*HEADER RNA 04-JUL-08 2K66 *TITLE NMR SOLUTION STRUCTURE OF THE D3'-STEM CLOSED BY A GAAA *TITLE 2 TETRALOOP OF THE GROUP II INTRON SC.AI5(GAMMA) *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: 5'- *COMPND 3 R(*GP*GP*AP*GP*UP*AP*UP*GP*UP*GP*AP*AP*AP*GP*CP*AP*UP*AP*CP *COMPND 4 *UP*CP*C)-3'; *COMPND 5 CHAIN: A; *COMPND 6 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES *KEYWDS GROUP II INTRON, RIBOZYME, SPLICING, D3'-STEM, GAAA *KEYWDS 2 TETRALOOP, RNA 22-MER, HAIRPIN, NMR *EXPDTA SOLUTION NMR *NUMMDL 20 *AUTHOR D.KRUSCHEL, R.K.O.SIGEL *REVDAT 1 14-JUL-09 2K66 0 {distance constraints for Xplor} {d3'-TL, 5'GGAG..., 22mer} {first conformation identified in NOESY} {distances based on:} {DK_070805 #2 d2o, 303K, 1.32 mM, 10 mM KCl, pD=6.61, 700 MHz} {verified with DK_071905_2 mixing time=120ms, DK_071905_3 mixing time=60ms} {assign (residue 1 and name H1') (residue 1 and name H2') 2.80 0.40 0.40} {assign (residue 1 and name H1') (residue 1 and name H3') 3.90 0.40 0.40} {assign (residue 1 and name H1') (residue 1 and name H4') 3.00 0.40 0.40} {assign (residue 1 and name H1') (residue 1 and name H5') 5.00 2.00 1.00} {assign (residue 1 and name H1') (residue 1 and name H5'') 5.00 2.00 1.00} assign (residue 1 and name H1') (residue 1 and name H8) 3.80 2.00 0.70 assign (residue 1 and name H2') (residue 1 and name H8) 3.80 2.00 0.70 assign (residue 1 and name H3') (residue 1 and name H8) 3.80 2.00 0.70 assign (residue 1 and name H4') (residue 1 and name H8) 5.00 2.00 1.00 assign (residue 1 and name H5') (residue 1 and name H8) 3.80 2.00 0.70 assign (residue 1 and name H5'') (residue 1 and name H8) 2.50 0.70 0.50 assign (residue 1 and name H1') (residue 2 and name H1') 5.00 2.00 1.00 assign (residue 1 and name H1') (residue 2 and name H8) 3.80 2.00 0.70 assign (residue 1 and name H2') (residue 2 and name H1') 5.00 2.00 1.00 assign (residue 1 and name H2') (residue 2 and name H5') 3.80 2.00 0.70 assign (residue 1 and name H2') (residue 2 and name H5'') 5.00 2.00 1.00 assign (residue 1 and name H2') (residue 2 and name H8) 2.50 0.70 0.50 assign (residue 1 and name H3') (residue 2 and name H8) 3.80 2.00 0.70 assign (residue 1 and name H8) (residue 2 and name H8) 5.00 2.00 1.00 {assign (residue 2 and name H1') (residue 2 and name H2') 2.80 0.40 0.40} {assign (residue 2 and name H1') (residue 2 and name H3') 3.90 0.40 0.40} {assign (residue 2 and name H1') (residue 2 and name H4') 3.00 0.40 0.40} {assign (residue 2 and name H1') (residue 2 and name H5') 5.00 2.00 1.00} {assign (residue 2 and name H1') (residue 2 and name H5'') 5.00 2.00 1.00} assign (residue 2 and name H1') (residue 2 and name H8) 3.80 2.00 0.70 assign (residue 2 and name H2') (residue 2 and name H8) 3.80 2.00 0.70 assign (residue 2 and name H3') (residue 2 and name H8) 2.50 0.70 0.50 assign (residue 2 and name H4') (residue 2 and name H8) 5.00 2.00 1.00 assign (residue 2 and name H5') (residue 2 and name H8) 3.80 2.00 0.70 assign (residue 2 and name H5'') (residue 2 and name H8) 3.80 2.00 0.70 assign (residue 2 and name H1') (residue 3 and name H1') 5.00 2.00 1.00 assign (residue 2 and name H1') (residue 3 and name H8) 5.00 2.00 1.00 assign (residue 2 and name H2') (residue 3 and name H1') 3.80 2.00 0.70 assign (residue 2 and name H2') (residue 3 and name H8) 2.50 0.70 0.50 assign (residue 2 and name H3') (residue 3 and name H8) 3.80 2.00 0.70 assign (residue 2 and name H4') (residue 3 and name H8) 6.00 2.00 1.00 assign (residue 2 and name H8) (residue 3 and name H8) 5.00 2.00 1.00 {assign (residue 3 and name H1') (residue 3 and name H2') 2.80 0.40 0.40} {assign (residue 3 and name H1') (residue 3 and name H3') 3.90 0.40 0.40} {assign (residue 3 and name H1') (residue 3 and name H4') 3.00 0.40 0.40} {assign (residue 3 and name H1') (residue 3 and name H5') 5.00 2.00 1.00} {assign (residue 3 and name H1') (residue 3 and name H5'') 5.00 2.00 1.00} assign (residue 3 and name H1') (residue 3 and name H2) 5.00 2.00 1.00 assign (residue 3 and name H1') (residue 3 and name H8) 3.80 2.00 0.70 assign (residue 3 and name H2') (residue 3 and name H2) 5.00 2.00 1.00 assign (residue 3 and name H2') (residue 3 and name H8) 3.80 2.00 0.70 assign (residue 3 and name H3') (residue 3 and name H8) 2.50 0.70 0.50 assign (residue 3 and name H4') (residue 3 and name H8) 5.00 2.00 1.00 assign (residue 3 and name H5'') (residue 3 and name H8) 3.80 2.00 0.70 assign (residue 3 and name H1') (residue 4 and name H1') 5.00 2.00 1.00 assign (residue 3 and name H1') (residue 4 and name H8) 3.80 2.00 0.70 assign (residue 3 and name H2') (residue 4 and name H1') 3.80 2.00 0.70 assign (residue 3 and name H2') (residue 4 and name H8) 2.50 0.70 0.50 assign (residue 3 and name H3') (residue 4 and name H8) 3.80 2.00 0.70 assign (residue 3 and name H4') (residue 4 and name H8) 6.00 2.00 1.00 assign (residue 3 and name H2) (residue 4 and name H1') 2.50 0.70 0.50 assign (residue 3 and name H2) (residue 4 and name H2') 3.80 2.00 0.70 assign (residue 3 and name H2) (residue 4 and name H8) 5.00 2.00 1.00 assign (residue 3 and name H8) (residue 4 and name H8) 5.00 2.00 1.00 assign (residue 3 and name H2) (residue 20 and name H1') 5.00 2.00 1.00 assign (residue 3 and name H2) (residue 21 and name H1') 3.80 2.00 0.70 assign (residue 3 and name H2) (residue 21 and name H2') 6.00 2.00 1.00 {assign (residue 4 and name H1') (residue 4 and name H2') 2.80 0.40 0.40} {assign (residue 4 and name H1') (residue 4 and name H3') 3.90 0.40 0.40} {assign (residue 4 and name H1') (residue 4 and name H4') 3.00 0.40 0.40} {assign (residue 4 and name H1') (residue 4 and name H5') 5.00 2.00 1.00} {assign (residue 4 and name H1') (residue 4 and name H5'') 5.00 2.00 1.00} assign (residue 4 and name H1') (residue 4 and name H8) 3.80 2.00 0.70 assign (residue 4 and name H2') (residue 4 and name H8) 3.80 2.00 0.70 assign (residue 4 and name H3') (residue 4 and name H8) 2.50 0.70 0.50 assign (residue 4 and name H4') (residue 4 and name H8) 3.80 2.00 0.70 assign (residue 4 and name H5') (residue 4 and name H8) 3.80 2.00 0.70 assign (residue 4 and name H5'') (residue 4 and name H8) 3.80 2.00 0.70 assign (residue 4 and name H1') (residue 5 and name H1') 6.00 2.00 1.00 assign (residue 4 and name H1') (residue 5 and name H5) 5.00 2.00 1.00 assign (residue 4 and name H1') (residue 5 and name H6) 3.80 2.00 0.70 assign (residue 4 and name H2') (residue 5 and name H1') 3.80 2.00 0.70 assign (residue 4 and name H2') (residue 5 and name H5) 3.80 2.00 0.70 assign (residue 4 and name H2') (residue 5 and name H6) 2.50 0.70 0.50 assign (residue 4 and name H3') (residue 5 and name H5) 2.50 0.70 0.50 assign (residue 4 and name H3') (residue 5 and name H6) 2.50 0.70 0.50 assign (residue 4 and name H8) (residue 5 and name H5) 3.80 2.00 0.70 assign (residue 4 and name H8) (residue 5 and name H6) 5.00 2.00 1.00 {assign (residue 5 and name H1') (residue 5 and name H2') 2.80 0.40 0.40} {assign (residue 5 and name H1') (residue 5 and name H3') 3.90 0.40 0.40} {assign (residue 5 and name H1') (residue 5 and name H4') 3.00 0.40 0.40} {assign (residue 5 and name H1') (residue 5 and name H5') 5.00 2.00 1.00} {assign (residue 5 and name H1') (residue 5 and name H5'') 5.00 2.00 1.00} {assign (residue 5 and name H5) (residue 5 and name H6) 2.50 0.70 0.50} assign (residue 5 and name H1') (residue 5 and name H5) 5.00 2.00 1.00 assign (residue 5 and name H1') (residue 5 and name H6) 3.80 2.00 0.70 assign (residue 5 and name H2') (residue 5 and name H5) 5.00 2.00 1.00 assign (residue 5 and name H2') (residue 5 and name H6) 3.80 2.00 0.70 assign (residue 5 and name H3') (residue 5 and name H5) 3.80 2.00 0.70 assign (residue 5 and name H3') (residue 5 and name H6) 2.50 0.70 0.50 assign (residue 5 and name H4') (residue 5 and name H5) 6.00 2.00 1.00 assign (residue 5 and name H4') (residue 5 and name H6) 5.00 2.00 1.00 assign (residue 5 and name H5'') (residue 5 and name H5) 6.00 2.00 1.00 assign (residue 5 and name H5'') (residue 5 and name H6) 3.80 2.00 0.70 assign (residue 5 and name H1') (residue 6 and name H1') 5.00 2.00 1.00 assign (residue 5 and name H1') (residue 6 and name H8) 5.00 2.00 1.00 assign (residue 5 and name H1') (residue 18 and name H2) 5.00 2.00 1.00 assign (residue 5 and name H2') (residue 6 and name H1') 3.80 2.00 0.70 assign (residue 5 and name H2') (residue 6 and name H8) 2.50 0.70 0.50 assign (residue 5 and name H2') (residue 18 and name H2) 5.00 2.00 1.00 assign (residue 5 and name H3') (residue 6 and name H8) 3.80 2.00 0.70 assign (residue 5 and name H5) (residue 6 and name H8) 6.00 2.00 1.00 assign (residue 5 and name H6) (residue 6 and name H8) 5.00 2.00 1.00 {assign (residue 6 and name H1') (residue 6 and name H2') 2.80 0.40 0.40} {assign (residue 6 and name H1') (residue 6 and name H3') 3.90 0.40 0.40} {assign (residue 6 and name H1') (residue 6 and name H4') 3.00 0.40 0.40} {assign (residue 6 and name H1') (residue 6 and name H5') 5.00 2.00 1.00} {assign (residue 6 and name H1') (residue 6 and name H5'') 5.00 2.00 1.00} assign (residue 6 and name H1') (residue 6 and name H2) 3.80 2.00 0.70 assign (residue 6 and name H1') (residue 6 and name H8) 3.80 2.00 0.70 assign (residue 6 and name H2') (residue 6 and name H2) 5.00 2.00 1.00 assign (residue 6 and name H2') (residue 6 and name H8) 3.80 2.00 0.70 assign (residue 6 and name H3') (residue 6 and name H8) 2.50 0.70 0.50 assign (residue 6 and name H4') (residue 6 and name H8) 5.00 2.00 1.00 assign (residue 6 and name H5'') (residue 6 and name H8) 3.80 2.00 0.70 assign (residue 6 and name H1') (residue 7 and name H1') 5.00 2.00 1.00 assign (residue 6 and name H1') (residue 7 and name H5) 5.00 2.00 1.00 assign (residue 6 and name H1') (residue 7 and name H6) 5.00 2.00 1.00 assign (residue 6 and name H1') (residue 18 and name H2) 3.80 2.00 0.70 assign (residue 6 and name H2') (residue 7 and name H1') 5.00 2.00 1.00 assign (residue 6 and name H2') (residue 7 and name H5) 3.80 2.00 0.70 assign (residue 6 and name H2') (residue 7 and name H6) 3.80 2.00 0.70 assign (residue 6 and name H2') (residue 18 and name H2) 5.00 2.00 1.00 assign (residue 6 and name H3') (residue 7 and name H6) 3.80 2.00 0.70 assign (residue 6 and name H3') (residue 7 and name H5) 2.50 0.70 0.50 assign (residue 6 and name H2) (residue 7 and name H1') 3.80 2.00 0.70 assign (residue 6 and name H2) (residue 7 and name H2') 6.00 2.00 1.00 assign (residue 6 and name H2) (residue 7 and name H6) 5.00 2.00 1.00 assign (residue 6 and name H2) (residue 18 and name H1') 3.80 2.00 0.70 assign (residue 6 and name H2) (residue 18 and name H2') 5.00 2.00 1.00 assign (residue 6 and name H2) (residue 18 and name H2) 3.80 2.00 0.70 assign (residue 6 and name H2) (residue 18 and name H8) 5.00 2.00 1.00 assign (residue 6 and name H2) (residue 16 and name H2) 5.00 2.00 1.00 assign (residue 6 and name H2) (residue 17 and name H1') 5.00 2.00 1.00 assign (residue 6 and name H2) (residue 17 and name H2') 5.00 2.00 1.00 assign (residue 6 and name H8) (residue 7 and name H5) 3.80 2.00 0.70 assign (residue 6 and name H8) (residue 7 and name H6) 5.00 2.00 1.00 assign (residue 6 and name H8) (residue 18 and name H2) 5.00 2.00 1.00 {assign (residue 7 and name H1') (residue 7 and name H2') 2.80 0.40 0.40} {assign (residue 7 and name H1') (residue 7 and name H3') 3.90 0.40 0.40} {assign (residue 7 and name H1') (residue 7 and name H4') 3.00 0.40 0.40} {assign (residue 7 and name H1') (residue 7 and name H5') 5.00 2.00 1.00} {assign (residue 7 and name H1') (residue 7 and name H5'') 5.00 2.00 1.00} {assign (residue 7 and name H5) (residue 7 and name H6) 2.50 0.70 0.50} assign (residue 7 and name H1') (residue 7 and name H5) 5.00 2.00 1.00 assign (residue 7 and name H1') (residue 7 and name H6) 3.80 2.00 0.70 assign (residue 7 and name H2') (residue 7 and name H5) 5.00 2.00 1.00 assign (residue 7 and name H2') (residue 7 and name H6) 3.80 2.00 0.70 assign (residue 7 and name H4') (residue 7 and name H6) 5.00 2.00 1.00 assign (residue 7 and name H1') (residue 8 and name H1') 5.00 2.00 1.00 assign (residue 7 and name H1') (residue 8 and name H5'') 6.00 2.00 1.00 assign (residue 7 and name H1') (residue 8 and name H8) 3.80 2.00 0.70 assign (residue 7 and name H1') (residue 16 and name H2) 6.00 2.00 1.00 assign (residue 7 and name H2') (residue 8 and name H1') 3.80 2.00 0.70 assign (residue 7 and name H2') (residue 8 and name H8) 2.50 0.70 0.50 assign (residue 7 and name H2') (residue 16 and name H2) 6.00 2.00 1.00 assign (residue 7 and name H5) (residue 8 and name H8) 3.80 2.00 0.70 assign (residue 7 and name H6) (residue 8 and name H8) 3.80 2.00 0.70 {assign (residue 8 and name H1') (residue 8 and name H2') 2.80 0.40 0.40} {assign (residue 8 and name H1') (residue 8 and name H3') 3.90 0.40 0.40} {assign (residue 8 and name H1') (residue 8 and name H4') 3.00 0.40 0.40} {assign (residue 8 and name H1') (residue 8 and name H5') 5.00 2.00 1.00} {assign (residue 8 and name H1') (residue 8 and name H5'') 5.00 2.00 1.00} assign (residue 8 and name H1') (residue 8 and name H8) 3.80 2.00 0.70 assign (residue 8 and name H2') (residue 8 and name H8) 3.80 2.00 0.70 assign (residue 8 and name H3') (residue 8 and name H8) 2.50 0.70 0.50 assign (residue 8 and name H5'') (residue 8 and name H8) 3.80 2.00 0.70 assign (residue 8 and name H1') (residue 9 and name H1') 6.00 2.00 1.00 assign (residue 8 and name H1') (residue 9 and name H5) 5.00 2.00 1.00 assign (residue 8 and name H1') (residue 9 and name H6) 3.80 2.00 0.70 assign (residue 8 and name H1') (residue 16 and name H2) 3.80 2.00 0.70 assign (residue 8 and name H2') (residue 9 and name H1') 3.80 2.00 0.70 assign (residue 8 and name H2') (residue 9 and name H5) 2.50 0.70 0.50 assign (residue 8 and name H2') (residue 9 and name H6) 2.50 0.70 0.50 assign (residue 8 and name H2') (residue 16 and name H2) 5.00 2.00 1.00 assign (residue 8 and name H3') (residue 9 and name H5) 2.50 0.70 0.50 assign (residue 8 and name H3') (residue 9 and name H6) 3.80 2.00 0.70 assign (residue 8 and name H8) (residue 9 and name H5) 2.50 0.70 0.50 assign (residue 8 and name H8) (residue 9 and name H6) 5.00 2.00 0.70 assign (residue 8 and name H8) (residue 16 and name H2) 5.00 2.00 1.00 {assign (residue 9 and name H1') (residue 9 and name H2') 2.80 0.40 0.40} {assign (residue 9 and name H1') (residue 9 and name H3') 3.90 0.40 0.40} {assign (residue 9 and name H1') (residue 9 and name H4') 3.00 0.40 0.40} {assign (residue 9 and name H1') (residue 9 and name H5') 5.00 2.00 1.00} {assign (residue 9 and name H1') (residue 9 and name H5'') 5.00 2.00 1.00} {assign (residue 9 and name H5) (residue 9 and name H6) 2.50 0.70 0.50} assign (residue 9 and name H1') (residue 9 and name H5) 5.00 2.00 1.00 assign (residue 9 and name H1') (residue 9 and name H6) 3.80 2.00 0.70 assign (residue 9 and name H2') (residue 9 and name H5) 5.00 2.00 1.00 assign (residue 9 and name H2') (residue 9 and name H6) 3.80 2.00 0.70 assign (residue 9 and name H3') (residue 9 and name H5) 5.00 2.00 1.00 assign (residue 9 and name H3') (residue 9 and name H6) 2.50 0.70 0.50 assign (residue 9 and name H4') (residue 9 and name H6) 3.80 2.00 0.70 assign (residue 9 and name H5') (residue 9 and name H6) 3.80 2.00 0.70 assign (residue 9 and name H5'') (residue 9 and name H6) 3.80 2.00 0.70 assign (residue 9 and name H1') (residue 10 and name H1') 5.00 2.00 1.00 assign (residue 9 and name H1') (residue 10 and name H8) 5.00 2.00 1.00 assign (residue 9 and name H2') (residue 10 and name H1') 3.80 2.00 0.70 assign (residue 9 and name H2') (residue 10 and name H8) 2.50 0.70 0.50 assign (residue 9 and name H3') (residue 10 and name H8) 3.80 2.00 0.70 assign (residue 9 and name H5) (residue 10 and name H8) 5.00 2.00 1.00 assign (residue 9 and name H6) (residue 10 and name H8) 3.80 2.00 0.70 {assign (residue 10 and name H1') (residue 10 and name H2') 2.80 0.40 0.40} {assign (residue 10 and name H1') (residue 10 and name H3') 3.90 0.40 0.40} {assign (residue 10 and name H1') (residue 10 and name H4') 3.00 0.40 0.40} {assign (residue 10 and name H1') (residue 10 and name H5') 5.00 2.00 1.00} {assign (residue 10 and name H1') (residue 10 and name H5'') 5.00 2.00 1.00} assign (residue 10 and name H1') (residue 10 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H2') (residue 10 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H3') (residue 10 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H4') (residue 10 and name H8) 5.00 2.00 1.00 assign (residue 10 and name H5') (residue 10 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H5'') (residue 10 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H1') (residue 11 and name H1') 6.00 2.00 1.00 assign (residue 10 and name H1') (residue 11 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H1') (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H2') (residue 11 and name H1') 6.00 2.00 1.00 assign (residue 10 and name H2') (residue 11 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H2') (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H3') (residue 11 and name H8) 5.00 2.00 1.00 assign (residue 10 and name H3') (residue 12 and name H8) 5.00 2.00 1.00 {assign (residue 11 and name H1') (residue 11 and name H2') 2.80 0.40 0.40} {assign (residue 11 and name H1') (residue 11 and name H3') 3.90 0.40 0.40} {assign (residue 11 and name H1') (residue 11 and name H4') 3.00 0.40 0.40} {assign (residue 11 and name H1') (residue 11 and name H5') 5.00 2.00 1.00} {assign (residue 11 and name H1') (residue 11 and name H5'') 5.00 2.00 1.00} assign (residue 11 and name H1') (residue 11 and name H2) 5.00 2.00 1.00 assign (residue 11 and name H1') (residue 11 and name H8) 3.80 2.00 0.70 assign (residue 11 and name H2') (residue 11 and name H2) 5.00 2.00 1.00 assign (residue 11 and name H2') (residue 11 and name H8) 3.80 2.00 0.70 assign (residue 11 and name H3') (residue 11 and name H8) 3.80 2.00 0.70 assign (residue 11 and name H4') (residue 11 and name H8) 5.00 2.00 1.00 assign (residue 11 and name H5'') (residue 11 and name H8) 3.80 2.00 0.70 assign (residue 11 and name H1') (residue 12 and name H1') 5.00 2.00 1.00 assign (residue 11 and name H1') (residue 12 and name H8) 5.00 2.00 1.00 assign (residue 11 and name H2') (residue 12 and name H1') 3.80 2.00 0.70 assign (residue 11 and name H2') (residue 12 and name H8) 2.50 0.70 0.50 assign (residue 11 and name H3') (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 11 and name H4') (residue 12 and name H8) 5.00 2.00 1.00 assign (residue 11 and name H2) (residue 12 and name H1') 3.80 2.00 0.70 assign (residue 11 and name H2) (residue 12 and name H2') 6.00 2.00 1.00 assign (residue 11 and name H8) (residue 12 and name H8) 6.00 2.00 1.00 {assign (residue 12 and name H1') (residue 12 and name H2') 2.80 0.40 0.40} {assign (residue 12 and name H1') (residue 12 and name H3') 3.90 0.40 0.40} {assign (residue 12 and name H1') (residue 12 and name H4') 3.00 0.40 0.40} {assign (residue 12 and name H1') (residue 12 and name H5'') 5.00 2.00 1.00} {assign (residue 12 and name H1') (residue 12 and name H5') 5.00 2.00 1.00} assign (residue 12 and name H1') (residue 12 and name H2) 5.00 2.00 1.00 assign (residue 12 and name H1') (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 12 and name H2') (residue 12 and name H2) 5.00 2.00 1.00 assign (residue 12 and name H2') (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 12 and name H3') (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 12 and name H4') (residue 12 and name H8) 5.00 2.00 1.00 assign (residue 12 and name H5') (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 12 and name H5'') (residue 12 and name H8) 5.00 2.00 1.00 assign (residue 12 and name H1') (residue 13 and name H1') 5.00 2.00 1.00 assign (residue 12 and name H1') (residue 13 and name H2) 6.00 2.00 1.00 assign (residue 12 and name H1') (residue 13 and name H8) 5.00 2.00 1.00 assign (residue 12 and name H2') (residue 13 and name H1') 3.80 2.00 0.70 assign (residue 12 and name H2') (residue 13 and name H8) 2.50 0.70 0.50 assign (residue 12 and name H3') (residue 13 and name H8) 3.80 2.00 0.70 assign (residue 12 and name H2) (residue 13 and name H1') 6.00 2.00 1.00 assign (residue 12 and name H2) (residue 13 and name H2) 3.80 2.00 0.70 assign (residue 12 and name H8) (residue 13 and name H8) 5.00 2.00 1.00 {assign (residue 13 and name H1') (residue 13 and name H2') 2.80 0.40 0.40} {assign (residue 13 and name H1') (residue 13 and name H3') 3.90 0.40 0.40} {assign (residue 13 and name H1') (residue 13 and name H4') 3.00 0.40 0.40} {assign (residue 13 and name H1') (residue 13 and name H5') 5.00 2.00 1.00} {assign (residue 13 and name H1') (residue 13 and name H5'') 5.00 2.00 1.00} assign (residue 13 and name H1') (residue 13 and name H2) 5.00 2.00 1.00 assign (residue 13 and name H1') (residue 13 and name H8) 3.80 2.00 0.70 assign (residue 13 and name H2') (residue 13 and name H8) 3.80 2.00 0.70 assign (residue 13 and name H3') (residue 13 and name H8) 2.50 0.70 0.50 assign (residue 13 and name H4') (residue 13 and name H8) 5.00 2.00 1.00 assign (residue 13 and name H5'') (residue 13 and name H8) 2.50 0.70 0.50 assign (residue 13 and name H1') (residue 14 and name H8) 3.80 2.00 0.70 assign (residue 13 and name H2') (residue 14 and name H8) 2.50 0.70 0.50 assign (residue 13 and name H3') (residue 14 and name H8) 2.50 0.70 0.50 assign (residue 13 and name H2) (residue 14 and name H8) 6.00 2.00 1.00 assign (residue 13 and name H8) (residue 14 and name H8) 3.80 2.00 0.70 {assign (residue 14 and name H1') (residue 14 and name H2') 2.80 0.40 0.40} {assign (residue 14 and name H1') (residue 14 and name H3') 3.90 0.40 0.40} {assign (residue 14 and name H1') (residue 14 and name H4') 3.00 0.40 0.40} {assign (residue 14 and name H1') (residue 14 and name H5') 5.00 2.00 1.00} {assign (residue 14 and name H1') (residue 14 and name H5'') 5.00 2.00 1.00} assign (residue 14 and name H1') (residue 14 and name H8) 3.80 2.00 0.70 assign (residue 14 and name H2') (residue 14 and name H8) 3.80 2.00 0.70 assign (residue 14 and name H3') (residue 14 and name H8) 2.50 0.70 0.50 assign (residue 14 and name H5'') (residue 14 and name H8) 3.80 2.00 0.70 assign (residue 14 and name H1') (residue 15 and name H5) 5.00 2.00 1.00 assign (residue 14 and name H1') (residue 15 and name H6) 3.80 2.00 0.70 assign (residue 14 and name H2') (residue 15 and name H1') 3.80 2.00 0.70 assign (residue 14 and name H2') (residue 15 and name H5) 3.80 2.00 0.70 assign (residue 14 and name H2') (residue 15 and name H6) 2.50 0.70 0.50 assign (residue 14 and name H3') (residue 15 and name H6) 3.80 2.00 0.70 assign (residue 14 and name H8) (residue 15 and name H5) 3.80 2.00 0.70 assign (residue 14 and name H8) (residue 15 and name H6) 3.80 2.00 0.70 {assign (residue 15 and name H1') (residue 15 and name H2') 2.80 0.40 0.40} {assign (residue 15 and name H1') (residue 15 and name H3') 3.90 0.40 0.40} {assign (residue 15 and name H1') (residue 15 and name H4') 3.00 0.40 0.40} {assign (residue 15 and name H1') (residue 15 and name H5') 5.00 2.00 1.00} {assign (residue 15 and name H1') (residue 15 and name H5'') 5.00 2.00 1.00} {assign (residue 15 and name H5) (residue 15 and name H6) 2.50 0.70 0.50} assign (residue 15 and name H1') (residue 15 and name H5) 5.00 2.00 1.00 assign (residue 15 and name H1') (residue 15 and name H6) 3.80 2.00 0.70 assign (residue 15 and name H2') (residue 15 and name H5) 5.00 2.00 1.00 assign (residue 15 and name H2') (residue 15 and name H6) 6.00 2.00 1.00 assign (residue 15 and name H3') (residue 15 and name H5) 5.00 2.00 1.00 assign (residue 15 and name H3') (residue 15 and name H6) 3.80 2.00 0.70 assign (residue 15 and name H1') (residue 16 and name H1') 5.00 2.00 1.00 assign (residue 15 and name H1') (residue 16 and name H8) 3.80 2.00 0.70 assign (residue 15 and name H2') (residue 16 and name H1') 3.80 2.00 0.70 assign (residue 15 and name H2') (residue 16 and name H8) 2.50 0.70 0.50 assign (residue 15 and name H3') (residue 16 and name H8) 3.80 2.00 0.70 assign (residue 15 and name H5) (residue 16 and name H8) 6.00 2.00 1.00 assign (residue 15 and name H6) (residue 16 and name H8) 5.00 2.00 1.00 {assign (residue 16 and name H1') (residue 16 and name H2') 2.80 0.40 0.40} {assign (residue 16 and name H1') (residue 16 and name H3') 3.90 0.40 0.40} {assign (residue 16 and name H1') (residue 16 and name H4') 3.00 0.40 0.40} {assign (residue 16 and name H1') (residue 16 and name H5') 5.00 2.00 1.00} {assign (residue 16 and name H1') (residue 16 and name H5'') 5.00 2.00 1.00} assign (residue 16 and name H1') (residue 16 and name H2) 5.00 2.00 1.00 assign (residue 16 and name H1') (residue 16 and name H8) 3.80 2.00 0.70 assign (residue 16 and name H2') (residue 16 and name H2) 5.00 2.00 1.00 assign (residue 16 and name H2') (residue 16 and name H8) 3.80 2.00 0.70 assign (residue 16 and name H3') (residue 16 and name H8) 2.50 0.70 0.50 assign (residue 16 and name H4') (residue 16 and name H8) 5.00 2.00 1.00 assign (residue 16 and name H5'') (residue 16 and name H8) 3.80 2.00 0.70 assign (residue 16 and name H1') (residue 17 and name H1') 6.00 2.00 1.00 assign (residue 16 and name H1') (residue 17 and name H5) 5.00 2.00 1.00 assign (residue 16 and name H1') (residue 17 and name H6) 5.00 2.00 1.00 assign (residue 16 and name H2') (residue 17 and name H1') 3.80 2.00 0.70 assign (residue 16 and name H2') (residue 17 and name H5) 3.80 2.00 0.70 assign (residue 16 and name H2') (residue 17 and name H6) 2.50 0.70 0.50 assign (residue 16 and name H3') (residue 17 and name H5) 2.50 0.70 0.50 assign (residue 16 and name H3') (residue 17 and name H6) 3.80 2.00 0.70 assign (residue 16 and name H2) (residue 17 and name H1') 3.80 2.00 0.70 assign (residue 16 and name H2) (residue 17 and name H2') 5.00 2.00 1.00 assign (residue 16 and name H2) (residue 17 and name H6) 5.00 2.00 1.00 assign (residue 16 and name H8) (residue 17 and name H5) 3.80 2.00 0.70 assign (residue 16 and name H8) (residue 17 and name H6) 5.00 2.00 1.00 {assign (residue 17 and name H1') (residue 17 and name H2') 2.80 0.40 0.40} {assign (residue 17 and name H1') (residue 17 and name H3') 3.90 0.40 0.40} {assign (residue 17 and name H1') (residue 17 and name H4') 3.00 0.40 0.40} {assign (residue 17 and name H1') (residue 17 and name H5') 5.00 2.00 1.00} {assign (residue 17 and name H1') (residue 17 and name H5'') 5.00 2.00 1.00} {assign (residue 17 and name H5) (residue 17 and name H6) 2.50 0.70 0.50} assign (residue 17 and name H1') (residue 17 and name H5) 5.00 2.00 1.00 assign (residue 17 and name H1') (residue 17 and name H6) 3.80 2.00 0.70 assign (residue 17 and name H2') (residue 17 and name H5) 5.00 2.00 1.00 assign (residue 17 and name H2') (residue 17 and name H6) 3.80 2.00 0.70 assign (residue 17 and name H3') (residue 17 and name H5) 5.00 2.00 1.00 assign (residue 17 and name H3') (residue 17 and name H6) 2.50 0.70 0.50 assign (residue 17 and name H4') (residue 17 and name H5) 6.00 2.00 1.00 assign (residue 17 and name H4') (residue 17 and name H6) 5.00 2.00 1.00 assign (residue 17 and name H1') (residue 18 and name H1') 5.00 2.00 1.00 assign (residue 17 and name H1') (residue 18 and name H8) 3.80 2.00 0.70 assign (residue 17 and name H2') (residue 18 and name H1') 3.80 2.00 0.70 assign (residue 17 and name H2') (residue 18 and name H8) 2.50 0.70 0.50 assign (residue 17 and name H3') (residue 18 and name H8) 3.80 2.00 0.70 assign (residue 17 and name H5) (residue 18 and name H8) 5.00 2.00 1.00 assign (residue 17 and name H5) (residue 18 and name H2') 6.00 2.00 1.00 assign (residue 17 and name H6) (residue 18 and name H8) 3.80 2.00 0.70 {assign (residue 18 and name H1') (residue 18 and name H2') 2.80 0.40 0.40} {assign (residue 18 and name H1') (residue 18 and name H3') 3.90 0.40 0.40} {assign (residue 18 and name H1') (residue 18 and name H4') 3.00 0.40 0.40} {assign (residue 18 and name H1') (residue 18 and name H5') 5.00 2.00 1.00} {assign (residue 18 and name H1') (residue 18 and name H5'') 5.00 2.00 1.00} assign (residue 18 and name H1') (residue 18 and name H2) 3.80 2.00 0.70 assign (residue 18 and name H1') (residue 18 and name H8) 3.80 2.00 0.70 assign (residue 18 and name H2') (residue 18 and name H2) 5.00 2.00 1.00 assign (residue 18 and name H2') (residue 18 and name H8) 3.80 2.00 0.70 assign (residue 18 and name H3') (residue 18 and name H8) 2.50 0.70 0.50 assign (residue 18 and name H4') (residue 18 and name H8) 5.00 2.00 1.00 assign (residue 18 and name H5'') (residue 18 and name H8) 3.80 2.00 0.70 assign (residue 18 and name H1') (residue 19 and name H1') 5.00 2.00 1.00 assign (residue 18 and name H1') (residue 19 and name H5) 5.00 2.00 1.00 assign (residue 18 and name H1') (residue 19 and name H6) 3.80 2.00 0.70 assign (residue 18 and name H2') (residue 19 and name H1') 3.80 2.00 0.70 assign (residue 18 and name H2') (residue 19 and name H5) 3.80 2.00 0.70 assign (residue 18 and name H2') (residue 19 and name H6) 2.50 0.70 0.50 assign (residue 18 and name H3') (residue 19 and name H5) 3.80 2.00 0.70 assign (residue 18 and name H3') (residue 19 and name H6) 3.80 2.00 0.70 assign (residue 18 and name H2) (residue 19 and name H1') 3.80 2.00 0.70 assign (residue 18 and name H2) (residue 19 and name H2') 6.00 2.00 1.00 assign (residue 18 and name H8) (residue 19 and name H5) 5.00 2.00 1.00 assign (residue 18 and name H8) (residue 19 and name H6) 3.80 2.00 0.70 {assign (residue 19 and name H1') (residue 19 and name H2') 2.80 0.40 0.40} {assign (residue 19 and name H1') (residue 19 and name H3') 3.90 0.40 0.40} {assign (residue 19 and name H1') (residue 19 and name H4') 3.00 0.40 0.40} {assign (residue 19 and name H1') (residue 19 and name H5') 5.00 2.00 1.00} {assign (residue 19 and name H1') (residue 19 and name H5'') 5.00 2.00 1.00} {assign (residue 19 and name H5) (residue 19 and name H6) 2.50 0.70 0.50} assign (residue 19 and name H1') (residue 19 and name H5) 5.00 2.00 1.00 assign (residue 19 and name H1') (residue 19 and name H6) 3.80 2.00 0.70 assign (residue 19 and name H2') (residue 19 and name H5) 5.00 2.00 1.00 assign (residue 19 and name H2') (residue 19 and name H6) 3.80 2.00 0.70 assign (residue 19 and name H3') (residue 19 and name H5) 3.80 2.00 0.70 assign (residue 19 and name H3') (residue 19 and name H6) 2.50 0.70 0.50 assign (residue 19 and name H4') (residue 19 and name H5) 5.00 2.00 1.00 assign (residue 19 and name H4') (residue 19 and name H6) 5.00 2.00 1.00 assign (residue 19 and name H5'') (residue 19 and name H5) 6.00 2.00 1.00 assign (residue 19 and name H5'') (residue 19 and name H6) 3.80 2.00 0.70 assign (residue 19 and name H1') (residue 20 and name H1') 5.00 2.00 1.00 assign (residue 19 and name H1') (residue 20 and name H5) 5.00 2.00 1.00 assign (residue 19 and name H1') (residue 20 and name H6) 3.80 2.00 0.70 assign (residue 19 and name H2') (residue 20 and name H1') 3.80 2.00 0.70 assign (residue 19 and name H2') (residue 20 and name H5) 3.80 2.00 0.70 assign (residue 19 and name H2') (residue 20 and name H6) 2.50 0.70 0.50 assign (residue 19 and name H3') (residue 20 and name H5) 3.80 2.00 0.70 assign (residue 19 and name H3') (residue 20 and name H6) 3.80 2.00 0.70 assign (residue 19 and name H5) (residue 20 and name H5) 2.50 0.70 0.50 assign (residue 19 and name H5) (residue 20 and name H6) 5.00 2.00 1.00 assign (residue 19 and name H6) (residue 20 and name H5) 2.50 0.70 0.50 assign (residue 19 and name H6) (residue 20 and name H6) 3.80 2.00 0.70 {assign (residue 20 and name H1') (residue 20 and name H2') 2.80 0.40 0.40} {assign (residue 20 and name H1') (residue 20 and name H3') 3.90 0.40 0.40} {assign (residue 20 and name H1') (residue 20 and name H4') 3.00 0.40 0.40} {assign (residue 20 and name H1') (residue 20 and name H5') 5.00 2.00 1.00} {assign (residue 20 and name H1') (residue 20 and name H5'') 5.00 2.00 1.00} {assign (residue 20 and name H5) (residue 20 and name H6) 2.50 0.70 0.50} assign (residue 20 and name H1') (residue 20 and name H5) 5.00 2.00 1.00 assign (residue 20 and name H1') (residue 20 and name H6) 3.80 2.00 0.70 assign (residue 20 and name H2') (residue 20 and name H5) 5.00 2.00 1.00 assign (residue 20 and name H2') (residue 20 and name H6) 3.80 2.00 0.70 assign (residue 20 and name H3') (residue 20 and name H5) 5.00 2.00 1.00 assign (residue 20 and name H3') (residue 20 and name H6) 2.50 0.70 0.50 assign (residue 20 and name H5'') (residue 20 and name H5) 6.00 2.00 1.00 assign (residue 20 and name H5'') (residue 20 and name H6) 3.80 2.00 0.70 assign (residue 20 and name H1') (residue 21 and name H1') 6.00 2.00 1.00 assign (residue 20 and name H1') (residue 21 and name H5) 5.00 2.00 1.00 assign (residue 20 and name H1') (residue 21 and name H6) 3.80 2.00 0.70 assign (residue 20 and name H2') (residue 21 and name H1') 3.80 2.00 0.70 assign (residue 20 and name H2') (residue 21 and name H5) 3.80 2.00 0.70 assign (residue 20 and name H2') (residue 21 and name H6) 3.80 2.00 0.70 assign (residue 20 and name H3') (residue 21 and name H5) 3.80 2.00 0.70 assign (residue 20 and name H3') (residue 21 and name H6) 3.80 2.00 0.70 assign (residue 20 and name H5) (residue 21 and name H5) 5.00 2.00 1.00 assign (residue 20 and name H5) (residue 21 and name H6) 6.00 2.00 1.00 assign (residue 20 and name H6) (residue 21 and name H5) 5.00 2.00 1.00 assign (residue 20 and name H6) (residue 21 and name H6) 5.00 2.00 1.00 {assign (residue 21 and name H1') (residue 21 and name H2') 2.80 0.40 0.40} {assign (residue 21 and name H1') (residue 21 and name H3') 3.90 0.40 0.40} {assign (residue 21 and name H1') (residue 21 and name H4') 3.00 0.40 0.40} {assign (residue 21 and name H1') (residue 21 and name H5') 5.00 2.00 1.00} {assign (residue 21 and name H1') (residue 21 and name H5'') 5.00 2.00 1.00} {assign (residue 21 and name H5) (residue 21 and name H6) 2.50 0.70 0.50} assign (residue 21 and name H1') (residue 21 and name H5) 5.00 2.00 1.00 assign (residue 21 and name H1') (residue 21 and name H6) 3.80 2.00 0.70 assign (residue 21 and name H2') (residue 21 and name H5) 5.00 2.00 1.00 assign (residue 21 and name H2') (residue 21 and name H6) 3.80 2.00 0.70 assign (residue 21 and name H3') (residue 21 and name H5) 5.00 2.00 1.00 assign (residue 21 and name H3') (residue 21 and name H6) 2.50 0.70 0.50 assign (residue 21 and name H5'') (residue 21 and name H5) 6.00 2.00 1.00 assign (residue 21 and name H5'') (residue 21 and name H6) 3.80 2.00 0.70 assign (residue 21 and name H1') (residue 22 and name H1') 3.80 2.00 0.70 assign (residue 21 and name H1') (residue 22 and name H5) 5.00 2.00 1.00 assign (residue 21 and name H1') (residue 22 and name H6) 3.80 2.00 0.70 assign (residue 21 and name H2') (residue 22 and name H1') 3.80 2.00 0.70 assign (residue 21 and name H2') (residue 22 and name H5) 3.80 2.00 0.70 assign (residue 21 and name H2') (residue 22 and name H6) 2.50 0.70 0.50 assign (residue 21 and name H3') (residue 22 and name H5) 3.80 2.00 0.70 assign (residue 21 and name H3') (residue 22 and name H6) 3.80 2.00 0.70 assign (residue 21 and name H5) (residue 22 and name H5) 3.80 2.00 0.70 assign (residue 21 and name H5) (residue 22 and name H6) 6.00 2.00 1.00 assign (residue 21 and name H6) (residue 22 and name H5) 3.80 2.00 0.70 assign (residue 21 and name H6) (residue 22 and name H6) 3.80 2.00 0.70 {assign (residue 22 and name H1') (residue 22 and name H2') 2.80 0.40 0.40} {assign (residue 22 and name H1') (residue 22 and name H3') 3.90 0.40 0.40} {assign (residue 22 and name H1') (residue 22 and name H4') 3.00 0.40 0.40} {assign (residue 22 and name H1') (residue 22 and name H5') 5.00 2.00 1.00} {assign (residue 22 and name H1') (residue 22 and name H5'') 5.00 2.00 1.00} {assign (residue 22 and name H5) (residue 22 and name H6) 2.50 0.70 0.50} assign (residue 22 and name H1') (residue 22 and name H5) 5.00 2.00 1.00 assign (residue 22 and name H1') (residue 22 and name H6) 3.80 2.00 0.70 assign (residue 22 and name H2') (residue 22 and name H5) 5.00 2.00 1.00 assign (residue 22 and name H2') (residue 22 and name H6) 3.80 2.00 0.70 assign (residue 22 and name H3') (residue 22 and name H5) 5.00 2.00 1.00 assign (residue 22 and name H3') (residue 22 and name H6) 2.50 0.70 0.50 assign (residue 22 and name H4') (residue 22 and name H5) 6.00 2.00 1.00 assign (residue 22 and name H4') (residue 22 and name H6) 3.80 2.00 0.70 assign (residue 22 and name H5'') (residue 22 and name H5) 6.00 2.00 1.00 assign (residue 22 and name H5'') (residue 22 and name H6) 3.80 2.00 0.70 {distance constraint list for XPLOR} {d3’-TL, 5'GGAG..., 22mer} {first conformation identified in WATERGATE NOESY} {distances based on:} {DK_071005 #2 h2o, 278K, 10 mM KCl, pD=6.61, 700 MHz} assign (residue 1 and name H1) (residue 2 and name H1') 6.00 2.00 1.00 assign (residue 1 and name H1) (residue 2 and name H1) 5.00 2.00 1.00 assign (residue 1 and name H1) (residue 2 and name H8) 6.00 2.00 1.00 assign (residue 1 and name H1) (residue 21 and name H1') 6.00 2.00 1.00 assign (residue 1 and name H1) (residue 22 and name H41) 2.50 0.70 0.50 assign (residue 1 and name H1) (residue 22 and name H42) 3.80 2.00 0.70 assign (residue 1 and name H1) (residue 22 and name H5) 6.00 2.00 1.00 assign (residue 1 and name H1) (residue 22 and name H6) 6.00 2.00 1.00 assign (residue 2 and name H1) (residue 3 and name H1') 6.00 2.00 1.00 assign (residue 2 and name H1) (residue 3 and name H2) 5.00 2.00 1.00 assign (residue 2 and name H1) (residue 3 and name H8) 6.00 2.00 1.00 assign (residue 2 and name H1) (residue 20 and name H3) 5.00 2.00 1.00 assign (residue 2 and name H1) (residue 21 and name H41) 2.50 0.70 0.50 assign (residue 2 and name H1) (residue 21 and name H42) 3.80 2.00 0.70 assign (residue 2 and name H1) (residue 21 and name H5) 6.00 2.00 1.00 assign (residue 2 and name H1) (residue 21 and name H6) 6.00 2.00 1.00 assign (residue 2 and name H1) (residue 22 and name H5) 6.00 2.00 1.00 assign (residue 2 and name H1) (residue 22 and name H6) 5.00 2.00 1.00 assign (residue 4 and name H1) (residue 3 and name H2) 5.00 2.00 1.00 assign (residue 4 and name H1) (residue 5 and name H1') 6.00 2.00 1.00 assign (residue 4 and name H1) (residue 5 and name H3) 3.80 2.00 1.00 assign (residue 4 and name H1) (residue 5 and name H5) 6.00 2.00 1.00 assign (residue 4 and name H1) (residue 5 and name H6) 6.00 2.00 1.00 assign (residue 4 and name H1) (residue 19 and name H2') 6.00 2.00 1.00 assign (residue 4 and name H1) (residue 19 and name H41) 2.50 0.70 0.50 assign (residue 4 and name H1) (residue 19 and name H42) 3.80 2.00 0.70 assign (residue 4 and name H1) (residue 19 and name H5) 5.00 2.00 1.00 assign (residue 4 and name H1) (residue 20 and name H3) 3.80 2.00 0.70 assign (residue 4 and name H1) (residue 20 and name H5) 5.00 2.00 1.00 assign (residue 4 and name H1) (residue 20 and name H6) 5.00 2.00 1.00 assign (residue 5 and name H3) (residue 4 and name H22) 6.00 2.00 1.00 assign (residue 5 and name H3) (residue 5 and name H1') 5.00 2.00 1.00 assign (residue 5 and name H3) (residue 6 and name H1') 5.00 2.00 1.00 assign (residue 5 and name H3) (residue 6 and name H8) 5.00 2.00 1.00 assign (residue 5 and name H3) (residue 17 and name H3) 3.80 2.00 0.70 assign (residue 5 and name H3) (residue 18 and name H2) 3.80 2.00 0.70 assign (residue 5 and name H3) (residue 18 and name H61) 2.50 0.70 0.50 assign (residue 5 and name H3) (residue 18 and name H62) 3.80 0.30 0.40 assign (residue 5 and name H3) (residue 19 and name H1') 6.00 2.00 1.00 assign (residue 5 and name H3) (residue 19 and name H41) 3.80 0.30 0.40 assign (residue 7 and name H3) (residue 6 and name H2) 5.00 2.00 1.00 assign (residue 7 and name H3) (residue 7 and name H1') 5.00 2.00 1.00 assign (residue 7 and name H3) (residue 8 and name H1') 5.00 2.00 1.00 assign (residue 7 and name H3) (residue 8 and name H1) 3.80 2.00 0.70 assign (residue 7 and name H3) (residue 8 and name H8) 5.00 2.00 1.00 assign (residue 7 and name H3) (residue 16 and name H2) 3.80 2.00 0.70 assign (residue 7 and name H3) (residue 16 and name H61) 2.50 0.70 0.50 assign (residue 7 and name H3) (residue 16 and name H62) 3.80 0.30 0.40 assign (residue 7 and name H3) (residue 17 and name H5) 5.00 2.00 1.00 assign (residue 7 and name H3) (residue 17 and name H6) 5.00 2.00 1.00 assign (residue 8 and name H1) (residue 9 and name H1') 6.00 2.00 1.00 assign (residue 8 and name H1) (residue 9 and name H3) 3.80 2.00 0.70 assign (residue 8 and name H1) (residue 9 and name H5) 6.00 2.00 1.00 assign (residue 8 and name H1) (residue 9 and name H6) 6.00 2.00 1.00 assign (residue 8 and name H1) (residue 14 and name H1) 5.00 2.00 1.00 assign (residue 8 and name H1) (residue 14 and name H22) 6.00 2.00 1.00 assign (residue 8 and name H1) (residue 15 and name H41) 2.50 0.70 0.50 assign (residue 8 and name H1) (residue 15 and name H42) 3.80 2.00 0.70 assign (residue 8 and name H1) (residue 15 and name H5) 6.00 2.00 1.00 assign (residue 8 and name H1) (residue 15 and name H6) 6.00 2.00 1.00 assign (residue 8 and name H1) (residue 16 and name H2) 5.00 2.00 1.00 assign (residue 8 and name H1) (residue 16 and name H61) 6.00 2.00 1.00 assign (residue 9 and name H3) (residue 8 and name H21) 5.00 2.00 1.00 assign (residue 9 and name H3) (residue 10 and name H1) 5.00 2.00 1.00 assign (residue 9 and name H3) (residue 10 and name H1') 5.00 2.00 1.00 assign (residue 9 and name H3) (residue 14 and name H1) 2.50 0.70 0.50 assign (residue 9 and name H3) (residue 14 and name H21) 5.00 2.00 1.00 assign (residue 9 and name H3) (residue 14 and name H22) 3.80 0.30 0.40 assign (residue 9 and name H3) (residue 15 and name H41) 3.80 0.30 0.40 assign (residue 9 and name H3) (residue 15 and name H42) 3.80 0.30 0.40 assign (residue 9 and name H3) (residue 15 and name H5) 6.00 2.00 1.00 assign (residue 9 and name H3) (residue 15 and name H6) 5.00 2.00 1.00 assign (residue 10 and name H1) (residue 9 and name H6) 6.00 2.00 1.00 assign (residue 10 and name H1) (residue 12 and name H2') 6.00 2.00 1.00 assign (residue 10 and name H1) (residue 12 and name H8) 3.80 2.00 0.70 assign (residue 10 and name H1) (residue 13 and name H8) 5.00 2.00 1.00 assign (residue 14 and name H1) (residue 15 and name H41) 6.00 2.00 1.00 assign (residue 14 and name H1) (residue 15 and name H42) 5.00 2.00 1.00 assign (residue 14 and name H1) (residue 15 and name H5) 6.00 2.00 1.00 assign (residue 14 and name H1) (residue 8 and name H21) 5.00 2.00 1.00 assign (residue 14 and name H1) (residue 9 and name H1') 5.00 2.00 1.00 assign (residue 14 and name H1) (residue 9 and name H5) 6.00 2.00 1.00 assign (residue 14 and name H1) (residue 9 and name H6) 6.00 2.00 1.00 assign (residue 14 and name H1) (residue 10 and name H1') 3.80 2.00 0.70 assign (residue 14 and name H1) (residue 15 and name H1') 6.00 2.00 1.00 assign (residue 14 and name H1) (residue 15 and name H6) 6.00 2.00 1.00 assign (residue 17 and name H3) (residue 16 and name H2) 5.00 2.00 1.00 assign (residue 17 and name H3) (residue 18 and name H1') 5.00 2.00 1.00 assign (residue 17 and name H3) (residue 18 and name H8) 5.00 2.00 1.00 assign (residue 17 and name H3) (residue 6 and name H2) 3.80 2.00 0.70 assign (residue 17 and name H3) (residue 6 and name H61) 2.50 0.70 0.50 assign (residue 17 and name H3) (residue 6 and name H62) 3.80 0.30 0.40 assign (residue 17 and name H3) (residue 7 and name H3) 3.80 2.00 0.70 assign (residue 17 and name H3) (residue 7 and name H5) 5.00 2.00 1.00 assign (residue 17 and name H3) (residue 7 and name H6) 5.00 2.00 1.00 assign (residue 20 and name H3) (residue 21 and name H5) 5.00 2.00 1.00 assign (residue 20 and name H3) (residue 21 and name H6) 6.00 2.00 1.00 assign (residue 20 and name H3) (residue 3 and name H2) 3.80 2.00 0.70 assign (residue 20 and name H3) (residue 3 and name H8) 6.00 2.00 1.00 assign (residue 20 and name H3) (residue 3 and name H61) 2.50 0.70 0.50 assign (residue 20 and name H3) (residue 3 and name H62) 3.80 0.30 0.40 assign (residue 20 and name H3) (residue 4 and name H1') 6.00 2.00 1.00 {d3’-TLhbond.xplor} {additional constraint list for base pairs, whose existence is proven by} {e.g. imino-NOESY, or Jhnn coupling} {G1-C22} assign (residue 1 and name H1) (residue 22 and name N3) 2.00 0.20 0.20 assign (residue 1 and name N1) (residue 22 and name N3) 2.90 0.30 0.30 assign (residue 1 and name O6) (residue 22 and name H41) 2.00 0.20 0.20 assign (residue 1 and name O6) (residue 22 and name N4) 2.90 0.30 0.30 assign (residue 1 and name H21) (residue 22 and name O2) 2.00 0.20 0.20 assign (residue 1 and name N2) (residue 22 and name O2) 2.90 0.30 0.30 {G2-C21} assign (residue 2 and name H1) (residue 21 and name N3) 2.00 0.20 0.20 assign (residue 2 and name N1) (residue 21 and name N3) 2.90 0.30 0.30 assign (residue 2 and name O6) (residue 21 and name H41) 2.00 0.20 0.20 assign (residue 2 and name O6) (residue 21 and name N4) 2.90 0.30 0.30 assign (residue 2 and name H21) (residue 21 and name O2) 2.00 0.20 0.20 assign (residue 2 and name N2) (residue 21 and name O2) 2.90 0.30 0.30 {A3-U20} assign (residue 3 and name N1) (residue 20 and name H3) 2.00 0.20 0.20 assign (residue 3 and name N1) (residue 20 and name N3) 2.90 0.30 0.30 assign (residue 3 and name H61) (residue 20 and name O4) 2.00 0.20 0.20 assign (residue 3 and name N6) (residue 20 and name O4) 2.90 0.30 0.30 {G4-C19} assign (residue 4 and name H1) (residue 19 and name N3) 2.00 0.20 0.20 assign (residue 4 and name N1) (residue 19 and name N3) 2.90 0.30 0.30 assign (residue 4 and name O6) (residue 19 and name H41) 2.00 0.20 0.20 assign (residue 4 and name O6) (residue 19 and name N4) 2.90 0.30 0.30 assign (residue 4 and name H21) (residue 19 and name O2) 2.00 0.20 0.20 assign (residue 4 and name N2) (residue 19 and name O2) 2.90 0.30 0.30 {U5-A18} assign (residue 5 and name H3) (residue 18 and name N1) 2.00 0.20 0.20 assign (residue 5 and name N3) (residue 18 and name N1) 2.90 0.30 0.30 assign (residue 5 and name O4) (residue 18 and name H61) 2.00 0.20 0.20 assign (residue 5 and name O4) (residue 18 and name N6) 2.90 0.30 0.30 {A6-U17} assign (residue 6 and name N1) (residue 17 and name H3) 2.00 0.20 0.20 assign (residue 6 and name N1) (residue 17 and name N3) 2.90 0.30 0.30 assign (residue 6 and name H61) (residue 17 and name O4) 2.00 0.20 0.20 assign (residue 6 and name N6) (residue 17 and name O4) 2.90 0.30 0.30 {U7-A16} assign (residue 7 and name H3) (residue 16 and name N1) 2.00 0.20 0.20 assign (residue 7 and name N3) (residue 16 and name N1) 2.90 0.30 0.30 assign (residue 7 and name O4) (residue 16 and name H61) 2.00 0.20 0.20 assign (residue 7 and name O4) (residue 16 and name N6) 2.90 0.30 0.30 {G8-C15} assign (residue 8 and name H1) (residue 15 and name N3) 2.00 0.20 0.20 assign (residue 8 and name N1) (residue 15 and name N3) 2.90 0.30 0.30 assign (residue 8 and name O6) (residue 15 and name H41) 2.00 0.20 0.20 assign (residue 8 and name O6) (residue 15 and name N4) 2.90 0.30 0.30 assign (residue 8 and name H21) (residue 15 and name O2) 2.00 0.20 0.20 assign (residue 8 and name N2) (residue 15 and name O2) 2.90 0.30 0.30 {U9-G14} assign (residue 9 and name H3) (residue 14 and name H1) 1.90 0.10 0.20 assign (residue 9 and name H3) (residue 14 and name O6) 1.90 0.10 0.20 assign (residue 9 and name N3) (residue 14 and name O6) 2.90 0.10 0.20 assign (residue 9 and name O2) (residue 14 and name H1) 1.90 0.10 0.20 assign (residue 9 and name O2) (residue 14 and name N1) 2.90 0.10 0.20 {G10-A13} assign (residue 10 and name H21) (residue 13 and name N7) 1.90 0.10 0.20 assign (residue 10 and name N2) (residue 13 and name N7) 2.90 0.10 0.20 assign (residue 10 and name N3) (residue 13 and name H61) 2.00 0.10 0.20 assign (residue 10 and name N3) (residue 13 and name N6) 2.50 0.10 0.20 {phosphate-sugar-backbone dihedral angle restraints} {for d3'-TL} restraints dihedral nassign=1000 {G1} {assign ( resi 1 and name O5' )} { ( resi 1 and name C5' )} { ( resi 1 and name C4' )} { ( resi 1 and name C3' ) 20.0 47.44 10.0 2} {*gamma*} {assign ( resi 1 and name C4' ) } { ( resi 1 and name C3' )} { ( resi 1 and name O3' )} { ( resi 2 and name P ) 20.0 -151.7 10.0 2} {*epsilon*} {assign ( resi 1 and name C3' )} { ( resi 1 and name O3' )} { ( resi 2 and name P )} { ( resi 2 and name O5' ) 20.0 -73.6 10.0 2} {*zeta*} {G2} assign ( resi 1 and name O3' ) ( resi 2 and name P ) ( resi 2 and name O5' ) ( resi 2 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 2 and name P ) ( resi 2 and name O5' ) ( resi 2 and name C5' ) ( resi 2 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 2 and name O5' ) ( resi 2 and name C5' ) ( resi 2 and name C4' ) ( resi 2 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 2 and name C4' ) ( resi 2 and name C3' ) ( resi 2 and name O3' ) ( resi 3 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 2 and name C3' ) ( resi 2 and name O3' ) ( resi 3 and name P ) ( resi 3 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {A3} assign ( resi 2 and name O3' ) ( resi 3 and name P ) ( resi 3 and name O5' ) ( resi 3 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 3 and name P ) ( resi 3 and name O5' ) ( resi 3 and name C5' ) ( resi 3 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 3 and name O5' ) ( resi 3 and name C5' ) ( resi 3 and name C4' ) ( resi 3 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 3 and name C4' ) ( resi 3 and name C3' ) ( resi 3 and name O3' ) ( resi 4 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 3 and name C3' ) ( resi 3 and name O3' ) ( resi 4 and name P ) ( resi 4 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {G4} assign ( resi 3 and name O3' ) ( resi 4 and name P ) ( resi 4 and name O5' ) ( resi 4 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 4 and name P ) ( resi 4 and name O5' ) ( resi 4 and name C5' ) ( resi 4 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 4 and name O5' ) ( resi 4 and name C5' ) ( resi 4 and name C4' ) ( resi 4 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 4 and name C4' ) ( resi 4 and name C3' ) ( resi 4 and name O3' ) ( resi 5 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 4 and name C3' ) ( resi 4 and name O3' ) ( resi 5 and name P ) ( resi 5 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {U5} assign ( resi 4 and name O3' ) ( resi 5 and name P ) ( resi 5 and name O5' ) ( resi 5 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 5 and name P ) ( resi 5 and name O5' ) ( resi 5 and name C5' ) ( resi 5 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 5 and name O5' ) ( resi 5 and name C5' ) ( resi 5 and name C4' ) ( resi 5 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 5 and name C4' ) ( resi 5 and name C3' ) ( resi 5 and name O3' ) ( resi 6 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 5 and name C3' ) ( resi 5 and name O3' ) ( resi 6 and name P ) ( resi 6 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {A6} assign ( resi 5 and name O3' ) ( resi 6 and name P ) ( resi 6 and name O5' ) ( resi 6 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 6 and name P ) ( resi 6 and name O5' ) ( resi 6 and name C5' ) ( resi 6 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 6 and name O5' ) ( resi 6 and name C5' ) ( resi 6 and name C4' ) ( resi 6 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 6 and name C4' ) ( resi 6 and name C3' ) ( resi 6 and name O3' ) ( resi 7 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 6 and name C3' ) ( resi 6 and name O3' ) ( resi 7 and name P ) ( resi 7 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {U7} assign ( resi 6 and name O3' ) ( resi 7 and name P ) ( resi 7 and name O5' ) ( resi 7 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 7 and name P ) ( resi 7 and name O5' ) ( resi 7 and name C5' ) ( resi 7 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 7 and name O5' ) ( resi 7 and name C5' ) ( resi 7 and name C4' ) ( resi 7 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 7 and name C4' ) ( resi 7 and name C3' ) ( resi 7 and name O3' ) ( resi 8 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 7 and name C3' ) ( resi 7 and name O3' ) ( resi 8 and name P ) ( resi 8 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {G8} assign ( resi 7 and name O3' ) ( resi 8 and name P ) ( resi 8 and name O5' ) ( resi 8 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 8 and name P ) ( resi 8 and name O5' ) ( resi 8 and name C5' ) ( resi 8 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 8 and name O5' ) ( resi 8 and name C5' ) ( resi 8 and name C4' ) ( resi 8 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 8 and name C4' ) ( resi 8 and name C3' ) ( resi 8 and name O3' ) ( resi 9 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 8 and name C3' ) ( resi 8 and name O3' ) ( resi 9 and name P ) ( resi 9 and name O5' ) 20.0 -73.6 20.0 2 {*zeta*} {U9} assign ( resi 8 and name O3' ) ( resi 9 and name P ) ( resi 9 and name O5' ) ( resi 9 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 9 and name P ) ( resi 9 and name O5' ) ( resi 9 and name C5' ) ( resi 9 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 9 and name O5' ) ( resi 9 and name C5' ) ( resi 9 and name C4' ) ( resi 9 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 9 and name C4' ) ( resi 9 and name C3' ) ( resi 9 and name O3' ) ( resi 10 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 9 and name C3' ) ( resi 9 and name O3' ) ( resi 10 and name P ) ( resi 10 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {start of GAAA tetraloop} {G10} assign ( resi 9 and name O3' ) ( resi 10 and name P ) ( resi 10 and name O5' ) ( resi 10 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 10 and name C3' ) ( resi 10 and name O3' ) ( resi 11 and name P ) ( resi 11 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {A11} assign ( resi 10 and name O3' ) ( resi 11 and name P ) ( resi 11 and name O5' ) ( resi 11 and name C5' ) 20.0 -62.1 25.0 2 {*alpha*} assign ( resi 11 and name C3' ) ( resi 11 and name O3' ) ( resi 12 and name P ) ( resi 12 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {A12} assign ( resi 11 and name O3' ) ( resi 12 and name P ) ( resi 12 and name O5' ) ( resi 12 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 12 and name C3' ) ( resi 12 and name O3' ) ( resi 13 and name P ) ( resi 13 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {A13} assign ( resi 12 and name O3' ) ( resi 13 and name P ) ( resi 13 and name O5' ) ( resi 13 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 13 and name C3' ) ( resi 13 and name O3' ) ( resi 14 and name P ) ( resi 14 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {end of GAAA tetraloop} {G14} assign ( resi 13 and name O3' ) ( resi 14 and name P ) ( resi 14 and name O5' ) ( resi 14 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 14 and name P ) ( resi 14 and name O5' ) ( resi 14 and name C5' ) ( resi 14 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 14 and name O5' ) ( resi 14 and name C5' ) ( resi 14 and name C4' ) ( resi 14 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 14 and name C4' ) ( resi 14 and name C3' ) ( resi 14 and name O3' ) ( resi 15 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 14 and name C3' ) ( resi 14 and name O3' ) ( resi 15 and name P ) ( resi 15 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {C15} assign ( resi 14 and name O3' ) ( resi 15 and name P ) ( resi 15 and name O5' ) ( resi 15 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 15 and name P ) ( resi 15 and name O5' ) ( resi 15 and name C5' ) ( resi 15 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 15 and name O5' ) ( resi 15 and name C5' ) ( resi 15 and name C4' ) ( resi 15 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 15 and name C4' ) ( resi 15 and name C3' ) ( resi 15 and name O3' ) ( resi 16 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 15 and name C3' ) ( resi 15 and name O3' ) ( resi 16 and name P ) ( resi 16 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {A16} assign ( resi 15 and name O3' ) ( resi 16 and name P ) ( resi 16 and name O5' ) ( resi 16 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 16 and name P ) ( resi 16 and name O5' ) ( resi 16 and name C5' ) ( resi 16 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 16 and name O5' ) ( resi 16 and name C5' ) ( resi 16 and name C4' ) ( resi 16 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 16 and name C4' ) ( resi 16 and name C3' ) ( resi 16 and name O3' ) ( resi 17 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 16 and name C3' ) ( resi 16 and name O3' ) ( resi 17 and name P ) ( resi 17 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {U17} assign ( resi 16 and name O3' ) ( resi 17 and name P ) ( resi 17 and name O5' ) ( resi 17 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 17 and name P ) ( resi 17 and name O5' ) ( resi 17 and name C5' ) ( resi 17 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 17 and name O5' ) ( resi 17 and name C5' ) ( resi 17 and name C4' ) ( resi 17 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 17 and name C4' ) ( resi 17 and name C3' ) ( resi 17 and name O3' ) ( resi 18 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 17 and name C3' ) ( resi 17 and name O3' ) ( resi 18 and name P ) ( resi 18 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {A18} assign ( resi 17 and name O3' ) ( resi 18 and name P ) ( resi 18 and name O5' ) ( resi 18 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 18 and name P ) ( resi 18 and name O5' ) ( resi 18 and name C5' ) ( resi 18 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 18 and name O5' ) ( resi 18 and name C5' ) ( resi 18 and name C4' ) ( resi 18 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 18 and name C4' ) ( resi 18 and name C3' ) ( resi 18 and name O3' ) ( resi 19 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 18 and name C3' ) ( resi 18 and name O3' ) ( resi 19 and name P ) ( resi 19 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {C19} assign ( resi 18 and name O3' ) ( resi 19 and name P ) ( resi 19 and name O5' ) ( resi 19 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 19 and name P ) ( resi 19 and name O5' ) ( resi 19 and name C5' ) ( resi 19 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 19 and name O5' ) ( resi 19 and name C5' ) ( resi 19 and name C4' ) ( resi 19 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 19 and name C4' ) ( resi 19 and name C3' ) ( resi 19 and name O3' ) ( resi 20 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 19 and name C3' ) ( resi 19 and name O3' ) ( resi 20 and name P ) ( resi 20 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {U20} assign ( resi 19 and name O3' ) ( resi 20 and name P ) ( resi 20 and name O5' ) ( resi 20 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 20 and name P ) ( resi 20 and name O5' ) ( resi 20 and name C5' ) ( resi 20 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 20 and name O5' ) ( resi 20 and name C5' ) ( resi 20 and name C4' ) ( resi 20 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 20 and name C4' ) ( resi 20 and name C3' ) ( resi 20 and name O3' ) ( resi 21 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 20 and name C3' ) ( resi 20 and name O3' ) ( resi 21 and name P ) ( resi 21 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {C21} assign ( resi 20 and name O3' ) ( resi 21 and name P ) ( resi 21 and name O5' ) ( resi 21 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} assign ( resi 21 and name P ) ( resi 21 and name O5' ) ( resi 21 and name C5' ) ( resi 21 and name C4' ) 20.0 -179.9 10.0 2 {*beta*} assign ( resi 21 and name O5' ) ( resi 21 and name C5' ) ( resi 21 and name C4' ) ( resi 21 and name C3' ) 20.0 47.44 10.0 2 {*gamma*} assign ( resi 21 and name C4' ) ( resi 21 and name C3' ) ( resi 21 and name O3' ) ( resi 22 and name P ) 20.0 -151.7 10.0 2 {*epsilon*} assign ( resi 21 and name C3' ) ( resi 21 and name O3' ) ( resi 22 and name P ) ( resi 22 and name O5' ) 20.0 -73.6 10.0 2 {*zeta*} {C22} assign ( resi 21 and name O3' ) ( resi 22 and name P ) ( resi 22 and name O5' ) ( resi 22 and name C5' ) 20.0 -62.1 10.0 2 {*alpha*} {assign ( resi 22 and name P )} { ( resi 22 and name O5' )} { ( resi 22 and name C5' )} { ( resi 22 and name C4' ) 20.0 -179.9 10.0 2} {*beta*} {assign ( resi 22 and name O5' )} { ( resi 22 and name C5' )} { ( resi 22 and name C4' )} { ( resi 22 and name C3' ) 20.0 47.44 10.0 2} {*gamma*} {sugar pucker constraints for d3'-TL} {based on TOCSY DK_120105 #2 mt=45 ms, 10 mM KCl, pD=6.4, 700 MHz} {helical A-type RNA is usually 3'-endo, i.e. N-type} {sugarpuckers G1, G10, A12, A13 and C22 were left unconstrained} {sugarpucker A11 was constrained to S-type} {other sugarpuckers are constrained to N-type} {delta angle: S-type, 145.0; N-type, 85.0} {nu1 angle: S-type, 25.0; N-type, -25.0} {nu2 angle: S-type, -35.0; N-type, 37.3} nassign=1000 {G1} {assign ( resi 1 and name C5' )} { ( resi 1 and name C4' )} { ( resi 1 and name C3' )} { ( resi 1 and name O3' ) 20.0 145.0 30.0 2}{*delta*} {assign ( resi 1 and name O4' )} { ( resi 1 and name C1' )} { ( resi 1 and name C2' )} { ( resi 1 and name C3' ) 20.0 25.0 30.0 2} {*nu1*} {assign ( resi 1 and name C1' )} { ( resi 1 and name C2' )} { ( resi 1 and name C3' )} { ( resi 1 and name C4' ) 20.0 -35.0 30.0 2} {*nu2*} {G2} assign ( resi 2 and name C5' ) ( resi 2 and name C4' ) ( resi 2 and name C3' ) ( resi 2 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 2 and name O4' ) ( resi 2 and name C1' ) ( resi 2 and name C2' ) ( resi 2 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 2 and name C1' ) ( resi 2 and name C2' ) ( resi 2 and name C3' ) ( resi 2 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {A3} assign ( resi 3 and name C5' ) ( resi 3 and name C4' ) ( resi 3 and name C3' ) ( resi 3 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 3 and name O4' ) ( resi 3 and name C1' ) ( resi 3 and name C2' ) ( resi 3 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 3 and name C1' ) ( resi 3 and name C2' ) ( resi 3 and name C3' ) ( resi 3 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {G4} assign ( resi 4 and name C5' ) ( resi 4 and name C4' ) ( resi 4 and name C3' ) ( resi 4 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 4 and name O4' ) ( resi 4 and name C1' ) ( resi 4 and name C2' ) ( resi 4 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 4 and name C1' ) ( resi 4 and name C2' ) ( resi 4 and name C3' ) ( resi 4 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {U5} assign ( resi 5 and name C5' ) ( resi 5 and name C4' ) ( resi 5 and name C3' ) ( resi 5 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 5 and name O4' ) ( resi 5 and name C1' ) ( resi 5 and name C2' ) ( resi 5 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 5 and name C1' ) ( resi 5 and name C2' ) ( resi 5 and name C3' ) ( resi 5 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {A6} assign ( resi 6 and name C5' ) ( resi 6 and name C4' ) ( resi 6 and name C3' ) ( resi 6 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 6 and name O4' ) ( resi 6 and name C1' ) ( resi 6 and name C2' ) ( resi 6 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 6 and name C1' ) ( resi 6 and name C2' ) ( resi 6 and name C3' ) ( resi 6 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {U7} assign ( resi 7 and name C5' ) ( resi 7 and name C4' ) ( resi 7 and name C3' ) ( resi 7 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 7 and name O4' ) ( resi 7 and name C1' ) ( resi 7 and name C2' ) ( resi 7 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 7 and name C1' ) ( resi 7 and name C2' ) ( resi 7 and name C3' ) ( resi 7 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {G8} assign ( resi 8 and name C5' ) ( resi 8 and name C4' ) ( resi 8 and name C3' ) ( resi 8 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 8 and name O4' ) ( resi 8 and name C1' ) ( resi 8 and name C2' ) ( resi 8 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 8 and name C1' ) ( resi 8 and name C2' ) ( resi 8 and name C3' ) ( resi 8 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {U9} assign ( resi 9 and name C5' ) ( resi 9 and name C4' ) ( resi 9 and name C3' ) ( resi 9 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 9 and name O4' ) ( resi 9 and name C1' ) ( resi 9 and name C2' ) ( resi 9 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 9 and name C1' ) ( resi 9 and name C2' ) ( resi 9 and name C3' ) ( resi 9 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {G10} {assign ( resi 10 and name C5' )} { ( resi 10 and name C4' )} { ( resi 10 and name C3' )} { ( resi 10 and name O3' ) 20.0 145.0 30.0 2} {*delta*} {assign ( resi 10 and name O4' )} { ( resi 10 and name C1' )} { ( resi 10 and name C2' )} { ( resi 10 and name C3' ) 20.0 25.0 30.0 2} {*nu1*} {assign ( resi 10 and name C1' )} { ( resi 10 and name C2' )} { ( resi 10 and name C3' )} { ( resi 10 and name C4' ) 20.0 -35.0 30.0 2} {*nu2*} {A11} {*south*} assign ( resi 11 and name C5' ) ( resi 11 and name C4' ) ( resi 11 and name C3' ) ( resi 11 and name O3' ) 20.0 145.0 30.0 2 {*delta*} assign ( resi 11 and name O4' ) ( resi 11 and name C1' ) ( resi 11 and name C2' ) ( resi 11 and name C3' ) 20.0 25.0 30.0 2{*nu1*} assign ( resi 11 and name C1' ) ( resi 11 and name C2' ) ( resi 11 and name C3' ) ( resi 11 and name C4' ) 20.0 -35.0 45.0 2 {*nu2*} {A12} {assign ( resi 12 and name C5' )} { ( resi 12 and name C4' )} { ( resi 12 and name C3' )} { ( resi 12 and name O3' ) 20.0 145.0 30.0 2} {*delta*} {assign ( resi 12 and name O4' )} { ( resi 12 and name C1' )} { ( resi 12 and name C2' )} { ( resi 12 and name C3' ) 20.0 25.0 30.0 2} {*nu1*} {assign ( resi 12 and name C1' )} { ( resi 12 and name C2' )} { ( resi 12 and name C3' )} { ( resi 12 and name C4' ) 20.0 -35.0 30.0 2} {*nu2*} {A13} {assign ( resi 13 and name C5' )} { ( resi 13 and name C4' )} { ( resi 13 and name C3' )} { ( resi 13 and name O3' ) 20.0 145.0 30.0 2} {*delta*} {assign ( resi 13 and name O4' )} { ( resi 13 and name C1' )} { ( resi 13 and name C2' )} { ( resi 13 and name C3' ) 20.0 25.0 30.0 2 }{*nu1*} {assign ( resi 13 and name C1' )} { ( resi 13 and name C2' )} { ( resi 13 and name C3' )} { ( resi 13 and name C4' ) 20.0 -35.0 30.0 2} {*nu2*} {G14} assign ( resi 14 and name C5' ) ( resi 14 and name C4' ) ( resi 14 and name C3' ) ( resi 14 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 14 and name O4' ) ( resi 14 and name C1' ) ( resi 14 and name C2' ) ( resi 14 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 14 and name C1' ) ( resi 14 and name C2' ) ( resi 14 and name C3' ) ( resi 14 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {C15} assign ( resi 15 and name C5' ) ( resi 15 and name C4' ) ( resi 15 and name C3' ) ( resi 15 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 15 and name O4' ) ( resi 15 and name C1' ) ( resi 15 and name C2' ) ( resi 15 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 15 and name C1' ) ( resi 15 and name C2' ) ( resi 15 and name C3' ) ( resi 15 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {A16} assign ( resi 16 and name C5' ) ( resi 16 and name C4' ) ( resi 16 and name C3' ) ( resi 16 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 16 and name O4' ) ( resi 16 and name C1' ) ( resi 16 and name C2' ) ( resi 16 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 16 and name C1' ) ( resi 16 and name C2' ) ( resi 16 and name C3' ) ( resi 16 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {U17} assign ( resi 17 and name C5' ) ( resi 17 and name C4' ) ( resi 17 and name C3' ) ( resi 17 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 17 and name O4' ) ( resi 17 and name C1' ) ( resi 17 and name C2' ) ( resi 17 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 17 and name C1' ) ( resi 17 and name C2' ) ( resi 17 and name C3' ) ( resi 17 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {A18} assign ( resi 18 and name C5' ) ( resi 18 and name C4' ) ( resi 18 and name C3' ) ( resi 18 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 18 and name O4' ) ( resi 18 and name C1' ) ( resi 18 and name C2' ) ( resi 18 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 18 and name C1' ) ( resi 18 and name C2' ) ( resi 18 and name C3' ) ( resi 18 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {C19} assign ( resi 19 and name C5' ) ( resi 19 and name C4' ) ( resi 19 and name C3' ) ( resi 19 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 19 and name O4' ) ( resi 19 and name C1' ) ( resi 19 and name C2' ) ( resi 19 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 19 and name C1' ) ( resi 19 and name C2' ) ( resi 19 and name C3' ) ( resi 19 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {U20} assign ( resi 20 and name C5' ) ( resi 20 and name C4' ) ( resi 20 and name C3' ) ( resi 20 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 20 and name O4' ) ( resi 20 and name C1' ) ( resi 20 and name C2' ) ( resi 20 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 20 and name C1' ) ( resi 20 and name C2' ) ( resi 20 and name C3' ) ( resi 20 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {C21} assign ( resi 21 and name C5' ) ( resi 21 and name C4' ) ( resi 21 and name C3' ) ( resi 21 and name O3' ) 20.0 85.0 30.0 2 {*delta*} assign ( resi 21 and name O4' ) ( resi 21 and name C1' ) ( resi 21 and name C2' ) ( resi 21 and name C3' ) 20.0 -25.0 30.0 2 {*nu1*} assign ( resi 21 and name C1' ) ( resi 21 and name C2' ) ( resi 21 and name C3' ) ( resi 21 and name C4' ) 20.0 37.3 30.0 2 {*nu2*} {C22} {assign ( resi 22 and name C5' )} { ( resi 22 and name C4' )} { ( resi 22 and name C3' )} { ( resi 22 and name O3' ) 20.0 145.0 30.0 2} {*delta*} {assign ( resi 22 and name O4' )} { ( resi 22 and name C1' )} { ( resi 22 and name C2' )} { ( resi 22 and name C3' ) 20.0 25.0 30.0 2} {*nu1*} {assign ( resi 22 and name C1' )} { ( resi 22 and name C2' )} { ( resi 22 and name C3' )} { ( resi 22 and name C4' ) 20.0 -35.0 30.0 2} {*nu2*}{raufgesetzt 03-13-07} {dihedral chi angle restraints for d3’-TL} nassign=1000 assign ( resi 1 and name O4' ) ( resi 1 and name C1' ) ( resi 1 and name N9 ) ( resi 1 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 2 and name O4' ) ( resi 2 and name C1' ) ( resi 2 and name N9 ) ( resi 2 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 3 and name O4' ) ( resi 3 and name C1' ) ( resi 3 and name N9 ) ( resi 3 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 4 and name O4' ) ( resi 4 and name C1' ) ( resi 4 and name N9 ) ( resi 4 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 5 and name O4' ) ( resi 5 and name C1' ) ( resi 5 and name N1 ) ( resi 5 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 6 and name O4' ) ( resi 6 and name C1' ) ( resi 6 and name N9 ) ( resi 6 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 7 and name O4' ) ( resi 7 and name C1' ) ( resi 7 and name N1 ) ( resi 7 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 8 and name O4' ) ( resi 8 and name C1' ) ( resi 8 and name N9 ) ( resi 8 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 9 and name O4' ) ( resi 9 and name C1' ) ( resi 9 and name N1 ) ( resi 9 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 10 and name O4' ) ( resi 10 and name C1' ) ( resi 10 and name N9 ) ( resi 10 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 11 and name O4' ) ( resi 11 and name C1' ) ( resi 11 and name N9 ) ( resi 11 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 12 and name O4' ) ( resi 12 and name C1' ) ( resi 12 and name N9 ) ( resi 12 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 13 and name O4' ) ( resi 13 and name C1' ) ( resi 13 and name N9 ) ( resi 13 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 14 and name O4' ) ( resi 14 and name C1' ) ( resi 14 and name N9 ) ( resi 14 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 15 and name O4' ) ( resi 15 and name C1' ) ( resi 15 and name N1 ) ( resi 15 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 16 and name O4' ) ( resi 16 and name C1' ) ( resi 16 and name N9 ) ( resi 16 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 17 and name O4' ) ( resi 17 and name C1' ) ( resi 17 and name N1 ) ( resi 17 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 18 and name O4' ) ( resi 18 and name C1' ) ( resi 18 and name N9 ) ( resi 18 and name C4 ) 20.0 -160.0 20.0 2 assign ( resi 19 and name O4' ) ( resi 19 and name C1' ) ( resi 19 and name N1 ) ( resi 19 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 20 and name O4' ) ( resi 20 and name C1' ) ( resi 20 and name N1 ) ( resi 20 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 21 and name O4' ) ( resi 21 and name C1' ) ( resi 21 and name N1 ) ( resi 21 and name C2 ) 20.0 -160.0 20.0 2 assign ( resi 22 and name O4' ) ( resi 22 and name C1' ) ( resi 22 and name N1 ) ( resi 22 and name C2 ) 20.0 -160.0 20.0 2 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H5' G 1 1H5* G 1 7.481 -7.984 7.628 2 H5'' G 1 2H5* G 1 7.158 -9.603 8.281 3 H4' G 1 H4* G 1 8.832 -9.499 5.815 4 H3' G 1 H3* G 1 5.985 -8.485 5.942 5 H2' G 1 H2* G 1 5.328 -9.840 4.180 6 HO2' G 1 HO2 G 1 7.730 -9.043 3.233 7 H1' G 1 H1* G 1 7.339 -11.852 4.384 8 H8 G 1 8H G 1 5.277 -11.840 7.447 9 H1 G 1 1H G 1 2.041 -14.230 2.496 10 H21 G 1 1H2 G 1 3.149 -13.832 0.611 11 H22 G 1 2H2 G 1 4.665 -12.961 0.578 12 HO5' G 1 H5T G 1 9.705 -8.483 7.699 13 H5' G 2 1H5* G 2 8.573 -7.834 1.975 14 H5'' G 2 2H5* G 2 8.200 -6.154 1.544 15 H4' G 2 H4* G 2 8.386 -7.348 -0.519 16 H3' G 2 H3* G 2 5.595 -6.636 0.361 17 H2' G 2 H2* G 2 4.589 -7.884 -1.381 18 HO2' G 2 HO2 G 2 5.635 -7.558 -3.225 19 H1' G 2 H1* G 2 6.088 -10.108 -1.258 20 H8 G 2 8H G 2 5.910 -8.817 2.242 21 H1 G 2 1H G 2 0.452 -11.579 0.456 22 H21 G 2 1H2 G 2 0.472 -11.939 -1.738 23 H22 G 2 2H2 G 2 1.820 -11.483 -2.753 24 H5' A 3 1H5* A 3 6.234 -5.800 -4.020 25 H5'' A 3 2H5* A 3 5.564 -4.204 -4.405 26 H4' A 3 H4* A 3 4.816 -5.911 -6.032 27 H3' A 3 H3* A 3 2.788 -4.589 -4.199 28 H2' A 3 H2* A 3 1.040 -5.877 -5.247 29 HO2' A 3 HO2 A 3 3.108 -6.565 -7.087 30 H1' A 3 H1* A 3 2.205 -8.234 -4.912 31 H8 A 3 8H A 3 3.716 -6.086 -2.227 32 H61 A 3 1H6 A 3 -1.275 -7.073 1.189 33 H62 A 3 2H6 A 3 0.327 -6.370 1.148 34 H2 A 3 2H A 3 -2.152 -8.500 -3.000 35 H5' G 4 1H5* G 4 0.958 -4.977 -7.376 36 H5'' G 4 2H5* G 4 0.054 -3.599 -8.032 37 H4' G 4 H4* G 4 -1.517 -5.383 -7.624 38 H3' G 4 H3* G 4 -1.636 -3.168 -5.527 39 H2' G 4 H2* G 4 -3.574 -4.305 -4.673 40 HO2' G 4 HO2 G 4 -4.824 -5.153 -6.165 41 H1' G 4 H1* G 4 -2.522 -6.785 -4.786 42 H8 G 4 8H G 4 0.314 -4.684 -3.665 43 H1 G 4 1H G 4 -4.100 -5.211 0.886 44 H21 G 4 1H2 G 4 -5.973 -6.049 0.040 45 H22 G 4 2H2 G 4 -6.176 -6.335 -1.674 46 H5' U 5 1H5* U 5 -5.603 -3.140 -7.421 47 H5'' U 5 2H5* U 5 -5.972 -1.471 -7.899 48 H4' U 5 H4* U 5 -7.852 -2.270 -6.635 49 H3' U 5 H3* U 5 -6.018 -0.380 -5.108 50 H2' U 5 H2* U 5 -7.540 -0.511 -3.259 51 HO2' U 5 HO2 U 5 -9.368 -0.838 -5.058 52 H1' U 5 H1* U 5 -7.724 -3.180 -3.219 53 H3 U 5 3H U 5 -4.790 -1.809 0.021 54 H5 U 5 5H U 5 -2.486 -2.129 -3.493 55 H6 U 5 6H U 5 -4.542 -2.452 -4.737 56 H5' A 6 1H5* A 6 -9.991 1.535 -4.972 57 H5'' A 6 2H5* A 6 -9.800 3.266 -5.311 58 H4' A 6 H4* A 6 -10.992 3.043 -3.225 59 H3' A 6 H3* A 6 -8.081 3.912 -2.948 60 H2' A 6 H2* A 6 -8.458 4.118 -0.595 61 HO2' A 6 HO2 A 6 -10.993 3.289 -0.319 62 H1' A 6 H1* A 6 -9.646 1.743 -0.256 63 H8 A 6 8H A 6 -7.118 1.582 -3.096 64 H61 A 6 1H6 A 6 -2.866 0.498 1.217 65 H62 A 6 2H6 A 6 -3.229 0.382 -0.489 66 H2 A 6 2H A 6 -6.706 1.627 3.275 67 H5' U 7 1H5* U 7 -10.183 5.960 -0.247 68 H5'' U 7 2H5* U 7 -10.248 7.684 -0.666 69 H4' U 7 H4* U 7 -9.763 7.735 1.625 70 H3' U 7 H3* U 7 -7.168 7.830 0.036 71 H2' U 7 H2* U 7 -6.012 8.070 2.121 72 HO2' U 7 HO2 U 7 -7.934 7.942 3.952 73 H1' U 7 H1* U 7 -7.345 6.088 3.418 74 H3 U 7 3H U 7 -3.368 4.141 2.442 75 H5 U 7 5H U 7 -5.379 4.321 -1.265 76 H6 U 7 6H U 7 -7.087 5.644 -0.190 77 H5' G 8 1H5* G 8 -7.051 10.334 3.037 78 H5'' G 8 2H5* G 8 -6.232 11.889 2.785 79 H4' G 8 H4* G 8 -5.153 10.598 4.586 80 H3' G 8 H3* G 8 -3.556 10.962 2.009 81 H2' G 8 H2* G 8 -1.725 9.945 3.156 82 HO2' G 8 HO2 G 8 -3.153 10.804 5.396 83 H1' G 8 H1* G 8 -3.196 8.005 4.422 84 H8 G 8 8H G 8 -4.339 8.335 0.830 85 H1 G 8 1H G 8 1.097 5.099 1.425 86 H21 G 8 1H2 G 8 1.930 5.375 3.471 87 H22 G 8 2H2 G 8 1.043 6.201 4.731 88 H5' U 9 1H5* U 9 -0.883 11.996 4.827 89 H5'' U 9 2H5* U 9 -0.434 13.706 4.665 90 H4' U 9 H4* U 9 1.650 12.637 4.756 91 H3' U 9 H3* U 9 0.769 13.085 1.892 92 H2' U 9 H2* U 9 2.677 11.967 1.088 93 HO2' U 9 HO2 U 9 3.840 12.101 3.692 94 H1' U 9 H1* U 9 2.917 10.054 3.091 95 H3 U 9 3H U 9 2.146 7.522 -0.548 96 H5 U 9 5H U 9 -1.538 9.492 0.125 97 H6 U 9 6H U 9 -0.429 10.822 1.820 98 H5' G 10 1H5* G 10 4.314 13.736 1.654 99 H5'' G 10 2H5* G 10 4.914 15.389 1.409 100 H4' G 10 H4* G 10 6.037 14.464 -0.341 101 H3' G 10 H3* G 10 3.212 14.853 -1.368 102 H2' G 10 H2* G 10 3.773 13.742 -3.382 103 HO2' G 10 HO2 G 10 6.143 13.051 -3.540 104 H1' G 10 H1* G 10 5.149 11.679 -2.302 105 H8 G 10 8H G 10 2.044 13.252 -0.561 106 H1 G 10 1H G 10 0.734 8.331 -4.375 107 H21 G 10 1H2 G 10 4.160 8.171 -4.856 108 H22 G 10 2H2 G 10 2.581 7.539 -5.258 109 H5' A 11 1H5* A 11 5.535 15.108 -4.386 110 H5'' A 11 2H5* A 11 5.696 16.748 -5.030 111 H4' A 11 H4* A 11 3.731 15.897 -6.648 112 H3' A 11 H3* A 11 4.702 13.419 -5.401 113 H2' A 11 H2* A 11 5.914 12.535 -7.127 114 HO2' A 11 HO2 A 11 4.260 13.766 -9.064 115 H1' A 11 H1* A 11 6.245 14.642 -8.910 116 H8 A 11 8H A 11 7.454 14.558 -5.236 117 H61 A 11 2H6 A 11 12.926 13.306 -7.417 118 H62 A 11 1H6 A 11 11.956 12.594 -6.148 119 H2 A 11 2H A 11 9.969 13.039 -10.922 120 H5' A 12 1H5* A 12 2.480 11.386 -8.477 121 H5'' A 12 2H5* A 12 2.080 9.791 -7.813 122 H4' A 12 H4* A 12 3.924 9.799 -9.553 123 H3' A 12 H3* A 12 4.247 8.643 -6.775 124 H2' A 12 H2* A 12 6.539 8.159 -7.183 125 HO2' A 12 HO2 A 12 7.390 7.998 -9.205 126 H1' A 12 H1* A 12 7.240 10.457 -8.402 127 H8 A 12 8H A 12 4.576 10.664 -5.598 128 H61 A 12 1H6 A 12 9.242 11.825 -1.794 129 H62 A 12 2H6 A 12 7.547 12.164 -2.062 130 H2 A 12 2H A 12 10.970 10.974 -5.875 131 H5' A 13 1H5* A 13 5.285 5.150 -9.427 132 H5'' A 13 2H5* A 13 4.650 3.684 -8.664 133 H4' A 13 H4* A 13 7.065 3.489 -8.903 134 H3' A 13 H3* A 13 5.873 3.690 -6.143 135 H2' A 13 H2* A 13 8.007 3.852 -5.102 136 HO2' A 13 HO2 A 13 9.238 3.319 -7.623 137 H1' A 13 H1* A 13 9.144 5.632 -6.725 138 H8 A 13 8H A 13 5.309 5.749 -6.287 139 H61 A 13 2H6 A 13 6.300 10.112 -2.077 140 H62 A 13 1H6 A 13 5.087 9.193 -2.941 141 H2 A 13 2H A 13 10.304 8.576 -3.451 142 H5' G 14 1H5* G 14 8.819 1.478 -5.446 143 H5'' G 14 2H5* G 14 8.521 0.012 -4.489 144 H4' G 14 H4* G 14 9.998 1.402 -3.199 145 H3' G 14 H3* G 14 7.107 1.415 -2.255 146 H2' G 14 H2* G 14 7.769 2.845 -0.443 147 HO2' G 14 HO2 G 14 10.244 1.776 -1.012 148 H1' G 14 H1* G 14 9.133 4.607 -1.947 149 H8 G 14 8H G 14 6.339 3.080 -4.022 150 H1 G 14 1H G 14 4.280 7.693 -0.133 151 H21 G 14 1H2 G 14 7.506 7.616 1.176 152 H22 G 14 2H2 G 14 5.878 8.243 1.302 153 H5' C 15 1H5* C 15 8.713 0.900 1.268 154 H5'' C 15 2H5* C 15 7.934 -0.406 2.183 155 H4' C 15 H4* C 15 7.640 1.775 3.306 156 H3' C 15 H3* C 15 5.149 0.478 2.119 157 H2' C 15 H2* C 15 3.893 2.223 3.123 158 HO2' C 15 HO2 C 15 5.242 1.989 5.150 159 H1' C 15 H1* C 15 5.731 4.247 2.671 160 H41 C 15 1H4 C 15 0.809 4.464 -1.459 161 H42 C 15 2H4 C 15 1.913 3.880 -2.680 162 H5 C 15 5H C 15 3.988 2.780 -2.115 163 H6 C 15 6H C 15 5.656 2.451 -0.360 164 H5' A 16 1H5* A 16 5.256 1.013 6.741 165 H5'' A 16 2H5* A 16 4.352 -0.325 7.472 166 H4' A 16 H4* A 16 3.768 1.838 8.512 167 H3' A 16 H3* A 16 1.657 0.306 6.952 168 H2' A 16 H2* A 16 0.069 2.032 7.402 169 HO2' A 16 HO2 A 16 1.148 3.906 8.752 170 H1' A 16 H1* A 16 1.621 4.112 6.738 171 H8 A 16 8H A 16 2.781 1.257 4.615 172 H61 A 16 1H6 A 16 -1.924 2.472 0.837 173 H62 A 16 2H6 A 16 -0.398 1.634 0.999 174 H2 A 16 2H A 16 -2.546 4.785 4.644 175 H5' U 17 1H5* U 17 -0.370 2.078 9.695 176 H5'' U 17 2H5* U 17 -0.910 0.964 10.967 177 H4' U 17 H4* U 17 -2.844 2.213 10.538 178 H3' U 17 H3* U 17 -2.823 -0.351 8.920 179 H2' U 17 H2* U 17 -4.892 0.246 7.927 180 HO2' U 17 HO2 U 17 -6.275 1.722 8.819 181 H1' U 17 H1* U 17 -4.395 2.908 7.558 182 H3 U 17 3H U 17 -4.239 1.401 3.315 183 H5 U 17 5H U 17 -0.779 -0.222 5.089 184 H6 U 17 6H U 17 -1.549 0.635 7.212 185 H5' A 18 1H5* A 18 -6.539 -0.172 9.954 186 H5'' A 18 2H5* A 18 -7.116 -1.611 10.815 187 H4' A 18 H4* A 18 -8.553 -1.536 8.972 188 H3' A 18 H3* A 18 -6.153 -3.293 8.355 189 H2' A 18 H2* A 18 -7.007 -3.680 6.219 190 HO2' A 18 HO2 A 18 -9.421 -2.724 6.064 191 H1' A 18 H1* A 18 -8.219 -1.217 5.795 192 H8 A 18 8H A 18 -4.588 -1.659 6.966 193 H61 A 18 1H6 A 18 -3.086 -1.846 0.999 194 H62 A 18 2H6 A 18 -2.455 -1.711 2.625 195 H2 A 18 2H A 18 -7.562 -1.567 1.313 196 H5' C 19 1H5* C 19 -10.023 -5.185 7.492 197 H5'' C 19 2H5* C 19 -9.971 -6.933 7.792 198 H4' C 19 H4* C 19 -10.829 -6.449 5.543 199 H3' C 19 H3* C 19 -8.095 -7.772 5.689 200 H2' C 19 H2* C 19 -8.237 -8.001 3.312 201 HO2' C 19 HO2 C 19 -10.831 -6.914 3.192 202 H1' C 19 H1* C 19 -9.217 -5.487 2.831 203 H41 C 19 1H4 C 19 -2.918 -4.867 2.241 204 H42 C 19 2H4 C 19 -2.786 -4.633 3.969 205 H5 C 19 5H C 19 -4.598 -5.126 5.492 206 H6 C 19 6H C 19 -6.942 -5.677 5.672 207 H5' U 20 1H5* U 20 -10.018 -9.604 3.007 208 H5'' U 20 2H5* U 20 -10.185 -11.365 3.156 209 H4' U 20 H4* U 20 -9.278 -11.001 0.985 210 H3' U 20 H3* U 20 -7.205 -11.831 3.035 211 H2' U 20 H2* U 20 -5.494 -11.590 1.468 212 HO2' U 20 HO2 U 20 -5.735 -12.382 -0.484 213 H1' U 20 H1* U 20 -6.760 -9.679 -0.225 214 H3 U 20 3H U 20 -2.682 -7.884 0.516 215 H5 U 20 5H U 20 -4.618 -7.645 4.270 216 H6 U 20 6H U 20 -6.399 -9.000 3.348 217 H5' C 21 1H5* C 21 -7.515 -13.985 -0.771 218 H5'' C 21 2H5* C 21 -7.225 -15.732 -0.666 219 H4' C 21 H4* C 21 -6.008 -14.771 -2.568 220 H3' C 21 H3* C 21 -4.426 -15.846 -0.214 221 H2' C 21 H2* C 21 -2.396 -15.272 -1.328 222 HO2' C 21 HO2 C 21 -3.530 -15.975 -3.457 223 H1' C 21 H1* C 21 -3.127 -12.839 -2.218 224 H41 C 21 1H4 C 21 -0.439 -11.639 3.384 225 H42 C 21 2H4 C 21 -1.878 -12.163 4.232 226 H5 C 21 5H C 21 -3.824 -13.043 3.101 227 H6 C 21 6H C 21 -4.773 -13.667 0.928 228 H5' C 22 1H5* C 22 -2.951 -18.166 -3.622 229 H5'' C 22 2H5* C 22 -1.954 -19.508 -3.026 230 H4' C 22 H4* C 22 -0.781 -17.371 -3.989 231 H3' C 22 H3* C 22 -0.114 -18.822 -1.415 232 HO3' C 22 H3T C 22 1.758 -18.752 -3.365 233 H2' C 22 H2* C 22 1.654 -17.334 -1.018 234 HO2' C 22 HO2 C 22 2.048 -15.715 -2.873 235 H1' C 22 H1* C 22 0.377 -15.044 -1.904 236 H41 C 22 1H4 C 22 0.073 -15.209 4.470 237 H42 C 22 2H4 C 22 -1.442 -16.077 4.362 238 H5 C 22 5H C 22 -2.371 -16.854 2.280 239 H6 C 22 6H C 22 -2.040 -16.991 -0.140 Start of MODEL 2 1 H5' G 1 1H5* G 1 7.895 -7.604 7.065 2 H5'' G 1 2H5* G 1 7.360 -9.137 7.785 3 H4' G 1 H4* G 1 8.987 -9.256 5.262 4 H3' G 1 H3* G 1 6.163 -8.181 5.498 5 H2' G 1 H2* G 1 5.430 -9.551 3.770 6 HO2' G 1 HO2 G 1 6.792 -10.200 2.084 7 H1' G 1 H1* G 1 7.375 -11.616 4.000 8 H8 G 1 8H G 1 5.384 -11.340 7.124 9 H1 G 1 1H G 1 2.013 -14.015 2.416 10 H21 G 1 1H2 G 1 3.096 -13.792 0.492 11 H22 G 1 2H2 G 1 4.633 -12.966 0.370 12 HO5' G 1 H5T G 1 10.043 -8.514 7.084 13 H5' G 2 1H5* G 2 8.631 -7.623 1.431 14 H5'' G 2 2H5* G 2 8.230 -5.959 0.961 15 H4' G 2 H4* G 2 8.371 -7.216 -1.070 16 H3' G 2 H3* G 2 5.595 -6.505 -0.137 17 H2' G 2 H2* G 2 4.567 -7.800 -1.838 18 HO2' G 2 HO2 G 2 6.181 -8.838 -3.425 19 H1' G 2 H1* G 2 6.082 -10.009 -1.672 20 H8 G 2 8H G 2 5.947 -8.604 1.790 21 H1 G 2 1H G 2 0.498 -11.483 0.173 22 H21 G 2 1H2 G 2 0.488 -11.919 -2.002 23 H22 G 2 2H2 G 2 1.819 -11.489 -3.052 24 H5' A 3 1H5* A 3 6.033 -5.671 -4.509 25 H5'' A 3 2H5* A 3 5.304 -4.099 -4.896 26 H4' A 3 H4* A 3 4.487 -5.873 -6.416 27 H3' A 3 H3* A 3 2.550 -4.537 -4.494 28 H2' A 3 H2* A 3 0.772 -5.874 -5.422 29 HO2' A 3 HO2 A 3 0.976 -6.960 -7.299 30 H1' A 3 H1* A 3 2.004 -8.204 -5.109 31 H8 A 3 8H A 3 3.589 -5.996 -2.521 32 H61 A 3 1H6 A 3 -1.250 -7.000 1.109 33 H62 A 3 2H6 A 3 0.344 -6.286 0.997 34 H2 A 3 2H A 3 -2.275 -8.493 -3.022 35 H5' G 4 1H5* G 4 0.564 -5.029 -7.568 36 H5'' G 4 2H5* G 4 -0.386 -3.680 -8.216 37 H4' G 4 H4* G 4 -1.912 -5.476 -7.708 38 H3' G 4 H3* G 4 -1.982 -3.221 -5.649 39 H2' G 4 H2* G 4 -3.866 -4.370 -4.699 40 HO2' G 4 HO2 G 4 -4.250 -6.515 -6.117 41 H1' G 4 H1* G 4 -2.784 -6.840 -4.819 42 H8 G 4 8H G 4 0.060 -4.688 -3.829 43 H1 G 4 1H G 4 -4.189 -5.213 0.879 44 H21 G 4 1H2 G 4 -6.078 -6.083 0.107 45 H22 G 4 2H2 G 4 -6.337 -6.382 -1.596 46 H5' U 5 1H5* U 5 -6.013 -3.323 -7.336 47 H5'' U 5 2H5* U 5 -6.434 -1.683 -7.869 48 H4' U 5 H4* U 5 -8.245 -2.428 -6.495 49 H3' U 5 H3* U 5 -6.342 -0.521 -5.079 50 H2' U 5 H2* U 5 -7.808 -0.602 -3.177 51 HO2' U 5 HO2 U 5 -9.709 -0.895 -4.849 52 H1' U 5 H1* U 5 -7.987 -3.271 -3.075 53 H3 U 5 3H U 5 -4.935 -1.873 0.034 54 H5 U 5 5H U 5 -2.766 -2.180 -3.565 55 H6 U 5 6H U 5 -4.866 -2.533 -4.727 56 H5' A 6 1H5* A 6 -10.258 1.448 -4.817 57 H5'' A 6 2H5* A 6 -10.060 3.170 -5.201 58 H4' A 6 H4* A 6 -11.139 3.018 -3.051 59 H3' A 6 H3* A 6 -8.188 3.792 -2.914 60 H2' A 6 H2* A 6 -8.478 4.063 -0.555 61 HO2' A 6 HO2 A 6 -10.667 3.708 0.334 62 H1' A 6 H1* A 6 -9.741 1.735 -0.132 63 H8 A 6 8H A 6 -7.272 1.452 -3.019 64 H61 A 6 1H6 A 6 -2.968 0.329 1.234 65 H62 A 6 2H6 A 6 -3.367 0.189 -0.463 66 H2 A 6 2H A 6 -6.735 1.598 3.341 67 H5' U 7 1H5* U 7 -10.175 5.899 -0.208 68 H5'' U 7 2H5* U 7 -10.253 7.617 -0.645 69 H4' U 7 H4* U 7 -9.748 7.704 1.639 70 H3' U 7 H3* U 7 -7.173 7.783 0.022 71 H2' U 7 H2* U 7 -5.984 8.035 2.085 72 HO2' U 7 HO2 U 7 -8.578 8.524 3.163 73 H1' U 7 H1* U 7 -7.298 6.072 3.425 74 H3 U 7 3H U 7 -3.355 4.082 2.398 75 H5 U 7 5H U 7 -5.428 4.246 -1.278 76 H6 U 7 6H U 7 -7.104 5.598 -0.187 77 H5' G 8 1H5* G 8 -7.049 10.247 3.004 78 H5'' G 8 2H5* G 8 -6.232 11.807 2.783 79 H4' G 8 H4* G 8 -5.158 10.491 4.566 80 H3' G 8 H3* G 8 -3.552 10.889 1.999 81 H2' G 8 H2* G 8 -1.727 9.865 3.143 82 HO2' G 8 HO2 G 8 -2.032 9.381 5.480 83 H1' G 8 H1* G 8 -3.209 7.924 4.407 84 H8 G 8 8H G 8 -4.293 8.237 0.798 85 H1 G 8 1H G 8 1.152 5.032 1.490 86 H21 G 8 1H2 G 8 1.937 5.300 3.557 87 H22 G 8 2H2 G 8 1.030 6.137 4.795 88 H5' U 9 1H5* U 9 -0.944 12.132 4.786 89 H5'' U 9 2H5* U 9 -0.511 13.840 4.575 90 H4' U 9 H4* U 9 1.584 12.791 4.670 91 H3' U 9 H3* U 9 0.667 13.145 1.803 92 H2' U 9 H2* U 9 2.585 12.032 1.019 93 HO2' U 9 HO2 U 9 4.485 11.986 2.133 94 H1' U 9 H1* U 9 2.884 10.205 3.104 95 H3 U 9 3H U 9 2.227 7.531 -0.461 96 H5 U 9 5H U 9 -1.524 9.402 0.122 97 H6 U 9 6H U 9 -0.478 10.807 1.795 98 H5' G 10 1H5* G 10 4.181 13.839 1.506 99 H5'' G 10 2H5* G 10 4.763 15.481 1.161 100 H4' G 10 H4* G 10 5.839 14.483 -0.577 101 H3' G 10 H3* G 10 2.969 14.723 -1.542 102 H2' G 10 H2* G 10 3.572 13.573 -3.529 103 HO2' G 10 HO2 G 10 6.092 14.500 -2.841 104 H1' G 10 H1* G 10 5.077 11.632 -2.366 105 H8 G 10 8H G 10 1.840 13.069 -0.757 106 H1 G 10 1H G 10 0.929 7.944 -4.417 107 H21 G 10 1H2 G 10 4.374 7.936 -4.761 108 H22 G 10 2H2 G 10 2.843 7.240 -5.234 109 H5' A 11 1H5* A 11 5.281 15.039 -4.547 110 H5'' A 11 2H5* A 11 5.370 16.652 -5.265 111 H4' A 11 H4* A 11 3.483 15.615 -6.875 112 H3' A 11 H3* A 11 4.564 13.264 -5.493 113 H2' A 11 H2* A 11 5.903 12.390 -7.124 114 HO2' A 11 HO2 A 11 5.092 12.736 -9.438 115 H1' A 11 H1* A 11 6.129 14.413 -9.026 116 H8 A 11 8H A 11 7.252 14.577 -5.325 117 H61 A 11 2H6 A 11 12.626 12.566 -7.153 118 H62 A 11 1H6 A 11 12.123 13.970 -6.237 119 H2 A 11 2H A 11 10.010 13.035 -10.890 120 H5' A 12 1H5* A 12 2.795 11.022 -8.638 121 H5'' A 12 2H5* A 12 2.434 9.415 -7.982 122 H4' A 12 H4* A 12 4.416 9.494 -9.548 123 H3' A 12 H3* A 12 4.577 8.445 -6.715 124 H2' A 12 H2* A 12 6.922 8.106 -6.914 125 HO2' A 12 HO2 A 12 7.592 7.373 -8.781 126 H1' A 12 H1* A 12 7.575 10.406 -8.153 127 H8 A 12 8H A 12 4.674 10.508 -5.587 128 H61 A 12 1H6 A 12 8.880 11.994 -1.421 129 H62 A 12 2H6 A 12 7.257 12.438 -1.901 130 H2 A 12 2H A 12 11.031 11.271 -5.345 131 H5' A 13 1H5* A 13 6.047 4.969 -9.206 132 H5'' A 13 2H5* A 13 5.462 3.476 -8.452 133 H4' A 13 H4* A 13 7.899 3.450 -8.540 134 H3' A 13 H3* A 13 6.503 3.568 -5.880 135 H2' A 13 H2* A 13 8.518 3.928 -4.677 136 HO2' A 13 HO2 A 13 10.581 3.739 -5.832 137 H1' A 13 H1* A 13 9.669 5.751 -6.253 138 H8 A 13 8H A 13 5.814 5.596 -6.056 139 H61 A 13 2H6 A 13 6.226 10.154 -1.957 140 H62 A 13 1H6 A 13 5.137 9.117 -2.852 141 H2 A 13 2H A 13 10.406 8.877 -3.035 142 H5' G 14 1H5* G 14 9.535 1.758 -4.966 143 H5'' G 14 2H5* G 14 9.402 0.229 -4.074 144 H4' G 14 H4* G 14 10.559 1.699 -2.608 145 H3' G 14 H3* G 14 7.596 1.492 -1.952 146 H2' G 14 H2* G 14 7.979 2.927 -0.071 147 HO2' G 14 HO2 G 14 10.484 3.628 -0.128 148 H1' G 14 H1* G 14 9.404 4.790 -1.409 149 H8 G 14 8H G 14 6.811 3.131 -3.662 150 H1 G 14 1H G 14 4.353 7.741 -0.007 151 H21 G 14 1H2 G 14 7.508 7.836 1.469 152 H22 G 14 2H2 G 14 5.850 8.395 1.496 153 H5' C 15 1H5* C 15 8.949 1.074 1.643 154 H5'' C 15 2H5* C 15 8.205 -0.269 2.531 155 H4' C 15 H4* C 15 7.700 1.898 3.601 156 H3' C 15 H3* C 15 5.366 0.444 2.281 157 H2' C 15 H2* C 15 3.960 2.116 3.200 158 HO2' C 15 HO2 C 15 5.268 3.670 4.739 159 H1' C 15 H1* C 15 5.749 4.235 2.901 160 H41 C 15 1H4 C 15 0.987 4.446 -1.406 161 H42 C 15 2H4 C 15 2.137 3.885 -2.598 162 H5 C 15 5H C 15 4.235 2.858 -1.989 163 H6 C 15 6H C 15 5.850 2.534 -0.183 164 H5' A 16 1H5* A 16 5.257 0.946 6.898 165 H5'' A 16 2H5* A 16 4.320 -0.381 7.611 166 H4' A 16 H4* A 16 3.688 1.814 8.567 167 H3' A 16 H3* A 16 1.642 0.242 6.953 168 H2' A 16 H2* A 16 0.038 1.968 7.363 169 HO2' A 16 HO2 A 16 0.405 3.613 8.858 170 H1' A 16 H1* A 16 1.613 4.041 6.721 171 H8 A 16 8H A 16 2.767 1.159 4.623 172 H61 A 16 1H6 A 16 -1.895 2.404 0.795 173 H62 A 16 2H6 A 16 -0.386 1.540 0.978 174 H2 A 16 2H A 16 -2.518 4.749 4.579 175 H5' U 17 1H5* U 17 -0.415 2.073 9.669 176 H5'' U 17 2H5* U 17 -0.982 0.977 10.944 177 H4' U 17 H4* U 17 -2.885 2.272 10.498 178 H3' U 17 H3* U 17 -2.917 -0.314 8.921 179 H2' U 17 H2* U 17 -4.969 0.309 7.909 180 HO2' U 17 HO2 U 17 -6.277 1.937 8.739 181 H1' U 17 H1* U 17 -4.411 2.948 7.487 182 H3 U 17 3H U 17 -4.238 1.352 3.278 183 H5 U 17 5H U 17 -0.830 -0.300 5.122 184 H6 U 17 6H U 17 -1.609 0.609 7.219 185 H5' A 18 1H5* A 18 -6.667 -0.124 9.951 186 H5'' A 18 2H5* A 18 -7.206 -1.564 10.836 187 H4' A 18 H4* A 18 -8.649 -1.558 8.999 188 H3' A 18 H3* A 18 -6.199 -3.246 8.380 189 H2' A 18 H2* A 18 -7.079 -3.700 6.265 190 HO2' A 18 HO2 A 18 -9.507 -3.286 7.579 191 H1' A 18 H1* A 18 -8.340 -1.269 5.816 192 H8 A 18 8H A 18 -4.691 -1.617 6.973 193 H61 A 18 1H6 A 18 -3.225 -1.857 0.998 194 H62 A 18 2H6 A 18 -2.586 -1.708 2.619 195 H2 A 18 2H A 18 -7.700 -1.642 1.336 196 H5' C 19 1H5* C 19 -9.975 -5.194 7.559 197 H5'' C 19 2H5* C 19 -9.927 -6.940 7.863 198 H4' C 19 H4* C 19 -10.777 -6.476 5.613 199 H3' C 19 H3* C 19 -8.023 -7.759 5.752 200 H2' C 19 H2* C 19 -8.189 -8.003 3.376 201 HO2' C 19 HO2 C 19 -10.910 -7.163 3.632 202 H1' C 19 H1* C 19 -9.201 -5.502 2.899 203 H41 C 19 1H4 C 19 -2.910 -4.833 2.241 204 H42 C 19 2H4 C 19 -2.770 -4.565 3.963 205 H5 C 19 5H C 19 -4.551 -5.106 5.507 206 H6 C 19 6H C 19 -6.888 -5.684 5.714 207 H5' U 20 1H5* U 20 -9.950 -9.594 3.090 208 H5'' U 20 2H5* U 20 -10.114 -11.354 3.238 209 H4' U 20 H4* U 20 -9.242 -11.014 1.061 210 H3' U 20 H3* U 20 -7.086 -11.746 3.068 211 H2' U 20 H2* U 20 -5.454 -11.563 1.400 212 HO2' U 20 HO2 U 20 -7.602 -11.984 -0.436 213 H1' U 20 H1* U 20 -6.761 -9.637 -0.217 214 H3 U 20 3H U 20 -2.687 -7.815 0.490 215 H5 U 20 5H U 20 -4.577 -7.629 4.270 216 H6 U 20 6H U 20 -6.354 -8.996 3.360 217 H5' C 21 1H5* C 21 -7.450 -13.819 -0.612 218 H5'' C 21 2H5* C 21 -7.315 -15.588 -0.573 219 H4' C 21 H4* C 21 -6.066 -14.788 -2.478 220 H3' C 21 H3* C 21 -4.427 -15.755 -0.114 221 H2' C 21 H2* C 21 -2.430 -15.284 -1.334 222 HO2' C 21 HO2 C 21 -4.183 -15.427 -3.514 223 H1' C 21 H1* C 21 -3.162 -12.888 -2.330 224 H41 C 21 1H4 C 21 -0.256 -11.402 3.098 225 H42 C 21 2H4 C 21 -1.661 -11.880 4.023 226 H5 C 21 5H C 21 -3.636 -12.836 3.022 227 H6 C 21 6H C 21 -4.672 -13.568 0.923 228 H5' C 22 1H5* C 22 -3.043 -18.465 -3.310 229 H5'' C 22 2H5* C 22 -2.045 -19.704 -2.521 230 H4' C 22 H4* C 22 -0.904 -17.660 -3.743 231 H3' C 22 H3* C 22 -0.204 -18.860 -1.051 232 HO3' C 22 H3T C 22 0.494 -20.198 -2.582 233 H2' C 22 H2* C 22 1.558 -17.331 -0.812 234 HO2' C 22 HO2 C 22 1.683 -15.894 -2.990 235 H1' C 22 H1* C 22 0.255 -15.139 -1.883 236 H41 C 22 1H4 C 22 0.013 -14.785 4.491 237 H42 C 22 2H4 C 22 -1.510 -15.644 4.465 238 H5 C 22 5H C 22 -2.483 -16.544 2.452 239 H6 C 22 6H C 22 -2.173 -16.876 0.047 Start of MODEL 3 1 H5' G 1 1H5* G 1 7.971 -8.180 7.473 2 H5'' G 1 2H5* G 1 7.524 -9.784 8.093 3 H4' G 1 H4* G 1 9.161 -9.747 5.597 4 H3' G 1 H3* G 1 6.387 -8.549 5.807 5 H2' G 1 H2* G 1 5.630 -9.796 4.002 6 HO2' G 1 HO2 G 1 8.345 -10.026 3.136 7 H1' G 1 H1* G 1 7.497 -11.946 4.140 8 H8 G 1 8H G 1 5.414 -11.794 7.212 9 H1 G 1 1H G 1 2.121 -14.048 2.235 10 H21 G 1 1H2 G 1 3.279 -13.733 0.365 11 H22 G 1 2H2 G 1 4.848 -12.963 0.351 12 HO5' G 1 H5T G 1 9.506 -9.093 8.944 13 H5' G 2 1H5* G 2 9.004 -7.923 1.837 14 H5'' G 2 2H5* G 2 8.723 -6.209 1.473 15 H4' G 2 H4* G 2 8.849 -7.311 -0.639 16 H3' G 2 H3* G 2 6.091 -6.522 0.275 17 H2' G 2 H2* G 2 5.022 -7.671 -1.496 18 HO2' G 2 HO2 G 2 7.463 -8.341 -2.757 19 H1' G 2 H1* G 2 6.441 -9.953 -1.477 20 H8 G 2 8H G 2 6.320 -8.775 2.071 21 H1 G 2 1H G 2 0.795 -11.350 0.209 22 H21 G 2 1H2 G 2 0.808 -11.647 -1.992 23 H22 G 2 2H2 G 2 2.152 -11.157 -2.999 24 H5' A 3 1H5* A 3 6.666 -5.543 -4.058 25 H5'' A 3 2H5* A 3 6.058 -3.906 -4.375 26 H4' A 3 H4* A 3 5.171 -5.528 -6.018 27 H3' A 3 H3* A 3 3.252 -4.211 -4.060 28 H2' A 3 H2* A 3 1.440 -5.354 -5.174 29 HO2' A 3 HO2 A 3 1.641 -6.107 -7.164 30 H1' A 3 H1* A 3 2.523 -7.774 -4.992 31 H8 A 3 8H A 3 4.054 -5.838 -2.159 32 H61 A 3 1H6 A 3 -1.025 -6.875 1.112 33 H62 A 3 2H6 A 3 0.586 -6.194 1.132 34 H2 A 3 2H A 3 -1.864 -8.039 -3.166 35 H5' G 4 1H5* G 4 1.326 -4.170 -7.437 36 H5'' G 4 2H5* G 4 0.436 -2.674 -7.783 37 H4' G 4 H4* G 4 -1.099 -4.591 -7.615 38 H3' G 4 H3* G 4 -1.265 -2.526 -5.373 39 H2' G 4 H2* G 4 -3.200 -3.732 -4.620 40 HO2' G 4 HO2 G 4 -4.229 -5.252 -5.886 41 H1' G 4 H1* G 4 -2.129 -6.194 -4.897 42 H8 G 4 8H G 4 0.683 -4.176 -3.593 43 H1 G 4 1H G 4 -3.802 -4.994 0.841 44 H21 G 4 1H2 G 4 -5.665 -5.761 -0.088 45 H22 G 4 2H2 G 4 -5.838 -5.935 -1.820 46 H5' U 5 1H5* U 5 -5.190 -2.433 -7.379 47 H5'' U 5 2H5* U 5 -5.584 -0.742 -7.743 48 H4' U 5 H4* U 5 -7.481 -1.705 -6.611 49 H3' U 5 H3* U 5 -5.783 0.176 -4.932 50 H2' U 5 H2* U 5 -7.329 -0.125 -3.129 51 HO2' U 5 HO2 U 5 -9.254 -1.429 -3.491 52 H1' U 5 H1* U 5 -7.443 -2.801 -3.255 53 H3 U 5 3H U 5 -4.690 -1.540 0.181 54 H5 U 5 5H U 5 -2.231 -1.624 -3.241 55 H6 U 5 6H U 5 -4.225 -1.914 -4.590 56 H5' A 6 1H5* A 6 -9.864 1.816 -4.774 57 H5'' A 6 2H5* A 6 -9.788 3.566 -5.055 58 H4' A 6 H4* A 6 -11.013 3.216 -3.015 59 H3' A 6 H3* A 6 -8.156 4.204 -2.602 60 H2' A 6 H2* A 6 -8.636 4.312 -0.256 61 HO2' A 6 HO2 A 6 -10.651 4.352 0.535 62 H1' A 6 H1* A 6 -9.694 1.863 -0.054 63 H8 A 6 8H A 6 -7.077 1.978 -2.817 64 H61 A 6 1H6 A 6 -2.928 0.813 1.575 65 H62 A 6 2H6 A 6 -3.228 0.789 -0.147 66 H2 A 6 2H A 6 -6.871 1.686 3.558 67 H5' U 7 1H5* U 7 -10.335 6.089 0.109 68 H5'' U 7 2H5* U 7 -10.427 7.826 -0.244 69 H4' U 7 H4* U 7 -9.916 7.808 2.040 70 H3' U 7 H3* U 7 -7.334 7.959 0.433 71 H2' U 7 H2* U 7 -6.168 8.153 2.516 72 HO2' U 7 HO2 U 7 -8.226 7.993 4.277 73 H1' U 7 H1* U 7 -7.518 6.155 3.789 74 H3 U 7 3H U 7 -3.545 4.185 2.889 75 H5 U 7 5H U 7 -5.457 4.434 -0.869 76 H6 U 7 6H U 7 -7.179 5.761 0.177 77 H5' G 8 1H5* G 8 -7.118 10.687 3.396 78 H5'' G 8 2H5* G 8 -6.304 12.197 2.943 79 H4' G 8 H4* G 8 -5.123 11.066 4.789 80 H3' G 8 H3* G 8 -3.687 11.151 2.092 81 H2' G 8 H2* G 8 -1.797 10.245 3.234 82 HO2' G 8 HO2 G 8 -2.372 9.973 5.729 83 H1' G 8 H1* G 8 -3.204 8.458 4.771 84 H8 G 8 8H G 8 -4.509 8.474 1.213 85 H1 G 8 1H G 8 0.889 5.185 1.882 86 H21 G 8 1H2 G 8 1.796 5.605 3.871 87 H22 G 8 2H2 G 8 0.971 6.552 5.087 88 H5' U 9 1H5* U 9 -0.907 12.678 4.592 89 H5'' U 9 2H5* U 9 -0.472 14.344 4.156 90 H4' U 9 H4* U 9 1.615 13.278 4.291 91 H3' U 9 H3* U 9 0.581 13.330 1.441 92 H2' U 9 H2* U 9 2.458 12.113 0.708 93 HO2' U 9 HO2 U 9 4.240 11.864 2.449 94 H1' U 9 H1* U 9 2.817 10.509 2.958 95 H3 U 9 3H U 9 1.963 7.489 -0.277 96 H5 U 9 5H U 9 -1.736 9.471 0.284 97 H6 U 9 6H U 9 -0.594 11.028 1.746 98 H5' G 10 1H5* G 10 4.205 13.893 1.078 99 H5'' G 10 2H5* G 10 4.788 15.515 0.655 100 H4' G 10 H4* G 10 6.002 14.368 -0.903 101 H3' G 10 H3* G 10 3.249 14.761 -2.093 102 H2' G 10 H2* G 10 3.793 13.394 -3.945 103 HO2' G 10 HO2 G 10 6.113 12.579 -3.994 104 H1' G 10 H1* G 10 5.026 11.395 -2.622 105 H8 G 10 8H G 10 2.019 13.315 -1.077 106 H1 G 10 1H G 10 0.430 8.127 -4.399 107 H21 G 10 1H2 G 10 3.839 7.717 -4.830 108 H22 G 10 2H2 G 10 2.226 7.152 -5.195 109 H5' A 11 1H5* A 11 5.559 14.517 -5.108 110 H5'' A 11 2H5* A 11 5.809 16.070 -5.915 111 H4' A 11 H4* A 11 3.743 15.207 -7.392 112 H3' A 11 H3* A 11 4.561 12.805 -5.920 113 H2' A 11 H2* A 11 5.696 11.674 -7.548 114 HO2' A 11 HO2 A 11 4.483 11.083 -9.155 115 H1' A 11 H1* A 11 6.101 13.553 -9.566 116 H8 A 11 8H A 11 7.412 13.733 -5.928 117 H61 A 11 2H6 A 11 12.145 10.830 -7.549 118 H62 A 11 1H6 A 11 12.349 12.554 -7.345 119 H2 A 11 2H A 11 9.674 11.601 -11.523 120 H5' A 12 1H5* A 12 2.344 10.618 -8.821 121 H5'' A 12 2H5* A 12 1.849 9.111 -8.027 122 H4' A 12 H4* A 12 3.748 8.873 -9.688 123 H3' A 12 H3* A 12 3.958 7.993 -6.795 124 H2' A 12 H2* A 12 6.217 7.336 -7.132 125 HO2' A 12 HO2 A 12 6.392 6.282 -8.992 126 H1' A 12 H1* A 12 7.037 9.441 -8.628 127 H8 A 12 8H A 12 4.518 10.061 -5.746 128 H61 A 12 2H6 A 12 8.801 12.281 -2.681 129 H62 A 12 1H6 A 12 8.362 10.699 -2.078 130 H2 A 12 2H A 12 10.900 9.993 -6.334 131 H5' A 13 1H5* A 13 4.849 4.230 -9.093 132 H5'' A 13 2H5* A 13 4.172 2.862 -8.192 133 H4' A 13 H4* A 13 6.589 2.586 -8.427 134 H3' A 13 H3* A 13 5.386 3.022 -5.703 135 H2' A 13 H2* A 13 7.507 3.239 -4.653 136 HO2' A 13 HO2 A 13 8.880 2.585 -7.043 137 H1' A 13 H1* A 13 8.717 4.836 -6.413 138 H8 A 13 8H A 13 4.888 5.099 -5.989 139 H61 A 13 2H6 A 13 6.024 9.818 -2.218 140 H62 A 13 1H6 A 13 4.780 8.869 -3.000 141 H2 A 13 2H A 13 9.973 8.029 -3.433 142 H5' G 14 1H5* G 14 8.361 0.968 -4.925 143 H5'' G 14 2H5* G 14 8.176 -0.439 -3.859 144 H4' G 14 H4* G 14 9.633 1.075 -2.715 145 H3' G 14 H3* G 14 6.770 1.126 -1.689 146 H2' G 14 H2* G 14 7.476 2.686 -0.007 147 HO2' G 14 HO2 G 14 10.146 2.683 -0.912 148 H1' G 14 H1* G 14 8.800 4.333 -1.680 149 H8 G 14 8H G 14 5.868 2.633 -3.437 150 H1 G 14 1H G 14 4.115 7.710 -0.002 151 H21 G 14 1H2 G 14 7.420 7.747 1.084 152 H22 G 14 2H2 G 14 5.803 8.392 1.261 153 H5' C 15 1H5* C 15 8.458 0.934 1.768 154 H5'' C 15 2H5* C 15 7.801 -0.351 2.799 155 H4' C 15 H4* C 15 7.413 1.811 3.858 156 H3' C 15 H3* C 15 4.925 0.501 2.676 157 H2' C 15 H2* C 15 3.683 2.243 3.720 158 HO2' C 15 HO2 C 15 4.396 3.329 5.459 159 H1' C 15 H1* C 15 5.496 4.260 3.191 160 H41 C 15 1H4 C 15 0.536 4.390 -0.887 161 H42 C 15 2H4 C 15 1.587 3.682 -2.089 162 H5 C 15 5H C 15 3.663 2.598 -1.513 163 H6 C 15 6H C 15 5.363 2.333 0.220 164 H5' A 16 1H5* A 16 4.999 0.990 7.302 165 H5'' A 16 2H5* A 16 4.110 -0.376 8.000 166 H4' A 16 H4* A 16 3.467 1.747 9.076 167 H3' A 16 H3* A 16 1.407 0.241 7.426 168 H2' A 16 H2* A 16 -0.209 1.935 7.922 169 HO2' A 16 HO2 A 16 1.704 3.206 9.618 170 H1' A 16 H1* A 16 1.327 4.041 7.322 171 H8 A 16 8H A 16 2.550 1.233 5.166 172 H61 A 16 1H6 A 16 -2.063 2.522 1.300 173 H62 A 16 2H6 A 16 -0.554 1.660 1.492 174 H2 A 16 2H A 16 -2.788 4.747 5.140 175 H5' U 17 1H5* U 17 -0.715 1.847 10.195 176 H5'' U 17 2H5* U 17 -1.269 0.664 11.396 177 H4' U 17 H4* U 17 -3.222 1.876 10.964 178 H3' U 17 H3* U 17 -3.079 -0.580 9.191 179 H2' U 17 H2* U 17 -5.136 0.026 8.182 180 HO2' U 17 HO2 U 17 -6.643 1.102 9.246 181 H1' U 17 H1* U 17 -4.696 2.719 7.998 182 H3 U 17 3H U 17 -4.400 1.489 3.672 183 H5 U 17 5H U 17 -0.944 -0.158 5.429 184 H6 U 17 6H U 17 -1.791 0.537 7.581 185 H5' A 18 1H5* A 18 -6.784 -0.568 10.136 186 H5'' A 18 2H5* A 18 -7.381 -2.074 10.857 187 H4' A 18 H4* A 18 -8.737 -1.862 8.963 188 H3' A 18 H3* A 18 -6.296 -3.546 8.289 189 H2' A 18 H2* A 18 -7.128 -3.797 6.112 190 HO2' A 18 HO2 A 18 -9.469 -2.916 5.831 191 H1' A 18 H1* A 18 -8.278 -1.291 5.838 192 H8 A 18 8H A 18 -4.698 -1.802 7.124 193 H61 A 18 1H6 A 18 -2.959 -1.644 1.218 194 H62 A 18 2H6 A 18 -2.393 -1.602 2.873 195 H2 A 18 2H A 18 -7.445 -1.409 1.369 196 H5' C 19 1H5* C 19 -9.723 -4.836 6.899 197 H5'' C 19 2H5* C 19 -10.274 -6.473 7.307 198 H4' C 19 H4* C 19 -10.755 -6.305 5.024 199 H3' C 19 H3* C 19 -8.022 -7.592 5.349 200 H2' C 19 H2* C 19 -8.028 -7.890 2.972 201 HO2' C 19 HO2 C 19 -10.311 -6.828 2.159 202 H1' C 19 H1* C 19 -8.949 -5.394 2.364 203 H41 C 19 1H4 C 19 -2.657 -4.591 2.310 204 H42 C 19 2H4 C 19 -2.616 -4.598 4.059 205 H5 C 19 5H C 19 -4.540 -5.134 5.416 206 H6 C 19 6H C 19 -6.889 -5.707 5.394 207 H5' U 20 1H5* U 20 -9.906 -9.488 2.628 208 H5'' U 20 2H5* U 20 -9.976 -11.259 2.720 209 H4' U 20 H4* U 20 -9.055 -10.706 0.572 210 H3' U 20 H3* U 20 -7.026 -11.670 2.612 211 H2' U 20 H2* U 20 -5.297 -11.356 1.075 212 HO2' U 20 HO2 U 20 -5.546 -11.709 -1.073 213 H1' U 20 H1* U 20 -6.537 -9.327 -0.499 214 H3 U 20 3H U 20 -2.450 -7.607 0.378 215 H5 U 20 5H U 20 -4.421 -7.577 4.122 216 H6 U 20 6H U 20 -6.192 -8.879 3.112 217 H5' C 21 1H5* C 21 -7.228 -13.382 -1.249 218 H5'' C 21 2H5* C 21 -7.130 -15.149 -1.376 219 H4' C 21 H4* C 21 -5.756 -14.190 -3.119 220 H3' C 21 H3* C 21 -4.297 -15.464 -0.786 221 H2' C 21 H2* C 21 -2.211 -14.918 -1.799 222 HO2' C 21 HO2 C 21 -2.298 -15.335 -3.901 223 H1' C 21 H1* C 21 -2.820 -12.414 -2.613 224 H41 C 21 1H4 C 21 -0.192 -11.533 3.079 225 H42 C 21 2H4 C 21 -1.663 -12.040 3.878 226 H5 C 21 5H C 21 -3.603 -12.839 2.686 227 H6 C 21 6H C 21 -4.535 -13.344 0.474 228 H5' C 22 1H5* C 22 -2.761 -17.790 -4.178 229 H5'' C 22 2H5* C 22 -1.848 -19.153 -3.499 230 H4' C 22 H4* C 22 -0.576 -17.003 -4.353 231 H3' C 22 H3* C 22 -0.101 -18.544 -1.786 232 HO3' C 22 H3T C 22 1.904 -18.572 -3.534 233 H2' C 22 H2* C 22 1.679 -17.116 -1.259 234 HO2' C 22 HO2 C 22 2.120 -17.129 -3.830 235 H1' C 22 H1* C 22 0.517 -14.775 -2.208 236 H41 C 22 1H4 C 22 -0.003 -14.896 4.153 237 H42 C 22 2H4 C 22 -1.539 -15.719 3.999 238 H5 C 22 5H C 22 -2.441 -16.445 1.885 239 H6 C 22 6H C 22 -2.035 -16.603 -0.523 Start of MODEL 4 1 H5' G 1 1H5* G 1 7.751 -8.617 7.882 2 H5'' G 1 2H5* G 1 7.221 -10.199 8.489 3 H4' G 1 H4* G 1 8.893 -10.188 6.006 4 H3' G 1 H3* G 1 6.118 -8.990 6.214 5 H2' G 1 H2* G 1 5.379 -10.214 4.383 6 HO2' G 1 HO2 G 1 8.035 -9.862 3.573 7 H1' G 1 H1* G 1 7.220 -12.381 4.536 8 H8 G 1 8H G 1 5.142 -12.229 7.608 9 H1 G 1 1H G 1 1.807 -14.403 2.621 10 H21 G 1 1H2 G 1 2.970 -14.100 0.751 11 H22 G 1 2H2 G 1 4.533 -13.318 0.734 12 HO5' G 1 H5T G 1 9.482 -10.820 8.337 13 H5' G 2 1H5* G 2 8.728 -8.467 2.244 14 H5'' G 2 2H5* G 2 8.492 -6.746 1.880 15 H4' G 2 H4* G 2 8.593 -7.848 -0.233 16 H3' G 2 H3* G 2 5.844 -7.018 0.678 17 H2' G 2 H2* G 2 4.773 -8.129 -1.120 18 HO2' G 2 HO2 G 2 6.954 -9.088 -2.474 19 H1' G 2 H1* G 2 6.140 -10.440 -1.084 20 H8 G 2 8H G 2 6.003 -9.221 2.458 21 H1 G 2 1H G 2 0.453 -11.716 0.566 22 H21 G 2 1H2 G 2 0.480 -12.032 -1.633 23 H22 G 2 2H2 G 2 1.875 -11.660 -2.619 24 H5' A 3 1H5* A 3 6.534 -6.070 -3.606 25 H5'' A 3 2H5* A 3 5.929 -4.451 -4.008 26 H4' A 3 H4* A 3 5.118 -6.145 -5.619 27 H3' A 3 H3* A 3 3.118 -4.753 -3.799 28 H2' A 3 H2* A 3 1.354 -5.956 -4.932 29 HO2' A 3 HO2 A 3 2.942 -7.546 -6.513 30 H1' A 3 H1* A 3 2.420 -8.352 -4.557 31 H8 A 3 8H A 3 3.909 -6.267 -1.811 32 H61 A 3 1H6 A 3 -1.250 -7.052 1.403 33 H62 A 3 2H6 A 3 0.369 -6.390 1.419 34 H2 A 3 2H A 3 -2.022 -8.428 -2.823 35 H5' G 4 1H5* G 4 1.281 -4.799 -7.265 36 H5'' G 4 2H5* G 4 0.429 -3.294 -7.659 37 H4' G 4 H4* G 4 -1.143 -5.182 -7.495 38 H3' G 4 H3* G 4 -1.336 -3.065 -5.304 39 H2' G 4 H2* G 4 -3.322 -4.225 -4.592 40 HO2' G 4 HO2 G 4 -4.505 -5.285 -5.997 41 H1' G 4 H1* G 4 -2.266 -6.693 -4.732 42 H8 G 4 8H G 4 0.563 -4.682 -3.467 43 H1 G 4 1H G 4 -4.024 -5.160 0.915 44 H21 G 4 1H2 G 4 -5.891 -5.920 -0.014 45 H22 G 4 2H2 G 4 -6.040 -6.173 -1.739 46 H5' U 5 1H5* U 5 -5.210 -2.922 -7.427 47 H5'' U 5 2H5* U 5 -5.518 -1.231 -7.871 48 H4' U 5 H4* U 5 -7.500 -2.051 -6.785 49 H3' U 5 H3* U 5 -5.770 -0.215 -5.089 50 H2' U 5 H2* U 5 -7.385 -0.398 -3.327 51 HO2' U 5 HO2 U 5 -9.035 -1.055 -5.412 52 H1' U 5 H1* U 5 -7.581 -3.062 -3.367 53 H3 U 5 3H U 5 -4.774 -1.773 0.021 54 H5 U 5 5H U 5 -2.324 -2.156 -3.383 55 H6 U 5 6H U 5 -4.330 -2.393 -4.723 56 H5' A 6 1H5* A 6 -9.755 1.732 -5.155 57 H5'' A 6 2H5* A 6 -9.523 3.466 -5.452 58 H4' A 6 H4* A 6 -10.850 3.206 -3.443 59 H3' A 6 H3* A 6 -7.970 4.100 -3.016 60 H2' A 6 H2* A 6 -8.425 4.241 -0.672 61 HO2' A 6 HO2 A 6 -11.140 3.529 -1.129 62 H1' A 6 H1* A 6 -9.585 1.848 -0.421 63 H8 A 6 8H A 6 -7.024 1.729 -3.224 64 H61 A 6 1H6 A 6 -2.822 0.613 1.124 65 H62 A 6 2H6 A 6 -3.176 0.484 -0.583 66 H2 A 6 2H A 6 -6.683 1.734 3.151 67 H5' U 7 1H5* U 7 -10.120 6.049 -0.309 68 H5'' U 7 2H5* U 7 -10.183 7.785 -0.676 69 H4' U 7 H4* U 7 -9.705 7.770 1.617 70 H3' U 7 H3* U 7 -7.104 7.902 0.041 71 H2' U 7 H2* U 7 -5.957 8.082 2.139 72 HO2' U 7 HO2 U 7 -8.564 8.393 3.274 73 H1' U 7 H1* U 7 -7.306 6.074 3.380 74 H3 U 7 3H U 7 -3.332 4.122 2.401 75 H5 U 7 5H U 7 -5.303 4.398 -1.322 76 H6 U 7 6H U 7 -7.010 5.719 -0.238 77 H5' G 8 1H5* G 8 -6.993 10.261 3.108 78 H5'' G 8 2H5* G 8 -6.171 11.825 2.942 79 H4' G 8 H4* G 8 -5.099 10.450 4.679 80 H3' G 8 H3* G 8 -3.498 10.921 2.121 81 H2' G 8 H2* G 8 -1.675 9.840 3.217 82 HO2' G 8 HO2 G 8 -2.333 9.214 5.608 83 H1' G 8 H1* G 8 -3.160 7.862 4.412 84 H8 G 8 8H G 8 -4.291 8.333 0.837 85 H1 G 8 1H G 8 1.126 5.042 1.310 86 H21 G 8 1H2 G 8 1.964 5.243 3.362 87 H22 G 8 2H2 G 8 1.074 6.012 4.656 88 H5' U 9 1H5* U 9 -0.844 12.005 4.927 89 H5'' U 9 2H5* U 9 -0.397 13.717 4.781 90 H4' U 9 H4* U 9 1.688 12.644 4.806 91 H3' U 9 H3* U 9 0.734 13.127 1.971 92 H2' U 9 H2* U 9 2.625 12.027 1.108 93 HO2' U 9 HO2 U 9 4.162 11.609 3.285 94 H1' U 9 H1* U 9 2.942 10.113 3.114 95 H3 U 9 3H U 9 2.205 7.588 -0.542 96 H5 U 9 5H U 9 -1.518 9.470 0.173 97 H6 U 9 6H U 9 -0.432 10.801 1.880 98 H5' G 10 1H5* G 10 4.216 13.813 1.607 99 H5'' G 10 2H5* G 10 4.808 15.457 1.297 100 H4' G 10 H4* G 10 5.793 14.509 -0.521 101 H3' G 10 H3* G 10 2.892 14.842 -1.349 102 H2' G 10 H2* G 10 3.375 13.757 -3.402 103 HO2' G 10 HO2 G 10 5.717 13.148 -3.746 104 H1' G 10 H1* G 10 4.883 11.738 -2.386 105 H8 G 10 8H G 10 1.776 13.184 -0.549 106 H1 G 10 1H G 10 0.526 8.243 -4.359 107 H21 G 10 1H2 G 10 3.944 8.175 -4.913 108 H22 G 10 2H2 G 10 2.371 7.526 -5.312 109 H5' A 11 1H5* A 11 5.090 15.244 -4.420 110 H5'' A 11 2H5* A 11 5.197 16.880 -5.082 111 H4' A 11 H4* A 11 3.232 15.948 -6.663 112 H3' A 11 H3* A 11 4.311 13.521 -5.411 113 H2' A 11 H2* A 11 5.546 12.674 -7.138 114 HO2' A 11 HO2 A 11 4.667 12.420 -9.115 115 H1' A 11 H1* A 11 5.762 14.772 -8.956 116 H8 A 11 8H A 11 7.022 14.762 -5.297 117 H61 A 11 1H6 A 11 12.516 13.323 -7.637 118 H62 A 11 2H6 A 11 11.579 13.365 -6.160 119 H2 A 11 2H A 11 9.528 13.330 -11.009 120 H5' A 12 1H5* A 12 2.292 11.455 -8.549 121 H5'' A 12 2H5* A 12 1.907 9.836 -7.937 122 H4' A 12 H4* A 12 3.795 9.904 -9.614 123 H3' A 12 H3* A 12 4.074 8.736 -6.840 124 H2' A 12 H2* A 12 6.395 8.338 -7.166 125 HO2' A 12 HO2 A 12 5.623 8.141 -9.754 126 H1' A 12 H1* A 12 7.064 10.665 -8.338 127 H8 A 12 8H A 12 4.270 10.745 -5.651 128 H61 A 12 1H6 A 12 8.716 12.118 -1.647 129 H62 A 12 2H6 A 12 7.006 12.310 -1.970 130 H2 A 12 2H A 12 10.650 11.336 -5.643 131 H5' A 13 1H5* A 13 5.257 5.284 -9.540 132 H5'' A 13 2H5* A 13 4.687 3.789 -8.779 133 H4' A 13 H4* A 13 7.117 3.721 -9.031 134 H3' A 13 H3* A 13 5.901 3.796 -6.277 135 H2' A 13 H2* A 13 8.012 4.057 -5.214 136 HO2' A 13 HO2 A 13 9.976 3.823 -6.456 137 H1' A 13 H1* A 13 9.073 5.921 -6.797 138 H8 A 13 8H A 13 5.234 5.830 -6.362 139 H61 A 13 2H6 A 13 6.006 10.204 -2.117 140 H62 A 13 1H6 A 13 4.838 9.226 -2.979 141 H2 A 13 2H A 13 10.079 8.880 -3.500 142 H5' G 14 1H5* G 14 8.940 1.882 -5.632 143 H5'' G 14 2H5* G 14 8.832 0.324 -4.789 144 H4' G 14 H4* G 14 10.138 1.702 -3.363 145 H3' G 14 H3* G 14 7.227 1.567 -2.487 146 H2' G 14 H2* G 14 7.817 2.909 -0.586 147 HO2' G 14 HO2 G 14 9.850 1.953 -0.126 148 H1' G 14 H1* G 14 9.175 4.782 -1.973 149 H8 G 14 8H G 14 6.376 3.282 -4.084 150 H1 G 14 1H G 14 4.323 7.799 -0.080 151 H21 G 14 1H2 G 14 7.566 7.737 1.184 152 H22 G 14 2H2 G 14 5.929 8.334 1.348 153 H5' C 15 1H5* C 15 8.804 0.927 1.006 154 H5'' C 15 2H5* C 15 8.047 -0.426 1.868 155 H4' C 15 H4* C 15 7.699 1.702 3.068 156 H3' C 15 H3* C 15 5.238 0.413 1.810 157 H2' C 15 H2* C 15 3.952 2.093 2.881 158 HO2' C 15 HO2 C 15 5.527 3.522 4.367 159 H1' C 15 H1* C 15 5.772 4.160 2.537 160 H41 C 15 1H4 C 15 0.855 4.560 -1.578 161 H42 C 15 2H4 C 15 1.958 4.031 -2.826 162 H5 C 15 5H C 15 4.030 2.900 -2.311 163 H6 C 15 6H C 15 5.702 2.498 -0.577 164 H5' A 16 1H5* A 16 5.359 0.728 6.447 165 H5'' A 16 2H5* A 16 4.436 -0.621 7.134 166 H4' A 16 H4* A 16 3.893 1.518 8.248 167 H3' A 16 H3* A 16 1.746 0.073 6.656 168 H2' A 16 H2* A 16 0.191 1.807 7.200 169 HO2' A 16 HO2 A 16 2.076 3.215 8.758 170 H1' A 16 H1* A 16 1.765 3.879 6.579 171 H8 A 16 8H A 16 2.850 1.074 4.352 172 H61 A 16 1H6 A 16 -1.895 2.453 0.689 173 H62 A 16 2H6 A 16 -0.358 1.628 0.789 174 H2 A 16 2H A 16 -2.418 4.684 4.561 175 H5' U 17 1H5* U 17 -0.158 1.819 9.540 176 H5'' U 17 2H5* U 17 -0.688 0.675 10.790 177 H4' U 17 H4* U 17 -2.583 2.023 10.495 178 H3' U 17 H3* U 17 -2.742 -0.484 8.800 179 H2' U 17 H2* U 17 -4.823 0.226 7.912 180 HO2' U 17 HO2 U 17 -4.880 1.737 10.266 181 H1' U 17 H1* U 17 -4.228 2.872 7.589 182 H3 U 17 3H U 17 -4.269 1.461 3.306 183 H5 U 17 5H U 17 -0.811 -0.317 4.927 184 H6 U 17 6H U 17 -1.489 0.504 7.095 185 H5' A 18 1H5* A 18 -6.313 -0.144 9.937 186 H5'' A 18 2H5* A 18 -7.013 -1.544 10.772 187 H4' A 18 H4* A 18 -8.442 -1.314 8.938 188 H3' A 18 H3* A 18 -6.191 -3.234 8.236 189 H2' A 18 H2* A 18 -7.156 -3.517 6.118 190 HO2' A 18 HO2 A 18 -9.293 -3.248 5.712 191 H1' A 18 H1* A 18 -8.071 -0.938 5.752 192 H8 A 18 8H A 18 -4.500 -1.679 6.951 193 H61 A 18 1H6 A 18 -2.969 -1.956 0.993 194 H62 A 18 2H6 A 18 -2.347 -1.904 2.626 195 H2 A 18 2H A 18 -7.419 -1.394 1.277 196 H5' C 19 1H5* C 19 -10.075 -4.746 7.198 197 H5'' C 19 2H5* C 19 -10.221 -6.471 7.586 198 H4' C 19 H4* C 19 -10.931 -6.120 5.300 199 H3' C 19 H3* C 19 -8.222 -7.470 5.578 200 H2' C 19 H2* C 19 -8.298 -7.795 3.207 201 HO2' C 19 HO2 C 19 -11.040 -7.301 3.603 202 H1' C 19 H1* C 19 -9.176 -5.282 2.598 203 H41 C 19 1H4 C 19 -2.856 -4.753 2.334 204 H42 C 19 2H4 C 19 -2.784 -4.602 4.074 205 H5 C 19 5H C 19 -4.684 -5.015 5.504 206 H6 C 19 6H C 19 -7.050 -5.502 5.569 207 H5' U 20 1H5* U 20 -10.201 -9.531 2.934 208 H5'' U 20 2H5* U 20 -10.196 -11.292 3.152 209 H4' U 20 H4* U 20 -9.323 -10.803 0.949 210 H3' U 20 H3* U 20 -7.280 -11.683 3.013 211 H2' U 20 H2* U 20 -5.568 -11.454 1.438 212 HO2' U 20 HO2 U 20 -6.162 -11.424 -0.889 213 H1' U 20 H1* U 20 -6.793 -9.462 -0.182 214 H3 U 20 3H U 20 -2.660 -7.824 0.680 215 H5 U 20 5H U 20 -4.700 -7.542 4.375 216 H6 U 20 6H U 20 -6.492 -8.841 3.397 217 H5' C 21 1H5* C 21 -7.595 -13.762 -0.813 218 H5'' C 21 2H5* C 21 -7.376 -15.521 -0.735 219 H4' C 21 H4* C 21 -6.119 -14.590 -2.622 220 H3' C 21 H3* C 21 -4.594 -15.755 -0.276 221 H2' C 21 H2* C 21 -2.531 -15.228 -1.350 222 HO2' C 21 HO2 C 21 -2.383 -15.275 -3.461 223 H1' C 21 H1* C 21 -3.164 -12.760 -2.218 224 H41 C 21 1H4 C 21 -0.536 -11.716 3.445 225 H42 C 21 2H4 C 21 -2.023 -12.158 4.254 226 H5 C 21 5H C 21 -3.979 -12.942 3.078 227 H6 C 21 6H C 21 -4.906 -13.521 0.882 228 H5' C 22 1H5* C 22 -3.135 -18.235 -3.639 229 H5'' C 22 2H5* C 22 -2.186 -19.555 -2.923 230 H4' C 22 H4* C 22 -0.972 -17.432 -3.929 231 H3' C 22 H3* C 22 -0.380 -18.880 -1.335 232 HO3' C 22 H3T C 22 0.066 -19.937 -3.314 233 H2' C 22 H2* C 22 1.398 -17.415 -0.904 234 HO2' C 22 HO2 C 22 2.022 -17.546 -3.288 235 H1' C 22 H1* C 22 0.170 -15.112 -1.825 236 H41 C 22 1H4 C 22 -0.255 -15.267 4.543 237 H42 C 22 2H4 C 22 -1.795 -16.084 4.405 238 H5 C 22 5H C 22 -2.728 -16.794 2.298 239 H6 C 22 6H C 22 -2.348 -16.947 -0.115 Start of MODEL 5 1 H5' G 1 1H5* G 1 8.324 -9.576 7.245 2 H5'' G 1 2H5* G 1 7.647 -11.114 7.818 3 H4' G 1 H4* G 1 9.263 -11.157 5.289 4 H3' G 1 H3* G 1 6.586 -9.783 5.632 5 H2' G 1 H2* G 1 5.689 -10.906 3.808 6 HO2' G 1 HO2 G 1 7.192 -11.778 2.151 7 H1' G 1 H1* G 1 7.406 -13.184 3.807 8 H8 G 1 8H G 1 5.446 -13.008 6.957 9 H1 G 1 1H G 1 1.825 -14.852 2.038 10 H21 G 1 1H2 G 1 2.936 -14.567 0.136 11 H22 G 1 2H2 G 1 4.539 -13.870 0.080 12 HO5' G 1 H5T G 1 9.952 -11.864 7.379 13 H5' G 2 1H5* G 2 9.078 -9.119 1.621 14 H5'' G 2 2H5* G 2 8.892 -7.382 1.307 15 H4' G 2 H4* G 2 8.838 -8.459 -0.828 16 H3' G 2 H3* G 2 6.193 -7.485 0.240 17 H2' G 2 H2* G 2 4.977 -8.478 -1.532 18 HO2' G 2 HO2 G 2 6.492 -9.574 -3.233 19 H1' G 2 H1* G 2 6.221 -10.863 -1.637 20 H8 G 2 8H G 2 6.248 -9.772 1.953 21 H1 G 2 1H G 2 0.532 -11.936 0.143 22 H21 G 2 1H2 G 2 0.476 -12.167 -2.065 23 H22 G 2 2H2 G 2 1.861 -11.834 -3.081 24 H5' A 3 1H5* A 3 6.733 -6.471 -4.015 25 H5'' A 3 2H5* A 3 6.216 -4.812 -4.373 26 H4' A 3 H4* A 3 5.208 -6.430 -5.949 27 H3' A 3 H3* A 3 3.409 -4.930 -4.009 28 H2' A 3 H2* A 3 1.508 -5.998 -5.037 29 HO2' A 3 HO2 A 3 1.834 -7.421 -6.839 30 H1' A 3 H1* A 3 2.445 -8.475 -4.795 31 H8 A 3 8H A 3 4.156 -6.538 -2.062 32 H61 A 3 1H6 A 3 -0.909 -7.143 1.341 33 H62 A 3 2H6 A 3 0.746 -6.573 1.310 34 H2 A 3 2H A 3 -1.902 -8.414 -2.870 35 H5' G 4 1H5* G 4 1.469 -5.012 -7.279 36 H5'' G 4 2H5* G 4 0.648 -3.520 -7.777 37 H4' G 4 H4* G 4 -0.990 -5.308 -7.450 38 H3' G 4 H3* G 4 -1.024 -3.107 -5.334 39 H2' G 4 H2* G 4 -3.011 -4.158 -4.504 40 HO2' G 4 HO2 G 4 -3.007 -6.061 -6.593 41 H1' G 4 H1* G 4 -2.084 -6.694 -4.660 42 H8 G 4 8H G 4 0.835 -4.780 -3.446 43 H1 G 4 1H G 4 -3.697 -5.130 1.005 44 H21 G 4 1H2 G 4 -5.601 -5.822 0.103 45 H22 G 4 2H2 G 4 -5.782 -6.063 -1.621 46 H5' U 5 1H5* U 5 -4.947 -2.953 -7.355 47 H5'' U 5 2H5* U 5 -5.295 -1.264 -7.774 48 H4' U 5 H4* U 5 -7.212 -2.160 -6.602 49 H3' U 5 H3* U 5 -5.485 -0.218 -5.023 50 H2' U 5 H2* U 5 -7.040 -0.398 -3.212 51 HO2' U 5 HO2 U 5 -8.814 -0.766 -5.068 52 H1' U 5 H1* U 5 -7.192 -3.075 -3.196 53 H3 U 5 3H U 5 -4.430 -1.653 0.175 54 H5 U 5 5H U 5 -1.964 -1.955 -3.230 55 H6 U 5 6H U 5 -3.958 -2.304 -4.566 56 H5' A 6 1H5* A 6 -9.556 1.505 -5.007 57 H5'' A 6 2H5* A 6 -9.439 3.243 -5.350 58 H4' A 6 H4* A 6 -10.710 2.966 -3.315 59 H3' A 6 H3* A 6 -7.863 3.990 -2.924 60 H2' A 6 H2* A 6 -8.347 4.187 -0.590 61 HO2' A 6 HO2 A 6 -11.038 3.769 -1.423 62 H1' A 6 H1* A 6 -9.422 1.754 -0.283 63 H8 A 6 8H A 6 -6.770 1.718 -3.014 64 H61 A 6 1H6 A 6 -2.673 0.800 1.484 65 H62 A 6 2H6 A 6 -2.962 0.640 -0.233 66 H2 A 6 2H A 6 -6.643 1.770 3.368 67 H5' U 7 1H5* U 7 -10.151 5.956 -0.309 68 H5'' U 7 2H5* U 7 -10.265 7.673 -0.740 69 H4' U 7 H4* U 7 -9.838 7.757 1.561 70 H3' U 7 H3* U 7 -7.208 7.924 0.037 71 H2' U 7 H2* U 7 -6.115 8.218 2.147 72 HO2' U 7 HO2 U 7 -7.411 8.421 4.088 73 H1' U 7 H1* U 7 -7.431 6.217 3.438 74 H3 U 7 3H U 7 -3.385 4.345 2.651 75 H5 U 7 5H U 7 -5.235 4.446 -1.142 76 H6 U 7 6H U 7 -7.016 5.743 -0.156 77 H5' G 8 1H5* G 8 -7.205 10.582 2.976 78 H5'' G 8 2H5* G 8 -6.423 12.137 2.626 79 H4' G 8 H4* G 8 -5.310 10.991 4.501 80 H3' G 8 H3* G 8 -3.723 11.211 1.900 81 H2' G 8 H2* G 8 -1.869 10.335 3.124 82 HO2' G 8 HO2 G 8 -2.027 10.098 5.444 83 H1' G 8 H1* G 8 -3.299 8.451 4.520 84 H8 G 8 8H G 8 -4.408 8.522 0.901 85 H1 G 8 1H G 8 1.065 5.407 1.772 86 H21 G 8 1H2 G 8 1.854 5.809 3.814 87 H22 G 8 2H2 G 8 0.944 6.714 5.002 88 H5' U 9 1H5* U 9 -1.095 12.597 4.626 89 H5'' U 9 2H5* U 9 -0.703 14.299 4.308 90 H4' U 9 H4* U 9 1.416 13.313 4.492 91 H3' U 9 H3* U 9 0.526 13.458 1.598 92 H2' U 9 H2* U 9 2.485 12.348 0.908 93 HO2' U 9 HO2 U 9 4.359 12.581 1.931 94 H1' U 9 H1* U 9 2.775 10.635 3.077 95 H3 U 9 3H U 9 2.126 7.761 -0.326 96 H5 U 9 5H U 9 -1.632 9.652 0.150 97 H6 U 9 6H U 9 -0.588 11.158 1.733 98 H5' G 10 1H5* G 10 3.999 14.217 1.230 99 H5'' G 10 2H5* G 10 4.534 15.856 0.808 100 H4' G 10 H4* G 10 5.626 14.816 -0.893 101 H3' G 10 H3* G 10 2.749 14.975 -1.835 102 H2' G 10 H2* G 10 3.287 13.683 -3.746 103 HO2' G 10 HO2 G 10 5.777 13.095 -3.750 104 H1' G 10 H1* G 10 4.811 11.810 -2.523 105 H8 G 10 8H G 10 1.688 13.400 -0.834 106 H1 G 10 1H G 10 0.514 8.062 -4.089 107 H21 G 10 1H2 G 10 3.927 8.009 -4.668 108 H22 G 10 2H2 G 10 2.368 7.272 -4.956 109 H5' A 11 1H5* A 11 4.917 14.989 -4.990 110 H5'' A 11 2H5* A 11 4.957 16.558 -5.804 111 H4' A 11 H4* A 11 2.938 15.464 -7.192 112 H3' A 11 H3* A 11 4.084 13.173 -5.762 113 H2' A 11 H2* A 11 5.269 12.176 -7.443 114 HO2' A 11 HO2 A 11 3.903 12.881 -9.668 115 H1' A 11 H1* A 11 5.365 14.080 -9.475 116 H8 A 11 8H A 11 6.814 14.433 -5.903 117 H61 A 11 1H6 A 11 11.667 12.080 -7.559 118 H62 A 11 2H6 A 11 11.883 13.808 -7.733 119 H2 A 11 2H A 11 9.035 12.505 -11.589 120 H5' A 12 1H5* A 12 1.991 10.750 -8.566 121 H5'' A 12 2H5* A 12 1.692 9.202 -7.755 122 H4' A 12 H4* A 12 3.525 9.159 -9.503 123 H3' A 12 H3* A 12 3.947 8.302 -6.628 124 H2' A 12 H2* A 12 6.253 7.901 -7.046 125 HO2' A 12 HO2 A 12 6.498 6.893 -8.921 126 H1' A 12 H1* A 12 6.793 10.091 -8.533 127 H8 A 12 8H A 12 4.253 10.453 -5.629 128 H61 A 12 2H6 A 12 8.977 12.641 -2.377 129 H62 A 12 1H6 A 12 7.359 11.991 -2.233 130 H2 A 12 2H A 12 10.603 11.031 -6.263 131 H5' A 13 1H5* A 13 5.143 4.643 -8.966 132 H5'' A 13 2H5* A 13 4.606 3.220 -8.059 133 H4' A 13 H4* A 13 7.024 3.134 -8.339 134 H3' A 13 H3* A 13 5.872 3.507 -5.583 135 H2' A 13 H2* A 13 8.001 3.904 -4.603 136 HO2' A 13 HO2 A 13 9.940 3.495 -5.785 137 H1' A 13 H1* A 13 9.020 5.578 -6.413 138 H8 A 13 8H A 13 5.194 5.519 -5.886 139 H61 A 13 2H6 A 13 6.014 10.338 -2.164 140 H62 A 13 1H6 A 13 4.839 9.268 -2.896 141 H2 A 13 2H A 13 10.071 8.911 -3.501 142 H5' G 14 1H5* G 14 8.921 1.668 -4.758 143 H5'' G 14 2H5* G 14 8.806 0.204 -3.761 144 H4' G 14 H4* G 14 10.125 1.709 -2.483 145 H3' G 14 H3* G 14 7.215 1.679 -1.593 146 H2' G 14 H2* G 14 7.809 3.217 0.154 147 HO2' G 14 HO2 G 14 10.407 3.685 -0.368 148 H1' G 14 H1* G 14 9.149 4.936 -1.425 149 H8 G 14 8H G 14 6.393 3.191 -3.393 150 H1 G 14 1H G 14 4.240 8.060 0.113 151 H21 G 14 1H2 G 14 7.470 8.166 1.408 152 H22 G 14 2H2 G 14 5.827 8.767 1.486 153 H5' C 15 1H5* C 15 8.770 1.366 1.996 154 H5'' C 15 2H5* C 15 8.002 0.080 2.946 155 H4' C 15 H4* C 15 7.628 2.287 3.980 156 H3' C 15 H3* C 15 5.192 0.906 2.770 157 H2' C 15 H2* C 15 3.884 2.658 3.703 158 HO2' C 15 HO2 C 15 5.273 4.228 5.111 159 H1' C 15 H1* C 15 5.683 4.698 3.202 160 H41 C 15 1H4 C 15 0.861 4.624 -1.048 161 H42 C 15 2H4 C 15 1.997 3.984 -2.213 162 H5 C 15 5H C 15 4.081 2.962 -1.550 163 H6 C 15 6H C 15 5.713 2.754 0.255 164 H5' A 16 1H5* A 16 5.125 1.584 7.371 165 H5'' A 16 2H5* A 16 4.254 0.221 8.102 166 H4' A 16 H4* A 16 3.531 2.371 9.075 167 H3' A 16 H3* A 16 1.555 0.732 7.451 168 H2' A 16 H2* A 16 -0.119 2.396 7.800 169 HO2' A 16 HO2 A 16 1.528 4.044 9.366 170 H1' A 16 H1* A 16 1.376 4.531 7.180 171 H8 A 16 8H A 16 2.729 1.688 5.152 172 H61 A 16 1H6 A 16 -1.826 2.716 1.142 173 H62 A 16 2H6 A 16 -0.286 1.924 1.386 174 H2 A 16 2H A 16 -2.696 5.051 4.885 175 H5' U 17 1H5* U 17 -0.678 2.443 10.064 176 H5'' U 17 2H5* U 17 -1.243 1.318 11.315 177 H4' U 17 H4* U 17 -3.206 2.465 10.758 178 H3' U 17 H3* U 17 -2.968 -0.093 9.148 179 H2' U 17 H2* U 17 -5.010 0.409 8.049 180 HO2' U 17 HO2 U 17 -5.457 2.612 9.795 181 H1' U 17 H1* U 17 -4.609 3.089 7.699 182 H3 U 17 3H U 17 -4.148 1.599 3.473 183 H5 U 17 5H U 17 -0.743 0.092 5.444 184 H6 U 17 6H U 17 -1.661 0.926 7.518 185 H5' A 18 1H5* A 18 -6.712 -0.024 9.983 186 H5'' A 18 2H5* A 18 -7.323 -1.468 10.811 187 H4' A 18 H4* A 18 -8.655 -1.400 8.888 188 H3' A 18 H3* A 18 -6.217 -3.148 8.420 189 H2' A 18 H2* A 18 -6.928 -3.541 6.233 190 HO2' A 18 HO2 A 18 -9.463 -2.435 6.402 191 H1' A 18 H1* A 18 -8.136 -1.085 5.734 192 H8 A 18 8H A 18 -4.576 -1.484 7.117 193 H61 A 18 1H6 A 18 -2.722 -1.650 1.249 194 H62 A 18 2H6 A 18 -2.190 -1.502 2.909 195 H2 A 18 2H A 18 -7.211 -1.441 1.300 196 H5' C 19 1H5* C 19 -9.844 -4.673 7.196 197 H5'' C 19 2H5* C 19 -10.180 -6.378 7.546 198 H4' C 19 H4* C 19 -10.709 -6.017 5.241 199 H3' C 19 H3* C 19 -8.031 -7.414 5.587 200 H2' C 19 H2* C 19 -8.062 -7.697 3.208 201 HO2' C 19 HO2 C 19 -10.792 -6.920 3.447 202 H1' C 19 H1* C 19 -8.897 -5.155 2.637 203 H41 C 19 1H4 C 19 -2.566 -4.736 2.423 204 H42 C 19 2H4 C 19 -2.492 -4.678 4.170 205 H5 C 19 5H C 19 -4.417 -5.069 5.578 206 H6 C 19 6H C 19 -6.793 -5.504 5.615 207 H5' U 20 1H5* U 20 -9.931 -9.158 2.826 208 H5'' U 20 2H5* U 20 -10.152 -10.915 2.923 209 H4' U 20 H4* U 20 -9.183 -10.496 0.783 210 H3' U 20 H3* U 20 -7.177 -11.486 2.836 211 H2' U 20 H2* U 20 -5.469 -11.354 1.235 212 HO2' U 20 HO2 U 20 -6.244 -11.119 -1.107 213 H1' U 20 H1* U 20 -6.566 -9.247 -0.316 214 H3 U 20 3H U 20 -2.389 -7.800 0.644 215 H5 U 20 5H U 20 -4.461 -7.554 4.324 216 H6 U 20 6H U 20 -6.280 -8.769 3.290 217 H5' C 21 1H5* C 21 -7.659 -13.446 -0.986 218 H5'' C 21 2H5* C 21 -7.566 -15.218 -0.979 219 H4' C 21 H4* C 21 -6.297 -14.315 -2.867 220 H3' C 21 H3* C 21 -4.797 -15.660 -0.605 221 H2' C 21 H2* C 21 -2.729 -15.230 -1.706 222 HO2' C 21 HO2 C 21 -2.579 -15.037 -3.834 223 H1' C 21 H1* C 21 -3.224 -12.707 -2.515 224 H41 C 21 1H4 C 21 -0.328 -11.954 3.063 225 H42 C 21 2H4 C 21 -1.811 -12.315 3.919 226 H5 C 21 5H C 21 -3.857 -12.943 2.804 227 H6 C 21 6H C 21 -4.899 -13.415 0.634 228 H5' C 22 1H5* C 22 -3.649 -18.082 -4.118 229 H5'' C 22 2H5* C 22 -2.786 -19.517 -3.528 230 H4' C 22 H4* C 22 -1.430 -17.460 -4.465 231 H3' C 22 H3* C 22 -0.878 -19.065 -1.955 232 HO3' C 22 H3T C 22 -0.622 -20.010 -4.066 233 H2' C 22 H2* C 22 1.028 -17.771 -1.530 234 HO2' C 22 HO2 C 22 1.626 -17.869 -3.889 235 H1' C 22 H1* C 22 -0.026 -15.337 -2.338 236 H41 C 22 1H4 C 22 -0.218 -15.635 4.036 237 H42 C 22 2H4 C 22 -1.824 -16.321 3.940 238 H5 C 22 5H C 22 -2.883 -16.911 1.858 239 H6 C 22 6H C 22 -2.612 -17.022 -0.572 Start of MODEL 6 1 H5' G 1 1H5* G 1 8.607 -9.066 7.108 2 H5'' G 1 2H5* G 1 7.999 -10.602 7.760 3 H4' G 1 H4* G 1 9.520 -10.698 5.176 4 H3' G 1 H3* G 1 6.823 -9.377 5.563 5 H2' G 1 H2* G 1 5.902 -10.579 3.803 6 HO2' G 1 HO2 G 1 8.216 -9.946 2.674 7 H1' G 1 H1* G 1 7.658 -12.822 3.838 8 H8 G 1 8H G 1 5.801 -12.562 7.045 9 H1 G 1 1H G 1 2.050 -14.636 2.318 10 H21 G 1 1H2 G 1 3.096 -14.405 0.372 11 H22 G 1 2H2 G 1 4.687 -13.692 0.240 12 HO5' G 1 H5T G 1 10.293 -9.740 8.218 13 H5' G 2 1H5* G 2 9.154 -8.722 1.462 14 H5'' G 2 2H5* G 2 8.888 -7.008 1.088 15 H4' G 2 H4* G 2 8.790 -8.195 -0.996 16 H3' G 2 H3* G 2 6.166 -7.226 0.130 17 H2' G 2 H2* G 2 4.911 -8.314 -1.556 18 HO2' G 2 HO2 G 2 5.800 -8.986 -3.479 19 H1' G 2 H1* G 2 6.216 -10.674 -1.619 20 H8 G 2 8H G 2 6.297 -9.464 1.933 21 H1 G 2 1H G 2 0.599 -11.826 0.324 22 H21 G 2 1H2 G 2 0.520 -12.171 -1.872 23 H22 G 2 2H2 G 2 1.849 -11.771 -2.935 24 H5' A 3 1H5* A 3 6.550 -6.383 -4.202 25 H5'' A 3 2H5* A 3 5.993 -4.744 -4.593 26 H4' A 3 H4* A 3 4.978 -6.422 -6.100 27 H3' A 3 H3* A 3 3.189 -4.917 -4.152 28 H2' A 3 H2* A 3 1.293 -6.044 -5.132 29 HO2' A 3 HO2 A 3 2.824 -7.627 -6.848 30 H1' A 3 H1* A 3 2.288 -8.494 -4.851 31 H8 A 3 8H A 3 3.989 -6.450 -2.187 32 H61 A 3 1H6 A 3 -1.001 -7.129 1.310 33 H62 A 3 2H6 A 3 0.625 -6.490 1.234 34 H2 A 3 2H A 3 -2.027 -8.507 -2.860 35 H5' G 4 1H5* G 4 1.228 -5.186 -7.308 36 H5'' G 4 2H5* G 4 0.392 -3.752 -7.933 37 H4' G 4 H4* G 4 -1.255 -5.478 -7.515 38 H3' G 4 H3* G 4 -1.265 -3.239 -5.440 39 H2' G 4 H2* G 4 -3.249 -4.271 -4.575 40 HO2' G 4 HO2 G 4 -3.193 -5.968 -6.876 41 H1' G 4 H1* G 4 -2.330 -6.811 -4.698 42 H8 G 4 8H G 4 0.590 -4.853 -3.539 43 H1 G 4 1H G 4 -3.894 -5.192 0.965 44 H21 G 4 1H2 G 4 -5.797 -5.923 0.091 45 H22 G 4 2H2 G 4 -5.989 -6.210 -1.624 46 H5' U 5 1H5* U 5 -5.197 -3.046 -7.445 47 H5'' U 5 2H5* U 5 -5.525 -1.356 -7.874 48 H4' U 5 H4* U 5 -7.437 -2.205 -6.662 49 H3' U 5 H3* U 5 -5.647 -0.302 -5.102 50 H2' U 5 H2* U 5 -7.215 -0.435 -3.294 51 HO2' U 5 HO2 U 5 -9.217 -1.476 -3.532 52 H1' U 5 H1* U 5 -7.417 -3.111 -3.273 53 H3 U 5 3H U 5 -4.641 -1.735 0.111 54 H5 U 5 5H U 5 -2.169 -2.093 -3.283 55 H6 U 5 6H U 5 -4.163 -2.402 -4.628 56 H5' A 6 1H5* A 6 -9.657 1.585 -5.135 57 H5'' A 6 2H5* A 6 -9.465 3.319 -5.458 58 H4' A 6 H4* A 6 -10.764 3.067 -3.436 59 H3' A 6 H3* A 6 -7.887 3.988 -3.014 60 H2' A 6 H2* A 6 -8.383 4.182 -0.682 61 HO2' A 6 HO2 A 6 -10.408 4.289 0.098 62 H1' A 6 H1* A 6 -9.532 1.783 -0.404 63 H8 A 6 8H A 6 -6.879 1.677 -3.130 64 H61 A 6 1H6 A 6 -2.798 0.693 1.365 65 H62 A 6 2H6 A 6 -3.095 0.529 -0.350 66 H2 A 6 2H A 6 -6.749 1.735 3.253 67 H5' U 7 1H5* U 7 -10.171 6.016 -0.418 68 H5'' U 7 2H5* U 7 -10.226 7.739 -0.843 69 H4' U 7 H4* U 7 -9.869 7.795 1.473 70 H3' U 7 H3* U 7 -7.194 7.922 0.026 71 H2' U 7 H2* U 7 -6.153 8.169 2.170 72 HO2' U 7 HO2 U 7 -7.678 8.210 4.070 73 H1' U 7 H1* U 7 -7.525 6.170 3.391 74 H3 U 7 3H U 7 -3.487 4.263 2.610 75 H5 U 7 5H U 7 -5.315 4.426 -1.190 76 H6 U 7 6H U 7 -7.083 5.739 -0.201 77 H5' G 8 1H5* G 8 -7.189 10.504 2.997 78 H5'' G 8 2H5* G 8 -6.380 12.056 2.701 79 H4' G 8 H4* G 8 -5.315 10.848 4.564 80 H3' G 8 H3* G 8 -3.694 11.130 1.993 81 H2' G 8 H2* G 8 -1.866 10.159 3.179 82 HO2' G 8 HO2 G 8 -2.493 9.711 5.601 83 H1' G 8 H1* G 8 -3.330 8.257 4.512 84 H8 G 8 8H G 8 -4.463 8.469 0.908 85 H1 G 8 1H G 8 0.959 5.232 1.625 86 H21 G 8 1H2 G 8 1.765 5.535 3.675 87 H22 G 8 2H2 G 8 0.904 6.450 4.891 88 H5' U 9 1H5* U 9 -1.048 12.387 4.734 89 H5'' U 9 2H5* U 9 -0.633 14.094 4.482 90 H4' U 9 H4* U 9 1.472 13.072 4.590 91 H3' U 9 H3* U 9 0.532 13.359 1.726 92 H2' U 9 H2* U 9 2.433 12.224 0.939 93 HO2' U 9 HO2 U 9 4.353 12.318 1.939 94 H1' U 9 H1* U 9 2.775 10.446 3.059 95 H3 U 9 3H U 9 2.047 7.653 -0.393 96 H5 U 9 5H U 9 -1.685 9.566 0.180 97 H6 U 9 6H U 9 -0.606 11.025 1.783 98 H5' G 10 1H5* G 10 4.113 14.007 1.466 99 H5'' G 10 2H5* G 10 4.690 15.659 1.169 100 H4' G 10 H4* G 10 5.893 14.653 -0.488 101 H3' G 10 H3* G 10 3.120 15.083 -1.624 102 H2' G 10 H2* G 10 3.686 13.875 -3.579 103 HO2' G 10 HO2 G 10 6.359 14.232 -2.658 104 H1' G 10 H1* G 10 4.978 11.810 -2.412 105 H8 G 10 8H G 10 1.913 13.537 -0.751 106 H1 G 10 1H G 10 0.470 8.553 -4.433 107 H21 G 10 1H2 G 10 3.892 8.246 -4.854 108 H22 G 10 2H2 G 10 2.295 7.660 -5.258 109 H5' A 11 1H5* A 11 5.442 15.134 -4.641 110 H5'' A 11 2H5* A 11 5.653 16.744 -5.338 111 H4' A 11 H4* A 11 3.609 15.916 -6.878 112 H3' A 11 H3* A 11 4.508 13.451 -5.576 113 H2' A 11 H2* A 11 5.720 12.491 -7.256 114 HO2' A 11 HO2 A 11 4.625 13.324 -9.528 115 H1' A 11 H1* A 11 6.047 14.506 -9.150 116 H8 A 11 8H A 11 7.333 14.521 -5.500 117 H61 A 11 1H6 A 11 12.236 11.951 -7.310 118 H62 A 11 2H6 A 11 12.289 13.652 -6.907 119 H2 A 11 2H A 11 9.703 12.813 -11.194 120 H5' A 12 1H5* A 12 2.472 11.404 -8.679 121 H5'' A 12 2H5* A 12 1.987 9.832 -8.016 122 H4' A 12 H4* A 12 3.932 9.736 -9.622 123 H3' A 12 H3* A 12 4.093 8.695 -6.783 124 H2' A 12 H2* A 12 6.390 8.146 -7.069 125 HO2' A 12 HO2 A 12 6.616 7.207 -9.000 126 H1' A 12 H1* A 12 7.189 10.372 -8.367 127 H8 A 12 8H A 12 4.452 10.720 -5.646 128 H61 A 12 2H6 A 12 9.033 12.378 -1.898 129 H62 A 12 1H6 A 12 7.348 11.914 -1.951 130 H2 A 12 2H A 12 10.853 10.962 -5.765 131 H5' A 13 1H5* A 13 5.182 5.082 -9.248 132 H5'' A 13 2H5* A 13 4.495 3.658 -8.450 133 H4' A 13 H4* A 13 6.918 3.426 -8.593 134 H3' A 13 H3* A 13 5.610 3.722 -5.899 135 H2' A 13 H2* A 13 7.690 3.916 -4.765 136 HO2' A 13 HO2 A 13 9.622 3.674 -6.440 137 H1' A 13 H1* A 13 8.936 5.608 -6.402 138 H8 A 13 8H A 13 5.090 5.797 -6.110 139 H61 A 13 2H6 A 13 6.007 10.307 -2.036 140 H62 A 13 1H6 A 13 4.809 9.377 -2.906 141 H2 A 13 2H A 13 10.029 8.668 -3.222 142 H5' G 14 1H5* G 14 8.602 1.655 -5.150 143 H5'' G 14 2H5* G 14 8.412 0.159 -4.215 144 H4' G 14 H4* G 14 9.840 1.556 -2.911 145 H3' G 14 H3* G 14 6.955 1.554 -1.948 146 H2' G 14 H2* G 14 7.626 2.984 -0.137 147 HO2' G 14 HO2 G 14 10.306 3.108 -0.967 148 H1' G 14 H1* G 14 8.957 4.757 -1.657 149 H8 G 14 8H G 14 6.116 3.102 -3.605 150 H1 G 14 1H G 14 4.160 7.961 0.028 151 H21 G 14 1H2 G 14 7.422 7.987 1.236 152 H22 G 14 2H2 G 14 5.791 8.604 1.377 153 H5' C 15 1H5* C 15 8.570 1.030 1.571 154 H5'' C 15 2H5* C 15 7.782 -0.273 2.483 155 H4' C 15 H4* C 15 7.490 1.906 3.606 156 H3' C 15 H3* C 15 4.999 0.621 2.406 157 H2' C 15 H2* C 15 3.747 2.372 3.403 158 HO2' C 15 HO2 C 15 4.756 3.781 4.975 159 H1' C 15 H1* C 15 5.583 4.390 2.946 160 H41 C 15 1H4 C 15 0.700 4.566 -1.230 161 H42 C 15 2H4 C 15 1.806 3.948 -2.434 162 H5 C 15 5H C 15 3.872 2.850 -1.835 163 H6 C 15 6H C 15 5.526 2.544 -0.065 164 H5' A 16 1H5* A 16 5.080 1.174 7.026 165 H5'' A 16 2H5* A 16 4.167 -0.162 7.755 166 H4' A 16 H4* A 16 3.583 2.004 8.791 167 H3' A 16 H3* A 16 1.484 0.466 7.228 168 H2' A 16 H2* A 16 -0.109 2.196 7.640 169 HO2' A 16 HO2 A 16 1.572 3.852 9.109 170 H1' A 16 H1* A 16 1.441 4.270 6.973 171 H8 A 16 8H A 16 2.648 1.390 4.906 172 H61 A 16 1H6 A 16 -1.997 2.533 1.038 173 H62 A 16 2H6 A 16 -0.446 1.746 1.217 174 H2 A 16 2H A 16 -2.681 4.914 4.793 175 H5' U 17 1H5* U 17 -0.601 2.249 9.910 176 H5'' U 17 2H5* U 17 -1.164 1.144 11.179 177 H4' U 17 H4* U 17 -3.104 2.357 10.683 178 H3' U 17 H3* U 17 -2.998 -0.206 9.067 179 H2' U 17 H2* U 17 -5.053 0.360 8.027 180 HO2' U 17 HO2 U 17 -6.000 2.520 8.994 181 H1' U 17 H1* U 17 -4.580 3.029 7.669 182 H3 U 17 3H U 17 -4.300 1.531 3.426 183 H5 U 17 5H U 17 -0.872 -0.062 5.286 184 H6 U 17 6H U 17 -1.705 0.782 7.392 185 H5' A 18 1H5* A 18 -6.687 -0.034 9.962 186 H5'' A 18 2H5* A 18 -7.328 -1.457 10.803 187 H4' A 18 H4* A 18 -8.683 -1.372 8.903 188 H3' A 18 H3* A 18 -6.278 -3.149 8.361 189 H2' A 18 H2* A 18 -7.102 -3.544 6.204 190 HO2' A 18 HO2 A 18 -9.167 -3.948 6.030 191 H1' A 18 H1* A 18 -8.224 -1.050 5.742 192 H8 A 18 8H A 18 -4.647 -1.525 7.056 193 H61 A 18 1H6 A 18 -2.918 -1.771 1.153 194 H62 A 18 2H6 A 18 -2.351 -1.642 2.802 195 H2 A 18 2H A 18 -7.400 -1.460 1.291 196 H5' C 19 1H5* C 19 -10.050 -4.903 7.321 197 H5'' C 19 2H5* C 19 -10.116 -6.652 7.607 198 H4' C 19 H4* C 19 -10.799 -6.134 5.318 199 H3' C 19 H3* C 19 -8.118 -7.539 5.603 200 H2' C 19 H2* C 19 -8.156 -7.757 3.221 201 HO2' C 19 HO2 C 19 -10.778 -6.663 3.148 202 H1' C 19 H1* C 19 -9.036 -5.211 2.714 203 H41 C 19 1H4 C 19 -2.711 -4.758 2.375 204 H42 C 19 2H4 C 19 -2.617 -4.647 4.118 205 H5 C 19 5H C 19 -4.514 -5.043 5.560 206 H6 C 19 6H C 19 -6.883 -5.513 5.642 207 H5' U 20 1H5* U 20 -9.958 -9.269 2.814 208 H5'' U 20 2H5* U 20 -10.214 -11.019 2.945 209 H4' U 20 H4* U 20 -9.204 -10.716 0.823 210 H3' U 20 H3* U 20 -7.201 -11.557 2.942 211 H2' U 20 H2* U 20 -5.475 -11.463 1.359 212 HO2' U 20 HO2 U 20 -6.524 -11.245 -1.019 213 H1' U 20 H1* U 20 -6.591 -9.458 -0.308 214 H3 U 20 3H U 20 -2.479 -7.840 0.649 215 H5 U 20 5H U 20 -4.589 -7.555 4.305 216 H6 U 20 6H U 20 -6.369 -8.839 3.285 217 H5' C 21 1H5* C 21 -7.516 -13.543 -0.750 218 H5'' C 21 2H5* C 21 -7.499 -15.318 -0.761 219 H4' C 21 H4* C 21 -6.136 -14.544 -2.599 220 H3' C 21 H3* C 21 -4.653 -15.702 -0.218 221 H2' C 21 H2* C 21 -2.585 -15.328 -1.349 222 HO2' C 21 HO2 C 21 -4.261 -15.271 -3.595 223 H1' C 21 H1* C 21 -3.113 -12.861 -2.291 224 H41 C 21 1H4 C 21 -0.276 -11.773 3.258 225 H42 C 21 2H4 C 21 -1.732 -12.189 4.133 226 H5 C 21 5H C 21 -3.760 -12.921 3.042 227 H6 C 21 6H C 21 -4.785 -13.502 0.891 228 H5' C 22 1H5* C 22 -3.427 -18.432 -3.522 229 H5'' C 22 2H5* C 22 -2.491 -19.740 -2.769 230 H4' C 22 H4* C 22 -1.270 -17.695 -3.943 231 H3' C 22 H3* C 22 -0.578 -19.067 -1.331 232 HO3' C 22 H3T C 22 0.150 -20.384 -2.828 233 H2' C 22 H2* C 22 1.285 -17.660 -1.083 234 HO2' C 22 HO2 C 22 1.003 -17.381 -3.861 235 H1' C 22 H1* C 22 0.072 -15.348 -1.987 236 H41 C 22 1H4 C 22 0.051 -15.373 4.404 237 H42 C 22 2H4 C 22 -1.544 -16.090 4.374 238 H5 C 22 5H C 22 -2.635 -16.793 2.343 239 H6 C 22 6H C 22 -2.410 -17.016 -0.083 Start of MODEL 7 1 H5' G 1 1H5* G 1 7.101 -8.045 8.084 2 H5'' G 1 2H5* G 1 6.512 -9.544 8.830 3 H4' G 1 H4* G 1 8.316 -9.855 6.469 4 H3' G 1 H3* G 1 5.596 -8.525 6.358 5 H2' G 1 H2* G 1 4.902 -9.922 4.639 6 HO2' G 1 HO2 G 1 7.320 -9.364 3.735 7 H1' G 1 H1* G 1 6.653 -12.120 5.130 8 H8 G 1 8H G 1 4.351 -11.536 8.001 9 H1 G 1 1H G 1 1.348 -14.217 3.052 10 H21 G 1 1H2 G 1 2.660 -14.179 1.263 11 H22 G 1 2H2 G 1 4.271 -13.499 1.295 12 HO5' G 1 H5T G 1 8.398 -9.801 9.663 13 H5' G 2 1H5* G 2 8.473 -8.339 2.523 14 H5'' G 2 2H5* G 2 8.277 -6.661 1.981 15 H4' G 2 H4* G 2 8.457 -7.941 -0.013 16 H3' G 2 H3* G 2 5.648 -7.097 0.697 17 H2' G 2 H2* G 2 4.708 -8.365 -1.074 18 HO2' G 2 HO2 G 2 6.118 -9.361 -2.664 19 H1' G 2 H1* G 2 6.099 -10.638 -0.747 20 H8 G 2 8H G 2 5.761 -9.181 2.667 21 H1 G 2 1H G 2 0.308 -11.776 0.630 22 H21 G 2 1H2 G 2 0.455 -12.225 -1.542 23 H22 G 2 2H2 G 2 1.882 -11.855 -2.482 24 H5' A 3 1H5* A 3 6.499 -6.357 -3.668 25 H5'' A 3 2H5* A 3 5.924 -4.731 -4.084 26 H4' A 3 H4* A 3 5.150 -6.396 -5.733 27 H3' A 3 H3* A 3 3.113 -5.002 -3.962 28 H2' A 3 H2* A 3 1.357 -6.203 -5.100 29 HO2' A 3 HO2 A 3 2.824 -7.843 -6.679 30 H1' A 3 H1* A 3 2.407 -8.608 -4.730 31 H8 A 3 8H A 3 3.907 -6.564 -1.968 32 H61 A 3 1H6 A 3 -1.266 -7.318 1.232 33 H62 A 3 2H6 A 3 0.370 -6.697 1.263 34 H2 A 3 2H A 3 -2.048 -8.645 -3.008 35 H5' G 4 1H5* G 4 1.305 -5.014 -7.441 36 H5'' G 4 2H5* G 4 0.465 -3.499 -7.821 37 H4' G 4 H4* G 4 -1.124 -5.376 -7.650 38 H3' G 4 H3* G 4 -1.281 -3.255 -5.460 39 H2' G 4 H2* G 4 -3.264 -4.400 -4.719 40 HO2' G 4 HO2 G 4 -3.346 -6.442 -6.503 41 H1' G 4 H1* G 4 -2.233 -6.878 -4.873 42 H8 G 4 8H G 4 0.624 -4.878 -3.641 43 H1 G 4 1H G 4 -3.906 -5.377 0.797 44 H21 G 4 1H2 G 4 -5.787 -6.124 -0.112 45 H22 G 4 2H2 G 4 -5.955 -6.371 -1.835 46 H5' U 5 1H5* U 5 -5.182 -3.069 -7.549 47 H5'' U 5 2H5* U 5 -5.498 -1.370 -7.952 48 H4' U 5 H4* U 5 -7.455 -2.218 -6.835 49 H3' U 5 H3* U 5 -5.696 -0.404 -5.143 50 H2' U 5 H2* U 5 -7.301 -0.604 -3.371 51 HO2' U 5 HO2 U 5 -9.107 -0.667 -5.062 52 H1' U 5 H1* U 5 -7.495 -3.270 -3.446 53 H3 U 5 3H U 5 -4.685 -2.009 -0.044 54 H5 U 5 5H U 5 -2.241 -2.319 -3.461 55 H6 U 5 6H U 5 -4.249 -2.559 -4.798 56 H5' A 6 1H5* A 6 -9.687 1.540 -5.150 57 H5'' A 6 2H5* A 6 -9.461 3.278 -5.421 58 H4' A 6 H4* A 6 -10.784 2.980 -3.416 59 H3' A 6 H3* A 6 -7.911 3.893 -2.987 60 H2' A 6 H2* A 6 -8.354 3.998 -0.640 61 HO2' A 6 HO2 A 6 -11.079 3.343 -1.180 62 H1' A 6 H1* A 6 -9.496 1.593 -0.413 63 H8 A 6 8H A 6 -6.953 1.520 -3.232 64 H61 A 6 1H6 A 6 -2.699 0.438 1.067 65 H62 A 6 2H6 A 6 -3.085 0.252 -0.627 66 H2 A 6 2H A 6 -6.562 1.471 3.140 67 H5' U 7 1H5* U 7 -10.072 5.738 -0.246 68 H5'' U 7 2H5* U 7 -10.192 7.477 -0.579 69 H4' U 7 H4* U 7 -9.714 7.434 1.714 70 H3' U 7 H3* U 7 -7.122 7.684 0.139 71 H2' U 7 H2* U 7 -5.970 7.851 2.231 72 HO2' U 7 HO2 U 7 -7.114 8.063 4.197 73 H1' U 7 H1* U 7 -7.249 5.778 3.438 74 H3 U 7 3H U 7 -3.218 3.981 2.383 75 H5 U 7 5H U 7 -5.232 4.273 -1.315 76 H6 U 7 6H U 7 -6.975 5.503 -0.186 77 H5' G 8 1H5* G 8 -7.047 10.018 3.248 78 H5'' G 8 2H5* G 8 -6.275 11.606 3.071 79 H4' G 8 H4* G 8 -5.130 10.260 4.784 80 H3' G 8 H3* G 8 -3.591 10.785 2.200 81 H2' G 8 H2* G 8 -1.713 9.768 3.268 82 HO2' G 8 HO2 G 8 -2.657 10.866 5.420 83 H1' G 8 H1* G 8 -3.110 7.731 4.466 84 H8 G 8 8H G 8 -4.326 8.209 0.918 85 H1 G 8 1H G 8 1.196 5.077 1.254 86 H21 G 8 1H2 G 8 2.049 5.251 3.300 87 H22 G 8 2H2 G 8 1.174 6.005 4.612 88 H5' U 9 1H5* U 9 -0.911 11.888 4.974 89 H5'' U 9 2H5* U 9 -0.531 13.617 4.847 90 H4' U 9 H4* U 9 1.593 12.628 4.841 91 H3' U 9 H3* U 9 0.602 13.105 2.015 92 H2' U 9 H2* U 9 2.540 12.098 1.135 93 HO2' U 9 HO2 U 9 3.622 12.914 3.590 94 H1' U 9 H1* U 9 2.916 10.153 3.090 95 H3 U 9 3H U 9 2.193 7.684 -0.608 96 H5 U 9 5H U 9 -1.575 9.423 0.223 97 H6 U 9 6H U 9 -0.496 10.761 1.929 98 H5' G 10 1H5* G 10 4.134 13.900 1.732 99 H5'' G 10 2H5* G 10 4.651 15.586 1.535 100 H4' G 10 H4* G 10 5.823 14.754 -0.232 101 H3' G 10 H3* G 10 2.990 15.100 -1.251 102 H2' G 10 H2* G 10 3.571 14.065 -3.300 103 HO2' G 10 HO2 G 10 5.709 13.732 -3.916 104 H1' G 10 H1* G 10 5.001 12.002 -2.297 105 H8 G 10 8H G 10 1.888 13.441 -0.464 106 H1 G 10 1H G 10 0.627 8.637 -4.439 107 H21 G 10 1H2 G 10 4.046 8.556 -4.965 108 H22 G 10 2H2 G 10 2.473 7.917 -5.379 109 H5' A 11 1H5* A 11 5.287 15.522 -4.257 110 H5'' A 11 2H5* A 11 5.413 17.182 -4.852 111 H4' A 11 H4* A 11 3.449 16.339 -6.479 112 H3' A 11 H3* A 11 4.491 13.848 -5.319 113 H2' A 11 H2* A 11 5.703 13.045 -7.085 114 HO2' A 11 HO2 A 11 3.716 14.235 -8.743 115 H1' A 11 H1* A 11 5.966 15.214 -8.805 116 H8 A 11 8H A 11 7.214 15.044 -5.148 117 H61 A 11 1H6 A 11 12.697 13.653 -7.525 118 H62 A 11 2H6 A 11 11.750 13.586 -6.055 119 H2 A 11 2H A 11 9.709 13.764 -10.901 120 H5' A 12 1H5* A 12 2.276 11.860 -8.434 121 H5'' A 12 2H5* A 12 1.930 10.235 -7.818 122 H4' A 12 H4* A 12 3.749 10.361 -9.584 123 H3' A 12 H3* A 12 4.123 9.096 -6.861 124 H2' A 12 H2* A 12 6.422 8.685 -7.303 125 HO2' A 12 HO2 A 12 7.148 8.346 -9.281 126 H1' A 12 H1* A 12 7.061 11.040 -8.451 127 H8 A 12 8H A 12 4.440 11.096 -5.603 128 H61 A 12 2H6 A 12 9.028 12.839 -2.000 129 H62 A 12 1H6 A 12 7.564 11.889 -1.888 130 H2 A 12 2H A 12 10.823 11.523 -5.963 131 H5' A 13 1H5* A 13 5.170 5.723 -9.676 132 H5'' A 13 2H5* A 13 4.586 4.216 -8.952 133 H4' A 13 H4* A 13 7.004 4.100 -9.247 134 H3' A 13 H3* A 13 5.849 4.143 -6.466 135 H2' A 13 H2* A 13 7.987 4.341 -5.442 136 HO2' A 13 HO2 A 13 9.853 4.296 -7.146 137 H1' A 13 H1* A 13 9.057 6.211 -7.011 138 H8 A 13 8H A 13 5.229 6.197 -6.507 139 H61 A 13 2H6 A 13 6.163 10.432 -2.157 140 H62 A 13 1H6 A 13 4.962 9.513 -3.038 141 H2 A 13 2H A 13 10.185 9.071 -3.655 142 H5' G 14 1H5* G 14 8.881 2.156 -5.940 143 H5'' G 14 2H5* G 14 8.764 0.604 -5.086 144 H4' G 14 H4* G 14 10.143 1.987 -3.716 145 H3' G 14 H3* G 14 7.268 1.820 -2.734 146 H2' G 14 H2* G 14 7.905 3.170 -0.854 147 HO2' G 14 HO2 G 14 10.182 2.037 -1.019 148 H1' G 14 H1* G 14 9.184 5.063 -2.279 149 H8 G 14 8H G 14 6.361 3.527 -4.328 150 H1 G 14 1H G 14 4.320 7.948 -0.214 151 H21 G 14 1H2 G 14 7.596 7.938 0.961 152 H22 G 14 2H2 G 14 5.956 8.511 1.167 153 H5' C 15 1H5* C 15 8.947 1.141 0.745 154 H5'' C 15 2H5* C 15 8.222 -0.249 1.576 155 H4' C 15 H4* C 15 7.865 1.839 2.846 156 H3' C 15 H3* C 15 5.404 0.545 1.591 157 H2' C 15 H2* C 15 4.106 2.174 2.726 158 HO2' C 15 HO2 C 15 4.839 3.282 4.502 159 H1' C 15 H1* C 15 5.877 4.283 2.402 160 H41 C 15 1H4 C 15 0.905 4.645 -1.656 161 H42 C 15 2H4 C 15 1.999 4.144 -2.923 162 H5 C 15 5H C 15 4.113 3.076 -2.453 163 H6 C 15 6H C 15 5.812 2.685 -0.744 164 H5' A 16 1H5* A 16 5.584 0.720 6.248 165 H5'' A 16 2H5* A 16 4.691 -0.668 6.897 166 H4' A 16 H4* A 16 4.131 1.427 8.091 167 H3' A 16 H3* A 16 1.987 -0.019 6.496 168 H2' A 16 H2* A 16 0.404 1.671 7.088 169 HO2' A 16 HO2 A 16 2.383 2.380 9.000 170 H1' A 16 H1* A 16 1.924 3.790 6.499 171 H8 A 16 8H A 16 3.074 1.076 4.198 172 H61 A 16 1H6 A 16 -1.760 2.368 0.620 173 H62 A 16 2H6 A 16 -0.189 1.604 0.679 174 H2 A 16 2H A 16 -2.309 4.499 4.546 175 H5' U 17 1H5* U 17 0.084 1.640 9.433 176 H5'' U 17 2H5* U 17 -0.404 0.466 10.671 177 H4' U 17 H4* U 17 -2.329 1.784 10.421 178 H3' U 17 H3* U 17 -2.466 -0.713 8.710 179 H2' U 17 H2* U 17 -4.580 -0.039 7.871 180 HO2' U 17 HO2 U 17 -5.916 1.257 8.967 181 H1' U 17 H1* U 17 -4.043 2.617 7.548 182 H3 U 17 3H U 17 -4.137 1.203 3.263 183 H5 U 17 5H U 17 -0.609 -0.497 4.818 184 H6 U 17 6H U 17 -1.256 0.319 6.997 185 H5' A 18 1H5* A 18 -6.037 -0.454 9.947 186 H5'' A 18 2H5* A 18 -6.676 -1.882 10.784 187 H4' A 18 H4* A 18 -8.166 -1.659 8.997 188 H3' A 18 H3* A 18 -5.898 -3.524 8.210 189 H2' A 18 H2* A 18 -6.903 -3.799 6.114 190 HO2' A 18 HO2 A 18 -9.294 -2.558 7.030 191 H1' A 18 H1* A 18 -7.900 -1.240 5.805 192 H8 A 18 8H A 18 -4.284 -1.934 6.888 193 H61 A 18 1H6 A 18 -2.920 -2.149 0.891 194 H62 A 18 2H6 A 18 -2.249 -2.068 2.504 195 H2 A 18 2H A 18 -7.365 -1.628 1.303 196 H5' C 19 1H5* C 19 -9.728 -4.922 7.268 197 H5'' C 19 2H5* C 19 -10.014 -6.625 7.674 198 H4' C 19 H4* C 19 -10.774 -6.288 5.425 199 H3' C 19 H3* C 19 -8.097 -7.719 5.572 200 H2' C 19 H2* C 19 -8.266 -8.010 3.202 201 HO2' C 19 HO2 C 19 -10.978 -7.495 3.713 202 H1' C 19 H1* C 19 -9.112 -5.473 2.645 203 H41 C 19 1H4 C 19 -2.790 -5.071 2.153 204 H42 C 19 2H4 C 19 -2.662 -4.902 3.889 205 H5 C 19 5H C 19 -4.510 -5.324 5.383 206 H6 C 19 6H C 19 -6.879 -5.775 5.532 207 H5' U 20 1H5* U 20 -10.154 -9.499 2.992 208 H5'' U 20 2H5* U 20 -10.340 -11.261 3.084 209 H4' U 20 H4* U 20 -9.440 -10.795 0.916 210 H3' U 20 H3* U 20 -7.402 -11.819 2.917 211 H2' U 20 H2* U 20 -5.700 -11.595 1.336 212 HO2' U 20 HO2 U 20 -6.017 -11.951 -0.808 213 H1' U 20 H1* U 20 -6.892 -9.548 -0.245 214 H3 U 20 3H U 20 -2.691 -8.043 0.496 215 H5 U 20 5H U 20 -4.563 -7.823 4.282 216 H6 U 20 6H U 20 -6.437 -9.028 3.342 217 H5' C 21 1H5* C 21 -7.583 -13.448 -0.869 218 H5'' C 21 2H5* C 21 -7.741 -15.209 -1.023 219 H4' C 21 H4* C 21 -6.213 -14.557 -2.726 220 H3' C 21 H3* C 21 -4.901 -15.760 -0.275 221 H2' C 21 H2* C 21 -2.750 -15.414 -1.227 222 HO2' C 21 HO2 C 21 -3.343 -14.373 -3.647 223 H1' C 21 H1* C 21 -3.158 -12.943 -2.258 224 H41 C 21 1H4 C 21 -0.731 -11.726 3.463 225 H42 C 21 2H4 C 21 -2.241 -12.153 4.236 226 H5 C 21 5H C 21 -4.143 -13.013 3.032 227 H6 C 21 6H C 21 -5.012 -13.633 0.825 228 H5' C 22 1H5* C 22 -3.286 -18.270 -3.373 229 H5'' C 22 2H5* C 22 -2.554 -19.689 -2.594 230 H4' C 22 H4* C 22 -1.004 -17.724 -3.354 231 H3' C 22 H3* C 22 -0.978 -19.087 -0.645 232 HO3' C 22 H3T C 22 -0.306 -19.906 -2.956 233 H2' C 22 H2* C 22 0.838 -17.765 -0.001 234 HO2' C 22 HO2 C 22 1.175 -17.188 -2.782 235 H1' C 22 H1* C 22 0.056 -15.444 -1.360 236 H41 C 22 1H4 C 22 -0.986 -14.689 4.892 237 H42 C 22 2H4 C 22 -2.564 -15.426 4.714 238 H5 C 22 5H C 22 -3.345 -16.388 2.646 239 H6 C 22 6H C 22 -2.771 -16.876 0.315 Start of MODEL 8 1 H5' G 1 1H5* G 1 8.613 -9.394 6.962 2 H5'' G 1 2H5* G 1 8.097 -10.996 7.529 3 H4' G 1 H4* G 1 9.580 -10.925 4.939 4 H3' G 1 H3* G 1 6.908 -9.575 5.388 5 H2' G 1 H2* G 1 5.954 -10.682 3.587 6 HO2' G 1 HO2 G 1 7.182 -11.307 1.771 7 H1' G 1 H1* G 1 7.696 -12.941 3.485 8 H8 G 1 8H G 1 5.842 -12.858 6.698 9 H1 G 1 1H G 1 2.077 -14.626 1.860 10 H21 G 1 1H2 G 1 3.106 -14.246 -0.071 11 H22 G 1 2H2 G 1 4.725 -13.591 -0.160 12 HO5' G 1 H5T G 1 10.328 -10.087 8.050 13 H5' G 2 1H5* G 2 9.236 -8.854 1.292 14 H5'' G 2 2H5* G 2 9.034 -7.112 1.012 15 H4' G 2 H4* G 2 8.890 -8.150 -1.136 16 H3' G 2 H3* G 2 6.280 -7.227 0.060 17 H2' G 2 H2* G 2 5.006 -8.195 -1.689 18 HO2' G 2 HO2 G 2 6.173 -9.111 -3.560 19 H1' G 2 H1* G 2 6.263 -10.567 -1.873 20 H8 G 2 8H G 2 6.424 -9.517 1.728 21 H1 G 2 1H G 2 0.661 -11.710 0.115 22 H21 G 2 1H2 G 2 0.525 -11.913 -2.096 23 H22 G 2 2H2 G 2 1.873 -11.572 -3.156 24 H5' A 3 1H5* A 3 6.655 -6.162 -4.193 25 H5'' A 3 2H5* A 3 6.099 -4.509 -4.525 26 H4' A 3 H4* A 3 5.076 -6.140 -6.083 27 H3' A 3 H3* A 3 3.304 -4.682 -4.085 28 H2' A 3 H2* A 3 1.397 -5.773 -5.081 29 HO2' A 3 HO2 A 3 2.372 -7.472 -6.815 30 H1' A 3 H1* A 3 2.380 -8.234 -4.869 31 H8 A 3 8H A 3 4.115 -6.273 -2.167 32 H61 A 3 1H6 A 3 -0.876 -6.949 1.330 33 H62 A 3 2H6 A 3 0.765 -6.345 1.266 34 H2 A 3 2H A 3 -1.927 -8.241 -2.860 35 H5' G 4 1H5* G 4 1.270 -4.735 -7.375 36 H5'' G 4 2H5* G 4 0.411 -3.239 -7.786 37 H4' G 4 H4* G 4 -1.168 -5.101 -7.481 38 H3' G 4 H3* G 4 -1.234 -2.914 -5.352 39 H2' G 4 H2* G 4 -3.178 -4.022 -4.497 40 HO2' G 4 HO2 G 4 -3.492 -6.111 -6.113 41 H1' G 4 H1* G 4 -2.193 -6.532 -4.684 42 H8 G 4 8H G 4 0.697 -4.561 -3.497 43 H1 G 4 1H G 4 -3.763 -5.031 1.016 44 H21 G 4 1H2 G 4 -5.665 -5.756 0.136 45 H22 G 4 2H2 G 4 -5.865 -5.997 -1.585 46 H5' U 5 1H5* U 5 -5.194 -2.886 -7.297 47 H5'' U 5 2H5* U 5 -5.591 -1.212 -7.729 48 H4' U 5 H4* U 5 -7.470 -2.135 -6.522 49 H3' U 5 H3* U 5 -5.759 -0.149 -4.984 50 H2' U 5 H2* U 5 -7.270 -0.352 -3.139 51 HO2' U 5 HO2 U 5 -9.265 -1.279 -3.321 52 H1' U 5 H1* U 5 -7.366 -3.030 -3.104 53 H3 U 5 3H U 5 -4.558 -1.555 0.197 54 H5 U 5 5H U 5 -2.164 -1.802 -3.261 55 H6 U 5 6H U 5 -4.179 -2.192 -4.553 56 H5' A 6 1H5* A 6 -9.833 1.484 -4.854 57 H5'' A 6 2H5* A 6 -9.772 3.217 -5.229 58 H4' A 6 H4* A 6 -10.948 2.968 -3.144 59 H3' A 6 H3* A 6 -8.088 3.992 -2.850 60 H2' A 6 H2* A 6 -8.527 4.238 -0.510 61 HO2' A 6 HO2 A 6 -10.645 3.876 0.329 62 H1' A 6 H1* A 6 -9.596 1.804 -0.146 63 H8 A 6 8H A 6 -6.975 1.744 -2.908 64 H61 A 6 1H6 A 6 -2.830 0.865 1.554 65 H62 A 6 2H6 A 6 -3.137 0.693 -0.159 66 H2 A 6 2H A 6 -6.774 1.863 3.472 67 H5' U 7 1H5* U 7 -10.279 6.049 -0.232 68 H5'' U 7 2H5* U 7 -10.363 7.760 -0.692 69 H4' U 7 H4* U 7 -9.850 7.877 1.590 70 H3' U 7 H3* U 7 -7.267 7.930 -0.022 71 H2' U 7 H2* U 7 -6.109 8.257 2.048 72 HO2' U 7 HO2 U 7 -8.706 8.599 3.199 73 H1' U 7 H1* U 7 -7.446 6.325 3.427 74 H3 U 7 3H U 7 -3.457 4.341 2.611 75 H5 U 7 5H U 7 -5.384 4.380 -1.147 76 H6 U 7 6H U 7 -7.114 5.744 -0.163 77 H5' G 8 1H5* G 8 -7.166 10.608 2.866 78 H5'' G 8 2H5* G 8 -6.351 12.144 2.511 79 H4' G 8 H4* G 8 -5.268 10.979 4.393 80 H3' G 8 H3* G 8 -3.666 11.157 1.796 81 H2' G 8 H2* G 8 -1.836 10.255 3.040 82 HO2' G 8 HO2 G 8 -2.949 10.034 5.509 83 H1' G 8 H1* G 8 -3.313 8.411 4.441 84 H8 G 8 8H G 8 -4.380 8.461 0.809 85 H1 G 8 1H G 8 1.043 5.288 1.775 86 H21 G 8 1H2 G 8 1.804 5.690 3.828 87 H22 G 8 2H2 G 8 0.906 6.641 4.986 88 H5' U 9 1H5* U 9 -1.064 12.558 4.527 89 H5'' U 9 2H5* U 9 -0.637 14.250 4.201 90 H4' U 9 H4* U 9 1.461 13.231 4.428 91 H3' U 9 H3* U 9 0.620 13.358 1.519 92 H2' U 9 H2* U 9 2.574 12.209 0.875 93 HO2' U 9 HO2 U 9 4.249 11.922 2.685 94 H1' U 9 H1* U 9 2.800 10.519 3.068 95 H3 U 9 3H U 9 2.163 7.613 -0.310 96 H5 U 9 5H U 9 -1.576 9.557 0.085 97 H6 U 9 6H U 9 -0.534 11.071 1.665 98 H5' G 10 1H5* G 10 4.098 14.060 1.179 99 H5'' G 10 2H5* G 10 4.665 15.682 0.735 100 H4' G 10 H4* G 10 5.735 14.606 -0.956 101 H3' G 10 H3* G 10 2.856 14.784 -1.889 102 H2' G 10 H2* G 10 3.363 13.449 -3.776 103 HO2' G 10 HO2 G 10 6.116 13.310 -3.182 104 H1' G 10 H1* G 10 4.888 11.586 -2.532 105 H8 G 10 8H G 10 1.770 13.230 -0.882 106 H1 G 10 1H G 10 0.588 7.805 -3.990 107 H21 G 10 1H2 G 10 4.004 7.723 -4.548 108 H22 G 10 2H2 G 10 2.443 6.989 -4.832 109 H5' A 11 1H5* A 11 5.013 14.682 -5.065 110 H5'' A 11 2H5* A 11 5.062 16.237 -5.908 111 H4' A 11 H4* A 11 3.015 15.136 -7.255 112 H3' A 11 H3* A 11 4.155 12.863 -5.796 113 H2' A 11 H2* A 11 5.332 11.833 -7.459 114 HO2' A 11 HO2 A 11 2.931 12.021 -8.571 115 H1' A 11 H1* A 11 5.418 13.692 -9.533 116 H8 A 11 8H A 11 6.898 14.110 -5.981 117 H61 A 11 2H6 A 11 12.209 12.194 -8.432 118 H62 A 11 1H6 A 11 11.462 12.918 -7.026 119 H2 A 11 2H A 11 9.067 12.060 -11.644 120 H5' A 12 1H5* A 12 2.070 10.393 -8.544 121 H5'' A 12 2H5* A 12 1.762 8.865 -7.701 122 H4' A 12 H4* A 12 3.605 8.771 -9.435 123 H3' A 12 H3* A 12 4.020 7.997 -6.535 124 H2' A 12 H2* A 12 6.327 7.587 -6.935 125 HO2' A 12 HO2 A 12 5.715 6.557 -9.082 126 H1' A 12 H1* A 12 6.868 9.732 -8.485 127 H8 A 12 8H A 12 4.327 10.163 -5.591 128 H61 A 12 2H6 A 12 8.983 12.572 -2.456 129 H62 A 12 1H6 A 12 7.493 11.695 -2.188 130 H2 A 12 2H A 12 10.673 10.757 -6.248 131 H5' A 13 1H5* A 13 5.274 4.305 -8.775 132 H5'' A 13 2H5* A 13 4.747 2.895 -7.841 133 H4' A 13 H4* A 13 7.168 2.830 -8.117 134 H3' A 13 H3* A 13 5.998 3.230 -5.375 135 H2' A 13 H2* A 13 8.110 3.675 -4.386 136 HO2' A 13 HO2 A 13 9.023 2.285 -6.636 137 H1' A 13 H1* A 13 9.132 5.321 -6.223 138 H8 A 13 8H A 13 5.306 5.241 -5.702 139 H61 A 13 2H6 A 13 6.079 10.162 -2.105 140 H62 A 13 1H6 A 13 4.914 9.064 -2.810 141 H2 A 13 2H A 13 10.150 8.727 -3.387 142 H5' G 14 1H5* G 14 9.040 1.476 -4.493 143 H5'' G 14 2H5* G 14 8.955 0.017 -3.485 144 H4' G 14 H4* G 14 10.207 1.557 -2.191 145 H3' G 14 H3* G 14 7.277 1.499 -1.372 146 H2' G 14 H2* G 14 7.809 3.065 0.370 147 HO2' G 14 HO2 G 14 9.904 3.550 0.937 148 H1' G 14 H1* G 14 9.184 4.774 -1.196 149 H8 G 14 8H G 14 6.464 3.005 -3.195 150 H1 G 14 1H G 14 4.254 7.929 0.198 151 H21 G 14 1H2 G 14 7.457 8.050 1.553 152 H22 G 14 2H2 G 14 5.812 8.647 1.597 153 H5' C 15 1H5* C 15 8.746 1.244 2.243 154 H5'' C 15 2H5* C 15 7.959 -0.026 3.199 155 H4' C 15 H4* C 15 7.548 2.204 4.171 156 H3' C 15 H3* C 15 5.151 0.782 2.933 157 H2' C 15 H2* C 15 3.812 2.546 3.797 158 HO2' C 15 HO2 C 15 4.447 3.829 5.475 159 H1' C 15 H1* C 15 5.624 4.583 3.308 160 H41 C 15 1H4 C 15 0.891 4.478 -1.033 161 H42 C 15 2H4 C 15 2.044 3.816 -2.167 162 H5 C 15 5H C 15 4.109 2.788 -1.450 163 H6 C 15 6H C 15 5.708 2.596 0.388 164 H5' A 16 1H5* A 16 4.999 1.556 7.504 165 H5'' A 16 2H5* A 16 4.087 0.238 8.264 166 H4' A 16 H4* A 16 3.388 2.440 9.138 167 H3' A 16 H3* A 16 1.410 0.780 7.535 168 H2' A 16 H2* A 16 -0.241 2.483 7.838 169 HO2' A 16 HO2 A 16 0.251 4.326 9.202 170 H1' A 16 H1* A 16 1.302 4.566 7.157 171 H8 A 16 8H A 16 2.595 1.630 5.219 172 H61 A 16 1H6 A 16 -1.924 2.644 1.159 173 H62 A 16 2H6 A 16 -0.416 1.803 1.443 174 H2 A 16 2H A 16 -2.758 5.098 4.831 175 H5' U 17 1H5* U 17 -0.825 2.574 10.086 176 H5'' U 17 2H5* U 17 -1.410 1.483 11.358 177 H4' U 17 H4* U 17 -3.359 2.633 10.766 178 H3' U 17 H3* U 17 -3.125 0.044 9.209 179 H2' U 17 H2* U 17 -5.142 0.536 8.066 180 HO2' U 17 HO2 U 17 -6.090 2.764 9.041 181 H1' U 17 H1* U 17 -4.729 3.212 7.683 182 H3 U 17 3H U 17 -4.232 1.672 3.484 183 H5 U 17 5H U 17 -0.852 0.180 5.505 184 H6 U 17 6H U 17 -1.792 1.030 7.562 185 H5' A 18 1H5* A 18 -6.907 0.101 9.981 186 H5'' A 18 2H5* A 18 -7.487 -1.347 10.827 187 H4' A 18 H4* A 18 -8.798 -1.355 8.892 188 H3' A 18 H3* A 18 -6.296 -3.022 8.451 189 H2' A 18 H2* A 18 -7.014 -3.483 6.276 190 HO2' A 18 HO2 A 18 -9.053 -3.922 5.923 191 H1' A 18 H1* A 18 -8.278 -1.064 5.742 192 H8 A 18 8H A 18 -4.710 -1.365 7.139 193 H61 A 18 1H6 A 18 -2.844 -1.508 1.273 194 H62 A 18 2H6 A 18 -2.318 -1.384 2.936 195 H2 A 18 2H A 18 -7.337 -1.411 1.316 196 H5' C 19 1H5* C 19 -9.991 -4.890 7.356 197 H5'' C 19 2H5* C 19 -10.020 -6.645 7.609 198 H4' C 19 H4* C 19 -10.699 -6.079 5.322 199 H3' C 19 H3* C 19 -8.010 -7.474 5.594 200 H2' C 19 H2* C 19 -8.045 -7.647 3.207 201 HO2' C 19 HO2 C 19 -10.731 -6.679 3.305 202 H1' C 19 H1* C 19 -8.932 -5.093 2.752 203 H41 C 19 1H4 C 19 -2.612 -4.599 2.424 204 H42 C 19 2H4 C 19 -2.510 -4.567 4.170 205 H5 C 19 5H C 19 -4.412 -4.975 5.605 206 H6 C 19 6H C 19 -6.779 -5.448 5.677 207 H5' U 20 1H5* U 20 -9.867 -9.144 2.767 208 H5'' U 20 2H5* U 20 -10.091 -10.903 2.831 209 H4' U 20 H4* U 20 -9.103 -10.466 0.711 210 H3' U 20 H3* U 20 -7.102 -11.445 2.771 211 H2' U 20 H2* U 20 -5.378 -11.271 1.192 212 HO2' U 20 HO2 U 20 -5.695 -11.603 -0.953 213 H1' U 20 H1* U 20 -6.491 -9.170 -0.358 214 H3 U 20 3H U 20 -2.348 -7.662 0.659 215 H5 U 20 5H U 20 -4.469 -7.466 4.315 216 H6 U 20 6H U 20 -6.255 -8.706 3.252 217 H5' C 21 1H5* C 21 -7.533 -13.349 -1.069 218 H5'' C 21 2H5* C 21 -7.432 -15.120 -1.097 219 H4' C 21 H4* C 21 -6.158 -14.191 -2.961 220 H3' C 21 H3* C 21 -4.637 -15.518 -0.700 221 H2' C 21 H2* C 21 -2.578 -15.055 -1.813 222 HO2' C 21 HO2 C 21 -2.520 -15.110 -3.922 223 H1' C 21 H1* C 21 -3.111 -12.529 -2.573 224 H41 C 21 1H4 C 21 -0.264 -11.831 3.033 225 H42 C 21 2H4 C 21 -1.732 -12.268 3.879 226 H5 C 21 5H C 21 -3.767 -12.900 2.740 227 H6 C 21 6H C 21 -4.792 -13.337 0.555 228 H5' C 22 1H5* C 22 -3.443 -17.981 -4.212 229 H5'' C 22 2H5* C 22 -2.509 -19.350 -3.571 230 H4' C 22 H4* C 22 -1.282 -17.228 -4.589 231 H3' C 22 H3* C 22 -0.587 -18.800 -2.093 232 HO3' C 22 H3T C 22 0.813 -19.762 -3.488 233 H2' C 22 H2* C 22 1.281 -17.425 -1.740 234 HO2' C 22 HO2 C 22 1.279 -17.284 -4.419 235 H1' C 22 H1* C 22 0.082 -15.043 -2.481 236 H41 C 22 1H4 C 22 0.097 -15.474 3.893 237 H42 C 22 2H4 C 22 -1.497 -16.193 3.827 238 H5 C 22 5H C 22 -2.602 -16.765 1.763 239 H6 C 22 6H C 22 -2.393 -16.832 -0.674 Start of MODEL 9 1 H5' G 1 1H5* G 1 8.597 -8.295 7.257 2 H5'' G 1 2H5* G 1 7.841 -9.776 7.883 3 H4' G 1 H4* G 1 9.462 -9.964 5.358 4 H3' G 1 H3* G 1 6.809 -8.537 5.664 5 H2' G 1 H2* G 1 5.886 -9.713 3.888 6 HO2' G 1 HO2 G 1 7.978 -10.756 2.575 7 H1' G 1 H1* G 1 7.601 -11.999 3.950 8 H8 G 1 8H G 1 5.554 -11.603 7.058 9 H1 G 1 1H G 1 2.150 -13.963 2.205 10 H21 G 1 1H2 G 1 3.320 -13.813 0.323 11 H22 G 1 2H2 G 1 4.930 -13.133 0.269 12 HO5' G 1 H5T G 1 10.580 -9.213 7.460 13 H5' G 2 1H5* G 2 9.276 -8.186 1.593 14 H5'' G 2 2H5* G 2 9.154 -6.454 1.222 15 H4' G 2 H4* G 2 9.039 -7.542 -0.886 16 H3' G 2 H3* G 2 6.381 -6.613 0.202 17 H2' G 2 H2* G 2 5.181 -7.642 -1.562 18 HO2' G 2 HO2 G 2 6.414 -8.592 -3.369 19 H1' G 2 H1* G 2 6.475 -10.004 -1.641 20 H8 G 2 8H G 2 6.442 -8.797 1.925 21 H1 G 2 1H G 2 0.864 -11.315 0.145 22 H21 G 2 1H2 G 2 0.852 -11.636 -2.056 23 H22 G 2 2H2 G 2 2.209 -11.215 -3.074 24 H5' A 3 1H5* A 3 6.797 -5.695 -4.140 25 H5'' A 3 2H5* A 3 6.272 -4.027 -4.438 26 H4' A 3 H4* A 3 5.235 -5.589 -6.047 27 H3' A 3 H3* A 3 3.445 -4.208 -4.008 28 H2' A 3 H2* A 3 1.556 -5.222 -5.118 29 HO2' A 3 HO2 A 3 3.422 -5.539 -7.145 30 H1' A 3 H1* A 3 2.527 -7.703 -5.015 31 H8 A 3 8H A 3 4.122 -5.833 -2.151 32 H61 A 3 1H6 A 3 -0.939 -6.890 1.142 33 H62 A 3 2H6 A 3 0.676 -6.218 1.160 34 H2 A 3 2H A 3 -1.810 -8.001 -3.143 35 H5' G 4 1H5* G 4 1.548 -4.164 -7.286 36 H5'' G 4 2H5* G 4 0.677 -2.680 -7.719 37 H4' G 4 H4* G 4 -0.895 -4.540 -7.515 38 H3' G 4 H3* G 4 -1.047 -2.466 -5.279 39 H2' G 4 H2* G 4 -3.012 -3.637 -4.556 40 HO2' G 4 HO2 G 4 -2.874 -4.764 -7.153 41 H1' G 4 H1* G 4 -1.982 -6.120 -4.833 42 H8 G 4 8H G 4 0.833 -4.160 -3.449 43 H1 G 4 1H G 4 -3.768 -4.943 0.875 44 H21 G 4 1H2 G 4 -5.620 -5.666 -0.104 45 H22 G 4 2H2 G 4 -5.757 -5.828 -1.839 46 H5' U 5 1H5* U 5 -4.928 -2.306 -7.392 47 H5'' U 5 2H5* U 5 -5.307 -0.605 -7.732 48 H4' U 5 H4* U 5 -7.232 -1.602 -6.663 49 H3' U 5 H3* U 5 -5.590 0.286 -4.938 50 H2' U 5 H2* U 5 -7.168 -0.033 -3.169 51 HO2' U 5 HO2 U 5 -9.157 -0.912 -3.483 52 H1' U 5 H1* U 5 -7.266 -2.708 -3.306 53 H3 U 5 3H U 5 -4.596 -1.435 0.189 54 H5 U 5 5H U 5 -2.061 -1.497 -3.176 55 H6 U 5 6H U 5 -4.022 -1.805 -4.569 56 H5' A 6 1H5* A 6 -9.681 1.913 -4.878 57 H5'' A 6 2H5* A 6 -9.603 3.663 -5.152 58 H4' A 6 H4* A 6 -10.870 3.303 -3.138 59 H3' A 6 H3* A 6 -8.028 4.307 -2.674 60 H2' A 6 H2* A 6 -8.538 4.401 -0.336 61 HO2' A 6 HO2 A 6 -11.213 4.063 -1.237 62 H1' A 6 H1* A 6 -9.603 1.951 -0.154 63 H8 A 6 8H A 6 -6.929 2.076 -2.864 64 H61 A 6 1H6 A 6 -2.863 0.946 1.611 65 H62 A 6 2H6 A 6 -3.138 0.871 -0.114 66 H2 A 6 2H A 6 -6.860 1.763 3.513 67 H5' U 7 1H5* U 7 -10.247 6.192 0.013 68 H5'' U 7 2H5* U 7 -10.326 7.930 -0.342 69 H4' U 7 H4* U 7 -9.835 7.912 1.945 70 H3' U 7 H3* U 7 -7.234 8.041 0.368 71 H2' U 7 H2* U 7 -6.091 8.228 2.463 72 HO2' U 7 HO2 U 7 -7.058 8.919 4.259 73 H1' U 7 H1* U 7 -7.467 6.237 3.718 74 H3 U 7 3H U 7 -3.503 4.237 2.851 75 H5 U 7 5H U 7 -5.367 4.524 -0.927 76 H6 U 7 6H U 7 -7.092 5.859 0.108 77 H5' G 8 1H5* G 8 -7.020 10.758 3.334 78 H5'' G 8 2H5* G 8 -6.190 12.261 2.889 79 H4' G 8 H4* G 8 -5.032 11.122 4.744 80 H3' G 8 H3* G 8 -3.576 11.190 2.059 81 H2' G 8 H2* G 8 -1.701 10.272 3.217 82 HO2' G 8 HO2 G 8 -1.454 10.410 5.387 83 H1' G 8 H1* G 8 -3.134 8.500 4.748 84 H8 G 8 8H G 8 -4.409 8.524 1.179 85 H1 G 8 1H G 8 0.934 5.156 1.908 86 H21 G 8 1H2 G 8 1.813 5.548 3.914 87 H22 G 8 2H2 G 8 1.026 6.566 5.096 88 H5' U 9 1H5* U 9 -0.774 12.544 4.614 89 H5'' U 9 2H5* U 9 -0.318 14.216 4.227 90 H4' U 9 H4* U 9 1.759 13.139 4.358 91 H3' U 9 H3* U 9 0.754 13.248 1.502 92 H2' U 9 H2* U 9 2.612 12.011 0.758 93 HO2' U 9 HO2 U 9 3.795 13.189 2.986 94 H1' U 9 H1* U 9 2.937 10.363 2.976 95 H3 U 9 3H U 9 2.008 7.390 -0.274 96 H5 U 9 5H U 9 -1.628 9.492 0.257 97 H6 U 9 6H U 9 -0.451 11.000 1.742 98 H5' G 10 1H5* G 10 4.284 13.790 1.028 99 H5'' G 10 2H5* G 10 4.895 15.388 0.560 100 H4' G 10 H4* G 10 5.923 14.235 -1.113 101 H3' G 10 H3* G 10 3.062 14.575 -2.050 102 H2' G 10 H2* G 10 3.492 13.207 -3.936 103 HO2' G 10 HO2 G 10 6.261 13.356 -3.216 104 H1' G 10 H1* G 10 4.894 11.258 -2.686 105 H8 G 10 8H G 10 1.905 13.096 -1.007 106 H1 G 10 1H G 10 0.327 7.787 -4.138 107 H21 G 10 1H2 G 10 3.725 7.469 -4.721 108 H22 G 10 2H2 G 10 2.114 6.860 -5.017 109 H5' A 11 1H5* A 11 5.216 14.432 -5.167 110 H5'' A 11 2H5* A 11 5.392 15.968 -6.024 111 H4' A 11 H4* A 11 3.306 14.981 -7.410 112 H3' A 11 H3* A 11 4.298 12.655 -5.918 113 H2' A 11 H2* A 11 5.422 11.543 -7.570 114 HO2' A 11 HO2 A 11 4.442 11.088 -9.452 115 H1' A 11 H1* A 11 5.678 13.394 -9.631 116 H8 A 11 8H A 11 7.078 13.756 -6.042 117 H61 A 11 2H6 A 11 12.259 12.653 -7.969 118 H62 A 11 1H6 A 11 11.671 11.154 -7.285 119 H2 A 11 2H A 11 9.284 11.509 -11.616 120 H5' A 12 1H5* A 12 2.010 10.324 -8.676 121 H5'' A 12 2H5* A 12 1.595 8.819 -7.834 122 H4' A 12 H4* A 12 3.404 8.593 -9.590 123 H3' A 12 H3* A 12 3.767 7.764 -6.702 124 H2' A 12 H2* A 12 6.043 7.200 -7.091 125 HO2' A 12 HO2 A 12 5.143 6.578 -9.507 126 H1' A 12 H1* A 12 6.751 9.317 -8.602 127 H8 A 12 8H A 12 4.175 9.901 -5.768 128 H61 A 12 1H6 A 12 8.921 11.294 -2.211 129 H62 A 12 2H6 A 12 7.326 11.908 -2.581 130 H2 A 12 2H A 12 10.561 10.074 -6.264 131 H5' A 13 1H5* A 13 4.731 3.995 -8.980 132 H5'' A 13 2H5* A 13 4.100 2.624 -8.053 133 H4' A 13 H4* A 13 6.508 2.377 -8.328 134 H3' A 13 H3* A 13 5.374 2.858 -5.583 135 H2' A 13 H2* A 13 7.520 3.133 -4.598 136 HO2' A 13 HO2 A 13 8.238 1.418 -6.514 137 H1' A 13 H1* A 13 8.654 4.707 -6.426 138 H8 A 13 8H A 13 4.832 4.908 -5.899 139 H61 A 13 2H6 A 13 5.978 9.734 -2.271 140 H62 A 13 1H6 A 13 4.733 8.727 -2.976 141 H2 A 13 2H A 13 9.926 8.010 -3.575 142 H5' G 14 1H5* G 14 8.343 0.868 -4.787 143 H5'' G 14 2H5* G 14 8.179 -0.566 -3.754 144 H4' G 14 H4* G 14 9.608 0.894 -2.546 145 H3' G 14 H3* G 14 6.726 1.036 -1.583 146 H2' G 14 H2* G 14 7.455 2.558 0.128 147 HO2' G 14 HO2 G 14 10.102 2.728 -0.625 148 H1' G 14 H1* G 14 8.828 4.182 -1.522 149 H8 G 14 8H G 14 5.913 2.517 -3.339 150 H1 G 14 1H G 14 4.150 7.617 0.054 151 H21 G 14 1H2 G 14 7.432 7.613 1.212 152 H22 G 14 2H2 G 14 5.823 8.290 1.340 153 H5' C 15 1H5* C 15 8.354 0.634 1.982 154 H5'' C 15 2H5* C 15 7.532 -0.607 2.947 155 H4' C 15 H4* C 15 7.321 1.611 3.999 156 H3' C 15 H3* C 15 4.771 0.414 2.831 157 H2' C 15 H2* C 15 3.614 2.235 3.842 158 HO2' C 15 HO2 C 15 5.176 1.964 5.796 159 H1' C 15 H1* C 15 5.508 4.154 3.261 160 H41 C 15 1H4 C 15 0.570 4.296 -0.853 161 H42 C 15 2H4 C 15 1.628 3.571 -2.039 162 H5 C 15 5H C 15 3.673 2.446 -1.422 163 H6 C 15 6H C 15 5.349 2.179 0.335 164 H5' A 16 1H5* A 16 4.864 0.990 7.461 165 H5'' A 16 2H5* A 16 3.928 -0.338 8.171 166 H4' A 16 H4* A 16 3.371 1.816 9.237 167 H3' A 16 H3* A 16 1.256 0.364 7.614 168 H2' A 16 H2* A 16 -0.304 2.118 8.067 169 HO2' A 16 HO2 A 16 1.322 2.504 10.227 170 H1' A 16 H1* A 16 1.303 4.167 7.450 171 H8 A 16 8H A 16 2.463 1.316 5.328 172 H61 A 16 1H6 A 16 -2.131 2.642 1.455 173 H62 A 16 2H6 A 16 -0.608 1.803 1.633 174 H2 A 16 2H A 16 -2.808 4.929 5.266 175 H5' U 17 1H5* U 17 -0.884 2.018 10.307 176 H5'' U 17 2H5* U 17 -1.479 0.855 11.509 177 H4' U 17 H4* U 17 -3.415 2.065 10.995 178 H3' U 17 H3* U 17 -3.220 -0.426 9.277 179 H2' U 17 H2* U 17 -5.226 0.167 8.170 180 HO2' U 17 HO2 U 17 -5.610 2.079 10.263 181 H1' U 17 H1* U 17 -4.793 2.865 7.984 182 H3 U 17 3H U 17 -4.392 1.611 3.676 183 H5 U 17 5H U 17 -0.968 -0.001 5.518 184 H6 U 17 6H U 17 -1.865 0.701 7.649 185 H5' A 18 1H5* A 18 -7.007 -0.400 10.066 186 H5'' A 18 2H5* A 18 -7.586 -1.904 10.807 187 H4' A 18 H4* A 18 -8.894 -1.780 8.874 188 H3' A 18 H3* A 18 -6.385 -3.401 8.314 189 H2' A 18 H2* A 18 -7.117 -3.713 6.114 190 HO2' A 18 HO2 A 18 -9.156 -4.133 5.748 191 H1' A 18 H1* A 18 -8.375 -1.264 5.755 192 H8 A 18 8H A 18 -4.807 -1.669 7.124 193 H61 A 18 1H6 A 18 -2.948 -1.484 1.259 194 H62 A 18 2H6 A 18 -2.418 -1.425 2.925 195 H2 A 18 2H A 18 -7.438 -1.325 1.313 196 H5' C 19 1H5* C 19 -9.984 -5.061 7.061 197 H5'' C 19 2H5* C 19 -10.202 -6.801 7.321 198 H4' C 19 H4* C 19 -10.795 -6.308 5.041 199 H3' C 19 H3* C 19 -8.088 -7.664 5.314 200 H2' C 19 H2* C 19 -8.078 -7.805 2.927 201 HO2' C 19 HO2 C 19 -10.084 -6.994 1.815 202 H1' C 19 H1* C 19 -9.008 -5.267 2.476 203 H41 C 19 1H4 C 19 -2.701 -4.598 2.296 204 H42 C 19 2H4 C 19 -2.632 -4.615 4.043 205 H5 C 19 5H C 19 -4.545 -5.125 5.428 206 H6 C 19 6H C 19 -6.902 -5.655 5.440 207 H5' U 20 1H5* U 20 -9.888 -9.317 2.443 208 H5'' U 20 2H5* U 20 -10.070 -11.081 2.460 209 H4' U 20 H4* U 20 -9.050 -10.572 0.370 210 H3' U 20 H3* U 20 -7.068 -11.545 2.452 211 H2' U 20 H2* U 20 -5.317 -11.278 0.920 212 HO2' U 20 HO2 U 20 -6.010 -11.043 -1.444 213 H1' U 20 H1* U 20 -6.479 -9.203 -0.636 214 H3 U 20 3H U 20 -2.393 -7.563 0.402 215 H5 U 20 5H U 20 -4.488 -7.558 4.079 216 H6 U 20 6H U 20 -6.247 -8.811 2.989 217 H5' C 21 1H5* C 21 -7.162 -13.156 -1.351 218 H5'' C 21 2H5* C 21 -7.207 -14.919 -1.544 219 H4' C 21 H4* C 21 -5.712 -14.098 -3.218 220 H3' C 21 H3* C 21 -4.351 -15.342 -0.809 221 H2' C 21 H2* C 21 -2.227 -14.903 -1.803 222 HO2' C 21 HO2 C 21 -2.223 -14.028 -4.040 223 H1' C 21 H1* C 21 -2.743 -12.404 -2.705 224 H41 C 21 1H4 C 21 -0.183 -11.416 2.999 225 H42 C 21 2H4 C 21 -1.663 -11.907 3.794 226 H5 C 21 5H C 21 -3.602 -12.702 2.596 227 H6 C 21 6H C 21 -4.514 -13.244 0.384 228 H5' C 22 1H5* C 22 -2.831 -17.854 -4.068 229 H5'' C 22 2H5* C 22 -1.993 -19.225 -3.313 230 H4' C 22 H4* C 22 -0.611 -17.163 -4.209 231 H3' C 22 H3* C 22 -0.271 -18.603 -1.562 232 HO3' C 22 H3T C 22 0.364 -19.062 -4.119 233 H2' C 22 H2* C 22 1.559 -17.230 -1.063 234 HO2' C 22 HO2 C 22 2.159 -17.450 -3.540 235 H1' C 22 H1* C 22 0.526 -14.895 -2.182 236 H41 C 22 1H4 C 22 -0.029 -14.616 4.173 237 H42 C 22 2H4 C 22 -1.607 -15.364 4.056 238 H5 C 22 5H C 22 -2.526 -16.183 1.984 239 H6 C 22 6H C 22 -2.116 -16.500 -0.409 Start of MODEL 10 1 H5' G 1 1H5* G 1 8.319 -8.934 7.369 2 H5'' G 1 2H5* G 1 7.888 -10.561 7.936 3 H4' G 1 H4* G 1 9.358 -10.434 5.346 4 H3' G 1 H3* G 1 6.644 -9.165 5.786 5 H2' G 1 H2* G 1 5.734 -10.302 3.980 6 HO2' G 1 HO2 G 1 8.379 -10.152 2.975 7 H1' G 1 H1* G 1 7.550 -12.502 3.888 8 H8 G 1 8H G 1 5.638 -12.438 7.081 9 H1 G 1 1H G 1 2.043 -14.427 2.199 10 H21 G 1 1H2 G 1 3.112 -14.067 0.284 11 H22 G 1 2H2 G 1 4.697 -13.333 0.217 12 HO5' G 1 H5T G 1 9.890 -10.893 8.407 13 H5' G 2 1H5* G 2 9.011 -8.325 1.719 14 H5'' G 2 2H5* G 2 8.738 -6.592 1.445 15 H4' G 2 H4* G 2 8.679 -7.608 -0.713 16 H3' G 2 H3* G 2 6.001 -6.841 0.442 17 H2' G 2 H2* G 2 4.812 -7.870 -1.331 18 HO2' G 2 HO2 G 2 6.239 -8.794 -3.129 19 H1' G 2 H1* G 2 6.198 -10.166 -1.512 20 H8 G 2 8H G 2 6.270 -9.148 2.093 21 H1 G 2 1H G 2 0.634 -11.598 0.403 22 H21 G 2 1H2 G 2 0.525 -11.774 -1.811 23 H22 G 2 2H2 G 2 1.857 -11.340 -2.856 24 H5' A 3 1H5* A 3 6.492 -5.748 -3.832 25 H5'' A 3 2H5* A 3 5.862 -4.125 -4.177 26 H4' A 3 H4* A 3 5.036 -5.786 -5.816 27 H3' A 3 H3* A 3 3.069 -4.448 -3.924 28 H2' A 3 H2* A 3 1.283 -5.642 -5.023 29 HO2' A 3 HO2 A 3 3.097 -6.978 -6.726 30 H1' A 3 H1* A 3 2.380 -8.042 -4.755 31 H8 A 3 8H A 3 3.906 -6.016 -1.982 32 H61 A 3 1H6 A 3 -1.167 -6.989 1.324 33 H62 A 3 2H6 A 3 0.448 -6.315 1.331 34 H2 A 3 2H A 3 -2.008 -8.248 -2.924 35 H5' G 4 1H5* G 4 1.188 -4.516 -7.331 36 H5'' G 4 2H5* G 4 0.289 -3.039 -7.727 37 H4' G 4 H4* G 4 -1.231 -4.965 -7.530 38 H3' G 4 H3* G 4 -1.444 -2.843 -5.345 39 H2' G 4 H2* G 4 -3.379 -4.048 -4.585 40 HO2' G 4 HO2 G 4 -4.173 -5.845 -5.850 41 H1' G 4 H1* G 4 -2.278 -6.503 -4.773 42 H8 G 4 8H G 4 0.502 -4.417 -3.506 43 H1 G 4 1H G 4 -4.008 -5.161 0.919 44 H21 G 4 1H2 G 4 -5.858 -5.965 -0.003 45 H22 G 4 2H2 G 4 -6.019 -6.187 -1.731 46 H5' U 5 1H5* U 5 -5.361 -2.871 -7.325 47 H5'' U 5 2H5* U 5 -5.762 -1.201 -7.775 48 H4' U 5 H4* U 5 -7.659 -2.087 -6.599 49 H3' U 5 H3* U 5 -5.937 -0.174 -4.983 50 H2' U 5 H2* U 5 -7.481 -0.402 -3.163 51 HO2' U 5 HO2 U 5 -9.169 -1.188 -5.194 52 H1' U 5 H1* U 5 -7.593 -3.074 -3.187 53 H3 U 5 3H U 5 -4.752 -1.725 0.137 54 H5 U 5 5H U 5 -2.380 -1.886 -3.341 55 H6 U 5 6H U 5 -4.406 -2.223 -4.631 56 H5' A 6 1H5* A 6 -9.957 1.566 -4.833 57 H5'' A 6 2H5* A 6 -9.846 3.304 -5.173 58 H4' A 6 H4* A 6 -11.017 3.055 -3.087 59 H3' A 6 H3* A 6 -8.123 3.971 -2.790 60 H2' A 6 H2* A 6 -8.519 4.160 -0.439 61 HO2' A 6 HO2 A 6 -11.258 3.781 -1.150 62 H1' A 6 H1* A 6 -9.668 1.759 -0.125 63 H8 A 6 8H A 6 -7.106 1.692 -2.942 64 H61 A 6 1H6 A 6 -2.886 0.602 1.400 65 H62 A 6 2H6 A 6 -3.235 0.482 -0.309 66 H2 A 6 2H A 6 -6.769 1.621 3.434 67 H5' U 7 1H5* U 7 -10.248 5.950 -0.091 68 H5'' U 7 2H5* U 7 -10.346 7.677 -0.489 69 H4' U 7 H4* U 7 -9.851 7.717 1.799 70 H3' U 7 H3* U 7 -7.267 7.863 0.197 71 H2' U 7 H2* U 7 -6.098 8.095 2.273 72 HO2' U 7 HO2 U 7 -7.038 8.890 4.017 73 H1' U 7 H1* U 7 -7.415 6.100 3.576 74 H3 U 7 3H U 7 -3.436 4.158 2.630 75 H5 U 7 5H U 7 -5.409 4.354 -1.099 76 H6 U 7 6H U 7 -7.126 5.678 -0.037 77 H5' G 8 1H5* G 8 -7.115 10.487 3.175 78 H5'' G 8 2H5* G 8 -6.312 12.028 2.812 79 H4' G 8 H4* G 8 -5.159 10.834 4.634 80 H3' G 8 H3* G 8 -3.662 11.060 1.981 81 H2' G 8 H2* G 8 -1.787 10.119 3.115 82 HO2' G 8 HO2 G 8 -1.461 10.503 5.174 83 H1' G 8 H1* G 8 -3.207 8.264 4.565 84 H8 G 8 8H G 8 -4.421 8.368 0.980 85 H1 G 8 1H G 8 1.020 5.154 1.679 86 H21 G 8 1H2 G 8 1.866 5.521 3.703 87 H22 G 8 2H2 G 8 1.005 6.432 4.922 88 H5' U 9 1H5* U 9 -0.979 12.527 4.568 89 H5'' U 9 2H5* U 9 -0.569 14.224 4.242 90 H4' U 9 H4* U 9 1.538 13.202 4.327 91 H3' U 9 H3* U 9 0.513 13.386 1.484 92 H2' U 9 H2* U 9 2.377 12.210 0.680 93 HO2' U 9 HO2 U 9 3.582 13.288 2.978 94 H1' U 9 H1* U 9 2.819 10.549 2.888 95 H3 U 9 3H U 9 2.092 7.577 -0.417 96 H5 U 9 5H U 9 -1.672 9.434 0.139 97 H6 U 9 6H U 9 -0.598 10.985 1.657 98 H5' G 10 1H5* G 10 4.084 14.034 1.103 99 H5'' G 10 2H5* G 10 4.655 15.665 0.698 100 H4' G 10 H4* G 10 5.789 14.575 -0.953 101 H3' G 10 H3* G 10 2.961 14.878 -2.009 102 H2' G 10 H2* G 10 3.543 13.621 -3.933 103 HO2' G 10 HO2 G 10 6.012 12.934 -3.816 104 H1' G 10 H1* G 10 4.933 11.657 -2.680 105 H8 G 10 8H G 10 1.786 13.322 -1.117 106 H1 G 10 1H G 10 0.572 8.122 -4.577 107 H21 G 10 1H2 G 10 4.009 7.913 -4.939 108 H22 G 10 2H2 G 10 2.439 7.294 -5.391 109 H5' A 11 1H5* A 11 5.327 15.031 -4.945 110 H5'' A 11 2H5* A 11 5.516 16.606 -5.728 111 H4' A 11 H4* A 11 3.614 15.592 -7.338 112 H3' A 11 H3* A 11 4.570 13.251 -5.842 113 H2' A 11 H2* A 11 5.869 12.245 -7.430 114 HO2' A 11 HO2 A 11 3.773 13.082 -9.125 115 H1' A 11 H1* A 11 6.236 14.187 -9.387 116 H8 A 11 8H A 11 7.290 14.449 -5.674 117 H61 A 11 1H6 A 11 12.731 12.270 -7.456 118 H62 A 11 2H6 A 11 11.983 13.316 -6.269 119 H2 A 11 2H A 11 10.066 12.482 -11.093 120 H5' A 12 1H5* A 12 2.626 10.987 -8.907 121 H5'' A 12 2H5* A 12 2.162 9.435 -8.184 122 H4' A 12 H4* A 12 4.110 9.302 -9.782 123 H3' A 12 H3* A 12 4.231 8.354 -6.918 124 H2' A 12 H2* A 12 6.557 7.888 -7.075 125 HO2' A 12 HO2 A 12 7.611 8.012 -9.182 126 H1' A 12 H1* A 12 7.355 10.103 -8.361 127 H8 A 12 8H A 12 4.350 10.446 -5.939 128 H61 A 12 1H6 A 12 8.477 12.169 -1.722 129 H62 A 12 2H6 A 12 6.786 12.235 -2.163 130 H2 A 12 2H A 12 10.716 10.962 -5.436 131 H5' A 13 1H5* A 13 5.484 4.685 -9.277 132 H5'' A 13 2H5* A 13 4.791 3.271 -8.468 133 H4' A 13 H4* A 13 7.217 3.057 -8.543 134 H3' A 13 H3* A 13 5.837 3.394 -5.893 135 H2' A 13 H2* A 13 7.872 3.675 -4.703 136 HO2' A 13 HO2 A 13 9.859 3.083 -5.562 137 H1' A 13 H1* A 13 9.152 5.327 -6.357 138 H8 A 13 8H A 13 5.295 5.455 -6.156 139 H61 A 13 2H6 A 13 6.046 10.151 -2.267 140 H62 A 13 1H6 A 13 4.883 9.156 -3.115 141 H2 A 13 2H A 13 10.121 8.548 -3.309 142 H5' G 14 1H5* G 14 8.872 1.429 -5.006 143 H5'' G 14 2H5* G 14 8.692 -0.027 -4.008 144 H4' G 14 H4* G 14 10.052 1.476 -2.741 145 H3' G 14 H3* G 14 7.151 1.403 -1.834 146 H2' G 14 H2* G 14 7.732 2.921 -0.069 147 HO2' G 14 HO2 G 14 10.273 1.957 -0.607 148 H1' G 14 H1* G 14 9.074 4.672 -1.619 149 H8 G 14 8H G 14 6.271 2.912 -3.530 150 H1 G 14 1H G 14 4.231 7.880 -0.095 151 H21 G 14 1H2 G 14 7.495 8.008 1.107 152 H22 G 14 2H2 G 14 5.855 8.604 1.230 153 H5' C 15 1H5* C 15 8.720 1.045 1.732 154 H5'' C 15 2H5* C 15 7.968 -0.263 2.666 155 H4' C 15 H4* C 15 7.573 1.927 3.729 156 H3' C 15 H3* C 15 5.147 0.545 2.501 157 H2' C 15 H2* C 15 3.831 2.267 3.471 158 HO2' C 15 HO2 C 15 5.988 3.378 4.899 159 H1' C 15 H1* C 15 5.639 4.327 3.033 160 H41 C 15 1H4 C 15 0.768 4.460 -1.157 161 H42 C 15 2H4 C 15 1.871 3.822 -2.353 162 H5 C 15 5H C 15 3.963 2.778 -1.758 163 H6 C 15 6H C 15 5.620 2.498 0.014 164 H5' A 16 1H5* A 16 5.141 1.082 7.121 165 H5'' A 16 2H5* A 16 4.237 -0.265 7.838 166 H4' A 16 H4* A 16 3.588 1.898 8.842 167 H3' A 16 H3* A 16 1.545 0.332 7.225 168 H2' A 16 H2* A 16 -0.079 2.034 7.654 169 HO2' A 16 HO2 A 16 1.816 3.336 9.352 170 H1' A 16 H1* A 16 1.465 4.134 7.027 171 H8 A 16 8H A 16 2.678 1.290 4.915 172 H61 A 16 1H6 A 16 -1.961 2.509 1.052 173 H62 A 16 2H6 A 16 -0.440 1.665 1.242 174 H2 A 16 2H A 16 -2.663 4.798 4.857 175 H5' U 17 1H5* U 17 -0.570 2.059 9.933 176 H5'' U 17 2H5* U 17 -1.120 0.928 11.186 177 H4' U 17 H4* U 17 -3.065 2.148 10.727 178 H3' U 17 H3* U 17 -2.967 -0.394 9.081 179 H2' U 17 H2* U 17 -5.013 0.182 8.037 180 HO2' U 17 HO2 U 17 -6.369 1.817 8.875 181 H1' U 17 H1* U 17 -4.560 2.860 7.727 182 H3 U 17 3H U 17 -4.275 1.448 3.460 183 H5 U 17 5H U 17 -0.845 -0.176 5.287 184 H6 U 17 6H U 17 -1.677 0.629 7.407 185 H5' A 18 1H5* A 18 -6.736 -0.304 10.046 186 H5'' A 18 2H5* A 18 -7.284 -1.776 10.872 187 H4' A 18 H4* A 18 -8.691 -1.702 9.002 188 H3' A 18 H3* A 18 -6.240 -3.394 8.408 189 H2' A 18 H2* A 18 -7.035 -3.761 6.245 190 HO2' A 18 HO2 A 18 -9.135 -3.917 5.770 191 H1' A 18 H1* A 18 -8.299 -1.322 5.836 192 H8 A 18 8H A 18 -4.684 -1.716 7.077 193 H61 A 18 1H6 A 18 -3.054 -1.735 1.142 194 H62 A 18 2H6 A 18 -2.459 -1.623 2.783 195 H2 A 18 2H A 18 -7.538 -1.541 1.365 196 H5' C 19 1H5* C 19 -9.799 -4.866 7.224 197 H5'' C 19 2H5* C 19 -10.236 -6.522 7.683 198 H4' C 19 H4* C 19 -10.827 -6.374 5.409 199 H3' C 19 H3* C 19 -8.075 -7.638 5.675 200 H2' C 19 H2* C 19 -8.167 -8.001 3.309 201 HO2' C 19 HO2 C 19 -10.880 -7.110 3.402 202 H1' C 19 H1* C 19 -9.134 -5.527 2.670 203 H41 C 19 1H4 C 19 -2.835 -4.802 2.323 204 H42 C 19 2H4 C 19 -2.747 -4.635 4.061 205 H5 C 19 5H C 19 -4.599 -5.170 5.517 206 H6 C 19 6H C 19 -6.948 -5.731 5.614 207 H5' U 20 1H5* U 20 -10.018 -9.558 3.048 208 H5'' U 20 2H5* U 20 -10.086 -11.329 3.151 209 H4' U 20 H4* U 20 -9.223 -10.775 0.974 210 H3' U 20 H3* U 20 -7.157 -11.769 2.960 211 H2' U 20 H2* U 20 -5.459 -11.470 1.382 212 HO2' U 20 HO2 U 20 -6.924 -11.173 -0.916 213 H1' U 20 H1* U 20 -6.720 -9.428 -0.163 214 H3 U 20 3H U 20 -2.578 -7.772 0.611 215 H5 U 20 5H U 20 -4.488 -7.647 4.384 216 H6 U 20 6H U 20 -6.296 -8.935 3.426 217 H5' C 21 1H5* C 21 -7.461 -13.374 -0.879 218 H5'' C 21 2H5* C 21 -7.451 -15.137 -1.075 219 H4' C 21 H4* C 21 -6.084 -14.202 -2.825 220 H3' C 21 H3* C 21 -4.601 -15.566 -0.561 221 H2' C 21 H2* C 21 -2.525 -15.056 -1.612 222 HO2' C 21 HO2 C 21 -2.736 -13.964 -3.814 223 H1' C 21 H1* C 21 -3.077 -12.522 -2.355 224 H41 C 21 1H4 C 21 -0.310 -11.831 3.293 225 H42 C 21 2H4 C 21 -1.767 -12.342 4.116 226 H5 C 21 5H C 21 -3.758 -13.051 2.949 227 H6 C 21 6H C 21 -4.753 -13.478 0.748 228 H5' C 22 1H5* C 22 -3.313 -17.602 -4.113 229 H5'' C 22 2H5* C 22 -2.440 -19.104 -3.741 230 H4' C 22 H4* C 22 -1.048 -16.998 -4.361 231 H3' C 22 H3* C 22 -0.606 -18.743 -1.921 232 HO3' C 22 H3T C 22 0.639 -19.811 -3.301 233 H2' C 22 H2* C 22 1.269 -17.463 -1.356 234 HO2' C 22 HO2 C 22 2.028 -17.490 -3.643 235 H1' C 22 H1* C 22 0.243 -14.999 -2.184 236 H41 C 22 1H4 C 22 0.041 -15.290 4.188 237 H42 C 22 2H4 C 22 -1.532 -16.052 4.096 238 H5 C 22 5H C 22 -2.570 -16.689 2.017 239 H6 C 22 6H C 22 -2.302 -16.785 -0.414 Start of MODEL 11 1 H5' G 1 1H5* G 1 8.281 -8.974 7.589 2 H5'' G 1 2H5* G 1 7.610 -10.524 8.140 3 H4' G 1 H4* G 1 9.226 -10.523 5.611 4 H3' G 1 H3* G 1 6.547 -9.161 5.971 5 H2' G 1 H2* G 1 5.644 -10.274 4.142 6 HO2' G 1 HO2 G 1 8.291 -10.674 3.143 7 H1' G 1 H1* G 1 7.390 -12.533 4.100 8 H8 G 1 8H G 1 5.414 -12.417 7.250 9 H1 G 1 1H G 1 1.880 -14.367 2.303 10 H21 G 1 1H2 G 1 2.992 -14.033 0.411 11 H22 G 1 2H2 G 1 4.570 -13.281 0.366 12 HO5' G 1 H5T G 1 10.082 -11.022 7.460 13 H5' G 2 1H5* G 2 9.015 -8.612 1.934 14 H5'' G 2 2H5* G 2 8.882 -6.866 1.637 15 H4' G 2 H4* G 2 8.799 -7.878 -0.513 16 H3' G 2 H3* G 2 6.143 -6.957 0.576 17 H2' G 2 H2* G 2 4.936 -7.930 -1.212 18 HO2' G 2 HO2 G 2 6.890 -8.945 -2.776 19 H1' G 2 H1* G 2 6.222 -10.292 -1.383 20 H8 G 2 8H G 2 6.195 -9.254 2.228 21 H1 G 2 1H G 2 0.578 -11.593 0.332 22 H21 G 2 1H2 G 2 0.558 -11.798 -1.884 23 H22 G 2 2H2 G 2 1.931 -11.373 -2.879 24 H5' A 3 1H5* A 3 6.797 -5.864 -3.743 25 H5'' A 3 2H5* A 3 6.236 -4.208 -4.043 26 H4' A 3 H4* A 3 5.372 -5.782 -5.750 27 H3' A 3 H3* A 3 3.425 -4.435 -3.841 28 H2' A 3 H2* A 3 1.616 -5.516 -5.022 29 HO2' A 3 HO2 A 3 2.395 -7.066 -6.778 30 H1' A 3 H1* A 3 2.613 -7.965 -4.808 31 H8 A 3 8H A 3 4.152 -6.048 -1.957 32 H61 A 3 1H6 A 3 -1.000 -6.962 1.240 33 H62 A 3 2H6 A 3 0.625 -6.316 1.285 34 H2 A 3 2H A 3 -1.792 -8.137 -3.041 35 H5' G 4 1H5* G 4 1.618 -4.338 -7.267 36 H5'' G 4 2H5* G 4 0.759 -2.829 -7.636 37 H4' G 4 H4* G 4 -0.805 -4.728 -7.514 38 H3' G 4 H3* G 4 -1.009 -2.650 -5.288 39 H2' G 4 H2* G 4 -2.975 -3.829 -4.578 40 HO2' G 4 HO2 G 4 -3.008 -4.597 -7.208 41 H1' G 4 H1* G 4 -1.932 -6.305 -4.810 42 H8 G 4 8H G 4 0.878 -4.326 -3.448 43 H1 G 4 1H G 4 -3.743 -5.022 0.869 44 H21 G 4 1H2 G 4 -5.595 -5.758 -0.108 45 H22 G 4 2H2 G 4 -5.724 -5.938 -1.844 46 H5' U 5 1H5* U 5 -4.882 -2.524 -7.412 47 H5'' U 5 2H5* U 5 -5.257 -0.828 -7.779 48 H4' U 5 H4* U 5 -7.185 -1.800 -6.691 49 H3' U 5 H3* U 5 -5.532 0.103 -4.994 50 H2' U 5 H2* U 5 -7.113 -0.183 -3.220 51 HO2' U 5 HO2 U 5 -8.688 -1.713 -5.053 52 H1' U 5 H1* U 5 -7.210 -2.859 -3.315 53 H3 U 5 3H U 5 -4.514 -1.535 0.146 54 H5 U 5 5H U 5 -2.001 -1.673 -3.233 55 H6 U 5 6H U 5 -3.972 -1.990 -4.608 56 H5' A 6 1H5* A 6 -9.606 1.789 -4.970 57 H5'' A 6 2H5* A 6 -9.502 3.538 -5.247 58 H4' A 6 H4* A 6 -10.776 3.186 -3.230 59 H3' A 6 H3* A 6 -7.929 4.178 -2.772 60 H2' A 6 H2* A 6 -8.451 4.297 -0.436 61 HO2' A 6 HO2 A 6 -11.125 3.515 -1.038 62 H1' A 6 H1* A 6 -9.511 1.849 -0.240 63 H8 A 6 8H A 6 -6.843 1.929 -2.952 64 H61 A 6 1H6 A 6 -2.758 0.883 1.528 65 H62 A 6 2H6 A 6 -3.036 0.792 -0.195 66 H2 A 6 2H A 6 -6.745 1.735 3.429 67 H5' U 7 1H5* U 7 -10.189 6.086 -0.119 68 H5'' U 7 2H5* U 7 -10.273 7.820 -0.489 69 H4' U 7 H4* U 7 -9.839 7.817 1.813 70 H3' U 7 H3* U 7 -7.209 7.984 0.288 71 H2' U 7 H2* U 7 -6.108 8.184 2.405 72 HO2' U 7 HO2 U 7 -8.588 9.072 3.184 73 H1' U 7 H1* U 7 -7.466 6.167 3.630 74 H3 U 7 3H U 7 -3.451 4.253 2.779 75 H5 U 7 5H U 7 -5.312 4.481 -1.001 76 H6 U 7 6H U 7 -7.063 5.791 0.023 77 H5' G 8 1H5* G 8 -7.084 10.657 3.278 78 H5'' G 8 2H5* G 8 -6.270 12.182 2.876 79 H4' G 8 H4* G 8 -5.128 11.025 4.732 80 H3' G 8 H3* G 8 -3.629 11.184 2.075 81 H2' G 8 H2* G 8 -1.757 10.257 3.230 82 HO2' G 8 HO2 G 8 -3.056 11.360 5.420 83 H1' G 8 H1* G 8 -3.185 8.440 4.717 84 H8 G 8 8H G 8 -4.419 8.471 1.140 85 H1 G 8 1H G 8 1.003 5.236 1.878 86 H21 G 8 1H2 G 8 1.875 5.658 3.882 87 H22 G 8 2H2 G 8 1.036 6.613 5.080 88 H5' U 9 1H5* U 9 -0.837 12.490 4.689 89 H5'' U 9 2H5* U 9 -0.408 14.176 4.333 90 H4' U 9 H4* U 9 1.684 13.118 4.425 91 H3' U 9 H3* U 9 0.654 13.299 1.582 92 H2' U 9 H2* U 9 2.515 12.102 0.785 93 HO2' U 9 HO2 U 9 4.344 11.778 2.396 94 H1' U 9 H1* U 9 2.885 10.402 2.959 95 H3 U 9 3H U 9 1.980 7.496 -0.353 96 H5 U 9 5H U 9 -1.683 9.527 0.250 97 H6 U 9 6H U 9 -0.520 11.018 1.763 98 H5' G 10 1H5* G 10 4.196 13.882 1.116 99 H5'' G 10 2H5* G 10 4.792 15.496 0.682 100 H4' G 10 H4* G 10 5.831 14.381 -1.011 101 H3' G 10 H3* G 10 2.970 14.733 -1.947 102 H2' G 10 H2* G 10 3.423 13.433 -3.873 103 HO2' G 10 HO2 G 10 5.529 12.911 -4.503 104 H1' G 10 H1* G 10 4.822 11.453 -2.670 105 H8 G 10 8H G 10 1.810 13.222 -0.956 106 H1 G 10 1H G 10 0.288 8.019 -4.285 107 H21 G 10 1H2 G 10 3.692 7.738 -4.849 108 H22 G 10 2H2 G 10 2.087 7.125 -5.171 109 H5' A 11 1H5* A 11 5.154 14.692 -5.061 110 H5'' A 11 2H5* A 11 5.316 16.261 -5.860 111 H4' A 11 H4* A 11 3.259 15.302 -7.300 112 H3' A 11 H3* A 11 4.251 12.935 -5.876 113 H2' A 11 H2* A 11 5.410 11.892 -7.546 114 HO2' A 11 HO2 A 11 3.170 12.712 -9.028 115 H1' A 11 H1* A 11 5.664 13.811 -9.548 116 H8 A 11 8H A 11 7.029 14.039 -5.934 117 H61 A 11 1H6 A 11 12.019 11.468 -7.862 118 H62 A 11 2H6 A 11 11.868 13.098 -7.246 119 H2 A 11 2H A 11 9.302 12.065 -11.581 120 H5' A 12 1H5* A 12 2.078 10.679 -8.766 121 H5'' A 12 2H5* A 12 1.657 9.141 -7.991 122 H4' A 12 H4* A 12 3.515 8.989 -9.699 123 H3' A 12 H3* A 12 3.832 8.089 -6.825 124 H2' A 12 H2* A 12 6.121 7.558 -7.194 125 HO2' A 12 HO2 A 12 6.751 7.972 -9.635 126 H1' A 12 H1* A 12 6.824 9.731 -8.630 127 H8 A 12 8H A 12 4.199 10.169 -5.805 128 H61 A 12 2H6 A 12 8.230 11.039 -2.018 129 H62 A 12 1H6 A 12 7.928 12.639 -2.660 130 H2 A 12 2H A 12 10.585 10.508 -6.236 131 H5' A 13 1H5* A 13 4.864 4.364 -9.144 132 H5'' A 13 2H5* A 13 4.249 2.976 -8.232 133 H4' A 13 H4* A 13 6.671 2.792 -8.478 134 H3' A 13 H3* A 13 5.480 3.213 -5.744 135 H2' A 13 H2* A 13 7.611 3.498 -4.727 136 HO2' A 13 HO2 A 13 9.027 2.950 -7.100 137 H1' A 13 H1* A 13 8.728 5.136 -6.504 138 H8 A 13 8H A 13 4.895 5.257 -6.053 139 H61 A 13 2H6 A 13 5.880 9.979 -2.245 140 H62 A 13 1H6 A 13 4.668 8.981 -3.017 141 H2 A 13 2H A 13 9.885 8.362 -3.515 142 H5' G 14 1H5* G 14 8.517 1.100 -4.916 143 H5'' G 14 2H5* G 14 8.257 -0.279 -3.829 144 H4' G 14 H4* G 14 9.763 1.230 -2.712 145 H3' G 14 H3* G 14 6.903 1.292 -1.676 146 H2' G 14 H2* G 14 7.615 2.863 -0.003 147 HO2' G 14 HO2 G 14 10.206 2.063 -0.856 148 H1' G 14 H1* G 14 8.902 4.512 -1.691 149 H8 G 14 8H G 14 6.037 2.767 -3.495 150 H1 G 14 1H G 14 4.112 7.747 -0.011 151 H21 G 14 1H2 G 14 7.394 7.828 1.143 152 H22 G 14 2H2 G 14 5.766 8.453 1.282 153 H5' C 15 1H5* C 15 8.600 1.008 1.861 154 H5'' C 15 2H5* C 15 7.838 -0.247 2.858 155 H4' C 15 H4* C 15 7.545 1.978 3.874 156 H3' C 15 H3* C 15 5.033 0.664 2.747 157 H2' C 15 H2* C 15 3.817 2.455 3.740 158 HO2' C 15 HO2 C 15 5.989 2.481 5.438 159 H1' C 15 H1* C 15 5.638 4.433 3.125 160 H41 C 15 1H4 C 15 0.644 4.364 -0.926 161 H42 C 15 2H4 C 15 1.719 3.681 -2.123 162 H5 C 15 5H C 15 3.816 2.643 -1.526 163 H6 C 15 6H C 15 5.518 2.440 0.213 164 H5' A 16 1H5* A 16 5.073 1.311 7.354 165 H5'' A 16 2H5* A 16 4.196 -0.047 8.082 166 H4' A 16 H4* A 16 3.515 2.097 9.093 167 H3' A 16 H3* A 16 1.490 0.519 7.470 168 H2' A 16 H2* A 16 -0.151 2.206 7.882 169 HO2' A 16 HO2 A 16 1.101 2.535 10.137 170 H1' A 16 H1* A 16 1.371 4.320 7.258 171 H8 A 16 8H A 16 2.656 1.487 5.176 172 H61 A 16 1H6 A 16 -1.946 2.613 1.245 173 H62 A 16 2H6 A 16 -0.408 1.810 1.456 174 H2 A 16 2H A 16 -2.737 4.912 5.029 175 H5' U 17 1H5* U 17 -0.703 2.170 10.167 176 H5'' U 17 2H5* U 17 -1.262 1.009 11.387 177 H4' U 17 H4* U 17 -3.224 2.181 10.878 178 H3' U 17 H3* U 17 -3.008 -0.334 9.197 179 H2' U 17 H2* U 17 -5.043 0.208 8.110 180 HO2' U 17 HO2 U 17 -5.435 1.779 10.414 181 H1' U 17 H1* U 17 -4.649 2.906 7.863 182 H3 U 17 3H U 17 -4.262 1.568 3.577 183 H5 U 17 5H U 17 -0.806 0.028 5.432 184 H6 U 17 6H U 17 -1.701 0.764 7.554 185 H5' A 18 1H5* A 18 -6.763 -0.281 10.017 186 H5'' A 18 2H5* A 18 -7.364 -1.755 10.798 187 H4' A 18 H4* A 18 -8.692 -1.647 8.878 188 H3' A 18 H3* A 18 -6.227 -3.340 8.344 189 H2' A 18 H2* A 18 -6.949 -3.672 6.151 190 HO2' A 18 HO2 A 18 -9.197 -3.181 5.567 191 H1' A 18 H1* A 18 -8.191 -1.218 5.741 192 H8 A 18 8H A 18 -4.618 -1.640 7.088 193 H61 A 18 1H6 A 18 -2.805 -1.572 1.206 194 H62 A 18 2H6 A 18 -2.262 -1.499 2.867 195 H2 A 18 2H A 18 -7.295 -1.381 1.295 196 H5' C 19 1H5* C 19 -9.713 -4.725 7.021 197 H5'' C 19 2H5* C 19 -10.233 -6.369 7.440 198 H4' C 19 H4* C 19 -10.727 -6.190 5.151 199 H3' C 19 H3* C 19 -8.008 -7.506 5.488 200 H2' C 19 H2* C 19 -8.030 -7.832 3.117 201 HO2' C 19 HO2 C 19 -10.337 -6.748 2.342 202 H1' C 19 H1* C 19 -8.947 -5.335 2.484 203 H41 C 19 1H4 C 19 -2.637 -4.668 2.293 204 H42 C 19 2H4 C 19 -2.570 -4.605 4.039 205 H5 C 19 5H C 19 -4.472 -5.101 5.441 206 H6 C 19 6H C 19 -6.830 -5.626 5.476 207 H5' U 20 1H5* U 20 -9.923 -9.345 2.782 208 H5'' U 20 2H5* U 20 -10.038 -11.113 2.860 209 H4' U 20 H4* U 20 -9.116 -10.562 0.710 210 H3' U 20 H3* U 20 -7.117 -11.616 2.731 211 H2' U 20 H2* U 20 -5.377 -11.330 1.202 212 HO2' U 20 HO2 U 20 -5.752 -12.292 -0.639 213 H1' U 20 H1* U 20 -6.571 -9.265 -0.368 214 H3 U 20 3H U 20 -2.418 -7.683 0.475 215 H5 U 20 5H U 20 -4.371 -7.554 4.224 216 H6 U 20 6H U 20 -6.187 -8.805 3.234 217 H5' C 21 1H5* C 21 -7.491 -13.449 -1.209 218 H5'' C 21 2H5* C 21 -7.326 -15.215 -1.247 219 H4' C 21 H4* C 21 -6.042 -14.217 -3.073 220 H3' C 21 H3* C 21 -4.539 -15.537 -0.795 221 H2' C 21 H2* C 21 -2.468 -15.004 -1.856 222 HO2' C 21 HO2 C 21 -3.862 -15.300 -4.065 223 H1' C 21 H1* C 21 -3.036 -12.471 -2.549 224 H41 C 21 1H4 C 21 -0.457 -11.855 3.195 225 H42 C 21 2H4 C 21 -1.946 -12.364 3.962 226 H5 C 21 5H C 21 -3.905 -13.031 2.719 227 H6 C 21 6H C 21 -4.822 -13.434 0.479 228 H5' C 22 1H5* C 22 -3.170 -17.861 -4.312 229 H5'' C 22 2H5* C 22 -2.222 -19.228 -3.689 230 H4' C 22 H4* C 22 -1.010 -17.059 -4.606 231 H3' C 22 H3* C 22 -0.363 -18.665 -2.119 232 HO3' C 22 H3T C 22 0.896 -19.700 -3.509 233 H2' C 22 H2* C 22 1.453 -17.254 -1.672 234 HO2' C 22 HO2 C 22 1.280 -16.743 -4.426 235 H1' C 22 H1* C 22 0.235 -14.885 -2.454 236 H41 C 22 1H4 C 22 0.066 -15.255 3.918 237 H42 C 22 2H4 C 22 -1.496 -16.034 3.812 238 H5 C 22 5H C 22 -2.499 -16.698 1.729 239 H6 C 22 6H C 22 -2.223 -16.770 -0.702 Start of MODEL 12 1 H5' G 1 1H5* G 1 7.915 -8.436 7.276 2 H5'' G 1 2H5* G 1 7.464 -10.047 7.875 3 H4' G 1 H4* G 1 9.059 -9.960 5.348 4 H3' G 1 H3* G 1 6.279 -8.797 5.640 5 H2' G 1 H2* G 1 5.487 -10.029 3.838 6 HO2' G 1 HO2 G 1 7.964 -9.394 2.871 7 H1' G 1 H1* G 1 7.392 -12.154 3.891 8 H8 G 1 8H G 1 5.385 -12.095 7.016 9 H1 G 1 1H G 1 2.007 -14.324 2.083 10 H21 G 1 1H2 G 1 3.103 -13.940 0.189 11 H22 G 1 2H2 G 1 4.665 -13.154 0.149 12 HO5' G 1 H5T G 1 10.029 -8.947 7.452 13 H5' G 2 1H5* G 2 8.802 -8.097 1.622 14 H5'' G 2 2H5* G 2 8.495 -6.381 1.285 15 H4' G 2 H4* G 2 8.593 -7.466 -0.842 16 H3' G 2 H3* G 2 5.852 -6.695 0.133 17 H2' G 2 H2* G 2 4.752 -7.832 -1.625 18 HO2' G 2 HO2 G 2 7.044 -8.625 -3.000 19 H1' G 2 H1* G 2 6.179 -10.108 -1.659 20 H8 G 2 8H G 2 6.119 -8.969 1.905 21 H1 G 2 1H G 2 0.567 -11.536 0.112 22 H21 G 2 1H2 G 2 0.539 -11.798 -2.097 23 H22 G 2 2H2 G 2 1.876 -11.319 -3.116 24 H5' A 3 1H5* A 3 6.436 -5.705 -4.227 25 H5'' A 3 2H5* A 3 5.800 -4.080 -4.546 26 H4' A 3 H4* A 3 4.979 -5.714 -6.214 27 H3' A 3 H3* A 3 3.016 -4.402 -4.303 28 H2' A 3 H2* A 3 1.221 -5.605 -5.372 29 HO2' A 3 HO2 A 3 1.556 -6.818 -7.234 30 H1' A 3 H1* A 3 2.328 -8.002 -5.137 31 H8 A 3 8H A 3 3.916 -5.976 -2.399 32 H61 A 3 1H6 A 3 -1.054 -6.997 1.043 33 H62 A 3 2H6 A 3 0.556 -6.311 1.004 34 H2 A 3 2H A 3 -2.001 -8.261 -3.182 35 H5' G 4 1H5* G 4 1.143 -4.650 -7.481 36 H5'' G 4 2H5* G 4 0.257 -3.234 -8.080 37 H4' G 4 H4* G 4 -1.336 -5.013 -7.718 38 H3' G 4 H3* G 4 -1.415 -2.856 -5.559 39 H2' G 4 H2* G 4 -3.350 -3.992 -4.713 40 HO2' G 4 HO2 G 4 -4.350 -4.421 -6.747 41 H1' G 4 H1* G 4 -2.345 -6.489 -4.926 42 H8 G 4 8H G 4 0.522 -4.459 -3.745 43 H1 G 4 1H G 4 -3.881 -5.100 0.802 44 H21 G 4 1H2 G 4 -5.765 -5.891 -0.065 45 H22 G 4 2H2 G 4 -5.975 -6.118 -1.787 46 H5' U 5 1H5* U 5 -5.387 -2.804 -7.399 47 H5'' U 5 2H5* U 5 -5.786 -1.128 -7.826 48 H4' U 5 H4* U 5 -7.638 -2.005 -6.564 49 H3' U 5 H3* U 5 -5.833 -0.101 -5.025 50 H2' U 5 H2* U 5 -7.333 -0.295 -3.164 51 HO2' U 5 HO2 U 5 -9.363 -1.042 -3.358 52 H1' U 5 H1* U 5 -7.466 -2.969 -3.170 53 H3 U 5 3H U 5 -4.539 -1.608 0.078 54 H5 U 5 5H U 5 -2.252 -1.796 -3.456 55 H6 U 5 6H U 5 -4.310 -2.138 -4.693 56 H5' A 6 1H5* A 6 -9.838 1.712 -4.825 57 H5'' A 6 2H5* A 6 -9.697 3.453 -5.136 58 H4' A 6 H4* A 6 -10.855 3.168 -3.040 59 H3' A 6 H3* A 6 -7.956 4.084 -2.766 60 H2' A 6 H2* A 6 -8.336 4.250 -0.411 61 HO2' A 6 HO2 A 6 -10.619 3.610 0.284 62 H1' A 6 H1* A 6 -9.500 1.852 -0.112 63 H8 A 6 8H A 6 -6.920 1.783 -2.915 64 H61 A 6 1H6 A 6 -2.737 0.671 1.462 65 H62 A 6 2H6 A 6 -3.064 0.585 -0.254 66 H2 A 6 2H A 6 -6.627 1.721 3.463 67 H5' U 7 1H5* U 7 -10.131 6.056 -0.049 68 H5'' U 7 2H5* U 7 -10.226 7.784 -0.445 69 H4' U 7 H4* U 7 -9.774 7.817 1.853 70 H3' U 7 H3* U 7 -7.161 7.978 0.302 71 H2' U 7 H2* U 7 -6.035 8.208 2.402 72 HO2' U 7 HO2 U 7 -8.586 8.301 3.684 73 H1' U 7 H1* U 7 -7.362 6.197 3.667 74 H3 U 7 3H U 7 -3.363 4.276 2.765 75 H5 U 7 5H U 7 -5.290 4.480 -0.988 76 H6 U 7 6H U 7 -7.020 5.797 0.059 77 H5' G 8 1H5* G 8 -7.031 10.704 3.243 78 H5'' G 8 2H5* G 8 -6.226 12.223 2.810 79 H4' G 8 H4* G 8 -5.072 11.103 4.679 80 H3' G 8 H3* G 8 -3.581 11.226 2.015 81 H2' G 8 H2* G 8 -1.704 10.331 3.181 82 HO2' G 8 HO2 G 8 -3.069 10.585 5.662 83 H1' G 8 H1* G 8 -3.120 8.538 4.713 84 H8 G 8 8H G 8 -4.343 8.484 1.129 85 H1 G 8 1H G 8 1.101 5.304 1.960 86 H21 G 8 1H2 G 8 1.953 5.766 3.964 87 H22 G 8 2H2 G 8 1.100 6.740 5.137 88 H5' U 9 1H5* U 9 -0.858 12.754 4.569 89 H5'' U 9 2H5* U 9 -0.436 14.427 4.149 90 H4' U 9 H4* U 9 1.662 13.388 4.281 91 H3' U 9 H3* U 9 0.634 13.417 1.430 92 H2' U 9 H2* U 9 2.527 12.225 0.703 93 HO2' U 9 HO2 U 9 4.077 12.200 2.937 94 H1' U 9 H1* U 9 2.907 10.641 2.969 95 H3 U 9 3H U 9 2.124 7.571 -0.230 96 H5 U 9 5H U 9 -1.597 9.535 0.236 97 H6 U 9 6H U 9 -0.495 11.116 1.702 98 H5' G 10 1H5* G 10 4.139 14.075 0.934 99 H5'' G 10 2H5* G 10 4.698 15.666 0.381 100 H4' G 10 H4* G 10 5.728 14.459 -1.253 101 H3' G 10 H3* G 10 2.839 14.662 -2.157 102 H2' G 10 H2* G 10 3.329 13.275 -4.014 103 HO2' G 10 HO2 G 10 6.077 13.673 -3.313 104 H1' G 10 H1* G 10 4.842 11.435 -2.705 105 H8 G 10 8H G 10 1.720 13.131 -1.128 106 H1 G 10 1H G 10 0.505 7.659 -4.145 107 H21 G 10 1H2 G 10 3.929 7.511 -4.650 108 H22 G 10 2H2 G 10 2.358 6.816 -4.975 109 H5' A 11 1H5* A 11 5.034 14.637 -5.226 110 H5'' A 11 2H5* A 11 5.154 16.151 -6.134 111 H4' A 11 H4* A 11 3.169 14.994 -7.541 112 H3' A 11 H3* A 11 4.259 12.789 -5.943 113 H2' A 11 H2* A 11 5.504 11.701 -7.515 114 HO2' A 11 HO2 A 11 4.144 12.342 -9.801 115 H1' A 11 H1* A 11 5.696 13.485 -9.643 116 H8 A 11 8H A 11 6.966 14.038 -6.029 117 H61 A 11 1H6 A 11 12.477 12.477 -8.158 118 H62 A 11 2H6 A 11 11.526 12.404 -6.691 119 H2 A 11 2H A 11 9.466 11.784 -11.472 120 H5' A 12 1H5* A 12 2.337 10.287 -8.774 121 H5'' A 12 2H5* A 12 1.937 8.769 -7.949 122 H4' A 12 H4* A 12 3.852 8.593 -9.578 123 H3' A 12 H3* A 12 4.075 7.840 -6.663 124 H2' A 12 H2* A 12 6.409 7.430 -6.860 125 HO2' A 12 HO2 A 12 6.557 6.281 -8.744 126 H1' A 12 H1* A 12 7.101 9.576 -8.312 127 H8 A 12 8H A 12 4.163 9.991 -5.823 128 H61 A 12 2H6 A 12 8.299 11.869 -1.762 129 H62 A 12 1H6 A 12 6.708 12.314 -2.335 130 H2 A 12 2H A 12 10.521 10.720 -5.550 131 H5' A 13 1H5* A 13 5.352 4.058 -8.852 132 H5'' A 13 2H5* A 13 4.768 2.674 -7.913 133 H4' A 13 H4* A 13 7.201 2.576 -8.113 134 H3' A 13 H3* A 13 5.931 2.989 -5.420 135 H2' A 13 H2* A 13 8.001 3.429 -4.347 136 HO2' A 13 HO2 A 13 9.037 2.107 -6.614 137 H1' A 13 H1* A 13 9.116 5.054 -6.147 138 H8 A 13 8H A 13 5.272 5.003 -5.757 139 H61 A 13 2H6 A 13 5.966 9.968 -2.206 140 H62 A 13 1H6 A 13 4.816 8.870 -2.936 141 H2 A 13 2H A 13 10.063 8.485 -3.333 142 H5' G 14 1H5* G 14 9.010 1.228 -4.494 143 H5'' G 14 2H5* G 14 8.912 -0.182 -3.421 144 H4' G 14 H4* G 14 10.178 1.438 -2.219 145 H3' G 14 H3* G 14 7.265 1.337 -1.347 146 H2' G 14 H2* G 14 7.798 2.954 0.343 147 HO2' G 14 HO2 G 14 10.481 2.315 -0.363 148 H1' G 14 H1* G 14 9.135 4.643 -1.289 149 H8 G 14 8H G 14 6.355 2.799 -3.143 150 H1 G 14 1H G 14 4.255 7.850 0.131 151 H21 G 14 1H2 G 14 7.503 8.020 1.372 152 H22 G 14 2H2 G 14 5.864 8.628 1.440 153 H5' C 15 1H5* C 15 8.818 1.226 2.219 154 H5'' C 15 2H5* C 15 8.107 -0.044 3.233 155 H4' C 15 H4* C 15 7.648 2.173 4.185 156 H3' C 15 H3* C 15 5.249 0.717 2.987 157 H2' C 15 H2* C 15 3.913 2.457 3.907 158 HO2' C 15 HO2 C 15 5.383 4.055 5.275 159 H1' C 15 H1* C 15 5.699 4.513 3.382 160 H41 C 15 1H4 C 15 0.819 4.414 -0.796 161 H42 C 15 2H4 C 15 1.918 3.720 -1.963 162 H5 C 15 5H C 15 4.014 2.710 -1.323 163 H6 C 15 6H C 15 5.684 2.533 0.451 164 H5' A 16 1H5* A 16 5.123 1.387 7.571 165 H5'' A 16 2H5* A 16 4.239 0.034 8.303 166 H4' A 16 H4* A 16 3.482 2.199 9.215 167 H3' A 16 H3* A 16 1.545 0.545 7.549 168 H2' A 16 H2* A 16 -0.135 2.207 7.911 169 HO2' A 16 HO2 A 16 1.473 3.883 9.465 170 H1' A 16 H1* A 16 1.381 4.342 7.316 171 H8 A 16 8H A 16 2.672 1.489 5.252 172 H61 A 16 1H6 A 16 -1.869 2.666 1.263 173 H62 A 16 2H6 A 16 -0.354 1.825 1.500 174 H2 A 16 2H A 16 -2.680 4.972 5.035 175 H5' U 17 1H5* U 17 -0.712 2.234 10.157 176 H5'' U 17 2H5* U 17 -1.302 1.098 11.386 177 H4' U 17 H4* U 17 -3.250 2.264 10.808 178 H3' U 17 H3* U 17 -2.992 -0.284 9.186 179 H2' U 17 H2* U 17 -5.004 0.227 8.047 180 HO2' U 17 HO2 U 17 -6.248 2.155 8.868 181 H1' U 17 H1* U 17 -4.613 2.922 7.752 182 H3 U 17 3H U 17 -4.134 1.510 3.501 183 H5 U 17 5H U 17 -0.737 -0.036 5.461 184 H6 U 17 6H U 17 -1.668 0.754 7.546 185 H5' A 18 1H5* A 18 -6.771 -0.226 9.921 186 H5'' A 18 2H5* A 18 -7.365 -1.683 10.741 187 H4' A 18 H4* A 18 -8.674 -1.657 8.809 188 H3' A 18 H3* A 18 -6.173 -3.312 8.333 189 H2' A 18 H2* A 18 -6.880 -3.717 6.147 190 HO2' A 18 HO2 A 18 -9.481 -3.036 7.097 191 H1' A 18 H1* A 18 -8.181 -1.299 5.677 192 H8 A 18 8H A 18 -4.597 -1.630 7.018 193 H61 A 18 1H6 A 18 -2.805 -1.587 1.126 194 H62 A 18 2H6 A 18 -2.257 -1.472 2.782 195 H2 A 18 2H A 18 -7.296 -1.486 1.230 196 H5' C 19 1H5* C 19 -9.657 -4.803 7.086 197 H5'' C 19 2H5* C 19 -10.134 -6.452 7.534 198 H4' C 19 H4* C 19 -10.659 -6.311 5.247 199 H3' C 19 H3* C 19 -7.910 -7.570 5.566 200 H2' C 19 H2* C 19 -7.972 -7.940 3.202 201 HO2' C 19 HO2 C 19 -10.723 -7.201 3.405 202 H1' C 19 H1* C 19 -8.939 -5.466 2.549 203 H41 C 19 1H4 C 19 -2.641 -4.723 2.228 204 H42 C 19 2H4 C 19 -2.546 -4.616 3.972 205 H5 C 19 5H C 19 -4.412 -5.129 5.417 206 H6 C 19 6H C 19 -6.762 -5.685 5.504 207 H5' U 20 1H5* U 20 -9.904 -9.578 2.918 208 H5'' U 20 2H5* U 20 -9.913 -11.347 3.069 209 H4' U 20 H4* U 20 -9.109 -10.786 0.856 210 H3' U 20 H3* U 20 -7.020 -11.769 2.821 211 H2' U 20 H2* U 20 -5.335 -11.453 1.242 212 HO2' U 20 HO2 U 20 -5.787 -11.544 -1.020 213 H1' U 20 H1* U 20 -6.633 -9.448 -0.326 214 H3 U 20 3H U 20 -2.500 -7.734 0.350 215 H5 U 20 5H U 20 -4.332 -7.599 4.161 216 H6 U 20 6H U 20 -6.139 -8.925 3.253 217 H5' C 21 1H5* C 21 -7.439 -13.599 -1.079 218 H5'' C 21 2H5* C 21 -7.269 -15.363 -1.135 219 H4' C 21 H4* C 21 -6.028 -14.367 -2.982 220 H3' C 21 H3* C 21 -4.455 -15.643 -0.729 221 H2' C 21 H2* C 21 -2.414 -15.064 -1.810 222 HO2' C 21 HO2 C 21 -2.329 -14.444 -3.966 223 H1' C 21 H1* C 21 -3.067 -12.564 -2.575 224 H41 C 21 1H4 C 21 -0.298 -11.705 3.046 225 H42 C 21 2H4 C 21 -1.745 -12.224 3.883 226 H5 C 21 5H C 21 -3.711 -13.028 2.736 227 H6 C 21 6H C 21 -4.697 -13.525 0.545 228 H5' C 22 1H5* C 22 -3.214 -17.355 -4.267 229 H5'' C 22 2H5* C 22 -2.363 -18.912 -4.210 230 H4' C 22 H4* C 22 -0.870 -16.901 -4.587 231 H3' C 22 H3* C 22 -0.540 -18.742 -2.203 232 HO3' C 22 H3T C 22 -0.117 -19.064 -4.699 233 H2' C 22 H2* C 22 1.327 -17.530 -1.505 234 HO2' C 22 HO2 C 22 1.752 -17.290 -4.122 235 H1' C 22 H1* C 22 0.430 -15.006 -2.332 236 H41 C 22 1H4 C 22 -0.030 -15.259 4.017 237 H42 C 22 2H4 C 22 -1.562 -16.093 3.880 238 H5 C 22 5H C 22 -2.523 -16.748 1.768 239 H6 C 22 6H C 22 -2.177 -16.834 -0.654 Start of MODEL 13 1 H5' G 1 1H5* G 1 8.555 -8.656 7.288 2 H5'' G 1 2H5* G 1 8.014 -10.247 7.864 3 H4' G 1 H4* G 1 9.535 -10.187 5.288 4 H3' G 1 H3* G 1 6.823 -8.905 5.708 5 H2' G 1 H2* G 1 5.918 -10.052 3.906 6 HO2' G 1 HO2 G 1 8.588 -10.104 2.898 7 H1' G 1 H1* G 1 7.739 -12.255 3.837 8 H8 G 1 8H G 1 5.815 -12.199 7.015 9 H1 G 1 1H G 1 2.239 -14.196 2.120 10 H21 G 1 1H2 G 1 3.312 -13.830 0.209 11 H22 G 1 2H2 G 1 4.877 -13.055 0.144 12 HO5' G 1 H5T G 1 10.048 -9.845 8.673 13 H5' G 2 1H5* G 2 9.199 -8.086 1.652 14 H5'' G 2 2H5* G 2 8.877 -6.377 1.295 15 H4' G 2 H4* G 2 8.847 -7.550 -0.802 16 H3' G 2 H3* G 2 6.173 -6.674 0.292 17 H2' G 2 H2* G 2 4.998 -7.760 -1.458 18 HO2' G 2 HO2 G 2 7.545 -7.786 -2.723 19 H1' G 2 H1* G 2 6.355 -10.084 -1.503 20 H8 G 2 8H G 2 6.317 -8.888 2.057 21 H1 G 2 1H G 2 0.727 -11.394 0.297 22 H21 G 2 1H2 G 2 0.709 -11.727 -1.902 23 H22 G 2 2H2 G 2 2.052 -11.283 -2.930 24 H5' A 3 1H5* A 3 6.537 -5.844 -3.988 25 H5'' A 3 2H5* A 3 5.948 -4.222 -4.402 26 H4' A 3 H4* A 3 4.961 -5.945 -5.880 27 H3' A 3 H3* A 3 3.139 -4.458 -3.948 28 H2' A 3 H2* A 3 1.276 -5.622 -4.950 29 HO2' A 3 HO2 A 3 2.769 -7.236 -6.626 30 H1' A 3 H1* A 3 2.327 -8.054 -4.655 31 H8 A 3 8H A 3 3.902 -5.961 -1.950 32 H61 A 3 1H6 A 3 -1.129 -6.848 1.440 33 H62 A 3 2H6 A 3 0.486 -6.176 1.410 34 H2 A 3 2H A 3 -2.023 -8.216 -2.763 35 H5' G 4 1H5* G 4 1.183 -4.703 -7.254 36 H5'' G 4 2H5* G 4 0.293 -3.255 -7.761 37 H4' G 4 H4* G 4 -1.252 -5.128 -7.434 38 H3' G 4 H3* G 4 -1.421 -2.913 -5.339 39 H2' G 4 H2* G 4 -3.368 -4.060 -4.531 40 HO2' G 4 HO2 G 4 -4.246 -5.839 -5.722 41 H1' G 4 H1* G 4 -2.312 -6.547 -4.665 42 H8 G 4 8H G 4 0.467 -4.449 -3.400 43 H1 G 4 1H G 4 -4.103 -5.112 0.977 44 H21 G 4 1H2 G 4 -5.942 -5.928 0.043 45 H22 G 4 2H2 G 4 -6.074 -6.192 -1.681 46 H5' U 5 1H5* U 5 -5.333 -2.904 -7.346 47 H5'' U 5 2H5* U 5 -5.707 -1.236 -7.824 48 H4' U 5 H4* U 5 -7.613 -2.062 -6.618 49 H3' U 5 H3* U 5 -5.843 -0.173 -5.021 50 H2' U 5 H2* U 5 -7.428 -0.325 -3.228 51 HO2' U 5 HO2 U 5 -9.320 -1.848 -3.720 52 H1' U 5 H1* U 5 -7.608 -3.000 -3.226 53 H3 U 5 3H U 5 -4.832 -1.674 0.164 54 H5 U 5 5H U 5 -2.369 -1.938 -3.243 55 H6 U 5 6H U 5 -4.366 -2.234 -4.586 56 H5' A 6 1H5* A 6 -9.823 1.709 -5.015 57 H5'' A 6 2H5* A 6 -9.637 3.444 -5.333 58 H4' A 6 H4* A 6 -10.904 3.201 -3.298 59 H3' A 6 H3* A 6 -8.006 4.063 -2.884 60 H2' A 6 H2* A 6 -8.498 4.251 -0.547 61 HO2' A 6 HO2 A 6 -10.542 4.301 0.246 62 H1' A 6 H1* A 6 -9.682 1.867 -0.291 63 H8 A 6 8H A 6 -7.033 1.774 -3.027 64 H61 A 6 1H6 A 6 -2.953 0.651 1.434 65 H62 A 6 2H6 A 6 -3.259 0.516 -0.282 66 H2 A 6 2H A 6 -6.892 1.682 3.356 67 H5' U 7 1H5* U 7 -10.183 6.045 -0.253 68 H5'' U 7 2H5* U 7 -10.254 7.776 -0.640 69 H4' U 7 H4* U 7 -9.837 7.797 1.663 70 H3' U 7 H3* U 7 -7.198 7.925 0.151 71 H2' U 7 H2* U 7 -6.098 8.129 2.268 72 HO2' U 7 HO2 U 7 -7.272 8.462 4.188 73 H1' U 7 H1* U 7 -7.474 6.138 3.508 74 H3 U 7 3H U 7 -3.480 4.173 2.660 75 H5 U 7 5H U 7 -5.352 4.403 -1.120 76 H6 U 7 6H U 7 -7.088 5.732 -0.097 77 H5' G 8 1H5* G 8 -7.085 10.540 3.140 78 H5'' G 8 2H5* G 8 -6.260 12.072 2.790 79 H4' G 8 H4* G 8 -5.151 10.872 4.635 80 H3' G 8 H3* G 8 -3.609 11.075 2.007 81 H2' G 8 H2* G 8 -1.763 10.113 3.169 82 HO2' G 8 HO2 G 8 -1.872 9.850 5.493 83 H1' G 8 H1* G 8 -3.223 8.269 4.588 84 H8 G 8 8H G 8 -4.407 8.402 0.996 85 H1 G 8 1H G 8 0.993 5.129 1.727 86 H21 G 8 1H2 G 8 1.831 5.486 3.759 87 H22 G 8 2H2 G 8 0.977 6.415 4.967 88 H5' U 9 1H5* U 9 -0.951 12.530 4.624 89 H5'' U 9 2H5* U 9 -0.511 14.219 4.295 90 H4' U 9 H4* U 9 1.578 13.162 4.424 91 H3' U 9 H3* U 9 0.614 13.344 1.556 92 H2' U 9 H2* U 9 2.491 12.149 0.807 93 HO2' U 9 HO2 U 9 4.155 11.884 2.806 94 H1' U 9 H1* U 9 2.840 10.475 3.016 95 H3 U 9 3H U 9 2.117 7.537 -0.323 96 H5 U 9 5H U 9 -1.625 9.449 0.193 97 H6 U 9 6H U 9 -0.548 10.977 1.732 98 H5' G 10 1H5* G 10 4.207 13.931 1.245 99 H5'' G 10 2H5* G 10 4.802 15.562 0.877 100 H4' G 10 H4* G 10 5.980 14.474 -0.747 101 H3' G 10 H3* G 10 3.202 14.880 -1.882 102 H2' G 10 H2* G 10 3.752 13.591 -3.790 103 HO2' G 10 HO2 G 10 6.458 13.388 -2.923 104 H1' G 10 H1* G 10 5.020 11.563 -2.538 105 H8 G 10 8H G 10 1.984 13.388 -0.934 106 H1 G 10 1H G 10 0.474 8.264 -4.389 107 H21 G 10 1H2 G 10 3.889 7.929 -4.845 108 H22 G 10 2H2 G 10 2.286 7.335 -5.206 109 H5' A 11 1H5* A 11 5.527 14.778 -4.912 110 H5'' A 11 2H5* A 11 5.744 16.360 -5.672 111 H4' A 11 H4* A 11 3.709 15.493 -7.189 112 H3' A 11 H3* A 11 4.566 13.069 -5.775 113 H2' A 11 H2* A 11 5.734 12.008 -7.426 114 HO2' A 11 HO2 A 11 4.590 12.857 -9.704 115 H1' A 11 H1* A 11 6.110 13.944 -9.393 116 H8 A 11 8H A 11 7.404 14.064 -5.746 117 H61 A 11 2H6 A 11 12.439 11.423 -7.745 118 H62 A 11 1H6 A 11 12.130 12.888 -6.840 119 H2 A 11 2H A 11 9.724 12.090 -11.377 120 H5' A 12 1H5* A 12 2.426 10.919 -8.758 121 H5'' A 12 2H5* A 12 1.939 9.386 -8.012 122 H4' A 12 H4* A 12 3.854 9.207 -9.656 123 H3' A 12 H3* A 12 4.047 8.265 -6.784 124 H2' A 12 H2* A 12 6.328 7.665 -7.094 125 HO2' A 12 HO2 A 12 5.612 7.745 -9.827 126 H1' A 12 H1* A 12 7.136 9.828 -8.497 127 H8 A 12 8H A 12 4.483 10.322 -5.712 128 H61 A 12 2H6 A 12 8.429 11.015 -1.849 129 H62 A 12 1H6 A 12 8.278 12.643 -2.476 130 H2 A 12 2H A 12 10.881 10.455 -6.031 131 H5' A 13 1H5* A 13 4.984 4.530 -9.147 132 H5'' A 13 2H5* A 13 4.329 3.147 -8.255 133 H4' A 13 H4* A 13 6.752 2.918 -8.489 134 H3' A 13 H3* A 13 5.536 3.299 -5.761 135 H2' A 13 H2* A 13 7.657 3.528 -4.710 136 HO2' A 13 HO2 A 13 9.461 3.238 -6.606 137 H1' A 13 H1* A 13 8.833 5.177 -6.442 138 H8 A 13 8H A 13 4.999 5.369 -6.033 139 H61 A 13 2H6 A 13 6.035 10.018 -2.148 140 H62 A 13 1H6 A 13 4.812 9.065 -2.958 141 H2 A 13 2H A 13 10.020 8.328 -3.384 142 H5' G 14 1H5* G 14 8.535 1.268 -5.015 143 H5'' G 14 2H5* G 14 8.367 -0.186 -4.012 144 H4' G 14 H4* G 14 9.813 1.277 -2.798 145 H3' G 14 H3* G 14 6.948 1.281 -1.780 146 H2' G 14 H2* G 14 7.629 2.791 -0.044 147 HO2' G 14 HO2 G 14 10.260 2.118 -0.921 148 H1' G 14 H1* G 14 8.961 4.501 -1.645 149 H8 G 14 8H G 14 6.059 2.841 -3.487 150 H1 G 14 1H G 14 4.245 7.818 0.058 151 H21 G 14 1H2 G 14 7.527 7.818 1.210 152 H22 G 14 2H2 G 14 5.911 8.473 1.358 153 H5' C 15 1H5* C 15 8.598 0.904 1.732 154 H5'' C 15 2H5* C 15 7.854 -0.396 2.684 155 H4' C 15 H4* C 15 7.498 1.778 3.772 156 H3' C 15 H3* C 15 5.030 0.474 2.544 157 H2' C 15 H2* C 15 3.764 2.215 3.551 158 HO2' C 15 HO2 C 15 5.986 3.229 4.966 159 H1' C 15 H1* C 15 5.600 4.237 3.101 160 H41 C 15 1H4 C 15 0.725 4.444 -1.079 161 H42 C 15 2H4 C 15 1.817 3.794 -2.276 162 H5 C 15 5H C 15 3.871 2.682 -1.674 163 H6 C 15 6H C 15 5.528 2.374 0.093 164 H5' A 16 1H5* A 16 5.027 0.970 7.168 165 H5'' A 16 2H5* A 16 4.108 -0.380 7.862 166 H4' A 16 H4* A 16 3.478 1.769 8.901 167 H3' A 16 H3* A 16 1.420 0.260 7.248 168 H2' A 16 H2* A 16 -0.182 1.977 7.704 169 HO2' A 16 HO2 A 16 1.286 3.724 9.155 170 H1' A 16 H1* A 16 1.383 4.061 7.101 171 H8 A 16 8H A 16 2.597 1.224 4.979 172 H61 A 16 1H6 A 16 -1.985 2.514 1.076 173 H62 A 16 2H6 A 16 -0.473 1.659 1.277 174 H2 A 16 2H A 16 -2.715 4.776 4.893 175 H5' U 17 1H5* U 17 -0.667 1.971 9.996 176 H5'' U 17 2H5* U 17 -1.234 0.829 11.231 177 H4' U 17 H4* U 17 -3.156 2.099 10.805 178 H3' U 17 H3* U 17 -3.128 -0.415 9.112 179 H2' U 17 H2* U 17 -5.175 0.229 8.103 180 HO2' U 17 HO2 U 17 -5.709 1.201 10.465 181 H1' U 17 H1* U 17 -4.651 2.896 7.823 182 H3 U 17 3H U 17 -4.449 1.488 3.543 183 H5 U 17 5H U 17 -1.014 -0.181 5.324 184 H6 U 17 6H U 17 -1.815 0.621 7.457 185 H5' A 18 1H5* A 18 -6.857 -0.239 10.060 186 H5'' A 18 2H5* A 18 -7.467 -1.697 10.867 187 H4' A 18 H4* A 18 -8.853 -1.569 8.988 188 H3' A 18 H3* A 18 -6.438 -3.308 8.372 189 H2' A 18 H2* A 18 -7.274 -3.647 6.214 190 HO2' A 18 HO2 A 18 -9.547 -2.997 5.757 191 H1' A 18 H1* A 18 -8.423 -1.158 5.824 192 H8 A 18 8H A 18 -4.836 -1.656 7.105 193 H61 A 18 1H6 A 18 -3.143 -1.757 1.188 194 H62 A 18 2H6 A 18 -2.564 -1.669 2.837 195 H2 A 18 2H A 18 -7.622 -1.440 1.361 196 H5' C 19 1H5* C 19 -10.263 -5.207 7.355 197 H5'' C 19 2H5* C 19 -10.193 -6.959 7.619 198 H4' C 19 H4* C 19 -10.987 -6.440 5.354 199 H3' C 19 H3* C 19 -8.236 -7.720 5.556 200 H2' C 19 H2* C 19 -8.312 -7.908 3.170 201 HO2' C 19 HO2 C 19 -10.523 -6.930 2.313 202 H1' C 19 H1* C 19 -9.291 -5.393 2.715 203 H41 C 19 1H4 C 19 -2.976 -4.736 2.387 204 H42 C 19 2H4 C 19 -2.913 -4.534 4.122 205 H5 C 19 5H C 19 -4.781 -5.057 5.561 206 H6 C 19 6H C 19 -7.128 -5.623 5.639 207 H5' U 20 1H5* U 20 -10.042 -9.507 2.808 208 H5'' U 20 2H5* U 20 -10.136 -11.278 2.848 209 H4' U 20 H4* U 20 -9.171 -10.717 0.737 210 H3' U 20 H3* U 20 -7.135 -11.640 2.791 211 H2' U 20 H2* U 20 -5.416 -11.331 1.230 212 HO2' U 20 HO2 U 20 -6.833 -10.999 -1.083 213 H1' U 20 H1* U 20 -6.649 -9.269 -0.287 214 H3 U 20 3H U 20 -2.554 -7.624 0.739 215 H5 U 20 5H U 20 -4.676 -7.547 4.398 216 H6 U 20 6H U 20 -6.426 -8.821 3.321 217 H5' C 21 1H5* C 21 -7.335 -13.428 -1.070 218 H5'' C 21 2H5* C 21 -7.204 -15.196 -1.154 219 H4' C 21 H4* C 21 -5.869 -14.238 -2.933 220 H3' C 21 H3* C 21 -4.366 -15.464 -0.601 221 H2' C 21 H2* C 21 -2.300 -14.916 -1.660 222 HO2' C 21 HO2 C 21 -3.783 -14.161 -3.979 223 H1' C 21 H1* C 21 -2.938 -12.429 -2.471 224 H41 C 21 1H4 C 21 -0.270 -11.498 3.188 225 H42 C 21 2H4 C 21 -1.743 -11.977 4.003 226 H5 C 21 5H C 21 -3.702 -12.762 2.828 227 H6 C 21 6H C 21 -4.644 -13.299 0.628 228 H5' C 22 1H5* C 22 -2.969 -17.805 -4.078 229 H5'' C 22 2H5* C 22 -1.990 -19.160 -3.481 230 H4' C 22 H4* C 22 -0.814 -16.982 -4.401 231 H3' C 22 H3* C 22 -0.132 -18.543 -1.893 232 HO3' C 22 H3T C 22 0.672 -19.706 -3.478 233 H2' C 22 H2* C 22 1.665 -17.092 -1.479 234 HO2' C 22 HO2 C 22 2.751 -16.162 -3.053 235 H1' C 22 H1* C 22 0.391 -14.760 -2.266 236 H41 C 22 1H4 C 22 0.276 -15.148 4.108 237 H42 C 22 2H4 C 22 -1.282 -15.939 4.011 238 H5 C 22 5H C 22 -2.304 -16.589 1.929 239 H6 C 22 6H C 22 -2.036 -16.665 -0.501 Start of MODEL 14 1 H5' G 1 1H5* G 1 8.511 -8.731 7.386 2 H5'' G 1 2H5* G 1 7.906 -10.289 7.986 3 H4' G 1 H4* G 1 9.474 -10.300 5.429 4 H3' G 1 H3* G 1 6.767 -9.002 5.808 5 H2' G 1 H2* G 1 5.851 -10.188 4.040 6 HO2' G 1 HO2 G 1 7.131 -10.858 2.255 7 H1' G 1 H1* G 1 7.661 -12.398 3.999 8 H8 G 1 8H G 1 5.744 -12.260 7.187 9 H1 G 1 1H G 1 2.147 -14.346 2.345 10 H21 G 1 1H2 G 1 3.214 -14.018 0.423 11 H22 G 1 2H2 G 1 4.814 -13.315 0.343 12 HO5' G 1 H5T G 1 9.902 -10.055 8.841 13 H5' G 2 1H5* G 2 9.088 -8.365 1.691 14 H5'' G 2 2H5* G 2 8.865 -6.633 1.374 15 H4' G 2 H4* G 2 8.721 -7.702 -0.753 16 H3' G 2 H3* G 2 6.091 -6.838 0.446 17 H2' G 2 H2* G 2 4.840 -7.873 -1.279 18 HO2' G 2 HO2 G 2 5.631 -8.189 -3.256 19 H1' G 2 H1* G 2 6.171 -10.206 -1.442 20 H8 G 2 8H G 2 6.293 -9.086 2.142 21 H1 G 2 1H G 2 0.625 -11.532 0.557 22 H21 G 2 1H2 G 2 0.508 -11.783 -1.651 23 H22 G 2 2H2 G 2 1.837 -11.386 -2.714 24 H5' A 3 1H5* A 3 6.484 -5.882 -3.875 25 H5'' A 3 2H5* A 3 5.894 -4.247 -4.232 26 H4' A 3 H4* A 3 4.973 -5.912 -5.818 27 H3' A 3 H3* A 3 3.080 -4.505 -3.895 28 H2' A 3 H2* A 3 1.254 -5.649 -4.991 29 HO2' A 3 HO2 A 3 2.678 -5.589 -7.100 30 H1' A 3 H1* A 3 2.300 -8.079 -4.728 31 H8 A 3 8H A 3 3.835 -6.070 -1.942 32 H61 A 3 1H6 A 3 -1.259 -7.002 1.335 33 H62 A 3 2H6 A 3 0.352 -6.320 1.344 34 H2 A 3 2H A 3 -2.092 -8.255 -2.916 35 H5' G 4 1H5* G 4 1.199 -4.553 -7.316 36 H5'' G 4 2H5* G 4 0.310 -3.070 -7.716 37 H4' G 4 H4* G 4 -1.220 -4.991 -7.523 38 H3' G 4 H3* G 4 -1.441 -2.862 -5.344 39 H2' G 4 H2* G 4 -3.391 -4.059 -4.608 40 HO2' G 4 HO2 G 4 -4.432 -4.595 -6.485 41 H1' G 4 H1* G 4 -2.295 -6.516 -4.778 42 H8 G 4 8H G 4 0.476 -4.429 -3.476 43 H1 G 4 1H G 4 -4.091 -5.171 0.890 44 H21 G 4 1H2 G 4 -5.932 -5.969 -0.057 45 H22 G 4 2H2 G 4 -6.065 -6.207 -1.785 46 H5' U 5 1H5* U 5 -5.341 -2.824 -7.419 47 H5'' U 5 2H5* U 5 -5.703 -1.142 -7.852 48 H4' U 5 H4* U 5 -7.642 -2.010 -6.730 49 H3' U 5 H3* U 5 -5.923 -0.156 -5.042 50 H2' U 5 H2* U 5 -7.522 -0.383 -3.267 51 HO2' U 5 HO2 U 5 -9.542 -1.100 -3.590 52 H1' U 5 H1* U 5 -7.656 -3.051 -3.329 53 H3 U 5 3H U 5 -4.850 -1.771 0.056 54 H5 U 5 5H U 5 -2.426 -1.945 -3.386 55 H6 U 5 6H U 5 -4.436 -2.240 -4.709 56 H5' A 6 1H5* A 6 -9.920 1.663 -4.972 57 H5'' A 6 2H5* A 6 -9.762 3.404 -5.275 58 H4' A 6 H4* A 6 -11.008 3.123 -3.231 59 H3' A 6 H3* A 6 -8.123 4.034 -2.851 60 H2' A 6 H2* A 6 -8.559 4.174 -0.502 61 HO2' A 6 HO2 A 6 -11.021 3.333 -0.164 62 H1' A 6 H1* A 6 -9.711 1.770 -0.250 63 H8 A 6 8H A 6 -7.132 1.711 -3.045 64 H61 A 6 1H6 A 6 -2.940 0.591 1.314 65 H62 A 6 2H6 A 6 -3.285 0.464 -0.395 66 H2 A 6 2H A 6 -6.827 1.622 3.333 67 H5' U 7 1H5* U 7 -10.239 5.944 -0.129 68 H5'' U 7 2H5* U 7 -10.336 7.680 -0.484 69 H4' U 7 H4* U 7 -9.828 7.666 1.800 70 H3' U 7 H3* U 7 -7.247 7.835 0.196 71 H2' U 7 H2* U 7 -6.079 8.024 2.278 72 HO2' U 7 HO2 U 7 -7.598 7.954 4.252 73 H1' U 7 H1* U 7 -7.393 5.999 3.532 74 H3 U 7 3H U 7 -3.407 4.100 2.516 75 H5 U 7 5H U 7 -5.401 4.375 -1.195 76 H6 U 7 6H U 7 -7.124 5.655 -0.090 77 H5' G 8 1H5* G 8 -7.083 10.364 3.238 78 H5'' G 8 2H5* G 8 -6.293 11.921 2.921 79 H4' G 8 H4* G 8 -5.127 10.696 4.707 80 H3' G 8 H3* G 8 -3.635 10.976 2.057 81 H2' G 8 H2* G 8 -1.753 10.034 3.180 82 HO2' G 8 HO2 G 8 -2.873 11.222 5.317 83 H1' G 8 H1* G 8 -3.161 8.136 4.583 84 H8 G 8 8H G 8 -4.388 8.312 1.006 85 H1 G 8 1H G 8 1.071 5.109 1.619 86 H21 G 8 1H2 G 8 1.930 5.450 3.643 87 H22 G 8 2H2 G 8 1.074 6.340 4.880 88 H5' U 9 1H5* U 9 -0.914 12.326 4.688 89 H5'' U 9 2H5* U 9 -0.515 14.031 4.393 90 H4' U 9 H4* U 9 1.597 13.015 4.460 91 H3' U 9 H3* U 9 0.576 13.251 1.618 92 H2' U 9 H2* U 9 2.460 12.111 0.799 93 HO2' U 9 HO2 U 9 4.098 11.863 2.890 94 H1' U 9 H1* U 9 2.870 10.376 2.945 95 H3 U 9 3H U 9 2.098 7.530 -0.450 96 H5 U 9 5H U 9 -1.644 9.406 0.180 97 H6 U 9 6H U 9 -0.547 10.899 1.741 98 H5' G 10 1H5* G 10 4.156 13.908 1.257 99 H5'' G 10 2H5* G 10 4.720 15.554 0.910 100 H4' G 10 H4* G 10 5.880 14.526 -0.762 101 H3' G 10 H3* G 10 3.067 14.869 -1.832 102 H2' G 10 H2* G 10 3.622 13.634 -3.773 103 HO2' G 10 HO2 G 10 6.285 14.157 -2.941 104 H1' G 10 H1* G 10 5.001 11.633 -2.581 105 H8 G 10 8H G 10 1.894 13.308 -0.943 106 H1 G 10 1H G 10 0.581 8.158 -4.442 107 H21 G 10 1H2 G 10 4.009 7.932 -4.871 108 H22 G 10 2H2 G 10 2.426 7.326 -5.300 109 H5' A 11 1H5* A 11 5.383 14.984 -4.829 110 H5'' A 11 2H5* A 11 5.564 16.574 -5.581 111 H4' A 11 H4* A 11 3.571 15.632 -7.124 112 H3' A 11 H3* A 11 4.542 13.242 -5.730 113 H2' A 11 H2* A 11 5.787 12.267 -7.375 114 HO2' A 11 HO2 A 11 4.752 12.931 -9.690 115 H1' A 11 H1* A 11 6.081 14.236 -9.321 116 H8 A 11 8H A 11 7.308 14.408 -5.655 117 H61 A 11 1H6 A 11 12.772 13.152 -7.746 118 H62 A 11 2H6 A 11 11.837 12.363 -6.496 119 H2 A 11 2H A 11 9.816 12.554 -11.246 120 H5' A 12 1H5* A 12 2.604 11.082 -8.809 121 H5'' A 12 2H5* A 12 2.127 9.513 -8.131 122 H4' A 12 H4* A 12 4.080 9.400 -9.715 123 H3' A 12 H3* A 12 4.216 8.417 -6.861 124 H2' A 12 H2* A 12 6.536 7.936 -7.057 125 HO2' A 12 HO2 A 12 7.081 7.071 -8.916 126 H1' A 12 H1* A 12 7.325 10.161 -8.335 127 H8 A 12 8H A 12 4.387 10.478 -5.825 128 H61 A 12 1H6 A 12 8.484 12.668 -1.931 129 H62 A 12 2H6 A 12 7.097 11.605 -1.844 130 H2 A 12 2H A 12 10.768 10.953 -5.492 131 H5' A 13 1H5* A 13 5.405 4.760 -9.291 132 H5'' A 13 2H5* A 13 4.759 3.336 -8.459 133 H4' A 13 H4* A 13 7.193 3.174 -8.622 134 H3' A 13 H3* A 13 5.880 3.443 -5.929 135 H2' A 13 H2* A 13 7.947 3.725 -4.793 136 HO2' A 13 HO2 A 13 8.966 2.521 -7.127 137 H1' A 13 H1* A 13 9.142 5.440 -6.448 138 H8 A 13 8H A 13 5.290 5.498 -6.145 139 H61 A 13 2H6 A 13 6.068 10.129 -2.183 140 H62 A 13 1H6 A 13 4.898 9.128 -3.014 141 H2 A 13 2H A 13 10.138 8.589 -3.333 142 H5' G 14 1H5* G 14 8.930 1.501 -5.123 143 H5'' G 14 2H5* G 14 8.776 0.035 -4.136 144 H4' G 14 H4* G 14 10.126 1.546 -2.867 145 H3' G 14 H3* G 14 7.231 1.419 -1.943 146 H2' G 14 H2* G 14 7.785 2.941 -0.177 147 HO2' G 14 HO2 G 14 10.458 3.262 -0.865 148 H1' G 14 H1* G 14 9.111 4.717 -1.715 149 H8 G 14 8H G 14 6.322 2.968 -3.650 150 H1 G 14 1H G 14 4.233 7.828 -0.092 151 H21 G 14 1H2 G 14 7.496 7.951 1.119 152 H22 G 14 2H2 G 14 5.853 8.540 1.243 153 H5' C 15 1H5* C 15 8.811 1.079 1.625 154 H5'' C 15 2H5* C 15 8.074 -0.242 2.553 155 H4' C 15 H4* C 15 7.643 1.936 3.625 156 H3' C 15 H3* C 15 5.231 0.546 2.373 157 H2' C 15 H2* C 15 3.905 2.248 3.371 158 HO2' C 15 HO2 C 15 5.861 3.576 4.770 159 H1' C 15 H1* C 15 5.695 4.321 2.938 160 H41 C 15 1H4 C 15 0.794 4.407 -1.217 161 H42 C 15 2H4 C 15 1.903 3.808 -2.428 162 H5 C 15 5H C 15 4.003 2.760 -1.848 163 H6 C 15 6H C 15 5.677 2.494 -0.088 164 H5' A 16 1H5* A 16 5.181 1.048 6.989 165 H5'' A 16 2H5* A 16 4.287 -0.318 7.683 166 H4' A 16 H4* A 16 3.600 1.822 8.706 167 H3' A 16 H3* A 16 1.583 0.265 7.044 168 H2' A 16 H2* A 16 -0.055 1.943 7.506 169 HO2' A 16 HO2 A 16 1.152 3.788 8.926 170 H1' A 16 H1* A 16 1.473 4.064 6.918 171 H8 A 16 8H A 16 2.712 1.264 4.762 172 H61 A 16 1H6 A 16 -1.928 2.512 0.912 173 H62 A 16 2H6 A 16 -0.394 1.690 1.085 174 H2 A 16 2H A 16 -2.654 4.730 4.756 175 H5' U 17 1H5* U 17 -0.514 1.959 9.810 176 H5'' U 17 2H5* U 17 -1.056 0.811 11.050 177 H4' U 17 H4* U 17 -2.989 2.073 10.644 178 H3' U 17 H3* U 17 -2.963 -0.458 8.976 179 H2' U 17 H2* U 17 -5.026 0.160 7.984 180 HO2' U 17 HO2 U 17 -6.372 1.725 8.875 181 H1' U 17 H1* U 17 -4.528 2.826 7.666 182 H3 U 17 3H U 17 -4.343 1.386 3.398 183 H5 U 17 5H U 17 -0.884 -0.246 5.170 184 H6 U 17 6H U 17 -1.676 0.567 7.300 185 H5' A 18 1H5* A 18 -6.689 -0.264 9.962 186 H5'' A 18 2H5* A 18 -7.286 -1.705 10.809 187 H4' A 18 H4* A 18 -8.710 -1.607 8.958 188 H3' A 18 H3* A 18 -6.317 -3.370 8.342 189 H2' A 18 H2* A 18 -7.138 -3.721 6.189 190 HO2' A 18 HO2 A 18 -9.655 -2.972 7.288 191 H1' A 18 H1* A 18 -8.338 -1.251 5.777 192 H8 A 18 8H A 18 -4.726 -1.730 6.999 193 H61 A 18 1H6 A 18 -3.132 -1.814 1.055 194 H62 A 18 2H6 A 18 -2.526 -1.731 2.694 195 H2 A 18 2H A 18 -7.609 -1.527 1.304 196 H5' C 19 1H5* C 19 -10.104 -5.032 7.286 197 H5'' C 19 2H5* C 19 -10.249 -6.761 7.652 198 H4' C 19 H4* C 19 -10.967 -6.397 5.376 199 H3' C 19 H3* C 19 -8.234 -7.706 5.610 200 H2' C 19 H2* C 19 -8.323 -7.991 3.235 201 HO2' C 19 HO2 C 19 -10.743 -6.873 2.694 202 H1' C 19 H1* C 19 -9.282 -5.489 2.675 203 H41 C 19 1H4 C 19 -2.978 -4.841 2.267 204 H42 C 19 2H4 C 19 -2.890 -4.612 3.999 205 H5 C 19 5H C 19 -4.734 -5.137 5.474 206 H6 C 19 6H C 19 -7.081 -5.700 5.590 207 H5' U 20 1H5* U 20 -10.131 -9.566 2.954 208 H5'' U 20 2H5* U 20 -10.234 -11.335 3.040 209 H4' U 20 H4* U 20 -9.305 -10.815 0.894 210 H3' U 20 H3* U 20 -7.269 -11.763 2.934 211 H2' U 20 H2* U 20 -5.548 -11.468 1.382 212 HO2' U 20 HO2 U 20 -6.936 -11.200 -0.952 213 H1' U 20 H1* U 20 -6.798 -9.454 -0.205 214 H3 U 20 3H U 20 -2.675 -7.780 0.627 215 H5 U 20 5H U 20 -4.645 -7.635 4.368 216 H6 U 20 6H U 20 -6.441 -8.922 3.386 217 H5' C 21 1H5* C 21 -7.449 -13.476 -0.889 218 H5'' C 21 2H5* C 21 -7.404 -15.244 -1.021 219 H4' C 21 H4* C 21 -5.992 -14.357 -2.755 220 H3' C 21 H3* C 21 -4.550 -15.583 -0.385 221 H2' C 21 H2* C 21 -2.458 -15.084 -1.414 222 HO2' C 21 HO2 C 21 -3.186 -13.939 -3.732 223 H1' C 21 H1* C 21 -3.037 -12.595 -2.263 224 H41 C 21 1H4 C 21 -0.421 -11.695 3.427 225 H42 C 21 2H4 C 21 -1.901 -12.174 4.228 226 H5 C 21 5H C 21 -3.855 -12.947 3.037 227 H6 C 21 6H C 21 -4.788 -13.457 0.826 228 H5' C 22 1H5* C 22 -3.243 -17.551 -3.862 229 H5'' C 22 2H5* C 22 -2.375 -19.083 -3.638 230 H4' C 22 H4* C 22 -0.937 -17.032 -4.175 231 H3' C 22 H3* C 22 -0.531 -18.775 -1.726 232 HO3' C 22 H3T C 22 1.429 -19.012 -3.385 233 H2' C 22 H2* C 22 1.351 -17.518 -1.147 234 HO2' C 22 HO2 C 22 1.386 -16.089 -3.583 235 H1' C 22 H1* C 22 0.380 -15.042 -2.030 236 H41 C 22 1H4 C 22 0.164 -15.177 4.344 237 H42 C 22 2H4 C 22 -1.409 -15.939 4.270 238 H5 C 22 5H C 22 -2.437 -16.644 2.208 239 H6 C 22 6H C 22 -2.168 -16.800 -0.218 Start of MODEL 15 1 H5' G 1 1H5* G 1 8.209 -8.957 7.256 2 H5'' G 1 2H5* G 1 7.832 -10.569 7.900 3 H4' G 1 H4* G 1 9.340 -10.546 5.336 4 H3' G 1 H3* G 1 6.610 -9.276 5.645 5 H2' G 1 H2* G 1 5.733 -10.521 3.900 6 HO2' G 1 HO2 G 1 8.083 -11.342 2.691 7 H1' G 1 H1* G 1 7.553 -12.718 3.957 8 H8 G 1 8H G 1 5.640 -12.523 7.129 9 H1 G 1 1H G 1 1.982 -14.607 2.330 10 H21 G 1 1H2 G 1 3.047 -14.325 0.401 11 H22 G 1 2H2 G 1 4.655 -13.644 0.304 12 HO5' G 1 H5T G 1 10.354 -9.427 7.320 13 H5' G 2 1H5* G 2 9.020 -8.484 1.608 14 H5'' G 2 2H5* G 2 8.689 -6.786 1.214 15 H4' G 2 H4* G 2 8.679 -8.015 -0.855 16 H3' G 2 H3* G 2 6.019 -7.073 0.200 17 H2' G 2 H2* G 2 4.807 -8.228 -1.467 18 HO2' G 2 HO2 G 2 5.940 -9.173 -3.292 19 H1' G 2 H1* G 2 6.171 -10.557 -1.490 20 H8 G 2 8H G 2 6.180 -9.351 2.051 21 H1 G 2 1H G 2 0.515 -11.725 0.352 22 H21 G 2 1H2 G 2 0.467 -12.052 -1.849 23 H22 G 2 2H2 G 2 1.814 -11.649 -2.888 24 H5' A 3 1H5* A 3 6.492 -6.383 -4.235 25 H5'' A 3 2H5* A 3 5.979 -4.723 -4.598 26 H4' A 3 H4* A 3 5.002 -6.323 -6.204 27 H3' A 3 H3* A 3 3.167 -4.862 -4.272 28 H2' A 3 H2* A 3 1.284 -5.940 -5.321 29 HO2' A 3 HO2 A 3 3.227 -6.910 -7.186 30 H1' A 3 H1* A 3 2.236 -8.409 -5.084 31 H8 A 3 8H A 3 3.934 -6.450 -2.356 32 H61 A 3 1H6 A 3 -1.083 -7.180 1.086 33 H62 A 3 2H6 A 3 0.551 -6.557 1.038 34 H2 A 3 2H A 3 -2.094 -8.429 -3.130 35 H5' G 4 1H5* G 4 1.219 -4.880 -7.548 36 H5'' G 4 2H5* G 4 0.396 -3.372 -7.992 37 H4' G 4 H4* G 4 -1.243 -5.165 -7.680 38 H3' G 4 H3* G 4 -1.228 -3.002 -5.527 39 H2' G 4 H2* G 4 -3.201 -4.059 -4.667 40 HO2' G 4 HO2 G 4 -3.198 -5.460 -7.155 41 H1' G 4 H1* G 4 -2.299 -6.598 -4.897 42 H8 G 4 8H G 4 0.651 -4.720 -3.699 43 H1 G 4 1H G 4 -3.810 -5.118 0.823 44 H21 G 4 1H2 G 4 -5.726 -5.807 -0.057 45 H22 G 4 2H2 G 4 -5.937 -6.021 -1.779 46 H5' U 5 1H5* U 5 -5.186 -2.752 -7.463 47 H5'' U 5 2H5* U 5 -5.521 -1.052 -7.843 48 H4' U 5 H4* U 5 -7.412 -1.940 -6.621 49 H3' U 5 H3* U 5 -5.606 -0.054 -5.064 50 H2' U 5 H2* U 5 -7.112 -0.238 -3.216 51 HO2' U 5 HO2 U 5 -8.829 -1.702 -4.974 52 H1' U 5 H1* U 5 -7.332 -2.916 -3.256 53 H3 U 5 3H U 5 -4.520 -1.598 0.117 54 H5 U 5 5H U 5 -2.085 -1.895 -3.311 55 H6 U 5 6H U 5 -4.095 -2.183 -4.638 56 H5' A 6 1H5* A 6 -9.737 1.582 -4.884 57 H5'' A 6 2H5* A 6 -9.656 3.324 -5.208 58 H4' A 6 H4* A 6 -10.938 2.997 -3.187 59 H3' A 6 H3* A 6 -8.124 4.094 -2.777 60 H2' A 6 H2* A 6 -8.607 4.249 -0.437 61 HO2' A 6 HO2 A 6 -10.711 3.835 0.366 62 H1' A 6 H1* A 6 -9.582 1.777 -0.154 63 H8 A 6 8H A 6 -6.997 1.883 -2.948 64 H61 A 6 1H6 A 6 -2.778 0.934 1.433 65 H62 A 6 2H6 A 6 -3.094 0.854 -0.286 66 H2 A 6 2H A 6 -6.718 1.778 3.430 67 H5' U 7 1H5* U 7 -10.345 6.038 -0.123 68 H5'' U 7 2H5* U 7 -10.447 7.762 -0.530 69 H4' U 7 H4* U 7 -9.900 7.815 1.746 70 H3' U 7 H3* U 7 -7.340 7.926 0.099 71 H2' U 7 H2* U 7 -6.157 8.205 2.164 72 HO2' U 7 HO2 U 7 -7.980 8.107 4.055 73 H1' U 7 H1* U 7 -7.485 6.242 3.518 74 H3 U 7 3H U 7 -3.476 4.308 2.672 75 H5 U 7 5H U 7 -5.410 4.381 -1.082 76 H6 U 7 6H U 7 -7.151 5.713 -0.076 77 H5' G 8 1H5* G 8 -7.220 10.520 3.051 78 H5'' G 8 2H5* G 8 -6.413 12.069 2.739 79 H4' G 8 H4* G 8 -5.301 10.841 4.563 80 H3' G 8 H3* G 8 -3.740 11.114 1.952 81 H2' G 8 H2* G 8 -1.891 10.167 3.131 82 HO2' G 8 HO2 G 8 -2.115 9.819 5.472 83 H1' G 8 H1* G 8 -3.345 8.276 4.494 84 H8 G 8 8H G 8 -4.467 8.444 0.885 85 H1 G 8 1H G 8 0.985 5.268 1.656 86 H21 G 8 1H2 G 8 1.777 5.604 3.709 87 H22 G 8 2H2 G 8 0.892 6.511 4.913 88 H5' U 9 1H5* U 9 -1.086 12.406 4.694 89 H5'' U 9 2H5* U 9 -0.660 14.107 4.419 90 H4' U 9 H4* U 9 1.438 13.070 4.576 91 H3' U 9 H3* U 9 0.550 13.312 1.687 92 H2' U 9 H2* U 9 2.494 12.188 0.969 93 HO2' U 9 HO2 U 9 4.180 11.822 2.769 94 H1' U 9 H1* U 9 2.742 10.406 3.083 95 H3 U 9 3H U 9 2.046 7.676 -0.422 96 H5 U 9 5H U 9 -1.686 9.594 0.138 97 H6 U 9 6H U 9 -0.614 11.030 1.769 98 H5' G 10 1H5* G 10 4.043 14.009 1.352 99 H5'' G 10 2H5* G 10 4.614 15.645 0.967 100 H4' G 10 H4* G 10 5.683 14.630 -0.761 101 H3' G 10 H3* G 10 2.801 14.803 -1.698 102 H2' G 10 H2* G 10 3.367 13.577 -3.645 103 HO2' G 10 HO2 G 10 5.944 13.054 -3.458 104 H1' G 10 H1* G 10 4.900 11.686 -2.449 105 H8 G 10 8H G 10 1.712 13.191 -0.799 106 H1 G 10 1H G 10 0.706 7.917 -4.209 107 H21 G 10 1H2 G 10 4.125 7.946 -4.727 108 H22 G 10 2H2 G 10 2.592 7.162 -5.025 109 H5' A 11 1H5* A 11 5.038 14.890 -4.836 110 H5'' A 11 2H5* A 11 5.070 16.485 -5.597 111 H4' A 11 H4* A 11 3.114 15.407 -7.076 112 H3' A 11 H3* A 11 4.254 13.087 -5.684 113 H2' A 11 H2* A 11 5.473 12.144 -7.372 114 HO2' A 11 HO2 A 11 3.185 12.851 -8.829 115 H1' A 11 H1* A 11 5.618 14.121 -9.329 116 H8 A 11 8H A 11 6.960 14.375 -5.709 117 H61 A 11 2H6 A 11 12.344 12.522 -8.000 118 H62 A 11 1H6 A 11 11.619 13.432 -6.694 119 H2 A 11 2H A 11 9.362 12.634 -11.380 120 H5' A 12 1H5* A 12 2.113 10.679 -8.517 121 H5'' A 12 2H5* A 12 1.862 9.119 -7.713 122 H4' A 12 H4* A 12 3.682 9.158 -9.493 123 H3' A 12 H3* A 12 4.135 8.229 -6.644 124 H2' A 12 H2* A 12 6.436 7.860 -7.098 125 HO2' A 12 HO2 A 12 7.238 7.811 -9.236 126 H1' A 12 H1* A 12 6.925 10.077 -8.586 127 H8 A 12 8H A 12 4.528 10.371 -5.554 128 H61 A 12 1H6 A 12 9.393 11.774 -2.236 129 H62 A 12 2H6 A 12 7.832 12.507 -2.529 130 H2 A 12 2H A 12 10.841 10.963 -6.493 131 H5' A 13 1H5* A 13 5.379 4.667 -9.057 132 H5'' A 13 2H5* A 13 4.834 3.210 -8.210 133 H4' A 13 H4* A 13 7.250 3.125 -8.449 134 H3' A 13 H3* A 13 6.068 3.448 -5.700 135 H2' A 13 H2* A 13 8.183 3.827 -4.686 136 HO2' A 13 HO2 A 13 9.604 3.353 -7.080 137 H1' A 13 H1* A 13 9.224 5.536 -6.453 138 H8 A 13 8H A 13 5.393 5.464 -5.973 139 H61 A 13 2H6 A 13 6.153 10.209 -2.149 140 H62 A 13 1H6 A 13 4.992 9.144 -2.908 141 H2 A 13 2H A 13 10.232 8.819 -3.462 142 H5' G 14 1H5* G 14 9.071 1.633 -4.835 143 H5'' G 14 2H5* G 14 8.954 0.152 -3.865 144 H4' G 14 H4* G 14 10.208 1.658 -2.525 145 H3' G 14 H3* G 14 7.276 1.569 -1.722 146 H2' G 14 H2* G 14 7.782 3.097 0.057 147 HO2' G 14 HO2 G 14 10.085 3.784 0.254 148 H1' G 14 H1* G 14 9.167 4.852 -1.450 149 H8 G 14 8H G 14 6.494 3.148 -3.554 150 H1 G 14 1H G 14 4.174 7.877 0.037 151 H21 G 14 1H2 G 14 7.363 7.967 1.440 152 H22 G 14 2H2 G 14 5.715 8.554 1.484 153 H5' C 15 1H5* C 15 8.745 1.274 1.879 154 H5'' C 15 2H5* C 15 7.984 -0.021 2.821 155 H4' C 15 H4* C 15 7.556 2.185 3.836 156 H3' C 15 H3* C 15 5.156 0.766 2.602 157 H2' C 15 H2* C 15 3.820 2.495 3.536 158 HO2' C 15 HO2 C 15 5.797 2.505 5.404 159 H1' C 15 H1* C 15 5.618 4.557 3.073 160 H41 C 15 1H4 C 15 0.787 4.552 -1.171 161 H42 C 15 2H4 C 15 1.921 3.928 -2.346 162 H5 C 15 5H C 15 4.020 2.925 -1.711 163 H6 C 15 6H C 15 5.658 2.691 0.086 164 H5' A 16 1H5* A 16 5.144 1.416 7.195 165 H5'' A 16 2H5* A 16 4.264 0.072 7.949 166 H4' A 16 H4* A 16 3.599 2.244 8.918 167 H3' A 16 H3* A 16 1.568 0.616 7.349 168 H2' A 16 H2* A 16 -0.081 2.300 7.750 169 HO2' A 16 HO2 A 16 1.721 3.046 9.771 170 H1' A 16 H1* A 16 1.424 4.411 7.065 171 H8 A 16 8H A 16 2.681 1.540 5.013 172 H61 A 16 1H6 A 16 -1.974 2.610 1.128 173 H62 A 16 2H6 A 16 -0.447 1.784 1.339 174 H2 A 16 2H A 16 -2.713 4.963 4.888 175 H5' U 17 1H5* U 17 -0.611 2.295 10.036 176 H5'' U 17 2H5* U 17 -1.153 1.146 11.276 177 H4' U 17 H4* U 17 -3.129 2.285 10.760 178 H3' U 17 H3* U 17 -2.892 -0.242 9.100 179 H2' U 17 H2* U 17 -4.953 0.264 8.042 180 HO2' U 17 HO2 U 17 -6.484 1.481 8.969 181 H1' U 17 H1* U 17 -4.583 2.960 7.755 182 H3 U 17 3H U 17 -4.219 1.583 3.480 183 H5 U 17 5H U 17 -0.744 0.076 5.324 184 H6 U 17 6H U 17 -1.623 0.834 7.442 185 H5' A 18 1H5* A 18 -6.613 -0.212 10.003 186 H5'' A 18 2H5* A 18 -7.216 -1.678 10.795 187 H4' A 18 H4* A 18 -8.570 -1.549 8.890 188 H3' A 18 H3* A 18 -6.150 -3.303 8.358 189 H2' A 18 H2* A 18 -6.864 -3.621 6.161 190 HO2' A 18 HO2 A 18 -8.963 -3.645 5.569 191 H1' A 18 H1* A 18 -8.083 -1.151 5.743 192 H8 A 18 8H A 18 -4.507 -1.604 7.067 193 H61 A 18 1H6 A 18 -2.736 -1.625 1.171 194 H62 A 18 2H6 A 18 -2.179 -1.517 2.825 195 H2 A 18 2H A 18 -7.224 -1.379 1.291 196 H5' C 19 1H5* C 19 -9.707 -4.624 7.058 197 H5'' C 19 2H5* C 19 -10.238 -6.267 7.462 198 H4' C 19 H4* C 19 -10.742 -6.026 5.170 199 H3' C 19 H3* C 19 -8.082 -7.456 5.502 200 H2' C 19 H2* C 19 -8.105 -7.758 3.132 201 HO2' C 19 HO2 C 19 -10.829 -7.415 3.501 202 H1' C 19 H1* C 19 -8.949 -5.228 2.512 203 H41 C 19 1H4 C 19 -2.630 -4.737 2.252 204 H42 C 19 2H4 C 19 -2.532 -4.743 3.998 205 H5 C 19 5H C 19 -4.445 -5.118 5.421 206 H6 C 19 6H C 19 -6.819 -5.568 5.481 207 H5' U 20 1H5* U 20 -10.029 -9.234 2.758 208 H5'' U 20 2H5* U 20 -10.264 -10.988 2.899 209 H4' U 20 H4* U 20 -9.298 -10.640 0.747 210 H3' U 20 H3* U 20 -7.306 -11.585 2.831 211 H2' U 20 H2* U 20 -5.566 -11.435 1.281 212 HO2' U 20 HO2 U 20 -7.111 -11.257 -1.025 213 H1' U 20 H1* U 20 -6.707 -9.441 -0.406 214 H3 U 20 3H U 20 -2.565 -7.835 0.393 215 H5 U 20 5H U 20 -4.506 -7.597 4.144 216 H6 U 20 6H U 20 -6.336 -8.857 3.188 217 H5' C 21 1H5* C 21 -7.571 -13.470 -0.933 218 H5'' C 21 2H5* C 21 -7.545 -15.244 -0.978 219 H4' C 21 H4* C 21 -6.125 -14.429 -2.753 220 H3' C 21 H3* C 21 -4.714 -15.625 -0.349 221 H2' C 21 H2* C 21 -2.613 -15.222 -1.409 222 HO2' C 21 HO2 C 21 -2.724 -15.728 -3.487 223 H1' C 21 H1* C 21 -3.128 -12.747 -2.335 224 H41 C 21 1H4 C 21 -0.421 -11.706 3.282 225 H42 C 21 2H4 C 21 -1.895 -12.140 4.122 226 H5 C 21 5H C 21 -3.885 -12.898 2.982 227 H6 C 21 6H C 21 -4.858 -13.464 0.801 228 H5' C 22 1H5* C 22 -3.415 -18.221 -3.710 229 H5'' C 22 2H5* C 22 -2.528 -19.597 -3.024 230 H4' C 22 H4* C 22 -1.214 -17.561 -4.079 231 H3' C 22 H3* C 22 -0.629 -19.024 -1.491 232 HO3' C 22 H3T C 22 0.190 -19.069 -4.196 233 H2' C 22 H2* C 22 1.257 -17.675 -1.146 234 HO2' C 22 HO2 C 22 1.187 -16.250 -3.515 235 H1' C 22 H1* C 22 0.149 -15.306 -2.060 236 H41 C 22 1H4 C 22 -0.019 -15.350 4.327 237 H42 C 22 2H4 C 22 -1.611 -16.073 4.264 238 H5 C 22 5H C 22 -2.670 -16.750 2.208 239 H6 C 22 6H C 22 -2.402 -16.956 -0.215 Start of MODEL 16 1 H5' G 1 1H5* G 1 8.877 -8.395 6.361 2 H5'' G 1 2H5* G 1 8.231 -9.806 7.226 3 H4' G 1 H4* G 1 9.536 -10.277 4.565 4 H3' G 1 H3* G 1 6.948 -8.765 5.003 5 H2' G 1 H2* G 1 5.825 -10.099 3.469 6 HO2' G 1 HO2 G 1 8.352 -10.147 2.246 7 H1' G 1 H1* G 1 7.498 -12.411 3.603 8 H8 G 1 8H G 1 5.809 -11.590 6.851 9 H1 G 1 1H G 1 1.881 -14.460 2.721 10 H21 G 1 1H2 G 1 2.851 -14.584 0.725 11 H22 G 1 2H2 G 1 4.435 -13.917 0.408 12 HO5' G 1 H5T G 1 10.584 -10.530 6.371 13 H5' G 2 1H5* G 2 8.879 -8.987 0.668 14 H5'' G 2 2H5* G 2 8.778 -7.301 0.124 15 H4' G 2 H4* G 2 8.352 -8.578 -1.824 16 H3' G 2 H3* G 2 5.871 -7.465 -0.513 17 H2' G 2 H2* G 2 4.444 -8.620 -2.012 18 HO2' G 2 HO2 G 2 6.589 -9.622 -3.554 19 H1' G 2 H1* G 2 5.670 -11.016 -1.999 20 H8 G 2 8H G 2 6.089 -9.418 1.389 21 H1 G 2 1H G 2 0.311 -11.990 0.593 22 H21 G 2 1H2 G 2 0.027 -12.556 -1.538 23 H22 G 2 2H2 G 2 1.268 -12.321 -2.747 24 H5' A 3 1H5* A 3 5.850 -7.062 -4.844 25 H5'' A 3 2H5* A 3 5.284 -5.474 -5.400 26 H4' A 3 H4* A 3 4.122 -7.305 -6.585 27 H3' A 3 H3* A 3 2.508 -5.547 -4.695 28 H2' A 3 H2* A 3 0.538 -6.737 -5.423 29 HO2' A 3 HO2 A 3 2.149 -8.323 -7.149 30 H1' A 3 H1* A 3 1.542 -9.170 -4.972 31 H8 A 3 8H A 3 3.334 -6.857 -2.593 32 H61 A 3 1H6 A 3 -1.444 -7.368 1.216 33 H62 A 3 2H6 A 3 0.165 -6.713 1.005 34 H2 A 3 2H A 3 -2.651 -9.095 -2.772 35 H5' G 4 1H5* G 4 0.351 -6.143 -7.689 36 H5'' G 4 2H5* G 4 -0.530 -4.781 -8.403 37 H4' G 4 H4* G 4 -2.143 -6.443 -7.713 38 H3' G 4 H3* G 4 -2.024 -4.030 -5.842 39 H2' G 4 H2* G 4 -3.969 -4.982 -4.795 40 HO2' G 4 HO2 G 4 -5.320 -6.219 -5.876 41 H1' G 4 H1* G 4 -3.037 -7.517 -4.742 42 H8 G 4 8H G 4 -0.086 -5.410 -3.923 43 H1 G 4 1H G 4 -4.290 -5.504 0.851 44 H21 G 4 1H2 G 4 -6.215 -6.362 0.157 45 H22 G 4 2H2 G 4 -6.500 -6.778 -1.517 46 H5' U 5 1H5* U 5 -6.066 -3.937 -7.535 47 H5'' U 5 2H5* U 5 -6.382 -2.297 -8.134 48 H4' U 5 H4* U 5 -8.221 -2.861 -6.710 49 H3' U 5 H3* U 5 -6.182 -1.038 -5.366 50 H2' U 5 H2* U 5 -7.694 -0.924 -3.495 51 HO2' U 5 HO2 U 5 -9.501 -2.434 -5.124 52 H1' U 5 H1* U 5 -8.015 -3.569 -3.273 53 H3 U 5 3H U 5 -4.913 -2.156 -0.206 54 H5 U 5 5H U 5 -2.738 -2.779 -3.761 55 H6 U 5 6H U 5 -4.844 -3.092 -4.923 56 H5' A 6 1H5* A 6 -9.967 1.271 -5.321 57 H5'' A 6 2H5* A 6 -9.597 2.957 -5.730 58 H4' A 6 H4* A 6 -10.799 2.916 -3.628 59 H3' A 6 H3* A 6 -7.827 3.568 -3.420 60 H2' A 6 H2* A 6 -8.134 3.881 -1.076 61 HO2' A 6 HO2 A 6 -10.929 3.718 -1.660 62 H1' A 6 H1* A 6 -9.539 1.645 -0.620 63 H8 A 6 8H A 6 -7.056 1.105 -3.450 64 H61 A 6 1H6 A 6 -2.839 0.038 0.901 65 H62 A 6 2H6 A 6 -3.242 -0.217 -0.781 66 H2 A 6 2H A 6 -6.575 1.554 2.899 67 H5' U 7 1H5* U 7 -9.898 5.731 -0.816 68 H5'' U 7 2H5* U 7 -9.984 7.437 -1.297 69 H4' U 7 H4* U 7 -9.659 7.579 1.018 70 H3' U 7 H3* U 7 -6.987 7.729 -0.421 71 H2' U 7 H2* U 7 -5.924 8.009 1.704 72 HO2' U 7 HO2 U 7 -8.553 8.614 2.526 73 H1' U 7 H1* U 7 -7.228 6.004 2.969 74 H3 U 7 3H U 7 -3.190 4.148 2.029 75 H5 U 7 5H U 7 -5.185 4.261 -1.689 76 H6 U 7 6H U 7 -6.933 5.540 -0.629 77 H5' G 8 1H5* G 8 -7.126 10.100 2.569 78 H5'' G 8 2H5* G 8 -6.355 11.695 2.469 79 H4' G 8 H4* G 8 -5.352 10.342 4.266 80 H3' G 8 H3* G 8 -3.601 10.910 1.830 81 H2' G 8 H2* G 8 -1.815 9.886 3.036 82 HO2' G 8 HO2 G 8 -1.732 10.300 5.106 83 H1' G 8 H1* G 8 -3.293 7.833 4.100 84 H8 G 8 8H G 8 -4.208 8.304 0.463 85 H1 G 8 1H G 8 1.308 5.253 1.250 86 H21 G 8 1H2 G 8 2.004 5.459 3.354 87 H22 G 8 2H2 G 8 0.987 6.141 4.601 88 H5' U 9 1H5* U 9 -1.236 11.993 4.855 89 H5'' U 9 2H5* U 9 -0.844 13.724 4.821 90 H4' U 9 H4* U 9 1.270 12.732 5.013 91 H3' U 9 H3* U 9 0.582 13.290 2.115 92 H2' U 9 H2* U 9 2.592 12.290 1.408 93 HO2' U 9 HO2 U 9 3.464 13.280 3.796 94 H1' U 9 H1* U 9 2.773 10.302 3.349 95 H3 U 9 3H U 9 2.438 7.893 -0.442 96 H5 U 9 5H U 9 -1.401 9.611 0.027 97 H6 U 9 6H U 9 -0.503 10.934 1.849 98 H5' G 10 1H5* G 10 4.052 14.114 2.106 99 H5'' G 10 2H5* G 10 4.597 15.796 1.955 100 H4' G 10 H4* G 10 5.804 15.009 0.197 101 H3' G 10 H3* G 10 2.990 15.300 -0.890 102 H2' G 10 H2* G 10 3.648 14.284 -2.926 103 HO2' G 10 HO2 G 10 5.971 13.783 -3.221 104 H1' G 10 H1* G 10 5.120 12.262 -1.887 105 H8 G 10 8H G 10 1.880 13.598 -0.198 106 H1 G 10 1H G 10 0.974 8.729 -4.191 107 H21 G 10 1H2 G 10 4.418 8.756 -4.540 108 H22 G 10 2H2 G 10 2.888 8.077 -5.044 109 H5' A 11 1H5* A 11 5.338 15.759 -3.867 110 H5'' A 11 2H5* A 11 5.416 17.424 -4.455 111 H4' A 11 H4* A 11 3.492 16.529 -6.101 112 H3' A 11 H3* A 11 4.571 14.066 -4.930 113 H2' A 11 H2* A 11 5.872 13.311 -6.648 114 HO2' A 11 HO2 A 11 5.053 13.743 -8.901 115 H1' A 11 H1* A 11 6.076 15.473 -8.395 116 H8 A 11 8H A 11 7.288 15.336 -4.722 117 H61 A 11 2H6 A 11 12.825 13.997 -7.058 118 H62 A 11 1H6 A 11 11.901 14.189 -5.585 119 H2 A 11 2H A 11 9.891 14.213 -10.460 120 H5' A 12 1H5* A 12 2.716 12.054 -8.181 121 H5'' A 12 2H5* A 12 2.369 10.409 -7.618 122 H4' A 12 H4* A 12 4.320 10.592 -9.217 123 H3' A 12 H3* A 12 4.549 9.365 -6.457 124 H2' A 12 H2* A 12 6.885 9.034 -6.749 125 HO2' A 12 HO2 A 12 7.149 9.951 -9.325 126 H1' A 12 H1* A 12 7.506 11.401 -7.884 127 H8 A 12 8H A 12 4.736 11.343 -5.175 128 H61 A 12 2H6 A 12 8.308 13.632 -1.532 129 H62 A 12 1H6 A 12 8.355 11.935 -1.112 130 H2 A 12 2H A 12 11.101 12.090 -5.208 131 H5' A 13 1H5* A 13 5.986 6.066 -9.185 132 H5'' A 13 2H5* A 13 5.431 4.526 -8.510 133 H4' A 13 H4* A 13 7.867 4.529 -8.656 134 H3' A 13 H3* A 13 6.538 4.469 -5.957 135 H2' A 13 H2* A 13 8.591 4.762 -4.793 136 HO2' A 13 HO2 A 13 9.991 4.437 -7.260 137 H1' A 13 H1* A 13 9.674 6.698 -6.273 138 H8 A 13 8H A 13 5.826 6.498 -6.001 139 H61 A 13 2H6 A 13 6.299 10.759 -1.599 140 H62 A 13 1H6 A 13 5.197 9.817 -2.577 141 H2 A 13 2H A 13 10.463 9.595 -2.859 142 H5' G 14 1H5* G 14 9.602 2.620 -5.246 143 H5'' G 14 2H5* G 14 9.508 1.023 -4.476 144 H4' G 14 H4* G 14 10.701 2.370 -2.928 145 H3' G 14 H3* G 14 7.758 2.111 -2.208 146 H2' G 14 H2* G 14 8.182 3.420 -0.243 147 HO2' G 14 HO2 G 14 10.466 2.334 -0.177 148 H1' G 14 H1* G 14 9.557 5.379 -1.482 149 H8 G 14 8H G 14 6.943 3.846 -3.804 150 H1 G 14 1H G 14 4.507 8.193 0.171 151 H21 G 14 1H2 G 14 7.666 8.196 1.634 152 H22 G 14 2H2 G 14 6.006 8.749 1.702 153 H5' C 15 1H5* C 15 9.149 1.428 1.347 154 H5'' C 15 2H5* C 15 8.394 0.023 2.127 155 H4' C 15 H4* C 15 7.884 2.115 3.343 156 H3' C 15 H3* C 15 5.577 0.717 1.926 157 H2' C 15 H2* C 15 4.132 2.328 2.873 158 HO2' C 15 HO2 C 15 4.459 2.875 4.885 159 H1' C 15 H1* C 15 5.891 4.486 2.746 160 H41 C 15 1H4 C 15 1.256 4.865 -1.687 161 H42 C 15 2H4 C 15 2.459 4.409 -2.869 162 H5 C 15 5H C 15 4.530 3.335 -2.248 163 H6 C 15 6H C 15 6.095 2.933 -0.417 164 H5' A 16 1H5* A 16 5.398 1.032 6.555 165 H5'' A 16 2H5* A 16 4.448 -0.316 7.210 166 H4' A 16 H4* A 16 3.809 1.856 8.224 167 H3' A 16 H3* A 16 1.785 0.311 6.560 168 H2' A 16 H2* A 16 0.171 2.024 6.957 169 HO2' A 16 HO2 A 16 1.743 3.703 8.480 170 H1' A 16 H1* A 16 1.741 4.119 6.385 171 H8 A 16 8H A 16 2.958 1.278 4.262 172 H61 A 16 1H6 A 16 -1.677 2.496 0.398 173 H62 A 16 2H6 A 16 -0.149 1.664 0.583 174 H2 A 16 2H A 16 -2.357 4.821 4.186 175 H5' U 17 1H5* U 17 -0.269 2.185 9.303 176 H5'' U 17 2H5* U 17 -0.891 1.081 10.545 177 H4' U 17 H4* U 17 -2.720 2.502 10.060 178 H3' U 17 H3* U 17 -2.860 -0.161 8.625 179 H2' U 17 H2* U 17 -4.878 0.481 7.564 180 HO2' U 17 HO2 U 17 -5.723 2.714 8.346 181 H1' U 17 H1* U 17 -4.230 3.076 7.008 182 H3 U 17 3H U 17 -4.109 1.233 2.893 183 H5 U 17 5H U 17 -0.741 -0.398 4.832 184 H6 U 17 6H U 17 -1.489 0.661 6.872 185 H5' A 18 1H5* A 18 -6.584 0.237 9.590 186 H5'' A 18 2H5* A 18 -7.196 -1.117 10.559 187 H4' A 18 H4* A 18 -8.614 -1.177 8.706 188 H3' A 18 H3* A 18 -6.222 -2.988 8.224 189 H2' A 18 H2* A 18 -7.101 -3.541 6.130 190 HO2' A 18 HO2 A 18 -9.397 -2.905 5.673 191 H1' A 18 H1* A 18 -8.281 -1.097 5.526 192 H8 A 18 8H A 18 -4.648 -1.498 6.711 193 H61 A 18 1H6 A 18 -3.184 -2.132 0.764 194 H62 A 18 2H6 A 18 -2.542 -1.903 2.375 195 H2 A 18 2H A 18 -7.652 -1.765 1.078 196 H5' C 19 1H5* C 19 -9.764 -4.410 7.213 197 H5'' C 19 2H5* C 19 -10.307 -5.962 7.878 198 H4' C 19 H4* C 19 -10.916 -6.111 5.626 199 H3' C 19 H3* C 19 -8.178 -7.383 5.974 200 H2' C 19 H2* C 19 -8.329 -8.014 3.669 201 HO2' C 19 HO2 C 19 -11.045 -7.654 4.151 202 H1' C 19 H1* C 19 -9.276 -5.616 2.767 203 H41 C 19 1H4 C 19 -2.976 -5.023 2.202 204 H42 C 19 2H4 C 19 -2.841 -4.688 3.913 205 H5 C 19 5H C 19 -4.664 -5.041 5.459 206 H6 C 19 6H C 19 -7.017 -5.549 5.670 207 H5' U 20 1H5* U 20 -10.235 -9.549 3.634 208 H5'' U 20 2H5* U 20 -10.350 -11.289 3.957 209 H4' U 20 H4* U 20 -9.556 -11.068 1.709 210 H3' U 20 H3* U 20 -7.399 -11.777 3.721 211 H2' U 20 H2* U 20 -5.789 -11.750 2.022 212 HO2' U 20 HO2 U 20 -6.199 -12.569 0.090 213 H1' U 20 H1* U 20 -7.085 -9.898 0.295 214 H3 U 20 3H U 20 -2.929 -8.174 0.700 215 H5 U 20 5H U 20 -4.658 -7.634 4.523 216 H6 U 20 6H U 20 -6.505 -9.017 3.797 217 H5' C 21 1H5* C 21 -7.881 -13.930 0.194 218 H5'' C 21 2H5* C 21 -7.904 -15.703 0.266 219 H4' C 21 H4* C 21 -6.606 -15.102 -1.659 220 H3' C 21 H3* C 21 -4.991 -16.028 0.739 221 H2' C 21 H2* C 21 -2.990 -15.740 -0.526 222 HO2' C 21 HO2 C 21 -2.959 -15.925 -2.652 223 H1' C 21 H1* C 21 -3.616 -13.376 -1.680 224 H41 C 21 1H4 C 21 -0.445 -11.708 3.535 225 H42 C 21 2H4 C 21 -1.832 -12.061 4.543 226 H5 C 21 5H C 21 -3.894 -12.971 3.675 227 H6 C 21 6H C 21 -5.043 -13.779 1.663 228 H5' C 22 1H5* C 22 -3.867 -18.955 -2.365 229 H5'' C 22 2H5* C 22 -2.958 -20.257 -1.572 230 H4' C 22 H4* C 22 -1.671 -18.377 -2.896 231 H3' C 22 H3* C 22 -1.000 -19.493 -0.158 232 HO3' C 22 H3T C 22 0.811 -20.021 -1.980 233 H2' C 22 H2* C 22 0.899 -18.128 -0.068 234 HO2' C 22 HO2 C 22 1.877 -18.389 -2.008 235 H1' C 22 H1* C 22 -0.226 -15.910 -1.323 236 H41 C 22 1H4 C 22 0.004 -14.830 4.965 237 H42 C 22 2H4 C 22 -1.573 -15.566 5.139 238 H5 C 22 5H C 22 -2.749 -16.612 3.315 239 H6 C 22 6H C 22 -2.645 -17.224 0.946 Start of MODEL 17 1 H5' G 1 1H5* G 1 7.385 -7.033 6.978 2 H5'' G 1 2H5* G 1 6.868 -8.540 7.760 3 H4' G 1 H4* G 1 8.652 -8.749 5.355 4 H3' G 1 H3* G 1 5.799 -7.740 5.341 5 H2' G 1 H2* G 1 5.193 -9.245 3.678 6 HO2' G 1 HO2 G 1 7.954 -9.353 2.944 7 H1' G 1 H1* G 1 7.169 -11.238 4.142 8 H8 G 1 8H G 1 5.035 -10.863 7.146 9 H1 G 1 1H G 1 1.922 -13.816 2.426 10 H21 G 1 1H2 G 1 3.083 -13.651 0.540 11 H22 G 1 2H2 G 1 4.591 -12.774 0.440 12 HO5' G 1 H5T G 1 9.270 -9.032 7.576 13 H5' G 2 1H5* G 2 8.483 -7.581 1.366 14 H5'' G 2 2H5* G 2 8.156 -5.927 0.813 15 H4' G 2 H4* G 2 8.374 -7.207 -1.174 16 H3' G 2 H3* G 2 5.542 -6.544 -0.392 17 H2' G 2 H2* G 2 4.615 -7.926 -2.081 18 HO2' G 2 HO2 G 2 5.699 -8.483 -3.882 19 H1' G 2 H1* G 2 6.160 -10.094 -1.762 20 H8 G 2 8H G 2 5.936 -8.571 1.627 21 H1 G 2 1H G 2 0.534 -11.534 0.008 22 H21 G 2 1H2 G 2 0.562 -12.030 -2.154 23 H22 G 2 2H2 G 2 1.900 -11.606 -3.198 24 H5' A 3 1H5* A 3 6.041 -5.861 -4.785 25 H5'' A 3 2H5* A 3 5.380 -4.261 -5.179 26 H4' A 3 H4* A 3 4.504 -5.970 -6.721 27 H3' A 3 H3* A 3 2.608 -4.625 -4.769 28 H2' A 3 H2* A 3 0.789 -5.913 -5.679 29 HO2' A 3 HO2 A 3 2.551 -7.198 -7.496 30 H1' A 3 H1* A 3 1.968 -8.278 -5.426 31 H8 A 3 8H A 3 3.661 -6.135 -2.849 32 H61 A 3 1H6 A 3 -1.096 -7.107 0.895 33 H62 A 3 2H6 A 3 0.502 -6.408 0.746 34 H2 A 3 2H A 3 -2.252 -8.542 -3.223 35 H5' G 4 1H5* G 4 0.570 -5.008 -7.804 36 H5'' G 4 2H5* G 4 -0.366 -3.626 -8.405 37 H4' G 4 H4* G 4 -1.921 -5.391 -7.878 38 H3' G 4 H3* G 4 -1.869 -3.172 -5.780 39 H2' G 4 H2* G 4 -3.742 -4.291 -4.781 40 HO2' G 4 HO2 G 4 -5.117 -5.294 -6.038 41 H1' G 4 H1* G 4 -2.733 -6.787 -4.988 42 H8 G 4 8H G 4 0.190 -4.716 -4.044 43 H1 G 4 1H G 4 -3.940 -5.226 0.769 44 H21 G 4 1H2 G 4 -5.863 -6.056 0.037 45 H22 G 4 2H2 G 4 -6.179 -6.311 -1.664 46 H5' U 5 1H5* U 5 -5.952 -3.163 -7.367 47 H5'' U 5 2H5* U 5 -6.383 -1.498 -7.804 48 H4' U 5 H4* U 5 -8.139 -2.349 -6.393 49 H3' U 5 H3* U 5 -6.237 -0.406 -5.030 50 H2' U 5 H2* U 5 -7.611 -0.550 -3.070 51 HO2' U 5 HO2 U 5 -9.404 -2.293 -4.418 52 H1' U 5 H1* U 5 -7.746 -3.227 -3.004 53 H3 U 5 3H U 5 -4.640 -1.769 0.035 54 H5 U 5 5H U 5 -2.561 -2.044 -3.621 55 H6 U 5 6H U 5 -4.685 -2.431 -4.728 56 H5' A 6 1H5* A 6 -10.238 1.396 -4.632 57 H5'' A 6 2H5* A 6 -10.125 3.131 -4.980 58 H4' A 6 H4* A 6 -11.170 2.871 -2.820 59 H3' A 6 H3* A 6 -8.268 3.815 -2.709 60 H2' A 6 H2* A 6 -8.547 4.034 -0.343 61 HO2' A 6 HO2 A 6 -11.309 3.416 -0.752 62 H1' A 6 H1* A 6 -9.663 1.629 0.057 63 H8 A 6 8H A 6 -7.213 1.532 -2.858 64 H61 A 6 1H6 A 6 -2.822 0.561 1.347 65 H62 A 6 2H6 A 6 -3.223 0.441 -0.352 66 H2 A 6 2H A 6 -6.629 1.614 3.499 67 H5' U 7 1H5* U 7 -10.346 5.846 0.061 68 H5'' U 7 2H5* U 7 -10.455 7.564 -0.369 69 H4' U 7 H4* U 7 -9.912 7.642 1.909 70 H3' U 7 H3* U 7 -7.364 7.779 0.249 71 H2' U 7 H2* U 7 -6.157 8.060 2.299 72 HO2' U 7 HO2 U 7 -8.636 8.894 3.195 73 H1' U 7 H1* U 7 -7.418 6.066 3.651 74 H3 U 7 3H U 7 -3.439 4.167 2.617 75 H5 U 7 5H U 7 -5.523 4.280 -1.054 76 H6 U 7 6H U 7 -7.223 5.598 0.039 77 H5' G 8 1H5* G 8 -7.201 10.391 3.202 78 H5'' G 8 2H5* G 8 -6.414 11.941 2.853 79 H4' G 8 H4* G 8 -5.250 10.743 4.664 80 H3' G 8 H3* G 8 -3.751 10.999 2.013 81 H2' G 8 H2* G 8 -1.870 10.079 3.158 82 HO2' G 8 HO2 G 8 -2.854 9.783 5.665 83 H1' G 8 H1* G 8 -3.276 8.195 4.581 84 H8 G 8 8H G 8 -4.484 8.305 0.996 85 H1 G 8 1H G 8 1.003 5.168 1.674 86 H21 G 8 1H2 G 8 1.848 5.536 3.698 87 H22 G 8 2H2 G 8 0.998 6.466 4.909 88 H5' U 9 1H5* U 9 -1.045 12.284 4.694 89 H5'' U 9 2H5* U 9 -0.621 13.984 4.411 90 H4' U 9 H4* U 9 1.478 12.948 4.529 91 H3' U 9 H3* U 9 0.534 13.190 1.659 92 H2' U 9 H2* U 9 2.445 12.048 0.897 93 HO2' U 9 HO2 U 9 3.622 12.478 3.469 94 H1' U 9 H1* U 9 2.753 10.283 3.026 95 H3 U 9 3H U 9 1.987 7.500 -0.428 96 H5 U 9 5H U 9 -1.726 9.451 0.159 97 H6 U 9 6H U 9 -0.622 10.905 1.751 98 H5' G 10 1H5* G 10 4.150 13.813 1.431 99 H5'' G 10 2H5* G 10 4.729 15.462 1.117 100 H4' G 10 H4* G 10 5.973 14.430 -0.493 101 H3' G 10 H3* G 10 3.223 14.806 -1.705 102 H2' G 10 H2* G 10 3.862 13.576 -3.623 103 HO2' G 10 HO2 G 10 6.544 13.657 -2.619 104 H1' G 10 H1* G 10 5.155 11.554 -2.378 105 H8 G 10 8H G 10 1.997 13.253 -0.870 106 H1 G 10 1H G 10 0.786 8.154 -4.478 107 H21 G 10 1H2 G 10 4.228 7.910 -4.773 108 H22 G 10 2H2 G 10 2.659 7.303 -5.249 109 H5' A 11 1H5* A 11 5.714 14.889 -4.584 110 H5'' A 11 2H5* A 11 5.947 16.485 -5.308 111 H4' A 11 H4* A 11 4.046 15.576 -6.978 112 H3' A 11 H3* A 11 4.913 13.159 -5.549 113 H2' A 11 H2* A 11 6.202 12.168 -7.154 114 HO2' A 11 HO2 A 11 3.967 12.511 -8.476 115 H1' A 11 H1* A 11 6.651 14.164 -9.038 116 H8 A 11 8H A 11 7.671 14.271 -5.309 117 H61 A 11 1H6 A 11 13.162 12.214 -7.186 118 H62 A 11 2H6 A 11 12.245 12.814 -5.824 119 H2 A 11 2H A 11 10.448 12.407 -10.766 120 H5' A 12 1H5* A 12 2.877 11.005 -8.652 121 H5'' A 12 2H5* A 12 2.407 9.449 -7.944 122 H4' A 12 H4* A 12 4.356 9.344 -9.558 123 H3' A 12 H3* A 12 4.468 8.316 -6.718 124 H2' A 12 H2* A 12 6.778 7.793 -6.925 125 HO2' A 12 HO2 A 12 7.801 7.612 -8.896 126 H1' A 12 H1* A 12 7.605 10.018 -8.193 127 H8 A 12 8H A 12 4.720 10.390 -5.636 128 H61 A 12 1H6 A 12 8.603 11.172 -1.409 129 H62 A 12 2H6 A 12 7.861 12.617 -2.058 130 H2 A 12 2H A 12 11.118 10.649 -5.390 131 H5' A 13 1H5* A 13 5.582 4.671 -9.169 132 H5'' A 13 2H5* A 13 4.909 3.249 -8.355 133 H4' A 13 H4* A 13 7.341 3.057 -8.485 134 H3' A 13 H3* A 13 6.004 3.347 -5.803 135 H2' A 13 H2* A 13 8.072 3.576 -4.653 136 HO2' A 13 HO2 A 13 9.792 3.282 -6.779 137 H1' A 13 H1* A 13 9.295 5.292 -6.284 138 H8 A 13 8H A 13 5.442 5.403 -6.034 139 H61 A 13 2H6 A 13 6.222 9.972 -2.003 140 H62 A 13 1H6 A 13 5.053 9.006 -2.873 141 H2 A 13 2H A 13 10.289 8.384 -3.105 142 H5' G 14 1H5* G 14 8.968 1.350 -4.938 143 H5'' G 14 2H5* G 14 8.761 -0.094 -3.929 144 H4' G 14 H4* G 14 10.103 1.426 -2.657 145 H3' G 14 H3* G 14 7.188 1.333 -1.797 146 H2' G 14 H2* G 14 7.712 2.876 -0.040 147 HO2' G 14 HO2 G 14 10.270 1.924 -0.491 148 H1' G 14 H1* G 14 9.078 4.624 -1.572 149 H8 G 14 8H G 14 6.351 2.893 -3.597 150 H1 G 14 1H G 14 4.135 7.709 -0.054 151 H21 G 14 1H2 G 14 7.355 7.813 1.277 152 H22 G 14 2H2 G 14 5.709 8.406 1.347 153 H5' C 15 1H5* C 15 8.746 1.112 1.743 154 H5'' C 15 2H5* C 15 8.019 -0.156 2.748 155 H4' C 15 H4* C 15 7.609 2.080 3.705 156 H3' C 15 H3* C 15 5.181 0.617 2.576 157 H2' C 15 H2* C 15 3.867 2.372 3.489 158 HO2' C 15 HO2 C 15 5.088 3.972 4.897 159 H1' C 15 H1* C 15 5.661 4.421 2.941 160 H41 C 15 1H4 C 15 0.693 4.372 -1.138 161 H42 C 15 2H4 C 15 1.785 3.730 -2.342 162 H5 C 15 5H C 15 3.892 2.707 -1.756 163 H6 C 15 6H C 15 5.588 2.493 -0.011 164 H5' A 16 1H5* A 16 5.216 1.375 7.153 165 H5'' A 16 2H5* A 16 4.348 0.046 7.944 166 H4' A 16 H4* A 16 3.660 2.236 8.852 167 H3' A 16 H3* A 16 1.638 0.568 7.311 168 H2' A 16 H2* A 16 -0.014 2.254 7.694 169 HO2' A 16 HO2 A 16 1.620 2.847 9.810 170 H1' A 16 H1* A 16 1.489 4.358 6.980 171 H8 A 16 8H A 16 2.708 1.454 4.950 172 H61 A 16 1H6 A 16 -1.973 2.521 1.092 173 H62 A 16 2H6 A 16 -0.441 1.700 1.291 174 H2 A 16 2H A 16 -2.660 4.919 4.830 175 H5' U 17 1H5* U 17 -0.534 2.296 9.929 176 H5'' U 17 2H5* U 17 -1.083 1.188 11.203 177 H4' U 17 H4* U 17 -3.057 2.315 10.645 178 H3' U 17 H3* U 17 -2.813 -0.260 9.062 179 H2' U 17 H2* U 17 -4.863 0.213 7.972 180 HO2' U 17 HO2 U 17 -5.927 2.333 8.895 181 H1' U 17 H1* U 17 -4.494 2.902 7.610 182 H3 U 17 3H U 17 -4.109 1.395 3.382 183 H5 U 17 5H U 17 -0.650 -0.071 5.288 184 H6 U 17 6H U 17 -1.531 0.761 7.378 185 H5' A 18 1H5* A 18 -6.584 -0.241 9.918 186 H5'' A 18 2H5* A 18 -7.127 -1.694 10.775 187 H4' A 18 H4* A 18 -8.502 -1.705 8.888 188 H3' A 18 H3* A 18 -6.007 -3.356 8.370 189 H2' A 18 H2* A 18 -6.750 -3.790 6.206 190 HO2' A 18 HO2 A 18 -9.358 -3.049 7.111 191 H1' A 18 H1* A 18 -8.100 -1.397 5.731 192 H8 A 18 8H A 18 -4.478 -1.664 6.979 193 H61 A 18 1H6 A 18 -2.840 -1.721 1.044 194 H62 A 18 2H6 A 18 -2.252 -1.566 2.684 195 H2 A 18 2H A 18 -7.330 -1.666 1.264 196 H5' C 19 1H5* C 19 -9.550 -4.900 7.244 197 H5'' C 19 2H5* C 19 -9.970 -6.563 7.692 198 H4' C 19 H4* C 19 -10.570 -6.387 5.416 199 H3' C 19 H3* C 19 -7.820 -7.662 5.663 200 H2' C 19 H2* C 19 -7.941 -8.018 3.300 201 HO2' C 19 HO2 C 19 -10.355 -6.944 2.717 202 H1' C 19 H1* C 19 -8.928 -5.542 2.682 203 H41 C 19 1H4 C 19 -2.638 -4.825 2.153 204 H42 C 19 2H4 C 19 -2.498 -4.673 3.889 205 H5 C 19 5H C 19 -4.312 -5.202 5.398 206 H6 C 19 6H C 19 -6.658 -5.756 5.562 207 H5' U 20 1H5* U 20 -9.842 -9.627 3.022 208 H5'' U 20 2H5* U 20 -9.929 -11.389 3.219 209 H4' U 20 H4* U 20 -9.131 -10.996 0.995 210 H3' U 20 H3* U 20 -6.979 -11.817 2.968 211 H2' U 20 H2* U 20 -5.341 -11.597 1.319 212 HO2' U 20 HO2 U 20 -7.463 -12.358 -0.343 213 H1' U 20 H1* U 20 -6.661 -9.670 -0.305 214 H3 U 20 3H U 20 -2.570 -7.858 0.286 215 H5 U 20 5H U 20 -4.335 -7.692 4.125 216 H6 U 20 6H U 20 -6.141 -9.054 3.266 217 H5' C 21 1H5* C 21 -7.450 -14.079 -0.811 218 H5'' C 21 2H5* C 21 -7.137 -15.818 -0.647 219 H4' C 21 H4* C 21 -5.995 -14.919 -2.628 220 H3' C 21 H3* C 21 -4.326 -15.884 -0.285 221 H2' C 21 H2* C 21 -2.341 -15.342 -1.487 222 HO2' C 21 HO2 C 21 -2.670 -16.067 -3.520 223 H1' C 21 H1* C 21 -3.141 -12.956 -2.482 224 H41 C 21 1H4 C 21 -0.222 -11.425 2.927 225 H42 C 21 2H4 C 21 -1.627 -11.897 3.855 226 H5 C 21 5H C 21 -3.589 -12.893 2.866 227 H6 C 21 6H C 21 -4.620 -13.650 0.774 228 H5' C 22 1H5* C 22 -2.803 -18.440 -3.475 229 H5'' C 22 2H5* C 22 -1.823 -19.699 -2.695 230 H4' C 22 H4* C 22 -0.637 -17.623 -3.785 231 H3' C 22 H3* C 22 -0.085 -18.846 -1.070 232 HO3' C 22 H3T C 22 1.199 -18.828 -3.628 233 H2' C 22 H2* C 22 1.630 -17.296 -0.701 234 HO2' C 22 HO2 C 22 2.353 -15.925 -2.499 235 H1' C 22 H1* C 22 0.385 -15.117 -1.890 236 H41 C 22 1H4 C 22 -0.173 -14.608 4.448 237 H42 C 22 2H4 C 22 -1.669 -15.514 4.380 238 H5 C 22 5H C 22 -2.522 -16.498 2.353 239 H6 C 22 6H C 22 -2.100 -16.875 -0.030 Start of MODEL 18 1 H5' G 1 1H5* G 1 7.756 -8.515 7.499 2 H5'' G 1 2H5* G 1 7.472 -10.114 8.218 3 H4' G 1 H4* G 1 9.055 -10.158 5.712 4 H3' G 1 H3* G 1 6.268 -8.974 5.829 5 H2' G 1 H2* G 1 5.560 -10.304 4.063 6 HO2' G 1 HO2 G 1 6.813 -10.717 2.353 7 H1' G 1 H1* G 1 7.377 -12.464 4.385 8 H8 G 1 8H G 1 5.314 -12.098 7.442 9 H1 G 1 1H G 1 1.878 -14.419 2.590 10 H21 G 1 1H2 G 1 3.042 -14.267 0.705 11 H22 G 1 2H2 G 1 4.639 -13.556 0.641 12 HO5' G 1 H5T G 1 9.826 -8.680 7.890 13 H5' G 2 1H5* G 2 8.880 -8.177 1.919 14 H5'' G 2 2H5* G 2 8.462 -6.529 1.413 15 H4' G 2 H4* G 2 8.664 -7.909 -0.569 16 H3' G 2 H3* G 2 5.916 -6.967 0.240 17 H2' G 2 H2* G 2 4.860 -8.240 -1.453 18 HO2' G 2 HO2 G 2 6.218 -7.772 -3.190 19 H1' G 2 H1* G 2 6.241 -10.539 -1.198 20 H8 G 2 8H G 2 6.007 -9.128 2.257 21 H1 G 2 1H G 2 0.475 -11.643 0.338 22 H21 G 2 1H2 G 2 0.553 -12.077 -1.838 23 H22 G 2 2H2 G 2 1.973 -11.762 -2.810 24 H5' A 3 1H5* A 3 6.544 -6.295 -4.144 25 H5'' A 3 2H5* A 3 5.985 -4.664 -4.565 26 H4' A 3 H4* A 3 5.041 -6.349 -6.101 27 H3' A 3 H3* A 3 3.173 -4.871 -4.213 28 H2' A 3 H2* A 3 1.320 -6.027 -5.237 29 HO2' A 3 HO2 A 3 3.162 -6.384 -7.251 30 H1' A 3 H1* A 3 2.342 -8.464 -4.935 31 H8 A 3 8H A 3 3.956 -6.428 -2.223 32 H61 A 3 1H6 A 3 -1.109 -7.168 1.152 33 H62 A 3 2H6 A 3 0.531 -6.560 1.130 34 H2 A 3 2H A 3 -2.033 -8.511 -3.054 35 H5' G 4 1H5* G 4 1.189 -4.939 -7.539 36 H5'' G 4 2H5* G 4 0.352 -3.428 -7.945 37 H4' G 4 H4* G 4 -1.262 -5.254 -7.640 38 H3' G 4 H3* G 4 -1.271 -3.105 -5.469 39 H2' G 4 H2* G 4 -3.249 -4.193 -4.646 40 HO2' G 4 HO2 G 4 -3.643 -6.250 -6.226 41 H1' G 4 H1* G 4 -2.289 -6.705 -4.849 42 H8 G 4 8H G 4 0.638 -4.794 -3.663 43 H1 G 4 1H G 4 -3.833 -5.150 0.849 44 H21 G 4 1H2 G 4 -5.747 -5.853 -0.026 45 H22 G 4 2H2 G 4 -5.961 -6.058 -1.750 46 H5' U 5 1H5* U 5 -5.218 -2.875 -7.449 47 H5'' U 5 2H5* U 5 -5.555 -1.173 -7.819 48 H4' U 5 H4* U 5 -7.469 -2.083 -6.655 49 H3' U 5 H3* U 5 -5.711 -0.201 -5.040 50 H2' U 5 H2* U 5 -7.250 -0.417 -3.220 51 HO2' U 5 HO2 U 5 -8.914 -1.799 -5.090 52 H1' U 5 H1* U 5 -7.429 -3.092 -3.276 53 H3 U 5 3H U 5 -4.629 -1.773 0.107 54 H5 U 5 5H U 5 -2.188 -2.066 -3.316 55 H6 U 5 6H U 5 -4.196 -2.342 -4.647 56 H5' A 6 1H5* A 6 -9.776 1.526 -4.924 57 H5'' A 6 2H5* A 6 -9.661 3.267 -5.245 58 H4' A 6 H4* A 6 -10.916 2.975 -3.207 59 H3' A 6 H3* A 6 -8.059 3.969 -2.823 60 H2' A 6 H2* A 6 -8.514 4.129 -0.479 61 HO2' A 6 HO2 A 6 -10.590 3.897 0.358 62 H1' A 6 H1* A 6 -9.581 1.693 -0.203 63 H8 A 6 8H A 6 -7.002 1.701 -3.002 64 H61 A 6 1H6 A 6 -2.796 0.660 1.366 65 H62 A 6 2H6 A 6 -3.128 0.561 -0.347 66 H2 A 6 2H A 6 -6.704 1.633 3.375 67 H5' U 7 1H5* U 7 -10.215 5.854 -0.140 68 H5'' U 7 2H5* U 7 -10.354 7.584 -0.516 69 H4' U 7 H4* U 7 -9.832 7.618 1.762 70 H3' U 7 H3* U 7 -7.262 7.793 0.142 71 H2' U 7 H2* U 7 -6.084 8.033 2.209 72 HO2' U 7 HO2 U 7 -8.510 8.023 3.677 73 H1' U 7 H1* U 7 -7.387 6.034 3.525 74 H3 U 7 3H U 7 -3.385 4.116 2.602 75 H5 U 7 5H U 7 -5.345 4.285 -1.134 76 H6 U 7 6H U 7 -7.075 5.598 -0.083 77 H5' G 8 1H5* G 8 -7.156 10.325 3.128 78 H5'' G 8 2H5* G 8 -6.360 11.886 2.842 79 H4' G 8 H4* G 8 -5.229 10.627 4.633 80 H3' G 8 H3* G 8 -3.684 10.966 2.019 81 H2' G 8 H2* G 8 -1.823 10.000 3.163 82 HO2' G 8 HO2 G 8 -3.180 10.958 5.376 83 H1' G 8 H1* G 8 -3.254 8.062 4.475 84 H8 G 8 8H G 8 -4.435 8.333 0.893 85 H1 G 8 1H G 8 1.033 5.145 1.477 86 H21 G 8 1H2 G 8 1.861 5.421 3.523 87 H22 G 8 2H2 G 8 1.010 6.312 4.762 88 H5' U 9 1H5* U 9 -1.027 12.282 4.743 89 H5'' U 9 2H5* U 9 -0.623 13.991 4.484 90 H4' U 9 H4* U 9 1.488 12.975 4.591 91 H3' U 9 H3* U 9 0.544 13.254 1.723 92 H2' U 9 H2* U 9 2.473 12.153 0.947 93 HO2' U 9 HO2 U 9 4.236 11.795 2.641 94 H1' U 9 H1* U 9 2.804 10.361 3.051 95 H3 U 9 3H U 9 2.113 7.624 -0.462 96 H5 U 9 5H U 9 -1.646 9.469 0.161 97 H6 U 9 6H U 9 -0.582 10.916 1.788 98 H5' G 10 1H5* G 10 4.119 13.961 1.462 99 H5'' G 10 2H5* G 10 4.666 15.626 1.174 100 H4' G 10 H4* G 10 5.887 14.649 -0.489 101 H3' G 10 H3* G 10 3.106 15.038 -1.617 102 H2' G 10 H2* G 10 3.679 13.843 -3.575 103 HO2' G 10 HO2 G 10 5.868 13.286 -4.029 104 H1' G 10 H1* G 10 5.004 11.793 -2.421 105 H8 G 10 8H G 10 1.933 13.473 -0.731 106 H1 G 10 1H G 10 0.515 8.485 -4.416 107 H21 G 10 1H2 G 10 3.938 8.186 -4.829 108 H22 G 10 2H2 G 10 2.345 7.652 -5.309 109 H5' A 11 1H5* A 11 5.423 15.183 -4.600 110 H5'' A 11 2H5* A 11 5.630 16.796 -5.293 111 H4' A 11 H4* A 11 3.617 15.947 -6.864 112 H3' A 11 H3* A 11 4.551 13.491 -5.561 113 H2' A 11 H2* A 11 5.767 12.551 -7.249 114 HO2' A 11 HO2 A 11 3.460 12.986 -8.473 115 H1' A 11 H1* A 11 6.103 14.588 -9.112 116 H8 A 11 8H A 11 7.332 14.596 -5.441 117 H61 A 11 1H6 A 11 12.671 12.508 -7.649 118 H62 A 11 2H6 A 11 11.925 13.327 -6.295 119 H2 A 11 2H A 11 9.807 12.921 -11.100 120 H5' A 12 1H5* A 12 2.471 11.457 -8.669 121 H5'' A 12 2H5* A 12 1.991 9.879 -8.018 122 H4' A 12 H4* A 12 3.903 9.789 -9.660 123 H3' A 12 H3* A 12 4.103 8.719 -6.838 124 H2' A 12 H2* A 12 6.401 8.186 -7.142 125 HO2' A 12 HO2 A 12 6.968 7.445 -9.037 126 H1' A 12 H1* A 12 7.191 10.434 -8.389 127 H8 A 12 8H A 12 4.397 10.728 -5.716 128 H61 A 12 1H6 A 12 8.658 12.775 -2.019 129 H62 A 12 2H6 A 12 7.445 11.534 -1.801 130 H2 A 12 2H A 12 10.796 11.050 -5.718 131 H5' A 13 1H5* A 13 5.168 5.128 -9.380 132 H5'' A 13 2H5* A 13 4.499 3.693 -8.585 133 H4' A 13 H4* A 13 6.921 3.468 -8.788 134 H3' A 13 H3* A 13 5.675 3.718 -6.057 135 H2' A 13 H2* A 13 7.784 3.895 -4.971 136 HO2' A 13 HO2 A 13 9.688 3.283 -5.940 137 H1' A 13 H1* A 13 8.979 5.625 -6.605 138 H8 A 13 8H A 13 5.139 5.788 -6.230 139 H61 A 13 2H6 A 13 6.120 10.257 -2.128 140 H62 A 13 1H6 A 13 4.907 9.324 -2.977 141 H2 A 13 2H A 13 10.123 8.633 -3.395 142 H5' G 14 1H5* G 14 8.678 1.599 -5.363 143 H5'' G 14 2H5* G 14 8.459 0.133 -4.385 144 H4' G 14 H4* G 14 9.923 1.574 -3.145 145 H3' G 14 H3* G 14 7.056 1.532 -2.130 146 H2' G 14 H2* G 14 7.732 2.994 -0.350 147 HO2' G 14 HO2 G 14 10.403 2.611 -1.311 148 H1' G 14 H1* G 14 9.035 4.764 -1.904 149 H8 G 14 8H G 14 6.174 3.133 -3.824 150 H1 G 14 1H G 14 4.238 7.891 -0.049 151 H21 G 14 1H2 G 14 7.512 7.896 1.128 152 H22 G 14 2H2 G 14 5.883 8.515 1.291 153 H5' C 15 1H5* C 15 8.722 1.062 1.376 154 H5'' C 15 2H5* C 15 7.981 -0.261 2.296 155 H4' C 15 H4* C 15 7.644 1.902 3.429 156 H3' C 15 H3* C 15 5.167 0.580 2.240 157 H2' C 15 H2* C 15 3.894 2.298 3.276 158 HO2' C 15 HO2 C 15 5.834 2.151 5.118 159 H1' C 15 H1* C 15 5.695 4.350 2.817 160 H41 C 15 1H4 C 15 0.774 4.527 -1.312 161 H42 C 15 2H4 C 15 1.875 3.934 -2.532 162 H5 C 15 5H C 15 3.951 2.840 -1.962 163 H6 C 15 6H C 15 5.626 2.532 -0.211 164 H5' A 16 1H5* A 16 5.279 1.058 6.868 165 H5'' A 16 2H5* A 16 4.402 -0.308 7.580 166 H4' A 16 H4* A 16 3.781 1.824 8.660 167 H3' A 16 H3* A 16 1.691 0.289 7.078 168 H2' A 16 H2* A 16 0.076 1.984 7.564 169 HO2' A 16 HO2 A 16 2.024 3.219 9.258 170 H1' A 16 H1* A 16 1.590 4.092 6.918 171 H8 A 16 8H A 16 2.814 1.282 4.769 172 H61 A 16 1H6 A 16 -1.896 2.447 0.983 173 H62 A 16 2H6 A 16 -0.350 1.645 1.140 174 H2 A 16 2H A 16 -2.580 4.711 4.808 175 H5' U 17 1H5* U 17 -0.364 1.975 9.858 176 H5'' U 17 2H5* U 17 -0.879 0.828 11.110 177 H4' U 17 H4* U 17 -2.840 2.042 10.716 178 H3' U 17 H3* U 17 -2.778 -0.468 9.017 179 H2' U 17 H2* U 17 -4.873 0.123 8.070 180 HO2' U 17 HO2 U 17 -6.316 1.331 9.111 181 H1' U 17 H1* U 17 -4.412 2.798 7.765 182 H3 U 17 3H U 17 -4.252 1.388 3.484 183 H5 U 17 5H U 17 -0.756 -0.211 5.208 184 H6 U 17 6H U 17 -1.533 0.584 7.352 185 H5' A 18 1H5* A 18 -6.402 -0.311 10.054 186 H5'' A 18 2H5* A 18 -7.058 -1.752 10.853 187 H4' A 18 H4* A 18 -8.453 -1.546 8.987 188 H3' A 18 H3* A 18 -6.122 -3.384 8.329 189 H2' A 18 H2* A 18 -7.011 -3.675 6.182 190 HO2' A 18 HO2 A 18 -9.400 -2.433 6.301 191 H1' A 18 H1* A 18 -8.044 -1.129 5.829 192 H8 A 18 8H A 18 -4.456 -1.734 7.051 193 H61 A 18 1H6 A 18 -2.863 -1.884 1.104 194 H62 A 18 2H6 A 18 -2.254 -1.806 2.742 195 H2 A 18 2H A 18 -7.333 -1.504 1.352 196 H5' C 19 1H5* C 19 -9.968 -4.990 7.296 197 H5'' C 19 2H5* C 19 -10.070 -6.748 7.507 198 H4' C 19 H4* C 19 -10.769 -6.089 5.248 199 H3' C 19 H3* C 19 -8.160 -7.638 5.450 200 H2' C 19 H2* C 19 -8.195 -7.730 3.063 201 HO2' C 19 HO2 C 19 -10.779 -6.546 3.037 202 H1' C 19 H1* C 19 -9.004 -5.133 2.670 203 H41 C 19 1H4 C 19 -2.675 -4.863 2.234 204 H42 C 19 2H4 C 19 -2.561 -4.751 3.975 205 H5 C 19 5H C 19 -4.439 -5.183 5.438 206 H6 C 19 6H C 19 -6.816 -5.610 5.544 207 H5' U 20 1H5* U 20 -10.027 -9.163 2.570 208 H5'' U 20 2H5* U 20 -10.388 -10.898 2.644 209 H4' U 20 H4* U 20 -9.318 -10.650 0.561 210 H3' U 20 H3* U 20 -7.348 -11.516 2.702 211 H2' U 20 H2* U 20 -5.604 -11.436 1.143 212 HO2' U 20 HO2 U 20 -6.087 -11.520 -1.160 213 H1' U 20 H1* U 20 -6.673 -9.430 -0.544 214 H3 U 20 3H U 20 -2.557 -7.865 0.431 215 H5 U 20 5H U 20 -4.627 -7.657 4.113 216 H6 U 20 6H U 20 -6.443 -8.870 3.069 217 H5' C 21 1H5* C 21 -7.526 -13.543 -0.994 218 H5'' C 21 2H5* C 21 -7.508 -15.317 -0.960 219 H4' C 21 H4* C 21 -6.041 -14.614 -2.733 220 H3' C 21 H3* C 21 -4.661 -15.626 -0.225 221 H2' C 21 H2* C 21 -2.551 -15.297 -1.304 222 HO2' C 21 HO2 C 21 -4.156 -15.311 -3.615 223 H1' C 21 H1* C 21 -3.070 -12.880 -2.372 224 H41 C 21 1H4 C 21 -0.483 -11.489 3.232 225 H42 C 21 2H4 C 21 -1.977 -11.873 4.059 226 H5 C 21 5H C 21 -3.920 -12.750 2.932 227 H6 C 21 6H C 21 -4.841 -13.455 0.771 228 H5' C 22 1H5* C 22 -3.279 -18.524 -3.311 229 H5'' C 22 2H5* C 22 -2.374 -19.787 -2.451 230 H4' C 22 H4* C 22 -1.100 -17.812 -3.677 231 H3' C 22 H3* C 22 -0.535 -19.019 -0.956 232 HO3' C 22 H3T C 22 1.280 -19.800 -2.273 233 H2' C 22 H2* C 22 1.309 -17.589 -0.700 234 HO2' C 22 HO2 C 22 1.058 -17.209 -3.513 235 H1' C 22 H1* C 22 0.133 -15.341 -1.787 236 H41 C 22 1H4 C 22 -0.237 -15.014 4.583 237 H42 C 22 2H4 C 22 -1.818 -15.758 4.509 238 H5 C 22 5H C 22 -2.801 -16.567 2.461 239 H6 C 22 6H C 22 -2.446 -16.914 0.065 Start of MODEL 19 1 H5' G 1 1H5* G 1 7.007 -7.502 7.730 2 H5'' G 1 2H5* G 1 6.632 -9.053 8.507 3 H4' G 1 H4* G 1 8.367 -9.206 6.090 4 H3' G 1 H3* G 1 5.542 -8.115 6.041 5 H2' G 1 H2* G 1 4.937 -9.567 4.332 6 HO2' G 1 HO2 G 1 7.676 -9.948 3.638 7 H1' G 1 H1* G 1 6.845 -11.622 4.810 8 H8 G 1 8H G 1 4.611 -11.194 7.750 9 H1 G 1 1H G 1 1.614 -14.067 2.906 10 H21 G 1 1H2 G 1 2.851 -13.937 1.072 11 H22 G 1 2H2 G 1 4.401 -13.127 1.038 12 HO5' G 1 H5T G 1 9.231 -8.098 7.867 13 H5' G 2 1H5* G 2 8.324 -7.868 2.144 14 H5'' G 2 2H5* G 2 8.025 -6.204 1.607 15 H4' G 2 H4* G 2 8.277 -7.468 -0.392 16 H3' G 2 H3* G 2 5.437 -6.769 0.329 17 H2' G 2 H2* G 2 4.534 -8.113 -1.403 18 HO2' G 2 HO2 G 2 5.586 -8.211 -3.238 19 H1' G 2 H1* G 2 6.043 -10.307 -1.080 20 H8 G 2 8H G 2 5.724 -8.827 2.325 21 H1 G 2 1H G 2 0.353 -11.713 0.474 22 H21 G 2 1H2 G 2 0.451 -12.168 -1.698 23 H22 G 2 2H2 G 2 1.839 -11.759 -2.680 24 H5' A 3 1H5* A 3 6.170 -6.048 -4.053 25 H5'' A 3 2H5* A 3 5.520 -4.451 -4.474 26 H4' A 3 H4* A 3 4.770 -6.161 -6.086 27 H3' A 3 H3* A 3 2.726 -4.845 -4.266 28 H2' A 3 H2* A 3 0.992 -6.135 -5.339 29 HO2' A 3 HO2 A 3 1.275 -7.067 -7.256 30 H1' A 3 H1* A 3 2.161 -8.489 -4.988 31 H8 A 3 8H A 3 3.646 -6.344 -2.290 32 H61 A 3 1H6 A 3 -1.371 -7.349 1.086 33 H62 A 3 2H6 A 3 0.231 -6.645 1.060 34 H2 A 3 2H A 3 -2.217 -8.756 -3.115 35 H5' G 4 1H5* G 4 0.894 -5.146 -7.484 36 H5'' G 4 2H5* G 4 0.000 -3.735 -8.084 37 H4' G 4 H4* G 4 -1.583 -5.524 -7.712 38 H3' G 4 H3* G 4 -1.671 -3.360 -5.560 39 H2' G 4 H2* G 4 -3.618 -4.506 -4.730 40 HO2' G 4 HO2 G 4 -4.649 -6.109 -5.907 41 H1' G 4 H1* G 4 -2.568 -6.979 -4.879 42 H8 G 4 8H G 4 0.299 -4.921 -3.769 43 H1 G 4 1H G 4 -4.091 -5.392 0.812 44 H21 G 4 1H2 G 4 -5.980 -6.203 -0.021 45 H22 G 4 2H2 G 4 -6.203 -6.473 -1.735 46 H5' U 5 1H5* U 5 -5.647 -3.258 -7.434 47 H5'' U 5 2H5* U 5 -6.003 -1.576 -7.876 48 H4' U 5 H4* U 5 -7.889 -2.399 -6.628 49 H3' U 5 H3* U 5 -6.054 -0.528 -5.085 50 H2' U 5 H2* U 5 -7.547 -0.693 -3.219 51 HO2' U 5 HO2 U 5 -9.589 -0.748 -3.906 52 H1' U 5 H1* U 5 -7.736 -3.361 -3.214 53 H3 U 5 3H U 5 -4.749 -2.026 -0.003 54 H5 U 5 5H U 5 -2.497 -2.360 -3.548 55 H6 U 5 6H U 5 -4.575 -2.648 -4.766 56 H5' A 6 1H5* A 6 -10.041 1.351 -4.886 57 H5'' A 6 2H5* A 6 -9.869 3.087 -5.214 58 H4' A 6 H4* A 6 -11.045 2.833 -3.120 59 H3' A 6 H3* A 6 -8.144 3.740 -2.863 60 H2' A 6 H2* A 6 -8.497 3.920 -0.505 61 HO2' A 6 HO2 A 6 -10.896 3.127 0.027 62 H1' A 6 H1* A 6 -9.635 1.521 -0.174 63 H8 A 6 8H A 6 -7.167 1.409 -3.065 64 H61 A 6 1H6 A 6 -2.803 0.390 1.146 65 H62 A 6 2H6 A 6 -3.219 0.215 -0.543 66 H2 A 6 2H A 6 -6.612 1.455 3.296 67 H5' U 7 1H5* U 7 -10.205 5.676 -0.107 68 H5'' U 7 2H5* U 7 -10.332 7.405 -0.485 69 H4' U 7 H4* U 7 -9.794 7.428 1.793 70 H3' U 7 H3* U 7 -7.243 7.621 0.146 71 H2' U 7 H2* U 7 -6.040 7.850 2.205 72 HO2' U 7 HO2 U 7 -8.627 8.122 3.397 73 H1' U 7 H1* U 7 -7.292 5.815 3.501 74 H3 U 7 3H U 7 -3.297 3.972 2.403 75 H5 U 7 5H U 7 -5.400 4.164 -1.255 76 H6 U 7 6H U 7 -7.107 5.436 -0.121 77 H5' G 8 1H5* G 8 -7.114 10.045 3.183 78 H5'' G 8 2H5* G 8 -6.341 11.626 2.956 79 H4' G 8 H4* G 8 -5.182 10.317 4.691 80 H3' G 8 H3* G 8 -3.667 10.786 2.081 81 H2' G 8 H2* G 8 -1.782 9.787 3.150 82 HO2' G 8 HO2 G 8 -3.258 10.315 5.518 83 H1' G 8 H1* G 8 -3.172 7.787 4.421 84 H8 G 8 8H G 8 -4.406 8.152 0.867 85 H1 G 8 1H G 8 1.121 5.040 1.275 86 H21 G 8 1H2 G 8 1.984 5.283 3.312 87 H22 G 8 2H2 G 8 1.118 6.087 4.600 88 H5' U 9 1H5* U 9 -0.978 11.947 4.817 89 H5'' U 9 2H5* U 9 -0.588 13.672 4.660 90 H4' U 9 H4* U 9 1.531 12.668 4.664 91 H3' U 9 H3* U 9 0.526 13.131 1.845 92 H2' U 9 H2* U 9 2.410 12.060 0.939 93 HO2' U 9 HO2 U 9 3.581 12.976 3.300 94 H1' U 9 H1* U 9 2.835 10.167 2.950 95 H3 U 9 3H U 9 2.089 7.575 -0.653 96 H5 U 9 5H U 9 -1.669 9.368 0.114 97 H6 U 9 6H U 9 -0.581 10.753 1.776 98 H5' G 10 1H5* G 10 4.165 13.784 1.639 99 H5'' G 10 2H5* G 10 4.726 15.459 1.472 100 H4' G 10 H4* G 10 5.996 14.565 -0.204 101 H3' G 10 H3* G 10 3.264 15.096 -1.396 102 H2' G 10 H2* G 10 3.898 14.048 -3.421 103 HO2' G 10 HO2 G 10 6.242 13.282 -3.497 104 H1' G 10 H1* G 10 5.133 11.886 -2.375 105 H8 G 10 8H G 10 2.029 13.498 -0.675 106 H1 G 10 1H G 10 0.654 8.868 -4.817 107 H21 G 10 1H2 G 10 4.085 8.528 -5.133 108 H22 G 10 2H2 G 10 2.498 8.052 -5.690 109 H5' A 11 1H5* A 11 5.768 15.488 -4.178 110 H5'' A 11 2H5* A 11 6.060 17.136 -4.745 111 H4' A 11 H4* A 11 4.173 16.424 -6.533 112 H3' A 11 H3* A 11 4.986 13.872 -5.324 113 H2' A 11 H2* A 11 6.304 13.028 -6.989 114 HO2' A 11 HO2 A 11 5.572 12.912 -9.029 115 H1' A 11 H1* A 11 6.819 15.185 -8.660 116 H8 A 11 8H A 11 7.737 14.922 -4.911 117 H61 A 11 1H6 A 11 13.284 13.073 -6.837 118 H62 A 11 2H6 A 11 12.286 13.394 -5.437 119 H2 A 11 2H A 11 10.644 13.553 -10.445 120 H5' A 12 1H5* A 12 2.995 12.073 -8.684 121 H5'' A 12 2H5* A 12 2.469 10.465 -8.152 122 H4' A 12 H4* A 12 4.440 10.458 -9.733 123 H3' A 12 H3* A 12 4.477 9.163 -7.004 124 H2' A 12 H2* A 12 6.788 8.633 -7.192 125 HO2' A 12 HO2 A 12 7.887 8.744 -9.170 126 H1' A 12 H1* A 12 7.683 10.961 -8.179 127 H8 A 12 8H A 12 4.644 11.104 -5.778 128 H61 A 12 2H6 A 12 8.640 11.865 -1.269 129 H62 A 12 1H6 A 12 7.169 12.630 -1.826 130 H2 A 12 2H A 12 11.013 11.337 -5.118 131 H5' A 13 1H5* A 13 5.611 5.727 -9.729 132 H5'' A 13 2H5* A 13 4.879 4.257 -9.062 133 H4' A 13 H4* A 13 7.309 4.022 -9.114 134 H3' A 13 H3* A 13 5.879 4.125 -6.466 135 H2' A 13 H2* A 13 7.911 4.211 -5.232 136 HO2' A 13 HO2 A 13 9.254 3.622 -7.690 137 H1' A 13 H1* A 13 9.222 6.025 -6.670 138 H8 A 13 8H A 13 5.366 6.210 -6.556 139 H61 A 13 2H6 A 13 6.090 10.351 -2.073 140 H62 A 13 1H6 A 13 4.935 9.511 -3.082 141 H2 A 13 2H A 13 10.159 8.784 -3.185 142 H5' G 14 1H5* G 14 8.898 1.925 -5.773 143 H5'' G 14 2H5* G 14 8.630 0.432 -4.849 144 H4' G 14 H4* G 14 10.093 1.853 -3.551 145 H3' G 14 H3* G 14 7.224 1.673 -2.559 146 H2' G 14 H2* G 14 7.829 3.078 -0.711 147 HO2' G 14 HO2 G 14 10.100 1.972 -0.781 148 H1' G 14 H1* G 14 9.097 4.957 -2.162 149 H8 G 14 8H G 14 6.300 3.324 -4.182 150 H1 G 14 1H G 14 4.209 7.887 -0.251 151 H21 G 14 1H2 G 14 7.479 7.943 0.942 152 H22 G 14 2H2 G 14 5.831 8.505 1.124 153 H5' C 15 1H5* C 15 8.913 1.140 0.919 154 H5'' C 15 2H5* C 15 8.216 -0.228 1.807 155 H4' C 15 H4* C 15 7.816 1.903 2.989 156 H3' C 15 H3* C 15 5.382 0.508 1.792 157 H2' C 15 H2* C 15 4.050 2.162 2.848 158 HO2' C 15 HO2 C 15 6.083 3.417 4.260 159 H1' C 15 H1* C 15 5.796 4.286 2.460 160 H41 C 15 1H4 C 15 0.817 4.492 -1.596 161 H42 C 15 2H4 C 15 1.913 3.964 -2.850 162 H5 C 15 5H C 15 4.033 2.923 -2.353 163 H6 C 15 6H C 15 5.739 2.591 -0.637 164 H5' A 16 1H5* A 16 5.534 0.902 6.427 165 H5'' A 16 2H5* A 16 4.664 -0.470 7.140 166 H4' A 16 H4* A 16 4.045 1.668 8.221 167 H3' A 16 H3* A 16 1.944 0.119 6.662 168 H2' A 16 H2* A 16 0.330 1.803 7.195 169 HO2' A 16 HO2 A 16 1.189 3.642 8.581 170 H1' A 16 H1* A 16 1.828 3.924 6.542 171 H8 A 16 8H A 16 2.979 1.134 4.327 172 H61 A 16 1H6 A 16 -1.845 2.346 0.701 173 H62 A 16 2H6 A 16 -0.293 1.545 0.798 174 H2 A 16 2H A 16 -2.403 4.570 4.570 175 H5' U 17 1H5* U 17 -0.023 1.815 9.522 176 H5'' U 17 2H5* U 17 -0.505 0.668 10.788 177 H4' U 17 H4* U 17 -2.459 1.925 10.470 178 H3' U 17 H3* U 17 -2.503 -0.610 8.811 179 H2' U 17 H2* U 17 -4.611 -0.004 7.914 180 HO2' U 17 HO2 U 17 -5.890 1.628 8.848 181 H1' U 17 H1* U 17 -4.139 2.664 7.564 182 H3 U 17 3H U 17 -4.154 1.190 3.300 183 H5 U 17 5H U 17 -0.604 -0.409 4.915 184 H6 U 17 6H U 17 -1.296 0.420 7.075 185 H5' A 18 1H5* A 18 -6.121 -0.376 9.947 186 H5'' A 18 2H5* A 18 -6.745 -1.788 10.821 187 H4' A 18 H4* A 18 -8.218 -1.653 9.012 188 H3' A 18 H3* A 18 -5.905 -3.500 8.333 189 H2' A 18 H2* A 18 -6.814 -3.840 6.213 190 HO2' A 18 HO2 A 18 -9.285 -2.627 6.765 191 H1' A 18 H1* A 18 -7.938 -1.330 5.824 192 H8 A 18 8H A 18 -4.303 -1.894 6.924 193 H61 A 18 1H6 A 18 -2.919 -2.116 0.930 194 H62 A 18 2H6 A 18 -2.254 -2.001 2.544 195 H2 A 18 2H A 18 -7.378 -1.721 1.328 196 H5' C 19 1H5* C 19 -9.796 -5.096 7.429 197 H5'' C 19 2H5* C 19 -9.928 -6.828 7.789 198 H4' C 19 H4* C 19 -10.729 -6.417 5.538 199 H3' C 19 H3* C 19 -8.035 -7.816 5.690 200 H2' C 19 H2* C 19 -8.196 -8.089 3.320 201 HO2' C 19 HO2 C 19 -10.736 -6.917 3.134 202 H1' C 19 H1* C 19 -9.101 -5.562 2.786 203 H41 C 19 1H4 C 19 -2.798 -5.078 2.189 204 H42 C 19 2H4 C 19 -2.656 -4.845 3.915 205 H5 C 19 5H C 19 -4.464 -5.330 5.443 206 H6 C 19 6H C 19 -6.822 -5.823 5.631 207 H5' U 20 1H5* U 20 -10.174 -9.834 3.059 208 H5'' U 20 2H5* U 20 -10.184 -11.593 3.295 209 H4' U 20 H4* U 20 -9.400 -11.148 1.051 210 H3' U 20 H3* U 20 -7.292 -12.024 3.047 211 H2' U 20 H2* U 20 -5.619 -11.782 1.443 212 HO2' U 20 HO2 U 20 -7.645 -12.049 -0.557 213 H1' U 20 H1* U 20 -6.921 -9.856 -0.210 214 H3 U 20 3H U 20 -2.786 -8.127 0.383 215 H5 U 20 5H U 20 -4.589 -7.848 4.199 216 H6 U 20 6H U 20 -6.420 -9.180 3.345 217 H5' C 21 1H5* C 21 -7.553 -13.903 -0.711 218 H5'' C 21 2H5* C 21 -7.512 -15.677 -0.752 219 H4' C 21 H4* C 21 -6.118 -14.898 -2.545 220 H3' C 21 H3* C 21 -4.645 -15.965 -0.118 221 H2' C 21 H2* C 21 -2.563 -15.508 -1.179 222 HO2' C 21 HO2 C 21 -4.163 -15.489 -3.502 223 H1' C 21 H1* C 21 -3.183 -13.085 -2.217 224 H41 C 21 1H4 C 21 -0.545 -11.653 3.359 225 H42 C 21 2H4 C 21 -1.997 -12.129 4.210 226 H5 C 21 5H C 21 -3.914 -13.095 3.110 227 H6 C 21 6H C 21 -4.850 -13.801 0.958 228 H5' C 22 1H5* C 22 -3.052 -18.414 -3.273 229 H5'' C 22 2H5* C 22 -2.175 -19.778 -2.548 230 H4' C 22 H4* C 22 -0.815 -17.723 -3.420 231 H3' C 22 H3* C 22 -0.514 -19.076 -0.725 232 HO3' C 22 H3T C 22 0.043 -19.904 -3.022 233 H2' C 22 H2* C 22 1.242 -17.632 -0.185 234 HO2' C 22 HO2 C 22 2.312 -16.379 -1.793 235 H1' C 22 H1* C 22 0.221 -15.362 -1.457 236 H41 C 22 1H4 C 22 -0.576 -14.728 4.842 237 H42 C 22 2H4 C 22 -2.104 -15.571 4.727 238 H5 C 22 5H C 22 -2.914 -16.566 2.687 239 H6 C 22 6H C 22 -2.416 -16.999 0.328 Start of MODEL 20 1 H5' G 1 1H5* G 1 8.455 -7.846 6.725 2 H5'' G 1 2H5* G 1 7.895 -9.339 7.505 3 H4' G 1 H4* G 1 9.394 -9.613 4.925 4 H3' G 1 H3* G 1 6.687 -8.295 5.225 5 H2' G 1 H2* G 1 5.739 -9.676 3.621 6 HO2' G 1 HO2 G 1 8.347 -9.613 2.530 7 H1' G 1 H1* G 1 7.585 -11.855 3.770 8 H8 G 1 8H G 1 5.706 -11.384 6.956 9 H1 G 1 1H G 1 2.119 -14.138 2.454 10 H21 G 1 1H2 G 1 3.167 -14.043 0.497 11 H22 G 1 2H2 G 1 4.712 -13.250 0.297 12 HO5' G 1 H5T G 1 9.920 -8.935 8.264 13 H5' G 2 1H5* G 2 8.928 -8.169 1.012 14 H5'' G 2 2H5* G 2 8.711 -6.477 0.520 15 H4' G 2 H4* G 2 8.533 -7.722 -1.491 16 H3' G 2 H3* G 2 5.897 -6.825 -0.330 17 H2' G 2 H2* G 2 4.650 -8.050 -1.931 18 HO2' G 2 HO2 G 2 7.137 -8.265 -3.324 19 H1' G 2 H1* G 2 6.037 -10.352 -1.888 20 H8 G 2 8H G 2 6.202 -8.861 1.556 21 H1 G 2 1H G 2 0.588 -11.642 0.381 22 H21 G 2 1H2 G 2 0.422 -12.112 -1.787 23 H22 G 2 2H2 G 2 1.720 -11.805 -2.916 24 H5' A 3 1H5* A 3 6.105 -6.166 -4.764 25 H5'' A 3 2H5* A 3 5.479 -4.549 -5.146 26 H4' A 3 H4* A 3 4.482 -6.267 -6.618 27 H3' A 3 H3* A 3 2.699 -4.823 -4.621 28 H2' A 3 H2* A 3 0.815 -6.026 -5.532 29 HO2' A 3 HO2 A 3 2.499 -6.297 -7.666 30 H1' A 3 H1* A 3 1.910 -8.436 -5.276 31 H8 A 3 8H A 3 3.622 -6.299 -2.692 32 H61 A 3 1H6 A 3 -1.178 -7.203 1.014 33 H62 A 3 2H6 A 3 0.415 -6.494 0.869 34 H2 A 3 2H A 3 -2.309 -8.651 -3.105 35 H5' G 4 1H5* G 4 0.627 -5.140 -7.690 36 H5'' G 4 2H5* G 4 -0.283 -3.730 -8.264 37 H4' G 4 H4* G 4 -1.856 -5.500 -7.765 38 H3' G 4 H3* G 4 -1.811 -3.274 -5.676 39 H2' G 4 H2* G 4 -3.716 -4.372 -4.709 40 HO2' G 4 HO2 G 4 -4.291 -6.453 -6.068 41 H1' G 4 H1* G 4 -2.725 -6.876 -4.889 42 H8 G 4 8H G 4 0.202 -4.836 -3.899 43 H1 G 4 1H G 4 -4.016 -5.277 0.842 44 H21 G 4 1H2 G 4 -5.942 -6.066 0.079 45 H22 G 4 2H2 G 4 -6.221 -6.358 -1.623 46 H5' U 5 1H5* U 5 -5.867 -3.183 -7.401 47 H5'' U 5 2H5* U 5 -6.251 -1.503 -7.827 48 H4' U 5 H4* U 5 -8.067 -2.354 -6.485 49 H3' U 5 H3* U 5 -6.195 -0.426 -5.062 50 H2' U 5 H2* U 5 -7.612 -0.573 -3.135 51 HO2' U 5 HO2 U 5 -9.470 -2.330 -3.759 52 H1' U 5 H1* U 5 -7.778 -3.248 -3.086 53 H3 U 5 3H U 5 -4.739 -1.828 0.036 54 H5 U 5 5H U 5 -2.564 -2.154 -3.558 55 H6 U 5 6H U 5 -4.661 -2.505 -4.722 56 H5' A 6 1H5* A 6 -10.202 1.403 -4.753 57 H5'' A 6 2H5* A 6 -10.067 3.138 -5.099 58 H4' A 6 H4* A 6 -11.163 2.887 -2.964 59 H3' A 6 H3* A 6 -8.261 3.815 -2.798 60 H2' A 6 H2* A 6 -8.569 4.027 -0.436 61 HO2' A 6 HO2 A 6 -11.321 3.363 -0.810 62 H1' A 6 H1* A 6 -9.712 1.630 -0.055 63 H8 A 6 8H A 6 -7.224 1.513 -2.937 64 H61 A 6 1H6 A 6 -2.900 0.503 1.327 65 H62 A 6 2H6 A 6 -3.277 0.392 -0.377 66 H2 A 6 2H A 6 -6.727 1.586 3.427 67 H5' U 7 1H5* U 7 -10.360 5.830 -0.050 68 H5'' U 7 2H5* U 7 -10.472 7.550 -0.473 69 H4' U 7 H4* U 7 -9.955 7.623 1.811 70 H3' U 7 H3* U 7 -7.393 7.777 0.176 71 H2' U 7 H2* U 7 -6.198 8.040 2.234 72 HO2' U 7 HO2 U 7 -8.792 8.528 3.289 73 H1' U 7 H1* U 7 -7.465 6.037 3.568 74 H3 U 7 3H U 7 -3.489 4.132 2.534 75 H5 U 7 5H U 7 -5.547 4.295 -1.148 76 H6 U 7 6H U 7 -7.254 5.600 -0.050 77 H5' G 8 1H5* G 8 -7.246 10.363 3.151 78 H5'' G 8 2H5* G 8 -6.464 11.920 2.812 79 H4' G 8 H4* G 8 -5.294 10.720 4.616 80 H3' G 8 H3* G 8 -3.797 10.981 1.964 81 H2' G 8 H2* G 8 -1.911 10.072 3.112 82 HO2' G 8 HO2 G 8 -2.753 11.405 5.132 83 H1' G 8 H1* G 8 -3.311 8.176 4.523 84 H8 G 8 8H G 8 -4.519 8.306 0.938 85 H1 G 8 1H G 8 0.967 5.165 1.608 86 H21 G 8 1H2 G 8 1.814 5.531 3.633 87 H22 G 8 2H2 G 8 0.946 6.429 4.856 88 H5' U 9 1H5* U 9 -1.163 12.398 4.611 89 H5'' U 9 2H5* U 9 -0.753 14.103 4.332 90 H4' U 9 H4* U 9 1.357 13.091 4.463 91 H3' U 9 H3* U 9 0.421 13.326 1.592 92 H2' U 9 H2* U 9 2.319 12.176 0.826 93 HO2' U 9 HO2 U 9 3.772 12.115 3.178 94 H1' U 9 H1* U 9 2.685 10.455 2.994 95 H3 U 9 3H U 9 2.013 7.576 -0.401 96 H5 U 9 5H U 9 -1.753 9.435 0.127 97 H6 U 9 6H U 9 -0.698 10.954 1.692 98 H5' G 10 1H5* G 10 4.071 13.946 1.436 99 H5'' G 10 2H5* G 10 4.649 15.601 1.154 100 H4' G 10 H4* G 10 5.964 14.565 -0.404 101 H3' G 10 H3* G 10 3.276 15.018 -1.723 102 H2' G 10 H2* G 10 3.972 13.819 -3.641 103 HO2' G 10 HO2 G 10 6.578 14.118 -2.519 104 H1' G 10 H1* G 10 5.134 11.731 -2.390 105 H8 G 10 8H G 10 2.008 13.496 -0.897 106 H1 G 10 1H G 10 0.683 8.605 -4.745 107 H21 G 10 1H2 G 10 4.115 8.213 -4.952 108 H22 G 10 2H2 G 10 2.538 7.716 -5.517 109 H5' A 11 1H5* A 11 5.875 15.162 -4.464 110 H5'' A 11 2H5* A 11 6.194 16.766 -5.138 111 H4' A 11 H4* A 11 4.367 15.955 -6.931 112 H3' A 11 H3* A 11 5.077 13.480 -5.511 113 H2' A 11 H2* A 11 6.410 12.481 -7.072 114 HO2' A 11 HO2 A 11 5.866 12.638 -9.334 115 H1' A 11 H1* A 11 7.028 14.502 -8.880 116 H8 A 11 8H A 11 7.844 14.468 -5.099 117 H61 A 11 1H6 A 11 13.163 13.355 -6.182 118 H62 A 11 2H6 A 11 12.563 11.728 -5.951 119 H2 A 11 2H A 11 10.858 12.661 -10.449 120 H5' A 12 1H5* A 12 3.247 11.523 -8.828 121 H5'' A 12 2H5* A 12 2.633 9.965 -8.242 122 H4' A 12 H4* A 12 4.685 9.786 -9.690 123 H3' A 12 H3* A 12 4.551 8.704 -6.872 124 H2' A 12 H2* A 12 6.848 8.089 -6.916 125 HO2' A 12 HO2 A 12 6.455 8.247 -9.696 126 H1' A 12 H1* A 12 7.858 10.308 -8.038 127 H8 A 12 8H A 12 4.750 10.694 -5.749 128 H61 A 12 1H6 A 12 8.357 11.388 -1.162 129 H62 A 12 2H6 A 12 7.471 12.725 -1.862 130 H2 A 12 2H A 12 11.101 10.842 -4.921 131 H5' A 13 1H5* A 13 5.642 5.032 -9.320 132 H5'' A 13 2H5* A 13 4.883 3.633 -8.541 133 H4' A 13 H4* A 13 7.321 3.382 -8.558 134 H3' A 13 H3* A 13 5.842 3.659 -5.949 135 H2' A 13 H2* A 13 7.854 3.800 -4.687 136 HO2' A 13 HO2 A 13 9.879 3.573 -6.248 137 H1' A 13 H1* A 13 9.205 5.515 -6.208 138 H8 A 13 8H A 13 5.349 5.739 -6.170 139 H61 A 13 2H6 A 13 6.042 10.168 -1.967 140 H62 A 13 1H6 A 13 4.895 9.269 -2.935 141 H2 A 13 2H A 13 10.111 8.478 -2.884 142 H5' G 14 1H5* G 14 8.807 1.545 -5.094 143 H5'' G 14 2H5* G 14 8.563 0.087 -4.111 144 H4' G 14 H4* G 14 9.979 1.555 -2.840 145 H3' G 14 H3* G 14 7.084 1.480 -1.911 146 H2' G 14 H2* G 14 7.681 2.964 -0.121 147 HO2' G 14 HO2 G 14 10.266 2.105 -0.790 148 H1' G 14 H1* G 14 9.008 4.742 -1.647 149 H8 G 14 8H G 14 6.212 3.022 -3.601 150 H1 G 14 1H G 14 4.145 7.884 -0.035 151 H21 G 14 1H2 G 14 7.400 7.975 1.198 152 H22 G 14 2H2 G 14 5.760 8.573 1.317 153 H5' C 15 1H5* C 15 8.699 1.145 1.583 154 H5'' C 15 2H5* C 15 7.979 -0.146 2.566 155 H4' C 15 H4* C 15 7.598 2.064 3.593 156 H3' C 15 H3* C 15 5.153 0.640 2.455 157 H2' C 15 H2* C 15 3.845 2.383 3.396 158 HO2' C 15 HO2 C 15 5.320 3.961 4.772 159 H1' C 15 H1* C 15 5.635 4.441 2.884 160 H41 C 15 1H4 C 15 0.690 4.463 -1.217 161 H42 C 15 2H4 C 15 1.791 3.853 -2.428 162 H5 C 15 5H C 15 3.880 2.789 -1.843 163 H6 C 15 6H C 15 5.568 2.542 -0.093 164 H5' A 16 1H5* A 16 5.172 1.338 7.045 165 H5'' A 16 2H5* A 16 4.314 -0.013 7.809 166 H4' A 16 H4* A 16 3.594 2.153 8.749 167 H3' A 16 H3* A 16 1.598 0.491 7.166 168 H2' A 16 H2* A 16 -0.071 2.156 7.553 169 HO2' A 16 HO2 A 16 0.578 4.040 8.916 170 H1' A 16 H1* A 16 1.421 4.288 6.896 171 H8 A 16 8H A 16 2.677 1.428 4.824 172 H61 A 16 1H6 A 16 -1.991 2.523 0.959 173 H62 A 16 2H6 A 16 -0.457 1.703 1.156 174 H2 A 16 2H A 16 -2.712 4.857 4.732 175 H5' U 17 1H5* U 17 -0.569 2.216 9.832 176 H5'' U 17 2H5* U 17 -1.107 1.096 11.099 177 H4' U 17 H4* U 17 -3.075 2.258 10.590 178 H3' U 17 H3* U 17 -2.895 -0.309 8.990 179 H2' U 17 H2* U 17 -4.955 0.198 7.931 180 HO2' U 17 HO2 U 17 -5.266 2.030 10.085 181 H1' U 17 H1* U 17 -4.553 2.876 7.565 182 H3 U 17 3H U 17 -4.207 1.381 3.333 183 H5 U 17 5H U 17 -0.767 -0.153 5.220 184 H6 U 17 6H U 17 -1.624 0.691 7.315 185 H5' A 18 1H5* A 18 -6.641 -0.207 9.892 186 H5'' A 18 2H5* A 18 -7.221 -1.638 10.765 187 H4' A 18 H4* A 18 -8.617 -1.612 8.890 188 H3' A 18 H3* A 18 -6.187 -3.354 8.378 189 H2' A 18 H2* A 18 -6.935 -3.772 6.211 190 HO2' A 18 HO2 A 18 -9.500 -2.706 6.522 191 H1' A 18 H1* A 18 -8.206 -1.341 5.717 192 H8 A 18 8H A 18 -4.594 -1.700 6.977 193 H61 A 18 1H6 A 18 -2.948 -1.827 1.048 194 H62 A 18 2H6 A 18 -2.359 -1.678 2.688 195 H2 A 18 2H A 18 -7.435 -1.663 1.257 196 H5' C 19 1H5* C 19 -9.723 -4.778 7.187 197 H5'' C 19 2H5* C 19 -10.235 -6.405 7.675 198 H4' C 19 H4* C 19 -10.765 -6.315 5.390 199 H3' C 19 H3* C 19 -8.033 -7.606 5.722 200 H2' C 19 H2* C 19 -8.100 -8.017 3.368 201 HO2' C 19 HO2 C 19 -9.994 -7.768 2.163 202 H1' C 19 H1* C 19 -9.071 -5.555 2.662 203 H41 C 19 1H4 C 19 -2.773 -4.866 2.224 204 H42 C 19 2H4 C 19 -2.652 -4.709 3.962 205 H5 C 19 5H C 19 -4.495 -5.201 5.449 206 H6 C 19 6H C 19 -6.846 -5.742 5.584 207 H5' U 20 1H5* U 20 -9.985 -9.545 3.071 208 H5'' U 20 2H5* U 20 -10.149 -11.300 3.282 209 H4' U 20 H4* U 20 -9.269 -10.990 1.085 210 H3' U 20 H3* U 20 -7.182 -11.796 3.132 211 H2' U 20 H2* U 20 -5.497 -11.638 1.525 212 HO2' U 20 HO2 U 20 -5.884 -12.009 -0.666 213 H1' U 20 H1* U 20 -6.756 -9.744 -0.191 214 H3 U 20 3H U 20 -2.660 -7.946 0.416 215 H5 U 20 5H U 20 -4.471 -7.693 4.232 216 H6 U 20 6H U 20 -6.283 -9.047 3.375 217 H5' C 21 1H5* C 21 -7.542 -13.966 -0.584 218 H5'' C 21 2H5* C 21 -7.348 -15.727 -0.480 219 H4' C 21 H4* C 21 -6.076 -14.890 -2.379 220 H3' C 21 H3* C 21 -4.502 -15.879 0.022 221 H2' C 21 H2* C 21 -2.476 -15.415 -1.157 222 HO2' C 21 HO2 C 21 -4.178 -15.577 -3.365 223 H1' C 21 H1* C 21 -3.183 -13.012 -2.165 224 H41 C 21 1H4 C 21 -0.308 -11.573 3.289 225 H42 C 21 2H4 C 21 -1.729 -12.032 4.203 226 H5 C 21 5H C 21 -3.712 -12.952 3.181 227 H6 C 21 6H C 21 -4.738 -13.669 1.071 228 H5' C 22 1H5* C 22 -3.207 -18.305 -3.263 229 H5'' C 22 2H5* C 22 -2.265 -19.717 -2.744 230 H4' C 22 H4* C 22 -0.967 -17.665 -3.654 231 H3' C 22 H3* C 22 -0.416 -19.070 -1.024 232 HO3' C 22 H3T C 22 0.383 -20.374 -2.495 233 H2' C 22 H2* C 22 1.401 -17.652 -0.640 234 HO2' C 22 HO2 C 22 1.247 -16.780 -3.358 235 H1' C 22 H1* C 22 0.282 -15.353 -1.773 236 H41 C 22 1H4 C 22 0.140 -14.785 4.579 237 H42 C 22 2H4 C 22 -1.405 -15.606 4.611 238 H5 C 22 5H C 22 -2.431 -16.566 2.652 239 H6 C 22 6H C 22 -2.179 -16.977 0.251