 471 H1' G 44 H1' G 44 -3.935 40.645 13.295 472 H8 G 44 H8 G 44 -3.566 38.305 16.148 473 H1 G 44 H1 G 44 2.095 39.944 13.614 474 H21 G 44 H21 G 44 1.798 40.929 11.651 475 H22 G 44 H22 G 44 0.211 41.185 10.959 476 HO5' G 44 H5T G 44 -4.259 36.997 15.042 477 H5' G 45 H5' G 45 -4.569 38.217 9.720 478 H5'' G 45 H5'' G 45 -4.555 37.054 8.380 479 H4' G 45 H4' G 45 -2.558 38.530 8.390 480 H3' G 45 H3' G 45 -2.196 35.558 8.760 481 H2' G 45 H2' G 45 0.067 35.802 9.170 482 HO2' G 45 H2'' G 45 0.818 38.191 8.430 483 H1' G 45 H1' G 45 0.064 38.443 10.177 484 H8 G 45 H8 G 45 -2.257 36.271 12.190 485 H1 G 45 H1 G 45 3.924 35.558 13.755 486 H21 G 45 H21 G 45 5.214 36.525 12.233 487 H22 G 45 H22 G 45 4.553 37.350 10.834 488 H5' G 46 H5' G 46 0.532 36.975 5.615 489 H5'' G 46 H5'' G 46 0.560 35.841 4.250 490 H4' G 46 H4' G 46 2.831 36.385 5.116 491 H3' G 46 H3' G 46 1.832 33.540 5.202 492 H2' G 46 H2' G 46 3.677 32.827 6.396 493 HO2' G 46 H2'' G 46 5.026 35.099 5.316 494 H1' G 46 H1' G 46 4.337 35.239 7.703 495 H8 G 46 H8 G 46 0.749 33.943 8.166 496 H1 G 46 H1 G 46 5.002 31.729 12.429 497 H21 G 46 H21 G 46 7.055 32.306 11.825 498 H22 G 46 H22 G 46 7.382 33.236 10.378 499 H5' A 47 H5' A 47 5.934 33.578 3.359 500 H5'' A 47 H5'' A 47 5.843 32.634 1.858 501 H4' A 47 H4' A 47 7.785 31.942 3.154 502 H3' A 47 H3' A 47 5.535 29.965 2.892 503 H2' A 47 H2' A 47 6.504 28.474 4.396 504 HO2' A 47 H2'' A 47 8.883 29.019 4.977 505 H1' A 47 H1' A 47 7.763 30.267 6.101 506 H8 A 47 H8 A 47 4.109 31.001 5.053 507 H61 A 47 H61 A 47 2.541 28.090 10.286 508 H62 A 47 H62 A 47 1.958 29.013 8.916 509 H2 A 47 H2 A 47 6.977 27.695 9.753 510 H5' U 48 H5' U 48 8.625 27.634 2.826 511 H5'' U 48 H5'' U 48 8.720 26.520 1.447 512 H4' U 48 H4' U 48 8.741 25.246 3.511 513 H3' U 48 H3' U 48 6.228 25.048 1.860 514 H2' U 48 H2' U 48 5.140 23.810 3.492 515 HO2' U 48 H2'' U 48 6.146 22.196 4.411 516 H1' U 48 H1' U 48 6.526 24.773 5.770 517 H3 U 48 H3 U 48 2.305 25.857 6.965 518 H5 U 48 H5 U 48 2.990 28.198 3.527 519 H6 U 48 H6 U 48 5.125 27.072 3.268 520 H5' A 49 H5' A 49 9.516 22.230 1.926 521 H5'' A 49 H5'' A 49 9.845 20.785 0.951 522 H4' A 49 H4' A 49 10.248 20.720 3.522 523 H3' A 49 H3' A 49 9.670 18.658 1.720 524 H2' A 49 H2' A 49 7.462 18.222 2.301 525 HO2' A 49 H2'' A 49 7.821 16.395 3.294 526 H1' A 49 H1' A 49 7.735 19.078 5.147 527 H8 A 49 H8 A 49 5.829 19.820 1.818 528 H61 A 49 H61 A 49 0.863 20.326 5.480 529 H62 A 49 H62 A 49 1.429 20.363 3.825 530 H2 A 49 H2 A 49 4.429 19.562 8.076 531 H5' U 50 H5' U 50 12.043 16.559 6.312 532 H5'' U 50 H5'' U 50 12.146 15.085 5.325 533 H4' U 50 H4' U 50 11.308 13.939 7.071 534 H3' U 50 H3' U 50 8.982 15.077 5.933 535 H2' U 50 H2' U 50 8.070 16.390 7.576 536 HO2' U 50 H2'' U 50 7.823 15.439 9.719 537 H1' U 50 H1' U 50 9.845 16.322 9.721 538 H3 U 50 H3 U 50 11.252 20.573 9.314 539 H5 U 50 H5 U 50 9.864 19.641 5.446 540 H6 U 50 H6 U 50 9.494 17.364 6.197 541 H5' G 51 H5' G 51 6.459 15.315 6.306 542 H5'' G 51 H5'' G 51 5.593 15.560 7.835 543 H4' G 51 H4' G 51 3.840 14.037 7.160 544 H3' G 51 H3' G 51 5.731 13.303 4.957 545 H2' G 51 H2' G 51 4.160 13.406 3.298 546 HO2' G 51 H2'' G 51 2.551 12.417 5.301 547 H1' G 51 H1' G 51 2.380 15.273 4.360 548 H8 G 51 H8 G 51 5.929 16.571 4.436 549 H1 G 51 H1 G 51 3.117 17.143 -1.302 550 H21 G 51 H21 G 51 1.217 16.010 -1.333 551 H22 G 51 H22 G 51 0.633 15.115 0.042 552 H5' G 52 H5' G 52 4.795 9.782 2.413 553 H5'' G 52 H5'' G 52 5.070 11.536 2.362 554 H4' G 52 H4' G 52 2.341 10.405 1.769 555 H3' G 52 H3' G 52 4.737 10.358 -0.057 556 H2' G 52 H2' G 52 3.522 11.263 -1.824 557 HO2' G 52 H2'' G 52 1.090 11.324 -1.562 558 H1' G 52 H1' G 52 1.800 12.900 -0.407 559 H8 G 52 H8 G 52 4.873 13.975 1.168 560 H1 G 52 H1 G 52 4.862 15.566 -5.048 561 H21 G 52 H21 G 52 3.287 14.438 -6.125 562 H22 G 52 H22 G 52 2.237 13.291 -5.313 563 H5' A 53 H5' A 53 2.133 8.055 -2.309 564 H5'' A 53 H5'' A 53 2.790 6.456 -2.707 565 H4' A 53 H4' A 53 2.159 7.640 -4.742 566 H3' A 53 H3' A 53 5.126 7.251 -4.313 567 H2' A 53 H2' A 53 5.602 8.457 -6.233 568 HO2' A 53 H2'' A 53 4.349 8.387 -8.022 569 H1' A 53 H1' A 53 3.252 10.064 -6.280 570 H8 A 53 H8 A 53 5.260 10.431 -3.073 571 H61 A 53 H61 A 53 8.497 14.787 -6.060 572 H62 A 53 H62 A 53 8.183 14.027 -4.513 573 H2 A 53 H2 A 53 5.872 12.709 -9.044 574 H5' A 54 H5' A 54 3.944 6.249 -8.148 575 H5'' A 54 H5'' A 54 4.832 4.935 -8.946 576 H4' A 54 H4' A 54 4.911 7.105 -10.182 577 H3' A 54 H3' A 54 7.492 5.871 -9.191 578 H2' A 54 H2' A 54 8.690 7.682 -9.986 579 HO2' A 54 H2'' A 54 6.519 8.402 -11.688 580 H1' A 54 H1' A 54 6.610 9.618 -9.844 581 H8 A 54 H8 A 54 7.851 7.653 -6.727 582 H61 A 54 H61 A 54 11.353 12.638 -5.653 583 H62 A 54 H62 A 54 10.842 11.083 -5.050 584 H2 A 54 H2 A 54 9.272 13.224 -9.581 585 H5' G 55 H5' G 55 7.801 7.386 -13.590 586 H5'' G 55 H5'' G 55 8.258 5.861 -14.376 587 H4' G 55 H4' G 55 9.757 7.259 -15.399 588 H3' G 55 H3' G 55 11.060 6.291 -12.871 589 H2' G 55 H2' G 55 12.831 7.796 -13.062 590 HO2' G 55 H2'' G 55 12.571 8.956 -15.435 591 H1' G 55 H1' G 55 11.502 9.954 -14.140 592 H8 G 55 H8 G 55 9.027 9.226 -11.643 593 H1 G 55 H1 G 55 14.536 10.881 -8.805 594 H21 G 55 H21 G 55 16.205 10.779 -10.257 595 H22 G 55 H22 G 55 15.968 10.309 -11.926 596 H5' A 56 H5' A 56 14.339 5.692 -15.902 597 H5'' A 56 H5'' A 56 14.878 4.022 -15.632 598 H4' A 56 H4' A 56 16.752 5.632 -15.569 599 H3' A 56 H3' A 56 16.079 4.056 -13.094 600 H2' A 56 H2' A 56 17.633 5.229 -11.803 601 HO2' A 56 H2'' A 56 19.517 5.698 -12.623 602 H1' A 56 H1' A 56 17.397 7.725 -12.935 603 H8 A 56 H8 A 56 14.029 5.957 -12.383 604 H61 A 56 H61 A 56 14.074 8.577 -6.772 605 H62 A 56 H62 A 56 13.138 7.646 -7.925 606 H2 A 56 H2 A 56 18.044 9.362 -8.709 607 H5' A 57 H5' A 57 20.394 3.501 -13.184 608 H5'' A 57 H5'' A 57 20.670 1.752 -13.057 609 H4' A 57 H4' A 57 21.877 2.932 -11.293 610 H3' A 57 H3' A 57 19.541 1.236 -10.406 611 H2' A 57 H2' A 57 19.804 1.926 -8.208 612 HO2' A 57 H2'' A 57 22.153 3.193 -8.122 613 H1' A 57 H1' A 57 20.858 4.484 -8.679 614 H8 A 57 H8 A 57 17.585 3.465 -10.458 615 H61 A 57 H61 A 57 14.727 6.149 -5.680 616 H62 A 57 H62 A 57 14.516 5.405 -7.240 617 H2 A 57 H2 A 57 19.120 6.070 -4.794 618 H5' C 58 H5' C 58 23.256 0.335 -7.953 619 H5'' C 58 H5'' C 58 23.222 -1.397 -7.565 620 H4' C 58 H4' C 58 23.506 0.087 -5.566 621 H3' C 58 H3' C 58 21.091 -1.723 -5.740 622 H2' C 58 H2' C 58 20.294 -0.889 -3.720 623 HO2' C 58 H2'' C 58 22.338 0.524 -2.708 624 H1' C 58 H1' C 58 21.416 1.699 -3.890 625 H41 C 58 H41 C 58 15.173 2.654 -4.754 626 H42 C 58 H42 C 58 15.231 1.829 -6.299 627 H5 C 58 H5 C 58 17.218 0.781 -7.162 628 H6 C 58 H6 C 58 19.579 0.286 -6.733 629 H5' C 59 H5' C 59 22.622 -2.142 -2.012 630 H5'' C 59 H5'' C 59 22.362 -3.728 -1.260 631 H4' C 59 H4' C 59 21.163 -1.828 -0.130 632 H3' C 59 H3' C 59 19.608 -4.174 -1.229 633 H2' C 59 H2' C 59 17.608 -3.137 -0.779 634 HO2' C 59 H2'' C 59 17.835 -1.267 0.944 635 H1' C 59 H1' C 59 18.550 -0.430 -0.698 636 H41 C 59 H41 C 59 14.352 -0.411 -5.470 637 H42 C 59 H42 C 59 15.312 -1.554 -6.381 638 H5 C 59 H5 C 59 17.336 -2.548 -5.535 639 H6 C 59 H6 C 59 18.874 -2.665 -3.628 640 H5' G 60 H5' G 60 18.904 -2.758 3.128 641 H5'' G 60 H5'' G 60 18.834 -4.223 4.126 642 H4' G 60 H4' G 60 17.198 -2.629 4.932 643 H3' G 60 H3' G 60 16.034 -5.033 3.523 644 H2' G 60 H2' G 60 13.888 -4.186 3.750 645 HO2' G 60 H2'' G 60 13.809 -2.236 5.403 646 H1' G 60 H1' G 60 14.533 -1.433 3.771 647 H8 G 60 H8 G 60 16.000 -2.938 0.689 648 H1 G 60 H1 G 60 9.664 -2.039 0.221 649 H21 G 60 H21 G 60 8.810 -1.584 2.213 650 H22 G 60 H22 G 60 9.791 -1.498 3.659 651 H5' G 61 H5' G 61 13.873 -4.087 6.810 652 H5'' G 61 H5'' G 61 13.599 -5.424 7.945 653 H4' G 61 H4' G 61 11.505 -4.256 7.475 654 H3' G 61 H3' G 61 11.740 -7.070 6.406 655 H2' G 61 H2' G 61 9.691 -6.899 5.345 656 HO2' G 61 H2'' G 61 8.699 -4.653 6.620 657 H1' G 61 H1' G 61 9.631 -4.073 5.020 658 H8 G 61 H8 G 61 12.563 -6.034 3.488 659 H1 G 61 H1 G 61 7.498 -5.300 -0.383 660 H21 G 61 H21 G 61 5.803 -4.416 0.739 661 H22 G 61 H22 G 61 5.911 -4.007 2.435 662 H5' G 62 H5' G 62 8.180 -5.978 8.577 663 H5'' G 62 H5'' G 62 7.489 -7.237 9.621 664 H4' G 62 H4' G 62 5.801 -6.150 8.150 665 H3' G 62 H3' G 62 6.340 -9.102 7.904 666 H2' G 62 H2' G 62 4.981 -9.302 6.035 667 HO2' G 62 H2'' G 62 3.234 -8.172 7.280 668 H1' G 62 H1' G 62 5.233 -6.687 5.004 669 H8 G 62 H8 G 62 8.419 -8.732 5.767 670 H1 G 62 H1 G 62 6.205 -9.292 -0.229 671 H21 G 62 H21 G 62 4.249 -8.263 -0.414 672 H22 G 62 H22 G 62 3.486 -7.444 0.927 673 H5' G 63 H5' G 63 2.691 -12.098 9.395 674 H5'' G 63 H5'' G 63 4.314 -12.123 8.681 675 H4' G 63 H4' G 63 1.627 -12.201 7.310 676 H3' G 63 H3' G 63 4.030 -13.989 7.428 677 H2' G 63 H2' G 63 4.043 -14.413 5.143 678 HO2' G 63 H2'' G 63 1.964 -15.082 4.812 679 H1' G 63 H1' G 63 3.107 -12.005 4.167 680 H8 G 63 H8 G 63 5.690 -11.586 6.957 681 H1 G 63 H1 G 63 8.227 -12.277 1.107 682 H21 G 63 H21 G 63 6.652 -12.817 -0.352 683 H22 G 63 H22 G 63 4.975 -13.011 0.106 684 H5' A 64 H5' A 64 4.351 -17.705 8.942 685 H5'' A 64 H5'' A 64 5.252 -16.342 8.246 686 H4' A 64 H4' A 64 6.326 -18.330 7.480 687 H3' A 64 H3' A 64 4.786 -16.777 5.491 688 H2' A 64 H2' A 64 4.475 -18.451 3.934 689 HO2' A 64 H2'' A 64 6.418 -19.210 3.435 690 H1' A 64 H1' A 64 4.368 -20.705 5.459 691 H8 A 64 H8 A 64 2.354 -18.342 7.478 692 H61 A 64 H61 A 64 -2.315 -19.197 3.510 693 H62 A 64 H62 A 64 -1.843 -18.545 5.063 694 H2 A 64 H2 A 64 1.390 -20.953 1.692 695 H5' A 65 H5' A 65 8.210 -17.343 2.580 696 H5'' A 65 H5'' A 65 7.664 -16.168 1.364 697 H4' A 65 H4' A 65 7.169 -18.879 1.282 698 H3' A 65 H3' A 65 5.887 -16.517 -0.050 699 H2' A 65 H2' A 65 3.939 -17.670 -0.603 700 HO2' A 65 H2'' A 65 5.692 -19.826 -0.643 701 H1' A 65 H1' A 65 3.712 -19.341 1.573 702 H8 A 65 H8 A 65 4.549 -16.235 3.323 703 H61 A 65 H61 A 65 -1.144 -14.139 2.074 704 H62 A 65 H62 A 65 0.305 -13.893 3.021 705 H2 A 65 H2 A 65 -0.403 -17.764 -0.462 706 H5' A 66 H5' A 66 5.938 -18.392 -4.204 707 H5'' A 66 H5'' A 66 6.434 -16.876 -4.984 708 H4' A 66 H4' A 66 4.048 -17.772 -5.440 709 H3' A 66 H3' A 66 4.775 -14.938 -4.761 710 H2' A 66 H2' A 66 2.557 -14.283 -4.460 711 HO2' A 66 H2'' A 66 1.323 -16.582 -5.406 712 H1' A 66 H1' A 66 1.518 -16.567 -3.354 713 H8 A 66 H8 A 66 4.999 -15.710 -1.988 714 H61 A 66 H61 A 66 2.028 -12.248 2.197 715 H62 A 66 H62 A 66 3.580 -12.893 1.704 716 H2 A 66 H2 A 66 -0.975 -13.701 -0.792 717 H5' C 67 H5' C 67 2.189 -13.765 -6.751 718 H5'' C 67 H5'' C 67 2.585 -12.551 -7.985 719 H4' C 67 H4' C 67 1.199 -11.648 -6.121 720 H3' C 67 H3' C 67 3.956 -10.514 -6.603 721 H2' C 67 H2' C 67 3.755 -9.106 -4.757 722 HO2' C 67 H2'' C 67 1.646 -8.703 -3.800 723 H1' C 67 H1' C 67 2.238 -10.755 -3.122 724 H41 C 67 H41 C 67 8.182 -11.170 -0.873 725 H42 C 67 H42 C 67 8.567 -12.362 -2.098 726 H5 C 67 H5 C 67 7.045 -12.988 -3.857 727 H6 C 67 H6 C 67 4.823 -12.612 -4.821 728 H5' U 68 H5' U 68 1.273 -7.676 -5.818 729 H5'' U 68 H5'' U 68 1.292 -6.163 -6.746 730 H4' U 68 H4' U 68 1.444 -5.810 -4.284 731 H3' U 68 H3' U 68 3.726 -4.899 -6.041 732 H2' U 68 H2' U 68 4.966 -4.281 -4.193 733 HO2' U 68 H2'' U 68 3.048 -4.281 -2.237 734 H1' U 68 H1' U 68 3.804 -6.039 -2.291 735 H3 U 68 H3 U 68 8.215 -6.957 -1.816 736 H5 U 68 H5 U 68 7.267 -8.425 -5.652 737 H6 U 68 H6 U 68 5.066 -7.427 -5.417 738 H5' U 69 H5' U 69 1.918 -1.929 -3.309 739 H5'' U 69 H5'' U 69 1.963 -0.240 -3.848 740 H4' U 69 H4' U 69 2.804 -0.475 -1.547 741 H3' U 69 H3' U 69 4.803 0.359 -3.655 742 H2' U 69 H2' U 69 6.504 0.374 -2.071 743 HO2' U 69 H2'' U 69 4.424 0.610 -0.132 744 H1' U 69 H1' U 69 5.532 -1.645 -0.393 745 H3 U 69 H3 U 69 9.534 -3.353 -1.646 746 H5 U 69 H5 U 69 7.286 -3.305 -5.212 747 H6 U 69 H6 U 69 5.527 -2.144 -4.010 748 H5' G 70 H5' G 70 4.925 2.482 -0.324 749 H5'' G 70 H5'' G 70 5.379 4.199 -0.295 750 H4' G 70 H4' G 70 6.865 2.614 1.039 751 H3' G 70 H3' G 70 8.021 4.431 -1.095 752 H2' G 70 H2' G 70 10.117 3.487 -0.779 753 HO2' G 70 H2'' G 70 9.598 3.850 1.698 754 H1' G 70 H1' G 70 9.237 0.967 0.245 755 H8 G 70 H8 G 70 8.025 1.569 -3.290 756 H1 G 70 H1 G 70 14.009 -0.709 -2.890 757 H21 G 70 H21 G 70 14.743 -0.550 -0.799 758 H22 G 70 H22 G 70 13.755 0.101 0.493 759 H5' G 71 H5' G 71 10.114 4.748 3.291 760 H5'' G 71 H5'' G 71 9.870 6.496 3.481 761 H4' G 71 H4' G 71 11.987 6.179 4.398 762 H3' G 71 H3' G 71 12.194 7.065 1.542 763 H2' G 71 H2' G 71 14.485 6.643 1.411 764 HO2' G 71 H2'' G 71 14.387 6.784 4.248 765 H1' G 71 H1' G 71 14.652 4.364 2.891 766 H8 G 71 H8 G 71 11.420 4.094 1.008 767 H1 G 71 H1 G 71 16.522 2.852 -2.672 768 H21 G 71 H21 G 71 18.388 3.420 -1.622 769 H22 G 71 H22 G 71 18.382 4.111 -0.010 770 H5' U 72 H5' U 72 15.334 9.017 3.393 771 H5'' U 72 H5'' U 72 15.187 10.781 3.250 772 H4' U 72 H4' U 72 17.416 10.126 2.582 773 H3' U 72 H3' U 72 15.620 10.987 0.311 774 H2' U 72 H2' U 72 17.304 10.540 -1.238 775 HO2' U 72 H2'' U 72 19.214 11.280 -0.722 776 H1' U 72 H1' U 72 18.469 8.356 0.040 777 H3 U 72 H3 U 72 16.900 6.534 -3.802 778 H5 U 72 H5 U 72 13.437 7.275 -1.517 779 H6 U 72 H6 U 72 14.832 8.426 0.103 780 H5' U 73 H5' U 73 19.378 13.026 -0.138 781 H5'' U 73 H5'' U 73 19.104 14.757 -0.413 782 H4' U 73 H4' U 73 20.610 13.877 -2.110 783 H3' U 73 H3' U 73 17.843 14.596 -3.109 784 H2' U 73 H2' U 73 18.483 13.953 -5.277 785 HO2' U 73 H2'' U 73 21.200 13.687 -4.508 786 H1' U 73 H1' U 73 20.052 11.776 -4.568 787 H3 U 73 H3 U 73 16.624 9.635 -6.566 788 H5 U 73 H5 U 73 14.938 11.135 -3.005 789 H6 U 73 H6 U 73 17.013 12.326 -2.601 790 H5' C 74 H5' C 74 20.330 16.731 -5.877 791 H5'' C 74 H5'' C 74 19.447 18.179 -6.400 792 H4' C 74 H4' C 74 19.873 16.481 -8.214 793 H3' C 74 H3' C 74 17.017 17.256 -7.532 794 H2' C 74 H2' C 74 16.271 15.823 -9.233 795 HO2' C 74 H2'' C 74 18.323 14.953 -10.566 796 H1' C 74 H1' C 74 18.272 13.872 -8.960 797 H41 C 74 H41 C 74 13.201 11.189 -6.236 798 H42 C 74 H42 C 74 13.283 12.311 -4.881 799 H5 C 74 H5 C 74 14.872 14.125 -4.772 800 H6 C 74 H6 C 74 16.714 15.257 -5.927 801 H5' U 75 H5' U 75 17.326 18.083 -11.249 802 H5'' U 75 H5'' U 75 16.432 19.358 -12.094 803 H4' U 75 H4' U 75 15.470 17.202 -12.642 804 H3' U 75 H3' U 75 13.722 18.884 -10.826 805 H2' U 75 H2' U 75 12.185 17.164 -10.752 806 HO2' U 75 H2'' U 75 12.529 15.479 -12.641 807 H1' U 75 H1' U 75 13.981 15.037 -11.394 808 H3 U 75 H3 U 75 11.777 13.247 -7.903 809 H5 U 75 H5 U 75 13.905 16.464 -6.202 810 H6 U 75 H6 U 75 14.561 17.130 -8.443 811 H5' U 76 H5' U 76 11.349 17.452 -14.407 812 H5'' U 76 H5'' U 76 10.483 18.887 -14.988 813 H4' U 76 H4' U 76 8.949 17.003 -14.827 814 H3' U 76 H3' U 76 8.540 19.227 -12.829 815 H2' U 76 H2' U 76 6.909 18.033 -11.709 816 HO2' U 76 H2'' U 76 5.900 17.687 -13.969 817 H1' U 76 H1' U 76 7.733 15.406 -12.410 818 H3 U 76 H3 U 76 7.634 15.047 -7.907 819 H5 U 76 H5 U 76 10.725 17.822 -8.626 820 H6 U 76 H6 U 76 10.122 17.784 -10.976 821 H5' C 77 H5' C 77 4.059 20.613 -12.459 822 H5'' C 77 H5'' C 77 5.459 19.916 -11.617 823 H4' C 77 H4' C 77 3.082 18.205 -12.356 824 H3' C 77 H3' C 77 3.280 20.136 -10.055 825 H2' C 77 H2' C 77 2.641 18.539 -8.510 826 HO2' C 77 H2'' C 77 0.673 18.057 -9.598 827 H1' C 77 H1' C 77 3.484 16.210 -9.886 828 H41 C 77 H41 C 77 7.326 16.710 -4.824 829 H42 C 77 H42 C 77 8.325 17.840 -5.700 830 H5 C 77 H5 C 77 7.750 18.701 -7.874 831 H6 C 77 H6 C 77 6.093 18.657 -9.680 832 H5' C 78 H5' C 78 -0.962 21.348 -8.081 833 H5'' C 78 H5'' C 78 0.659 20.943 -7.479 834 H4' C 78 H4' C 78 -1.806 19.179 -7.282 835 H3' C 78 H3' C 78 -0.507 21.063 -5.337 836 H2' C 78 H2' C 78 -0.521 19.516 -3.611 837 HO2' C 78 H2'' C 78 -2.769 18.523 -4.990 838 H1' C 78 H1' C 78 -0.324 17.147 -5.086 839 H41 C 78 H41 C 78 5.394 18.125 -2.413 840 H42 C 78 H42 C 78 5.880 19.014 -3.837 841 H5 C 78 H5 C 78 4.370 19.565 -5.629 842 H6 C 78 H6 C 78 2.066 19.383 -6.444 843 H5' U 79 H5' U 79 -3.881 23.086 -2.091 844 H5'' U 79 H5'' U 79 -2.151 22.707 -2.218 845 H4' U 79 H4' U 79 -4.185 20.902 -0.875 846 H3' U 79 H3' U 79 -2.573 23.172 0.249 847 H2' U 79 H2' U 79 -1.731 21.910 1.993 848 HO2' U 79 H2'' U 79 -3.043 19.731 2.302 849 H1' U 79 H1' U 79 -1.809 19.358 0.834 850 H3 U 79 H3 U 79 2.382 20.667 2.381 851 H5 U 79 H5 U 79 2.197 21.522 -1.743 852 H6 U 79 H6 U 79 -0.192 21.101 -1.655 853 H5' A 80 H5' A 80 -4.107 21.474 3.336 854 H5'' A 80 H5'' A 80 -5.379 22.396 4.160 855 H4' A 80 H4' A 80 -3.843 21.425 5.792 856 H3' A 80 H3' A 80 -4.573 24.095 5.833 857 H2' A 80 H2' A 80 -2.615 25.071 5.036 858 HO2' A 80 H2'' A 80 -2.444 25.856 7.070 859 H1' A 80 H1' A 80 -0.763 23.043 6.200 860 H8 A 80 H8 A 80 -1.996 24.618 2.843 861 H61 A 80 H61 A 80 4.005 24.698 1.329 862 H62 A 80 H62 A 80 2.384 25.125 0.825 863 H2 A 80 H2 A 80 3.613 22.758 5.354 864 H5' A 81 H5' A 81 -4.486 24.412 10.980 865 H5'' A 81 H5'' A 81 -3.349 23.976 9.690 866 H4' A 81 H4' A 81 -4.548 21.989 11.645 867 H3' A 81 H3' A 81 -2.103 23.693 11.882 868 H2' A 81 H2' A 81 -0.666 21.924 12.314 869 HO2' A 81 H2'' A 81 -1.335 20.583 13.796 870 H1' A 81 H1' A 81 -1.838 19.924 10.823 871 H8 A 81 H8 A 81 -1.956 22.694 8.412 872 H61 A 81 H61 A 81 4.130 21.999 7.518 873 H62 A 81 H62 A 81 2.659 22.741 6.922 874 H2 A 81 H2 A 81 2.986 19.666 11.174 875 H5' G 82 H5' G 82 -0.472 23.785 16.874 876 H5'' G 82 H5'' G 82 -0.130 24.493 15.283 877 H4' G 82 H4' G 82 0.751 21.813 16.377 878 H3' G 82 H3' G 82 2.124 24.362 15.659 879 H2' G 82 H2' G 82 3.763 23.373 14.342 880 HO2' G 82 H2'' G 82 4.716 21.660 15.111 881 H1' G 82 H1' G 82 2.385 21.266 13.259 882 H8 G 82 H8 G 82 -0.059 24.068 13.040 883 H1 G 82 H1 G 82 4.666 24.610 8.734 884 H21 G 82 H21 G 82 6.303 23.193 9.217 885 H22 G 82 H22 G 82 6.237 22.118 10.595 886 H5' U 83 H5' U 83 5.743 23.073 17.907 887 H5'' U 83 H5'' U 83 6.051 24.540 18.859 888 H4' U 83 H4' U 83 7.840 23.995 17.184 889 H3' U 83 H3' U 83 6.377 26.629 17.100 890 H2' U 83 H2' U 83 7.459 27.258 15.134 891 HO2' U 83 H2'' U 83 9.439 26.424 14.505 892 H1' U 83 H1' U 83 7.702 24.773 13.932 893 H3 U 83 H3 U 83 4.898 26.889 11.081 894 H5 U 83 H5 U 83 2.563 26.283 14.539 895 H6 U 83 H6 U 83 4.552 25.453 15.656 896 H5' C 84 H5' C 84 10.748 27.610 17.401 897 H5'' C 84 H5'' C 84 10.973 29.132 18.289 898 H4' C 84 H4' C 84 11.870 29.128 15.931 899 H3' C 84 H3' C 84 9.831 31.162 16.835 900 H2' C 84 H2' C 84 9.667 32.047 14.667 901 HO2' C 84 H2'' C 84 11.255 31.863 13.157 902 H1' C 84 H1' C 84 9.844 29.725 13.235 903 H41 C 84 H41 C 84 3.554 30.500 13.713 904 H42 C 84 H42 C 84 3.598 30.036 15.406 905 H5 C 84 H5 C 84 5.638 29.585 16.605 906 H6 C 84 H6 C 84 8.082 29.481 16.447 907 H5' C 85 H5' C 85 12.318 33.032 14.514 908 H5'' C 85 H5'' C 85 12.731 34.719 14.879 909 H4' C 85 H4' C 85 11.441 34.361 12.732 910 H3' C 85 H3' C 85 10.381 36.192 14.893 911 H2' C 85 H2' C 85 8.415 36.504 13.727 912 HO2' C 85 H2'' C 85 9.274 35.592 11.244 913 H1' C 85 H1' C 85 8.440 34.105 12.210 914 H41 C 85 H41 C 85 3.268 33.800 15.891 915 H42 C 85 H42 C 85 4.255 33.312 17.255 916 H5 C 85 H5 C 85 6.661 33.235 17.181 917 H6 C 85 H6 C 85 8.643 33.609 15.788 918 H5' U 86 H5' U 86 9.738 37.845 10.867 919 H5'' U 86 H5'' U 86 10.386 39.497 10.876 920 H4' U 86 H4' U 86 8.164 39.436 9.845 921 H3' U 86 H3' U 86 8.453 40.883 12.463 922 HO3' U 86 H3T U 86 7.486 42.229 10.316 923 H2' U 86 H2' U 86 6.182 41.231 12.668 924 HO2' U 86 H2'' U 86 4.851 40.905 10.613 925 H1' U 86 H1' U 86 5.237 39.008 11.258 926 H3 U 86 H3 U 86 3.410 38.303 15.344 927 H5 U 86 H5 U 86 7.557 37.987 16.026 928 H6 U 86 H6 U 86 7.921 38.644 13.718