*HEADER DNA 04-JUL-08 2K67 *TITLE NMR SOLUTION STRUCTURE OF MODIFIED DNA CONTAINING IMIDAZOLE *TITLE 2 NUCLEOSIDES AT ACIDIC PH *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: DNA (5'-D(*DTP*DTP*DAP*DAP*DTP*DTP*DTP*(D33) *COMPND 3 P*(D33)P*(D33)P*DAP*DAP*DAP*DTP*DTP*DAP*DA)-3'); *COMPND 4 CHAIN: A; *COMPND 5 ENGINEERED: YES; *COMPND 6 OTHER_DETAILS: DIH-DNA-17-MER *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES *KEYWDS DNA 17-MER, HAIRPIN, ARTIFICIAL NUCLEOBASE, IMIDAZOLE *KEYWDS 2 NUCLEOSIDE, SHIFTED PKA, NMR *EXPDTA SOLUTION NMR *NUMMDL 20 *AUTHOR S.JOHANNSEN, D.BOEHME, N.DUEPRE, J.MUELLER, R.K.O.SIGEL *REVDAT 1 07-JUL-09 2K67 0 {NOE} {T1} {assi (resi 1 and name H1') (resi 1 and name H2') 2.50 0.70 0.50} {assi (resi 1 and name H1') (resi 1 and name H2'') 2.50 0.70 0.50} {assi (resi 1 and name H1') (resi 1 and name H3') 3.80 2.00 0.70} {assi (resi 1 and name H1') (resi 1 and name H4') 3.80 2.00 0.70} {assi (resi 1 and name H1') (resi 1 and name H5') 5.00 2.00 1.00} {assi (resi 1 and name H1') (resi 1 and name H5'') 5.00 2.00 1.00} assi (resi 1 and name H1') (resi 1 and name H6) 3.80 2.00 0.70 assi (resi 1 and name H1') (resi 1 and name H51) 6.00 2.00 1.00 assi (resi 1 and name H1') (resi 2 and name H4') 6.00 2.00 1.00 assi (resi 1 and name H1') (resi 2 and name H5'') 3.80 2.00 0.70 assi (resi 1 and name H1') (resi 2 and name H6) 3.80 2.00 0.70 assi (resi 1 and name H1') (resi 2 and name H51) 5.00 2.00 1.00 assi (resi 1 and name H1') (resi 17 and name H2) 6.00 2.00 1.00 {assi (resi 1 and name H2') (resi 1 and name H2'') 2.50 0.70 0.50} {assi (resi 1 and name H2') (resi 1 and name H3') 2.50 0.70 0.50} {assi (resi 1 and name H2') (resi 1 and name H4') 3.80 2.00 0.70} {assi (resi 1 and name H2') (resi 1 and name H5') 3.80 2.00 0.70} {assi (resi 1 and name H2') (resi 1 and name H5'') 3.80 2.00 0.70} assi (resi 1 and name H2') (resi 1 and name H6) 2.50 0.70 0.50 assi (resi 1 and name H2') (resi 1 and name H51) 5.00 2.00 1.00 assi (resi 1 and name H2') (resi 2 and name H5'') 6.00 2.00 1.00 assi (resi 1 and name H2') (resi 2 and name H6) 3.80 2.00 0.70 assi (resi 1 and name H2') (resi 2 and name H51) 3.80 2.00 0.70 assi (resi 1 and name H2') (resi 17 and name H2) 6.00 2.00 1.00 {assi (resi 1 and name H2'') (resi 1 and name H3') 2.50 0.70 0.50} {assi (resi 1 and name H2'') (resi 1 and name H4') 3.80 2.00 0.70} {assi (resi 1 and name H2'') (resi 1 and name H5') 5.00 2.00 1.00} {assi (resi 1 and name H2'') (resi 1 and name H5'') 5.00 2.00 1.00} assi (resi 1 and name H2'') (resi 1 and name H6) 3.80 2.00 0.70 assi (resi 1 and name H2'') (resi 2 and name H5'') 5.00 2.00 1.00 assi (resi 1 and name H2'') (resi 2 and name H6) 3.80 2.00 0.70 assi (resi 1 and name H2'') (resi 2 and name H51) 3.80 2.00 0.70 assi (resi 1 and name H2'') (resi 17 and name H2) 6.00 2.00 1.00 {assi (resi 1 and name H3') (resi 1 and name H4') 2.50 0.70 0.50} {assi (resi 1 and name H3') (resi 1 and name H5') 2.50 0.70 0.50} {assi (resi 1 and name H3') (resi 1 and name H5'') 3.80 2.00 0.70} assi (resi 1 and name H3') (resi 1 and name H6) 5.00 2.00 1.00 assi (resi 1 and name H3') (resi 2 and name H51) 6.00 2.00 1.00 {assi (resi 1 and name H4') (resi 1 and name H5') 2.50 0.70 0.50} {assi (resi 1 and name H4') (resi 1 and name H5'') 2.50 0.70 0.50} assi (resi 1 and name H4') (resi 1 and name H6) 5.00 2.00 1.00 assi (resi 1 and name H4') (resi 2 and name H1') 6.00 2.00 1.00 assi (resi 1 and name H4') (resi 2 and name H51) 6.00 2.00 1.00 {assi (resi 1 and name H5') (resi 1 and name H5'') 2.50 0.70 0.50} assi (resi 1 and name H5') (resi 1 and name H6) 3.80 2.00 0.70 assi (resi 1 and name H5') (resi 1 and name H51) 6.00 2.00 1.00 assi (resi 1 and name H5') (resi 2 and name H51) 6.00 2.00 1.00 assi (resi 1 and name H5'') (resi 1 and name H6) 3.80 2.00 0.70 assi (resi 1 and name H5'') (resi 1 and name H51) 6.00 2.00 1.00 assi (resi 1 and name H5'') (resi 2 and name H51) 6.00 2.00 1.00 {assi (resi 1 and name H6) (resi 1 and name H51) 3.80 2.00 0.70} assi (resi 1 and name H6) (resi 2 and name H5'') 6.00 2.00 1.00 assi (resi 1 and name H6) (resi 2 and name H51) 3.80 2.00 0.70 assi (resi 1 and name H51) (resi 2 and name H51) 3.80 2.00 0.70 {T2} {assi (resi 2 and name H1') (resi 2 and name H2') 2.50 0.70 0.50} {assi (resi 2 and name H1') (resi 2 and name H2'') 2.50 0.70 0.50} {assi (resi 2 and name H1') (resi 2 and name H3') 3.80 2.00 0.70} {assi (resi 2 and name H1') (resi 2 and name H4') 3.80 2.00 0.70} {assi (resi 2 and name H1') (resi 2 and name H5') 5.00 2.00 1.00} {assi (resi 2 and name H1') (resi 2 and name H5'') 5.00 2.00 1.00} assi (resi 2 and name H1') (resi 2 and name H6) 3.80 2.00 0.70 assi (resi 2 and name H1') (resi 2 and name H51) 6.00 2.00 1.00 assi (resi 2 and name H1') (resi 3 and name H1') 6.00 2.00 1.00 assi (resi 2 and name H1') (resi 3 and name H4') 6.00 2.00 1.00 assi (resi 2 and name H1') (resi 3 and name H5'') 5.00 2.00 1.00 assi (resi 2 and name H1') (resi 3 and name H8) 5.00 2.00 1.00 assi (resi 2 and name H1') (resi 17 and name H2) 6.00 2.00 1.00 {assi (resi 2 and name H2') (resi 2 and name H2'') 2.50 0.70 0.50} {assi (resi 2 and name H2') (resi 2 and name H3') 2.50 0.70 0.50} {assi (resi 2 and name H2') (resi 2 and name H4') 3.80 2.00 0.70} {assi (resi 2 and name H2') (resi 2 and name H5') 3.80 2.00 0.70} {assi (resi 2 and name H2') (resi 2 and name H5'') 3.80 2.00 0.70} assi (resi 2 and name H2') (resi 2 and name H6) 2.50 0.70 0.50 assi (resi 2 and name H2') (resi 2 and name H51) 5.00 2.00 1.00 assi (resi 2 and name H2') (resi 3 and name H8) 3.80 2.00 0.70 {assi (resi 2 and name H2'') (resi 2 and name H3') 2.50 0.70 0.50} {assi (resi 2 and name H2'') (resi 2 and name H4') 3.80 2.00 0.70} {assi (resi 2 and name H2'') (resi 2 and name H5') 5.00 2.00 1.00} {assi (resi 2 and name H2'') (resi 2 and name H5'') 5.00 2.00 1.00} assi (resi 2 and name H2'') (resi 2 and name H6) 3.80 2.00 0.70 assi (resi 2 and name H2'') (resi 2 and name H51) 5.00 2.00 1.00 assi (resi 2 and name H2'') (resi 3 and name H2') 6.00 2.00 1.00 assi (resi 2 and name H2'') (resi 3 and name H4') 6.00 2.00 1.00 assi (resi 2 and name H2'') (resi 3 and name H5'') 5.00 2.00 1.00 assi (resi 2 and name H2'') (resi 3 and name H8) 3.80 2.00 0.70 {assi (resi 2 and name H3') (resi 2 and name H4') 2.50 0.70 0.50} {assi (resi 2 and name H3') (resi 2 and name H5') 2.50 0.70 0.50} {assi (resi 2 and name H3') (resi 2 and name H5'') 3.80 2.00 0.70} assi (resi 2 and name H3') (resi 2 and name H6) 5.00 2.00 1.00 {assi (resi 2 and name H4') (resi 2 and name H5') 2.50 0.70 0.50} {assi (resi 2 and name H4') (resi 2 and name H5'') 2.50 0.70 0.50} assi (resi 2 and name H4') (resi 2 and name H6) 5.00 2.00 1.00 {assi (resi 2 and name H5') (resi 2 and name H5'') 2.50 0.70 0.50} assi (resi 2 and name H5') (resi 2 and name H6) 5.00 2.00 1.00 assi (resi 2 and name H5'') (resi 2 and name H6) 3.80 2.00 0.70 assi (resi 2 and name H5'') (resi 2 and name H51) 6.00 2.00 1.00 assi (resi 2 and name H5'') (resi 3 and name H8) 6.00 2.00 1.00 {assi (resi 2 and name H6) (resi 2 and name H51) 3.80 2.00 0.70} assi (resi 2 and name H6) (resi 3 and name H8) 5.00 2.00 1.00 assi (resi 2 and name H51) (resi 17 and name H2) 6.00 2.00 1.00 {A3} {assi (resi 3 and name H1') (resi 3 and name H2') 2.50 0.70 0.50} {assi (resi 3 and name H1') (resi 3 and name H2'') 2.50 0.70 0.50} {assi (resi 3 and name H1') (resi 3 and name H3') 3.80 2.00 0.70} {assi (resi 3 and name H1') (resi 3 and name H4') 3.80 2.00 0.70} {assi (resi 3 and name H1') (resi 3 and name H5') 5.00 2.00 1.00} {assi (resi 3 and name H1') (resi 3 and name H5'') 5.00 2.00 1.00} assi (resi 3 and name H1') (resi 3 and name H2) 5.00 2.00 1.00 assi (resi 3 and name H1') (resi 3 and name H8) 3.80 2.00 0.70 assi (resi 3 and name H1') (resi 4 and name H1') 6.00 2.00 1.00 assi (resi 3 and name H1') (resi 4 and name H4') 6.00 2.00 1.00 assi (resi 3 and name H1') (resi 4 and name H5'') 5.00 2.00 1.00 assi (resi 3 and name H1') (resi 4 and name H8) 3.80 2.00 0.70 assi (resi 3 and name H1') (resi 16 and name H2) 6.00 2.00 1.00 {assi (resi 3 and name H2') (resi 3 and name H2'') 2.50 0.70 0.50} {assi (resi 3 and name H2') (resi 3 and name H3') 2.50 0.70 0.50} {assi (resi 3 and name H2') (resi 3 and name H4') 3.80 2.00 0.70} {assi (resi 3 and name H2') (resi 3 and name H5') 3.80 2.00 0.70} {assi (resi 3 and name H2') (resi 3 and name H5'') 3.80 2.00 0.70} assi (resi 3 and name H2') (resi 3 and name H8) 2.50 0.70 0.50 assi (resi 3 and name H2') (resi 4 and name H5'') 6.00 2.00 1.00 assi (resi 3 and name H2') (resi 4 and name H8) 3.80 2.00 0.70 {assi (resi 3 and name H2'') (resi 3 and name H3') 2.50 0.70 0.50} {assi (resi 3 and name H2'') (resi 3 and name H4') 3.80 2.00 0.70} {assi (resi 3 and name H2'') (resi 3 and name H5') 5.00 2.00 1.00} {assi (resi 3 and name H2'') (resi 3 and name H5'') 5.00 2.00 1.00} assi (resi 3 and name H2'') (resi 3 and name H8) 3.80 2.00 0.70 assi (resi 3 and name H2'') (resi 4 and name H5'') 5.00 1.00 0.70 assi (resi 3 and name H2'') (resi 4 and name H8) 3.80 2.00 0.70 {assi (resi 3 and name H3') (resi 3 and name H4') 2.50 0.70 0.50} {assi (resi 3 and name H3') (resi 3 and name H5') 2.50 0.70 0.50} {assi (resi 3 and name H3') (resi 3 and name H5'') 3.80 2.00 0.70} assi (resi 3 and name H3') (resi 3 and name H8) 3.80 2.00 0.70 assi (resi 3 and name H3') (resi 4 and name H8) 5.00 2.00 1.00 {assi (resi 3 and name H4') (resi 3 and name H5') 2.50 0.70 0.50} {assi (resi 3 and name H4') (resi 3 and name H5'') 3.80 2.00 0.70} assi (resi 3 and name H4') (resi 3 and name H8) 5.00 2.00 1.00 assi (resi 3 and name H4') (resi 4 and name H8) 6.00 2.00 1.00 {assi (resi 3 and name H5') (resi 3 and name H5'') 2.50 0.70 0.50} assi (resi 3 and name H5') (resi 3 and name H8) 5.00 2.00 1.00 assi (resi 3 and name H5'') (resi 3 and name H8) 5.00 2.00 1.00 assi (resi 3 and name H5'') (resi 4 and name H8) 6.00 2.00 1.00 assi (resi 3 and name H2) (resi 4 and name H1') 6.00 2.00 1.00 assi (resi 3 and name H2) (resi 4 and name H2) 3.80 2.00 0.70 assi (resi 3 and name H2) (resi 16 and name H1') 6.00 2.00 1.00 assi (resi 3 and name H2) (resi 16 and name H2) 3.80 2.00 0.70 assi (resi 3 and name H2) (resi 16 and name H8) 5.00 2.00 1.00 assi (resi 3 and name H8) (resi 4 and name H8) 3.80 2.00 0.70 {A4} {assi (resi 4 and name H1') (resi 4 and name H2') 2.50 0.70 0.50} {assi (resi 4 and name H1') (resi 4 and name H2'') 2.50 0.70 0.50} {assi (resi 4 and name H1') (resi 4 and name H3') 3.80 2.00 0.70} {assi (resi 4 and name H1') (resi 4 and name H4') 3.80 2.00 0.70} {assi (resi 4 and name H1') (resi 4 and name H5') 5.00 2.00 1.00} {assi (resi 4 and name H1') (resi 4 and name H5'') 5.00 2.00 1.00} assi (resi 4 and name H1') (resi 4 and name H2) 5.00 2.00 1.00 assi (resi 4 and name H1') (resi 4 and name H8) 3.80 2.00 0.70 assi (resi 4 and name H1') (resi 5 and name H1') 5.00 2.00 1.00 assi (resi 4 and name H1') (resi 5 and name H4') 6.00 2.00 1.00 assi (resi 4 and name H1') (resi 5 and name H5'') 5.00 2.00 1.00 assi (resi 4 and name H1') (resi 5 and name H6) 3.80 2.00 0.70 assi (resi 4 and name H1') (resi 5 and name H51) 5.00 2.00 1.00 {assi (resi 4 and name H2') (resi 4 and name H2'') 2.50 0.70 0.50} {assi (resi 4 and name H2') (resi 4 and name H3') 2.50 0.70 0.50} {assi (resi 4 and name H2') (resi 4 and name H4') 3.80 2.00 0.70} {assi (resi 4 and name H2') (resi 4 and name H5') 3.80 2.00 0.70} {assi (resi 4 and name H2') (resi 4 and name H5'') 3.80 2.00 0.70} assi (resi 4 and name H2') (resi 4 and name H8) 2.50 0.70 0.50 assi (resi 4 and name H2') (resi 5 and name H6) 3.80 2.00 0.70 assi (resi 4 and name H2') (resi 5 and name H51) 3.80 2.00 0.70 {assi (resi 4 and name H2'') (resi 4 and name H3') 2.50 0.70 0.50} {assi (resi 4 and name H2'') (resi 4 and name H4') 3.80 2.00 0.70} {assi (resi 4 and name H2'') (resi 4 and name H5') 5.00 2.00 1.00} {assi (resi 4 and name H2'') (resi 4 and name H5'') 5.00 2.00 1.00} assi (resi 4 and name H2'') (resi 4 and name H8) 3.80 2.00 0.70 assi (resi 4 and name H2'') (resi 5 and name H2') 6.00 2.00 1.00 assi (resi 4 and name H2'') (resi 5 and name H5'') 5.00 2.00 1.00 assi (resi 4 and name H2'') (resi 5 and name H6) 2.50 0.70 0.50 assi (resi 4 and name H2'') (resi 5 and name H51) 3.80 2.00 0.70 assi (resi 4 and name H2'') (resi 6 and name H51) 6.00 2.00 1.00 {assi (resi 4 and name H3') (resi 4 and name H4') 2.50 0.70 0.50} {assi (resi 4 and name H3') (resi 4 and name H5') 2.50 0.70 0.50} {assi (resi 4 and name H3') (resi 4 and name H5'') 3.80 2.00 0.70} assi (resi 4 and name H3') (resi 4 and name H8) 3.80 2.00 0.70 assi (resi 4 and name H3') (resi 5 and name H6) 3.80 2.00 0.70 assi (resi 4 and name H3') (resi 5 and name H51) 3.80 2.00 0.70 {assi (resi 4 and name H4') (resi 4 and name H5') 2.50 0.70 0.50} {assi (resi 4 and name H4') (resi 4 and name H5'') 2.50 0.70 0.50} assi (resi 4 and name H4') (resi 4 and name H8) 5.00 2.00 1.00 assi (resi 4 and name H4') (resi 5 and name H6) 6.00 2.00 1.00 assi (resi 4 and name H4') (resi 5 and name H51) 6.00 2.00 1.00 {assi (resi 4 and name H5') (resi 4 and name H5'') 2.50 0.70 0.50} assi (resi 4 and name H5') (resi 4 and name H8) 5.00 2.00 1.00 assi (resi 4 and name H5'') (resi 4 and name H8) 5.00 2.00 1.00 assi (resi 4 and name H2) (resi 5 and name H1') 5.00 2.00 1.00 assi (resi 4 and name H2) (resi 15 and name H1') 5.00 2.00 1.00 assi (resi 4 and name H8) (resi 5 and name H6) 5.00 2.00 1.00 assi (resi 4 and name H8) (resi 5 and name H51) 3.80 2.00 0.70 {T5} {assi (resi 5 and name H1') (resi 5 and name H2') 2.50 0.70 0.50} {assi (resi 5 and name H1') (resi 5 and name H2'') 2.50 0.70 0.50} {assi (resi 5 and name H1') (resi 5 and name H3') 3.80 2.00 0.70} {assi (resi 5 and name H1') (resi 5 and name H4') 3.80 2.00 0.70} {assi (resi 5 and name H1') (resi 5 and name H5') 5.00 2.00 1.00} {assi (resi 5 and name H1') (resi 5 and name H5'') 5.00 2.00 1.00} assi (resi 5 and name H1') (resi 5 and name H6) 3.80 2.00 0.70 assi (resi 5 and name H1') (resi 5 and name H51) 6.00 2.00 1.00 assi (resi 5 and name H1') (resi 6 and name H1') 6.00 2.00 1.00 assi (resi 5 and name H1') (resi 6 and name H5'') 5.00 2.00 1.00 assi (resi 5 and name H1') (resi 6 and name H6) 3.80 2.00 0.70 assi (resi 5 and name H1') (resi 6 and name H51) 5.00 2.00 1.00 {assi (resi 5 and name H2') (resi 5 and name H2'') 2.50 0.70 0.50} {assi (resi 5 and name H2') (resi 5 and name H3') 2.50 0.70 0.50} {assi (resi 5 and name H2') (resi 5 and name H4') 3.80 2.00 0.70} {assi (resi 5 and name H2') (resi 5 and name H5') 3.80 2.00 0.70} {assi (resi 5 and name H2') (resi 5 and name H5'') 3.80 2.00 0.70} assi (resi 5 and name H2') (resi 5 and name H6) 2.50 0.70 0.50 assi (resi 5 and name H2') (resi 5 and name H51) 5.00 2.00 1.00 assi (resi 5 and name H2') (resi 6 and name H6) 3.80 2.00 0.70 assi (resi 5 and name H2') (resi 6 and name H51) 3.80 2.00 0.70 {assi (resi 5 and name H2'') (resi 5 and name H3') 2.50 0.70 0.50} {assi (resi 5 and name H2'') (resi 5 and name H4') 3.80 2.00 0.70} {assi (resi 5 and name H2'') (resi 5 and name H5') 5.00 2.00 1.00} {assi (resi 5 and name H2'') (resi 5 and name H5'') 5.00 2.00 1.00} assi (resi 5 and name H2'') (resi 5 and name H6) 3.80 2.00 0.70 assi (resi 5 and name H2'') (resi 5 and name H51) 6.00 2.00 1.00 assi (resi 5 and name H2'') (resi 6 and name H5'') 5.00 2.00 1.00 assi (resi 5 and name H2'') (resi 6 and name H6) 3.80 2.00 0.70 assi (resi 5 and name H2'') (resi 6 and name H51) 3.80 2.00 0.70 {assi (resi 5 and name H3') (resi 5 and name H4') 2.50 0.70 0.50} {assi (resi 5 and name H3') (resi 5 and name H5') 2.50 0.70 0.50} {assi (resi 5 and name H3') (resi 5 and name H5'') 3.80 2.00 0.70} assi (resi 5 and name H3') (resi 5 and name H6) 5.00 2.00 1.00 assi (resi 5 and name H3') (resi 6 and name H51) 6.00 2.00 1.00 {assi (resi 5 and name H4') (resi 5 and name H5') 2.50 0.70 0.50} {assi (resi 5 and name H4') (resi 5 and name H5'') 2.50 0.70 0.50} assi (resi 5 and name H4') (resi 5 and name H6) 5.00 2.00 1.00 assi (resi 5 and name H4') (resi 6 and name H51) 6.00 2.00 1.00 {assi (resi 5 and name H5') (resi 5 and name H5'') 2.50 0.70 0.50} assi (resi 5 and name H5') (resi 5 and name H6) 5.00 2.00 1.00 assi (resi 5 and name H5'') (resi 5 and name H6) 5.00 2.00 1.00 {assi (resi 5 and name H6) (resi 5 and name H51) 3.80 2.00 0.70} assi (resi 5 and name H6) (resi 6 and name H6) 5.00 2.00 1.00 assi (resi 5 and name H6) (resi 6 and name H51) 3.80 2.00 0.70 assi (resi 5 and name H51) (resi 6 and name H51) 3.80 2.00 0.70 assi (resi 5 and name H51) (resi 6 and name H6) 6.00 2.00 1.00 {T6} {assi (resi 6 and name H1') (resi 6 and name H2') 2.50 0.70 0.50} {assi (resi 6 and name H1') (resi 6 and name H2'') 2.50 0.70 0.50} {assi (resi 6 and name H1') (resi 6 and name H3') 3.80 2.00 0.70} {assi (resi 6 and name H1') (resi 6 and name H4') 3.80 2.00 0.70} {assi (resi 6 and name H1') (resi 6 and name H5') 5.00 2.00 1.00} {assi (resi 6 and name H1') (resi 6 and name H5'') 5.00 2.00 1.00} assi (resi 6 and name H1') (resi 6 and name H6) 3.80 2.00 0.70 assi (resi 6 and name H1') (resi 6 and name H51) 5.00 2.00 1.00 assi (resi 6 and name H1') (resi 7 and name H4') 6.00 2.00 1.00 assi (resi 6 and name H1') (resi 7 and name H5'') 5.00 2.00 1.00 assi (resi 6 and name H1') (resi 7 and name H6) 3.80 2.00 0.70 assi (resi 6 and name H1') (resi 7 and name H51) 5.00 2.00 1.00 assi (resi 6 and name H1') (resi 13 and name H2) 5.00 2.00 1.00 {assi (resi 6 and name H2') (resi 6 and name H2'') 2.50 0.70 0.50} {assi (resi 6 and name H2') (resi 6 and name H3') 2.50 0.70 0.50} {assi (resi 6 and name H2') (resi 6 and name H4') 3.80 2.00 0.70} {assi (resi 6 and name H2') (resi 6 and name H5') 3.80 2.00 0.70} {assi (resi 6 and name H2') (resi 6 and name H5'') 3.80 2.00 0.70} assi (resi 6 and name H2') (resi 6 and name H6) 2.50 0.70 0.50 assi (resi 6 and name H2') (resi 6 and name H51) 5.00 2.00 1.00 assi (resi 6 and name H2') (resi 7 and name H5'') 5.00 2.00 1.00 assi (resi 6 and name H2') (resi 7 and name H6) 3.80 2.00 0.70 assi (resi 6 and name H2') (resi 7 and name H51) 3.80 2.00 0.70 {assi (resi 6 and name H2'') (resi 6 and name H3') 2.50 0.70 0.50} {assi (resi 6 and name H2'') (resi 6 and name H4') 3.80 2.00 0.70} {assi (resi 6 and name H2'') (resi 6 and name H5') 5.00 2.00 1.00} {assi (resi 6 and name H2'') (resi 6 and name H5'') 5.00 2.00 1.00} assi (resi 6 and name H2'') (resi 6 and name H6) 3.80 2.00 0.70 assi (resi 6 and name H2'') (resi 6 and name H51) 5.00 2.00 1.00 assi (resi 6 and name H2'') (resi 7 and name H5'') 5.00 2.00 1.00 assi (resi 6 and name H2'') (resi 7 and name H6) 3.80 2.00 0.70 assi (resi 6 and name H2'') (resi 7 and name H51) 3.80 2.00 0.70 {assi (resi 6 and name H3') (resi 6 and name H4') 2.50 0.70 0.50} {assi (resi 6 and name H3') (resi 6 and name H5') 3.80 2.00 0.70} {assi (resi 6 and name H3') (resi 6 and name H5'') 3.80 2.00 0.70} assi (resi 6 and name H3') (resi 6 and name H6) 3.80 2.00 0.70 assi (resi 6 and name H3') (resi 7 and name H51) 5.00 2.00 1.00 {assi (resi 6 and name H4') (resi 6 and name H5') 2.50 0.70 0.50} {assi (resi 6 and name H4') (resi 6 and name H5'') 2.50 0.70 0.50} assi (resi 6 and name H4') (resi 6 and name H6) 5.00 2.00 1.00 assi (resi 6 and name H4') (resi 6 and name H51) 6.00 2.00 1.00 assi (resi 6 and name H4') (resi 7 and name H51) 6.00 2.00 1.00 {assi (resi 6 and name H5') (resi 6 and name H5'') 2.50 0.70 0.50} assi (resi 6 and name H5') (resi 6 and name H6) 5.00 2.00 1.00 assi (resi 6 and name H5') (resi 6 and name H51) 6.00 2.00 1.00 assi (resi 6 and name H5'') (resi 6 and name H6) 5.00 2.00 1.00 assi (resi 6 and name H5'') (resi 6 and name H51) 6.00 2.00 1.00 {assi (resi 6 and name H6) (resi 6 and name H51) 3.80 2.00 0.70} assi (resi 6 and name H6) (resi 7 and name H6) 5.00 2.00 1.00 assi (resi 6 and name H6) (resi 7 and name H51) 3.80 2.00 0.70 {T7} {assi (resi 7 and name H1') (resi 7 and name H2') 2.50 0.70 0.50} {assi (resi 7 and name H1') (resi 7 and name H2'') 2.50 0.70 0.50} {assi (resi 7 and name H1') (resi 7 and name H3') 3.80 2.00 0.70} {assi (resi 7 and name H1') (resi 7 and name H4') 3.80 2.00 0.70} {assi (resi 7 and name H1') (resi 7 and name H5') 5.00 2.00 1.00} {assi (resi 7 and name H1') (resi 7 and name H5'') 5.00 2.00 1.00} assi (resi 7 and name H1') (resi 7 and name H6) 3.80 2.00 0.70 assi (resi 7 and name H1') (resi 7 and name H51) 6.00 2.00 1.00 assi (resi 7 and name H1') (resi 8 and name H2') 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 8 and name H2'') 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 8 and name H2) 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 8 and name H4) 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 8 and name H5) 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 9 and name H4') 6.00 2.00 1.00 assi (resi 7 and name H1') (resi 9 and name H5') 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 9 and name H5'') 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 9 and name H4) 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 9 and name H5) 5.00 2.00 1.00 assi (resi 7 and name H1') (resi 11 and name H2) 6.00 2.00 1.00 assi (resi 7 and name H1') (resi 12 and name H2) 5.00 2.00 1.00 {assi (resi 7 and name H2') (resi 7 and name H2'') 2.50 0.70 0.50} {assi (resi 7 and name H2') (resi 7 and name H3') 2.50 0.70 0.50} {assi (resi 7 and name H2') (resi 7 and name H4') 3.80 2.00 0.70} {assi (resi 7 and name H2') (resi 7 and name H5') 3.80 2.00 0.70} {assi (resi 7 and name H2') (resi 7 and name H5'') 3.80 2.00 0.70} assi (resi 7 and name H2') (resi 7 and name H6) 2.50 0.70 0.50 assi (resi 7 and name H2') (resi 7 and name H51) 5.00 2.00 1.00 assi (resi 7 and name H2') (resi 8 and name H2') 6.00 2.00 1.00 assi (resi 7 and name H2') (resi 8 and name H5'') 5.00 2.00 1.00 {assi (resi 7 and name H2'') (resi 7 and name H3') 2.50 0.70 0.50} {assi (resi 7 and name H2'') (resi 7 and name H4') 3.80 2.00 0.70} {assi (resi 7 and name H2'') (resi 7 and name H5') 5.00 2.00 1.00} {assi (resi 7 and name H2'') (resi 7 and name H5'') 5.00 2.00 1.00} assi (resi 7 and name H2'') (resi 7 and name H6) 3.80 2.00 0.70 assi (resi 7 and name H2'') (resi 7 and name H51) 5.00 2.00 1.00 assi (resi 7 and name H2'') (resi 8 and name H2') 5.00 2.00 1.00 assi (resi 7 and name H2'') (resi 8 and name H5'') 5.00 2.00 1.00 assi (resi 7 and name H2'') (resi 8 and name H5) 6.00 2.00 1.00 {assi (resi 7 and name H3') (resi 7 and name H4') 2.50 0.70 0.50} {assi (resi 7 and name H3') (resi 7 and name H5') 2.50 0.70 0.50} {assi (resi 7 and name H3') (resi 7 and name H5'') 3.80 2.00 0.70} assi (resi 7 and name H3') (resi 7 and name H6) 3.80 2.00 0.70 {assi (resi 7 and name H4') (resi 7 and name H5') 2.50 0.70 0.50} {assi (resi 7 and name H4') (resi 7 and name H5'') 2.50 0.70 0.50} assi (resi 7 and name H4') (resi 7 and name H6) 5.00 2.00 1.00 assi (resi 7 and name H4') (resi 8 and name H4) 5.00 2.00 1.00 assi (resi 7 and name H4') (resi 8 and name H5) 5.00 2.00 1.00 {assi (resi 7 and name H5') (resi 7 and name H5'') 2.50 0.70 0.50} assi (resi 7 and name H5') (resi 7 and name H6) 5.00 2.00 1.00 assi (resi 7 and name H5') (resi 7 and name H51) 6.00 2.00 1.00 assi (resi 7 and name H5') (resi 8 and name H4) 6.00 2.00 1.00 assi (resi 7 and name H5') (resi 8 and name H5) 6.00 2.00 1.00 assi (resi 7 and name H5'') (resi 7 and name H6) 5.00 2.00 1.00 assi (resi 7 and name H5'') (resi 7 and name H51) 6.00 2.00 1.00 assi (resi 7 and name H5'') (resi 8 and name H4) 6.00 2.00 1.00 {assi (resi 7 and name H6) (resi 7 and name H51) 3.80 2.00 0.70} assi (resi 7 and name H51) (resi 9 and name H1') 3.80 2.00 0.70 assi (resi 7 and name H51) (resi 9 and name H2) 3.80 2.00 0.70 assi (resi 7 and name H51) (resi 9 and name H5) 5.00 2.00 1.00 {I8} {assi (resi 8 and name H1') (resi 8 and name H2') 2.50 0.70 0.50} {assi (resi 8 and name H1') (resi 8 and name H2'') 2.50 0.70 0.50} {assi (resi 8 and name H1') (resi 8 and name H3') 3.80 2.00 0.70} {assi (resi 8 and name H1') (resi 8 and name H4') 3.80 2.00 0.70} {assi (resi 8 and name H1') (resi 8 and name H5') 5.00 2.00 1.00} {assi (resi 8 and name H1') (resi 8 and name H5'') 5.00 2.00 1.00} assi (resi 8 and name H1') (resi 8 and name H2) 3.80 2.00 0.70 assi (resi 8 and name H1') (resi 8 and name H4) 6.00 2.00 1.00 assi (resi 8 and name H1') (resi 8 and name H5) 3.80 2.00 0.70 assi (resi 8 and name H1') (resi 9 and name H5'') 6.00 2.00 1.00 assi (resi 8 and name H1') (resi 9 and name H5) 6.00 2.00 1.00 {assi (resi 8 and name H2') (resi 8 and name H2'') 2.50 0.70 0.50} {assi (resi 8 and name H2') (resi 8 and name H3') 2.50 0.70 0.50} {assi (resi 8 and name H2') (resi 8 and name H4') 3.80 2.00 0.70} {assi (resi 8 and name H2') (resi 8 and name H5') 3.80 2.00 0.70} {assi (resi 8 and name H2') (resi 8 and name H5'') 3.80 2.00 0.70} assi (resi 8 and name H2') (resi 8 and name H2) 5.00 2.00 1.00 assi (resi 8 and name H2') (resi 8 and name H5) 2.50 0.70 0.50 assi (resi 8 and name H2') (resi 9 and name H4') 6.00 2.00 1.00 assi (resi 8 and name H2') (resi 9 and name H5') 5.00 2.00 1.00 assi (resi 8 and name H2') (resi 9 and name H5'') 5.00 2.00 1.00 assi (resi 8 and name H2') (resi 9 and name H5) 5.00 2.00 1.00 {assi (resi 8 and name H2'') (resi 8 and name H3') 2.50 0.70 0.50} {assi (resi 8 and name H2'') (resi 8 and name H4') 3.80 2.00 0.70} {assi (resi 8 and name H2'') (resi 8 and name H5') 5.00 2.00 1.00} {assi (resi 8 and name H2'') (resi 8 and name H5'') 5.00 2.00 1.00} assi (resi 8 and name H2'') (resi 8 and name H2) 6.00 2.00 1.00 assi (resi 8 and name H2'') (resi 8 and name H5) 3.80 2.00 0.70 assi (resi 8 and name H2'') (resi 9 and name H2') 6.00 2.00 1.00 assi (resi 8 and name H2'') (resi 9 and name H4') 6.00 2.00 1.00 {assi (resi 10 and name H4) (resi 10 and name H5) 2.50 0.70 0.50} assi (resi 8 and name H2'') (resi 9 and name H5') 5.00 2.00 1.00 assi (resi 8 and name H2'') (resi 9 and name H5'') 3.80 2.00 0.70 assi (resi 8 and name H2'') (resi 9 and name H5) 5.00 2.00 1.00 {assi (resi 8 and name H3') (resi 8 and name H4') 2.50 0.70 0.50} {assi (resi 8 and name H3') (resi 8 and name H5') 2.50 0.70 0.50} {assi (resi 8 and name H3') (resi 8 and name H5'') 3.80 2.00 0.70} {assi (resi 8 and name H4') (resi 8 and name H5') 2.50 0.70 0.50} {assi (resi 8 and name H4') (resi 8 and name H5'') 2.50 0.70 0.50} assi (resi 8 and name H4') (resi 8 and name H2) 6.00 2.00 1.00 {assi (resi 8 and name H5') (resi 8 and name H5'') 2.50 0.70 0.50} assi (resi 8 and name H5') (resi 8 and name H4) 6.00 2.00 1.00 assi (resi 8 and name H5') (resi 8 and name H5) 5.00 2.00 1.00 assi (resi 8 and name H5'') (resi 8 and name H2) 5.00 2.00 1.00 assi (resi 8 and name H5') (resi 8 and name H4) 5.00 2.00 1.00 assi (resi 8 and name H5') (resi 8 and name H5) 6.00 2.00 1.00 {assi (resi 8 and name H2) (resi 8 and name H4) 5.00 2.00 1.00} {assi (resi 8 and name H2) (resi 8 and name H5) 5.00 2.00 1.00} assi (resi 8 and name H2) (resi 9 and name H5) 6.00 2.00 1.00 {assi (resi 8 and name H4) (resi 8 and name H5) 2.50 0.70 0.50} assi (resi 8 and name H4) (resi 12 and name H1') 5.00 2.00 1.00 assi (resi 8 and name H4) (resi 12 and name H2) 5.00 2.00 1.00 assi (resi 8 and name H5) (resi 9 and name H5) 5.00 2.00 1.00 assi (resi 8 and name H5) (resi 12 and name H2) 6.00 2.00 1.00 {I9} {assi (resi 9 and name H1') (resi 9 and name H2') 2.50 0.70 0.50} {assi (resi 9 and name H1') (resi 9 and name H2'') 2.50 0.70 0.50} {assi (resi 9 and name H1') (resi 9 and name H3') 3.80 2.00 0.70} {assi (resi 9 and name H1') (resi 9 and name H4') 3.80 2.00 0.70} {assi (resi 9 and name H1') (resi 9 and name H5') 5.00 2.00 1.00} {assi (resi 9 and name H1') (resi 9 and name H5'') 5.00 2.00 1.00} assi (resi 9 and name H1') (resi 9 and name H2) 3.80 2.00 0.70 assi (resi 9 and name H1') (resi 9 and name H4) 6.00 2.00 1.00 assi (resi 9 and name H1') (resi 9 and name H5) 3.80 2.00 0.70 {assi (resi 9 and name H2') (resi 9 and name H2'') 2.50 0.70 0.50} {assi (resi 9 and name H2') (resi 9 and name H3') 2.50 0.70 0.50} {assi (resi 9 and name H2') (resi 9 and name H4') 3.80 2.00 0.70} {assi (resi 9 and name H2') (resi 9 and name H5') 3.80 2.00 0.70} {assi (resi 9 and name H2') (resi 9 and name H5'') 3.80 2.00 0.70} assi (resi 9 and name H2') (resi 9 and name H2) 3.80 2.00 0.70 assi (resi 9 and name H2') (resi 9 and name H4) 5.00 2.00 1.00 assi (resi 9 and name H2') (resi 9 and name H5) 3.80 2.00 0.70 {assi (resi 9 and name H2'') (resi 9 and name H3') 2.50 0.70 0.50} {assi (resi 9 and name H2'') (resi 9 and name H4') 3.80 2.00 0.70} {assi (resi 9 and name H2'') (resi 9 and name H5') 5.00 2.00 1.00} {assi (resi 9 and name H2'') (resi 9 and name H5'') 5.00 2.00 1.00} assi (resi 9 and name H2'') (resi 9 and name H2) 5.00 2.00 1.00 assi (resi 9 and name H2'') (resi 9 and name H5) 3.80 2.00 0.70 {assi (resi 9 and name H3') (resi 9 and name H4') 2.50 0.70 0.50} {assi (resi 9 and name H3') (resi 9 and name H5') 2.50 0.70 0.50} {assi (resi 9 and name H3') (resi 9 and name H5'') 3.80 2.00 0.70} {assi (resi 9 and name H4') (resi 9 and name H5') 2.50 0.70 0.50} {assi (resi 9 and name H4') (resi 9 and name H5'') 2.50 0.70 0.50} assi (resi 9 and name H4') (resi 9 and name H2) 6.00 2.00 1.00 assi (resi 9 and name H4') (resi 10 and name H5') 5.00 2.00 1.00 assi (resi 9 and name H4') (resi 10 and name H5'') 5.00 2.00 1.00 assi (resi 9 and name H4') (resi 10 and name H2) 6.00 2.00 1.00 assi (resi 9 and name H4') (resi 10 and name H5) 6.00 2.00 1.00 assi (resi 9 and name H4') (resi 11 and name H1') 6.00 2.00 1.00 assi (resi 9 and name H4') (resi 11 and name H2) 3.80 2.00 0.70 assi (resi 9 and name H4') (resi 11 and name H8) 6.00 2.00 1.00 assi (resi 9 and name H5') (resi 9 and name H2) 6.00 2.00 1.00 assi (resi 9 and name H5') (resi 10 and name H5'') 6.00 2.00 1.00 assi (resi 9 and name H5') (resi 11 and name H2) 3.80 2.00 0.70 assi (resi 9 and name H5'') (resi 9 and name H2) 6.00 2.00 1.00 assi (resi 9 and name H5'') (resi 10 and name H5'') 6.00 2.00 1.00 assi (resi 9 and name H5'') (resi 11 and name H2) 3.80 2.00 0.70 {assi (resi 9 and name H2) (resi 9 and name H4) 5.00 2.00 1.00} {assi (resi 9 and name H2) (resi 9 and name H5) 5.00 2.00 1.00} assi (resi 9 and name H2) (resi 10 and name H4) 5.00 2.00 1.00 {assi (resi 9 and name H4) (resi 9 and name H5) 2.50 0.70 0.50} {I10} {assi (resi 10 and name H1') (resi 10 and name H2') 2.50 0.70 0.50} {assi (resi 10 and name H1') (resi 10 and name H2'') 2.50 0.70 0.50} {assi (resi 10 and name H1') (resi 10 and name H3') 3.80 2.00 0.70} {assi (resi 10 and name H1') (resi 10 and name H4') 3.80 2.00 0.70} {assi (resi 10 and name H1') (resi 10 and name H5') 5.00 2.00 1.00} {assi (resi 10 and name H1') (resi 10 and name H5'') 5.00 2.00 1.00} assi (resi 10 and name H1') (resi 10 and name H2) 3.80 2.00 0.70 assi (resi 10 and name H1') (resi 10 and name H4) 5.00 2.00 1.00 assi (resi 10 and name H1') (resi 10 and name H5) 3.80 2.00 0.70 assi (resi 10 and name H1') (resi 11 and name H8) 5.00 2.00 1.00 {assi (resi 10 and name H2') (resi 10 and name H2'') 2.50 0.70 0.50} {assi (resi 10 and name H2') (resi 10 and name H3') 2.50 0.70 0.50} {assi (resi 10 and name H2') (resi 10 and name H4') 3.80 2.00 0.70} {assi (resi 10 and name H2') (resi 10 and name H5') 3.80 2.00 0.70} {assi (resi 10 and name H2') (resi 10 and name H5'') 3.80 2.00 0.70} assi (resi 10 and name H2') (resi 10 and name H2) 5.00 2.00 1.00 assi (resi 10 and name H2') (resi 10 and name H5) 3.80 2.00 0.70 {assi (resi 10 and name H2'') (resi 10 and name H3') 2.50 0.70 0.50} {assi (resi 10 and name H2'') (resi 10 and name H4') 3.80 2.00 0.70} {assi (resi 10 and name H2'') (resi 10 and name H5') 5.00 2.00 1.00} {assi (resi 10 and name H2'') (resi 10 and name H5'') 5.00 2.00 1.00} assi (resi 10 and name H2'') (resi 10 and name H2) 5.00 2.00 1.00 assi (resi 10 and name H2'') (resi 10 and name H5) 3.80 2.00 0.70 {assi (resi 10 and name H3') (resi 10 and name H4') 2.50 0.70 0.50} {assi (resi 10 and name H3') (resi 10 and name H5') 2.50 0.70 0.50} {assi (resi 10 and name H3') (resi 10 and name H5'') 3.80 2.00 0.70} {assi (resi 10 and name H4') (resi 10 and name H5') 2.50 0.70 0.50} {assi (resi 10 and name H4') (resi 10 and name H5'') 2.50 0.70 0.50} assi (resi 10 and name H4') (resi 11 and name H1') 5.00 2.00 1.00 assi (resi 10 and name H4') (resi 11 and name H4') 5.00 2.00 1.00 assi (resi 10 and name H4') (resi 11 and name H5') 5.00 2.00 1.00 assi (resi 10 and name H4') (resi 11 and name H5'') 5.00 2.00 1.00 assi (resi 10 and name H4') (resi 11 and name H8) 5.00 2.00 1.00 {assi (resi 10 and name H5') (resi 10 and name H5'') 2.50 0.70 0.50} assi (resi 10 and name H5') (resi 10 and name H2) 6.00 2.00 1.00 assi (resi 10 and name H5') (resi 10 and name H5) 5.00 2.00 1.00 assi (resi 10 and name H5') (resi 11 and name H2) 5.00 2.00 1.00 assi (resi 10 and name H5'') (resi 10 and name H2) 6.00 2.00 1.00 assi (resi 10 and name H5'') (resi 10 and name H5) 6.00 2.00 1.00 assi (resi 10 and name H5'') (resi 11 and name H1') 6.00 2.00 1.00 assi (resi 10 and name H5'') (resi 11 and name H4') 6.00 2.00 1.00 assi (resi 10 and name H5'') (resi 11 and name H5') 6.00 2.00 1.00 assi (resi 10 and name H5'') (resi 11 and name H5'') 6.00 2.00 1.00 assi (resi 10 and name H5'') (resi 11 and name H8) 6.00 2.00 1.00 {A11} {assi (resi 11 and name H1') (resi 11 and name H2') 2.50 0.70 0.50} {assi (resi 11 and name H1') (resi 11 and name H2'') 2.50 0.70 0.50} {assi (resi 11 and name H1') (resi 11 and name H3') 3.80 2.00 0.70} {assi (resi 11 and name H1') (resi 11 and name H4') 3.80 2.00 0.70} {assi (resi 11 and name H1') (resi 11 and name H5') 5.00 2.00 1.00} {assi (resi 11 and name H1') (resi 11 and name H5'') 5.00 2.00 1.00} assi (resi 11 and name H1') (resi 11 and name H2) 5.00 2.00 1.00 assi (resi 11 and name H1') (resi 11 and name H8) 3.80 2.00 0.70 assi (resi 11 and name H1') (resi 12 and name H5'') 5.00 2.00 1.00 assi (resi 11 and name H1') (resi 12 and name H8) 3.80 2.00 0.70 {assi (resi 11 and name H2') (resi 11 and name H2'') 2.50 0.70 0.50} {assi (resi 11 and name H2') (resi 11 and name H3') 2.50 0.70 0.50} {assi (resi 11 and name H2') (resi 11 and name H4') 3.80 2.00 0.70} {assi (resi 11 and name H2') (resi 11 and name H5') 3.80 2.00 0.70} {assi (resi 11 and name H2') (resi 11 and name H5'') 3.80 2.00 0.70} assi (resi 11 and name H2') (resi 11 and name H8) 3.80 2.00 0.40 assi (resi 11 and name H2') (resi 12 and name H5'') 5.00 2.00 1.00 assi (resi 11 and name H2') (resi 12 and name H8) 3.80 2.00 0.70 {assi (resi 11 and name H2'') (resi 11 and name H3') 2.50 0.70 0.50} {assi (resi 11 and name H2'') (resi 11 and name H4') 3.80 2.00 0.70} {assi (resi 11 and name H2'') (resi 11 and name H5') 5.00 2.00 1.00} {assi (resi 11 and name H2'') (resi 11 and name H5'') 5.00 2.00 1.00} assi (resi 11 and name H2'') (resi 11 and name H8) 3.80 2.00 0.70 assi (resi 11 and name H2'') (resi 12 and name H2') 6.00 2.00 1.00 assi (resi 11 and name H2'') (resi 12 and name H5'') 5.00 2.00 1.00 assi (resi 11 and name H2'') (resi 12 and name H8) 3.80 2.00 0.70 {assi (resi 11 and name H3') (resi 11 and name H4') 2.50 0.70 0.50} {assi (resi 11 and name H3') (resi 11 and name H5') 2.50 0.70 0.50} {assi (resi 11 and name H3') (resi 11 and name H5'') 3.80 2.00 0.70} assi (resi 11 and name H3') (resi 11 and name H8) 5.00 2.00 1.00 assi (resi 11 and name H3') (resi 12 and name H8) 6.00 2.00 1.00 {assi (resi 11 and name H4') (resi 11 and name H5') 2.50 0.70 0.50} {assi (resi 11 and name H4') (resi 11 and name H5'') 2.50 0.70 0.50} assi (resi 11 and name H4') (resi 11 and name H8) 5.00 2.00 1.00 {assi (resi 11 and name H5') (resi 11 and name H5'') 2.50 0.70 0.50} assi (resi 11 and name H5') (resi 11 and name H8) 5.00 2.00 1.00 assi (resi 11 and name H5'') (resi 11 and name H8) 3.80 2.00 0.70 assi (resi 11 and name H2) (resi 12 and name H2) 3.80 2.00 0.70 assi (resi 11 and name H8) (resi 12 and name H8) 5.00 2.00 1.00 {A12} {assi (resi 12 and name H1') (resi 12 and name H2') 2.50 0.70 0.50} {assi (resi 12 and name H1') (resi 12 and name H2'') 2.50 0.70 0.50} {assi (resi 12 and name H1') (resi 12 and name H3') 3.80 2.00 0.70} {assi (resi 12 and name H1') (resi 12 and name H4') 3.80 2.00 0.70} {assi (resi 12 and name H1') (resi 12 and name H5') 5.00 2.00 1.00} {assi (resi 12 and name H1') (resi 12 and name H5'') 5.00 2.00 1.00} assi (resi 12 and name H1') (resi 12 and name H2) 5.00 2.00 1.00 assi (resi 12 and name H1') (resi 12 and name H8) 3.80 2.00 0.70 assi (resi 12 and name H1') (resi 13 and name H1') 6.00 2.00 1.00 assi (resi 12 and name H1') (resi 13 and name H5'') 5.00 2.00 1.00 assi (resi 12 and name H1') (resi 13 and name H8) 3.80 2.00 0.70 {assi (resi 12 and name H2') (resi 12 and name H2'') 2.50 0.70 0.50} {assi (resi 12 and name H2') (resi 12 and name H3') 2.50 0.70 0.50} {assi (resi 12 and name H2') (resi 12 and name H4') 3.80 2.00 0.70} {assi (resi 12 and name H2') (resi 12 and name H5') 3.80 2.00 0.70} {assi (resi 12 and name H2') (resi 12 and name H5'') 3.80 2.00 0.70} assi (resi 12 and name H2') (resi 12 and name H8) 2.50 0.70 0.50 assi (resi 12 and name H2') (resi 13 and name H5'') 5.00 2.00 1.00 assi (resi 12 and name H2') (resi 13 and name H8) 3.80 2.00 0.70 {assi (resi 12 and name H2'') (resi 12 and name H3') 2.50 0.70 0.50} {assi (resi 12 and name H2'') (resi 12 and name H4') 3.80 2.00 0.70} {assi (resi 12 and name H2'') (resi 12 and name H5') 5.00 2.00 1.00} {assi (resi 12 and name H2'') (resi 12 and name H5'') 5.00 2.00 1.00} assi (resi 12 and name H2'') (resi 12 and name H8) 3.80 2.00 0.70 assi (resi 12 and name H2'') (resi 13 and name H5'') 5.00 2.00 1.00 assi (resi 12 and name H2'') (resi 13 and name H8) 3.80 2.00 0.70 {assi (resi 12 and name H3') (resi 12 and name H4') 2.50 0.70 0.50} {assi (resi 12 and name H3') (resi 12 and name H5') 2.50 0.70 0.50} {assi (resi 12 and name H3') (resi 12 and name H5'') 3.80 2.00 0.70} assi (resi 12 and name H3') (resi 12 and name H8) 3.80 2.00 0.70 assi (resi 12 and name H3') (resi 13 and name H8) 5.00 2.00 1.00 {assi (resi 12 and name H4') (resi 12 and name H5') 2.50 0.70 0.50} {assi (resi 12 and name H4') (resi 12 and name H5'') 2.50 0.70 0.50} assi (resi 12 and name H4') (resi 12 and name H8) 5.00 2.00 1.00 assi (resi 12 and name H4') (resi 13 and name H8) 6.00 2.00 1.00 {assi (resi 12 and name H5') (resi 12 and name H5'') 2.50 0.70 0.50} assi (resi 12 and name H5') (resi 12 and name H8) 5.00 2.00 1.00 assi (resi 12 and name H5'') (resi 12 and name H8) 5.00 2.00 1.00 assi (resi 12 and name H2) (resi 13 and name H1') 5.00 2.00 1.00 assi (resi 12 and name H2) (resi 13 and name H2) 3.80 2.00 0.70 {A13} {assi (resi 13 and name H1') (resi 13 and name H2') 2.50 0.70 0.50} {assi (resi 13 and name H1') (resi 13 and name H2'') 2.50 0.70 0.50} {assi (resi 13 and name H1') (resi 13 and name H3') 3.80 2.00 0.70} {assi (resi 13 and name H1') (resi 13 and name H4') 3.80 2.00 0.70} {assi (resi 13 and name H1') (resi 13 and name H5') 5.00 2.00 1.00} {assi (resi 13 and name H1') (resi 13 and name H5'') 5.00 2.00 1.00} assi (resi 13 and name H1') (resi 13 and name H2) 5.00 2.00 1.00 assi (resi 13 and name H1') (resi 13 and name H8) 3.80 2.00 0.70 assi (resi 13 and name H1') (resi 14 and name H5'') 5.00 2.00 1.00 assi (resi 13 and name H1') (resi 14 and name H6) 3.80 2.00 0.70 assi (resi 13 and name H1') (resi 14 and name H51) 5.00 2.00 1.00 {assi (resi 13 and name H2') (resi 13 and name H2'') 2.50 0.70 0.50} {assi (resi 13 and name H2') (resi 13 and name H3') 2.50 0.70 0.50} {assi (resi 13 and name H2') (resi 13 and name H4') 3.80 2.00 0.70} {assi (resi 13 and name H2') (resi 13 and name H5') 3.80 2.00 0.70} {assi (resi 13 and name H2') (resi 13 and name H5'') 3.80 2.00 0.70} assi (resi 13 and name H2') (resi 13 and name H8) 2.50 0.70 0.50 assi (resi 13 and name H2') (resi 14 and name H5'') 5.00 2.00 1.00 assi (resi 13 and name H2') (resi 14 and name H6) 3.80 2.00 0.70 assi (resi 13 and name H2') (resi 14 and name H51) 3.80 2.00 0.70 {assi (resi 13 and name H2'') (resi 13 and name H3') 2.50 0.70 0.50} {assi (resi 13 and name H2'') (resi 13 and name H4') 3.80 2.00 0.70} {assi (resi 13 and name H2'') (resi 13 and name H5') 5.00 2.00 1.00} {assi (resi 13 and name H2'') (resi 13 and name H5'') 5.00 2.00 1.00} assi (resi 13 and name H2'') (resi 13 and name H8) 3.80 2.00 0.70 assi (resi 13 and name H2'') (resi 14 and name H2') 6.00 2.00 1.00 assi (resi 13 and name H2'') (resi 14 and name H5'') 5.00 2.00 1.00 assi (resi 13 and name H2'') (resi 14 and name H6) 2.50 0.70 0.50 assi (resi 13 and name H2'') (resi 14 and name H51) 3.80 2.00 0.70 assi (resi 13 and name H2'') (resi 15 and name H51) 6.00 2.00 1.00 {assi (resi 13 and name H3') (resi 13 and name H4') 2.50 0.70 0.50} {assi (resi 13 and name H3') (resi 13 and name H5') 2.50 0.70 0.50} {assi (resi 13 and name H3') (resi 13 and name H5'') 3.80 2.00 0.70} assi (resi 13 and name H3') (resi 13 and name H8) 3.80 2.00 0.70 assi (resi 13 and name H3') (resi 14 and name H6) 5.00 2.00 1.00 assi (resi 13 and name H3') (resi 14 and name H51) 5.00 2.00 1.00 {assi (resi 13 and name H4') (resi 13 and name H5') 2.50 0.70 0.50} {assi (resi 13 and name H4') (resi 13 and name H5'') 2.50 0.70 0.50} assi (resi 13 and name H4') (resi 13 and name H8) 5.00 2.00 1.00 {assi (resi 13 and name H5') (resi 13 and name H5'') 2.50 0.70 0.50} assi (resi 13 and name H5') (resi 13 and name H8) 5.00 2.00 1.00 assi (resi 13 and name H5'') (resi 13 and name H8) 5.00 2.00 1.00 assi (resi 13 and name H2) (resi 14 and name H1') 5.00 2.00 1.00 assi (resi 13 and name H8) (resi 14 and name H6) 5.00 2.00 1.00 assi (resi 13 and name H8) (resi 14 and name H51) 3.80 2.00 0.70 {T14} {assi (resi 14 and name H1') (resi 14 and name H2') 2.50 0.70 0.50} {assi (resi 14 and name H1') (resi 14 and name H2'') 2.50 0.70 0.50} {assi (resi 14 and name H1') (resi 14 and name H3') 3.80 2.00 0.70} {assi (resi 14 and name H1') (resi 14 and name H4') 3.80 2.00 0.70} {assi (resi 14 and name H1') (resi 14 and name H5') 5.00 2.00 1.00} {assi (resi 14 and name H1') (resi 14 and name H5'') 5.00 2.00 1.00} assi (resi 14 and name H1') (resi 14 and name H6) 3.80 2.00 0.70 assi (resi 14 and name H1') (resi 14 and name H51) 6.00 2.00 1.00 assi (resi 14 and name H1') (resi 15 and name H1') 6.00 2.00 1.00 assi (resi 14 and name H1') (resi 15 and name H5') 5.00 2.00 1.00 assi (resi 14 and name H1') (resi 15 and name H5'') 5.00 2.00 1.00 assi (resi 14 and name H1') (resi 15 and name H6) 3.80 2.00 0.70 assi (resi 14 and name H1') (resi 15 and name H51) 5.00 2.00 1.00 {assi (resi 14 and name H2') (resi 14 and name H2'') 2.50 0.70 0.50} {assi (resi 14 and name H2') (resi 14 and name H3') 2.50 0.70 0.50} {assi (resi 14 and name H2') (resi 14 and name H4') 3.80 2.00 0.70} {assi (resi 14 and name H2') (resi 14 and name H5') 3.80 2.00 0.70} {assi (resi 14 and name H2') (resi 14 and name H5'') 3.80 2.00 0.70} assi (resi 14 and name H2') (resi 14 and name H6) 2.50 0.70 0.50 assi (resi 14 and name H2') (resi 14 and name H51) 5.00 2.00 1.00 assi (resi 14 and name H2') (resi 15 and name H5'') 5.00 2.00 1.00 assi (resi 14 and name H2') (resi 15 and name H6) 3.80 2.00 0.70 assi (resi 14 and name H2') (resi 15 and name H51) 3.80 2.00 0.70 {assi (resi 14 and name H2'') (resi 14 and name H3') 2.50 0.70 0.50} {assi (resi 14 and name H2'') (resi 14 and name H4') 3.80 2.00 0.70} {assi (resi 14 and name H2'') (resi 14 and name H5') 5.00 2.00 1.00} {assi (resi 14 and name H2'') (resi 14 and name H5'') 5.00 2.00 1.00} assi (resi 14 and name H2'') (resi 14 and name H6) 3.80 2.00 0.70 assi (resi 14 and name H2'') (resi 14 and name H51) 6.00 2.00 1.00 assi (resi 14 and name H2'') (resi 15 and name H2') 6.00 2.00 1.00 assi (resi 14 and name H2'') (resi 15 and name H5'') 5.00 2.00 1.00 assi (resi 14 and name H2'') (resi 15 and name H6) 3.80 2.00 0.70 assi (resi 14 and name H2'') (resi 15 and name H51) 3.80 2.00 0.70 {assi (resi 14 and name H3') (resi 14 and name H4') 2.50 0.70 0.50} {assi (resi 14 and name H3') (resi 14 and name H5') 2.50 0.70 0.50} {assi (resi 14 and name H3') (resi 14 and name H5'') 3.80 2.00 0.70} assi (resi 14 and name H3') (resi 14 and name H6) 5.00 2.00 1.00 assi (resi 14 and name H3') (resi 15 and name H51) 6.00 2.00 1.00 {assi (resi 14 and name H4') (resi 14 and name H5') 2.50 0.70 0.50} {assi (resi 14 and name H4') (resi 14 and name H5'') 2.50 0.70 0.50} assi (resi 14 and name H4') (resi 14 and name H6) 5.00 2.00 1.00 assi (resi 14 and name H4') (resi 15 and name H6) 6.00 2.00 1.00 {assi (resi 14 and name H5') (resi 14 and name H5'') 2.50 0.70 0.50} assi (resi 14 and name H5') (resi 14 and name H6) 5.00 2.00 1.00 assi (resi 14 and name H5'') (resi 14 and name H6) 5.00 2.00 1.00 {assi (resi 14 and name H6) (resi 14 and name H51) 3.80 0.70 0.50} {assi (resi 14 and name H6) (resi 15 and name H5'') 6.00 2.00 1.00} assi (resi 14 and name H6) (resi 15 and name H6) 5.00 2.00 1.00 assi (resi 14 and name H6) (resi 15 and name H51) 3.80 2.00 0.70 assi (resi 14 and name H51) (resi 15 and name H6) 6.00 2.00 1.00 assi (resi 14 and name H51) (resi 15 and name H51) 3.80 2.00 0.70 {T15} {assi (resi 15 and name H1') (resi 15 and name H2') 2.50 0.70 0.50} {assi (resi 15 and name H1') (resi 15 and name H2'') 2.50 0.70 0.50} {assi (resi 15 and name H1') (resi 15 and name H3') 3.80 2.00 0.70} {assi (resi 15 and name H1') (resi 15 and name H4') 3.80 2.00 0.70} {assi (resi 15 and name H1') (resi 15 and name H5') 5.00 2.00 1.00} {assi (resi 15 and name H1') (resi 15 and name H5'') 5.00 2.00 1.00} assi (resi 15 and name H1') (resi 15 and name H6) 3.80 2.00 0.70 assi (resi 15 and name H1') (resi 15 and name H51) 6.00 2.00 1.00 assi (resi 15 and name H1') (resi 16 and name H1') 6.00 2.00 1.00 assi (resi 15 and name H1') (resi 16 and name H4') 6.00 2.00 1.00 assi (resi 15 and name H1') (resi 16 and name H5'') 5.00 2.00 1.00 assi (resi 15 and name H1') (resi 16 and name H8) 5.00 2.00 1.00 {assi (resi 15 and name H2') (resi 15 and name H2'') 2.50 0.70 0.50} {assi (resi 15 and name H2') (resi 15 and name H3') 2.50 0.70 0.50} {assi (resi 15 and name H2') (resi 15 and name H4') 3.80 2.00 0.70} {assi (resi 15 and name H2') (resi 15 and name H5') 3.80 2.00 0.70} {assi (resi 15 and name H2') (resi 15 and name H5'') 3.80 2.00 0.70} assi (resi 15 and name H2') (resi 15 and name H6) 2.50 0.70 0.50 assi (resi 15 and name H2') (resi 15 and name H51) 3.80 2.00 0.70 assi (resi 15 and name H2') (resi 16 and name H5'') 5.00 2.00 1.00 assi (resi 15 and name H2') (resi 16 and name H8) 3.80 2.00 0.70 {assi (resi 15 and name H2'') (resi 15 and name H3') 2.50 0.70 0.50} {assi (resi 15 and name H2'') (resi 15 and name H4') 3.80 2.00 0.70} {assi (resi 15 and name H2'') (resi 15 and name H5') 5.00 2.00 1.00} {assi (resi 15 and name H2'') (resi 15 and name H5'') 5.00 2.00 1.00} assi (resi 15 and name H2'') (resi 15 and name H6) 3.80 2.00 0.70 assi (resi 15 and name H2'') (resi 15 and name H51) 6.00 2.00 1.00 assi (resi 15 and name H2'') (resi 16 and name H4') 6.00 2.00 1.00 assi (resi 15 and name H2'') (resi 16 and name H5'') 3.80 2.00 0.70 assi (resi 15 and name H2'') (resi 16 and name H8) 2.50 0.70 0.50 {assi (resi 15 and name H3') (resi 15 and name H4') 2.50 0.70 0.50} {assi (resi 15 and name H3') (resi 15 and name H5') 2.50 0.70 0.50} {assi (resi 15 and name H3') (resi 15 and name H5'') 3.80 2.00 0.70} assi (resi 15 and name H3') (resi 15 and name H6) 5.00 2.00 1.00 assi (resi 15 and name H3') (resi 15 and name H51) 5.00 2.00 1.00 {assi (resi 15 and name H4') (resi 15 and name H5') 2.50 0.70 0.50} {assi (resi 15 and name H4') (resi 15 and name H5'') 2.50 0.70 0.50} assi (resi 15 and name H4') (resi 15 and name H6) 5.00 2.00 1.00 assi (resi 15 and name H4') (resi 15 and name H51) 6.00 2.00 1.00 {assi (resi 15 and name H5') (resi 15 and name H5'') 2.50 0.70 0.50} assi (resi 15 and name H5') (resi 15 and name H6) 5.00 2.00 1.00 assi (resi 15 and name H5'') (resi 15 and name H6) 5.00 2.00 1.00 {assi (resi 15 and name H6) (resi 15 and name H51) 3.80 2.00 0.70} assi (resi 15 and name H6) (resi 16 and name H8) 5.00 2.00 1.00 {A16} {assi (resi 16 and name H1') (resi 16 and name H2') 2.50 0.70 0.50} {assi (resi 16 and name H1') (resi 16 and name H2'') 2.50 0.70 0.50} {assi (resi 16 and name H1') (resi 16 and name H3') 3.80 2.00 0.70} {assi (resi 16 and name H1') (resi 16 and name H4') 3.80 2.00 0.70} {assi (resi 16 and name H1') (resi 16 and name H5') 5.00 2.00 1.00} {assi (resi 16 and name H1') (resi 16 and name H5'') 5.00 2.00 1.00} assi (resi 16 and name H1') (resi 16 and name H2) 5.00 2.00 1.00 assi (resi 16 and name H1') (resi 16 and name H8) 3.80 2.00 0.70 assi (resi 16 and name H1') (resi 17 and name H1') 6.00 2.00 1.00 assi (resi 16 and name H1') (resi 17 and name H4') 6.00 2.00 1.00 assi (resi 16 and name H1') (resi 17 and name H5') 6.00 2.00 1.00 assi (resi 16 and name H1') (resi 17 and name H5'') 5.00 2.00 1.00 assi (resi 16 and name H1') (resi 17 and name H8) 3.80 2.00 0.70 {assi (resi 16 and name H2') (resi 16 and name H2'') 2.50 0.70 0.50} {assi (resi 16 and name H2') (resi 16 and name H3') 2.50 0.70 0.50} {assi (resi 16 and name H2') (resi 16 and name H4') 3.80 2.00 0.70} {assi (resi 16 and name H2') (resi 16 and name H5') 3.80 2.00 0.70} {assi (resi 16 and name H2') (resi 16 and name H5'') 3.80 2.00 0.70} assi (resi 16 and name H2') (resi 16 and name H8) 2.50 0.70 0.50 assi (resi 16 and name H2') (resi 17 and name H5') 6.00 2.00 1.00 assi (resi 16 and name H2') (resi 17 and name H5'') 5.00 2.00 1.00 assi (resi 16 and name H2') (resi 17 and name H8) 3.80 2.00 0.70 {assi (resi 16 and name H2'') (resi 16 and name H3') 2.50 0.70 0.50} {assi (resi 16 and name H2'') (resi 16 and name H4') 3.80 2.00 0.70} {assi (resi 16 and name H2'') (resi 16 and name H5') 5.00 2.00 1.00} {assi (resi 16 and name H2'') (resi 16 and name H5'') 5.00 2.00 1.00} assi (resi 16 and name H2'') (resi 16 and name H8) 3.80 2.00 0.70 assi (resi 16 and name H2'') (resi 17 and name H5') 6.00 2.00 1.00 assi (resi 16 and name H2'') (resi 17 and name H5'') 5.00 2.00 1.00 assi (resi 16 and name H2'') (resi 17 and name H2) 6.00 2.00 1.00 assi (resi 16 and name H2'') (resi 17 and name H8) 3.80 2.00 0.70 {assi (resi 16 and name H3') (resi 16 and name H4') 2.50 0.70 0.50} {assi (resi 16 and name H3') (resi 16 and name H5') 2.50 0.70 0.50} {assi (resi 16 and name H3') (resi 16 and name H5'') 3.80 2.00 0.70} assi (resi 16 and name H3') (resi 16 and name H8) 3.80 2.00 0.70 assi (resi 16 and name H3') (resi 17 and name H8) 5.00 2.00 1.00 {assi (resi 16 and name H4') (resi 16 and name H5') 2.50 0.70 0.50} {assi (resi 16 and name H4') (resi 16 and name H5'') 2.50 0.70 0.50} assi (resi 16 and name H4') (resi 16 and name H8) 5.00 2.00 1.00 {assi (resi 16 and name H5') (resi 16 and name H5'') 2.50 0.70 0.50} assi (resi 16 and name H5') (resi 16 and name H8) 5.00 2.00 1.00 assi (resi 16 and name H5'') (resi 16 and name H8) 5.00 2.00 1.00 assi (resi 16 and name H2) (resi 17 and name H1') 5.00 2.00 1.00 assi (resi 16 and name H2) (resi 17 and name H2) 3.80 2.00 0.70 {A17} {assi (resi 17 and name H1') (resi 17 and name H2') 2.50 0.70 0.50} {assi (resi 17 and name H1') (resi 17 and name H2'') 2.50 0.70 0.50} {assi (resi 17 and name H1') (resi 17 and name H3') 3.80 2.00 0.70} {assi (resi 17 and name H1') (resi 17 and name H4') 3.80 2.00 0.70} {assi (resi 17 and name H1') (resi 17 and name H5') 5.00 2.00 1.00} {assi (resi 17 and name H1') (resi 17 and name H5'') 5.00 2.00 1.00} assi (resi 17 and name H1') (resi 17 and name H2) 5.00 2.00 1.00 assi (resi 17 and name H1') (resi 17 and name H8) 3.80 2.00 0.70 {assi (resi 17 and name H2') (resi 17 and name H2'') 2.50 0.70 0.50} {assi (resi 17 and name H2') (resi 17 and name H3') 2.50 0.70 0.50} {assi (resi 17 and name H2') (resi 17 and name H4') 3.80 2.00 0.70} {assi (resi 17 and name H2') (resi 17 and name H5') 3.80 2.00 0.70} {assi (resi 17 and name H2') (resi 17 and name H5'') 3.80 2.00 0.70} assi (resi 17 and name H2') (resi 17 and name H8) 2.50 0.70 0.50 {assi (resi 17 and name H2'') (resi 17 and name H3') 2.50 0.70 0.50} {assi (resi 17 and name H2'') (resi 17 and name H4') 3.80 2.00 0.70} {assi (resi 17 and name H2'') (resi 17 and name H5') 5.00 2.00 1.00} {assi (resi 17 and name H2'') (resi 17 and name H5'') 5.00 2.00 1.00} assi (resi 17 and name H2'') (resi 17 and name H8) 3.80 2.00 0.70 {assi (resi 17 and name H3') (resi 17 and name H4') 2.50 0.70 0.50} {assi (resi 17 and name H3') (resi 17 and name H5') 2.50 0.70 0.50} {assi (resi 17 and name H3') (resi 17 and name H5'') 3.80 2.00 0.70} assi (resi 17 and name H3') (resi 17 and name H8) 5.00 2.00 1.00 {assi (resi 17 and name H4') (resi 17 and name H5') 2.50 0.70 0.50} {assi (resi 17 and name H4') (resi 17 and name H5'') 2.50 0.70 0.50} assi (resi 17 and name H4') (resi 17 and name H8) 5.00 2.00 1.00 {assi (resi 17 and name H5') (resi 17 and name H5'') 2.50 0.70 0.50} assi (resi 17 and name H5') (resi 17 and name H8) 5.00 2.00 1.00 assi (resi 17 and name H5'') (resi 17 and name H8) 5.00 2.00 1.00 {H-BOND} {T1-A17} assi (resi 1 and name H3) (resi 17 and name N1) 1.90 0.30 0.30 assi (resi 1 and name N3) (resi 17 and name N1) 2.90 0.30 0.30 assi (resi 1 and name O4) (resi 17 and name H61) 1.90 0.30 0.30 assi (resi 1 and name O4) (resi 17 and name N6) 2.90 0.30 0.30 {T2-A16} assi (resi 2 and name H3) (resi 16 and name N1) 1.90 0.10 0.10 assi (resi 2 and name N3) (resi 16 and name N1) 2.90 0.10 0.10 assi (resi 2 and name O4) (resi 16 and name H61) 1.90 0.10 0.10 assi (resi 2 and name O4) (resi 16 and name N6) 2.90 0.10 0.10 {A3-T15} assi (resi 3 and name N1) (resi 15 and name H3) 1.90 0.10 0.10 assi (resi 3 and name N1) (resi 15 and name N3) 2.90 0.10 0.10 assi (resi 3 and name H61) (resi 15 and name O4) 1.90 0.10 0.10 assi (resi 3 and name N6) (resi 15 and name O4) 2.90 0.10 0.10 {A4-T14} assi (resi 4 and name N1) (resi 14 and name H3) 1.90 0.10 0.10 assi (resi 4 and name N1) (resi 14 and name N3) 2.90 0.10 0.10 assi (resi 4 and name H61) (resi 14 and name O4) 1.90 0.10 0.10 assi (resi 4 and name N6) (resi 14 and name O4) 2.90 0.10 0.10 {T5-A13} assi (resi 5 and name H3) (resi 13 and name N1) 1.90 0.10 0.10 assi (resi 5 and name N3) (resi 13 and name N1) 2.90 0.10 0.10 assi (resi 5 and name O4) (resi 13 and name H61) 1.90 0.10 0.10 assi (resi 5 and name O4) (resi 13 and name N6) 2.90 0.10 0.10 {T6-A12} assi (resi 6 and name H3) (resi 12 and name N1) 1.90 0.10 0.10 assi (resi 6 and name N3) (resi 12 and name N1) 2.90 0.10 0.10 assi (resi 6 and name O4) (resi 12 and name H61) 1.90 0.10 0.10 assi (resi 6 and name O4) (resi 12 and name N6) 2.90 0.10 0.10 {T7-A11} assi (resi 7 and name H3) (resi 11 and name N1) 1.90 0.30 0.30 assi (resi 7 and name N3) (resi 11 and name N1) 2.90 0.30 0.30 assi (resi 7 and name O4) (resi 11 and name H61) 1.90 0.30 0.30 assi (resi 7 and name O4) (resi 11 and name N6) 2.90 0.30 0.30 {angles} restraints dihedral nassign=1000 for $1 in ( {====>} {* Select nucleotides to be restrained. *} 1 7 11 17 ) loop dihe evaluate($a=$1+1) evaluate($b=$1-1) assign ( resid $1 and name O5' ) ( resid $1 and name C5' ) ( resid $1 and name C4' ) ( resid $1 and name C3' ) 30.0 60.0 30.0 2 {* gamma *} assign ( resid $b and name O3' ) ( resid $1 and name P ) ( resid $1 and name O5' ) ( resid $1 and name C5' ) 30.0 -60.0 30.0 2 {* alpha *} assign ( resid $1 and name P ) ( resid $1 and name O5' ) ( resid $1 and name C5' ) ( resid $1 and name C4' ) 30.0 -180.0 30.0 2 {* beta *} assign ( resid $1 and name C3' ) ( resid $1 and name O3' ) ( resid $a and name P ) ( resid $a and name O5' ) 30.0 -90.0 30.0 2 {* zeta *} assign ( resid $1 and name c4' ) ( resid $1 and name o4' ) ( resid $1 and name c1' ) ( resid $1 and name c2' ) 30.0 -20.0 30.0 2 {* nu0 *} assign ( resid $1 and name o4' ) ( resid $1 and name c1' ) ( resid $1 and name c2' ) ( resid $1 and name c3' ) 30.0 33.0 30.0 2 {* nu1 *} assign ( resid $1 and name c1' ) ( resid $1 and name c2' ) ( resid $1 and name c3' ) ( resid $1 and name c4' ) 30.0 -22.0 30.0 2 {* nu2 *} assign ( resid $1 and name c2' ) ( resid $1 and name c3' ) ( resid $1 and name c4' ) ( resid $1 and name o4' ) 30.0 4.0 30.0 2 {* nu3 *} assign ( resid $1 and name c3' ) ( resid $1 and name c4' ) ( resid $1 and name o4' ) ( resid $1 and name c1' ) 30.0 16.0 30.0 2 {* nu4 *} end loop dihe for $1 in ( {====>} {* Select nucleotides to be restrained. *} 2 3 4 5 6 12 13 14 15 16 ) loop dihe evaluate($a=$1+1) evaluate($b=$1-1) assign ( resid $1 and name O5' ) ( resid $1 and name C5' ) ( resid $1 and name C4' ) ( resid $1 and name C3' ) 20.0 60.0 20.0 2 {* gamma *} assign ( resid $b and name O3' ) ( resid $1 and name P ) ( resid $1 and name O5' ) ( resid $1 and name C5' ) 20.0 -60.0 20.0 2 {* alpha *} assign ( resid $1 and name P ) ( resid $1 and name O5' ) ( resid $1 and name C5' ) ( resid $1 and name C4' ) 20.0 -180.0 20.0 2 {* beta *} assign ( resid $1 and name C3' ) ( resid $1 and name O3' ) ( resid $a and name P ) ( resid $a and name O5' ) 20.0 -90.0 20.0 2 {* zeta *} assign ( resid $1 and name c4' ) ( resid $1 and name o4' ) ( resid $1 and name c1' ) ( resid $1 and name c2' ) 20.0 -20.0 20.0 2 {* nu0 *} assign ( resid $1 and name o4' ) ( resid $1 and name c1' ) ( resid $1 and name c2' ) ( resid $1 and name c3' ) 20.0 33.0 20.0 2 {* nu1 *} assign ( resid $1 and name c1' ) ( resid $1 and name c2' ) ( resid $1 and name c3' ) ( resid $1 and name c4' ) 20.0 -22.0 20.0 2 {* nu2 *} assign ( resid $1 and name c2' ) ( resid $1 and name c3' ) ( resid $1 and name c4' ) ( resid $1 and name o4' ) 20.0 4.0 20.0 2 {* nu3 *} assign ( resid $1 and name c3' ) ( resid $1 and name c4' ) ( resid $1 and name o4' ) ( resid $1 and name c1' ) 20.0 16.0 20.0 2 {* nu4 *} end loop dihe for $1 in ( {====>} {* Select nucleotides to be restrained. *} 8 9 10 ) loop dihe evaluate($a=$1+1) evaluate($b=$1-1) assign ( resid $1 and name c4' ) ( resid $1 and name o4' ) ( resid $1 and name c1' ) ( resid $1 and name c2' ) 30.0 -20.0 30.0 2 {* nu0 *} assign ( resid $1 and name o4' ) ( resid $1 and name c1' ) ( resid $1 and name c2' ) ( resid $1 and name c3' ) 30.0 33.0 30.0 2 {* nu1 *} assign ( resid $1 and name c1' ) ( resid $1 and name c2' ) ( resid $1 and name c3' ) ( resid $1 and name c4' ) 30.0 -22.0 30.0 2 {* nu2 *} assign ( resid $1 and name c2' ) ( resid $1 and name c3' ) ( resid $1 and name c4' ) ( resid $1 and name o4' ) 30.0 4.0 30.0 2 {* nu3 *} assign ( resid $1 and name c3' ) ( resid $1 and name c4' ) ( resid $1 and name o4' ) ( resid $1 and name c1' ) 30.0 16.0 30.0 2 {* nu4 *} end loop dihe for $1 in ( {====>} {* Select purines to be restrained. *} 3 4 12 13 16 ) loop dihe assign ( resid $1 and name O4' ) ( resid $1 and name C1' ) ( resid $1 and name N9 ) ( resid $1 and name C4 ) 20.0 -120.0 20.0 2 {* chi *} end loop dihe for $1 in ( {====>} {* Select purines to be restrained. *} 11 17 ) loop dihe assign ( resid $1 and name O4' ) ( resid $1 and name C1' ) ( resid $1 and name N9 ) ( resid $1 and name C4 ) 30.0 -120.0 30.0 2 {* chi *} end loop dihe for $1 in ( {====>} {* Select pyrimidines to be restrained. *} 2 5 6 14 15 ) loop dihe assign ( resid $1 and name O4' ) ( resid $1 and name C1' ) ( resid $1 and name N1 ) ( resid $1 and name C2 ) 20.0 -120.00 20.0 2 {* chi *} end loop dihe for $1 in ( {====>} {* Select pyrimidines to be restrained. *} 1 7 ) loop dihe assign ( resid $1 and name O4' ) ( resid $1 and name C1' ) ( resid $1 and name N1 ) ( resid $1 and name C2 ) 30.0 -120.00 30.0 2 {* chi *} end loop dihe scale=20.0 end Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H5' DT 1 1H5* T 1 -8.055 -13.868 -3.255 2 H5'' DT 1 2H5* T 1 -9.362 -12.665 -3.270 3 H4' DT 1 H4* T 1 -8.364 -12.782 -1.021 4 H3' DT 1 H3* T 1 -8.415 -10.412 -2.750 5 H2' DT 1 1H2* T 1 -6.418 -9.456 -2.184 6 H2'' DT 1 2H2* T 1 -6.812 -9.627 -0.459 7 H1' DT 1 H1* T 1 -5.428 -11.399 -0.250 8 H3 DT 1 3H T 1 -1.304 -11.162 -1.946 9 H71 DT 1 1H7 T 1 -4.712 -9.609 -5.808 10 H72 DT 1 2H7 T 1 -3.813 -11.063 -6.306 11 H73 DT 1 3H7 T 1 -2.946 -9.537 -6.018 12 H6 DT 1 6H T 1 -5.666 -10.612 -3.885 13 HO5' DT 1 H5T T 1 -8.095 -11.279 -4.376 14 H5' DT 2 1H5* T 2 -7.637 -10.979 1.156 15 H5'' DT 2 2H5* T 2 -8.716 -10.304 2.393 16 H4' DT 2 H4* T 2 -6.658 -10.632 3.536 17 H3' DT 2 H3* T 2 -7.527 -7.931 2.834 18 H2' DT 2 1H2* T 2 -5.523 -7.022 2.202 19 H2'' DT 2 2H2* T 2 -4.860 -7.479 3.783 20 H1' DT 2 H1* T 2 -3.767 -9.271 2.942 21 H3 DT 2 3H T 2 -0.972 -8.297 -0.395 22 H71 DT 2 1H7 T 2 -5.962 -7.324 -2.133 23 H72 DT 2 2H7 T 2 -4.569 -7.291 -3.236 24 H73 DT 2 3H7 T 2 -4.937 -5.883 -2.220 25 H6 DT 2 6H T 2 -5.719 -7.812 0.126 26 H5' DA 3 1H5* A 3 -4.125 -8.987 5.605 27 H5'' DA 3 2H5* A 3 -4.450 -8.222 7.173 28 H4' DA 3 H4* A 3 -2.066 -8.186 6.920 29 H3' DA 3 H3* A 3 -3.647 -5.713 6.713 30 H2' DA 3 1H2* A 3 -2.383 -4.592 5.170 31 H2'' DA 3 2H2* A 3 -0.932 -4.915 6.146 32 H1' DA 3 H1* A 3 -0.261 -6.585 4.775 33 H8 DA 3 8H A 3 -3.704 -5.496 3.259 34 H61 DA 3 2H6 A 3 -2.171 -4.903 -1.287 35 H62 DA 3 1H6 A 3 -0.610 -5.029 -2.067 36 H2 DA 3 2H A 3 2.303 -6.261 1.115 37 H5' DA 4 1H5* A 4 0.799 -5.509 8.542 38 H5'' DA 4 2H5* A 4 0.840 -4.108 9.633 39 H4' DA 4 H4* A 4 2.840 -4.271 8.089 40 H3' DA 4 H3* A 4 1.038 -1.996 8.581 41 H2' DA 4 1H2* A 4 1.030 -1.075 6.486 42 H2'' DA 4 2H2* A 4 2.809 -1.085 6.495 43 H1' DA 4 H1* A 4 2.911 -2.926 5.187 44 H8 DA 4 8H A 4 -0.982 -2.787 5.632 45 H61 DA 4 2H6 A 4 -2.046 -2.431 0.924 46 H62 DA 4 1H6 A 4 -1.079 -2.261 -0.525 47 H2 DA 4 2H A 4 3.203 -2.258 0.800 48 H5' DT 5 1H5* T 5 4.979 -1.153 6.787 49 H5'' DT 5 2H5* T 5 5.893 -0.196 7.968 50 H4' DT 5 H4* T 5 6.609 0.669 5.880 51 H3' DT 5 H3* T 5 4.736 2.235 7.510 52 H2' DT 5 1H2* T 5 3.446 3.141 5.847 53 H2'' DT 5 2H2* T 5 4.926 3.724 5.055 54 H1' DT 5 H1* T 5 4.894 2.062 3.522 55 H3 DT 5 3H T 5 1.124 1.483 1.204 56 H71 DT 5 1H7 T 5 -0.175 1.488 6.435 57 H72 DT 5 2H7 T 5 -0.676 -0.008 5.617 58 H73 DT 5 3H7 T 5 -1.412 1.537 5.156 59 H6 DT 5 6H T 5 2.095 1.439 5.909 60 H5' DT 6 1H5* T 6 7.029 3.634 4.184 61 H5'' DT 6 2H5* T 6 8.107 5.001 4.523 62 H4' DT 6 H4* T 6 7.383 5.178 2.207 63 H3' DT 6 H3* T 6 6.680 7.126 4.282 64 H2' DT 6 1H2* T 6 4.536 7.610 3.638 65 H2'' DT 6 2H2* T 6 5.151 8.020 2.022 66 H1' DT 6 H1* T 6 4.487 6.049 1.133 67 H3 DT 6 3H T 6 0.143 5.155 1.587 68 H71 DT 6 1H7 T 6 2.318 5.249 6.536 69 H72 DT 6 2H7 T 6 0.724 4.519 6.235 70 H73 DT 6 3H7 T 6 0.888 6.281 6.344 71 H6 DT 6 6H T 6 3.668 5.884 4.773 72 H5' DT 7 1H5* T 7 6.204 7.613 -0.080 73 H5'' DT 7 2H5* T 7 7.072 9.051 -0.656 74 H4' DT 7 H4* T 7 5.075 8.777 -2.022 75 H3' DT 7 H3* T 7 5.534 11.052 -0.243 76 H2' DT 7 1H2* T 7 3.425 11.331 0.593 77 H2'' DT 7 2H2* T 7 2.827 11.481 -1.076 78 H1' DT 7 H1* T 7 2.029 9.347 -1.089 79 H3 DT 7 3H T 7 -0.903 8.569 2.171 80 H71 DT 7 1H7 T 7 3.593 10.382 4.493 81 H72 DT 7 2H7 T 7 3.242 8.723 5.029 82 H73 DT 7 3H7 T 7 2.117 10.043 5.426 83 H6 DT 7 6H T 7 3.739 9.808 2.190 84 H15' D33 8 2H5* D33 8 3.456 14.503 -4.353 85 H25' D33 8 1H5* D33 8 3.641 12.902 -5.096 86 H4' D33 8 H4* D33 8 1.318 14.487 -5.118 87 H1' D33 8 H1* D33 8 -0.240 11.247 -5.876 88 H55 D33 8 5H D33 8 0.451 8.932 -3.878 89 H22 D33 8 2H D33 8 2.977 10.711 -6.807 90 H44 D33 8 4H D33 8 2.419 7.096 -4.616 91 H22' D33 8 2H2* D33 8 -0.825 11.670 -3.727 92 H12' D33 8 1H2* D33 8 0.712 10.989 -3.157 93 H3' D33 8 H3* D33 8 1.379 13.111 -2.639 94 3H D33 8 3H D33 8 3.824 8.342 -6.356 95 H15' D33 9 2H5* D33 9 -2.681 11.723 -1.145 96 H25' D33 9 1H5* D33 9 -1.300 10.628 -0.953 97 H4' D33 9 H4* D33 9 -2.361 11.102 1.233 98 H1' D33 9 H1* D33 9 -0.057 12.666 3.125 99 H55 D33 9 5H D33 9 1.274 12.906 -0.402 100 H22 D33 9 2H D33 9 1.868 14.396 3.530 101 H44 D33 9 4H D33 9 3.746 14.198 -0.290 102 H22' D33 9 2H2* D33 9 -1.609 14.289 2.794 103 H12' D33 9 1H2* D33 9 -0.812 14.822 1.297 104 H3' D33 9 H3* D33 9 -2.441 13.784 0.086 105 3H D33 9 3H D33 9 3.920 15.015 2.133 106 H15' D33 10 2H5* D33 10 -6.944 11.396 0.257 107 H25' D33 10 1H5* D33 10 -5.527 10.339 0.430 108 H4' D33 10 H4* D33 10 -7.568 9.192 1.229 109 H1' D33 10 H1* D33 10 -6.907 8.836 4.698 110 H55 D33 10 5H D33 10 -5.489 12.320 3.913 111 H22 D33 10 2H D33 10 -4.818 8.776 6.178 112 H44 D33 10 4H D33 10 -3.317 12.730 5.619 113 H22' D33 10 2H2* D33 10 -8.641 10.292 4.621 114 H12' D33 10 1H2* D33 10 -7.527 11.666 4.442 115 H3' D33 10 H3* D33 10 -8.137 11.819 2.250 116 3H D33 10 3H D33 10 -3.079 10.514 6.883 117 H5' DA 11 1H5* A 11 -10.365 8.885 0.246 118 H5'' DA 11 2H5* A 11 -10.825 7.177 0.363 119 H4' DA 11 H4* A 11 -9.382 7.992 -1.697 120 H3' DA 11 H3* A 11 -9.568 5.518 -0.172 121 H2' DA 11 1H2* A 11 -7.370 5.009 0.153 122 H2'' DA 11 2H2* A 11 -7.088 5.165 -1.596 123 H1' DA 11 H1* A 11 -6.063 7.156 -1.311 124 H8 DA 11 8H A 11 -7.437 6.392 2.282 125 H61 DA 11 2H6 A 11 -3.234 6.987 4.612 126 H62 DA 11 1H6 A 11 -1.617 7.410 4.094 127 H2 DA 11 2H A 11 -1.811 8.004 -0.342 128 H5' DA 12 1H5* A 12 -7.737 6.124 -4.510 129 H5'' DA 12 2H5* A 12 -8.050 4.657 -5.461 130 H4' DA 12 H4* A 12 -5.842 5.797 -5.987 131 H3' DA 12 H3* A 12 -6.463 3.006 -5.494 132 H2' DA 12 1H2* A 12 -4.764 2.418 -4.077 133 H2'' DA 12 2H2* A 12 -3.612 2.939 -5.327 134 H1' DA 12 H1* A 12 -3.133 4.859 -4.228 135 H8 DA 12 8H A 12 -5.923 3.300 -1.953 136 H61 DA 12 2H6 A 12 -3.442 3.539 2.194 137 H62 DA 12 1H6 A 12 -1.816 4.036 2.604 138 H2 DA 12 2H A 12 0.106 5.372 -1.220 139 H5' DA 13 1H5* A 13 -2.337 4.191 -7.662 140 H5'' DA 13 2H5* A 13 -2.208 3.013 -8.986 141 H4' DA 13 H4* A 13 0.005 3.489 -7.902 142 H3' DA 13 H3* A 13 -1.299 0.904 -8.347 143 H2' DA 13 1H2* A 13 -0.712 -0.176 -6.417 144 H2'' DA 13 2H2* A 13 0.991 0.211 -6.756 145 H1' DA 13 H1* A 13 1.018 1.892 -5.237 146 H8 DA 13 8H A 13 -2.657 0.534 -5.111 147 H61 DA 13 2H6 A 13 -2.901 0.032 -0.302 148 H62 DA 13 1H6 A 13 -1.769 0.308 1.002 149 H2 DA 13 2H A 13 2.010 1.802 -0.897 150 H5' DT 14 1H5* T 14 3.136 1.458 -7.416 151 H5'' DT 14 2H5* T 14 3.987 0.746 -8.803 152 H4' DT 14 H4* T 14 5.442 0.419 -6.925 153 H3' DT 14 H3* T 14 4.032 -1.832 -8.163 154 H2' DT 14 1H2* T 14 3.556 -3.073 -6.303 155 H2'' DT 14 2H2* T 14 5.277 -3.017 -5.861 156 H1' DT 14 H1* T 14 4.923 -1.431 -4.283 157 H3 DT 14 3H T 14 1.754 -2.364 -1.276 158 H71 DT 14 1H7 T 14 -0.490 -2.532 -6.209 159 H72 DT 14 2H7 T 14 -1.425 -1.714 -4.941 160 H73 DT 14 3H7 T 14 -1.190 -3.467 -4.870 161 H6 DT 14 6H T 14 1.689 -1.913 -6.059 162 H5' DT 15 1H5* T 15 7.655 -2.443 -5.381 163 H5'' DT 15 2H5* T 15 8.666 -3.757 -6.014 164 H4' DT 15 H4* T 15 8.335 -3.942 -3.544 165 H3' DT 15 H3* T 15 7.619 -5.968 -5.581 166 H2' DT 15 1H2* T 15 5.850 -6.920 -4.480 167 H2'' DT 15 2H2* T 15 6.858 -7.078 -3.022 168 H1' DT 15 H1* T 15 5.953 -5.248 -2.051 169 H3 DT 15 3H T 15 1.542 -5.659 -1.627 170 H71 DT 15 1H7 T 15 2.585 -5.430 -6.911 171 H72 DT 15 2H7 T 15 1.578 -4.074 -6.365 172 H73 DT 15 3H7 T 15 0.948 -5.727 -6.280 173 H6 DT 15 6H T 15 4.401 -5.113 -5.453 174 H5' DA 16 1H5* A 16 8.932 -7.030 -1.039 175 H5'' DA 16 2H5* A 16 9.863 -8.529 -1.231 176 H4' DA 16 H4* A 16 8.406 -8.551 0.813 177 H3' DA 16 H3* A 16 8.640 -10.526 -1.287 178 H2' DA 16 1H2* A 16 6.420 -10.858 -1.779 179 H2'' DA 16 2H2* A 16 6.250 -11.485 -0.129 180 H1' DA 16 H1* A 16 5.325 -9.567 0.667 181 H8 DA 16 8H A 16 5.637 -8.882 -3.181 182 H61 DA 16 2H6 A 16 0.936 -8.056 -3.963 183 H62 DA 16 1H6 A 16 -0.487 -8.118 -2.948 184 H2 DA 16 2H A 16 0.933 -9.233 1.155 185 H5' DA 17 1H5* A 17 7.796 -12.581 3.329 186 H5'' DA 17 2H5* A 17 7.622 -14.317 3.020 187 H4' DA 17 H4* A 17 5.731 -12.922 4.335 188 H3' DA 17 H3* A 17 5.767 -15.311 2.567 189 HO3' DA 17 H3T A 17 4.107 -15.417 4.677 190 H2' DA 17 1H2* A 17 3.676 -15.131 1.716 191 H2'' DA 17 2H2* A 17 3.004 -14.699 3.305 192 H1' DA 17 H1* A 17 2.940 -12.508 2.728 193 H8 DA 17 8H A 17 5.226 -13.603 -0.254 194 H61 DA 17 2H6 A 17 2.160 -12.427 -3.807 195 H62 DA 17 1H6 A 17 0.529 -11.795 -3.837 196 H2 DA 17 2H A 17 -0.733 -11.300 0.429 Start of MODEL 2 1 H5' DT 1 1H5* T 1 -7.085 -15.461 -2.571 2 H5'' DT 1 2H5* T 1 -8.678 -14.681 -2.630 3 H4' DT 1 H4* T 1 -7.724 -14.176 -0.463 4 H3' DT 1 H3* T 1 -8.161 -12.136 -2.524 5 H2' DT 1 1H2* T 1 -6.365 -10.774 -2.137 6 H2'' DT 1 2H2* T 1 -6.750 -10.743 -0.403 7 H1' DT 1 H1* T 1 -5.086 -12.200 0.064 8 H3 DT 1 3H T 1 -1.047 -11.460 -1.677 9 H71 DT 1 1H7 T 1 -4.009 -10.518 -5.736 10 H72 DT 1 2H7 T 1 -4.274 -12.273 -5.844 11 H73 DT 1 3H7 T 1 -2.635 -11.607 -6.037 12 H6 DT 1 6H T 1 -5.393 -12.027 -3.642 13 HO5' DT 1 H5T T 1 -6.839 -14.437 -4.387 14 H5' DT 2 1H5* T 2 -7.410 -11.965 1.420 15 H5'' DT 2 2H5* T 2 -8.580 -11.276 2.560 16 H4' DT 2 H4* T 2 -6.458 -11.150 3.666 17 H3' DT 2 H3* T 2 -7.861 -8.767 2.768 18 H2' DT 2 1H2* T 2 -6.117 -7.599 1.841 19 H2'' DT 2 2H2* T 2 -5.334 -7.643 3.431 20 H1' DT 2 H1* T 2 -3.914 -9.306 2.841 21 H3 DT 2 3H T 2 -1.342 -8.271 -0.653 22 H71 DT 2 1H7 T 2 -6.385 -8.564 -2.439 23 H72 DT 2 2H7 T 2 -5.027 -8.201 -3.528 24 H73 DT 2 3H7 T 2 -5.791 -6.902 -2.590 25 H6 DT 2 6H T 2 -6.097 -8.623 -0.095 26 H5' DA 3 1H5* A 3 -4.440 -9.121 5.291 27 H5'' DA 3 2H5* A 3 -4.727 -8.558 6.949 28 H4' DA 3 H4* A 3 -2.382 -8.338 6.695 29 H3' DA 3 H3* A 3 -4.054 -5.930 6.596 30 H2' DA 3 1H2* A 3 -2.923 -4.732 5.009 31 H2'' DA 3 2H2* A 3 -1.423 -4.968 5.933 32 H1' DA 3 H1* A 3 -0.690 -6.582 4.529 33 H8 DA 3 8H A 3 -4.247 -5.786 3.086 34 H61 DA 3 2H6 A 3 -2.826 -4.966 -1.471 35 H62 DA 3 1H6 A 3 -1.267 -4.920 -2.262 36 H2 DA 3 2H A 3 1.779 -5.893 0.878 37 H5' DA 4 1H5* A 4 0.407 -5.482 8.264 38 H5'' DA 4 2H5* A 4 0.452 -4.068 9.338 39 H4' DA 4 H4* A 4 2.340 -4.146 7.644 40 H3' DA 4 H3* A 4 0.453 -1.956 8.240 41 H2' DA 4 1H2* A 4 0.313 -1.039 6.149 42 H2'' DA 4 2H2* A 4 2.090 -0.992 6.065 43 H1' DA 4 H1* A 4 2.188 -2.842 4.769 44 H8 DA 4 8H A 4 -1.690 -2.860 5.378 45 H61 DA 4 2H6 A 4 -2.958 -2.419 0.724 46 H62 DA 4 1H6 A 4 -2.058 -2.177 -0.756 47 H2 DA 4 2H A 4 2.272 -2.044 0.397 48 H5' DT 5 1H5* T 5 4.483 -1.303 6.668 49 H5'' DT 5 2H5* T 5 5.455 -0.454 7.888 50 H4' DT 5 H4* T 5 6.474 0.154 5.827 51 H3' DT 5 H3* T 5 4.896 2.088 7.310 52 H2' DT 5 1H2* T 5 3.680 3.045 5.623 53 H2'' DT 5 2H2* T 5 5.214 3.463 4.828 54 H1' DT 5 H1* T 5 5.009 1.793 3.313 55 H3 DT 5 3H T 5 1.180 1.817 1.017 56 H71 DT 5 1H7 T 5 -0.000 1.158 6.273 57 H72 DT 5 2H7 T 5 -1.014 0.338 5.061 58 H73 DT 5 3H7 T 5 -1.117 2.095 5.257 59 H6 DT 5 6H T 5 2.173 1.352 5.697 60 H5' DT 6 1H5* T 6 7.287 3.071 3.821 61 H5'' DT 6 2H5* T 6 8.476 4.354 4.120 62 H4' DT 6 H4* T 6 7.731 4.644 1.851 63 H3' DT 6 H3* T 6 7.049 6.559 3.961 64 H2' DT 6 1H2* T 6 4.898 7.048 3.328 65 H2'' DT 6 2H2* T 6 5.528 7.523 1.736 66 H1' DT 6 H1* T 6 4.917 5.570 0.760 67 H3 DT 6 3H T 6 0.525 4.898 0.976 68 H71 DT 6 1H7 T 6 2.431 4.953 6.047 69 H72 DT 6 2H7 T 6 1.322 3.627 5.643 70 H73 DT 6 3H7 T 6 0.718 5.290 5.718 71 H6 DT 6 6H T 6 3.936 5.178 4.348 72 H5' DT 7 1H5* T 7 6.418 7.264 -0.420 73 H5'' DT 7 2H5* T 7 7.357 8.699 -0.880 74 H4' DT 7 H4* T 7 5.359 8.747 -2.218 75 H3' DT 7 H3* T 7 5.789 10.678 -0.035 76 H2' DT 7 1H2* T 7 3.625 10.992 0.627 77 H2'' DT 7 2H2* T 7 3.134 11.231 -1.065 78 H1' DT 7 H1* T 7 2.272 9.138 -1.180 79 H3 DT 7 3H T 7 -0.452 7.837 2.092 80 H71 DT 7 1H7 T 7 4.085 9.667 4.358 81 H72 DT 7 2H7 T 7 3.678 8.014 4.877 82 H73 DT 7 3H7 T 7 2.614 9.370 5.316 83 H6 DT 7 6H T 7 4.090 9.388 2.057 84 H15' D33 8 2H5* D33 8 4.078 14.539 -3.999 85 H25' D33 8 1H5* D33 8 4.209 12.882 -4.628 86 H4' D33 8 H4* D33 8 1.912 14.605 -4.658 87 H1' D33 8 H1* D33 8 0.268 11.663 -5.857 88 H55 D33 8 5H D33 8 0.683 9.041 -4.075 89 H22 D33 8 2H D33 8 3.376 10.897 -6.806 90 H44 D33 8 4H D33 8 2.487 7.135 -5.009 91 H22' D33 8 2H2* D33 8 -0.403 11.886 -3.709 92 H12' D33 8 1H2* D33 8 1.001 10.954 -3.154 93 H3' D33 8 H3* D33 8 1.940 12.866 -2.366 94 3H D33 8 3H D33 8 4.001 8.425 -6.621 95 H15' D33 9 2H5* D33 9 -2.438 11.671 -1.208 96 H25' D33 9 1H5* D33 9 -1.267 10.343 -1.318 97 H4' D33 9 H4* D33 9 -2.047 10.325 0.943 98 H1' D33 9 H1* D33 9 0.180 11.514 3.103 99 H55 D33 9 5H D33 9 1.553 12.594 -0.244 100 H22 D33 9 2H D33 9 2.082 13.149 3.940 101 H44 D33 9 4H D33 9 3.975 13.910 0.196 102 H22' D33 9 2H2* D33 9 -1.368 13.177 3.146 103 H12' D33 9 1H2* D33 9 -0.629 14.000 1.753 104 H3' D33 9 H3* D33 9 -2.316 13.180 0.445 105 3H D33 9 3H D33 9 4.112 14.144 2.744 106 H15' D33 10 2H5* D33 10 -6.983 11.766 1.074 107 H25' D33 10 1H5* D33 10 -5.323 11.180 0.847 108 H4' D33 10 H4* D33 10 -6.870 9.323 1.445 109 H1' D33 10 H1* D33 10 -5.720 8.086 4.378 110 H55 D33 10 5H D33 10 -4.979 11.811 4.996 111 H22 D33 10 2H D33 10 -3.568 7.859 5.721 112 H44 D33 10 4H D33 10 -2.776 11.933 6.705 113 H22' D33 10 2H2* D33 10 -7.647 9.083 5.057 114 H12' D33 10 1H2* D33 10 -6.842 10.659 5.248 115 H3' D33 10 H3* D33 10 -7.824 11.332 3.303 116 3H D33 10 3H D33 10 -2.083 9.486 7.019 117 H5' DA 11 1H5* A 11 -9.765 8.904 0.817 118 H5'' DA 11 2H5* A 11 -10.418 7.272 0.577 119 H4' DA 11 H4* A 11 -9.407 8.434 -1.503 120 H3' DA 11 H3* A 11 -9.457 5.738 -0.619 121 H2' DA 11 1H2* A 11 -7.253 5.185 -0.376 122 H2'' DA 11 2H2* A 11 -7.049 5.508 -2.113 123 H1' DA 11 H1* A 11 -5.895 7.403 -1.659 124 H8 DA 11 8H A 11 -7.227 6.231 1.832 125 H61 DA 11 2H6 A 11 -3.006 6.580 4.177 126 H62 DA 11 1H6 A 11 -1.401 7.102 3.709 127 H2 DA 11 2H A 11 -1.661 8.284 -0.608 128 H5' DA 12 1H5* A 12 -7.150 6.857 -4.029 129 H5'' DA 12 2H5* A 12 -7.852 6.239 -5.537 130 H4' DA 12 H4* A 12 -5.536 6.445 -6.030 131 H3' DA 12 H3* A 12 -6.723 3.816 -5.659 132 H2' DA 12 1H2* A 12 -5.115 2.780 -4.406 133 H2'' DA 12 2H2* A 12 -3.936 3.173 -5.675 134 H1' DA 12 H1* A 12 -3.035 4.849 -4.458 135 H8 DA 12 8H A 12 -5.927 3.332 -2.311 136 H61 DA 12 2H6 A 12 -3.489 3.130 1.880 137 H62 DA 12 1H6 A 12 -1.855 3.549 2.344 138 H2 DA 12 2H A 12 0.136 5.182 -1.322 139 H5' DA 13 1H5* A 13 -2.658 4.696 -7.945 140 H5'' DA 13 2H5* A 13 -2.524 3.539 -9.284 141 H4' DA 13 H4* A 13 -0.310 3.978 -8.234 142 H3' DA 13 H3* A 13 -1.645 1.380 -8.543 143 H2' DA 13 1H2* A 13 -0.964 0.372 -6.604 144 H2'' DA 13 2H2* A 13 0.720 0.769 -7.019 145 H1' DA 13 H1* A 13 0.775 2.514 -5.577 146 H8 DA 13 8H A 13 -2.935 1.296 -5.194 147 H61 DA 13 2H6 A 13 -2.829 0.757 -0.382 148 H62 DA 13 1H6 A 13 -1.573 0.918 0.824 149 H2 DA 13 2H A 13 2.133 2.176 -1.359 150 H5' DT 14 1H5* T 14 2.720 1.913 -7.482 151 H5'' DT 14 2H5* T 14 3.618 1.169 -8.821 152 H4' DT 14 H4* T 14 4.951 0.834 -6.839 153 H3' DT 14 H3* T 14 3.610 -1.390 -8.208 154 H2' DT 14 1H2* T 14 3.050 -2.673 -6.398 155 H2'' DT 14 2H2* T 14 4.741 -2.603 -5.853 156 H1' DT 14 H1* T 14 4.281 -1.045 -4.282 157 H3 DT 14 3H T 14 0.977 -2.092 -1.469 158 H71 DT 14 1H7 T 14 -1.023 -2.264 -6.492 159 H72 DT 14 2H7 T 14 -1.943 -1.233 -5.376 160 H73 DT 14 3H7 T 14 -1.893 -2.985 -5.119 161 H6 DT 14 6H T 14 1.141 -1.502 -6.234 162 H5' DT 15 1H5* T 15 7.309 -1.920 -5.322 163 H5'' DT 15 2H5* T 15 8.300 -3.241 -5.973 164 H4' DT 15 H4* T 15 8.026 -3.320 -3.462 165 H3' DT 15 H3* T 15 7.478 -5.441 -5.448 166 H2' DT 15 1H2* T 15 5.773 -6.497 -4.339 167 H2'' DT 15 2H2* T 15 6.783 -6.562 -2.875 168 H1' DT 15 H1* T 15 5.739 -4.787 -1.935 169 H3 DT 15 3H T 15 1.363 -5.509 -1.539 170 H71 DT 15 1H7 T 15 2.488 -4.956 -6.813 171 H72 DT 15 2H7 T 15 1.109 -4.020 -6.198 172 H73 DT 15 3H7 T 15 1.006 -5.785 -6.292 173 H6 DT 15 6H T 15 4.210 -4.783 -5.341 174 H5' DA 16 1H5* A 16 8.264 -5.760 -1.189 175 H5'' DA 16 2H5* A 16 9.557 -6.901 -0.770 176 H4' DA 16 H4* A 16 7.936 -6.935 1.041 177 H3' DA 16 H3* A 16 8.529 -9.220 -0.647 178 H2' DA 16 1H2* A 16 6.389 -9.909 -1.134 179 H2'' DA 16 2H2* A 16 6.194 -10.217 0.603 180 H1' DA 16 H1* A 16 5.040 -8.294 0.969 181 H8 DA 16 8H A 16 5.442 -8.280 -2.939 182 H61 DA 16 2H6 A 16 0.700 -8.310 -3.941 183 H62 DA 16 1H6 A 16 -0.739 -8.419 -2.954 184 H2 DA 16 2H A 16 0.644 -8.594 1.302 185 H5' DA 17 1H5* A 17 7.763 -10.607 4.199 186 H5'' DA 17 2H5* A 17 7.813 -12.378 4.177 187 H4' DA 17 H4* A 17 5.669 -11.036 5.104 188 H3' DA 17 H3* A 17 6.130 -13.656 3.766 189 HO3' DA 17 H3T A 17 5.698 -14.251 5.743 190 H2' DA 17 1H2* A 17 4.103 -13.875 2.781 191 H2'' DA 17 2H2* A 17 3.267 -13.305 4.244 192 H1' DA 17 H1* A 17 3.002 -11.239 3.349 193 H8 DA 17 8H A 17 5.555 -12.349 0.620 194 H61 DA 17 2H6 A 17 2.489 -12.238 -3.126 195 H62 DA 17 1H6 A 17 0.771 -11.943 -3.276 196 H2 DA 17 2H A 17 -0.749 -11.153 0.866 Start of MODEL 3 1 H5' DT 1 1H5* T 1 -8.222 -14.325 -2.722 2 H5'' DT 1 2H5* T 1 -9.527 -13.121 -2.712 3 H4' DT 1 H4* T 1 -8.348 -13.134 -0.540 4 H3' DT 1 H3* T 1 -8.579 -10.848 -2.378 5 H2' DT 1 1H2* T 1 -6.574 -9.821 -1.980 6 H2'' DT 1 2H2* T 1 -6.859 -9.923 -0.227 7 H1' DT 1 H1* T 1 -5.437 -11.670 -0.025 8 H3 DT 1 3H T 1 -1.410 -11.325 -1.914 9 H71 DT 1 1H7 T 1 -4.880 -9.902 -5.684 10 H72 DT 1 2H7 T 1 -4.380 -11.555 -6.102 11 H73 DT 1 3H7 T 1 -3.175 -10.249 -6.059 12 H6 DT 1 6H T 1 -5.874 -11.045 -3.671 13 HO5' DT 1 H5T T 1 -8.582 -12.558 -4.506 14 H5' DT 2 1H5* T 2 -7.578 -11.192 1.499 15 H5'' DT 2 2H5* T 2 -8.574 -10.465 2.774 16 H4' DT 2 H4* T 2 -6.423 -10.721 3.765 17 H3' DT 2 H3* T 2 -7.429 -8.073 3.050 18 H2' DT 2 1H2* T 2 -5.514 -7.131 2.225 19 H2'' DT 2 2H2* T 2 -4.717 -7.503 3.767 20 H1' DT 2 H1* T 2 -3.632 -9.294 2.919 21 H3 DT 2 3H T 2 -1.119 -8.370 -0.646 22 H71 DT 2 1H7 T 2 -6.239 -7.640 -2.060 23 H72 DT 2 2H7 T 2 -4.917 -7.501 -3.242 24 H73 DT 2 3H7 T 2 -5.333 -6.124 -2.200 25 H6 DT 2 6H T 2 -5.825 -7.986 0.210 26 H5' DA 3 1H5* A 3 -3.820 -8.979 5.547 27 H5'' DA 3 2H5* A 3 -4.146 -8.311 7.160 28 H4' DA 3 H4* A 3 -1.778 -8.182 6.936 29 H3' DA 3 H3* A 3 -3.406 -5.759 6.805 30 H2' DA 3 1H2* A 3 -2.312 -4.623 5.148 31 H2'' DA 3 2H2* A 3 -0.807 -4.801 6.073 32 H1' DA 3 H1* A 3 -0.049 -6.458 4.735 33 H8 DA 3 8H A 3 -3.575 -5.557 3.296 34 H61 DA 3 2H6 A 3 -2.190 -5.011 -1.315 35 H62 DA 3 1H6 A 3 -0.648 -5.120 -2.135 36 H2 DA 3 2H A 3 2.379 -6.208 0.982 37 H5' DA 4 1H5* A 4 0.835 -5.610 8.093 38 H5'' DA 4 2H5* A 4 1.217 -4.574 9.486 39 H4' DA 4 H4* A 4 3.005 -4.291 7.873 40 H3' DA 4 H3* A 4 1.098 -2.151 8.542 41 H2' DA 4 1H2* A 4 0.958 -1.129 6.504 42 H2'' DA 4 2H2* A 4 2.733 -1.027 6.452 43 H1' DA 4 H1* A 4 2.895 -2.781 5.037 44 H8 DA 4 8H A 4 -0.989 -2.677 5.647 45 H61 DA 4 2H6 A 4 -2.255 -2.488 0.986 46 H62 DA 4 1H6 A 4 -1.356 -2.358 -0.509 47 H2 DA 4 2H A 4 2.985 -2.348 0.618 48 H5' DT 5 1H5* T 5 4.982 -1.064 6.921 49 H5'' DT 5 2H5* T 5 5.913 -0.105 8.090 50 H4' DT 5 H4* T 5 6.560 0.798 5.995 51 H3' DT 5 H3* T 5 4.654 2.304 7.664 52 H2' DT 5 1H2* T 5 3.390 3.254 6.016 53 H2'' DT 5 2H2* T 5 4.875 3.822 5.220 54 H1' DT 5 H1* T 5 4.804 2.169 3.677 55 H3 DT 5 3H T 5 0.979 1.636 1.440 56 H71 DT 5 1H7 T 5 -0.234 1.633 6.687 57 H72 DT 5 2H7 T 5 -0.708 0.107 5.912 58 H73 DT 5 3H7 T 5 -1.485 1.618 5.422 59 H6 DT 5 6H T 5 2.060 1.517 6.119 60 H5' DT 6 1H5* T 6 7.608 4.168 4.490 61 H5'' DT 6 2H5* T 6 8.014 5.826 4.976 62 H4' DT 6 H4* T 6 7.509 5.443 2.472 63 H3' DT 6 H3* T 6 6.733 7.558 4.350 64 H2' DT 6 1H2* T 6 4.561 7.850 3.680 65 H2'' DT 6 2H2* T 6 5.173 8.204 2.049 66 H1' DT 6 H1* T 6 4.696 6.124 1.268 67 H3 DT 6 3H T 6 0.310 5.370 1.473 68 H71 DT 6 1H7 T 6 2.233 5.413 6.525 69 H72 DT 6 2H7 T 6 0.684 4.627 6.141 70 H73 DT 6 3H7 T 6 0.776 6.392 6.274 71 H6 DT 6 6H T 6 3.664 6.016 4.853 72 H5' DT 7 1H5* T 7 6.352 7.897 0.079 73 H5'' DT 7 2H5* T 7 7.197 9.289 -0.629 74 H4' DT 7 H4* T 7 5.216 9.016 -1.948 75 H3' DT 7 H3* T 7 5.474 11.266 -0.068 76 H2' DT 7 1H2* T 7 3.299 11.409 0.624 77 H2'' DT 7 2H2* T 7 2.789 11.515 -1.078 78 H1' DT 7 H1* T 7 2.169 9.324 -1.138 79 H3 DT 7 3H T 7 -0.899 8.308 1.923 80 H71 DT 7 1H7 T 7 3.227 10.495 4.556 81 H72 DT 7 2H7 T 7 3.082 8.782 5.012 82 H73 DT 7 3H7 T 7 1.767 9.919 5.392 83 H6 DT 7 6H T 7 3.618 9.915 2.246 84 H15' D33 8 2H5* D33 8 3.552 14.421 -4.553 85 H25' D33 8 1H5* D33 8 3.922 12.735 -4.972 86 H4' D33 8 H4* D33 8 1.490 14.129 -5.449 87 H1' D33 8 H1* D33 8 0.271 10.790 -6.159 88 H55 D33 8 5H D33 8 0.673 8.617 -3.981 89 H22 D33 8 2H D33 8 3.659 10.395 -6.441 90 H44 D33 8 4H D33 8 2.847 6.880 -4.166 91 H22' D33 8 2H2* D33 8 -0.654 11.392 -4.177 92 H12' D33 8 1H2* D33 8 0.761 10.745 -3.321 93 H3' D33 8 H3* D33 8 1.439 12.870 -2.867 94 3H D33 8 3H D33 8 4.514 8.109 -5.672 95 H15' D33 9 2H5* D33 9 -2.883 12.084 -1.695 96 H25' D33 9 1H5* D33 9 -1.837 10.661 -1.521 97 H4' D33 9 H4* D33 9 -2.832 11.065 0.643 98 H1' D33 9 H1* D33 9 -0.623 12.144 2.867 99 H55 D33 9 5H D33 9 1.005 12.888 -0.456 100 H22 D33 9 2H D33 9 1.307 13.732 3.698 101 H44 D33 9 4H D33 9 3.488 14.063 0.046 102 H22' D33 9 2H2* D33 9 -2.157 13.801 2.662 103 H12' D33 9 1H2* D33 9 -1.150 14.621 1.451 104 H3' D33 9 H3* D33 9 -2.485 13.868 -0.237 105 3H D33 9 3H D33 9 3.483 14.488 2.575 106 H15' D33 10 2H5* D33 10 -7.383 11.985 0.969 107 H25' D33 10 1H5* D33 10 -5.842 11.186 0.595 108 H4' D33 10 H4* D33 10 -7.385 9.443 1.236 109 H1' D33 10 H1* D33 10 -6.504 8.327 4.405 110 H55 D33 10 5H D33 10 -5.837 12.116 4.646 111 H22 D33 10 2H D33 10 -4.554 8.297 6.027 112 H44 D33 10 4H D33 10 -3.831 12.468 6.554 113 H22' D33 10 2H2* D33 10 -8.532 9.288 4.700 114 H12' D33 10 1H2* D33 10 -7.777 10.870 5.006 115 H3' D33 10 H3* D33 10 -8.418 11.561 2.932 116 3H D33 10 3H D33 10 -3.208 10.087 7.264 117 H5' DA 11 1H5* A 11 -10.160 9.152 0.170 118 H5'' DA 11 2H5* A 11 -10.787 7.508 -0.059 119 H4' DA 11 H4* A 11 -9.527 8.592 -2.063 120 H3' DA 11 H3* A 11 -9.804 5.945 -1.168 121 H2' DA 11 1H2* A 11 -7.699 5.417 -0.401 122 H2'' DA 11 2H2* A 11 -7.204 5.460 -2.108 123 H1' DA 11 H1* A 11 -6.099 7.418 -1.833 124 H8 DA 11 8H A 11 -7.618 6.461 1.639 125 H61 DA 11 2H6 A 11 -3.576 7.094 4.220 126 H62 DA 11 1H6 A 11 -1.960 7.638 3.825 127 H2 DA 11 2H A 11 -1.969 8.543 -0.571 128 H5' DA 12 1H5* A 12 -6.756 7.020 -4.561 129 H5'' DA 12 2H5* A 12 -7.392 6.088 -5.930 130 H4' DA 12 H4* A 12 -5.018 6.273 -6.290 131 H3' DA 12 H3* A 12 -6.322 3.745 -5.721 132 H2' DA 12 1H2* A 12 -4.885 2.849 -4.179 133 H2'' DA 12 2H2* A 12 -3.594 2.983 -5.394 134 H1' DA 12 H1* A 12 -2.689 4.802 -4.392 135 H8 DA 12 8H A 12 -5.699 3.591 -2.214 136 H61 DA 12 2H6 A 12 -3.449 3.815 2.069 137 H62 DA 12 1H6 A 12 -1.841 4.289 2.566 138 H2 DA 12 2H A 12 0.312 5.568 -1.155 139 H5' DA 13 1H5* A 13 -2.185 4.320 -6.878 140 H5'' DA 13 2H5* A 13 -2.038 3.775 -8.560 141 H4' DA 13 H4* A 13 0.186 3.673 -7.718 142 H3' DA 13 H3* A 13 -1.294 1.250 -8.279 143 H2' DA 13 1H2* A 13 -0.867 0.024 -6.393 144 H2'' DA 13 2H2* A 13 0.861 0.145 -6.783 145 H1' DA 13 H1* A 13 1.225 1.720 -5.191 146 H8 DA 13 8H A 13 -2.485 0.534 -4.993 147 H61 DA 13 2H6 A 13 -2.735 0.167 -0.165 148 H62 DA 13 1H6 A 13 -1.597 0.470 1.131 149 H2 DA 13 2H A 13 2.168 1.948 -0.806 150 H5' DT 14 1H5* T 14 2.894 1.399 -7.019 151 H5'' DT 14 2H5* T 14 3.873 0.935 -8.424 152 H4' DT 14 H4* T 14 5.239 0.340 -6.581 153 H3' DT 14 H3* T 14 3.827 -1.779 -8.044 154 H2' DT 14 1H2* T 14 3.341 -3.187 -6.308 155 H2'' DT 14 2H2* T 14 5.050 -3.150 -5.825 156 H1' DT 14 H1* T 14 4.655 -1.699 -4.136 157 H3 DT 14 3H T 14 1.417 -2.618 -1.210 158 H71 DT 14 1H7 T 14 -0.719 -3.380 -6.036 159 H72 DT 14 2H7 T 14 -1.400 -1.868 -5.411 160 H73 DT 14 3H7 T 14 -1.705 -3.391 -4.555 161 H6 DT 14 6H T 14 1.454 -2.191 -5.995 162 H5' DT 15 1H5* T 15 7.452 -2.500 -5.292 163 H5'' DT 15 2H5* T 15 8.521 -3.704 -6.035 164 H4' DT 15 H4* T 15 8.297 -4.092 -3.593 165 H3' DT 15 H3* T 15 7.606 -5.990 -5.738 166 H2' DT 15 1H2* T 15 5.847 -7.044 -4.720 167 H2'' DT 15 2H2* T 15 6.872 -7.332 -3.296 168 H1' DT 15 H1* T 15 5.946 -5.619 -2.139 169 H3 DT 15 3H T 15 1.517 -5.800 -1.710 170 H71 DT 15 1H7 T 15 2.611 -5.790 -6.997 171 H72 DT 15 2H7 T 15 1.549 -4.458 -6.496 172 H73 DT 15 3H7 T 15 0.978 -6.131 -6.377 173 H6 DT 15 6H T 15 4.400 -5.483 -5.539 174 H5' DA 16 1H5* A 16 8.393 -6.884 -1.480 175 H5'' DA 16 2H5* A 16 9.721 -8.054 -1.338 176 H4' DA 16 H4* A 16 8.309 -8.494 0.541 177 H3' DA 16 H3* A 16 8.545 -10.376 -1.644 178 H2' DA 16 1H2* A 16 6.324 -10.811 -2.046 179 H2'' DA 16 2H2* A 16 6.255 -11.492 -0.409 180 H1' DA 16 H1* A 16 5.266 -9.651 0.473 181 H8 DA 16 8H A 16 5.430 -8.998 -3.387 182 H61 DA 16 2H6 A 16 0.684 -8.254 -4.001 183 H62 DA 16 1H6 A 16 -0.691 -8.281 -2.920 184 H2 DA 16 2H A 16 0.914 -9.232 1.155 185 H5' DA 17 1H5* A 17 7.960 -12.409 3.022 186 H5'' DA 17 2H5* A 17 7.727 -14.148 2.775 187 H4' DA 17 H4* A 17 5.965 -12.664 4.180 188 H3' DA 17 H3* A 17 5.827 -15.112 2.500 189 HO3' DA 17 H3T A 17 5.404 -14.270 5.102 190 H2' DA 17 1H2* A 17 3.680 -14.926 1.797 191 H2'' DA 17 2H2* A 17 3.134 -14.391 3.404 192 H1' DA 17 H1* A 17 3.065 -12.241 2.692 193 H8 DA 17 8H A 17 5.258 -13.460 -0.298 194 H61 DA 17 2H6 A 17 2.054 -12.523 -3.809 195 H62 DA 17 1H6 A 17 0.409 -11.926 -3.815 196 H2 DA 17 2H A 17 -0.717 -11.232 0.457 Start of MODEL 4 1 H5' DT 1 1H5* T 1 -7.545 -14.855 -2.576 2 H5'' DT 1 2H5* T 1 -9.098 -13.998 -2.512 3 H4' DT 1 H4* T 1 -8.075 -13.582 -0.388 4 H3' DT 1 H3* T 1 -8.283 -11.455 -2.397 5 H2' DT 1 1H2* T 1 -6.335 -10.321 -1.989 6 H2'' DT 1 2H2* T 1 -6.705 -10.297 -0.250 7 H1' DT 1 H1* T 1 -5.217 -11.949 0.156 8 H3 DT 1 3H T 1 -1.131 -11.699 -1.624 9 H71 DT 1 1H7 T 1 -4.225 -10.300 -5.564 10 H72 DT 1 2H7 T 1 -4.305 -12.059 -5.816 11 H73 DT 1 3H7 T 1 -2.742 -11.216 -5.932 12 H6 DT 1 6H T 1 -5.535 -11.620 -3.537 13 HO5' DT 1 H5T T 1 -6.805 -13.466 -4.001 14 H5' DT 2 1H5* T 2 -7.492 -11.487 1.563 15 H5'' DT 2 2H5* T 2 -8.622 -10.733 2.701 16 H4' DT 2 H4* T 2 -6.545 -10.823 3.876 17 H3' DT 2 H3* T 2 -7.621 -8.284 2.937 18 H2' DT 2 1H2* T 2 -5.718 -7.297 2.140 19 H2'' DT 2 2H2* T 2 -4.996 -7.506 3.748 20 H1' DT 2 H1* T 2 -3.757 -9.281 3.094 21 H3 DT 2 3H T 2 -1.106 -8.553 -0.408 22 H71 DT 2 1H7 T 2 -6.166 -8.085 -2.140 23 H72 DT 2 2H7 T 2 -4.781 -7.987 -3.251 24 H73 DT 2 3H7 T 2 -5.287 -6.559 -2.326 25 H6 DT 2 6H T 2 -5.861 -8.279 0.185 26 H5' DA 3 1H5* A 3 -4.289 -8.884 5.465 27 H5'' DA 3 2H5* A 3 -4.468 -8.227 7.103 28 H4' DA 3 H4* A 3 -2.132 -8.129 6.731 29 H3' DA 3 H3* A 3 -3.689 -5.638 6.526 30 H2' DA 3 1H2* A 3 -2.491 -4.595 4.880 31 H2'' DA 3 2H2* A 3 -0.999 -4.902 5.793 32 H1' DA 3 H1* A 3 -0.418 -6.641 4.472 33 H8 DA 3 8H A 3 -3.914 -5.662 2.994 34 H61 DA 3 2H6 A 3 -2.434 -5.041 -1.576 35 H62 DA 3 1H6 A 3 -0.873 -5.112 -2.364 36 H2 DA 3 2H A 3 2.102 -6.188 0.810 37 H5' DA 4 1H5* A 4 0.638 -5.509 7.988 38 H5'' DA 4 2H5* A 4 0.933 -4.255 9.211 39 H4' DA 4 H4* A 4 2.760 -4.292 7.533 40 H3' DA 4 H3* A 4 0.992 -2.011 8.132 41 H2' DA 4 1H2* A 4 0.885 -1.088 6.041 42 H2'' DA 4 2H2* A 4 2.662 -1.095 5.966 43 H1' DA 4 H1* A 4 2.717 -2.946 4.673 44 H8 DA 4 8H A 4 -1.175 -2.812 5.175 45 H61 DA 4 2H6 A 4 -2.286 -2.536 0.465 46 H62 DA 4 1H6 A 4 -1.333 -2.350 -0.991 47 H2 DA 4 2H A 4 2.958 -2.239 0.301 48 H5' DT 5 1H5* T 5 4.982 -1.269 6.570 49 H5'' DT 5 2H5* T 5 5.984 -0.390 7.743 50 H4' DT 5 H4* T 5 6.784 0.387 5.652 51 H3' DT 5 H3* T 5 5.083 2.122 7.270 52 H2' DT 5 1H2* T 5 3.801 3.085 5.634 53 H2'' DT 5 2H2* T 5 5.294 3.577 4.803 54 H1' DT 5 H1* T 5 5.105 1.925 3.267 55 H3 DT 5 3H T 5 1.196 1.626 1.122 56 H71 DT 5 1H7 T 5 0.237 1.274 6.449 57 H72 DT 5 2H7 T 5 -0.720 0.235 5.368 58 H73 DT 5 3H7 T 5 -0.987 1.986 5.376 59 H6 DT 5 6H T 5 2.392 1.419 5.772 60 H5' DT 6 1H5* T 6 7.517 3.612 3.937 61 H5'' DT 6 2H5* T 6 8.426 5.098 4.275 62 H4' DT 6 H4* T 6 7.482 5.153 1.986 63 H3' DT 6 H3* T 6 6.912 7.075 4.144 64 H2' DT 6 1H2* T 6 4.723 7.516 3.633 65 H2'' DT 6 2H2* T 6 5.227 7.939 1.982 66 H1' DT 6 H1* T 6 4.604 5.932 1.131 67 H3 DT 6 3H T 6 0.255 5.156 1.689 68 H71 DT 6 1H7 T 6 2.566 5.133 6.582 69 H72 DT 6 2H7 T 6 0.976 4.382 6.312 70 H73 DT 6 3H7 T 6 1.117 6.145 6.437 71 H6 DT 6 6H T 6 3.882 5.717 4.794 72 H5' DT 7 1H5* T 7 6.284 8.068 -0.597 73 H5'' DT 7 2H5* T 7 7.054 9.664 -0.682 74 H4' DT 7 H4* T 7 5.016 9.584 -2.093 75 H3' DT 7 H3* T 7 5.488 11.407 0.179 76 H2' DT 7 1H2* T 7 3.337 11.648 0.904 77 H2'' DT 7 2H2* T 7 2.808 11.986 -0.760 78 H1' DT 7 H1* T 7 1.989 9.887 -1.009 79 H3 DT 7 3H T 7 -0.763 8.400 2.162 80 H71 DT 7 1H7 T 7 3.739 10.144 4.576 81 H72 DT 7 2H7 T 7 3.316 8.474 5.018 82 H73 DT 7 3H7 T 7 2.252 9.815 5.496 83 H6 DT 7 6H T 7 3.767 9.990 2.264 84 H15' D33 8 2H5* D33 8 3.529 15.442 -3.517 85 H25' D33 8 1H5* D33 8 3.823 13.887 -4.321 86 H4' D33 8 H4* D33 8 1.424 15.416 -4.357 87 H1' D33 8 H1* D33 8 0.087 12.349 -5.759 88 H55 D33 8 5H D33 8 0.476 9.731 -4.188 89 H22 D33 8 2H D33 8 3.478 11.971 -6.205 90 H44 D33 8 4H D33 8 2.575 8.027 -4.850 91 H22' D33 8 2H2* D33 8 -0.751 12.494 -3.664 92 H12' D33 8 1H2* D33 8 0.675 11.643 -3.030 93 H3' D33 8 H3* D33 8 1.414 13.607 -2.128 94 3H D33 8 3H D33 8 4.273 9.545 -6.029 95 H15' D33 9 2H5* D33 9 -2.821 12.585 -0.686 96 H25' D33 9 1H5* D33 9 -1.869 11.192 -1.240 97 H4' D33 9 H4* D33 9 -2.174 10.677 1.024 98 H1' D33 9 H1* D33 9 0.155 11.289 3.143 99 H55 D33 9 5H D33 9 1.227 13.490 0.267 100 H22 D33 9 2H D33 9 2.014 12.708 4.377 101 H44 D33 9 4H D33 9 3.602 14.767 0.997 102 H22' D33 9 2H2* D33 9 -1.503 12.693 3.794 103 H12' D33 9 1H2* D33 9 -0.858 14.013 2.796 104 H3' D33 9 H3* D33 9 -2.449 13.618 1.208 105 3H D33 9 3H D33 9 3.902 14.178 3.472 106 H15' D33 10 2H5* D33 10 -6.585 11.943 0.703 107 H25' D33 10 1H5* D33 10 -5.168 10.965 1.138 108 H4' D33 10 H4* D33 10 -7.483 9.761 0.906 109 H1' D33 10 H1* D33 10 -7.026 8.026 4.060 110 H55 D33 10 5H D33 10 -5.451 11.500 4.559 111 H22 D33 10 2H D33 10 -5.014 7.364 5.478 112 H44 D33 10 4H D33 10 -3.314 11.183 6.329 113 H22' D33 10 2H2* D33 10 -8.712 9.482 4.468 114 H12' D33 10 1H2* D33 10 -7.547 10.774 4.837 115 H3' D33 10 H3* D33 10 -8.100 11.751 2.850 116 3H D33 10 3H D33 10 -3.222 8.660 6.763 117 H5' DA 11 1H5* A 11 -10.076 9.202 -0.491 118 H5'' DA 11 2H5* A 11 -10.567 7.506 -0.338 119 H4' DA 11 H4* A 11 -9.066 8.297 -2.394 120 H3' DA 11 H3* A 11 -9.415 5.817 -0.920 121 H2' DA 11 1H2* A 11 -7.263 5.181 -0.537 122 H2'' DA 11 2H2* A 11 -6.909 5.368 -2.270 123 H1' DA 11 H1* A 11 -5.771 7.274 -1.870 124 H8 DA 11 8H A 11 -7.339 6.181 1.534 125 H61 DA 11 2H6 A 11 -3.385 6.974 4.246 126 H62 DA 11 1H6 A 11 -1.798 7.624 3.896 127 H2 DA 11 2H A 11 -1.770 8.652 -0.464 128 H5' DA 12 1H5* A 12 -6.960 6.605 -4.267 129 H5'' DA 12 2H5* A 12 -7.572 5.806 -5.729 130 H4' DA 12 H4* A 12 -5.284 6.177 -6.225 131 H3' DA 12 H3* A 12 -6.197 3.486 -5.598 132 H2' DA 12 1H2* A 12 -4.492 2.754 -4.262 133 H2'' DA 12 2H2* A 12 -3.355 3.145 -5.573 134 H1' DA 12 H1* A 12 -2.646 5.031 -4.526 135 H8 DA 12 8H A 12 -5.440 3.631 -2.155 136 H61 DA 12 2H6 A 12 -2.841 3.806 1.930 137 H62 DA 12 1H6 A 12 -1.192 4.261 2.294 138 H2 DA 12 2H A 12 0.660 5.535 -1.587 139 H5' DA 13 1H5* A 13 -2.363 4.198 -7.518 140 H5'' DA 13 2H5* A 13 -2.231 3.426 -9.111 141 H4' DA 13 H4* A 13 -0.010 3.406 -8.215 142 H3' DA 13 H3* A 13 -1.574 0.937 -8.457 143 H2' DA 13 1H2* A 13 -0.891 -0.147 -6.564 144 H2'' DA 13 2H2* A 13 0.796 0.100 -7.068 145 H1' DA 13 H1* A 13 1.090 1.801 -5.604 146 H8 DA 13 8H A 13 -2.632 0.677 -5.127 147 H61 DA 13 2H6 A 13 -2.512 0.380 -0.292 148 H62 DA 13 1H6 A 13 -1.257 0.626 0.902 149 H2 DA 13 2H A 13 2.419 1.851 -1.350 150 H5' DT 14 1H5* T 14 2.519 1.294 -7.732 151 H5'' DT 14 2H5* T 14 3.568 0.704 -9.037 152 H4' DT 14 H4* T 14 4.899 0.473 -7.075 153 H3' DT 14 H3* T 14 3.765 -1.881 -8.375 154 H2' DT 14 1H2* T 14 3.161 -3.120 -6.549 155 H2'' DT 14 2H2* T 14 4.826 -2.976 -5.943 156 H1' DT 14 H1* T 14 4.239 -1.408 -4.421 157 H3 DT 14 3H T 14 0.819 -2.472 -1.751 158 H71 DT 14 1H7 T 14 -0.964 -2.478 -6.878 159 H72 DT 14 2H7 T 14 -2.055 -1.886 -5.605 160 H73 DT 14 3H7 T 14 -1.681 -3.613 -5.713 161 H6 DT 14 6H T 14 1.209 -1.973 -6.513 162 H5' DT 15 1H5* T 15 7.496 -2.535 -5.613 163 H5'' DT 15 2H5* T 15 8.396 -3.958 -6.174 164 H4' DT 15 H4* T 15 7.907 -3.971 -3.694 165 H3' DT 15 H3* T 15 7.290 -6.060 -5.705 166 H2' DT 15 1H2* T 15 5.456 -6.952 -4.663 167 H2'' DT 15 2H2* T 15 6.377 -7.055 -3.143 168 H1' DT 15 H1* T 15 5.454 -5.166 -2.311 169 H3 DT 15 3H T 15 1.032 -5.606 -2.068 170 H71 DT 15 1H7 T 15 2.330 -5.442 -7.302 171 H72 DT 15 2H7 T 15 1.223 -4.136 -6.829 172 H73 DT 15 3H7 T 15 0.682 -5.821 -6.753 173 H6 DT 15 6H T 15 4.054 -5.113 -5.773 174 H5' DA 16 1H5* A 16 8.951 -7.076 -1.308 175 H5'' DA 16 2H5* A 16 9.687 -8.691 -1.341 176 H4' DA 16 H4* A 16 8.229 -8.169 0.706 177 H3' DA 16 H3* A 16 8.437 -10.528 -0.984 178 H2' DA 16 1H2* A 16 6.210 -10.977 -1.316 179 H2'' DA 16 2H2* A 16 6.055 -11.154 0.442 180 H1' DA 16 H1* A 16 5.136 -9.104 0.713 181 H8 DA 16 8H A 16 5.570 -9.078 -3.182 182 H61 DA 16 2H6 A 16 0.878 -8.557 -4.220 183 H62 DA 16 1H6 A 16 -0.580 -8.564 -3.255 184 H2 DA 16 2H A 16 0.718 -9.084 1.003 185 H5' DA 17 1H5* A 17 7.727 -11.483 3.994 186 H5'' DA 17 2H5* A 17 7.591 -13.246 4.100 187 H4' DA 17 H4* A 17 5.718 -11.618 5.151 188 H3' DA 17 H3* A 17 5.779 -14.359 4.048 189 HO3' DA 17 H3T A 17 5.864 -14.013 6.248 190 H2' DA 17 1H2* A 17 3.736 -14.433 3.082 191 H2'' DA 17 2H2* A 17 2.984 -13.719 4.527 192 H1' DA 17 H1* A 17 2.846 -11.701 3.517 193 H8 DA 17 8H A 17 5.257 -13.157 0.816 194 H61 DA 17 2H6 A 17 2.161 -12.910 -2.901 195 H62 DA 17 1H6 A 17 0.466 -12.492 -3.034 196 H2 DA 17 2H A 17 -0.914 -11.429 1.092 Start of MODEL 5 1 H5' DT 1 1H5* T 1 -7.269 -15.328 -2.256 2 H5'' DT 1 2H5* T 1 -8.406 -14.069 -2.774 3 H4' DT 1 H4* T 1 -7.701 -14.016 -0.298 4 H3' DT 1 H3* T 1 -8.050 -11.931 -2.294 5 H2' DT 1 1H2* T 1 -6.250 -10.579 -1.852 6 H2'' DT 1 2H2* T 1 -6.703 -10.547 -0.134 7 H1' DT 1 H1* T 1 -5.030 -11.969 0.389 8 H3 DT 1 3H T 1 -0.943 -11.376 -1.305 9 H71 DT 1 1H7 T 1 -4.121 -10.636 -5.398 10 H72 DT 1 2H7 T 1 -3.836 -12.386 -5.547 11 H73 DT 1 3H7 T 1 -2.470 -11.251 -5.664 12 H6 DT 1 6H T 1 -5.270 -11.874 -3.325 13 HO5' DT 1 H5T T 1 -6.800 -14.148 -4.275 14 H5' DT 2 1H5* T 2 -7.416 -11.815 1.675 15 H5'' DT 2 2H5* T 2 -8.629 -11.159 2.788 16 H4' DT 2 H4* T 2 -6.592 -10.961 3.993 17 H3' DT 2 H3* T 2 -7.832 -8.573 2.833 18 H2' DT 2 1H2* T 2 -5.964 -7.447 2.161 19 H2'' DT 2 2H2* T 2 -5.318 -7.591 3.806 20 H1' DT 2 H1* T 2 -3.920 -9.276 3.233 21 H3 DT 2 3H T 2 -1.227 -8.364 -0.209 22 H71 DT 2 1H7 T 2 -6.247 -8.395 -2.100 23 H72 DT 2 2H7 T 2 -4.845 -8.100 -3.154 24 H73 DT 2 3H7 T 2 -5.558 -6.768 -2.221 25 H6 DT 2 6H T 2 -6.004 -8.511 0.253 26 H5' DA 3 1H5* A 3 -4.769 -8.869 5.624 27 H5'' DA 3 2H5* A 3 -4.997 -8.116 7.215 28 H4' DA 3 H4* A 3 -2.647 -8.010 6.864 29 H3' DA 3 H3* A 3 -4.261 -5.561 6.535 30 H2' DA 3 1H2* A 3 -3.011 -4.528 4.922 31 H2'' DA 3 2H2* A 3 -1.545 -4.813 5.886 32 H1' DA 3 H1* A 3 -0.915 -6.569 4.613 33 H8 DA 3 8H A 3 -4.394 -5.750 3.010 34 H61 DA 3 2H6 A 3 -2.798 -5.099 -1.511 35 H62 DA 3 1H6 A 3 -1.210 -5.080 -2.243 36 H2 DA 3 2H A 3 1.717 -5.961 1.036 37 H5' DA 4 1H5* A 4 0.059 -5.267 8.347 38 H5'' DA 4 2H5* A 4 0.286 -3.761 9.258 39 H4' DA 4 H4* A 4 2.125 -4.303 7.570 40 H3' DA 4 H3* A 4 0.591 -1.804 7.980 41 H2' DA 4 1H2* A 4 0.651 -1.035 5.827 42 H2'' DA 4 2H2* A 4 2.409 -1.302 5.782 43 H1' DA 4 H1* A 4 2.200 -3.253 4.652 44 H8 DA 4 8H A 4 -1.662 -2.796 5.069 45 H61 DA 4 2H6 A 4 -2.653 -2.331 0.347 46 H62 DA 4 1H6 A 4 -1.661 -2.162 -1.084 47 H2 DA 4 2H A 4 2.600 -2.326 0.295 48 H5' DT 5 1H5* T 5 4.555 -1.692 6.363 49 H5'' DT 5 2H5* T 5 5.700 -0.845 7.423 50 H4' DT 5 H4* T 5 6.528 -0.419 5.235 51 H3' DT 5 H3* T 5 5.203 1.704 6.730 52 H2' DT 5 1H2* T 5 3.965 2.670 5.061 53 H2'' DT 5 2H2* T 5 5.470 2.893 4.139 54 H1' DT 5 H1* T 5 5.022 1.142 2.774 55 H3 DT 5 3H T 5 1.089 1.436 0.695 56 H71 DT 5 1H7 T 5 0.150 1.118 6.026 57 H72 DT 5 2H7 T 5 -0.925 0.194 4.948 58 H73 DT 5 3H7 T 5 -1.006 1.962 4.971 59 H6 DT 5 6H T 5 2.301 1.045 5.326 60 H5' DT 6 1H5* T 6 7.480 2.816 2.923 61 H5'' DT 6 2H5* T 6 8.598 4.117 3.372 62 H4' DT 6 H4* T 6 7.615 4.628 1.190 63 H3' DT 6 H3* T 6 7.270 6.260 3.602 64 H2' DT 6 1H2* T 6 5.076 6.870 3.312 65 H2'' DT 6 2H2* T 6 5.526 7.547 1.733 66 H1' DT 6 H1* T 6 4.747 5.752 0.582 67 H3 DT 6 3H T 6 0.415 4.907 1.154 68 H71 DT 6 1H7 T 6 2.784 4.795 6.034 69 H72 DT 6 2H7 T 6 1.515 3.598 5.706 70 H73 DT 6 3H7 T 6 1.092 5.310 5.888 71 H6 DT 6 6H T 6 4.109 5.145 4.221 72 H5' DT 7 1H5* T 7 6.273 7.271 -0.399 73 H5'' DT 7 2H5* T 7 7.233 8.617 -1.047 74 H4' DT 7 H4* T 7 5.166 8.765 -2.213 75 H3' DT 7 H3* T 7 5.751 10.683 -0.054 76 H2' DT 7 1H2* T 7 3.641 10.933 0.783 77 H2'' DT 7 2H2* T 7 3.062 11.323 -0.853 78 H1' DT 7 H1* T 7 2.218 9.229 -1.164 79 H3 DT 7 3H T 7 -0.780 8.163 1.956 80 H71 DT 7 1H7 T 7 3.828 9.267 4.496 81 H72 DT 7 2H7 T 7 3.354 7.572 4.757 82 H73 DT 7 3H7 T 7 2.331 8.887 5.381 83 H6 DT 7 6H T 7 3.928 9.105 2.143 84 H15' D33 8 2H5* D33 8 3.724 14.883 -3.403 85 H25' D33 8 1H5* D33 8 3.890 13.473 -4.469 86 H4' D33 8 H4* D33 8 1.575 15.016 -4.137 87 H1' D33 8 H1* D33 8 -0.073 12.040 -5.455 88 H55 D33 8 5H D33 8 0.558 9.361 -3.908 89 H22 D33 8 2H D33 8 3.091 11.569 -6.523 90 H44 D33 8 4H D33 8 2.501 7.651 -4.949 91 H22' D33 8 2H2* D33 8 -0.632 12.121 -3.264 92 H12' D33 8 1H2* D33 8 0.846 11.234 -2.845 93 H3' D33 8 H3* D33 8 1.708 13.155 -1.971 94 3H D33 8 3H D33 8 3.904 9.146 -6.484 95 H15' D33 9 2H5* D33 9 -2.397 12.068 -0.645 96 H25' D33 9 1H5* D33 9 -1.271 10.699 -0.725 97 H4' D33 9 H4* D33 9 -2.217 10.692 1.493 98 H1' D33 9 H1* D33 9 0.228 11.816 3.696 99 H55 D33 9 5H D33 9 1.368 12.664 0.184 100 H22 D33 9 2H D33 9 2.293 13.337 4.285 101 H44 D33 9 4H D33 9 3.899 13.828 0.364 102 H22' D33 9 2H2* D33 9 -1.297 13.491 3.733 103 H12' D33 9 1H2* D33 9 -0.543 14.277 2.329 104 H3' D33 9 H3* D33 9 -2.281 13.543 1.044 105 3H D33 9 3H D33 9 4.270 14.145 2.878 106 H15' D33 10 2H5* D33 10 -7.028 11.596 1.115 107 H25' D33 10 1H5* D33 10 -5.465 10.792 0.868 108 H4' D33 10 H4* D33 10 -7.169 9.115 1.437 109 H1' D33 10 H1* D33 10 -6.266 7.907 4.559 110 H55 D33 10 5H D33 10 -5.029 11.565 4.599 111 H22 D33 10 2H D33 10 -4.460 7.709 6.313 112 H44 D33 10 4H D33 10 -2.995 11.711 6.504 113 H22' D33 10 2H2* D33 10 -8.155 9.066 5.035 114 H12' D33 10 1H2* D33 10 -7.249 10.589 5.199 115 H3' D33 10 H3* D33 10 -8.082 11.230 3.170 116 3H D33 10 3H D33 10 -2.810 9.324 7.417 117 H5' DA 11 1H5* A 11 -10.020 8.895 0.544 118 H5'' DA 11 2H5* A 11 -10.618 7.240 0.312 119 H4' DA 11 H4* A 11 -9.586 8.428 -1.757 120 H3' DA 11 H3* A 11 -9.650 5.735 -0.903 121 H2' DA 11 1H2* A 11 -7.456 5.211 -0.521 122 H2'' DA 11 2H2* A 11 -7.170 5.489 -2.253 123 H1' DA 11 H1* A 11 -6.058 7.407 -1.809 124 H8 DA 11 8H A 11 -7.449 6.143 1.615 125 H61 DA 11 2H6 A 11 -3.325 6.642 4.112 126 H62 DA 11 1H6 A 11 -1.737 7.259 3.709 127 H2 DA 11 2H A 11 -1.927 8.558 -0.579 128 H5' DA 12 1H5* A 12 -7.304 6.913 -4.947 129 H5'' DA 12 2H5* A 12 -7.670 5.612 -6.095 130 H4' DA 12 H4* A 12 -5.286 6.436 -6.222 131 H3' DA 12 H3* A 12 -6.301 3.703 -5.979 132 H2' DA 12 1H2* A 12 -4.760 2.851 -4.513 133 H2'' DA 12 2H2* A 12 -3.483 3.334 -5.652 134 H1' DA 12 H1* A 12 -2.932 5.175 -4.450 135 H8 DA 12 8H A 12 -5.796 3.549 -2.305 136 H61 DA 12 2H6 A 12 -3.259 3.286 1.828 137 H62 DA 12 1H6 A 12 -1.613 3.693 2.259 138 H2 DA 12 2H A 12 0.313 5.307 -1.449 139 H5' DA 13 1H5* A 13 -1.996 4.871 -7.198 140 H5'' DA 13 2H5* A 13 -1.999 4.315 -8.883 141 H4' DA 13 H4* A 13 0.302 4.276 -8.180 142 H3' DA 13 H3* A 13 -1.120 1.936 -8.929 143 H2' DA 13 1H2* A 13 -0.960 0.630 -7.041 144 H2'' DA 13 2H2* A 13 0.782 0.548 -7.382 145 H1' DA 13 H1* A 13 1.297 1.984 -5.715 146 H8 DA 13 8H A 13 -2.549 1.313 -5.622 147 H61 DA 13 2H6 A 13 -2.908 0.658 -0.830 148 H62 DA 13 1H6 A 13 -1.755 0.715 0.485 149 H2 DA 13 2H A 13 2.203 1.760 -1.331 150 H5' DT 14 1H5* T 14 2.890 1.836 -7.314 151 H5'' DT 14 2H5* T 14 4.050 1.311 -8.550 152 H4' DT 14 H4* T 14 5.058 0.608 -6.523 153 H3' DT 14 H3* T 14 3.729 -1.408 -8.211 154 H2' DT 14 1H2* T 14 2.933 -2.785 -6.570 155 H2'' DT 14 2H2* T 14 4.560 -2.848 -5.860 156 H1' DT 14 H1* T 14 4.031 -1.361 -4.237 157 H3 DT 14 3H T 14 0.438 -2.299 -1.768 158 H71 DT 14 1H7 T 14 -1.106 -2.661 -6.882 159 H72 DT 14 2H7 T 14 -1.877 -1.234 -6.164 160 H73 DT 14 3H7 T 14 -2.248 -2.847 -5.531 161 H6 DT 14 6H T 14 1.068 -1.647 -6.486 162 H5' DT 15 1H5* T 15 6.769 -1.995 -5.292 163 H5'' DT 15 2H5* T 15 8.231 -2.873 -5.783 164 H4' DT 15 H4* T 15 7.966 -3.349 -3.454 165 H3' DT 15 H3* T 15 7.387 -5.421 -5.473 166 H2' DT 15 1H2* T 15 5.716 -6.528 -4.369 167 H2'' DT 15 2H2* T 15 6.756 -6.627 -2.928 168 H1' DT 15 H1* T 15 5.696 -4.912 -1.906 169 H3 DT 15 3H T 15 1.302 -5.535 -1.510 170 H71 DT 15 1H7 T 15 2.428 -5.350 -6.793 171 H72 DT 15 2H7 T 15 1.235 -4.139 -6.278 172 H73 DT 15 3H7 T 15 0.835 -5.862 -6.191 173 H6 DT 15 6H T 15 4.173 -4.940 -5.317 174 H5' DA 16 1H5* A 16 8.387 -5.975 -1.166 175 H5'' DA 16 2H5* A 16 9.616 -7.231 -0.914 176 H4' DA 16 H4* A 16 8.032 -7.310 0.943 177 H3' DA 16 H3* A 16 8.467 -9.478 -0.965 178 H2' DA 16 1H2* A 16 6.299 -10.163 -1.267 179 H2'' DA 16 2H2* A 16 6.202 -10.444 0.480 180 H1' DA 16 H1* A 16 5.068 -8.524 0.867 181 H8 DA 16 8H A 16 5.478 -8.384 -3.026 182 H61 DA 16 2H6 A 16 0.757 -8.226 -4.070 183 H62 DA 16 1H6 A 16 -0.697 -8.308 -3.099 184 H2 DA 16 2H A 16 0.644 -8.679 1.163 185 H5' DA 17 1H5* A 17 7.894 -10.560 4.033 186 H5'' DA 17 2H5* A 17 7.926 -12.328 4.111 187 H4' DA 17 H4* A 17 6.010 -10.915 5.356 188 H3' DA 17 H3* A 17 6.225 -13.599 4.172 189 HO3' DA 17 H3T A 17 5.878 -14.030 6.198 190 H2' DA 17 1H2* A 17 4.177 -13.827 3.250 191 H2'' DA 17 2H2* A 17 3.404 -13.230 4.735 192 H1' DA 17 H1* A 17 3.019 -11.224 3.765 193 H8 DA 17 8H A 17 5.581 -12.447 1.073 194 H61 DA 17 2H6 A 17 2.546 -12.387 -2.686 195 H62 DA 17 1H6 A 17 0.838 -12.046 -2.863 196 H2 DA 17 2H A 17 -0.680 -11.038 1.235 Start of MODEL 6 1 H5' DT 1 1H5* T 1 -7.830 -14.615 -2.831 2 H5'' DT 1 2H5* T 1 -9.294 -13.612 -2.850 3 H4' DT 1 H4* T 1 -8.221 -13.357 -0.678 4 H3' DT 1 H3* T 1 -8.483 -11.177 -2.640 5 H2' DT 1 1H2* T 1 -6.583 -9.995 -2.159 6 H2'' DT 1 2H2* T 1 -6.957 -10.074 -0.422 7 H1' DT 1 H1* T 1 -5.424 -11.700 -0.099 8 H3 DT 1 3H T 1 -1.345 -11.190 -1.841 9 H71 DT 1 1H7 T 1 -4.860 -10.190 -5.766 10 H72 DT 1 2H7 T 1 -3.941 -11.662 -6.166 11 H73 DT 1 3H7 T 1 -3.101 -10.099 -6.027 12 H6 DT 1 6H T 1 -5.740 -11.211 -3.778 13 HO5' DT 1 H5T T 1 -8.475 -12.798 -4.581 14 H5' DT 2 1H5* T 2 -7.737 -11.318 1.306 15 H5'' DT 2 2H5* T 2 -8.888 -10.620 2.460 16 H4' DT 2 H4* T 2 -6.820 -10.719 3.650 17 H3' DT 2 H3* T 2 -7.896 -8.150 2.757 18 H2' DT 2 1H2* T 2 -5.962 -7.117 2.102 19 H2'' DT 2 2H2* T 2 -5.296 -7.423 3.718 20 H1' DT 2 H1* T 2 -4.040 -9.160 3.002 21 H3 DT 2 3H T 2 -1.287 -8.109 -0.339 22 H71 DT 2 1H7 T 2 -6.326 -7.817 -2.214 23 H72 DT 2 2H7 T 2 -4.923 -7.784 -3.308 24 H73 DT 2 3H7 T 2 -5.418 -6.312 -2.451 25 H6 DT 2 6H T 2 -6.069 -8.121 0.060 26 H5' DA 3 1H5* A 3 -4.649 -8.818 5.662 27 H5'' DA 3 2H5* A 3 -4.948 -7.993 7.205 28 H4' DA 3 H4* A 3 -2.569 -7.960 6.915 29 H3' DA 3 H3* A 3 -4.150 -5.490 6.595 30 H2' DA 3 1H2* A 3 -2.867 -4.462 5.000 31 H2'' DA 3 2H2* A 3 -1.427 -4.741 6.003 32 H1' DA 3 H1* A 3 -0.762 -6.512 4.773 33 H8 DA 3 8H A 3 -4.140 -5.705 2.959 34 H61 DA 3 2H6 A 3 -2.239 -5.126 -1.465 35 H62 DA 3 1H6 A 3 -0.601 -5.089 -2.081 36 H2 DA 3 2H A 3 2.087 -5.834 1.429 37 H5' DA 4 1H5* A 4 0.320 -5.213 8.391 38 H5'' DA 4 2H5* A 4 0.375 -3.749 9.397 39 H4' DA 4 H4* A 4 2.356 -3.983 7.849 40 H3' DA 4 H3* A 4 0.501 -1.702 8.149 41 H2' DA 4 1H2* A 4 0.583 -0.925 5.994 42 H2'' DA 4 2H2* A 4 2.361 -0.929 6.078 43 H1' DA 4 H1* A 4 2.531 -2.880 4.948 44 H8 DA 4 8H A 4 -1.387 -2.783 5.054 45 H61 DA 4 2H6 A 4 -2.040 -2.507 0.272 46 H62 DA 4 1H6 A 4 -0.959 -2.311 -1.089 47 H2 DA 4 2H A 4 3.193 -2.174 0.604 48 H5' DT 5 1H5* T 5 4.574 -1.271 6.477 49 H5'' DT 5 2H5* T 5 5.500 -0.250 7.595 50 H4' DT 5 H4* T 5 6.389 0.139 5.375 51 H3' DT 5 H3* T 5 5.072 2.163 6.962 52 H2' DT 5 1H2* T 5 3.637 3.082 5.428 53 H2'' DT 5 2H2* T 5 5.058 3.491 4.445 54 H1' DT 5 H1* T 5 4.684 1.807 2.988 55 H3 DT 5 3H T 5 0.647 1.614 1.108 56 H71 DT 5 1H7 T 5 0.005 1.277 6.478 57 H72 DT 5 2H7 T 5 -1.219 0.593 5.384 58 H73 DT 5 3H7 T 5 -1.110 2.348 5.604 59 H6 DT 5 6H T 5 2.114 1.548 5.683 60 H5' DT 6 1H5* T 6 6.784 3.117 2.985 61 H5'' DT 6 2H5* T 6 8.181 4.162 3.309 62 H4' DT 6 H4* T 6 7.387 4.884 1.184 63 H3' DT 6 H3* T 6 6.964 6.554 3.547 64 H2' DT 6 1H2* T 6 4.849 7.328 3.114 65 H2'' DT 6 2H2* T 6 5.426 7.910 1.538 66 H1' DT 6 H1* T 6 4.509 6.176 0.424 67 H3 DT 6 3H T 6 0.191 5.277 0.981 68 H71 DT 6 1H7 T 6 2.507 5.004 5.860 69 H72 DT 6 2H7 T 6 0.880 4.354 5.559 70 H73 DT 6 3H7 T 6 1.116 6.098 5.766 71 H6 DT 6 6H T 6 3.839 5.689 4.083 72 H5' DT 7 1H5* T 7 6.469 7.744 -0.643 73 H5'' DT 7 2H5* T 7 7.300 9.248 -1.090 74 H4' DT 7 H4* T 7 5.225 9.210 -2.321 75 H3' DT 7 H3* T 7 5.698 11.113 -0.121 76 H2' DT 7 1H2* T 7 3.570 11.305 0.683 77 H2'' DT 7 2H2* T 7 2.962 11.561 -0.968 78 H1' DT 7 H1* T 7 2.197 9.431 -1.089 79 H3 DT 7 3H T 7 -0.270 7.917 2.293 80 H71 DT 7 1H7 T 7 4.265 9.982 4.352 81 H72 DT 7 2H7 T 7 3.986 8.303 4.875 82 H73 DT 7 3H7 T 7 2.865 9.587 5.378 83 H6 DT 7 6H T 7 4.177 9.716 2.051 84 H15' D33 8 2H5* D33 8 3.500 14.976 -3.823 85 H25' D33 8 1H5* D33 8 3.697 13.362 -4.535 86 H4' D33 8 H4* D33 8 1.323 14.929 -4.436 87 H1' D33 8 H1* D33 8 -0.220 11.852 -5.502 88 H55 D33 8 5H D33 8 0.352 9.324 -3.717 89 H22 D33 8 2H D33 8 2.978 11.279 -6.440 90 H44 D33 8 4H D33 8 2.281 7.510 -4.578 91 H22' D33 8 2H2* D33 8 -0.825 12.137 -3.340 92 H12' D33 8 1H2* D33 8 0.630 11.275 -2.807 93 H3' D33 8 H3* D33 8 1.523 13.251 -2.109 94 3H D33 8 3H D33 8 3.747 8.854 -6.190 95 H15' D33 9 2H5* D33 9 -2.682 12.292 -0.548 96 H25' D33 9 1H5* D33 9 -1.658 10.861 -0.779 97 H4' D33 9 H4* D33 9 -2.242 10.853 1.541 98 H1' D33 9 H1* D33 9 0.280 11.736 3.533 99 H55 D33 9 5H D33 9 1.293 13.075 0.130 100 H22 D33 9 2H D33 9 2.355 13.173 4.250 101 H44 D33 9 4H D33 9 3.804 14.270 0.391 102 H22' D33 9 2H2* D33 9 -1.274 13.357 3.833 103 H12' D33 9 1H2* D33 9 -0.537 14.354 2.557 104 H3' D33 9 H3* D33 9 -2.198 13.764 1.108 105 3H D33 9 3H D33 9 4.266 14.219 2.911 106 H15' D33 10 2H5* D33 10 -6.708 10.987 0.988 107 H25' D33 10 1H5* D33 10 -5.365 9.854 0.729 108 H4' D33 10 H4* D33 10 -7.204 8.559 1.605 109 H1' D33 10 H1* D33 10 -6.499 7.754 4.903 110 H55 D33 10 5H D33 10 -5.026 11.302 4.629 111 H22 D33 10 2H D33 10 -4.534 7.504 6.491 112 H44 D33 10 4H D33 10 -2.929 11.454 6.467 113 H22' D33 10 2H2* D33 10 -8.237 9.198 5.097 114 H12' D33 10 1H2* D33 10 -7.137 10.596 5.097 115 H3' D33 10 H3* D33 10 -7.785 11.049 2.958 116 3H D33 10 3H D33 10 -2.791 9.100 7.466 117 H5' DA 11 1H5* A 11 -9.984 8.329 0.532 118 H5'' DA 11 2H5* A 11 -10.387 6.602 0.524 119 H4' DA 11 H4* A 11 -9.088 7.599 -1.530 120 H3' DA 11 H3* A 11 -9.033 5.040 -0.132 121 H2' DA 11 1H2* A 11 -6.796 4.619 -0.026 122 H2'' DA 11 2H2* A 11 -6.647 4.954 -1.766 123 H1' DA 11 H1* A 11 -5.688 6.952 -1.335 124 H8 DA 11 8H A 11 -6.859 5.634 2.157 125 H61 DA 11 2H6 A 11 -2.705 6.522 4.516 126 H62 DA 11 1H6 A 11 -1.182 7.239 4.040 127 H2 DA 11 2H A 11 -1.590 8.386 -0.264 128 H5' DA 12 1H5* A 12 -7.517 6.032 -4.588 129 H5'' DA 12 2H5* A 12 -7.957 4.598 -5.539 130 H4' DA 12 H4* A 12 -5.832 5.749 -6.315 131 H3' DA 12 H3* A 12 -6.451 2.985 -5.950 132 H2' DA 12 1H2* A 12 -4.813 2.295 -4.500 133 H2'' DA 12 2H2* A 12 -3.644 2.694 -5.779 134 H1' DA 12 H1* A 12 -2.958 4.565 -4.707 135 H8 DA 12 8H A 12 -5.748 3.015 -2.434 136 H61 DA 12 2H6 A 12 -3.285 3.287 1.732 137 H62 DA 12 1H6 A 12 -1.681 3.848 2.149 138 H2 DA 12 2H A 12 0.186 5.315 -1.649 139 H5' DA 13 1H5* A 13 -2.218 4.152 -7.903 140 H5'' DA 13 2H5* A 13 -2.125 3.071 -9.308 141 H4' DA 13 H4* A 13 0.103 3.273 -8.318 142 H3' DA 13 H3* A 13 -1.437 0.783 -8.482 143 H2' DA 13 1H2* A 13 -0.807 -0.192 -6.513 144 H2'' DA 13 2H2* A 13 0.893 0.050 -6.968 145 H1' DA 13 H1* A 13 1.118 1.833 -5.593 146 H8 DA 13 8H A 13 -2.648 0.817 -5.161 147 H61 DA 13 2H6 A 13 -2.631 0.676 -0.320 148 H62 DA 13 1H6 A 13 -1.391 0.900 0.892 149 H2 DA 13 2H A 13 2.382 1.879 -1.319 150 H5' DT 14 1H5* T 14 2.893 1.211 -8.022 151 H5'' DT 14 2H5* T 14 3.836 0.310 -9.226 152 H4' DT 14 H4* T 14 5.148 0.425 -7.179 153 H3' DT 14 H3* T 14 4.119 -2.055 -8.332 154 H2' DT 14 1H2* T 14 3.523 -3.181 -6.438 155 H2'' DT 14 2H2* T 14 5.166 -2.930 -5.808 156 H1' DT 14 H1* T 14 4.491 -1.280 -4.418 157 H3 DT 14 3H T 14 1.100 -2.401 -1.744 158 H71 DT 14 1H7 T 14 -0.661 -2.586 -6.871 159 H72 DT 14 2H7 T 14 -1.767 -1.951 -5.630 160 H73 DT 14 3H7 T 14 -1.377 -3.677 -5.664 161 H6 DT 14 6H T 14 1.493 -2.006 -6.515 162 H5' DT 15 1H5* T 15 7.300 -2.057 -5.268 163 H5'' DT 15 2H5* T 15 8.642 -3.167 -5.607 164 H4' DT 15 H4* T 15 8.082 -3.331 -3.237 165 H3' DT 15 H3* T 15 7.674 -5.546 -5.164 166 H2' DT 15 1H2* T 15 5.916 -6.562 -4.108 167 H2'' DT 15 2H2* T 15 6.823 -6.526 -2.577 168 H1' DT 15 H1* T 15 5.707 -4.705 -1.823 169 H3 DT 15 3H T 15 1.328 -5.505 -1.662 170 H71 DT 15 1H7 T 15 2.752 -5.538 -6.869 171 H72 DT 15 2H7 T 15 1.550 -4.290 -6.502 172 H73 DT 15 3H7 T 15 1.120 -5.998 -6.336 173 H6 DT 15 6H T 15 4.403 -4.950 -5.317 174 H5' DA 16 1H5* A 16 8.300 -5.938 -0.819 175 H5'' DA 16 2H5* A 16 9.587 -7.101 -0.439 176 H4' DA 16 H4* A 16 7.947 -7.298 1.320 177 H3' DA 16 H3* A 16 8.513 -9.425 -0.567 178 H2' DA 16 1H2* A 16 6.369 -10.002 -1.160 179 H2'' DA 16 2H2* A 16 6.138 -10.485 0.530 180 H1' DA 16 H1* A 16 5.015 -8.584 1.077 181 H8 DA 16 8H A 16 5.500 -8.296 -2.809 182 H61 DA 16 2H6 A 16 0.783 -7.983 -3.896 183 H62 DA 16 1H6 A 16 -0.681 -8.066 -2.940 184 H2 DA 16 2H A 16 0.602 -8.583 1.321 185 H5' DA 17 1H5* A 17 7.608 -11.246 4.103 186 H5'' DA 17 2H5* A 17 7.653 -13.007 3.908 187 H4' DA 17 H4* A 17 5.492 -11.767 4.915 188 H3' DA 17 H3* A 17 5.966 -14.215 3.281 189 HO3' DA 17 H3T A 17 4.200 -14.528 5.234 190 H2' DA 17 1H2* A 17 3.934 -14.311 2.278 191 H2'' DA 17 2H2* A 17 3.101 -13.890 3.792 192 H1' DA 17 H1* A 17 2.872 -11.736 3.134 193 H8 DA 17 8H A 17 5.380 -12.646 0.273 194 H61 DA 17 2H6 A 17 2.315 -11.926 -3.414 195 H62 DA 17 1H6 A 17 0.619 -11.503 -3.510 196 H2 DA 17 2H A 17 -0.837 -11.096 0.703 Start of MODEL 7 1 H5' DT 1 1H5* T 1 -7.920 -14.401 -2.735 2 H5'' DT 1 2H5* T 1 -9.509 -13.659 -2.460 3 H4' DT 1 H4* T 1 -8.388 -13.345 -0.395 4 H3' DT 1 H3* T 1 -8.694 -11.061 -2.212 5 H2' DT 1 1H2* T 1 -6.725 -9.969 -1.831 6 H2'' DT 1 2H2* T 1 -7.005 -10.072 -0.079 7 H1' DT 1 H1* T 1 -5.511 -11.752 0.134 8 H3 DT 1 3H T 1 -1.518 -11.234 -1.787 9 H71 DT 1 1H7 T 1 -4.987 -9.824 -5.499 10 H72 DT 1 2H7 T 1 -4.654 -11.521 -5.917 11 H73 DT 1 3H7 T 1 -3.335 -10.325 -5.935 12 H6 DT 1 6H T 1 -6.002 -11.171 -3.511 13 HO5' DT 1 H5T T 1 -7.714 -13.076 -4.317 14 H5' DT 2 1H5* T 2 -7.654 -11.310 1.656 15 H5'' DT 2 2H5* T 2 -8.630 -10.588 2.950 16 H4' DT 2 H4* T 2 -6.442 -10.721 3.876 17 H3' DT 2 H3* T 2 -7.509 -8.118 3.027 18 H2' DT 2 1H2* T 2 -5.581 -7.161 2.254 19 H2'' DT 2 2H2* T 2 -4.795 -7.547 3.801 20 H1' DT 2 H1* T 2 -3.707 -9.333 2.926 21 H3 DT 2 3H T 2 -1.248 -8.356 -0.671 22 H71 DT 2 1H7 T 2 -6.459 -7.714 -1.972 23 H72 DT 2 2H7 T 2 -5.232 -7.987 -3.229 24 H73 DT 2 3H7 T 2 -5.388 -6.393 -2.473 25 H6 DT 2 6H T 2 -5.969 -8.170 0.203 26 H5' DA 3 1H5* A 3 -4.003 -8.850 5.607 27 H5'' DA 3 2H5* A 3 -4.356 -8.163 7.205 28 H4' DA 3 H4* A 3 -1.999 -7.987 7.044 29 H3' DA 3 H3* A 3 -3.644 -5.587 6.707 30 H2' DA 3 1H2* A 3 -2.460 -4.508 5.079 31 H2'' DA 3 2H2* A 3 -0.992 -4.683 6.066 32 H1' DA 3 H1* A 3 -0.216 -6.378 4.791 33 H8 DA 3 8H A 3 -3.722 -5.604 3.236 34 H61 DA 3 2H6 A 3 -2.239 -5.293 -1.372 35 H62 DA 3 1H6 A 3 -0.671 -5.388 -2.143 36 H2 DA 3 2H A 3 2.306 -6.176 1.116 37 H5' DA 4 1H5* A 4 0.574 -5.042 8.725 38 H5'' DA 4 2H5* A 4 0.651 -3.549 9.680 39 H4' DA 4 H4* A 4 2.603 -3.888 8.086 40 H3' DA 4 H3* A 4 0.861 -1.541 8.468 41 H2' DA 4 1H2* A 4 0.824 -0.772 6.310 42 H2'' DA 4 2H2* A 4 2.603 -0.825 6.281 43 H1' DA 4 H1* A 4 2.642 -2.770 5.127 44 H8 DA 4 8H A 4 -1.259 -2.588 5.547 45 H61 DA 4 2H6 A 4 -2.284 -2.499 0.818 46 H62 DA 4 1H6 A 4 -1.306 -2.389 -0.629 47 H2 DA 4 2H A 4 2.967 -2.252 0.732 48 H5' DT 5 1H5* T 5 4.872 -1.246 6.404 49 H5'' DT 5 2H5* T 5 5.838 -0.316 7.569 50 H4' DT 5 H4* T 5 6.737 0.218 5.410 51 H3' DT 5 H3* T 5 5.322 2.169 7.015 52 H2' DT 5 1H2* T 5 3.963 3.143 5.448 53 H2'' DT 5 2H2* T 5 5.424 3.551 4.522 54 H1' DT 5 H1* T 5 5.056 1.899 3.016 55 H3 DT 5 3H T 5 1.033 1.705 1.092 56 H71 DT 5 1H7 T 5 0.350 1.398 6.465 57 H72 DT 5 2H7 T 5 -0.801 0.564 5.396 58 H73 DT 5 3H7 T 5 -0.828 2.331 5.519 59 H6 DT 5 6H T 5 2.461 1.582 5.678 60 H5' DT 6 1H5* T 6 7.387 3.571 3.313 61 H5'' DT 6 2H5* T 6 8.524 4.864 3.742 62 H4' DT 6 H4* T 6 7.528 5.500 1.642 63 H3' DT 6 H3* T 6 6.928 6.939 4.143 64 H2' DT 6 1H2* T 6 4.752 7.508 3.703 65 H2'' DT 6 2H2* T 6 5.267 8.198 2.151 66 H1' DT 6 H1* T 6 4.582 6.388 0.976 67 H3 DT 6 3H T 6 0.344 5.112 1.472 68 H71 DT 6 1H7 T 6 2.673 5.123 6.376 69 H72 DT 6 2H7 T 6 1.408 3.922 6.027 70 H73 DT 6 3H7 T 6 0.975 5.626 6.239 71 H6 DT 6 6H T 6 3.948 5.705 4.598 72 H5' DT 7 1H5* T 7 6.311 7.990 0.208 73 H5'' DT 7 2H5* T 7 7.205 9.387 -0.425 74 H4' DT 7 H4* T 7 5.233 9.242 -1.771 75 H3' DT 7 H3* T 7 5.586 11.400 0.164 76 H2' DT 7 1H2* T 7 3.474 11.496 1.034 77 H2'' DT 7 2H2* T 7 2.867 11.797 -0.612 78 H1' DT 7 H1* T 7 2.165 9.641 -0.862 79 H3 DT 7 3H T 7 -0.847 8.530 2.224 80 H71 DT 7 1H7 T 7 3.568 10.166 4.830 81 H72 DT 7 2H7 T 7 3.202 8.468 5.207 82 H73 DT 7 3H7 T 7 2.065 9.748 5.686 83 H6 DT 7 6H T 7 3.768 9.840 2.496 84 H15' D33 8 2H5* D33 8 3.354 15.066 -3.696 85 H25' D33 8 1H5* D33 8 3.711 13.528 -4.511 86 H4' D33 8 H4* D33 8 1.251 14.886 -4.542 87 H1' D33 8 H1* D33 8 -0.045 11.656 -5.576 88 H55 D33 8 5H D33 8 0.584 9.252 -3.649 89 H22 D33 8 2H D33 8 3.257 11.310 -6.251 90 H44 D33 8 4H D33 8 2.739 7.588 -4.243 91 H22' D33 8 2H2* D33 8 -0.813 12.025 -3.479 92 H12' D33 8 1H2* D33 8 0.642 11.258 -2.814 93 H3' D33 8 H3* D33 8 1.405 13.297 -2.150 94 3H D33 8 3H D33 8 4.208 8.977 -5.812 95 H15' D33 9 2H5* D33 9 -3.001 12.147 -0.929 96 H25' D33 9 1H5* D33 9 -1.974 10.709 -1.078 97 H4' D33 9 H4* D33 9 -2.641 10.737 1.205 98 H1' D33 9 H1* D33 9 -0.426 11.618 3.365 99 H55 D33 9 5H D33 9 1.072 13.018 0.190 100 H22 D33 9 2H D33 9 1.457 13.123 4.422 101 H44 D33 9 4H D33 9 3.501 14.232 0.849 102 H22' D33 9 2H2* D33 9 -1.986 13.252 3.524 103 H12' D33 9 1H2* D33 9 -1.131 14.264 2.340 104 H3' D33 9 H3* D33 9 -2.611 13.655 0.714 105 3H D33 9 3H D33 9 3.545 14.201 3.412 106 H15' D33 10 2H5* D33 10 -7.066 11.117 0.217 107 H25' D33 10 1H5* D33 10 -5.594 10.338 0.830 108 H4' D33 10 H4* D33 10 -7.776 9.063 1.251 109 H1' D33 10 H1* D33 10 -7.482 8.550 4.668 110 H55 D33 10 5H D33 10 -5.922 12.042 4.201 111 H22 D33 10 2H D33 10 -5.799 8.506 6.569 112 H44 D33 10 4H D33 10 -4.117 12.416 6.297 113 H22' D33 10 2H2* D33 10 -9.234 9.975 4.496 114 H12' D33 10 1H2* D33 10 -8.148 11.383 4.545 115 H3' D33 10 H3* D33 10 -8.467 11.672 2.307 116 3H D33 10 3H D33 10 -4.183 10.205 7.590 117 H5' DA 11 1H5* A 11 -10.399 8.956 -0.162 118 H5'' DA 11 2H5* A 11 -10.824 7.240 -0.277 119 H4' DA 11 H4* A 11 -9.155 8.314 -2.041 120 H3' DA 11 H3* A 11 -9.518 5.670 -0.894 121 H2' DA 11 1H2* A 11 -7.383 5.161 -0.268 122 H2'' DA 11 2H2* A 11 -6.877 5.409 -1.955 123 H1' DA 11 H1* A 11 -5.957 7.424 -1.481 124 H8 DA 11 8H A 11 -7.417 6.116 1.910 125 H61 DA 11 2H6 A 11 -3.361 6.713 4.515 126 H62 DA 11 1H6 A 11 -1.771 7.338 4.137 127 H2 DA 11 2H A 11 -1.854 8.542 -0.172 128 H5' DA 12 1H5* A 12 -6.863 6.773 -4.786 129 H5'' DA 12 2H5* A 12 -7.439 5.548 -5.933 130 H4' DA 12 H4* A 12 -5.081 6.178 -6.403 131 H3' DA 12 H3* A 12 -6.135 3.513 -5.884 132 H2' DA 12 1H2* A 12 -4.493 2.673 -4.527 133 H2'' DA 12 2H2* A 12 -3.321 3.025 -5.817 134 H1' DA 12 H1* A 12 -2.543 4.872 -4.758 135 H8 DA 12 8H A 12 -5.240 3.244 -2.442 136 H61 DA 12 2H6 A 12 -2.656 3.384 1.650 137 H62 DA 12 1H6 A 12 -1.062 3.979 2.055 138 H2 DA 12 2H A 12 0.655 5.678 -1.725 139 H5' DA 13 1H5* A 13 -1.880 4.288 -7.494 140 H5'' DA 13 2H5* A 13 -1.895 3.478 -9.074 141 H4' DA 13 H4* A 13 0.357 3.289 -8.257 142 H3' DA 13 H3* A 13 -1.398 0.975 -8.510 143 H2' DA 13 1H2* A 13 -0.894 -0.142 -6.575 144 H2'' DA 13 2H2* A 13 0.811 -0.142 -7.072 145 H1' DA 13 H1* A 13 1.348 1.532 -5.649 146 H8 DA 13 8H A 13 -2.435 0.698 -5.115 147 H61 DA 13 2H6 A 13 -2.320 0.639 -0.269 148 H62 DA 13 1H6 A 13 -1.053 0.889 0.912 149 H2 DA 13 2H A 13 2.669 1.835 -1.401 150 H5' DT 14 1H5* T 14 2.710 1.072 -7.586 151 H5'' DT 14 2H5* T 14 3.711 0.458 -8.919 152 H4' DT 14 H4* T 14 5.081 0.147 -7.005 153 H3' DT 14 H3* T 14 3.778 -2.168 -8.234 154 H2' DT 14 1H2* T 14 3.245 -3.370 -6.362 155 H2'' DT 14 2H2* T 14 4.943 -3.263 -5.849 156 H1' DT 14 H1* T 14 4.492 -1.646 -4.333 157 H3 DT 14 3H T 14 1.210 -2.485 -1.423 158 H71 DT 14 1H7 T 14 -0.818 -2.893 -6.438 159 H72 DT 14 2H7 T 14 -1.841 -2.145 -5.191 160 H73 DT 14 3H7 T 14 -1.505 -3.882 -5.131 161 H6 DT 14 6H T 14 1.345 -2.298 -6.222 162 H5' DT 15 1H5* T 15 7.716 -2.709 -5.632 163 H5'' DT 15 2H5* T 15 8.636 -4.049 -6.345 164 H4' DT 15 H4* T 15 8.556 -4.130 -3.829 165 H3' DT 15 H3* T 15 7.816 -6.228 -5.759 166 H2' DT 15 1H2* T 15 6.088 -7.172 -4.592 167 H2'' DT 15 2H2* T 15 7.169 -7.364 -3.194 168 H1' DT 15 H1* T 15 6.337 -5.541 -2.137 169 H3 DT 15 3H T 15 1.973 -5.997 -1.367 170 H71 DT 15 1H7 T 15 2.698 -5.706 -6.737 171 H72 DT 15 2H7 T 15 1.330 -4.811 -6.041 172 H73 DT 15 3H7 T 15 1.298 -6.581 -6.080 173 H6 DT 15 6H T 15 4.536 -5.565 -5.411 174 H5' DA 16 1H5* A 16 8.693 -6.793 -1.403 175 H5'' DA 16 2H5* A 16 9.840 -8.124 -1.151 176 H4' DA 16 H4* A 16 8.224 -8.205 0.656 177 H3' DA 16 H3* A 16 8.473 -10.298 -1.369 178 H2' DA 16 1H2* A 16 6.243 -10.690 -1.750 179 H2'' DA 16 2H2* A 16 6.114 -11.148 -0.040 180 H1' DA 16 H1* A 16 5.247 -9.141 0.591 181 H8 DA 16 8H A 16 5.403 -8.799 -3.311 182 H61 DA 16 2H6 A 16 0.643 -8.277 -4.005 183 H62 DA 16 1H6 A 16 -0.744 -8.315 -2.942 184 H2 DA 16 2H A 16 0.839 -9.013 1.190 185 H5' DA 17 1H5* A 17 7.848 -12.162 3.352 186 H5'' DA 17 2H5* A 17 7.558 -13.900 3.154 187 H4' DA 17 H4* A 17 5.774 -12.277 4.381 188 H3' DA 17 H3* A 17 5.642 -14.806 2.820 189 HO3' DA 17 H3T A 17 4.373 -13.946 5.227 190 H2' DA 17 1H2* A 17 3.560 -14.559 1.969 191 H2'' DA 17 2H2* A 17 2.929 -13.981 3.529 192 H1' DA 17 H1* A 17 2.996 -11.835 2.811 193 H8 DA 17 8H A 17 5.170 -13.109 -0.155 194 H61 DA 17 2H6 A 17 1.937 -12.260 -3.666 195 H62 DA 17 1H6 A 17 0.271 -11.723 -3.665 196 H2 DA 17 2H A 17 -0.855 -11.051 0.616 Start of MODEL 8 1 H5' DT 1 1H5* T 1 -7.770 -14.518 -3.007 2 H5'' DT 1 2H5* T 1 -9.312 -13.710 -2.659 3 H4' DT 1 H4* T 1 -8.100 -13.673 -0.590 4 H3' DT 1 H3* T 1 -8.496 -11.218 -2.159 5 H2' DT 1 1H2* T 1 -6.545 -10.128 -1.683 6 H2'' DT 1 2H2* T 1 -6.772 -10.446 0.051 7 H1' DT 1 H1* T 1 -5.244 -12.108 0.019 8 H3 DT 1 3H T 1 -1.305 -11.373 -1.948 9 H71 DT 1 1H7 T 1 -5.234 -10.194 -5.490 10 H72 DT 1 2H7 T 1 -3.756 -10.952 -6.131 11 H73 DT 1 3H7 T 1 -3.711 -9.277 -5.534 12 H6 DT 1 6H T 1 -5.839 -11.067 -3.508 13 HO5' DT 1 H5T T 1 -8.413 -12.947 -4.586 14 H5' DT 2 1H5* T 2 -7.381 -11.868 1.706 15 H5'' DT 2 2H5* T 2 -8.351 -11.218 3.039 16 H4' DT 2 H4* T 2 -6.155 -11.440 3.938 17 H3' DT 2 H3* T 2 -7.254 -8.787 3.324 18 H2' DT 2 1H2* T 2 -5.348 -7.750 2.603 19 H2'' DT 2 2H2* T 2 -4.542 -8.240 4.105 20 H1' DT 2 H1* T 2 -3.442 -9.940 3.100 21 H3 DT 2 3H T 2 -1.005 -8.648 -0.400 22 H71 DT 2 1H7 T 2 -6.206 -7.970 -1.671 23 H72 DT 2 2H7 T 2 -4.941 -7.959 -2.920 24 H73 DT 2 3H7 T 2 -5.214 -6.521 -1.920 25 H6 DT 2 6H T 2 -5.722 -8.568 0.493 26 H5' DA 3 1H5* A 3 -3.539 -9.520 5.754 27 H5'' DA 3 2H5* A 3 -3.867 -8.855 7.367 28 H4' DA 3 H4* A 3 -1.541 -8.458 7.024 29 H3' DA 3 H3* A 3 -3.455 -6.232 6.880 30 H2' DA 3 1H2* A 3 -2.473 -5.000 5.223 31 H2'' DA 3 2H2* A 3 -0.947 -5.037 6.133 32 H1' DA 3 H1* A 3 -0.066 -6.650 4.809 33 H8 DA 3 8H A 3 -3.650 -6.029 3.350 34 H61 DA 3 2H6 A 3 -2.277 -5.335 -1.242 35 H62 DA 3 1H6 A 3 -0.724 -5.305 -2.048 36 H2 DA 3 2H A 3 2.359 -6.160 1.088 37 H5' DA 4 1H5* A 4 0.704 -5.621 8.175 38 H5'' DA 4 2H5* A 4 0.971 -4.589 9.595 39 H4' DA 4 H4* A 4 2.741 -4.059 8.063 40 H3' DA 4 H3* A 4 0.529 -2.160 8.538 41 H2' DA 4 1H2* A 4 0.485 -1.166 6.480 42 H2'' DA 4 2H2* A 4 2.242 -0.908 6.577 43 H1' DA 4 H1* A 4 2.689 -2.674 5.238 44 H8 DA 4 8H A 4 -1.225 -2.894 5.503 45 H61 DA 4 2H6 A 4 -2.105 -2.624 0.745 46 H62 DA 4 1H6 A 4 -1.085 -2.442 -0.664 47 H2 DA 4 2H A 4 3.134 -2.220 0.841 48 H5' DT 5 1H5* T 5 4.390 -1.105 7.273 49 H5'' DT 5 2H5* T 5 5.316 -0.124 8.425 50 H4' DT 5 H4* T 5 6.224 0.393 6.268 51 H3' DT 5 H3* T 5 4.716 2.330 7.813 52 H2' DT 5 1H2* T 5 3.362 3.217 6.193 53 H2'' DT 5 2H2* T 5 4.829 3.677 5.301 54 H1' DT 5 H1* T 5 4.599 1.978 3.823 55 H3 DT 5 3H T 5 0.671 1.831 1.711 56 H71 DT 5 1H7 T 5 -0.220 1.155 7.018 57 H72 DT 5 2H7 T 5 -1.362 0.471 5.836 58 H73 DT 5 3H7 T 5 -1.344 2.217 6.144 59 H6 DT 5 6H T 5 1.893 1.539 6.349 60 H5' DT 6 1H5* T 6 6.717 3.183 4.084 61 H5'' DT 6 2H5* T 6 8.061 4.313 4.344 62 H4' DT 6 H4* T 6 7.355 4.797 2.136 63 H3' DT 6 H3* T 6 6.668 6.649 4.299 64 H2' DT 6 1H2* T 6 4.537 7.193 3.657 65 H2'' DT 6 2H2* T 6 5.201 7.732 2.098 66 H1' DT 6 H1* T 6 4.575 5.833 1.023 67 H3 DT 6 3H T 6 0.181 5.101 1.138 68 H71 DT 6 1H7 T 6 2.027 4.977 6.238 69 H72 DT 6 2H7 T 6 0.595 4.022 5.785 70 H73 DT 6 3H7 T 6 0.469 5.780 5.949 71 H6 DT 6 6H T 6 3.511 5.460 4.585 72 H5' DT 7 1H5* T 7 6.250 7.258 0.159 73 H5'' DT 7 2H5* T 7 7.318 8.510 -0.506 74 H4' DT 7 H4* T 7 5.449 8.492 -1.976 75 H3' DT 7 H3* T 7 5.762 10.693 -0.059 76 H2' DT 7 1H2* T 7 3.573 11.069 0.472 77 H2'' DT 7 2H2* T 7 3.186 11.171 -1.261 78 H1' DT 7 H1* T 7 2.305 9.079 -1.270 79 H3 DT 7 3H T 7 -0.814 8.400 1.832 80 H71 DT 7 1H7 T 7 3.683 9.961 4.368 81 H72 DT 7 2H7 T 7 3.053 8.410 4.967 82 H73 DT 7 3H7 T 7 2.111 9.900 5.198 83 H6 DT 7 6H T 7 3.856 9.493 2.094 84 H15' D33 8 2H5* D33 8 4.057 14.196 -4.275 85 H25' D33 8 1H5* D33 8 4.188 12.600 -5.037 86 H4' D33 8 H4* D33 8 1.949 14.278 -5.129 87 H1' D33 8 H1* D33 8 0.218 11.167 -5.947 88 H55 D33 8 5H D33 8 0.657 8.839 -3.824 89 H22 D33 8 2H D33 8 3.396 10.367 -6.706 90 H44 D33 8 4H D33 8 2.518 6.861 -4.441 91 H22' D33 8 2H2* D33 8 -0.460 11.743 -3.868 92 H12' D33 8 1H2* D33 8 0.914 10.868 -3.171 93 H3' D33 8 H3* D33 8 1.891 12.853 -2.644 94 3H D33 8 3H D33 8 4.062 7.959 -6.164 95 H15' D33 9 2H5* D33 9 -2.458 12.249 -1.338 96 H25' D33 9 1H5* D33 9 -1.488 10.765 -1.260 97 H4' D33 9 H4* D33 9 -2.295 11.107 0.965 98 H1' D33 9 H1* D33 9 0.013 12.237 3.055 99 H55 D33 9 5H D33 9 1.628 12.709 -0.325 100 H22 D33 9 2H D33 9 2.069 13.734 3.786 101 H44 D33 9 4H D33 9 4.195 13.733 0.087 102 H22' D33 9 2H2* D33 9 -1.292 14.086 2.849 103 H12' D33 9 1H2* D33 9 -0.422 14.635 1.401 104 H3' D33 9 H3* D33 9 -2.170 13.895 0.134 105 3H D33 9 3H D33 9 4.262 14.285 2.587 106 H15' D33 10 2H5* D33 10 -6.682 12.059 0.066 107 H25' D33 10 1H5* D33 10 -5.267 11.109 0.555 108 H4' D33 10 H4* D33 10 -7.448 9.935 1.004 109 H1' D33 10 H1* D33 10 -7.281 9.459 4.446 110 H55 D33 10 5H D33 10 -5.116 12.570 3.708 111 H22 D33 10 2H D33 10 -6.075 9.650 6.647 112 H44 D33 10 4H D33 10 -3.488 12.966 5.942 113 H22' D33 10 2H2* D33 10 -8.959 10.969 4.229 114 H12' D33 10 1H2* D33 10 -7.806 12.324 4.249 115 H3' D33 10 H3* D33 10 -8.116 12.560 2.001 116 3H D33 10 3H D33 10 -4.217 11.139 7.584 117 H5' DA 11 1H5* A 11 -10.113 9.818 -0.535 118 H5'' DA 11 2H5* A 11 -10.809 8.197 -0.363 119 H4' DA 11 H4* A 11 -9.292 8.692 -2.445 120 H3' DA 11 H3* A 11 -9.755 6.359 -0.793 121 H2' DA 11 1H2* A 11 -7.634 5.650 -0.345 122 H2'' DA 11 2H2* A 11 -7.286 5.637 -2.088 123 H1' DA 11 H1* A 11 -6.042 7.508 -1.902 124 H8 DA 11 8H A 11 -7.613 6.937 1.631 125 H61 DA 11 2H6 A 11 -3.527 7.571 4.156 126 H62 DA 11 1H6 A 11 -1.886 7.987 3.712 127 H2 DA 11 2H A 11 -1.871 8.536 -0.736 128 H5' DA 12 1H5* A 12 -7.567 6.752 -4.589 129 H5'' DA 12 2H5* A 12 -8.031 5.578 -5.836 130 H4' DA 12 H4* A 12 -5.683 6.305 -6.142 131 H3' DA 12 H3* A 12 -6.651 3.587 -5.813 132 H2' DA 12 1H2* A 12 -5.092 2.743 -4.363 133 H2'' DA 12 2H2* A 12 -3.834 3.185 -5.540 134 H1' DA 12 H1* A 12 -3.197 4.996 -4.337 135 H8 DA 12 8H A 12 -6.163 3.472 -2.273 136 H61 DA 12 2H6 A 12 -3.872 3.373 1.998 137 H62 DA 12 1H6 A 12 -2.255 3.802 2.511 138 H2 DA 12 2H A 12 -0.125 5.316 -1.130 139 H5' DA 13 1H5* A 13 -2.492 4.649 -6.867 140 H5'' DA 13 2H5* A 13 -2.199 4.069 -8.520 141 H4' DA 13 H4* A 13 -0.056 3.959 -7.508 142 H3' DA 13 H3* A 13 -1.558 1.491 -7.964 143 H2' DA 13 1H2* A 13 -1.056 0.351 -6.046 144 H2'' DA 13 2H2* A 13 0.670 0.583 -6.402 145 H1' DA 13 H1* A 13 0.872 2.242 -4.876 146 H8 DA 13 8H A 13 -2.876 1.117 -4.712 147 H61 DA 13 2H6 A 13 -3.102 0.609 0.107 148 H62 DA 13 1H6 A 13 -1.942 0.829 1.401 149 H2 DA 13 2H A 13 1.880 2.148 -0.529 150 H5' DT 14 1H5* T 14 3.053 1.636 -7.386 151 H5'' DT 14 2H5* T 14 3.729 0.724 -8.751 152 H4' DT 14 H4* T 14 5.168 0.463 -6.764 153 H3' DT 14 H3* T 14 3.803 -1.701 -8.200 154 H2' DT 14 1H2* T 14 3.275 -3.066 -6.440 155 H2'' DT 14 2H2* T 14 4.975 -3.019 -5.924 156 H1' DT 14 H1* T 14 4.542 -1.535 -4.271 157 H3 DT 14 3H T 14 1.236 -2.487 -1.424 158 H71 DT 14 1H7 T 14 -0.797 -2.482 -6.454 159 H72 DT 14 2H7 T 14 -1.837 -1.950 -5.113 160 H73 DT 14 3H7 T 14 -1.424 -3.665 -5.287 161 H6 DT 14 6H T 14 1.390 -2.010 -6.202 162 H5' DT 15 1H5* T 15 7.681 -2.281 -5.586 163 H5'' DT 15 2H5* T 15 8.662 -3.589 -6.276 164 H4' DT 15 H4* T 15 8.511 -3.671 -3.757 165 H3' DT 15 H3* T 15 7.935 -5.792 -5.718 166 H2' DT 15 1H2* T 15 6.190 -6.797 -4.631 167 H2'' DT 15 2H2* T 15 7.229 -6.977 -3.199 168 H1' DT 15 H1* T 15 6.320 -5.185 -2.150 169 H3 DT 15 3H T 15 1.980 -5.845 -1.443 170 H71 DT 15 1H7 T 15 2.723 -5.281 -6.789 171 H72 DT 15 2H7 T 15 1.265 -4.585 -6.049 172 H73 DT 15 3H7 T 15 1.423 -6.343 -6.209 173 H6 DT 15 6H T 15 4.558 -5.218 -5.451 174 H5' DA 16 1H5* A 16 8.580 -6.493 -1.295 175 H5'' DA 16 2H5* A 16 9.857 -7.715 -1.125 176 H4' DA 16 H4* A 16 8.277 -8.159 0.635 177 H3' DA 16 H3* A 16 8.626 -9.979 -1.622 178 H2' DA 16 1H2* A 16 6.431 -10.513 -2.017 179 H2'' DA 16 2H2* A 16 6.342 -11.116 -0.348 180 H1' DA 16 H1* A 16 5.301 -9.251 0.419 181 H8 DA 16 8H A 16 5.597 -8.508 -3.417 182 H61 DA 16 2H6 A 16 0.843 -7.986 -4.228 183 H62 DA 16 1H6 A 16 -0.576 -8.164 -3.218 184 H2 DA 16 2H A 16 0.895 -9.261 0.866 185 H5' DA 17 1H5* A 17 8.251 -12.345 2.890 186 H5'' DA 17 2H5* A 17 8.102 -14.074 2.528 187 H4' DA 17 H4* A 17 6.250 -12.764 3.984 188 H3' DA 17 H3* A 17 6.252 -15.099 2.145 189 HO3' DA 17 H3T A 17 5.377 -16.049 3.989 190 H2' DA 17 1H2* A 17 4.125 -14.929 1.389 191 H2'' DA 17 2H2* A 17 3.512 -14.600 3.025 192 H1' DA 17 H1* A 17 3.382 -12.381 2.589 193 H8 DA 17 8H A 17 5.483 -13.125 -0.611 194 H61 DA 17 2H6 A 17 2.042 -12.005 -3.833 195 H62 DA 17 1H6 A 17 0.360 -11.546 -3.696 196 H2 DA 17 2H A 17 -0.588 -11.482 0.679 Start of MODEL 9 1 H5' DT 1 1H5* T 1 -7.525 -14.927 -3.153 2 H5'' DT 1 2H5* T 1 -8.886 -13.796 -3.286 3 H4' DT 1 H4* T 1 -7.859 -13.705 -1.024 4 H3' DT 1 H3* T 1 -8.144 -11.477 -2.925 5 H2' DT 1 1H2* T 1 -6.267 -10.275 -2.394 6 H2'' DT 1 2H2* T 1 -6.658 -10.399 -0.666 7 H1' DT 1 H1* T 1 -5.111 -12.014 -0.356 8 H3 DT 1 3H T 1 -1.002 -11.437 -1.996 9 H71 DT 1 1H7 T 1 -4.231 -9.988 -5.916 10 H72 DT 1 2H7 T 1 -3.834 -11.669 -6.343 11 H73 DT 1 3H7 T 1 -2.543 -10.450 -6.243 12 H6 DT 1 6H T 1 -5.359 -11.384 -4.024 13 HO5' DT 1 H5T T 1 -7.073 -12.325 -4.101 14 H5' DT 2 1H5* T 2 -7.411 -11.679 1.015 15 H5'' DT 2 2H5* T 2 -8.535 -11.000 2.207 16 H4' DT 2 H4* T 2 -6.415 -11.111 3.313 17 H3' DT 2 H3* T 2 -7.661 -8.580 2.621 18 H2' DT 2 1H2* T 2 -5.848 -7.469 1.760 19 H2'' DT 2 2H2* T 2 -5.074 -7.661 3.344 20 H1' DT 2 H1* T 2 -3.764 -9.376 2.655 21 H3 DT 2 3H T 2 -1.085 -8.160 -0.684 22 H71 DT 2 1H7 T 2 -6.088 -8.087 -2.585 23 H72 DT 2 2H7 T 2 -4.688 -7.718 -3.618 24 H73 DT 2 3H7 T 2 -5.406 -6.452 -2.601 25 H6 DT 2 6H T 2 -5.855 -8.361 -0.252 26 H5' DA 3 1H5* A 3 -4.115 -9.261 5.439 27 H5'' DA 3 2H5* A 3 -4.599 -8.570 7.000 28 H4' DA 3 H4* A 3 -2.214 -8.375 6.947 29 H3' DA 3 H3* A 3 -3.919 -6.005 6.677 30 H2' DA 3 1H2* A 3 -2.694 -4.800 5.174 31 H2'' DA 3 2H2* A 3 -1.266 -4.994 6.215 32 H1' DA 3 H1* A 3 -0.388 -6.589 4.869 33 H8 DA 3 8H A 3 -3.867 -5.854 3.235 34 H61 DA 3 2H6 A 3 -2.238 -4.996 -1.239 35 H62 DA 3 1H6 A 3 -0.643 -4.952 -1.959 36 H2 DA 3 2H A 3 2.256 -5.957 1.308 37 H5' DA 4 1H5* A 4 0.335 -5.329 8.852 38 H5'' DA 4 2H5* A 4 0.254 -3.800 9.750 39 H4' DA 4 H4* A 4 2.268 -4.107 8.158 40 H3' DA 4 H3* A 4 0.479 -1.822 8.655 41 H2' DA 4 1H2* A 4 0.386 -0.972 6.533 42 H2'' DA 4 2H2* A 4 2.166 -0.970 6.479 43 H1' DA 4 H1* A 4 2.244 -2.861 5.240 44 H8 DA 4 8H A 4 -1.645 -2.816 5.737 45 H61 DA 4 2H6 A 4 -2.753 -2.465 1.030 46 H62 DA 4 1H6 A 4 -1.802 -2.229 -0.420 47 H2 DA 4 2H A 4 2.481 -2.064 0.880 48 H5' DT 5 1H5* T 5 4.547 -1.547 6.548 49 H5'' DT 5 2H5* T 5 5.483 -0.527 7.658 50 H4' DT 5 H4* T 5 6.311 -0.156 5.392 51 H3' DT 5 H3* T 5 5.141 1.866 7.090 52 H2' DT 5 1H2* T 5 3.684 2.890 5.644 53 H2'' DT 5 2H2* T 5 5.079 3.264 4.608 54 H1' DT 5 H1* T 5 4.550 1.640 3.125 55 H3 DT 5 3H T 5 0.409 1.607 1.469 56 H71 DT 5 1H7 T 5 0.077 1.202 6.870 57 H72 DT 5 2H7 T 5 -1.189 0.469 5.861 58 H73 DT 5 3H7 T 5 -1.116 2.228 6.049 59 H6 DT 5 6H T 5 2.126 1.391 5.952 60 H5' DT 6 1H5* T 6 7.185 2.919 3.183 61 H5'' DT 6 2H5* T 6 8.420 4.152 3.510 62 H4' DT 6 H4* T 6 7.489 4.649 1.338 63 H3' DT 6 H3* T 6 7.042 6.386 3.671 64 H2' DT 6 1H2* T 6 4.915 7.089 3.184 65 H2'' DT 6 2H2* T 6 5.479 7.592 1.576 66 H1' DT 6 H1* T 6 4.637 5.749 0.567 67 H3 DT 6 3H T 6 0.278 5.034 1.177 68 H71 DT 6 1H7 T 6 2.670 4.805 6.024 69 H72 DT 6 2H7 T 6 1.049 4.125 5.759 70 H73 DT 6 3H7 T 6 1.259 5.876 5.935 71 H6 DT 6 6H T 6 3.974 5.404 4.226 72 H5' DT 7 1H5* T 7 6.510 7.248 -0.500 73 H5'' DT 7 2H5* T 7 7.311 8.703 -1.130 74 H4' DT 7 H4* T 7 5.214 8.463 -2.318 75 H3' DT 7 H3* T 7 5.694 10.646 -0.381 76 H2' DT 7 1H2* T 7 3.550 10.929 0.351 77 H2'' DT 7 2H2* T 7 2.982 10.999 -1.333 78 H1' DT 7 H1* T 7 2.253 8.846 -1.273 79 H3 DT 7 3H T 7 -0.617 8.143 2.061 80 H71 DT 7 1H7 T 7 3.991 9.802 4.281 81 H72 DT 7 2H7 T 7 3.593 8.152 4.811 82 H73 DT 7 3H7 T 7 2.526 9.506 5.245 83 H6 DT 7 6H T 7 4.049 9.285 1.968 84 H15' D33 8 2H5* D33 8 3.702 13.996 -4.657 85 H25' D33 8 1H5* D33 8 3.887 12.288 -5.104 86 H4' D33 8 H4* D33 8 1.533 13.887 -5.308 87 H1' D33 8 H1* D33 8 -0.012 10.690 -5.972 88 H55 D33 8 5H D33 8 0.439 8.443 -3.840 89 H22 D33 8 2H D33 8 3.257 9.996 -6.625 90 H44 D33 8 4H D33 8 2.402 6.522 -4.308 91 H22' D33 8 2H2* D33 8 -0.694 11.325 -3.913 92 H12' D33 8 1H2* D33 8 0.709 10.510 -3.196 93 H3' D33 8 H3* D33 8 1.660 12.537 -2.764 94 3H D33 8 3H D33 8 3.982 7.629 -5.992 95 H15' D33 9 2H5* D33 9 -2.467 12.057 -1.100 96 H25' D33 9 1H5* D33 9 -1.483 10.581 -1.148 97 H4' D33 9 H4* D33 9 -2.171 10.805 1.131 98 H1' D33 9 H1* D33 9 0.320 11.861 3.136 99 H55 D33 9 5H D33 9 1.487 12.648 -0.368 100 H22 D33 9 2H D33 9 2.388 13.404 3.725 101 H44 D33 9 4H D33 9 4.009 13.831 -0.196 102 H22' D33 9 2H2* D33 9 -1.170 13.566 3.181 103 H12' D33 9 1H2* D33 9 -0.383 14.351 1.796 104 H3' D33 9 H3* D33 9 -2.070 13.645 0.437 105 3H D33 9 3H D33 9 4.365 14.201 2.314 106 H15' D33 10 2H5* D33 10 -7.077 11.849 0.693 107 H25' D33 10 1H5* D33 10 -5.525 11.026 0.432 108 H4' D33 10 H4* D33 10 -7.203 9.435 1.293 109 H1' D33 10 H1* D33 10 -5.898 8.633 4.505 110 H55 D33 10 5H D33 10 -5.119 12.379 4.135 111 H22 D33 10 2H D33 10 -3.605 8.691 5.632 112 H44 D33 10 4H D33 10 -2.768 12.872 5.555 113 H22' D33 10 2H2* D33 10 -7.798 9.778 4.969 114 H12' D33 10 1H2* D33 10 -6.930 11.327 4.869 115 H3' D33 10 H3* D33 10 -7.958 11.714 2.868 116 3H D33 10 3H D33 10 -2.022 10.561 6.367 117 H5' DA 11 1H5* A 11 -10.125 9.052 0.851 118 H5'' DA 11 2H5* A 11 -10.693 7.376 0.741 119 H4' DA 11 H4* A 11 -9.736 8.460 -1.425 120 H3' DA 11 H3* A 11 -9.702 5.813 -0.374 121 H2' DA 11 1H2* A 11 -7.479 5.319 -0.194 122 H2'' DA 11 2H2* A 11 -7.338 5.581 -1.948 123 H1' DA 11 H1* A 11 -6.224 7.522 -1.605 124 H8 DA 11 8H A 11 -7.434 6.528 1.986 125 H61 DA 11 2H6 A 11 -3.129 6.996 4.164 126 H62 DA 11 1H6 A 11 -1.540 7.477 3.609 127 H2 DA 11 2H A 11 -1.946 8.393 -0.762 128 H5' DA 12 1H5* A 12 -7.748 6.630 -4.697 129 H5'' DA 12 2H5* A 12 -8.179 5.220 -5.687 130 H4' DA 12 H4* A 12 -5.804 6.006 -6.041 131 H3' DA 12 H3* A 12 -6.777 3.310 -5.371 132 H2' DA 12 1H2* A 12 -5.048 2.610 -4.048 133 H2'' DA 12 2H2* A 12 -3.904 3.080 -5.326 134 H1' DA 12 H1* A 12 -3.335 4.991 -4.261 135 H8 DA 12 8H A 12 -6.108 3.562 -1.877 136 H61 DA 12 2H6 A 12 -3.401 3.543 2.141 137 H62 DA 12 1H6 A 12 -1.729 3.938 2.472 138 H2 DA 12 2H A 12 0.060 5.261 -1.420 139 H5' DA 13 1H5* A 13 -2.853 4.304 -7.070 140 H5'' DA 13 2H5* A 13 -2.689 3.533 -8.660 141 H4' DA 13 H4* A 13 -0.455 3.767 -7.792 142 H3' DA 13 H3* A 13 -1.669 1.226 -8.297 143 H2' DA 13 1H2* A 13 -1.434 0.199 -6.247 144 H2'' DA 13 2H2* A 13 0.314 0.239 -6.562 145 H1' DA 13 H1* A 13 0.667 1.978 -5.148 146 H8 DA 13 8H A 13 -3.124 1.045 -4.784 147 H61 DA 13 2H6 A 13 -3.132 0.681 0.063 148 H62 DA 13 1H6 A 13 -1.889 0.846 1.287 149 H2 DA 13 2H A 13 1.896 1.878 -0.876 150 H5' DT 14 1H5* T 14 2.672 1.858 -6.895 151 H5'' DT 14 2H5* T 14 3.637 1.239 -8.249 152 H4' DT 14 H4* T 14 5.021 1.002 -6.298 153 H3' DT 14 H3* T 14 3.908 -1.308 -7.692 154 H2' DT 14 1H2* T 14 3.359 -2.644 -5.922 155 H2'' DT 14 2H2* T 14 5.029 -2.496 -5.333 156 H1' DT 14 H1* T 14 4.431 -1.021 -3.725 157 H3 DT 14 3H T 14 1.031 -2.186 -1.068 158 H71 DT 14 1H7 T 14 -0.729 -2.282 -6.199 159 H72 DT 14 2H7 T 14 -1.812 -1.565 -4.986 160 H73 DT 14 3H7 T 14 -1.503 -3.309 -4.971 161 H6 DT 14 6H T 14 1.409 -1.609 -5.824 162 H5' DT 15 1H5* T 15 7.282 -1.701 -4.850 163 H5'' DT 15 2H5* T 15 8.566 -2.810 -5.369 164 H4' DT 15 H4* T 15 8.102 -3.156 -2.982 165 H3' DT 15 H3* T 15 7.665 -5.188 -5.085 166 H2' DT 15 1H2* T 15 5.923 -6.307 -4.108 167 H2'' DT 15 2H2* T 15 6.856 -6.418 -2.597 168 H1' DT 15 H1* T 15 5.734 -4.700 -1.644 169 H3 DT 15 3H T 15 1.337 -5.408 -1.544 170 H71 DT 15 1H7 T 15 2.780 -5.019 -6.738 171 H72 DT 15 2H7 T 15 1.551 -3.830 -6.257 172 H73 DT 15 3H7 T 15 1.155 -5.555 -6.256 173 H6 DT 15 6H T 15 4.428 -4.636 -5.143 174 H5' DA 16 1H5* A 16 8.381 -6.044 -0.776 175 H5'' DA 16 2H5* A 16 9.669 -7.249 -0.568 176 H4' DA 16 H4* A 16 8.038 -7.650 1.175 177 H3' DA 16 H3* A 16 8.582 -9.536 -0.972 178 H2' DA 16 1H2* A 16 6.447 -10.159 -1.518 179 H2'' DA 16 2H2* A 16 6.246 -10.706 0.156 180 H1' DA 16 H1* A 16 5.054 -8.881 0.756 181 H8 DA 16 8H A 16 5.725 -8.231 -3.059 182 H61 DA 16 2H6 A 16 1.065 -7.837 -4.340 183 H62 DA 16 1H6 A 16 -0.441 -7.990 -3.461 184 H2 DA 16 2H A 16 0.648 -8.882 0.789 185 H5' DA 17 1H5* A 17 7.865 -11.633 3.642 186 H5'' DA 17 2H5* A 17 7.854 -13.385 3.374 187 H4' DA 17 H4* A 17 5.853 -12.172 4.685 188 H3' DA 17 H3* A 17 6.095 -14.546 2.924 189 HO3' DA 17 H3T A 17 5.877 -14.040 5.450 190 H2' DA 17 1H2* A 17 4.019 -14.538 2.026 191 H2'' DA 17 2H2* A 17 3.277 -14.174 3.600 192 H1' DA 17 H1* A 17 3.024 -12.003 3.014 193 H8 DA 17 8H A 17 5.534 -12.770 0.125 194 H61 DA 17 2H6 A 17 2.498 -11.872 -3.536 195 H62 DA 17 1H6 A 17 0.796 -11.483 -3.628 196 H2 DA 17 2H A 17 -0.703 -11.314 0.590 Start of MODEL 10 1 H5' DT 1 1H5* T 1 -8.381 -15.128 -1.796 2 H5'' DT 1 2H5* T 1 -9.610 -13.889 -2.110 3 H4' DT 1 H4* T 1 -8.430 -13.481 0.046 4 H3' DT 1 H3* T 1 -8.584 -11.649 -2.257 5 H2' DT 1 1H2* T 1 -6.559 -10.616 -2.045 6 H2'' DT 1 2H2* T 1 -6.872 -10.331 -0.319 7 H1' DT 1 H1* T 1 -5.524 -12.037 0.294 8 H3 DT 1 3H T 1 -1.436 -12.080 -1.490 9 H71 DT 1 1H7 T 1 -4.530 -11.221 -5.604 10 H72 DT 1 2H7 T 1 -4.577 -12.998 -5.607 11 H73 DT 1 3H7 T 1 -3.030 -12.150 -5.833 12 H6 DT 1 6H T 1 -5.839 -12.171 -3.414 13 HO5' DT 1 H5T T 1 -7.898 -12.829 -3.379 14 H5' DT 2 1H5* T 2 -7.632 -11.228 1.630 15 H5'' DT 2 2H5* T 2 -8.677 -10.269 2.696 16 H4' DT 2 H4* T 2 -6.577 -10.360 3.824 17 H3' DT 2 H3* T 2 -7.504 -7.878 2.576 18 H2' DT 2 1H2* T 2 -5.514 -7.084 1.771 19 H2'' DT 2 2H2* T 2 -4.833 -7.226 3.403 20 H1' DT 2 H1* T 2 -3.726 -9.134 2.903 21 H3 DT 2 3H T 2 -1.002 -8.675 -0.606 22 H71 DT 2 1H7 T 2 -6.101 -8.505 -2.369 23 H72 DT 2 2H7 T 2 -4.756 -8.821 -3.491 24 H73 DT 2 3H7 T 2 -5.099 -7.165 -2.961 25 H6 DT 2 6H T 2 -5.773 -8.457 -0.122 26 H5' DA 3 1H5* A 3 -4.281 -8.510 5.162 27 H5'' DA 3 2H5* A 3 -4.528 -7.813 6.777 28 H4' DA 3 H4* A 3 -2.168 -7.900 6.575 29 H3' DA 3 H3* A 3 -3.534 -5.317 6.268 30 H2' DA 3 1H2* A 3 -2.209 -4.362 4.673 31 H2'' DA 3 2H2* A 3 -0.775 -4.751 5.650 32 H1' DA 3 H1* A 3 -0.238 -6.500 4.320 33 H8 DA 3 8H A 3 -3.673 -5.350 2.844 34 H61 DA 3 2H6 A 3 -2.209 -4.907 -1.757 35 H62 DA 3 1H6 A 3 -0.664 -5.098 -2.556 36 H2 DA 3 2H A 3 2.269 -6.312 0.606 37 H5' DA 4 1H5* A 4 0.429 -5.379 7.887 38 H5'' DA 4 2H5* A 4 0.803 -4.514 9.389 39 H4' DA 4 H4* A 4 2.690 -4.115 7.993 40 H3' DA 4 H3* A 4 0.757 -1.969 8.496 41 H2' DA 4 1H2* A 4 0.751 -0.966 6.439 42 H2'' DA 4 2H2* A 4 2.521 -0.825 6.535 43 H1' DA 4 H1* A 4 2.849 -2.585 5.156 44 H8 DA 4 8H A 4 -1.081 -2.608 5.368 45 H61 DA 4 2H6 A 4 -1.859 -2.436 0.593 46 H62 DA 4 1H6 A 4 -0.812 -2.272 -0.799 47 H2 DA 4 2H A 4 3.380 -2.081 0.785 48 H5' DT 5 1H5* T 5 4.801 -1.237 6.815 49 H5'' DT 5 2H5* T 5 5.694 -0.192 7.938 50 H4' DT 5 H4* T 5 6.483 0.390 5.745 51 H3' DT 5 H3* T 5 4.816 2.216 7.313 52 H2' DT 5 1H2* T 5 3.524 3.104 5.649 53 H2'' DT 5 2H2* T 5 5.010 3.544 4.776 54 H1' DT 5 H1* T 5 4.801 1.807 3.336 55 H3 DT 5 3H T 5 0.895 1.514 1.196 56 H71 DT 5 1H7 T 5 -0.112 1.419 6.519 57 H72 DT 5 2H7 T 5 -0.916 0.151 5.569 58 H73 DT 5 3H7 T 5 -1.386 1.845 5.355 59 H6 DT 5 6H T 5 2.078 1.430 5.855 60 H5' DT 6 1H5* T 6 6.996 3.276 3.747 61 H5'' DT 6 2H5* T 6 8.280 4.441 4.125 62 H4' DT 6 H4* T 6 7.703 4.949 1.879 63 H3' DT 6 H3* T 6 6.840 6.733 4.032 64 H2' DT 6 1H2* T 6 4.751 7.285 3.275 65 H2'' DT 6 2H2* T 6 5.483 7.800 1.741 66 H1' DT 6 H1* T 6 4.836 5.914 0.673 67 H3 DT 6 3H T 6 0.475 5.019 0.888 68 H71 DT 6 1H7 T 6 2.414 5.104 5.952 69 H72 DT 6 2H7 T 6 1.321 3.765 5.540 70 H73 DT 6 3H7 T 6 0.692 5.417 5.639 71 H6 DT 6 6H T 6 3.888 5.413 4.249 72 H5' DT 7 1H5* T 7 6.683 8.079 -0.321 73 H5'' DT 7 2H5* T 7 7.344 9.722 -0.454 74 H4' DT 7 H4* T 7 5.282 9.463 -1.811 75 H3' DT 7 H3* T 7 5.656 11.365 0.432 76 H2' DT 7 1H2* T 7 3.477 11.471 1.120 77 H2'' DT 7 2H2* T 7 2.961 11.772 -0.558 78 H1' DT 7 H1* T 7 2.346 9.603 -0.865 79 H3 DT 7 3H T 7 -0.647 8.104 2.065 80 H71 DT 7 1H7 T 7 3.679 9.826 4.837 81 H72 DT 7 2H7 T 7 3.029 8.244 5.324 82 H73 DT 7 3H7 T 7 2.082 9.721 5.613 83 H6 DT 7 6H T 7 3.817 9.819 2.556 84 H15' D33 8 2H5* D33 8 3.960 15.015 -3.709 85 H25' D33 8 1H5* D33 8 4.108 13.275 -4.031 86 H4' D33 8 H4* D33 8 1.771 14.984 -4.303 87 H1' D33 8 H1* D33 8 0.271 11.948 -5.399 88 H55 D33 8 5H D33 8 0.544 9.447 -3.510 89 H22 D33 8 2H D33 8 3.524 11.195 -5.994 90 H44 D33 8 4H D33 8 2.420 7.500 -4.174 91 H22' D33 8 2H2* D33 8 -0.513 12.340 -3.314 92 H12' D33 8 1H2* D33 8 0.830 11.408 -2.628 93 H3' D33 8 H3* D33 8 1.820 13.331 -1.921 94 3H D33 8 3H D33 8 4.115 8.731 -5.649 95 H15' D33 9 2H5* D33 9 -2.549 12.524 -0.725 96 H25' D33 9 1H5* D33 9 -1.564 11.052 -0.833 97 H4' D33 9 H4* D33 9 -2.383 11.071 1.409 98 H1' D33 9 H1* D33 9 -0.118 11.949 3.674 99 H55 D33 9 5H D33 9 1.398 13.136 0.411 100 H22 D33 9 2H D33 9 1.875 13.357 4.637 101 H44 D33 9 4H D33 9 3.888 14.262 0.986 102 H22' D33 9 2H2* D33 9 -1.586 13.676 3.751 103 H12' D33 9 1H2* D33 9 -0.698 14.562 2.490 104 H3' D33 9 H3* D33 9 -2.292 13.965 0.968 105 3H D33 9 3H D33 9 3.986 14.304 3.547 106 H15' D33 10 2H5* D33 10 -6.830 11.813 0.461 107 H25' D33 10 1H5* D33 10 -5.340 10.919 0.822 108 H4' D33 10 H4* D33 10 -7.429 9.555 1.174 109 H1' D33 10 H1* D33 10 -7.147 8.679 4.518 110 H55 D33 10 5H D33 10 -5.485 12.161 4.358 111 H22 D33 10 2H D33 10 -5.595 8.484 6.501 112 H44 D33 10 4H D33 10 -3.709 12.310 6.506 113 H22' D33 10 2H2* D33 10 -8.913 10.098 4.526 114 H12' D33 10 1H2* D33 10 -7.842 11.509 4.690 115 H3' D33 10 H3* D33 10 -8.225 11.998 2.495 116 3H D33 10 3H D33 10 -3.922 10.032 7.663 117 H5' DA 11 1H5* A 11 -10.135 9.589 -0.084 118 H5'' DA 11 2H5* A 11 -10.896 8.005 -0.320 119 H4' DA 11 H4* A 11 -9.260 8.834 -2.165 120 H3' DA 11 H3* A 11 -9.875 6.255 -1.087 121 H2' DA 11 1H2* A 11 -7.824 5.549 -0.345 122 H2'' DA 11 2H2* A 11 -7.312 5.566 -2.047 123 H1' DA 11 H1* A 11 -6.115 7.479 -1.779 124 H8 DA 11 8H A 11 -7.541 6.386 1.687 125 H61 DA 11 2H6 A 11 -3.372 6.702 4.136 126 H62 DA 11 1H6 A 11 -1.756 7.218 3.709 127 H2 DA 11 2H A 11 -1.911 8.441 -0.600 128 H5' DA 12 1H5* A 12 -6.984 7.019 -4.669 129 H5'' DA 12 2H5* A 12 -7.658 6.039 -5.987 130 H4' DA 12 H4* A 12 -5.260 6.263 -6.362 131 H3' DA 12 H3* A 12 -6.602 3.724 -5.816 132 H2' DA 12 1H2* A 12 -5.040 2.713 -4.488 133 H2'' DA 12 2H2* A 12 -3.828 2.993 -5.758 134 H1' DA 12 H1* A 12 -2.907 4.734 -4.634 135 H8 DA 12 8H A 12 -5.832 3.312 -2.472 136 H61 DA 12 2H6 A 12 -3.453 3.196 1.739 137 H62 DA 12 1H6 A 12 -1.840 3.658 2.230 138 H2 DA 12 2H A 12 0.194 5.255 -1.433 139 H5' DA 13 1H5* A 13 -2.596 4.259 -7.140 140 H5'' DA 13 2H5* A 13 -2.377 3.667 -8.799 141 H4' DA 13 H4* A 13 -0.208 3.496 -7.850 142 H3' DA 13 H3* A 13 -1.776 1.079 -8.300 143 H2' DA 13 1H2* A 13 -1.317 -0.071 -6.373 144 H2'' DA 13 2H2* A 13 0.411 0.064 -6.762 145 H1' DA 13 H1* A 13 0.739 1.725 -5.258 146 H8 DA 13 8H A 13 -3.025 0.679 -4.965 147 H61 DA 13 2H6 A 13 -3.119 0.280 -0.134 148 H62 DA 13 1H6 A 13 -1.913 0.487 1.117 149 H2 DA 13 2H A 13 1.863 1.732 -0.945 150 H5' DT 14 1H5* T 14 2.915 1.392 -7.762 151 H5'' DT 14 2H5* T 14 3.577 0.409 -9.083 152 H4' DT 14 H4* T 14 5.095 0.352 -7.134 153 H3' DT 14 H3* T 14 3.784 -1.960 -8.367 154 H2' DT 14 1H2* T 14 3.348 -3.213 -6.505 155 H2'' DT 14 2H2* T 14 5.059 -3.074 -6.044 156 H1' DT 14 H1* T 14 4.611 -1.503 -4.475 157 H3 DT 14 3H T 14 1.400 -2.452 -1.512 158 H71 DT 14 1H7 T 14 -0.717 -2.864 -6.487 159 H72 DT 14 2H7 T 14 -1.680 -1.955 -5.303 160 H73 DT 14 3H7 T 14 -1.468 -3.703 -5.110 161 H6 DT 14 6H T 14 1.434 -2.148 -6.310 162 H5' DT 15 1H5* T 15 7.380 -2.616 -5.570 163 H5'' DT 15 2H5* T 15 8.446 -3.807 -6.342 164 H4' DT 15 H4* T 15 8.184 -4.278 -3.918 165 H3' DT 15 H3* T 15 7.500 -6.092 -6.134 166 H2' DT 15 1H2* T 15 5.704 -7.154 -5.178 167 H2'' DT 15 2H2* T 15 6.700 -7.499 -3.746 168 H1' DT 15 H1* T 15 5.783 -5.817 -2.552 169 H3 DT 15 3H T 15 1.342 -5.820 -2.185 170 H71 DT 15 1H7 T 15 2.530 -5.828 -7.459 171 H72 DT 15 2H7 T 15 1.473 -4.488 -6.966 172 H73 DT 15 3H7 T 15 0.882 -6.155 -6.872 173 H6 DT 15 6H T 15 4.294 -5.615 -5.973 174 H5' DA 16 1H5* A 16 9.067 -6.925 -1.886 175 H5'' DA 16 2H5* A 16 9.927 -8.461 -1.664 176 H4' DA 16 H4* A 16 8.428 -7.775 0.284 177 H3' DA 16 H3* A 16 8.760 -10.326 -1.064 178 H2' DA 16 1H2* A 16 6.548 -10.869 -1.391 179 H2'' DA 16 2H2* A 16 6.399 -10.912 0.377 180 H1' DA 16 H1* A 16 5.453 -8.846 0.505 181 H8 DA 16 8H A 16 5.631 -9.339 -3.379 182 H61 DA 16 2H6 A 16 0.865 -9.174 -4.160 183 H62 DA 16 1H6 A 16 -0.530 -9.091 -3.110 184 H2 DA 16 2H A 16 1.047 -8.916 1.082 185 H5' DA 17 1H5* A 17 8.081 -11.010 3.934 186 H5'' DA 17 2H5* A 17 8.013 -12.769 4.134 187 H4' DA 17 H4* A 17 5.966 -11.195 4.886 188 H3' DA 17 H3* A 17 6.242 -13.972 3.846 189 HO3' DA 17 H3T A 17 5.172 -14.376 5.802 190 H2' DA 17 1H2* A 17 4.197 -14.148 2.885 191 H2'' DA 17 2H2* A 17 3.415 -13.396 4.294 192 H1' DA 17 H1* A 17 3.291 -11.392 3.240 193 H8 DA 17 8H A 17 5.607 -12.943 0.508 194 H61 DA 17 2H6 A 17 2.338 -12.903 -3.095 195 H62 DA 17 1H6 A 17 0.633 -12.514 -3.166 196 H2 DA 17 2H A 17 -0.576 -11.280 0.960 Start of MODEL 11 1 H5' DT 1 1H5* T 1 -8.691 -14.510 -2.132 2 H5'' DT 1 2H5* T 1 -9.611 -13.073 -2.618 3 H4' DT 1 H4* T 1 -8.623 -13.052 -0.235 4 H3' DT 1 H3* T 1 -8.761 -11.032 -2.344 5 H2' DT 1 1H2* T 1 -6.721 -10.026 -2.103 6 H2'' DT 1 2H2* T 1 -7.014 -9.848 -0.359 7 H1' DT 1 H1* T 1 -5.620 -11.561 0.118 8 H3 DT 1 3H T 1 -1.610 -11.706 -1.831 9 H71 DT 1 1H7 T 1 -4.921 -10.574 -5.753 10 H72 DT 1 2H7 T 1 -4.836 -12.347 -5.878 11 H73 DT 1 3H7 T 1 -3.366 -11.371 -6.093 12 H6 DT 1 6H T 1 -6.081 -11.514 -3.574 13 HO5' DT 1 H5T T 1 -7.509 -14.146 -3.801 14 H5' DT 2 1H5* T 2 -7.807 -10.862 1.554 15 H5'' DT 2 2H5* T 2 -8.807 -9.948 2.700 16 H4' DT 2 H4* T 2 -6.672 -10.115 3.757 17 H3' DT 2 H3* T 2 -7.597 -7.566 2.653 18 H2' DT 2 1H2* T 2 -5.630 -6.778 1.794 19 H2'' DT 2 2H2* T 2 -4.889 -6.989 3.391 20 H1' DT 2 H1* T 2 -3.835 -8.897 2.783 21 H3 DT 2 3H T 2 -1.229 -8.404 -0.806 22 H71 DT 2 1H7 T 2 -6.330 -7.890 -2.413 23 H72 DT 2 2H7 T 2 -4.990 -7.958 -3.582 24 H73 DT 2 3H7 T 2 -5.389 -6.431 -2.770 25 H6 DT 2 6H T 2 -5.956 -7.949 -0.122 26 H5' DA 3 1H5* A 3 -4.270 -8.335 5.309 27 H5'' DA 3 2H5* A 3 -4.605 -7.615 6.898 28 H4' DA 3 H4* A 3 -2.240 -7.693 6.837 29 H3' DA 3 H3* A 3 -3.587 -5.127 6.403 30 H2' DA 3 1H2* A 3 -2.216 -4.206 4.829 31 H2'' DA 3 2H2* A 3 -0.819 -4.541 5.877 32 H1' DA 3 H1* A 3 -0.197 -6.322 4.627 33 H8 DA 3 8H A 3 -3.583 -5.293 2.954 34 H61 DA 3 2H6 A 3 -1.929 -5.025 -1.585 35 H62 DA 3 1H6 A 3 -0.345 -5.190 -2.305 36 H2 DA 3 2H A 3 2.479 -6.170 1.036 37 H5' DA 4 1H5* A 4 0.611 -4.822 8.710 38 H5'' DA 4 2H5* A 4 0.736 -3.221 9.463 39 H4' DA 4 H4* A 4 2.687 -3.949 7.927 40 H3' DA 4 H3* A 4 1.214 -1.405 8.184 41 H2' DA 4 1H2* A 4 1.289 -0.733 5.998 42 H2'' DA 4 2H2* A 4 3.044 -1.014 5.984 43 H1' DA 4 H1* A 4 2.834 -2.989 4.913 44 H8 DA 4 8H A 4 -1.023 -2.428 5.337 45 H61 DA 4 2H6 A 4 -2.045 -2.202 0.615 46 H62 DA 4 1H6 A 4 -1.067 -2.167 -0.835 47 H2 DA 4 2H A 4 3.202 -2.442 0.509 48 H5' DT 5 1H5* T 5 5.340 -1.054 6.466 49 H5'' DT 5 2H5* T 5 6.254 0.055 7.510 50 H4' DT 5 H4* T 5 6.917 0.578 5.261 51 H3' DT 5 H3* T 5 5.247 2.414 6.833 52 H2' DT 5 1H2* T 5 3.931 3.255 5.163 53 H2'' DT 5 2H2* T 5 5.397 3.647 4.235 54 H1' DT 5 H1* T 5 5.149 1.850 2.881 55 H3 DT 5 3H T 5 1.171 1.571 0.875 56 H71 DT 5 1H7 T 5 0.371 1.371 6.235 57 H72 DT 5 2H7 T 5 -0.543 0.203 5.251 58 H73 DT 5 3H7 T 5 -0.926 1.930 5.156 59 H6 DT 5 6H T 5 2.511 1.470 5.488 60 H5' DT 6 1H5* T 6 7.499 3.844 3.612 61 H5'' DT 6 2H5* T 6 8.705 5.114 3.909 62 H4' DT 6 H4* T 6 7.820 5.646 1.766 63 H3' DT 6 H3* T 6 7.110 7.267 4.093 64 H2' DT 6 1H2* T 6 4.879 7.584 3.660 65 H2'' DT 6 2H2* T 6 5.354 8.336 2.122 66 H1' DT 6 H1* T 6 4.894 6.468 0.906 67 H3 DT 6 3H T 6 0.647 5.151 1.116 68 H71 DT 6 1H7 T 6 2.572 5.303 6.173 69 H72 DT 6 2H7 T 6 1.723 3.807 5.729 70 H73 DT 6 3H7 T 6 0.824 5.330 5.854 71 H6 DT 6 6H T 6 4.038 5.738 4.472 72 H5' DT 7 1H5* T 7 6.325 8.198 0.152 73 H5'' DT 7 2H5* T 7 7.123 9.620 -0.550 74 H4' DT 7 H4* T 7 5.059 9.428 -1.743 75 H3' DT 7 H3* T 7 5.419 11.552 0.268 76 H2' DT 7 1H2* T 7 3.285 11.632 1.078 77 H2'' DT 7 2H2* T 7 2.690 11.847 -0.585 78 H1' DT 7 H1* T 7 2.090 9.657 -0.775 79 H3 DT 7 3H T 7 -0.877 8.420 2.307 80 H71 DT 7 1H7 T 7 3.556 10.210 4.860 81 H72 DT 7 2H7 T 7 2.763 8.770 5.538 82 H73 DT 7 3H7 T 7 1.961 10.354 5.638 83 H6 DT 7 6H T 7 3.619 10.092 2.601 84 H15' D33 8 2H5* D33 8 3.092 15.263 -3.447 85 H25' D33 8 1H5* D33 8 3.402 13.744 -4.309 86 H4' D33 8 H4* D33 8 0.941 15.115 -4.156 87 H1' D33 8 H1* D33 8 -0.389 11.933 -5.282 88 H55 D33 8 5H D33 8 0.458 9.437 -3.503 89 H22 D33 8 2H D33 8 2.786 11.622 -6.325 90 H44 D33 8 4H D33 8 2.519 7.810 -4.433 91 H22' D33 8 2H2* D33 8 -1.006 12.103 -3.109 92 H12' D33 8 1H2* D33 8 0.536 11.390 -2.601 93 H3' D33 8 H3* D33 8 1.202 13.433 -1.853 94 3H D33 8 3H D33 8 3.790 9.283 -6.098 95 H15' D33 9 2H5* D33 9 -2.934 11.626 -0.708 96 H25' D33 9 1H5* D33 9 -1.544 10.527 -0.633 97 H4' D33 9 H4* D33 9 -2.654 10.626 1.558 98 H1' D33 9 H1* D33 9 -0.410 12.012 3.729 99 H55 D33 9 5H D33 9 0.792 12.896 0.248 100 H22 D33 9 2H D33 9 1.452 13.735 4.362 101 H44 D33 9 4H D33 9 3.185 14.313 0.507 102 H22' D33 9 2H2* D33 9 -2.118 13.495 3.646 103 H12' D33 9 1H2* D33 9 -1.338 14.370 2.309 104 H3' D33 9 H3* D33 9 -2.820 13.453 0.839 105 3H D33 9 3H D33 9 3.407 14.713 3.029 106 H15' D33 10 2H5* D33 10 -7.908 11.904 1.094 107 H25' D33 10 1H5* D33 10 -6.328 11.209 0.683 108 H4' D33 10 H4* D33 10 -7.641 9.344 1.389 109 H1' D33 10 H1* D33 10 -6.932 8.332 4.506 110 H55 D33 10 5H D33 10 -5.382 11.822 4.327 111 H22 D33 10 2H D33 10 -6.034 8.514 6.927 112 H44 D33 10 4H D33 10 -3.886 12.190 6.656 113 H22' D33 10 2H2* D33 10 -8.961 9.298 4.867 114 H12' D33 10 1H2* D33 10 -8.244 10.919 5.043 115 H3' D33 10 H3* D33 10 -8.985 11.392 2.934 116 3H D33 10 3H D33 10 -4.417 10.125 8.079 117 H5' DA 11 1H5* A 11 -10.304 8.419 0.156 118 H5'' DA 11 2H5* A 11 -10.608 6.675 0.233 119 H4' DA 11 H4* A 11 -9.461 7.699 -1.920 120 H3' DA 11 H3* A 11 -9.424 5.155 -0.662 121 H2' DA 11 1H2* A 11 -7.246 4.901 -0.013 122 H2'' DA 11 2H2* A 11 -6.811 4.948 -1.737 123 H1' DA 11 H1* A 11 -5.925 7.017 -1.521 124 H8 DA 11 8H A 11 -7.501 6.271 1.986 125 H61 DA 11 2H6 A 11 -3.540 7.260 4.591 126 H62 DA 11 1H6 A 11 -1.937 7.830 4.182 127 H2 DA 11 2H A 11 -1.872 8.359 -0.271 128 H5' DA 12 1H5* A 12 -6.896 6.339 -4.210 129 H5'' DA 12 2H5* A 12 -7.490 5.340 -5.551 130 H4' DA 12 H4* A 12 -5.213 6.085 -6.064 131 H3' DA 12 H3* A 12 -6.094 3.362 -5.909 132 H2' DA 12 1H2* A 12 -4.566 2.448 -4.460 133 H2'' DA 12 2H2* A 12 -3.327 2.836 -5.674 134 H1' DA 12 H1* A 12 -2.549 4.595 -4.475 135 H8 DA 12 8H A 12 -5.358 2.833 -2.422 136 H61 DA 12 2H6 A 12 -3.076 2.870 1.856 137 H62 DA 12 1H6 A 12 -1.525 3.479 2.392 138 H2 DA 12 2H A 12 0.410 5.356 -1.186 139 H5' DA 13 1H5* A 13 -1.763 4.504 -7.950 140 H5'' DA 13 2H5* A 13 -1.712 3.393 -9.334 141 H4' DA 13 H4* A 13 0.545 3.695 -8.324 142 H3' DA 13 H3* A 13 -0.892 1.190 -8.752 143 H2' DA 13 1H2* A 13 -0.371 0.079 -6.818 144 H2'' DA 13 2H2* A 13 1.350 0.336 -7.181 145 H1' DA 13 H1* A 13 1.529 2.007 -5.665 146 H8 DA 13 8H A 13 -2.216 0.870 -5.495 147 H61 DA 13 2H6 A 13 -2.450 0.417 -0.681 148 H62 DA 13 1H6 A 13 -1.290 0.626 0.612 149 H2 DA 13 2H A 13 2.541 1.925 -1.321 150 H5' DT 14 1H5* T 14 3.673 1.270 -7.590 151 H5'' DT 14 2H5* T 14 4.398 0.383 -8.946 152 H4' DT 14 H4* T 14 5.639 -0.191 -6.938 153 H3' DT 14 H3* T 14 3.971 -2.129 -8.403 154 H2' DT 14 1H2* T 14 3.296 -3.425 -6.640 155 H2'' DT 14 2H2* T 14 4.989 -3.573 -6.118 156 H1' DT 14 H1* T 14 4.741 -2.020 -4.491 157 H3 DT 14 3H T 14 1.377 -2.573 -1.609 158 H71 DT 14 1H7 T 14 -0.699 -2.954 -6.557 159 H72 DT 14 2H7 T 14 -1.393 -1.566 -5.697 160 H73 DT 14 3H7 T 14 -1.680 -3.208 -5.094 161 H6 DT 14 6H T 14 1.539 -2.175 -6.396 162 H5' DT 15 1H5* T 15 7.743 -3.115 -5.777 163 H5'' DT 15 2H5* T 15 8.542 -4.570 -6.403 164 H4' DT 15 H4* T 15 8.375 -4.488 -3.876 165 H3' DT 15 H3* T 15 7.583 -6.630 -5.739 166 H2' DT 15 1H2* T 15 5.791 -7.462 -4.587 167 H2'' DT 15 2H2* T 15 6.799 -7.570 -3.126 168 H1' DT 15 H1* T 15 5.915 -5.686 -2.244 169 H3 DT 15 3H T 15 1.471 -5.857 -1.927 170 H71 DT 15 1H7 T 15 2.778 -5.747 -7.192 171 H72 DT 15 2H7 T 15 1.416 -4.732 -6.663 172 H73 DT 15 3H7 T 15 1.250 -6.495 -6.678 173 H6 DT 15 6H T 15 4.465 -5.713 -5.683 174 H5' DA 16 1H5* A 16 8.739 -7.187 -1.358 175 H5'' DA 16 2H5* A 16 9.744 -8.635 -1.151 176 H4' DA 16 H4* A 16 8.201 -8.386 0.761 177 H3' DA 16 H3* A 16 8.404 -10.671 -1.020 178 H2' DA 16 1H2* A 16 6.175 -11.048 -1.423 179 H2'' DA 16 2H2* A 16 6.002 -11.356 0.315 180 H1' DA 16 H1* A 16 5.132 -9.299 0.745 181 H8 DA 16 8H A 16 5.450 -9.285 -3.168 182 H61 DA 16 2H6 A 16 0.730 -8.680 -4.083 183 H62 DA 16 1H6 A 16 -0.692 -8.583 -3.067 184 H2 DA 16 2H A 16 0.739 -8.949 1.165 185 H5' DA 17 1H5* A 17 7.646 -12.010 3.845 186 H5'' DA 17 2H5* A 17 7.343 -13.756 3.827 187 H4' DA 17 H4* A 17 5.553 -11.997 4.836 188 H3' DA 17 H3* A 17 5.425 -14.678 3.539 189 HO3' DA 17 H3T A 17 4.613 -15.185 5.499 190 H2' DA 17 1H2* A 17 3.341 -14.515 2.671 191 H2'' DA 17 2H2* A 17 2.718 -13.749 4.153 192 H1' DA 17 H1* A 17 2.808 -11.704 3.180 193 H8 DA 17 8H A 17 5.007 -13.358 0.423 194 H61 DA 17 2H6 A 17 1.846 -12.875 -3.228 195 H62 DA 17 1H6 A 17 0.201 -12.286 -3.328 196 H2 DA 17 2H A 17 -0.972 -11.063 0.819 Start of MODEL 12 1 H5' DT 1 1H5* T 1 -8.216 -13.706 -2.818 2 H5'' DT 1 2H5* T 1 -9.668 -12.698 -2.651 3 H4' DT 1 H4* T 1 -8.484 -12.488 -0.572 4 H3' DT 1 H3* T 1 -8.592 -10.249 -2.491 5 H2' DT 1 1H2* T 1 -6.579 -9.268 -2.024 6 H2'' DT 1 2H2* T 1 -6.914 -9.364 -0.280 7 H1' DT 1 H1* T 1 -5.548 -11.148 -0.045 8 H3 DT 1 3H T 1 -1.474 -10.969 -1.851 9 H71 DT 1 1H7 T 1 -4.941 -9.545 -5.692 10 H72 DT 1 2H7 T 1 -4.164 -11.085 -6.131 11 H73 DT 1 3H7 T 1 -3.185 -9.609 -5.974 12 H6 DT 1 6H T 1 -5.884 -10.514 -3.701 13 HO5' DT 1 H5T T 1 -7.278 -11.711 -3.794 14 H5' DT 2 1H5* T 2 -7.740 -10.596 1.413 15 H5'' DT 2 2H5* T 2 -8.764 -9.832 2.643 16 H4' DT 2 H4* T 2 -6.661 -10.183 3.722 17 H3' DT 2 H3* T 2 -7.564 -7.504 3.026 18 H2' DT 2 1H2* T 2 -5.615 -6.627 2.197 19 H2'' DT 2 2H2* T 2 -4.863 -6.972 3.768 20 H1' DT 2 H1* T 2 -3.805 -8.821 3.011 21 H3 DT 2 3H T 2 -1.048 -7.987 -0.386 22 H71 DT 2 1H7 T 2 -6.081 -7.102 -2.118 23 H72 DT 2 2H7 T 2 -4.716 -7.241 -3.253 24 H73 DT 2 3H7 T 2 -4.993 -5.725 -2.374 25 H6 DT 2 6H T 2 -5.802 -7.522 0.136 26 H5' DA 3 1H5* A 3 -4.095 -8.571 5.334 27 H5'' DA 3 2H5* A 3 -4.253 -8.028 7.017 28 H4' DA 3 H4* A 3 -1.914 -8.014 6.664 29 H3' DA 3 H3* A 3 -3.353 -5.452 6.646 30 H2' DA 3 1H2* A 3 -2.142 -4.348 5.047 31 H2'' DA 3 2H2* A 3 -0.648 -4.761 5.920 32 H1' DA 3 H1* A 3 -0.140 -6.423 4.473 33 H8 DA 3 8H A 3 -3.624 -5.214 3.143 34 H61 DA 3 2H6 A 3 -2.251 -4.534 -1.457 35 H62 DA 3 1H6 A 3 -0.716 -4.661 -2.292 36 H2 DA 3 2H A 3 2.287 -5.983 0.761 37 H5' DA 4 1H5* A 4 0.803 -5.376 8.176 38 H5'' DA 4 2H5* A 4 1.052 -4.457 9.674 39 H4' DA 4 H4* A 4 2.878 -3.852 8.244 40 H3' DA 4 H3* A 4 0.713 -1.946 8.818 41 H2' DA 4 1H2* A 4 0.611 -0.881 6.800 42 H2'' DA 4 2H2* A 4 2.361 -0.588 6.894 43 H1' DA 4 H1* A 4 2.833 -2.263 5.454 44 H8 DA 4 8H A 4 -1.075 -2.555 5.751 45 H61 DA 4 2H6 A 4 -1.988 -2.290 1.000 46 H62 DA 4 1H6 A 4 -0.983 -2.048 -0.411 47 H2 DA 4 2H A 4 3.237 -1.729 1.073 48 H5' DT 5 1H5* T 5 4.941 -1.016 7.747 49 H5'' DT 5 2H5* T 5 5.681 0.267 8.725 50 H4' DT 5 H4* T 5 6.611 0.310 6.443 51 H3' DT 5 H3* T 5 5.235 2.489 7.778 52 H2' DT 5 1H2* T 5 3.857 3.205 6.089 53 H2'' DT 5 2H2* T 5 5.318 3.520 5.127 54 H1' DT 5 H1* T 5 5.060 1.641 3.885 55 H3 DT 5 3H T 5 1.183 1.582 1.697 56 H71 DT 5 1H7 T 5 0.115 1.387 7.013 57 H72 DT 5 2H7 T 5 -0.905 0.431 5.913 58 H73 DT 5 3H7 T 5 -1.034 2.197 5.929 59 H6 DT 5 6H T 5 2.281 1.510 6.374 60 H5' DT 6 1H5* T 6 7.198 2.950 3.833 61 H5'' DT 6 2H5* T 6 8.455 4.200 3.938 62 H4' DT 6 H4* T 6 7.517 4.423 1.743 63 H3' DT 6 H3* T 6 6.955 6.436 3.826 64 H2' DT 6 1H2* T 6 4.823 6.995 3.199 65 H2'' DT 6 2H2* T 6 5.405 7.274 1.542 66 H1' DT 6 H1* T 6 4.640 5.278 0.808 67 H3 DT 6 3H T 6 0.270 4.755 1.430 68 H71 DT 6 1H7 T 6 2.575 5.103 6.318 69 H72 DT 6 2H7 T 6 1.422 3.773 6.089 70 H73 DT 6 3H7 T 6 0.844 5.445 6.093 71 H6 DT 6 6H T 6 3.954 5.159 4.486 72 H5' DT 7 1H5* T 7 6.421 7.029 -0.656 73 H5'' DT 7 2H5* T 7 7.163 8.572 -1.121 74 H4' DT 7 H4* T 7 5.079 8.267 -2.377 75 H3' DT 7 H3* T 7 5.546 10.420 -0.409 76 H2' DT 7 1H2* T 7 3.413 10.616 0.386 77 H2'' DT 7 2H2* T 7 2.827 10.801 -1.284 78 H1' DT 7 H1* T 7 2.142 8.630 -1.400 79 H3 DT 7 3H T 7 -0.852 7.629 1.746 80 H71 DT 7 1H7 T 7 3.561 9.420 4.267 81 H72 DT 7 2H7 T 7 3.165 7.752 4.740 82 H73 DT 7 3H7 T 7 2.049 9.077 5.141 83 H6 DT 7 6H T 7 3.741 9.029 1.949 84 H15' D33 8 2H5* D33 8 3.391 14.098 -4.291 85 H25' D33 8 1H5* D33 8 3.644 12.538 -5.103 86 H4' D33 8 H4* D33 8 1.236 14.021 -4.995 87 H1' D33 8 H1* D33 8 -0.202 10.853 -6.060 88 H55 D33 8 5H D33 8 0.559 8.357 -4.284 89 H22 D33 8 2H D33 8 2.997 10.458 -7.071 90 H44 D33 8 4H D33 8 2.555 6.647 -5.214 91 H22' D33 8 2H2* D33 8 -0.787 11.046 -3.881 92 H12' D33 8 1H2* D33 8 0.760 10.332 -3.385 93 H3' D33 8 H3* D33 8 1.423 12.391 -2.663 94 3H D33 8 3H D33 8 3.898 8.075 -6.860 95 H15' D33 9 2H5* D33 9 -2.634 10.704 -1.449 96 H25' D33 9 1H5* D33 9 -1.239 9.616 -1.290 97 H4' D33 9 H4* D33 9 -2.359 9.803 0.878 98 H1' D33 9 H1* D33 9 -0.248 11.446 2.980 99 H55 D33 9 5H D33 9 1.164 12.005 -0.493 100 H22 D33 9 2H D33 9 1.577 13.238 3.558 101 H44 D33 9 4H D33 9 3.551 13.428 -0.218 102 H22' D33 9 2H2* D33 9 -1.879 12.997 2.684 103 H12' D33 9 1H2* D33 9 -1.108 13.622 1.209 104 H3' D33 9 H3* D33 9 -2.704 12.537 -0.012 105 3H D33 9 3H D33 9 3.611 14.084 2.259 106 H15' D33 10 2H5* D33 10 -6.676 11.083 0.078 107 H25' D33 10 1H5* D33 10 -5.312 10.283 0.885 108 H4' D33 10 H4* D33 10 -7.767 9.193 0.871 109 H1' D33 10 H1* D33 10 -7.282 8.013 4.203 110 H55 D33 10 5H D33 10 -5.473 11.401 4.192 111 H22 D33 10 2H D33 10 -5.240 7.396 5.620 112 H44 D33 10 4H D33 10 -3.326 11.192 5.963 113 H22' D33 10 2H2* D33 10 -8.840 9.641 4.419 114 H12' D33 10 1H2* D33 10 -7.573 10.879 4.555 115 H3' D33 10 H3* D33 10 -8.086 11.572 2.445 116 3H D33 10 3H D33 10 -3.354 8.740 6.704 117 H5' DA 11 1H5* A 11 -10.538 8.911 -0.245 118 H5'' DA 11 2H5* A 11 -11.027 7.212 -0.129 119 H4' DA 11 H4* A 11 -9.501 8.048 -2.152 120 H3' DA 11 H3* A 11 -9.880 5.535 -0.749 121 H2' DA 11 1H2* A 11 -7.735 4.925 -0.277 122 H2'' DA 11 2H2* A 11 -7.338 5.079 -2.002 123 H1' DA 11 H1* A 11 -6.234 7.011 -1.642 124 H8 DA 11 8H A 11 -7.822 6.224 1.855 125 H61 DA 11 2H6 A 11 -3.715 6.614 4.406 126 H62 DA 11 1H6 A 11 -2.061 6.991 3.978 127 H2 DA 11 2H A 11 -2.023 7.709 -0.446 128 H5' DA 12 1H5* A 12 -7.479 6.389 -4.366 129 H5'' DA 12 2H5* A 12 -7.881 5.319 -5.722 130 H4' DA 12 H4* A 12 -5.555 6.051 -5.945 131 H3' DA 12 H3* A 12 -6.427 3.300 -5.686 132 H2' DA 12 1H2* A 12 -4.934 2.534 -4.120 133 H2'' DA 12 2H2* A 12 -3.641 2.935 -5.273 134 H1' DA 12 H1* A 12 -3.072 4.832 -4.167 135 H8 DA 12 8H A 12 -5.960 3.375 -1.944 136 H61 DA 12 2H6 A 12 -3.462 3.344 2.209 137 H62 DA 12 1H6 A 12 -1.803 3.716 2.622 138 H2 DA 12 2H A 12 0.190 5.026 -1.171 139 H5' DA 13 1H5* A 13 -2.168 4.518 -6.489 140 H5'' DA 13 2H5* A 13 -2.006 4.115 -8.210 141 H4' DA 13 H4* A 13 0.223 3.996 -7.425 142 H3' DA 13 H3* A 13 -1.167 1.606 -8.130 143 H2' DA 13 1H2* A 13 -1.004 0.384 -6.186 144 H2'' DA 13 2H2* A 13 0.740 0.313 -6.520 145 H1' DA 13 H1* A 13 1.238 1.872 -4.948 146 H8 DA 13 8H A 13 -2.560 0.984 -4.699 147 H61 DA 13 2H6 A 13 -2.725 0.513 0.130 148 H62 DA 13 1H6 A 13 -1.530 0.680 1.398 149 H2 DA 13 2H A 13 2.302 1.849 -0.599 150 H5' DT 14 1H5* T 14 3.052 1.872 -6.884 151 H5'' DT 14 2H5* T 14 4.134 1.287 -8.164 152 H4' DT 14 H4* T 14 5.361 0.955 -6.148 153 H3' DT 14 H3* T 14 4.207 -1.338 -7.564 154 H2' DT 14 1H2* T 14 3.592 -2.633 -5.786 155 H2'' DT 14 2H2* T 14 5.243 -2.490 -5.142 156 H1' DT 14 H1* T 14 4.613 -0.953 -3.602 157 H3 DT 14 3H T 14 1.134 -2.022 -1.011 158 H71 DT 14 1H7 T 14 -0.472 -2.358 -6.174 159 H72 DT 14 2H7 T 14 -1.547 -1.445 -5.094 160 H73 DT 14 3H7 T 14 -1.362 -3.193 -4.880 161 H6 DT 14 6H T 14 1.646 -1.582 -5.769 162 H5' DT 15 1H5* T 15 7.519 -2.086 -4.928 163 H5'' DT 15 2H5* T 15 8.873 -3.012 -5.604 164 H4' DT 15 H4* T 15 8.556 -3.849 -3.377 165 H3' DT 15 H3* T 15 7.831 -5.474 -5.727 166 H2' DT 15 1H2* T 15 6.038 -6.591 -4.844 167 H2'' DT 15 2H2* T 15 7.039 -7.061 -3.452 168 H1' DT 15 H1* T 15 6.149 -5.469 -2.120 169 H3 DT 15 3H T 15 1.713 -5.454 -1.728 170 H71 DT 15 1H7 T 15 2.844 -5.188 -6.995 171 H72 DT 15 2H7 T 15 1.852 -3.827 -6.431 172 H73 DT 15 3H7 T 15 1.191 -5.470 -6.399 173 H6 DT 15 6H T 15 4.642 -5.018 -5.510 174 H5' DA 16 1H5* A 16 8.975 -6.750 -1.569 175 H5'' DA 16 2H5* A 16 9.904 -8.258 -1.462 176 H4' DA 16 H4* A 16 8.283 -8.069 0.412 177 H3' DA 16 H3* A 16 8.455 -10.238 -1.550 178 H2' DA 16 1H2* A 16 6.211 -10.595 -1.879 179 H2'' DA 16 2H2* A 16 6.071 -10.922 -0.141 180 H1' DA 16 H1* A 16 5.263 -8.855 0.335 181 H8 DA 16 8H A 16 5.525 -8.618 -3.573 182 H61 DA 16 2H6 A 16 0.817 -7.853 -4.370 183 H62 DA 16 1H6 A 16 -0.598 -7.842 -3.341 184 H2 DA 16 2H A 16 0.861 -8.622 0.826 185 H5' DA 17 1H5* A 17 7.825 -11.860 3.261 186 H5'' DA 17 2H5* A 17 7.629 -13.616 3.124 187 H4' DA 17 H4* A 17 5.787 -12.110 4.364 188 H3' DA 17 H3* A 17 5.755 -14.619 2.776 189 HO3' DA 17 H3T A 17 4.116 -14.358 4.967 190 H2' DA 17 1H2* A 17 3.672 -14.462 1.913 191 H2'' DA 17 2H2* A 17 3.004 -13.934 3.475 192 H1' DA 17 H1* A 17 2.959 -11.780 2.773 193 H8 DA 17 8H A 17 5.246 -12.944 -0.166 194 H61 DA 17 2H6 A 17 2.114 -12.011 -3.737 195 H62 DA 17 1H6 A 17 0.447 -11.481 -3.778 196 H2 DA 17 2H A 17 -0.820 -10.951 0.491 Start of MODEL 13 1 H5' DT 1 1H5* T 1 -8.334 -13.639 -3.107 2 H5'' DT 1 2H5* T 1 -9.256 -12.139 -3.319 3 H4' DT 1 H4* T 1 -8.355 -12.600 -0.947 4 H3' DT 1 H3* T 1 -8.410 -10.182 -2.597 5 H2' DT 1 1H2* T 1 -6.399 -9.257 -2.043 6 H2'' DT 1 2H2* T 1 -6.771 -9.458 -0.318 7 H1' DT 1 H1* T 1 -5.391 -11.239 -0.159 8 H3 DT 1 3H T 1 -1.290 -10.933 -1.889 9 H71 DT 1 1H7 T 1 -4.222 -8.813 -5.594 10 H72 DT 1 2H7 T 1 -4.495 -10.503 -6.076 11 H73 DT 1 3H7 T 1 -2.850 -9.825 -6.101 12 H6 DT 1 6H T 1 -5.673 -10.373 -3.775 13 HO5' DT 1 H5T T 1 -6.910 -12.930 -4.447 14 H5' DT 2 1H5* T 2 -7.592 -10.840 1.278 15 H5'' DT 2 2H5* T 2 -8.646 -10.182 2.543 16 H4' DT 2 H4* T 2 -6.585 -10.536 3.657 17 H3' DT 2 H3* T 2 -7.418 -7.817 2.982 18 H2' DT 2 1H2* T 2 -5.406 -6.935 2.345 19 H2'' DT 2 2H2* T 2 -4.740 -7.420 3.916 20 H1' DT 2 H1* T 2 -3.679 -9.218 3.044 21 H3 DT 2 3H T 2 -0.918 -8.231 -0.320 22 H71 DT 2 1H7 T 2 -5.903 -7.141 -1.984 23 H72 DT 2 2H7 T 2 -4.495 -6.957 -3.056 24 H73 DT 2 3H7 T 2 -4.928 -5.664 -1.920 25 H6 DT 2 6H T 2 -5.647 -7.675 0.294 26 H5' DA 3 1H5* A 3 -4.117 -8.911 5.628 27 H5'' DA 3 2H5* A 3 -4.258 -8.178 7.238 28 H4' DA 3 H4* A 3 -1.908 -8.241 6.771 29 H3' DA 3 H3* A 3 -3.380 -5.684 6.721 30 H2' DA 3 1H2* A 3 -2.148 -4.603 5.126 31 H2'' DA 3 2H2* A 3 -0.658 -5.035 5.996 32 H1' DA 3 H1* A 3 -0.190 -6.728 4.565 33 H8 DA 3 8H A 3 -3.645 -5.452 3.222 34 H61 DA 3 2H6 A 3 -2.204 -4.601 -1.332 35 H62 DA 3 1H6 A 3 -0.660 -4.720 -2.151 36 H2 DA 3 2H A 3 2.286 -6.214 0.873 37 H5' DA 4 1H5* A 4 0.788 -5.634 8.092 38 H5'' DA 4 2H5* A 4 1.066 -4.780 9.622 39 H4' DA 4 H4* A 4 2.931 -4.188 8.267 40 H3' DA 4 H3* A 4 0.809 -2.215 8.763 41 H2' DA 4 1H2* A 4 0.807 -1.150 6.738 42 H2'' DA 4 2H2* A 4 2.561 -0.908 6.892 43 H1' DA 4 H1* A 4 3.034 -2.604 5.472 44 H8 DA 4 8H A 4 -0.883 -2.817 5.643 45 H61 DA 4 2H6 A 4 -1.645 -2.439 0.880 46 H62 DA 4 1H6 A 4 -0.598 -2.185 -0.497 47 H2 DA 4 2H A 4 3.582 -1.982 1.112 48 H5' DT 5 1H5* T 5 4.767 -1.251 7.134 49 H5'' DT 5 2H5* T 5 5.612 -0.163 8.254 50 H4' DT 5 H4* T 5 6.359 0.401 6.021 51 H3' DT 5 H3* T 5 4.760 2.204 7.672 52 H2' DT 5 1H2* T 5 3.377 3.095 6.079 53 H2'' DT 5 2H2* T 5 4.818 3.573 5.153 54 H1' DT 5 H1* T 5 4.588 1.859 3.694 55 H3 DT 5 3H T 5 0.626 1.571 1.672 56 H71 DT 5 1H7 T 5 -0.260 1.446 6.996 57 H72 DT 5 2H7 T 5 -0.937 0.043 6.142 58 H73 DT 5 3H7 T 5 -1.588 1.662 5.830 59 H6 DT 5 6H T 5 1.946 1.379 6.289 60 H5' DT 6 1H5* T 6 7.003 3.352 4.209 61 H5'' DT 6 2H5* T 6 8.165 4.677 4.417 62 H4' DT 6 H4* T 6 7.303 4.792 2.145 63 H3' DT 6 H3* T 6 6.847 6.863 4.160 64 H2' DT 6 1H2* T 6 4.651 7.350 3.697 65 H2'' DT 6 2H2* T 6 5.159 7.758 2.042 66 H1' DT 6 H1* T 6 4.457 5.772 1.189 67 H3 DT 6 3H T 6 0.079 5.139 1.703 68 H71 DT 6 1H7 T 6 2.303 5.155 6.632 69 H72 DT 6 2H7 T 6 0.667 4.519 6.351 70 H73 DT 6 3H7 T 6 0.937 6.269 6.442 71 H6 DT 6 6H T 6 3.672 5.699 4.844 72 H5' DT 7 1H5* T 7 6.078 7.136 -0.123 73 H5'' DT 7 2H5* T 7 7.118 8.372 -0.862 74 H4' DT 7 H4* T 7 5.197 8.354 -2.253 75 H3' DT 7 H3* T 7 5.519 10.550 -0.307 76 H2' DT 7 1H2* T 7 3.324 10.975 0.146 77 H2'' DT 7 2H2* T 7 2.947 10.965 -1.591 78 H1' DT 7 H1* T 7 2.060 8.882 -1.443 79 H3 DT 7 3H T 7 -0.866 8.164 1.842 80 H71 DT 7 1H7 T 7 3.639 10.145 4.056 81 H72 DT 7 2H7 T 7 3.140 8.595 4.772 82 H73 DT 7 3H7 T 7 2.117 10.036 4.972 83 H6 DT 7 6H T 7 3.732 9.553 1.811 84 H15' D33 8 2H5* DID 8 3.899 13.916 -4.704 85 H25' D33 8 1H5* DID 8 4.086 12.234 -5.242 86 H4' D33 8 H4* DID 8 1.794 13.877 -5.548 87 H1' D33 8 H1* DID 8 0.190 10.759 -6.375 88 H55 D33 8 5H DID 8 0.505 8.462 -4.193 89 H22 D33 8 2H DID 8 3.375 9.909 -6.989 90 H44 D33 8 4H DID 8 2.416 6.486 -4.639 91 H22' D33 8 2H2* DID 8 -0.599 11.353 -4.341 92 H12' D33 8 1H2* DID 8 0.745 10.498 -3.558 93 H3' D33 8 H3* DID 8 1.696 12.493 -3.026 94 3H D33 8 3H DID 8 4.026 7.526 -6.335 95 H15' D33 9 2H5* DID 9 -2.765 11.642 -1.708 96 H25' D33 9 1H5* DID 9 -1.665 10.253 -1.805 97 H4' D33 9 H4* DID 9 -2.263 10.362 0.489 98 H1' D33 9 H1* DID 9 0.005 11.599 2.503 99 H55 D33 9 5H DID 9 1.279 12.637 -0.882 100 H22 D33 9 2H DID 9 1.858 13.342 3.272 101 H44 D33 9 4H DID 9 3.658 14.056 -0.528 102 H22' D33 9 2H2* DID 9 -1.593 13.208 2.577 103 H12' D33 9 1H2* DID 9 -0.890 14.069 1.190 104 H3' D33 9 H3* DID 9 -2.531 13.210 -0.147 105 3H D33 9 3H DID 9 3.828 14.375 2.008 106 H15' D33 10 2H5* DID 10 -7.046 11.723 0.246 107 H25' D33 10 1H5* DID 10 -5.554 10.793 0.500 108 H4' D33 10 H4* DID 10 -7.608 9.462 1.036 109 H1' D33 10 H1* DID 10 -7.121 8.782 4.446 110 H55 D33 10 5H DID 10 -5.411 12.192 3.861 111 H22 D33 10 2H DID 10 -5.444 8.729 6.338 112 H44 D33 10 4H DID 10 -3.492 12.493 5.867 113 H22' D33 10 2H2* DID 10 -8.854 10.244 4.495 114 H12' D33 10 1H2* DID 10 -7.751 11.639 4.441 115 H3' D33 10 H3* DID 10 -8.366 11.943 2.263 116 3H D33 10 3H DID 10 -3.666 10.333 7.235 117 H5' DA 11 1H5* A 11 -10.403 9.209 0.016 118 H5'' DA 11 2H5* A 11 -11.106 7.581 0.062 119 H4' DA 11 H4* A 11 -9.698 8.196 -2.027 120 H3' DA 11 H3* A 11 -10.029 5.780 -0.514 121 H2' DA 11 1H2* A 11 -7.875 5.231 0.023 122 H2'' DA 11 2H2* A 11 -7.535 5.131 -1.718 123 H1' DA 11 H1* A 11 -6.401 7.084 -1.697 124 H8 DA 11 8H A 11 -7.665 6.501 1.958 125 H61 DA 11 2H6 A 11 -3.422 7.303 4.154 126 H62 DA 11 1H6 A 11 -1.834 7.765 3.583 127 H2 DA 11 2H A 11 -2.167 8.225 -0.865 128 H5' DA 12 1H5* A 12 -7.804 6.197 -4.540 129 H5'' DA 12 2H5* A 12 -7.998 4.782 -5.592 130 H4' DA 12 H4* A 12 -5.694 5.808 -5.704 131 H3' DA 12 H3* A 12 -6.465 3.019 -5.226 132 H2' DA 12 1H2* A 12 -4.863 2.438 -3.697 133 H2'' DA 12 2H2* A 12 -3.618 2.991 -4.843 134 H1' DA 12 H1* A 12 -3.306 4.945 -3.742 135 H8 DA 12 8H A 12 -6.188 3.431 -1.548 136 H61 DA 12 2H6 A 12 -3.787 3.617 2.659 137 H62 DA 12 1H6 A 12 -2.142 4.025 3.091 138 H2 DA 12 2H A 12 -0.078 5.188 -0.712 139 H5' DA 13 1H5* A 13 -2.605 4.192 -6.926 140 H5'' DA 13 2H5* A 13 -2.326 3.509 -8.542 141 H4' DA 13 H4* A 13 -0.143 3.739 -7.604 142 H3' DA 13 H3* A 13 -1.341 1.121 -7.983 143 H2' DA 13 1H2* A 13 -0.796 0.095 -6.012 144 H2'' DA 13 2H2* A 13 0.912 0.444 -6.364 145 H1' DA 13 H1* A 13 0.980 2.143 -4.874 146 H8 DA 13 8H A 13 -2.743 0.922 -4.719 147 H61 DA 13 2H6 A 13 -2.963 0.414 0.092 148 H62 DA 13 1H6 A 13 -1.802 0.625 1.383 149 H2 DA 13 2H A 13 2.011 1.983 -0.541 150 H5' DT 14 1H5* T 14 3.254 1.812 -7.289 151 H5'' DT 14 2H5* T 14 4.105 0.774 -8.451 152 H4' DT 14 H4* T 14 5.325 0.914 -6.280 153 H3' DT 14 H3* T 14 4.377 -1.501 -7.646 154 H2' DT 14 1H2* T 14 3.739 -2.748 -5.840 155 H2'' DT 14 2H2* T 14 5.350 -2.502 -5.133 156 H1' DT 14 H1* T 14 4.595 -0.925 -3.695 157 H3 DT 14 3H T 14 1.184 -2.264 -1.157 158 H71 DT 14 1H7 T 14 -0.469 -2.253 -6.327 159 H72 DT 14 2H7 T 14 -1.620 -1.722 -5.080 160 H73 DT 14 3H7 T 14 -1.165 -3.430 -5.194 161 H6 DT 14 6H T 14 1.664 -1.631 -5.896 162 H5' DT 15 1H5* T 15 7.906 -2.228 -4.672 163 H5'' DT 15 2H5* T 15 9.006 -3.341 -5.508 164 H4' DT 15 H4* T 15 8.680 -4.076 -3.182 165 H3' DT 15 H3* T 15 7.889 -5.629 -5.572 166 H2' DT 15 1H2* T 15 6.110 -6.749 -4.665 167 H2'' DT 15 2H2* T 15 7.127 -7.223 -3.285 168 H1' DT 15 H1* T 15 6.259 -5.622 -1.946 169 H3 DT 15 3H T 15 1.822 -5.626 -1.536 170 H71 DT 15 1H7 T 15 2.958 -5.143 -6.798 171 H72 DT 15 2H7 T 15 1.887 -3.874 -6.170 172 H73 DT 15 3H7 T 15 1.324 -5.552 -6.228 173 H6 DT 15 6H T 15 4.738 -5.085 -5.318 174 H5' DA 16 1H5* A 16 8.602 -6.941 -1.555 175 H5'' DA 16 2H5* A 16 9.887 -8.161 -1.429 176 H4' DA 16 H4* A 16 8.445 -8.659 0.392 177 H3' DA 16 H3* A 16 8.522 -10.403 -1.929 178 H2' DA 16 1H2* A 16 6.280 -10.751 -2.254 179 H2'' DA 16 2H2* A 16 6.221 -11.443 -0.622 180 H1' DA 16 H1* A 16 5.317 -9.575 0.285 181 H8 DA 16 8H A 16 5.572 -8.718 -3.531 182 H61 DA 16 2H6 A 16 0.888 -7.721 -4.187 183 H62 DA 16 1H6 A 16 -0.513 -7.760 -3.143 184 H2 DA 16 2H A 16 0.950 -9.054 0.892 185 H5' DA 17 1H5* A 17 7.991 -12.585 2.709 186 H5'' DA 17 2H5* A 17 7.783 -14.312 2.369 187 H4' DA 17 H4* A 17 6.102 -13.030 4.006 188 H3' DA 17 H3* A 17 5.884 -15.290 2.113 189 HO3' DA 17 H3T A 17 4.939 -16.220 3.966 190 H2' DA 17 1H2* A 17 3.749 -15.014 1.418 191 H2'' DA 17 2H2* A 17 3.195 -14.707 3.079 192 H1' DA 17 H1* A 17 3.086 -12.485 2.661 193 H8 DA 17 8H A 17 5.217 -13.380 -0.492 194 H61 DA 17 2H6 A 17 2.021 -11.907 -3.805 195 H62 DA 17 1H6 A 17 0.397 -11.264 -3.721 196 H2 DA 17 2H A 17 -0.663 -11.053 0.625 Start of MODEL 14 1 H5' DT 1 1H5* T 1 -7.782 -14.023 -3.123 2 H5'' DT 1 2H5* T 1 -9.157 -12.909 -2.984 3 H4' DT 1 H4* T 1 -8.006 -13.133 -0.805 4 H3' DT 1 H3* T 1 -8.349 -10.648 -2.332 5 H2' DT 1 1H2* T 1 -6.406 -9.572 -1.785 6 H2'' DT 1 2H2* T 1 -6.689 -9.920 -0.065 7 H1' DT 1 H1* T 1 -5.166 -11.587 -0.076 8 H3 DT 1 3H T 1 -1.160 -10.890 -1.909 9 H71 DT 1 1H7 T 1 -4.388 -8.753 -5.381 10 H72 DT 1 2H7 T 1 -4.497 -10.429 -5.964 11 H73 DT 1 3H7 T 1 -2.930 -9.586 -5.970 12 H6 DT 1 6H T 1 -5.639 -10.483 -3.603 13 HO5' DT 1 H5T T 1 -8.245 -11.649 -4.367 14 H5' DT 2 1H5* T 2 -7.349 -11.384 1.513 15 H5'' DT 2 2H5* T 2 -8.389 -10.844 2.841 16 H4' DT 2 H4* T 2 -6.241 -11.070 3.836 17 H3' DT 2 H3* T 2 -7.344 -8.410 3.328 18 H2' DT 2 1H2* T 2 -5.453 -7.322 2.639 19 H2'' DT 2 2H2* T 2 -4.657 -7.825 4.143 20 H1' DT 2 H1* T 2 -3.499 -9.471 3.122 21 H3 DT 2 3H T 2 -1.043 -8.171 -0.358 22 H71 DT 2 1H7 T 2 -6.195 -7.355 -1.654 23 H72 DT 2 2H7 T 2 -4.884 -7.117 -2.834 24 H73 DT 2 3H7 T 2 -5.270 -5.842 -1.662 25 H6 DT 2 6H T 2 -5.750 -7.978 0.558 26 H5' DA 3 1H5* A 3 -3.668 -9.355 5.771 27 H5'' DA 3 2H5* A 3 -3.985 -8.761 7.415 28 H4' DA 3 H4* A 3 -1.654 -8.433 7.164 29 H3' DA 3 H3* A 3 -3.435 -6.097 6.906 30 H2' DA 3 1H2* A 3 -2.239 -4.904 5.361 31 H2'' DA 3 2H2* A 3 -0.781 -5.101 6.356 32 H1' DA 3 H1* A 3 0.029 -6.749 5.041 33 H8 DA 3 8H A 3 -3.438 -5.916 3.413 34 H61 DA 3 2H6 A 3 -1.793 -5.180 -1.076 35 H62 DA 3 1H6 A 3 -0.200 -5.193 -1.800 36 H2 DA 3 2H A 3 2.675 -6.254 1.470 37 H5' DA 4 1H5* A 4 0.827 -5.620 8.758 38 H5'' DA 4 2H5* A 4 0.932 -4.212 9.838 39 H4' DA 4 H4* A 4 2.852 -4.400 8.190 40 H3' DA 4 H3* A 4 1.101 -2.113 8.784 41 H2' DA 4 1H2* A 4 0.958 -1.205 6.690 42 H2'' DA 4 2H2* A 4 2.734 -1.198 6.594 43 H1' DA 4 H1* A 4 2.781 -3.050 5.293 44 H8 DA 4 8H A 4 -1.091 -2.978 5.903 45 H61 DA 4 2H6 A 4 -2.348 -2.516 1.251 46 H62 DA 4 1H6 A 4 -1.443 -2.284 -0.229 47 H2 DA 4 2H A 4 2.888 -2.223 0.927 48 H5' DT 5 1H5* T 5 4.857 -1.370 7.071 49 H5'' DT 5 2H5* T 5 6.004 -0.411 8.026 50 H4' DT 5 H4* T 5 6.431 0.253 5.784 51 H3' DT 5 H3* T 5 5.011 2.069 7.588 52 H2' DT 5 1H2* T 5 3.458 2.913 6.131 53 H2'' DT 5 2H2* T 5 4.793 3.425 5.075 54 H1' DT 5 H1* T 5 4.516 1.682 3.661 55 H3 DT 5 3H T 5 0.469 1.510 1.820 56 H71 DT 5 1H7 T 5 -0.203 1.249 7.175 57 H72 DT 5 2H7 T 5 -0.909 -0.132 6.311 58 H73 DT 5 3H7 T 5 -1.575 1.491 6.069 59 H6 DT 5 6H T 5 1.983 1.201 6.372 60 H5' DT 6 1H5* T 6 6.626 2.865 3.737 61 H5'' DT 6 2H5* T 6 8.056 3.907 3.875 62 H4' DT 6 H4* T 6 7.327 4.274 1.651 63 H3' DT 6 H3* T 6 6.864 6.336 3.657 64 H2' DT 6 1H2* T 6 4.725 6.951 3.109 65 H2'' DT 6 2H2* T 6 5.319 7.337 1.479 66 H1' DT 6 H1* T 6 4.495 5.425 0.585 67 H3 DT 6 3H T 6 0.093 4.975 1.108 68 H71 DT 6 1H7 T 6 2.335 4.783 6.021 69 H72 DT 6 2H7 T 6 0.645 4.302 5.744 70 H73 DT 6 3H7 T 6 1.075 6.018 5.856 71 H6 DT 6 6H T 6 3.727 5.296 4.235 72 H5' DT 7 1H5* T 7 6.289 7.142 -0.855 73 H5'' DT 7 2H5* T 7 7.113 8.666 -1.242 74 H4' DT 7 H4* T 7 4.975 8.549 -2.449 75 H3' DT 7 H3* T 7 5.629 10.568 -0.393 76 H2' DT 7 1H2* T 7 3.522 10.888 0.438 77 H2'' DT 7 2H2* T 7 2.924 11.157 -1.216 78 H1' DT 7 H1* T 7 2.095 9.046 -1.376 79 H3 DT 7 3H T 7 -0.873 8.118 1.805 80 H71 DT 7 1H7 T 7 3.749 9.456 4.257 81 H72 DT 7 2H7 T 7 3.119 7.865 4.751 82 H73 DT 7 3H7 T 7 2.211 9.342 5.147 83 H6 DT 7 6H T 7 3.803 9.216 1.941 84 H15' D33 8 2H5* D33 8 3.759 14.439 -4.271 85 H25' D33 8 1H5* D33 8 3.878 12.808 -4.962 86 H4' D33 8 H4* D33 8 1.598 14.503 -4.958 87 H1' D33 8 H1* D33 8 -0.076 11.458 -5.961 88 H55 D33 8 5H D33 8 0.341 8.967 -4.111 89 H22 D33 8 2H D33 8 3.131 10.726 -6.804 90 H44 D33 8 4H D33 8 2.193 7.034 -4.889 91 H22' D33 8 2H2* D33 8 -0.703 11.815 -3.820 92 H12' D33 8 1H2* D33 8 0.722 10.929 -3.237 93 H3' D33 8 H3* D33 8 1.641 12.909 -2.576 94 3H D33 8 3H D33 8 3.758 8.265 -6.499 95 H15' D33 9 2H5* D33 9 -2.583 12.057 -1.075 96 H25' D33 9 1H5* D33 9 -1.538 10.633 -1.232 97 H4' D33 9 H4* D33 9 -2.230 10.756 1.078 98 H1' D33 9 H1* D33 9 0.260 11.510 3.098 99 H55 D33 9 5H D33 9 1.503 12.698 -0.272 100 H22 D33 9 2H D33 9 2.332 12.904 3.891 101 H44 D33 9 4H D33 9 4.056 13.776 0.089 102 H22' D33 9 2H2* D33 9 -1.218 13.211 3.314 103 H12' D33 9 1H2* D33 9 -0.360 14.160 2.080 104 H3' D33 9 H3* D33 9 -1.947 13.646 0.525 105 3H D33 9 3H D33 9 4.364 13.821 2.634 106 H15' D33 10 2H5* D33 10 -7.278 12.353 0.617 107 H25' D33 10 1H5* D33 10 -6.026 11.268 -0.021 108 H4' D33 10 H4* D33 10 -7.767 9.823 0.750 109 H1' D33 10 H1* D33 10 -7.016 8.373 3.705 110 H55 D33 10 5H D33 10 -5.138 11.732 4.063 111 H22 D33 10 2H D33 10 -5.237 7.673 5.351 112 H44 D33 10 4H D33 10 -3.079 11.309 5.901 113 H22' D33 10 2H2* D33 10 -8.638 9.828 4.350 114 H12' D33 10 1H2* D33 10 -7.469 11.156 4.540 115 H3' D33 10 H3* D33 10 -8.233 12.028 2.572 116 3H D33 10 3H D33 10 -3.303 8.842 6.549 117 H5' DA 11 1H5* A 11 -10.459 9.501 -0.497 118 H5'' DA 11 2H5* A 11 -10.877 7.785 -0.354 119 H4' DA 11 H4* A 11 -9.626 8.694 -2.528 120 H3' DA 11 H3* A 11 -9.781 6.158 -1.143 121 H2' DA 11 1H2* A 11 -7.595 5.580 -0.898 122 H2'' DA 11 2H2* A 11 -7.360 5.805 -2.646 123 H1' DA 11 H1* A 11 -6.218 7.725 -2.268 124 H8 DA 11 8H A 11 -7.730 6.861 1.234 125 H61 DA 11 2H6 A 11 -3.601 7.220 3.736 126 H62 DA 11 1H6 A 11 -1.957 7.632 3.303 127 H2 DA 11 2H A 11 -1.981 8.487 -1.098 128 H5' DA 12 1H5* A 12 -7.882 6.488 -5.278 129 H5'' DA 12 2H5* A 12 -8.142 5.067 -6.308 130 H4' DA 12 H4* A 12 -5.787 5.971 -6.412 131 H3' DA 12 H3* A 12 -6.697 3.227 -5.878 132 H2' DA 12 1H2* A 12 -5.097 2.608 -4.359 133 H2'' DA 12 2H2* A 12 -3.845 3.094 -5.524 134 H1' DA 12 H1* A 12 -3.460 5.062 -4.475 135 H8 DA 12 8H A 12 -6.336 3.697 -2.181 136 H61 DA 12 2H6 A 12 -3.762 3.704 1.924 137 H62 DA 12 1H6 A 12 -2.085 4.036 2.299 138 H2 DA 12 2H A 12 -0.116 5.144 -1.570 139 H5' DA 13 1H5* A 13 -2.613 4.505 -6.763 140 H5'' DA 13 2H5* A 13 -2.255 3.919 -8.400 141 H4' DA 13 H4* A 13 -0.119 4.056 -7.350 142 H3' DA 13 H3* A 13 -1.343 1.457 -7.862 143 H2' DA 13 1H2* A 13 -0.800 0.354 -5.932 144 H2'' DA 13 2H2* A 13 0.906 0.744 -6.239 145 H1' DA 13 H1* A 13 0.919 2.395 -4.695 146 H8 DA 13 8H A 13 -2.799 1.139 -4.594 147 H61 DA 13 2H6 A 13 -3.008 0.467 0.210 148 H62 DA 13 1H6 A 13 -1.840 0.631 1.504 149 H2 DA 13 2H A 13 1.974 2.022 -0.399 150 H5' DT 14 1H5* T 14 3.122 1.982 -6.618 151 H5'' DT 14 2H5* T 14 3.961 1.301 -8.026 152 H4' DT 14 H4* T 14 5.329 0.850 -6.075 153 H3' DT 14 H3* T 14 4.008 -1.253 -7.634 154 H2' DT 14 1H2* T 14 3.448 -2.700 -5.953 155 H2'' DT 14 2H2* T 14 5.136 -2.673 -5.401 156 H1' DT 14 H1* T 14 4.663 -1.275 -3.686 157 H3 DT 14 3H T 14 1.303 -2.332 -0.947 158 H71 DT 14 1H7 T 14 -0.627 -2.240 -6.015 159 H72 DT 14 2H7 T 14 -1.647 -1.533 -4.742 160 H73 DT 14 3H7 T 14 -1.385 -3.284 -4.792 161 H6 DT 14 6H T 14 1.545 -1.674 -5.702 162 H5' DT 15 1H5* T 15 7.313 -1.985 -4.877 163 H5'' DT 15 2H5* T 15 8.643 -2.939 -5.559 164 H4' DT 15 H4* T 15 8.378 -3.609 -3.243 165 H3' DT 15 H3* T 15 7.783 -5.404 -5.503 166 H2' DT 15 1H2* T 15 6.063 -6.590 -4.568 167 H2'' DT 15 2H2* T 15 7.087 -6.916 -3.151 168 H1' DT 15 H1* T 15 6.077 -5.320 -1.908 169 H3 DT 15 3H T 15 1.649 -5.673 -1.545 170 H71 DT 15 1H7 T 15 2.850 -4.994 -6.794 171 H72 DT 15 2H7 T 15 1.334 -4.315 -6.157 172 H73 DT 15 3H7 T 15 1.501 -6.066 -6.369 173 H6 DT 15 6H T 15 4.569 -5.094 -5.318 174 H5' DA 16 1H5* A 16 8.477 -6.523 -1.286 175 H5'' DA 16 2H5* A 16 9.763 -7.738 -1.150 176 H4' DA 16 H4* A 16 8.221 -8.263 0.601 177 H3' DA 16 H3* A 16 8.502 -9.995 -1.721 178 H2' DA 16 1H2* A 16 6.288 -10.413 -2.161 179 H2'' DA 16 2H2* A 16 6.171 -11.133 -0.545 180 H1' DA 16 H1* A 16 5.191 -9.298 0.359 181 H8 DA 16 8H A 16 5.493 -8.370 -3.433 182 H61 DA 16 2H6 A 16 0.771 -7.568 -4.171 183 H62 DA 16 1H6 A 16 -0.650 -7.732 -3.161 184 H2 DA 16 2H A 16 0.794 -9.083 0.858 185 H5' DA 17 1H5* A 17 7.598 -11.777 3.073 186 H5'' DA 17 2H5* A 17 7.818 -13.513 2.793 187 H4' DA 17 H4* A 17 5.873 -12.731 4.376 188 H3' DA 17 H3* A 17 6.166 -14.879 2.405 189 HO3' DA 17 H3T A 17 4.532 -15.481 4.430 190 H2' DA 17 1H2* A 17 4.105 -14.921 1.476 191 H2'' DA 17 2H2* A 17 3.345 -14.883 3.082 192 H1' DA 17 H1* A 17 2.814 -12.699 2.805 193 H8 DA 17 8H A 17 5.312 -13.152 -0.181 194 H61 DA 17 2H6 A 17 2.312 -11.602 -3.656 195 H62 DA 17 1H6 A 17 0.652 -11.045 -3.659 196 H2 DA 17 2H A 17 -0.754 -11.201 0.589 Start of MODEL 15 1 H5' DT 1 1H5* T 1 -8.473 -15.354 -1.646 2 H5'' DT 1 2H5* T 1 -9.683 -14.095 -1.961 3 H4' DT 1 H4* T 1 -8.492 -13.754 0.222 4 H3' DT 1 H3* T 1 -8.739 -11.869 -2.018 5 H2' DT 1 1H2* T 1 -6.725 -10.807 -1.863 6 H2'' DT 1 2H2* T 1 -6.965 -10.568 -0.119 7 H1' DT 1 H1* T 1 -5.536 -12.241 0.375 8 H3 DT 1 3H T 1 -1.579 -12.297 -1.682 9 H71 DT 1 1H7 T 1 -5.131 -11.520 -5.531 10 H72 DT 1 2H7 T 1 -4.790 -13.264 -5.628 11 H73 DT 1 3H7 T 1 -3.485 -12.087 -5.900 12 H6 DT 1 6H T 1 -6.100 -12.346 -3.304 13 HO5' DT 1 H5T T 1 -8.665 -13.844 -3.762 14 H5' DT 2 1H5* T 2 -7.695 -11.563 1.855 15 H5'' DT 2 2H5* T 2 -8.713 -10.635 2.973 16 H4' DT 2 H4* T 2 -6.564 -10.816 4.034 17 H3' DT 2 H3* T 2 -7.610 -8.283 3.081 18 H2' DT 2 1H2* T 2 -5.757 -7.457 2.007 19 H2'' DT 2 2H2* T 2 -4.930 -7.506 3.577 20 H1' DT 2 H1* T 2 -3.788 -9.402 3.072 21 H3 DT 2 3H T 2 -1.179 -8.781 -0.499 22 H71 DT 2 1H7 T 2 -6.263 -8.703 -2.190 23 H72 DT 2 2H7 T 2 -4.902 -8.526 -3.324 24 H73 DT 2 3H7 T 2 -5.530 -7.109 -2.456 25 H6 DT 2 6H T 2 -5.936 -8.641 0.138 26 H5' DA 3 1H5* A 3 -4.100 -8.915 5.507 27 H5'' DA 3 2H5* A 3 -4.286 -8.213 7.127 28 H4' DA 3 H4* A 3 -1.934 -8.240 6.791 29 H3' DA 3 H3* A 3 -3.383 -5.694 6.599 30 H2' DA 3 1H2* A 3 -2.198 -4.703 4.915 31 H2'' DA 3 2H2* A 3 -0.698 -5.019 5.816 32 H1' DA 3 H1* A 3 -0.157 -6.781 4.507 33 H8 DA 3 8H A 3 -3.657 -5.788 3.047 34 H61 DA 3 2H6 A 3 -2.204 -5.313 -1.554 35 H62 DA 3 1H6 A 3 -0.647 -5.412 -2.348 36 H2 DA 3 2H A 3 2.342 -6.400 0.848 37 H5' DA 4 1H5* A 4 0.784 -5.675 7.856 38 H5'' DA 4 2H5* A 4 1.244 -4.707 9.274 39 H4' DA 4 H4* A 4 2.988 -4.361 7.661 40 H3' DA 4 H3* A 4 1.069 -2.226 8.310 41 H2' DA 4 1H2* A 4 0.902 -1.247 6.247 42 H2'' DA 4 2H2* A 4 2.673 -1.110 6.196 43 H1' DA 4 H1* A 4 2.891 -2.903 4.838 44 H8 DA 4 8H A 4 -1.012 -2.911 5.323 45 H61 DA 4 2H6 A 4 -2.114 -2.684 0.601 46 H62 DA 4 1H6 A 4 -1.154 -2.509 -0.851 47 H2 DA 4 2H A 4 3.130 -2.380 0.450 48 H5' DT 5 1H5* T 5 4.991 -1.189 6.573 49 H5'' DT 5 2H5* T 5 5.906 -0.267 7.782 50 H4' DT 5 H4* T 5 6.641 0.602 5.684 51 H3' DT 5 H3* T 5 4.929 2.184 7.432 52 H2' DT 5 1H2* T 5 3.508 3.122 5.896 53 H2'' DT 5 2H2* T 5 4.927 3.750 5.030 54 H1' DT 5 H1* T 5 4.785 2.160 3.425 55 H3 DT 5 3H T 5 0.852 1.593 1.383 56 H71 DT 5 1H7 T 5 0.075 1.155 6.730 57 H72 DT 5 2H7 T 5 -0.803 0.001 5.695 58 H73 DT 5 3H7 T 5 -1.246 1.716 5.682 59 H6 DT 5 6H T 5 2.189 1.405 5.994 60 H5' DT 6 1H5* T 6 7.209 3.685 3.973 61 H5'' DT 6 2H5* T 6 8.241 5.071 4.376 62 H4' DT 6 H4* T 6 7.505 5.298 2.060 63 H3' DT 6 H3* T 6 6.845 7.177 4.198 64 H2' DT 6 1H2* T 6 4.649 7.594 3.673 65 H2'' DT 6 2H2* T 6 5.198 8.149 2.078 66 H1' DT 6 H1* T 6 4.614 6.214 1.051 67 H3 DT 6 3H T 6 0.274 5.289 1.405 68 H71 DT 6 1H7 T 6 2.377 5.035 6.369 69 H72 DT 6 2H7 T 6 0.767 4.379 6.001 70 H73 DT 6 3H7 T 6 0.986 6.123 6.239 71 H6 DT 6 6H T 6 3.758 5.821 4.668 72 H5' DT 7 1H5* T 7 5.938 8.068 -0.288 73 H5'' DT 7 2H5* T 7 6.952 9.497 -0.583 74 H4' DT 7 H4* T 7 4.933 9.770 -1.890 75 H3' DT 7 H3* T 7 5.550 11.466 0.441 76 H2' DT 7 1H2* T 7 3.429 11.872 1.181 77 H2'' DT 7 2H2* T 7 2.933 12.315 -0.467 78 H1' DT 7 H1* T 7 1.925 10.312 -0.789 79 H3 DT 7 3H T 7 -0.942 8.895 2.313 80 H71 DT 7 1H7 T 7 3.586 10.316 4.845 81 H72 DT 7 2H7 T 7 3.213 8.599 5.128 82 H73 DT 7 3H7 T 7 2.112 9.859 5.731 83 H6 DT 7 6H T 7 3.692 10.155 2.492 84 H15' D33 8 2H5* D33 8 3.901 15.639 -3.280 85 H25' D33 8 1H5* D33 8 4.075 14.045 -4.041 86 H4' D33 8 H4* D33 8 1.793 15.772 -4.089 87 H1' D33 8 H1* D33 8 0.240 12.911 -5.610 88 H55 D33 8 5H D33 8 0.422 10.191 -4.092 89 H22 D33 8 2H D33 8 3.532 12.224 -6.166 90 H44 D33 8 4H D33 8 2.350 8.337 -4.877 91 H22' D33 8 2H2* D33 8 -0.597 13.011 -3.505 92 H12' D33 8 1H2* D33 8 0.758 12.028 -2.913 93 H3' D33 8 H3* D33 8 1.644 13.882 -1.924 94 3H D33 8 3H D33 8 4.119 9.736 -6.089 95 H15' D33 9 2H5* D33 9 -2.758 12.720 -0.914 96 H25' D33 9 1H5* D33 9 -1.558 11.436 -1.130 97 H4' D33 9 H4* D33 9 -2.468 11.255 1.113 98 H1' D33 9 H1* D33 9 -0.224 11.901 3.409 99 H55 D33 9 5H D33 9 1.240 13.533 0.335 100 H22 D33 9 2H D33 9 1.667 13.312 4.553 101 H44 D33 9 4H D33 9 3.662 14.719 1.061 102 H22' D33 9 2H2* D33 9 -1.820 13.483 3.679 103 H12' D33 9 1H2* D33 9 -0.921 14.618 2.649 104 H3' D33 9 H3* D33 9 -2.329 14.204 0.899 105 3H D33 9 3H D33 9 3.737 14.486 3.611 106 H15' D33 10 2H5* D33 10 -6.925 11.733 0.007 107 H25' D33 10 1H5* D33 10 -5.410 10.890 0.389 108 H4' D33 10 H4* D33 10 -7.508 9.502 0.759 109 H1' D33 10 H1* D33 10 -7.017 8.694 4.159 110 H55 D33 10 5H D33 10 -5.503 12.214 3.789 111 H22 D33 10 2H D33 10 -5.196 8.540 5.921 112 H44 D33 10 4H D33 10 -3.508 12.454 5.727 113 H22' D33 10 2H2* D33 10 -8.781 10.121 4.246 114 H12' D33 10 1H2* D33 10 -7.700 11.534 4.250 115 H3' D33 10 H3* D33 10 -8.310 11.913 2.083 116 3H D33 10 3H D33 10 -3.473 10.168 6.884 117 H5' DA 11 1H5* A 11 -10.269 9.166 -0.309 118 H5'' DA 11 2H5* A 11 -10.727 7.454 -0.404 119 H4' DA 11 H4* A 11 -9.311 8.446 -2.360 120 H3' DA 11 H3* A 11 -9.384 5.872 -1.038 121 H2' DA 11 1H2* A 11 -7.178 5.446 -0.659 122 H2'' DA 11 2H2* A 11 -6.842 5.734 -2.381 123 H1' DA 11 H1* A 11 -5.890 7.728 -1.893 124 H8 DA 11 8H A 11 -7.463 6.546 1.486 125 H61 DA 11 2H6 A 11 -3.533 7.306 4.227 126 H62 DA 11 1H6 A 11 -1.941 7.956 3.899 127 H2 DA 11 2H A 11 -1.875 9.029 -0.454 128 H5' DA 12 1H5* A 12 -6.705 6.917 -4.350 129 H5'' DA 12 2H5* A 12 -7.397 6.090 -5.760 130 H4' DA 12 H4* A 12 -5.071 6.419 -6.274 131 H3' DA 12 H3* A 12 -6.203 3.794 -5.846 132 H2' DA 12 1H2* A 12 -4.662 2.848 -4.442 133 H2'' DA 12 2H2* A 12 -3.435 3.138 -5.693 134 H1' DA 12 H1* A 12 -2.551 4.886 -4.557 135 H8 DA 12 8H A 12 -5.496 3.432 -2.454 136 H61 DA 12 2H6 A 12 -3.257 3.511 1.839 137 H62 DA 12 1H6 A 12 -1.668 4.023 2.362 138 H2 DA 12 2H A 12 0.431 5.576 -1.279 139 H5' DA 13 1H5* A 13 -2.011 4.442 -7.049 140 H5'' DA 13 2H5* A 13 -1.881 3.869 -8.723 141 H4' DA 13 H4* A 13 0.307 3.571 -7.856 142 H3' DA 13 H3* A 13 -1.407 1.242 -8.273 143 H2' DA 13 1H2* A 13 -0.901 0.034 -6.395 144 H2'' DA 13 2H2* A 13 0.809 0.100 -6.873 145 H1' DA 13 H1* A 13 1.290 1.724 -5.369 146 H8 DA 13 8H A 13 -2.413 0.590 -4.898 147 H61 DA 13 2H6 A 13 -2.322 0.261 -0.066 148 H62 DA 13 1H6 A 13 -1.097 0.575 1.144 149 H2 DA 13 2H A 13 2.528 2.021 -1.063 150 H5' DT 14 1H5* T 14 2.872 1.302 -7.464 151 H5'' DT 14 2H5* T 14 3.752 0.694 -8.881 152 H4' DT 14 H4* T 14 5.206 0.287 -7.021 153 H3' DT 14 H3* T 14 3.843 -1.925 -8.377 154 H2' DT 14 1H2* T 14 3.372 -3.270 -6.587 155 H2'' DT 14 2H2* T 14 5.082 -3.194 -6.113 156 H1' DT 14 H1* T 14 4.667 -1.707 -4.464 157 H3 DT 14 3H T 14 1.404 -2.617 -1.551 158 H71 DT 14 1H7 T 14 -0.655 -2.993 -6.549 159 H72 DT 14 2H7 T 14 -1.622 -2.050 -5.394 160 H73 DT 14 3H7 T 14 -1.444 -3.799 -5.174 161 H6 DT 14 6H T 14 1.489 -2.251 -6.341 162 H5' DT 15 1H5* T 15 7.404 -2.564 -5.566 163 H5'' DT 15 2H5* T 15 8.478 -3.819 -6.210 164 H4' DT 15 H4* T 15 8.105 -4.090 -3.759 165 H3' DT 15 H3* T 15 7.532 -6.077 -5.868 166 H2' DT 15 1H2* T 15 5.725 -7.089 -4.889 167 H2'' DT 15 2H2* T 15 6.688 -7.320 -3.408 168 H1' DT 15 H1* T 15 5.736 -5.543 -2.366 169 H3 DT 15 3H T 15 1.315 -5.919 -2.031 170 H71 DT 15 1H7 T 15 2.471 -5.973 -7.283 171 H72 DT 15 2H7 T 15 1.533 -4.526 -6.859 172 H73 DT 15 3H7 T 15 0.805 -6.133 -6.677 173 H6 DT 15 6H T 15 4.265 -5.487 -5.799 174 H5' DA 16 1H5* A 16 8.467 -6.872 -1.636 175 H5'' DA 16 2H5* A 16 9.688 -8.131 -1.363 176 H4' DA 16 H4* A 16 8.095 -8.267 0.460 177 H3' DA 16 H3* A 16 8.404 -10.377 -1.551 178 H2' DA 16 1H2* A 16 6.206 -10.967 -1.802 179 H2'' DA 16 2H2* A 16 6.137 -11.288 -0.057 180 H1' DA 16 H1* A 16 5.116 -9.320 0.405 181 H8 DA 16 8H A 16 5.406 -9.179 -3.507 182 H61 DA 16 2H6 A 16 0.645 -8.864 -4.366 183 H62 DA 16 1H6 A 16 -0.769 -8.890 -3.336 184 H2 DA 16 2H A 16 0.720 -9.262 0.869 185 H5' DA 17 1H5* A 17 8.076 -11.869 3.337 186 H5'' DA 17 2H5* A 17 7.963 -13.638 3.296 187 H4' DA 17 H4* A 17 6.164 -12.130 4.628 188 H3' DA 17 H3* A 17 6.127 -14.754 3.228 189 HO3' DA 17 H3T A 17 4.872 -15.007 5.401 190 H2' DA 17 1H2* A 17 3.941 -14.793 2.637 191 H2'' DA 17 2H2* A 17 3.440 -14.130 4.210 192 H1' DA 17 H1* A 17 3.181 -12.073 3.294 193 H8 DA 17 8H A 17 5.242 -13.527 0.310 194 H61 DA 17 2H6 A 17 1.774 -13.183 -3.029 195 H62 DA 17 1H6 A 17 0.108 -12.649 -3.001 196 H2 DA 17 2H A 17 -0.763 -11.456 1.230 Start of MODEL 16 1 H5' DT 1 1H5* T 1 -7.829 -14.504 -3.108 2 H5'' DT 1 2H5* T 1 -9.267 -13.468 -3.014 3 H4' DT 1 H4* T 1 -8.138 -13.328 -0.868 4 H3' DT 1 H3* T 1 -8.315 -11.063 -2.739 5 H2' DT 1 1H2* T 1 -6.339 -10.012 -2.255 6 H2'' DT 1 2H2* T 1 -6.682 -10.139 -0.515 7 H1' DT 1 H1* T 1 -5.243 -11.867 -0.287 8 H3 DT 1 3H T 1 -1.171 -11.617 -2.093 9 H71 DT 1 1H7 T 1 -4.350 -9.823 -5.867 10 H72 DT 1 2H7 T 1 -4.277 -11.547 -6.294 11 H73 DT 1 3H7 T 1 -2.791 -10.568 -6.292 12 H6 DT 1 6H T 1 -5.586 -11.182 -3.938 13 HO5' DT 1 H5T T 1 -8.021 -13.211 -4.951 14 H5' DT 2 1H5* T 2 -7.459 -11.366 1.185 15 H5'' DT 2 2H5* T 2 -8.562 -10.660 2.384 16 H4' DT 2 H4* T 2 -6.472 -10.844 3.522 17 H3' DT 2 H3* T 2 -7.498 -8.234 2.701 18 H2' DT 2 1H2* T 2 -5.561 -7.233 2.016 19 H2'' DT 2 2H2* T 2 -4.858 -7.594 3.603 20 H1' DT 2 H1* T 2 -3.657 -9.337 2.798 21 H3 DT 2 3H T 2 -1.046 -8.399 -0.709 22 H71 DT 2 1H7 T 2 -6.123 -7.760 -2.291 23 H72 DT 2 2H7 T 2 -4.756 -7.515 -3.402 24 H73 DT 2 3H7 T 2 -5.278 -6.203 -2.327 25 H6 DT 2 6H T 2 -5.782 -8.089 0.018 26 H5' DA 3 1H5* A 3 -4.287 -8.994 5.778 27 H5'' DA 3 2H5* A 3 -4.580 -8.047 7.250 28 H4' DA 3 H4* A 3 -2.175 -8.191 6.929 29 H3' DA 3 H3* A 3 -3.685 -5.676 6.737 30 H2' DA 3 1H2* A 3 -2.477 -4.636 5.095 31 H2'' DA 3 2H2* A 3 -0.992 -4.942 6.024 32 H1' DA 3 H1* A 3 -0.396 -6.681 4.707 33 H8 DA 3 8H A 3 -3.862 -5.651 3.203 34 H61 DA 3 2H6 A 3 -2.359 -5.165 -1.371 35 H62 DA 3 1H6 A 3 -0.795 -5.262 -2.146 36 H2 DA 3 2H A 3 2.150 -6.324 1.061 37 H5' DA 4 1H5* A 4 0.772 -5.507 8.200 38 H5'' DA 4 2H5* A 4 0.890 -4.266 9.466 39 H4' DA 4 H4* A 4 2.815 -4.092 7.934 40 H3' DA 4 H3* A 4 0.793 -1.996 8.383 41 H2' DA 4 1H2* A 4 0.761 -1.074 6.293 42 H2'' DA 4 2H2* A 4 2.531 -0.921 6.349 43 H1' DA 4 H1* A 4 2.841 -2.743 5.048 44 H8 DA 4 8H A 4 -1.071 -2.841 5.369 45 H61 DA 4 2H6 A 4 -1.992 -2.708 0.614 46 H62 DA 4 1H6 A 4 -0.989 -2.516 -0.806 47 H2 DA 4 2H A 4 3.239 -2.236 0.656 48 H5' DT 5 1H5* T 5 4.845 -1.048 6.825 49 H5'' DT 5 2H5* T 5 5.642 -0.039 8.050 50 H4' DT 5 H4* T 5 6.568 0.633 5.938 51 H3' DT 5 H3* T 5 4.882 2.383 7.517 52 H2' DT 5 1H2* T 5 3.495 3.233 5.904 53 H2'' DT 5 2H2* T 5 4.940 3.834 5.066 54 H1' DT 5 H1* T 5 4.872 2.185 3.517 55 H3 DT 5 3H T 5 1.061 1.602 1.277 56 H71 DT 5 1H7 T 5 -0.050 1.384 6.577 57 H72 DT 5 2H7 T 5 -0.858 0.179 5.547 58 H73 DT 5 3H7 T 5 -1.299 1.888 5.419 59 H6 DT 5 6H T 5 2.119 1.568 5.965 60 H5' DT 6 1H5* T 6 6.817 3.494 3.955 61 H5'' DT 6 2H5* T 6 8.151 4.638 4.198 62 H4' DT 6 H4* T 6 7.370 5.037 1.968 63 H3' DT 6 H3* T 6 6.954 6.986 4.094 64 H2' DT 6 1H2* T 6 4.793 7.604 3.644 65 H2'' DT 6 2H2* T 6 5.337 8.097 2.033 66 H1' DT 6 H1* T 6 4.533 6.229 1.027 67 H3 DT 6 3H T 6 0.160 5.504 1.533 68 H71 DT 6 1H7 T 6 2.304 5.248 6.421 69 H72 DT 6 2H7 T 6 0.546 5.169 6.161 70 H73 DT 6 3H7 T 6 1.358 6.742 6.317 71 H6 DT 6 6H T 6 3.751 6.054 4.674 72 H5' DT 7 1H5* T 7 6.158 7.603 -0.001 73 H5'' DT 7 2H5* T 7 7.167 8.839 -0.780 74 H4' DT 7 H4* T 7 5.111 8.921 -1.980 75 H3' DT 7 H3* T 7 5.748 11.056 -0.058 76 H2' DT 7 1H2* T 7 3.654 11.437 0.775 77 H2'' DT 7 2H2* T 7 3.065 11.674 -0.888 78 H1' DT 7 H1* T 7 2.170 9.584 -0.980 79 H3 DT 7 3H T 7 -0.813 8.800 2.226 80 H71 DT 7 1H7 T 7 3.773 10.320 4.620 81 H72 DT 7 2H7 T 7 3.203 8.730 5.181 82 H73 DT 7 3H7 T 7 2.243 10.190 5.518 83 H6 DT 7 6H T 7 3.861 9.899 2.326 84 H15' D33 8 2H5* D33 8 3.601 14.495 -4.239 85 H25' D33 8 1H5* D33 8 3.846 12.861 -4.892 86 H4' D33 8 H4* D33 8 1.494 14.393 -5.081 87 H1' D33 8 H1* D33 8 0.002 11.164 -5.859 88 H55 D33 8 5H D33 8 0.384 8.896 -3.782 89 H22 D33 8 2H D33 8 3.359 10.592 -6.311 90 H44 D33 8 4H D33 8 2.447 7.052 -4.121 91 H22' D33 8 2H2* D33 8 -0.774 11.773 -3.817 92 H12' D33 8 1H2* D33 8 0.616 10.971 -3.063 93 H3' D33 8 H3* D33 8 1.509 13.006 -2.561 94 3H D33 8 3H D33 8 4.114 8.239 -5.658 95 H15' D33 9 2H5* D33 9 -2.783 12.454 -1.065 96 H25' D33 9 1H5* D33 9 -1.863 10.940 -1.155 97 H4' D33 9 H4* D33 9 -2.483 11.124 1.137 98 H1' D33 9 H1* D33 9 -0.180 11.980 3.217 99 H55 D33 9 5H D33 9 1.383 13.051 -0.046 100 H22 D33 9 2H D33 9 1.801 13.444 4.166 101 H44 D33 9 4H D33 9 3.887 14.156 0.517 102 H22' D33 9 2H2* D33 9 -1.601 13.744 3.298 103 H12' D33 9 1H2* D33 9 -0.710 14.601 2.022 104 H3' D33 9 H3* D33 9 -2.291 14.001 0.492 105 3H D33 9 3H D33 9 3.945 14.312 3.074 106 H15' D33 10 2H5* D33 10 -7.030 11.896 0.229 107 H25' D33 10 1H5* D33 10 -5.474 11.115 0.581 108 H4' D33 10 H4* D33 10 -7.372 9.669 1.268 109 H1' D33 10 H1* D33 10 -7.032 9.502 4.737 110 H55 D33 10 5H D33 10 -5.349 12.826 3.717 111 H22 D33 10 2H D33 10 -5.694 9.943 6.829 112 H44 D33 10 4H D33 10 -3.667 13.557 5.820 113 H22' D33 10 2H2* D33 10 -8.867 10.826 4.550 114 H12' D33 10 1H2* D33 10 -7.874 12.282 4.302 115 H3' D33 10 H3* D33 10 -8.460 12.184 2.093 116 3H D33 10 3H D33 10 -4.014 11.723 7.574 117 H5' DA 11 1H5* A 11 -10.086 9.294 0.045 118 H5'' DA 11 2H5* A 11 -10.655 7.617 0.144 119 H4' DA 11 H4* A 11 -9.398 8.340 -2.021 120 H3' DA 11 H3* A 11 -9.523 5.899 -0.524 121 H2' DA 11 1H2* A 11 -7.334 5.416 -0.104 122 H2'' DA 11 2H2* A 11 -7.033 5.450 -1.856 123 H1' DA 11 H1* A 11 -5.936 7.419 -1.662 124 H8 DA 11 8H A 11 -7.450 6.698 1.865 125 H61 DA 11 2H6 A 11 -3.442 7.652 4.408 126 H62 DA 11 1H6 A 11 -1.846 8.222 3.978 127 H2 DA 11 2H A 11 -1.862 8.813 -0.466 128 H5' DA 12 1H5* A 12 -7.039 6.453 -4.085 129 H5'' DA 12 2H5* A 12 -7.767 5.499 -5.394 130 H4' DA 12 H4* A 12 -5.459 5.733 -5.995 131 H3' DA 12 H3* A 12 -6.597 3.193 -5.275 132 H2' DA 12 1H2* A 12 -5.103 2.426 -3.716 133 H2'' DA 12 2H2* A 12 -3.866 2.490 -4.990 134 H1' DA 12 H1* A 12 -2.923 4.360 -4.127 135 H8 DA 12 8H A 12 -5.879 3.309 -1.804 136 H61 DA 12 2H6 A 12 -3.539 3.838 2.400 137 H62 DA 12 1H6 A 12 -1.920 4.345 2.828 138 H2 DA 12 2H A 12 0.154 5.342 -1.021 139 H5' DA 13 1H5* A 13 -2.660 3.822 -7.262 140 H5'' DA 13 2H5* A 13 -2.518 2.887 -8.764 141 H4' DA 13 H4* A 13 -0.276 3.259 -7.888 142 H3' DA 13 H3* A 13 -1.508 0.644 -8.202 143 H2' DA 13 1H2* A 13 -0.862 -0.374 -6.257 144 H2'' DA 13 2H2* A 13 0.826 -0.023 -6.692 145 H1' DA 13 H1* A 13 0.957 1.688 -5.214 146 H8 DA 13 8H A 13 -2.693 0.303 -4.895 147 H61 DA 13 2H6 A 13 -2.775 0.016 -0.062 148 H62 DA 13 1H6 A 13 -1.601 0.354 1.189 149 H2 DA 13 2H A 13 2.072 1.872 -0.895 150 H5' DT 14 1H5* T 14 2.969 1.201 -7.628 151 H5'' DT 14 2H5* T 14 3.854 0.275 -8.856 152 H4' DT 14 H4* T 14 5.116 0.211 -6.759 153 H3' DT 14 H3* T 14 3.957 -2.132 -8.087 154 H2' DT 14 1H2* T 14 3.320 -3.346 -6.259 155 H2'' DT 14 2H2* T 14 4.970 -3.195 -5.617 156 H1' DT 14 H1* T 14 4.363 -1.586 -4.146 157 H3 DT 14 3H T 14 0.915 -2.591 -1.494 158 H71 DT 14 1H7 T 14 -0.766 -2.873 -6.645 159 H72 DT 14 2H7 T 14 -1.886 -2.189 -5.444 160 H73 DT 14 3H7 T 14 -1.516 -3.921 -5.422 161 H6 DT 14 6H T 14 1.373 -2.260 -6.265 162 H5' DT 15 1H5* T 15 7.091 -2.550 -5.222 163 H5'' DT 15 2H5* T 15 8.555 -3.356 -5.818 164 H4' DT 15 H4* T 15 8.400 -4.061 -3.556 165 H3' DT 15 H3* T 15 7.670 -5.946 -5.694 166 H2' DT 15 1H2* T 15 5.966 -7.052 -4.633 167 H2'' DT 15 2H2* T 15 7.051 -7.355 -3.257 168 H1' DT 15 H1* T 15 6.143 -5.690 -2.022 169 H3 DT 15 3H T 15 1.737 -5.961 -1.419 170 H71 DT 15 1H7 T 15 2.631 -5.833 -6.753 171 H72 DT 15 2H7 T 15 1.507 -4.584 -6.181 172 H73 DT 15 3H7 T 15 1.051 -6.291 -6.079 173 H6 DT 15 6H T 15 4.462 -5.530 -5.356 174 H5' DA 16 1H5* A 16 8.450 -6.793 -1.511 175 H5'' DA 16 2H5* A 16 9.852 -7.869 -1.339 176 H4' DA 16 H4* A 16 8.519 -8.412 0.540 177 H3' DA 16 H3* A 16 8.717 -10.265 -1.662 178 H2' DA 16 1H2* A 16 6.484 -10.658 -2.050 179 H2'' DA 16 2H2* A 16 6.455 -11.431 -0.455 180 H1' DA 16 H1* A 16 5.508 -9.624 0.568 181 H8 DA 16 8H A 16 5.460 -8.866 -3.274 182 H61 DA 16 2H6 A 16 0.688 -8.258 -3.663 183 H62 DA 16 1H6 A 16 -0.642 -8.342 -2.528 184 H2 DA 16 2H A 16 1.160 -9.316 1.461 185 H5' DA 17 1H5* A 17 7.989 -12.079 3.100 186 H5'' DA 17 2H5* A 17 7.839 -13.833 2.905 187 H4' DA 17 H4* A 17 6.027 -12.401 4.298 188 H3' DA 17 H3* A 17 6.017 -14.918 2.754 189 HO3' DA 17 H3T A 17 4.390 -15.030 4.798 190 H2' DA 17 1H2* A 17 3.941 -14.831 1.858 191 H2'' DA 17 2H2* A 17 3.243 -14.328 3.415 192 H1' DA 17 H1* A 17 3.086 -12.192 2.687 193 H8 DA 17 8H A 17 5.491 -13.378 -0.162 194 H61 DA 17 2H6 A 17 2.482 -12.478 -3.858 195 H62 DA 17 1H6 A 17 0.830 -11.906 -3.956 196 H2 DA 17 2H A 17 -0.538 -11.212 0.245 Start of MODEL 17 1 H5' DT 1 1H5* T 1 -7.394 -15.570 -2.702 2 H5'' DT 1 2H5* T 1 -8.867 -14.593 -2.869 3 H4' DT 1 H4* T 1 -7.949 -14.163 -0.664 4 H3' DT 1 H3* T 1 -8.046 -12.136 -2.796 5 H2' DT 1 1H2* T 1 -6.171 -10.940 -2.272 6 H2'' DT 1 2H2* T 1 -6.678 -10.872 -0.570 7 H1' DT 1 H1* T 1 -5.205 -12.486 0.009 8 H3 DT 1 3H T 1 -0.994 -12.057 -1.403 9 H71 DT 1 1H7 T 1 -3.958 -11.223 -5.697 10 H72 DT 1 2H7 T 1 -3.508 -12.937 -5.856 11 H73 DT 1 3H7 T 1 -2.245 -11.684 -5.843 12 H6 DT 1 6H T 1 -5.200 -12.323 -3.711 13 HO5' DT 1 H5T T 1 -7.312 -14.584 -4.672 14 H5' DT 2 1H5* T 2 -7.541 -11.935 1.178 15 H5'' DT 2 2H5* T 2 -8.724 -11.120 2.220 16 H4' DT 2 H4* T 2 -6.675 -11.134 3.463 17 H3' DT 2 H3* T 2 -7.778 -8.659 2.367 18 H2' DT 2 1H2* T 2 -5.844 -7.643 1.674 19 H2'' DT 2 2H2* T 2 -5.213 -7.803 3.326 20 H1' DT 2 H1* T 2 -3.920 -9.580 2.792 21 H3 DT 2 3H T 2 -1.044 -8.652 -0.477 22 H71 DT 2 1H7 T 2 -6.019 -8.707 -2.575 23 H72 DT 2 2H7 T 2 -4.604 -9.016 -3.607 24 H73 DT 2 3H7 T 2 -4.985 -7.363 -3.095 25 H6 DT 2 6H T 2 -5.831 -8.888 -0.330 26 H5' DA 3 1H5* A 3 -4.521 -9.187 5.004 27 H5'' DA 3 2H5* A 3 -4.906 -8.617 6.641 28 H4' DA 3 H4* A 3 -2.543 -8.446 6.539 29 H3' DA 3 H3* A 3 -4.168 -6.013 6.345 30 H2' DA 3 1H2* A 3 -2.921 -4.814 4.852 31 H2'' DA 3 2H2* A 3 -1.481 -5.094 5.857 32 H1' DA 3 H1* A 3 -0.700 -6.685 4.450 33 H8 DA 3 8H A 3 -4.195 -5.820 2.913 34 H61 DA 3 2H6 A 3 -2.652 -5.018 -1.608 35 H62 DA 3 1H6 A 3 -1.071 -5.000 -2.362 36 H2 DA 3 2H A 3 1.880 -6.032 0.844 37 H5' DA 4 1H5* A 4 0.079 -5.662 8.442 38 H5'' DA 4 2H5* A 4 0.117 -4.229 9.488 39 H4' DA 4 H4* A 4 2.102 -4.483 7.889 40 H3' DA 4 H3* A 4 0.390 -2.163 8.494 41 H2' DA 4 1H2* A 4 0.360 -1.197 6.418 42 H2'' DA 4 2H2* A 4 2.138 -1.243 6.398 43 H1' DA 4 H1* A 4 2.197 -3.079 5.074 44 H8 DA 4 8H A 4 -1.708 -2.969 5.399 45 H61 DA 4 2H6 A 4 -2.593 -2.342 0.685 46 H62 DA 4 1H6 A 4 -1.578 -2.030 -0.705 47 H2 DA 4 2H A 4 2.647 -1.965 0.796 48 H5' DT 5 1H5* T 5 4.230 -1.844 6.447 49 H5'' DT 5 2H5* T 5 5.351 -1.005 7.538 50 H4' DT 5 H4* T 5 6.082 -0.422 5.338 51 H3' DT 5 H3* T 5 4.798 1.537 7.071 52 H2' DT 5 1H2* T 5 3.459 2.621 5.564 53 H2'' DT 5 2H2* T 5 4.905 2.949 4.583 54 H1' DT 5 H1* T 5 4.389 1.329 3.091 55 H3 DT 5 3H T 5 0.299 1.458 1.309 56 H71 DT 5 1H7 T 5 -0.207 1.083 6.700 57 H72 DT 5 2H7 T 5 -1.362 0.189 5.686 58 H73 DT 5 3H7 T 5 -1.445 1.955 5.772 59 H6 DT 5 6H T 5 1.878 1.117 5.835 60 H5' DT 6 1H5* T 6 6.994 2.577 3.617 61 H5'' DT 6 2H5* T 6 8.307 3.767 3.737 62 H4' DT 6 H4* T 6 7.265 4.144 1.602 63 H3' DT 6 H3* T 6 6.962 6.067 3.817 64 H2' DT 6 1H2* T 6 4.823 6.760 3.369 65 H2'' DT 6 2H2* T 6 5.333 7.151 1.709 66 H1' DT 6 H1* T 6 4.468 5.236 0.852 67 H3 DT 6 3H T 6 0.083 4.905 1.493 68 H71 DT 6 1H7 T 6 2.472 4.700 6.358 69 H72 DT 6 2H7 T 6 0.964 3.803 6.077 70 H73 DT 6 3H7 T 6 0.929 5.568 6.224 71 H6 DT 6 6H T 6 3.802 5.024 4.534 72 H5' DT 7 1H5* T 7 6.370 6.800 -0.513 73 H5'' DT 7 2H5* T 7 7.226 8.243 -1.094 74 H4' DT 7 H4* T 7 5.119 8.004 -2.323 75 H3' DT 7 H3* T 7 5.812 10.273 -0.609 76 H2' DT 7 1H2* T 7 3.786 10.639 0.384 77 H2'' DT 7 2H2* T 7 3.077 10.823 -1.238 78 H1' DT 7 H1* T 7 2.195 8.725 -1.215 79 H3 DT 7 3H T 7 -0.606 8.115 2.194 80 H71 DT 7 1H7 T 7 4.174 9.495 4.272 81 H72 DT 7 2H7 T 7 3.588 7.931 4.885 82 H73 DT 7 3H7 T 7 2.700 9.423 5.268 83 H6 DT 7 6H T 7 4.096 9.068 1.979 84 H15' D33 8 2H5* D33 8 3.535 14.003 -4.304 85 H25' D33 8 1H5* D33 8 3.733 12.541 -5.294 86 H4' D33 8 H4* D33 8 1.392 14.013 -5.093 87 H1' D33 8 H1* D33 8 -0.154 10.779 -5.951 88 H55 D33 8 5H D33 8 0.594 8.361 -4.169 89 H22 D33 8 2H D33 8 3.111 10.401 -6.927 90 H44 D33 8 4H D33 8 2.626 6.636 -4.991 91 H22' D33 8 2H2* D33 8 -0.663 11.098 -3.764 92 H12' D33 8 1H2* D33 8 0.906 10.413 -3.288 93 H3' D33 8 H3* D33 8 1.560 12.520 -2.691 94 3H D33 8 3H D33 8 4.012 8.027 -6.636 95 H15' D33 9 2H5* D33 9 -2.297 11.226 -1.002 96 H25' D33 9 1H5* D33 9 -0.948 10.078 -0.971 97 H4' D33 9 H4* D33 9 -1.874 10.343 1.290 98 H1' D33 9 H1* D33 9 0.529 11.761 3.202 99 H55 D33 9 5H D33 9 1.641 12.353 -0.372 100 H22 D33 9 2H D33 9 2.512 13.400 3.653 101 H44 D33 9 4H D33 9 4.115 13.645 -0.290 102 H22' D33 9 2H2* D33 9 -1.043 13.391 3.099 103 H12' D33 9 1H2* D33 9 -0.332 14.054 1.610 104 H3' D33 9 H3* D33 9 -2.029 13.115 0.412 105 3H D33 9 3H D33 9 4.461 14.184 2.192 106 H15' D33 10 2H5* D33 10 -6.329 12.158 0.675 107 H25' D33 10 1H5* D33 10 -4.746 11.432 1.019 108 H4' D33 10 H4* D33 10 -6.797 9.931 1.427 109 H1' D33 10 H1* D33 10 -6.068 8.906 4.653 110 H55 D33 10 5H D33 10 -4.641 12.487 4.595 111 H22 D33 10 2H D33 10 -4.169 8.616 6.308 112 H44 D33 10 4H D33 10 -2.569 12.566 6.464 113 H22' D33 10 2H2* D33 10 -7.846 10.277 4.990 114 H12' D33 10 1H2* D33 10 -6.797 11.712 5.053 115 H3' D33 10 H3* D33 10 -7.528 12.259 2.962 116 3H D33 10 3H D33 10 -2.445 10.175 7.374 117 H5' DA 11 1H5* A 11 -9.664 9.864 0.607 118 H5'' DA 11 2H5* A 11 -10.508 8.310 0.467 119 H4' DA 11 H4* A 11 -9.160 9.127 -1.607 120 H3' DA 11 H3* A 11 -9.778 6.585 -0.596 121 H2' DA 11 1H2* A 11 -7.755 5.817 0.191 122 H2'' DA 11 2H2* A 11 -7.290 5.698 -1.523 123 H1' DA 11 H1* A 11 -5.921 7.499 -1.369 124 H8 DA 11 8H A 11 -7.472 6.929 2.177 125 H61 DA 11 2H6 A 11 -3.289 7.169 4.642 126 H62 DA 11 1H6 A 11 -1.630 7.473 4.169 127 H2 DA 11 2H A 11 -1.665 8.135 -0.257 128 H5' DA 12 1H5* A 12 -7.055 7.239 -4.332 129 H5'' DA 12 2H5* A 12 -7.802 6.276 -5.623 130 H4' DA 12 H4* A 12 -5.443 6.483 -6.147 131 H3' DA 12 H3* A 12 -6.722 3.946 -5.500 132 H2' DA 12 1H2* A 12 -5.109 2.988 -4.184 133 H2'' DA 12 2H2* A 12 -3.949 3.218 -5.509 134 H1' DA 12 H1* A 12 -2.985 4.996 -4.504 135 H8 DA 12 8H A 12 -5.850 3.886 -2.073 136 H61 DA 12 2H6 A 12 -3.160 3.793 1.952 137 H62 DA 12 1H6 A 12 -1.470 4.094 2.285 138 H2 DA 12 2H A 12 0.407 5.235 -1.626 139 H5' DA 13 1H5* A 13 -2.801 4.646 -7.010 140 H5'' DA 13 2H5* A 13 -2.665 4.104 -8.695 141 H4' DA 13 H4* A 13 -0.422 4.086 -7.924 142 H3' DA 13 H3* A 13 -1.818 1.588 -8.358 143 H2' DA 13 1H2* A 13 -1.284 0.445 -6.446 144 H2'' DA 13 2H2* A 13 0.427 0.622 -6.894 145 H1' DA 13 H1* A 13 0.778 2.269 -5.387 146 H8 DA 13 8H A 13 -3.004 1.337 -4.905 147 H61 DA 13 2H6 A 13 -2.810 0.795 -0.091 148 H62 DA 13 1H6 A 13 -1.513 0.867 1.079 149 H2 DA 13 2H A 13 2.202 1.904 -1.205 150 H5' DT 14 1H5* T 14 2.377 2.074 -7.250 151 H5'' DT 14 2H5* T 14 3.377 1.568 -8.627 152 H4' DT 14 H4* T 14 4.785 1.224 -6.742 153 H3' DT 14 H3* T 14 3.588 -1.069 -8.099 154 H2' DT 14 1H2* T 14 3.103 -2.401 -6.299 155 H2'' DT 14 2H2* T 14 4.795 -2.255 -5.777 156 H1' DT 14 H1* T 14 4.272 -0.759 -4.163 157 H3 DT 14 3H T 14 1.024 -2.004 -1.365 158 H71 DT 14 1H7 T 14 -0.988 -2.022 -6.396 159 H72 DT 14 2H7 T 14 -1.994 -1.238 -5.157 160 H73 DT 14 3H7 T 14 -1.745 -2.991 -5.113 161 H6 DT 14 6H T 14 1.151 -1.303 -6.117 162 H5' DT 15 1H5* T 15 7.168 -1.608 -5.125 163 H5'' DT 15 2H5* T 15 8.266 -2.785 -5.871 164 H4' DT 15 H4* T 15 7.940 -3.169 -3.407 165 H3' DT 15 H3* T 15 7.541 -5.086 -5.613 166 H2' DT 15 1H2* T 15 5.818 -6.294 -4.701 167 H2'' DT 15 2H2* T 15 6.786 -6.519 -3.225 168 H1' DT 15 H1* T 15 5.689 -4.890 -2.105 169 H3 DT 15 3H T 15 1.288 -5.506 -1.820 170 H71 DT 15 1H7 T 15 2.538 -4.755 -7.045 171 H72 DT 15 2H7 T 15 0.954 -4.223 -6.435 172 H73 DT 15 3H7 T 15 1.283 -5.949 -6.661 173 H6 DT 15 6H T 15 4.242 -4.823 -5.551 174 H5' DA 16 1H5* A 16 8.218 -5.584 -1.444 175 H5'' DA 16 2H5* A 16 9.608 -6.584 -0.976 176 H4' DA 16 H4* A 16 7.996 -6.714 0.827 177 H3' DA 16 H3* A 16 8.758 -8.993 -0.804 178 H2' DA 16 1H2* A 16 6.690 -9.894 -1.227 179 H2'' DA 16 2H2* A 16 6.511 -10.112 0.524 180 H1' DA 16 H1* A 16 5.170 -8.297 0.757 181 H8 DA 16 8H A 16 5.742 -8.424 -3.121 182 H61 DA 16 2H6 A 16 1.060 -8.678 -4.330 183 H62 DA 16 1H6 A 16 -0.419 -8.803 -3.405 184 H2 DA 16 2H A 16 0.780 -8.749 0.914 185 H5' DA 17 1H5* A 17 8.011 -9.963 4.169 186 H5'' DA 17 2H5* A 17 8.111 -11.723 4.340 187 H4' DA 17 H4* A 17 5.982 -10.328 5.234 188 H3' DA 17 H3* A 17 6.457 -13.075 4.220 189 HO3' DA 17 H3T A 17 5.797 -11.774 6.487 190 H2' DA 17 1H2* A 17 4.433 -13.472 3.288 191 H2'' DA 17 2H2* A 17 3.591 -12.744 4.674 192 H1' DA 17 H1* A 17 3.229 -10.843 3.502 193 H8 DA 17 8H A 17 5.914 -12.185 1.006 194 H61 DA 17 2H6 A 17 2.971 -12.628 -2.824 195 H62 DA 17 1H6 A 17 1.249 -12.405 -3.055 196 H2 DA 17 2H A 17 -0.416 -11.135 0.901 Start of MODEL 18 1 H5' DT 1 1H5* T 1 -8.205 -14.455 -2.710 2 H5'' DT 1 2H5* T 1 -9.500 -13.245 -2.635 3 H4' DT 1 H4* T 1 -8.292 -13.367 -0.476 4 H3' DT 1 H3* T 1 -8.507 -10.989 -2.211 5 H2' DT 1 1H2* T 1 -6.509 -10.005 -1.710 6 H2'' DT 1 2H2* T 1 -6.839 -10.197 0.026 7 H1' DT 1 H1* T 1 -5.474 -11.993 0.184 8 H3 DT 1 3H T 1 -1.338 -11.477 -1.384 9 H71 DT 1 1H7 T 1 -4.767 -10.108 -5.330 10 H72 DT 1 2H7 T 1 -3.573 -11.334 -5.820 11 H73 DT 1 3H7 T 1 -3.038 -9.689 -5.405 12 H6 DT 1 6H T 1 -5.669 -11.082 -3.428 13 HO5' DT 1 H5T T 1 -8.571 -12.586 -4.401 14 H5' DT 2 1H5* T 2 -7.537 -11.543 1.650 15 H5'' DT 2 2H5* T 2 -8.611 -10.923 2.920 16 H4' DT 2 H4* T 2 -6.512 -11.173 4.007 17 H3' DT 2 H3* T 2 -7.502 -8.502 3.339 18 H2' DT 2 1H2* T 2 -5.542 -7.513 2.687 19 H2'' DT 2 2H2* T 2 -4.842 -7.966 4.253 20 H1' DT 2 H1* T 2 -3.700 -9.712 3.375 21 H3 DT 2 3H T 2 -0.967 -8.505 0.072 22 H71 DT 2 1H7 T 2 -6.044 -7.868 -1.645 23 H72 DT 2 2H7 T 2 -4.692 -7.961 -2.799 24 H73 DT 2 3H7 T 2 -5.002 -6.456 -1.911 25 H6 DT 2 6H T 2 -5.740 -8.392 0.549 26 H5' DA 3 1H5* A 3 -3.946 -9.218 6.063 27 H5'' DA 3 2H5* A 3 -4.294 -8.404 7.602 28 H4' DA 3 H4* A 3 -1.950 -8.070 7.228 29 H3' DA 3 H3* A 3 -3.857 -5.844 6.917 30 H2' DA 3 1H2* A 3 -2.802 -4.689 5.251 31 H2'' DA 3 2H2* A 3 -1.290 -4.753 6.180 32 H1' DA 3 H1* A 3 -0.456 -6.429 4.919 33 H8 DA 3 8H A 3 -4.040 -5.898 3.421 34 H61 DA 3 2H6 A 3 -2.643 -5.334 -1.188 35 H62 DA 3 1H6 A 3 -1.085 -5.307 -1.984 36 H2 DA 3 2H A 3 1.989 -5.989 1.204 37 H5' DA 4 1H5* A 4 0.295 -5.275 8.448 38 H5'' DA 4 2H5* A 4 0.634 -3.921 9.549 39 H4' DA 4 H4* A 4 2.373 -4.114 7.781 40 H3' DA 4 H3* A 4 0.634 -1.771 8.280 41 H2' DA 4 1H2* A 4 0.555 -0.965 6.143 42 H2'' DA 4 2H2* A 4 2.329 -1.053 6.053 43 H1' DA 4 H1* A 4 2.294 -2.998 4.893 44 H8 DA 4 8H A 4 -1.581 -2.727 5.409 45 H61 DA 4 2H6 A 4 -2.723 -2.459 0.700 46 H62 DA 4 1H6 A 4 -1.775 -2.318 -0.765 47 H2 DA 4 2H A 4 2.526 -2.332 0.496 48 H5' DT 5 1H5* T 5 4.486 -1.393 6.156 49 H5'' DT 5 2H5* T 5 5.540 -0.609 7.348 50 H4' DT 5 H4* T 5 6.443 0.073 5.259 51 H3' DT 5 H3* T 5 4.997 1.960 6.914 52 H2' DT 5 1H2* T 5 3.656 2.980 5.362 53 H2'' DT 5 2H2* T 5 5.127 3.437 4.480 54 H1' DT 5 H1* T 5 4.820 1.836 2.910 55 H3 DT 5 3H T 5 0.871 1.729 0.842 56 H71 DT 5 1H7 T 5 -0.034 1.402 6.180 57 H72 DT 5 2H7 T 5 -0.973 0.305 5.142 58 H73 DT 5 3H7 T 5 -1.282 2.051 5.093 59 H6 DT 5 6H T 5 2.129 1.425 5.472 60 H5' DT 6 1H5* T 6 7.006 3.219 3.259 61 H5'' DT 6 2H5* T 6 8.307 4.367 3.633 62 H4' DT 6 H4* T 6 7.465 5.080 1.516 63 H3' DT 6 H3* T 6 6.885 6.636 3.934 64 H2' DT 6 1H2* T 6 4.740 7.290 3.461 65 H2'' DT 6 2H2* T 6 5.319 7.945 1.913 66 H1' DT 6 H1* T 6 4.555 6.173 0.736 67 H3 DT 6 3H T 6 0.244 5.171 1.185 68 H71 DT 6 1H7 T 6 2.515 4.975 6.107 69 H72 DT 6 2H7 T 6 1.123 3.927 5.745 70 H73 DT 6 3H7 T 6 0.887 5.669 5.963 71 H6 DT 6 6H T 6 3.841 5.519 4.349 72 H5' DT 7 1H5* T 7 6.546 7.933 -0.232 73 H5'' DT 7 2H5* T 7 7.278 9.506 -0.606 74 H4' DT 7 H4* T 7 5.266 9.248 -1.960 75 H3' DT 7 H3* T 7 5.570 11.283 0.141 76 H2' DT 7 1H2* T 7 3.421 11.330 0.915 77 H2'' DT 7 2H2* T 7 2.851 11.606 -0.748 78 H1' DT 7 H1* T 7 2.236 9.434 -1.010 79 H3 DT 7 3H T 7 -0.663 8.008 2.050 80 H71 DT 7 1H7 T 7 3.636 9.937 4.675 81 H72 DT 7 2H7 T 7 3.280 8.244 5.094 82 H73 DT 7 3H7 T 7 2.124 9.527 5.521 83 H6 DT 7 6H T 7 3.815 9.713 2.359 84 H15' D33 8 2H5* D33 8 3.494 15.026 -3.781 85 H25' D33 8 1H5* D33 8 3.854 13.426 -4.463 86 H4' D33 8 H4* D33 8 1.385 14.843 -4.585 87 H1' D33 8 H1* D33 8 0.164 11.655 -5.772 88 H55 D33 8 5H D33 8 0.727 9.172 -3.975 89 H22 D33 8 2H D33 8 3.507 11.337 -6.361 90 H44 D33 8 4H D33 8 2.850 7.496 -4.632 91 H22' D33 8 2H2* D33 8 -0.641 11.873 -3.669 92 H12' D33 8 1H2* D33 8 0.837 11.137 -3.016 93 H3' D33 8 H3* D33 8 1.482 13.183 -2.246 94 3H D33 8 3H D33 8 4.401 8.960 -6.050 95 H15' D33 9 2H5* D33 9 -2.812 12.293 -0.763 96 H25' D33 9 1H5* D33 9 -1.890 10.837 -1.176 97 H4' D33 9 H4* D33 9 -2.298 10.480 1.101 98 H1' D33 9 H1* D33 9 0.016 11.343 3.260 99 H55 D33 9 5H D33 9 1.233 12.978 0.084 100 H22 D33 9 2H D33 9 1.933 12.864 4.282 101 H44 D33 9 4H D33 9 3.656 14.247 0.634 102 H22' D33 9 2H2* D33 9 -1.518 12.975 3.669 103 H12' D33 9 1H2* D33 9 -0.880 14.011 2.373 104 H3' D33 9 H3* D33 9 -2.654 13.376 1.082 105 3H D33 9 3H D33 9 3.899 14.073 3.179 106 H15' D33 10 2H5* D33 10 -6.920 11.968 1.174 107 H25' D33 10 1H5* D33 10 -5.341 11.157 1.171 108 H4' D33 10 H4* D33 10 -7.346 9.587 1.176 109 H1' D33 10 H1* D33 10 -6.507 7.705 4.050 110 H55 D33 10 5H D33 10 -5.411 11.278 4.965 111 H22 D33 10 2H D33 10 -4.429 7.159 5.414 112 H44 D33 10 4H D33 10 -3.245 11.046 6.711 113 H22' D33 10 2H2* D33 10 -8.378 8.829 4.653 114 H12' D33 10 1H2* D33 10 -7.409 10.226 5.178 115 H3' D33 10 H3* D33 10 -8.095 11.355 3.323 116 3H D33 10 3H D33 10 -2.812 8.525 6.848 117 H5' DA 11 1H5* A 11 -9.986 9.240 -0.147 118 H5'' DA 11 2H5* A 11 -10.510 7.550 -0.246 119 H4' DA 11 H4* A 11 -9.196 8.622 -2.276 120 H3' DA 11 H3* A 11 -9.465 5.972 -1.202 121 H2' DA 11 1H2* A 11 -7.310 5.335 -0.823 122 H2'' DA 11 2H2* A 11 -6.964 5.630 -2.541 123 H1' DA 11 H1* A 11 -5.803 7.500 -2.027 124 H8 DA 11 8H A 11 -7.376 6.295 1.340 125 H61 DA 11 2H6 A 11 -3.336 6.632 4.006 126 H62 DA 11 1H6 A 11 -1.711 7.184 3.665 127 H2 DA 11 2H A 11 -1.666 8.454 -0.629 128 H5' DA 12 1H5* A 12 -7.207 7.001 -5.032 129 H5'' DA 12 2H5* A 12 -7.506 5.828 -6.330 130 H4' DA 12 H4* A 12 -5.159 6.652 -6.376 131 H3' DA 12 H3* A 12 -6.061 3.874 -6.167 132 H2' DA 12 1H2* A 12 -4.504 3.061 -4.698 133 H2'' DA 12 2H2* A 12 -3.226 3.654 -5.782 134 H1' DA 12 H1* A 12 -2.800 5.451 -4.478 135 H8 DA 12 8H A 12 -5.780 3.759 -2.557 136 H61 DA 12 2H6 A 12 -3.534 3.506 1.753 137 H62 DA 12 1H6 A 12 -1.918 3.917 2.290 138 H2 DA 12 2H A 12 0.240 5.548 -1.272 139 H5' DA 13 1H5* A 13 -1.943 4.706 -7.736 140 H5'' DA 13 2H5* A 13 -1.841 4.086 -9.397 141 H4' DA 13 H4* A 13 0.353 3.767 -8.550 142 H3' DA 13 H3* A 13 -1.404 1.469 -8.892 143 H2' DA 13 1H2* A 13 -0.968 0.318 -6.960 144 H2'' DA 13 2H2* A 13 0.748 0.306 -7.415 145 H1' DA 13 H1* A 13 1.269 1.951 -5.958 146 H8 DA 13 8H A 13 -2.531 1.150 -5.517 147 H61 DA 13 2H6 A 13 -2.482 0.805 -0.692 148 H62 DA 13 1H6 A 13 -1.233 0.975 0.522 149 H2 DA 13 2H A 13 2.530 2.033 -1.675 150 H5' DT 14 1H5* T 14 2.691 1.407 -7.910 151 H5'' DT 14 2H5* T 14 3.747 0.619 -9.099 152 H4' DT 14 H4* T 14 4.832 0.340 -6.973 153 H3' DT 14 H3* T 14 3.573 -1.944 -8.350 154 H2' DT 14 1H2* T 14 2.926 -3.139 -6.506 155 H2'' DT 14 2H2* T 14 4.581 -3.009 -5.863 156 H1' DT 14 H1* T 14 4.028 -1.331 -4.448 157 H3 DT 14 3H T 14 0.726 -2.376 -1.643 158 H71 DT 14 1H7 T 14 -1.256 -2.930 -6.600 159 H72 DT 14 2H7 T 14 -2.041 -1.554 -5.801 160 H73 DT 14 3H7 T 14 -2.250 -3.188 -5.147 161 H6 DT 14 6H T 14 0.911 -1.916 -6.425 162 H5' DT 15 1H5* T 15 7.393 -2.318 -5.495 163 H5'' DT 15 2H5* T 15 8.317 -3.744 -6.008 164 H4' DT 15 H4* T 15 8.034 -3.497 -3.486 165 H3' DT 15 H3* T 15 7.546 -5.827 -5.239 166 H2' DT 15 1H2* T 15 5.822 -6.767 -4.066 167 H2'' DT 15 2H2* T 15 6.804 -6.682 -2.583 168 H1' DT 15 H1* T 15 5.744 -4.824 -1.845 169 H3 DT 15 3H T 15 1.406 -5.717 -1.399 170 H71 DT 15 1H7 T 15 2.505 -5.422 -6.702 171 H72 DT 15 2H7 T 15 1.108 -4.478 -6.140 172 H73 DT 15 3H7 T 15 1.041 -6.247 -6.124 173 H6 DT 15 6H T 15 4.222 -5.084 -5.243 174 H5' DA 16 1H5* A 16 8.574 -6.338 -0.745 175 H5'' DA 16 2H5* A 16 9.827 -7.592 -0.654 176 H4' DA 16 H4* A 16 8.311 -7.900 1.228 177 H3' DA 16 H3* A 16 8.736 -9.846 -0.875 178 H2' DA 16 1H2* A 16 6.558 -10.386 -1.370 179 H2'' DA 16 2H2* A 16 6.426 -10.995 0.290 180 H1' DA 16 H1* A 16 5.319 -9.156 1.033 181 H8 DA 16 8H A 16 5.693 -8.551 -2.816 182 H61 DA 16 2H6 A 16 0.982 -8.046 -3.761 183 H62 DA 16 1H6 A 16 -0.466 -8.180 -2.791 184 H2 DA 16 2H A 16 0.892 -9.077 1.391 185 H5' DA 17 1H5* A 17 8.125 -12.043 3.687 186 H5'' DA 17 2H5* A 17 8.066 -13.785 3.361 187 H4' DA 17 H4* A 17 6.049 -12.505 4.613 188 H3' DA 17 H3* A 17 6.282 -14.875 2.817 189 HO3' DA 17 H3T A 17 6.436 -14.881 5.150 190 H2' DA 17 1H2* A 17 4.174 -14.829 1.976 191 H2'' DA 17 2H2* A 17 3.481 -14.447 3.571 192 H1' DA 17 H1* A 17 3.307 -12.257 3.025 193 H8 DA 17 8H A 17 5.593 -13.094 -0.030 194 H61 DA 17 2H6 A 17 2.312 -12.137 -3.473 195 H62 DA 17 1H6 A 17 0.620 -11.692 -3.436 196 H2 DA 17 2H A 17 -0.544 -11.450 0.881 Start of MODEL 19 1 H5' DT 1 1H5* T 1 -7.179 -14.565 -3.298 2 H5'' DT 1 2H5* T 1 -8.846 -14.042 -2.986 3 H4' DT 1 H4* T 1 -7.841 -13.629 -0.908 4 H3' DT 1 H3* T 1 -8.170 -11.327 -2.703 5 H2' DT 1 1H2* T 1 -6.283 -10.143 -2.180 6 H2'' DT 1 2H2* T 1 -6.635 -10.327 -0.448 7 H1' DT 1 H1* T 1 -5.059 -11.935 -0.237 8 H3 DT 1 3H T 1 -1.013 -11.306 -2.012 9 H71 DT 1 1H7 T 1 -4.654 -10.223 -5.835 10 H72 DT 1 2H7 T 1 -3.518 -11.497 -6.338 11 H73 DT 1 3H7 T 1 -2.929 -9.847 -6.045 12 H6 DT 1 6H T 1 -5.438 -11.236 -3.877 13 HO5' DT 1 H5T T 1 -6.859 -12.887 -4.554 14 H5' DT 2 1H5* T 2 -7.350 -11.655 1.211 15 H5'' DT 2 2H5* T 2 -8.501 -11.061 2.422 16 H4' DT 2 H4* T 2 -6.423 -11.137 3.576 17 H3' DT 2 H3* T 2 -7.587 -8.571 2.826 18 H2' DT 2 1H2* T 2 -5.714 -7.472 2.101 19 H2'' DT 2 2H2* T 2 -4.980 -7.773 3.687 20 H1' DT 2 H1* T 2 -3.695 -9.462 2.913 21 H3 DT 2 3H T 2 -1.056 -8.377 -0.502 22 H71 DT 2 1H7 T 2 -6.116 -7.940 -2.232 23 H72 DT 2 2H7 T 2 -4.726 -7.713 -3.320 24 H73 DT 2 3H7 T 2 -5.285 -6.376 -2.295 25 H6 DT 2 6H T 2 -5.820 -8.305 0.073 26 H5' DA 3 1H5* A 3 -4.107 -9.236 5.447 27 H5'' DA 3 2H5* A 3 -4.468 -8.622 7.073 28 H4' DA 3 H4* A 3 -2.128 -8.335 6.900 29 H3' DA 3 H3* A 3 -3.852 -5.975 6.584 30 H2' DA 3 1H2* A 3 -2.623 -4.817 5.040 31 H2'' DA 3 2H2* A 3 -1.180 -5.014 6.060 32 H1' DA 3 H1* A 3 -0.364 -6.668 4.750 33 H8 DA 3 8H A 3 -3.845 -5.939 3.117 34 H61 DA 3 2H6 A 3 -2.248 -5.368 -1.417 35 H62 DA 3 1H6 A 3 -0.658 -5.364 -2.148 36 H2 DA 3 2H A 3 2.266 -6.131 1.164 37 H5' DA 4 1H5* A 4 0.327 -5.489 8.503 38 H5'' DA 4 2H5* A 4 0.406 -4.126 9.638 39 H4' DA 4 H4* A 4 2.351 -4.168 8.060 40 H3' DA 4 H3* A 4 0.448 -1.971 8.532 41 H2' DA 4 1H2* A 4 0.372 -1.098 6.417 42 H2'' DA 4 2H2* A 4 2.148 -1.016 6.408 43 H1' DA 4 H1* A 4 2.338 -2.881 5.144 44 H8 DA 4 8H A 4 -1.566 -2.886 5.577 45 H61 DA 4 2H6 A 4 -2.614 -2.737 0.851 46 H62 DA 4 1H6 A 4 -1.649 -2.555 -0.597 47 H2 DA 4 2H A 4 2.621 -2.328 0.748 48 H5' DT 5 1H5* T 5 4.334 -1.164 6.775 49 H5'' DT 5 2H5* T 5 5.306 -0.267 7.958 50 H4' DT 5 H4* T 5 6.138 0.476 5.860 51 H3' DT 5 H3* T 5 4.490 2.233 7.487 52 H2' DT 5 1H2* T 5 3.126 3.148 5.885 53 H2'' DT 5 2H2* T 5 4.583 3.688 5.024 54 H1' DT 5 H1* T 5 4.415 2.040 3.481 55 H3 DT 5 3H T 5 0.511 1.598 1.359 56 H71 DT 5 1H7 T 5 -0.418 1.345 6.691 57 H72 DT 5 2H7 T 5 -1.277 0.157 5.683 58 H73 DT 5 3H7 T 5 -1.703 1.875 5.582 59 H6 DT 5 6H T 5 1.728 1.488 6.006 60 H5' DT 6 1H5* T 6 6.752 3.267 3.998 61 H5'' DT 6 2H5* T 6 8.053 4.424 4.343 62 H4' DT 6 H4* T 6 7.478 4.692 2.012 63 H3' DT 6 H3* T 6 7.097 6.763 3.987 64 H2' DT 6 1H2* T 6 4.910 7.339 3.553 65 H2'' DT 6 2H2* T 6 5.484 7.894 1.970 66 H1' DT 6 H1* T 6 4.747 6.035 0.881 67 H3 DT 6 3H T 6 0.337 5.442 1.059 68 H71 DT 6 1H7 T 6 2.094 5.076 6.099 69 H72 DT 6 2H7 T 6 0.368 4.990 5.690 70 H73 DT 6 3H7 T 6 1.154 6.565 5.925 71 H6 DT 6 6H T 6 3.698 5.838 4.468 72 H5' DT 7 1H5* T 7 6.394 7.355 -0.460 73 H5'' DT 7 2H5* T 7 7.403 8.707 -1.012 74 H4' DT 7 H4* T 7 5.359 8.777 -2.296 75 H3' DT 7 H3* T 7 5.947 10.814 -0.222 76 H2' DT 7 1H2* T 7 3.798 11.404 0.284 77 H2'' DT 7 2H2* T 7 3.367 11.446 -1.442 78 H1' DT 7 H1* T 7 2.363 9.419 -1.296 79 H3 DT 7 3H T 7 -0.440 8.646 2.079 80 H71 DT 7 1H7 T 7 4.294 10.297 4.136 81 H72 DT 7 2H7 T 7 3.436 9.011 5.015 82 H73 DT 7 3H7 T 7 2.781 10.665 4.995 83 H6 DT 7 6H T 7 4.171 9.977 1.902 84 H15' D33 8 2H5* D33 8 4.227 14.568 -4.226 85 H25' D33 8 1H5* D33 8 4.289 12.963 -4.978 86 H4' D33 8 H4* D33 8 2.055 14.714 -4.861 87 H1' D33 8 H1* D33 8 0.248 11.793 -5.957 88 H55 D33 8 5H D33 8 0.652 9.218 -4.086 89 H22 D33 8 2H D33 8 3.322 10.919 -6.936 90 H44 D33 8 4H D33 8 2.412 7.251 -4.964 91 H22' D33 8 2H2* D33 8 -0.351 12.160 -3.810 92 H12' D33 8 1H2* D33 8 0.989 11.144 -3.254 93 H3' D33 8 H3* D33 8 2.105 12.991 -2.551 94 3H D33 8 3H D33 8 3.914 8.447 -6.659 95 H15' D33 9 2H5* D33 9 -2.355 12.119 -1.292 96 H25' D33 9 1H5* D33 9 -1.346 10.668 -1.453 97 H4' D33 9 H4* D33 9 -1.977 10.619 0.818 98 H1' D33 9 H1* D33 9 0.374 11.782 2.952 99 H55 D33 9 5H D33 9 1.471 12.937 -0.461 100 H22 D33 9 2H D33 9 2.242 13.523 3.681 101 H44 D33 9 4H D33 9 3.857 14.359 -0.177 102 H22' D33 9 2H2* D33 9 -1.291 13.307 3.119 103 H12' D33 9 1H2* D33 9 -0.601 14.278 1.803 104 H3' D33 9 H3* D33 9 -2.220 13.499 0.397 105 3H D33 9 3H D33 9 4.142 14.609 2.358 106 H15' D33 10 2H5* D33 10 -6.587 11.567 0.524 107 H25' D33 10 1H5* D33 10 -5.168 10.614 1.003 108 H4' D33 10 H4* D33 10 -7.418 9.468 1.382 109 H1' D33 10 H1* D33 10 -6.985 8.836 4.873 110 H55 D33 10 5H D33 10 -5.204 12.199 4.274 111 H22 D33 10 2H D33 10 -5.062 8.585 6.523 112 H44 D33 10 4H D33 10 -3.117 12.358 6.120 113 H22' D33 10 2H2* D33 10 -8.593 10.438 4.854 114 H12' D33 10 1H2* D33 10 -7.372 11.727 4.738 115 H3' D33 10 H3* D33 10 -7.994 12.001 2.558 116 3H D33 10 3H D33 10 -3.195 10.118 7.360 117 H5' DA 11 1H5* A 11 -10.195 9.116 0.366 118 H5'' DA 11 2H5* A 11 -10.674 7.412 0.459 119 H4' DA 11 H4* A 11 -9.174 8.234 -1.563 120 H3' DA 11 H3* A 11 -9.491 5.745 -0.148 121 H2' DA 11 1H2* A 11 -7.345 5.342 0.541 122 H2'' DA 11 2H2* A 11 -6.909 5.232 -1.179 123 H1' DA 11 H1* A 11 -5.949 7.291 -1.184 124 H8 DA 11 8H A 11 -7.058 6.518 2.489 125 H61 DA 11 2H6 A 11 -2.755 7.363 4.554 126 H62 DA 11 1H6 A 11 -1.209 7.909 3.941 127 H2 DA 11 2H A 11 -1.737 8.551 -0.462 128 H5' DA 12 1H5* A 12 -7.226 6.506 -4.281 129 H5'' DA 12 2H5* A 12 -7.919 5.230 -5.302 130 H4' DA 12 H4* A 12 -5.689 5.944 -6.143 131 H3' DA 12 H3* A 12 -6.606 3.304 -5.602 132 H2' DA 12 1H2* A 12 -5.046 2.517 -4.112 133 H2'' DA 12 2H2* A 12 -3.856 2.687 -5.422 134 H1' DA 12 H1* A 12 -2.926 4.520 -4.469 135 H8 DA 12 8H A 12 -5.854 3.384 -2.144 136 H61 DA 12 2H6 A 12 -3.470 3.772 2.043 137 H62 DA 12 1H6 A 12 -1.840 4.245 2.470 138 H2 DA 12 2H A 12 0.214 5.313 -1.372 139 H5' DA 13 1H5* A 13 -2.789 4.079 -7.432 140 H5'' DA 13 2H5* A 13 -2.491 3.368 -9.031 141 H4' DA 13 H4* A 13 -0.335 3.470 -8.014 142 H3' DA 13 H3* A 13 -1.706 0.898 -8.330 143 H2' DA 13 1H2* A 13 -1.072 -0.133 -6.388 144 H2'' DA 13 2H2* A 13 0.623 0.226 -6.780 145 H1' DA 13 H1* A 13 0.708 1.945 -5.315 146 H8 DA 13 8H A 13 -3.000 0.691 -5.063 147 H61 DA 13 2H6 A 13 -3.120 0.276 -0.236 148 H62 DA 13 1H6 A 13 -1.939 0.541 1.029 149 H2 DA 13 2H A 13 1.819 1.897 -1.002 150 H5' DT 14 1H5* T 14 2.584 1.458 -7.261 151 H5'' DT 14 2H5* T 14 3.518 0.780 -8.611 152 H4' DT 14 H4* T 14 4.880 0.523 -6.636 153 H3' DT 14 H3* T 14 3.700 -1.756 -8.049 154 H2' DT 14 1H2* T 14 3.192 -3.109 -6.275 155 H2'' DT 14 2H2* T 14 4.870 -2.958 -5.714 156 H1' DT 14 H1* T 14 4.303 -1.476 -4.102 157 H3 DT 14 3H T 14 0.974 -2.590 -1.349 158 H71 DT 14 1H7 T 14 -0.915 -2.736 -6.437 159 H72 DT 14 2H7 T 14 -2.016 -2.217 -5.140 160 H73 DT 14 3H7 T 14 -1.529 -3.917 -5.259 161 H6 DT 14 6H T 14 1.241 -2.139 -6.126 162 H5' DT 15 1H5* T 15 7.019 -2.072 -5.246 163 H5'' DT 15 2H5* T 15 8.365 -3.121 -5.732 164 H4' DT 15 H4* T 15 7.921 -3.439 -3.343 165 H3' DT 15 H3* T 15 7.559 -5.544 -5.390 166 H2' DT 15 1H2* T 15 5.867 -6.705 -4.373 167 H2'' DT 15 2H2* T 15 6.811 -6.740 -2.865 168 H1' DT 15 H1* T 15 5.636 -5.036 -1.951 169 H3 DT 15 3H T 15 1.264 -5.846 -1.752 170 H71 DT 15 1H7 T 15 2.627 -5.461 -6.986 171 H72 DT 15 2H7 T 15 1.169 -4.586 -6.473 172 H73 DT 15 3H7 T 15 1.172 -6.356 -6.503 173 H6 DT 15 6H T 15 4.278 -5.182 -5.438 174 H5' DA 16 1H5* A 16 8.114 -6.157 -1.022 175 H5'' DA 16 2H5* A 16 9.559 -7.159 -0.798 176 H4' DA 16 H4* A 16 8.134 -7.726 1.029 177 H3' DA 16 H3* A 16 8.693 -9.616 -1.064 178 H2' DA 16 1H2* A 16 6.570 -10.291 -1.627 179 H2'' DA 16 2H2* A 16 6.444 -10.936 0.020 180 H1' DA 16 H1* A 16 5.153 -9.221 0.740 181 H8 DA 16 8H A 16 5.698 -8.613 -3.095 182 H61 DA 16 2H6 A 16 1.007 -8.072 -4.215 183 H62 DA 16 1H6 A 16 -0.469 -8.147 -3.278 184 H2 DA 16 2H A 16 0.742 -8.958 0.953 185 H5' DA 17 1H5* A 17 7.992 -11.719 3.568 186 H5'' DA 17 2H5* A 17 7.964 -13.470 3.305 187 H4' DA 17 H4* A 17 5.946 -12.209 4.555 188 H3' DA 17 H3* A 17 6.198 -14.612 2.822 189 HO3' DA 17 H3T A 17 5.489 -15.559 4.650 190 H2' DA 17 1H2* A 17 4.111 -14.614 1.940 191 H2'' DA 17 2H2* A 17 3.380 -14.199 3.508 192 H1' DA 17 H1* A 17 3.163 -12.036 2.871 193 H8 DA 17 8H A 17 5.627 -12.961 -0.017 194 H61 DA 17 2H6 A 17 2.567 -12.113 -3.678 195 H62 DA 17 1H6 A 17 0.880 -11.658 -3.760 196 H2 DA 17 2H A 17 -0.544 -11.261 0.466 Start of MODEL 20 1 H5' DT 1 1H5* T 1 -8.457 -14.145 -3.077 2 H5'' DT 1 2H5* T 1 -9.701 -12.882 -3.015 3 H4' DT 1 H4* T 1 -8.500 -13.068 -0.848 4 H3' DT 1 H3* T 1 -8.679 -10.675 -2.556 5 H2' DT 1 1H2* T 1 -6.653 -9.726 -2.072 6 H2'' DT 1 2H2* T 1 -6.956 -9.934 -0.333 7 H1' DT 1 H1* T 1 -5.610 -11.745 -0.226 8 H3 DT 1 3H T 1 -1.517 -11.438 -1.952 9 H71 DT 1 1H7 T 1 -4.664 -9.358 -5.637 10 H72 DT 1 2H7 T 1 -4.478 -11.037 -6.197 11 H73 DT 1 3H7 T 1 -3.051 -9.983 -6.057 12 H6 DT 1 6H T 1 -5.896 -10.780 -3.812 13 HO5' DT 1 H5T T 1 -8.169 -13.007 -4.895 14 H5' DT 2 1H5* T 2 -7.735 -11.317 1.344 15 H5'' DT 2 2H5* T 2 -8.708 -10.573 2.625 16 H4' DT 2 H4* T 2 -6.549 -11.049 3.585 17 H3' DT 2 H3* T 2 -7.581 -8.367 3.238 18 H2' DT 2 1H2* T 2 -5.749 -7.349 2.294 19 H2'' DT 2 2H2* T 2 -4.887 -7.711 3.804 20 H1' DT 2 H1* T 2 -3.785 -9.491 2.917 21 H3 DT 2 3H T 2 -1.166 -8.270 -0.472 22 H71 DT 2 1H7 T 2 -6.233 -7.568 -2.072 23 H72 DT 2 2H7 T 2 -4.857 -7.250 -3.155 24 H73 DT 2 3H7 T 2 -5.394 -6.011 -2.002 25 H6 DT 2 6H T 2 -5.909 -8.048 0.216 26 H5' DA 3 1H5* A 3 -3.589 -9.208 5.753 27 H5'' DA 3 2H5* A 3 -4.059 -8.504 7.313 28 H4' DA 3 H4* A 3 -1.732 -8.011 7.108 29 H3' DA 3 H3* A 3 -3.732 -5.888 6.770 30 H2' DA 3 1H2* A 3 -2.709 -4.640 5.156 31 H2'' DA 3 2H2* A 3 -1.231 -4.610 6.141 32 H1' DA 3 H1* A 3 -0.228 -6.177 4.849 33 H8 DA 3 8H A 3 -3.805 -5.592 3.398 34 H61 DA 3 2H6 A 3 -2.508 -5.168 -1.246 35 H62 DA 3 1H6 A 3 -0.979 -5.265 -2.091 36 H2 DA 3 2H A 3 2.132 -6.160 1.008 37 H5' DA 4 1H5* A 4 0.508 -4.860 8.934 38 H5'' DA 4 2H5* A 4 0.359 -3.287 9.740 39 H4' DA 4 H4* A 4 2.470 -3.664 8.292 40 H3' DA 4 H3* A 4 0.647 -1.373 8.579 41 H2' DA 4 1H2* A 4 0.673 -0.623 6.413 42 H2'' DA 4 2H2* A 4 2.451 -0.599 6.469 43 H1' DA 4 H1* A 4 2.627 -2.543 5.329 44 H8 DA 4 8H A 4 -1.289 -2.506 5.551 45 H61 DA 4 2H6 A 4 -2.087 -2.476 0.782 46 H62 DA 4 1H6 A 4 -1.051 -2.335 -0.619 47 H2 DA 4 2H A 4 3.148 -2.042 0.941 48 H5' DT 5 1H5* T 5 5.019 -0.659 7.007 49 H5'' DT 5 2H5* T 5 5.642 0.492 8.206 50 H4' DT 5 H4* T 5 6.617 1.052 6.046 51 H3' DT 5 H3* T 5 4.852 2.799 7.560 52 H2' DT 5 1H2* T 5 3.523 3.623 5.884 53 H2'' DT 5 2H2* T 5 4.996 4.186 5.062 54 H1' DT 5 H1* T 5 4.942 2.488 3.564 55 H3 DT 5 3H T 5 1.142 1.871 1.305 56 H71 DT 5 1H7 T 5 0.030 1.558 6.606 57 H72 DT 5 2H7 T 5 -0.928 0.575 5.472 58 H73 DT 5 3H7 T 5 -1.154 2.332 5.534 59 H6 DT 5 6H T 5 2.174 1.909 5.997 60 H5' DT 6 1H5* T 6 7.133 4.050 4.050 61 H5'' DT 6 2H5* T 6 8.212 5.413 4.412 62 H4' DT 6 H4* T 6 7.512 5.697 2.127 63 H3' DT 6 H3* T 6 6.633 7.511 4.252 64 H2' DT 6 1H2* T 6 4.471 7.865 3.574 65 H2'' DT 6 2H2* T 6 5.101 8.404 2.001 66 H1' DT 6 H1* T 6 4.621 6.434 0.992 67 H3 DT 6 3H T 6 0.334 5.254 1.186 68 H71 DT 6 1H7 T 6 2.219 5.493 6.268 69 H72 DT 6 2H7 T 6 1.072 4.199 5.857 70 H73 DT 6 3H7 T 6 0.516 5.878 5.955 71 H6 DT 6 6H T 6 3.656 5.989 4.579 72 H5' DT 7 1H5* T 7 6.260 8.084 -0.032 73 H5'' DT 7 2H5* T 7 7.174 9.505 -0.579 74 H4' DT 7 H4* T 7 5.326 9.278 -2.098 75 H3' DT 7 H3* T 7 5.486 11.486 -0.193 76 H2' DT 7 1H2* T 7 3.301 11.674 0.437 77 H2'' DT 7 2H2* T 7 2.826 11.749 -1.273 78 H1' DT 7 H1* T 7 2.085 9.611 -1.227 79 H3 DT 7 3H T 7 -0.626 8.425 2.096 80 H71 DT 7 1H7 T 7 3.946 10.395 4.259 81 H72 DT 7 2H7 T 7 3.067 9.122 5.138 82 H73 DT 7 3H7 T 7 2.399 10.768 5.053 83 H6 DT 7 6H T 7 3.818 10.249 2.008 84 H15' D33 8 2H5* D33 8 3.253 14.893 -4.208 85 H25' D33 8 1H5* D33 8 3.510 13.392 -5.119 86 H4' D33 8 H4* D33 8 1.123 14.812 -5.026 87 H1' D33 8 H1* D33 8 -0.342 11.556 -5.854 88 H55 D33 8 5H D33 8 0.439 9.240 -3.824 89 H22 D33 8 2H D33 8 2.856 11.101 -6.799 90 H44 D33 8 4H D33 8 2.473 7.492 -4.567 91 H22' D33 8 2H2* D33 8 -0.967 12.014 -3.734 92 H12' D33 8 1H2* D33 8 0.521 11.268 -3.123 93 H3' D33 8 H3* D33 8 1.307 13.334 -2.584 94 3H D33 8 3H D33 8 3.803 8.772 -6.339 95 H15' D33 9 2H5* D33 9 -2.924 12.035 -1.020 96 H25' D33 9 1H5* D33 9 -1.736 10.732 -1.206 97 H4' D33 9 H4* D33 9 -2.215 10.762 1.117 98 H1' D33 9 H1* D33 9 -0.030 12.087 3.048 99 H55 D33 9 5H D33 9 1.271 13.228 -0.305 100 H22 D33 9 2H D33 9 1.765 13.831 3.880 101 H44 D33 9 4H D33 9 3.635 14.652 0.133 102 H22' D33 9 2H2* D33 9 -1.591 13.747 3.154 103 H12' D33 9 1H2* D33 9 -0.994 14.528 1.671 104 H3' D33 9 H3* D33 9 -2.749 13.575 0.553 105 3H D33 9 3H D33 9 3.757 14.906 2.681 106 H15' D33 10 2H5* D33 10 -6.943 11.507 0.801 107 H25' D33 10 1H5* D33 10 -5.323 10.792 0.933 108 H4' D33 10 H4* D33 10 -7.168 9.128 1.328 109 H1' D33 10 H1* D33 10 -6.427 8.025 4.545 110 H55 D33 10 5H D33 10 -5.260 11.709 4.503 111 H22 D33 10 2H D33 10 -4.736 7.940 6.411 112 H44 D33 10 4H D33 10 -3.330 11.967 6.506 113 H22' D33 10 2H2* D33 10 -8.380 9.141 4.815 114 H12' D33 10 1H2* D33 10 -7.519 10.678 5.052 115 H3' D33 10 H3* D33 10 -8.148 11.310 2.952 116 3H D33 10 3H D33 10 -3.178 9.626 7.538 117 H5' DA 11 1H5* A 11 -9.794 8.626 -0.006 118 H5'' DA 11 2H5* A 11 -10.338 6.945 0.133 119 H4' DA 11 H4* A 11 -9.093 7.676 -2.058 120 H3' DA 11 H3* A 11 -9.289 5.230 -0.603 121 H2' DA 11 1H2* A 11 -7.121 4.741 -0.073 122 H2'' DA 11 2H2* A 11 -6.763 4.705 -1.815 123 H1' DA 11 H1* A 11 -5.647 6.664 -1.677 124 H8 DA 11 8H A 11 -7.153 6.016 1.870 125 H61 DA 11 2H6 A 11 -3.136 7.077 4.385 126 H62 DA 11 1H6 A 11 -1.547 7.652 3.928 127 H2 DA 11 2H A 11 -1.594 8.134 -0.527 128 H5' DA 12 1H5* A 12 -7.175 6.064 -4.215 129 H5'' DA 12 2H5* A 12 -7.723 5.162 -5.643 130 H4' DA 12 H4* A 12 -5.485 5.918 -6.133 131 H3' DA 12 H3* A 12 -6.199 3.152 -5.913 132 H2' DA 12 1H2* A 12 -4.643 2.367 -4.419 133 H2'' DA 12 2H2* A 12 -3.405 2.812 -5.614 134 H1' DA 12 H1* A 12 -2.766 4.632 -4.430 135 H8 DA 12 8H A 12 -5.611 2.896 -2.381 136 H61 DA 12 2H6 A 12 -3.403 3.090 1.934 137 H62 DA 12 1H6 A 12 -1.847 3.687 2.467 138 H2 DA 12 2H A 12 0.173 5.387 -1.152 139 H5' DA 13 1H5* A 13 -1.775 4.302 -7.297 140 H5'' DA 13 2H5* A 13 -1.751 3.524 -8.892 141 H4' DA 13 H4* A 13 0.489 3.338 -8.032 142 H3' DA 13 H3* A 13 -1.237 1.013 -8.367 143 H2' DA 13 1H2* A 13 -0.768 -0.130 -6.442 144 H2'' DA 13 2H2* A 13 0.946 -0.113 -6.901 145 H1' DA 13 H1* A 13 1.442 1.544 -5.445 146 H8 DA 13 8H A 13 -2.296 0.517 -5.010 147 H61 DA 13 2H6 A 13 -2.315 0.407 -0.169 148 H62 DA 13 1H6 A 13 -1.112 0.755 1.053 149 H2 DA 13 2H A 13 2.592 2.018 -1.135 150 H5' DT 14 1H5* T 14 2.818 1.151 -7.359 151 H5'' DT 14 2H5* T 14 3.893 0.575 -8.650 152 H4' DT 14 H4* T 14 5.191 0.291 -6.684 153 H3' DT 14 H3* T 14 4.010 -2.055 -7.973 154 H2' DT 14 1H2* T 14 3.405 -3.265 -6.131 155 H2'' DT 14 2H2* T 14 5.075 -3.138 -5.540 156 H1' DT 14 H1* T 14 4.538 -1.528 -4.044 157 H3 DT 14 3H T 14 1.164 -2.413 -1.261 158 H71 DT 14 1H7 T 14 -0.640 -3.210 -6.278 159 H72 DT 14 2H7 T 14 -1.567 -1.956 -5.429 160 H73 DT 14 3H7 T 14 -1.613 -3.631 -4.849 161 H6 DT 14 6H T 14 1.478 -2.240 -6.051 162 H5' DT 15 1H5* T 15 7.657 -2.553 -5.141 163 H5'' DT 15 2H5* T 15 8.768 -3.728 -5.869 164 H4' DT 15 H4* T 15 8.604 -4.104 -3.437 165 H3' DT 15 H3* T 15 7.887 -6.047 -5.522 166 H2' DT 15 1H2* T 15 6.086 -7.016 -4.495 167 H2'' DT 15 2H2* T 15 7.122 -7.373 -3.097 168 H1' DT 15 H1* T 15 6.327 -5.626 -1.893 169 H3 DT 15 3H T 15 1.925 -5.799 -1.226 170 H71 DT 15 1H7 T 15 2.806 -5.604 -6.574 171 H72 DT 15 2H7 T 15 1.441 -4.667 -5.924 172 H73 DT 15 3H7 T 15 1.366 -6.436 -5.950 173 H6 DT 15 6H T 15 4.607 -5.546 -5.203 174 H5' DA 16 1H5* A 16 8.476 -6.992 -1.150 175 H5'' DA 16 2H5* A 16 9.685 -8.284 -1.017 176 H4' DA 16 H4* A 16 8.095 -8.712 0.729 177 H3' DA 16 H3* A 16 8.303 -10.460 -1.599 178 H2' DA 16 1H2* A 16 6.079 -10.818 -2.012 179 H2'' DA 16 2H2* A 16 5.941 -11.479 -0.371 180 H1' DA 16 H1* A 16 5.015 -9.585 0.462 181 H8 DA 16 8H A 16 5.439 -8.748 -3.338 182 H61 DA 16 2H6 A 16 0.773 -7.873 -4.242 183 H62 DA 16 1H6 A 16 -0.681 -7.959 -3.272 184 H2 DA 16 2H A 16 0.609 -9.207 0.836 185 H5' DA 17 1H5* A 17 7.680 -12.860 2.898 186 H5'' DA 17 2H5* A 17 7.484 -14.572 2.479 187 H4' DA 17 H4* A 17 5.700 -13.318 4.039 188 H3' DA 17 H3* A 17 5.592 -15.520 2.055 189 HO3' DA 17 H3T A 17 4.721 -15.022 4.710 190 H2' DA 17 1H2* A 17 3.468 -15.237 1.321 191 H2'' DA 17 2H2* A 17 2.875 -14.968 2.975 192 H1' DA 17 H1* A 17 2.797 -12.733 2.625 193 H8 DA 17 8H A 17 4.980 -13.442 -0.538 194 H61 DA 17 2H6 A 17 1.772 -11.872 -3.810 195 H62 DA 17 1H6 A 17 0.123 -11.298 -3.709 196 H2 DA 17 2H A 17 -0.993 -11.397 0.629