*HEADER RNA 01-JUL-08 2K5Z *TITLE SOLUTION STRUCTURE AND DYNAMICS OF THE APICAL STEM-LOOP OF *TITLE 2 DUCK HEPATITIS B VIRUS *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: DUCK HBV APICAL LOOP; *COMPND 3 CHAIN: A; *COMPND 4 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 OTHER_DETAILS: THE SEQUENCE OF THIS RNA CAN BE FOUND IN *SOURCE 4 DUCK HEPATITIS B VIRUS *KEYWDS HBV, DUCK, APICAL LOOP, EPSILON, RNA *EXPDTA SOLUTION NMR *NUMMDL 10 *AUTHOR K.A.M.AMPT, M.TESSARI, S.S.WIJMENGA *REVDAT 1 14-JUL-09 2K5Z 0 !******************* Phosphate Backbone Restraints ********************** evaluate ($dihe_force = 20) evaluate ($dihe_alpha = -62.1) evaluate ($dihe_beta = -179.9) evaluate ($dihe_gamma = 47.4) evaluate ($dihe_delta = 83.5) evaluate ($dihe_epsilon = -151.9) evaluate ($dihe_zeta = -73.6) evaluate ($dihe_range = 30) evaluate ($dihe_range2 = 20) evaluate ($dihe_range3 = 70) !________________________________________________________________________ evaluate ($i = 1) evaluate ($j = 13) while ($i < $j) loop STEM1A evaluate ($n = $i+1) evaluate ($m = $i+2) restraint dihedral assign (segid APIC and resid $i and name O3') (segid APIC and resid $n and name P ) (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') $dihe_force $dihe_alpha $dihe_range 2 assign (segid APIC and resid $n and name P ) (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') $dihe_force $dihe_beta $dihe_range 2 assign (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') $dihe_force $dihe_gamma $dihe_range 2 assign (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') $dihe_force $dihe_delta $dihe_range 2 assign (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') (segid APIC and resid $m and name P ) $dihe_force $dihe_epsilon $dihe_range 2 assign (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') (segid APIC and resid $m and name P ) (segid APIC and resid $m and name O5') $dihe_force $dihe_zeta $dihe_range 2 end evaluate ($i = $i+1) end loop STEM1A !___________________________________________________________________________ evaluate ($i = 16) evaluate ($j = 24) while ($i < $j) loop STEM2A evaluate ($n = $i+1) evaluate ($m = $i+2) restraint dihedral assign (segid APIC and resid $i and name O3') (segid APIC and resid $n and name P ) (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') $dihe_force $dihe_alpha $dihe_range 2 assign (segid APIC and resid $n and name P ) (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') $dihe_force $dihe_beta $dihe_range 2 assign (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') $dihe_force $dihe_gamma $dihe_range 2 assign (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') $dihe_force $dihe_delta $dihe_range 2 assign (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') (segid APIC and resid $m and name P ) $dihe_force $dihe_epsilon $dihe_range 2 assign (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') (segid APIC and resid $m and name P ) (segid APIC and resid $m and name O5') $dihe_force $dihe_zeta $dihe_range 2 end evaluate ($i = $i+1) end loop STEM2A !___________________________________________________________________________ evaluate ($i = 25) evaluate ($j = 28) while ($i < $j) loop STEM2B evaluate ($n = $i+1) evaluate ($m = $i+2) restraint dihedral assign (segid APIC and resid $i and name O3') (segid APIC and resid $n and name P ) (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') $dihe_force $dihe_alpha $dihe_range 2 assign (segid APIC and resid $n and name P ) (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') $dihe_force $dihe_beta $dihe_range 2 assign (segid APIC and resid $n and name O5') (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') $dihe_force $dihe_gamma $dihe_range 2 assign (segid APIC and resid $n and name C5') (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') $dihe_force $dihe_delta $dihe_range 2 assign (segid APIC and resid $n and name C4') (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') (segid APIC and resid $m and name P ) $dihe_force $dihe_epsilon $dihe_range 2 assign (segid APIC and resid $n and name C3') (segid APIC and resid $n and name O3') (segid APIC and resid $m and name P ) (segid APIC and resid $m and name O5') $dihe_force $dihe_zeta $dihe_range 2 end evaluate ($i = $i+1) end loop STEM2B !___________________________________________________________________________ restraint dihedral assign (segid APIC and resid 1 and name P ) (segid APIC and resid 1 and name O5') (segid APIC and resid 1 and name C5') (segid APIC and resid 1 and name C4') $dihe_force $dihe_beta $dihe_range 2 assign (segid APIC and resid 1 and name O5') (segid APIC and resid 1 and name C5') (segid APIC and resid 1 and name C4') (segid APIC and resid 1 and name C3') $dihe_force $dihe_gamma $dihe_range 2 assign (segid APIC and resid 1 and name C5') (segid APIC and resid 1 and name C4') (segid APIC and resid 1 and name C3') (segid APIC and resid 1 and name O3') $dihe_force $dihe_delta $dihe_range 2 assign (segid APIC and resid 1 and name C4') (segid APIC and resid 1 and name C3') (segid APIC and resid 1 and name O3') (segid APIC and resid 2 and name P ) $dihe_force $dihe_epsilon $dihe_range 2 assign (segid APIC and resid 1 and name C3') (segid APIC and resid 1 and name O3') (segid APIC and resid 2 and name P ) (segid APIC and resid 2 and name O5') $dihe_force $dihe_zeta $dihe_range 2 assign (segid APIC and resid 13 and name O3') (segid APIC and resid 14 and name P ) (segid APIC and resid 14 and name O5') (segid APIC and resid 14 and name C5') $dihe_force $dihe_alpha $dihe_range 2 assign (segid APIC and resid 14 and name P ) (segid APIC and resid 14 and name O5') (segid APIC and resid 14 and name C5') (segid APIC and resid 14 and name C4') $dihe_force $dihe_beta $dihe_range 2 assign (segid APIC and resid 14 and name O5') (segid APIC and resid 14 and name C5') (segid APIC and resid 14 and name C4') (segid APIC and resid 14 and name C3') $dihe_force $dihe_gamma $dihe_range 2 !assign (segid APIC and resid 16 and name C5') (segid APIC and resid 16 and name C4') ! (segid APIC and resid 16 and name C3') (segid APIC and resid 16 and name O3') $dihe_force $dihe_delta $dihe_range 2 assign (segid APIC and resid 16 and name C4') (segid APIC and resid 16 and name C3') (segid APIC and resid 16 and name O3') (segid APIC and resid 17 and name P ) $dihe_force $dihe_epsilon $dihe_range 2 assign (segid APIC and resid 16 and name C3') (segid APIC and resid 16 and name O3') (segid APIC and resid 17 and name P ) (segid APIC and resid 17 and name O5') $dihe_force $dihe_zeta $dihe_range 2 assign (segid APIC and resid 24 and name O3') (segid APIC and resid 25 and name P ) (segid APIC and resid 25 and name O5') (segid APIC and resid 25 and name C5') $dihe_force $dihe_alpha $dihe_range3 2 assign (segid APIC and resid 25 and name P ) (segid APIC and resid 25 and name O5') (segid APIC and resid 25 and name C5') (segid APIC and resid 25 and name C4') $dihe_force $dihe_beta $dihe_range3 2 assign (segid APIC and resid 25 and name O5') (segid APIC and resid 25 and name C5') (segid APIC and resid 25 and name C4') (segid APIC and resid 25 and name C3') $dihe_force $dihe_gamma $dihe_range3 2 assign (segid APIC and resid 25 and name C5') (segid APIC and resid 25 and name C4') (segid APIC and resid 25 and name C3') (segid APIC and resid 25 and name O3') $dihe_force $dihe_delta $dihe_range3 2 assign (segid APIC and resid 25 and name C4') (segid APIC and resid 25 and name C3') (segid APIC and resid 25 and name O3') (segid APIC and resid 26 and name P ) $dihe_force $dihe_epsilon $dihe_range3 2 assign (segid APIC and resid 25 and name C3') (segid APIC and resid 26 and name O3') (segid APIC and resid 26 and name P ) (segid APIC and resid 26 and name O5') $dihe_force $dihe_zeta $dihe_range3 2 assign (segid APIC and resid 28 and name O3') (segid APIC and resid 29 and name P ) (segid APIC and resid 29 and name O5') (segid APIC and resid 29 and name C5') $dihe_force $dihe_alpha $dihe_range 2 assign (segid APIC and resid 29 and name P ) (segid APIC and resid 29 and name O5') (segid APIC and resid 29 and name C5') (segid APIC and resid 29 and name C4') $dihe_force $dihe_beta $dihe_range 2 assign (segid APIC and resid 29 and name O5') (segid APIC and resid 29 and name C5') (segid APIC and resid 29 and name C4') (segid APIC and resid 29 and name C3') $dihe_force $dihe_gamma $dihe_range 2 assign (segid APIC and resid 29 and name C5') (segid APIC and resid 29 and name C4') (segid APIC and resid 29 and name C3') (segid APIC and resid 29 and name O3') $dihe_force $dihe_delta $dihe_range 2 end !********************************************************************************************************** !* NOE DISTANCE FILE * !* Apical loop DHBV * !* 2007 * !********************************************************************************************************** ! !******************************** Watson-Crick Type Base Pairing ***************************************** ! !G1-C29 assign (segid APIC and resid 1 and name O6 ) (segid APIC and resid 29 and name N4 ) 2.91 0.15 0.15 assign (segid APIC and resid 1 and name N1 ) (segid APIC and resid 29 and name N3 ) 2.95 0.15 0.15 assign (segid APIC and resid 1 and name N2 ) (segid APIC and resid 29 and name O2 ) 2.86 0.15 0.15 assign (segid APIC and resid 1 and name N2 ) (segid APIC and resid 29 and name N4 ) 4.90 0.50 0.50 assign (segid APIC and resid 1 and name O6 ) (segid APIC and resid 29 and name O2 ) 5.80 0.50 0.50 !G2-C28 assign (segid APIC and resid 2 and name O6 ) (segid APIC and resid 28 and name N4 ) 2.91 0.15 0.15 assign (segid APIC and resid 2 and name N1 ) (segid APIC and resid 28 and name N3 ) 2.95 0.15 0.15 assign (segid APIC and resid 2 and name N2 ) (segid APIC and resid 28 and name O2 ) 2.86 0.15 0.15 assign (segid APIC and resid 2 and name N2 ) (segid APIC and resid 28 and name N4 ) 4.90 0.50 0.50 assign (segid APIC and resid 2 and name O6 ) (segid APIC and resid 28 and name O2 ) 5.80 0.50 0.50 !U3-A27 assign (segid APIC and resid 3 and name O4 ) (segid APIC and resid 27 and name N6 ) 2.95 0.15 0.15 assign (segid APIC and resid 3 and name N3 ) (segid APIC and resid 27 and name N1 ) 2.82 0.15 0.15 assign (segid APIC and resid 3 and name O4 ) (segid APIC and resid 27 and name C2 ) 4.75 0.30 0.30 assign (segid APIC and resid 3 and name O2 ) (segid APIC and resid 27 and name N6 ) 5.30 0.30 0.30 assign (segid APIC and resid 3 and name O2 ) (segid APIC and resid 27 and name C2 ) 3.40 0.30 0.30 !C4-G26 assign (segid APIC and resid 4 and name N4 ) (segid APIC and resid 26 and name O6 ) 2.91 0.15 0.15 assign (segid APIC and resid 4 and name N3 ) (segid APIC and resid 26 and name N1 ) 2.95 0.15 0.15 assign (segid APIC and resid 4 and name O2 ) (segid APIC and resid 26 and name N2 ) 2.86 0.15 0.15 assign (segid APIC and resid 4 and name N4 ) (segid APIC and resid 26 and name N2 ) 4.90 0.50 0.50 assign (segid APIC and resid 4 and name O2 ) (segid APIC and resid 26 and name O6 ) 5.80 0.50 0.50 !U5-G24 assign (segid APIC and resid 5 and name O4 ) (segid APIC and resid 24 and name N2 ) 7.27 0.15 0.15 assign (segid APIC and resid 5 and name N3 ) (segid APIC and resid 24 and name N1 ) 3.54 0.15 0.15 assign (segid APIC and resid 5 and name O2 ) (segid APIC and resid 24 and name O6 ) 3.50 0.15 0.15 assign (segid APIC and resid 5 and name O2 ) (segid APIC and resid 24 and name N2 ) 3.40 0.15 0.15 assign (segid APIC and resid 5 and name O4 ) (segid APIC and resid 24 and name O6 ) 3.56 0.15 0.15 !A6-U23 assign (segid APIC and resid 6 and name N6 ) (segid APIC and resid 23 and name O4 ) 2.95 0.15 0.15 assign (segid APIC and resid 6 and name N1 ) (segid APIC and resid 23 and name N3 ) 2.82 0.15 0.15 assign (segid APIC and resid 6 and name C2 ) (segid APIC and resid 23 and name O4 ) 4.75 0.30 0.30 assign (segid APIC and resid 6 and name N6 ) (segid APIC and resid 23 and name O2 ) 5.30 0.30 0.30 assign (segid APIC and resid 6 and name C2 ) (segid APIC and resid 23 and name O2 ) 3.40 0.30 0.30 !C7-G22 assign (segid APIC and resid 7 and name N4 ) (segid APIC and resid 22 and name O6 ) 2.91 0.15 0.15 assign (segid APIC and resid 7 and name N3 ) (segid APIC and resid 22 and name N1 ) 2.95 0.15 0.15 assign (segid APIC and resid 7 and name O2 ) (segid APIC and resid 22 and name N2 ) 2.86 0.15 0.15 assign (segid APIC and resid 7 and name N4 ) (segid APIC and resid 22 and name N2 ) 4.90 0.50 0.50 assign (segid APIC and resid 7 and name O2 ) (segid APIC and resid 22 and name O6 ) 5.80 0.50 0.50 !A8-U21 assign (segid APIC and resid 8 and name N6 ) (segid APIC and resid 21 and name O4 ) 2.95 0.15 0.15 assign (segid APIC and resid 8 and name N1 ) (segid APIC and resid 21 and name N3 ) 2.82 0.15 0.15 assign (segid APIC and resid 8 and name C2 ) (segid APIC and resid 21 and name O4 ) 4.75 0.30 0.30 assign (segid APIC and resid 8 and name N6 ) (segid APIC and resid 21 and name O2 ) 5.30 0.30 0.30 assign (segid APIC and resid 8 and name C2 ) (segid APIC and resid 21 and name O2 ) 3.40 0.30 0.30 !U9-G20 assign (segid APIC and resid 9 and name O4 ) (segid APIC and resid 20 and name N2 ) 7.27 0.15 0.15 assign (segid APIC and resid 9 and name N3 ) (segid APIC and resid 20 and name N1 ) 3.54 0.15 0.15 assign (segid APIC and resid 9 and name O2 ) (segid APIC and resid 20 and name O6 ) 3.50 0.15 0.15 assign (segid APIC and resid 9 and name O2 ) (segid APIC and resid 20 and name N2 ) 3.40 0.15 0.15 assign (segid APIC and resid 9 and name O4 ) (segid APIC and resid 20 and name O6 ) 3.56 0.15 0.15 !U18-G11 assign (segid APIC and resid 18 and name O4 ) (segid APIC and resid 11 and name N2 ) 7.27 0.15 0.15 assign (segid APIC and resid 18 and name N3 ) (segid APIC and resid 11 and name N1 ) 3.54 0.15 0.15 assign (segid APIC and resid 18 and name O2 ) (segid APIC and resid 11 and name O6 ) 3.50 0.15 0.15 assign (segid APIC and resid 18 and name O2 ) (segid APIC and resid 11 and name N2 ) 3.40 0.15 0.15 assign (segid APIC and resid 18 and name O4 ) (segid APIC and resid 11 and name O6 ) 3.56 0.15 0.15 !C12-G17 assign (segid APIC and resid 12 and name N4 ) (segid APIC and resid 17 and name O6 ) 2.91 0.15 0.15 assign (segid APIC and resid 12 and name N3 ) (segid APIC and resid 17 and name N1 ) 2.95 0.15 0.15 assign (segid APIC and resid 12 and name O2 ) (segid APIC and resid 17 and name N2 ) 2.86 0.15 0.15 assign (segid APIC and resid 12 and name N4 ) (segid APIC and resid 17 and name N2 ) 4.90 0.50 0.50 assign (segid APIC and resid 12 and name O2 ) (segid APIC and resid 17 and name O6 ) 5.80 0.50 0.50 !C19-U10 assign (segid APIC and resid 19 and name N4 ) (segid APIC and resid 10 and name O4 ) 2.9 0.3 0.3 assign (segid APIC and resid 19 and name N3 ) (segid APIC and resid 10 and name N3 ) 4.9 0.3 0.3 !U13-U16 assign (segid APIC and resid 13 and name N3 ) (segid APIC and resid 16 and name O4 ) 3.3 1 0.4 assign (segid APIC and resid 13 and name O2 ) (segid APIC and resid 16 and name N3 ) 3.5 1 0.4 assign (segid APIC and residue 10 and name H1') (segid APIC and residue 10 and name H2') 2.61 1 1 assign (segid APIC and residue 10 and name H1') (segid APIC and residue 10 and name H5) 5.1 1 1 assign (segid APIC and residue 10 and name H6) (segid APIC and residue 10 and name H1') 3.8 1 1 assign (segid APIC and residue 10 and name H6) (segid APIC and residue 10 and name H2') 3.9 1 1 assign (segid APIC and residue 10 and name H6) (segid APIC and residue 10 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 11 and name H1') (segid APIC and residue 11 and name H2') 2.23 1 1 assign (segid APIC and residue 11 and name H8) (segid APIC and residue 11 and name H1') 3.5 1 1 assign (segid APIC and residue 11 and name H8) (segid APIC and residue 11 and name H2') 4.2 1 1 assign (segid APIC and residue 12 and name H1') (segid APIC and residue 12 and name H2') 2.08 1 1 assign (segid APIC and residue 12 and name H6) (segid APIC and residue 12 and name H1') 3.7 1 1 assign (segid APIC and residue 12 and name H6) (segid APIC and residue 12 and name H2') 3.4 1 1 assign (segid APIC and residue 12 and name H6) (segid APIC and residue 12 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 13 and name H1') (segid APIC and residue 13 and name H2') 2.10 1 1 assign (segid APIC and residue 13 and name H5) (segid APIC and residue 13 and name H1') 4.7 1 1 assign (segid APIC and residue 13 and name H6) (segid APIC and residue 13 and name H1') 3.2 1 1 assign (segid APIC and residue 13 and name H6) (segid APIC and residue 13 and name H2') 3.6 1 1 assign (segid APIC and residue 13 and name H6) (segid APIC and residue 13 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 14 and name H1') (segid APIC and residue 14 and name H2') 2.44 1 1 assign (segid APIC and residue 14 and name H8) (segid APIC and residue 14 and name H1') 2.9 1 1 assign (segid APIC and residue 14 and name H8) (segid APIC and residue 14 and name H2') 3.4 1 1 assign (segid APIC and residue 15 and name H1') (segid APIC and residue 15 and name H2') 2.24 1 1 assign (segid APIC and residue 15 and name H1') (segid APIC and residue 15 and name H3') 3.8 1 1 assign (segid APIC and residue 15 and name H1') (segid APIC and residue 15 and name H5) 4.9 1 1 assign (segid APIC and residue 15 and name H6) (segid APIC and residue 15 and name H1') 3.1 1 1 assign (segid APIC and residue 15 and name H6) (segid APIC and residue 15 and name H2') 2.8 1.5 1.5 assign (segid APIC and residue 15 and name H6) (segid APIC and residue 15 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 16 and name H1') (segid APIC and residue 16 and name H2') 2.34 1 1 assign (segid APIC and residue 16 and name H1') (segid APIC and residue 16 and name H3') 3.9 1 1 assign (segid APIC and residue 16 and name H6) (segid APIC and residue 16 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 17 and name H8) (segid APIC and residue 17 and name H1') 4.0 1 1 assign (segid APIC and residue 18 and name H1') (segid APIC and residue 18 and name H5) 4.9 1 1 assign (segid APIC and residue 18 and name H6) (segid APIC and residue 18 and name H1') 3.6 1 1 assign (segid APIC and residue 18 and name H6) (segid APIC and residue 18 and name H2') 3.7 1 1 assign (segid APIC and residue 18 and name H6) (segid APIC and residue 18 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 19 and name H6) (segid APIC and residue 19 and name H1') 3.9 1 1 assign (segid APIC and residue 19 and name H6) (segid APIC and residue 19 and name H2') 4.3 1 1 assign (segid APIC and residue 19 and name H6) (segid APIC and residue 19 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 1 and name H1') (segid APIC and residue 1 and name H2') 2.61 1 1 assign (segid APIC and residue 1 and name H8) (segid APIC and residue 1 and name H1') 4.1 1 1 assign (segid APIC and residue 1 and name H8) (segid APIC and residue 1 and name H2') 4.1 1 1 assign (segid APIC and residue 20 and name H8) (segid APIC and residue 20 and name H1') 3.7 1 1 assign (segid APIC and residue 21 and name H1') (segid APIC and residue 21 and name H2') 2.44 1 1 assign (segid APIC and residue 21 and name H1') (segid APIC and residue 21 and name H5) 5.9 1 1 assign (segid APIC and residue 21 and name H6) (segid APIC and residue 21 and name H1') 3.1 1 1 assign (segid APIC and residue 21 and name H6) (segid APIC and residue 21 and name H2') 3.5 1 1 assign (segid APIC and residue 21 and name H6) (segid APIC and residue 21 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 22 and name H1') (segid APIC and residue 22 and name H2') 2.32 1 1 assign (segid APIC and residue 22 and name H8) (segid APIC and residue 22 and name H1') 3.7 1 1 assign (segid APIC and residue 22 and name H8) (segid APIC and residue 22 and name H2') 3.6 1 1 assign (segid APIC and residue 23 and name H1') (segid APIC and residue 23 and name H2') 2.25 1 1 assign (segid APIC and residue 23 and name H1') (segid APIC and residue 23 and name H5) 5.6 1 1 assign (segid APIC and residue 23 and name H6) (segid APIC and residue 23 and name H1') 3.7 1 1 assign (segid APIC and residue 23 and name H6) (segid APIC and residue 23 and name H2') 3.7 1 1 assign (segid APIC and residue 23 and name H6) (segid APIC and residue 23 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 24 and name H1') (segid APIC and residue 24 and name H2') 2.52 1 1 assign (segid APIC and residue 24 and name H8) (segid APIC and residue 24 and name H1') 3.4 1 1 assign (segid APIC and residue 24 and name H8) (segid APIC and residue 24 and name H2') 3.7 1 1 assign (segid APIC and residue 26 and name H1') (segid APIC and residue 26 and name H2') 2.25 1 1 assign (segid APIC and residue 26 and name H8) (segid APIC and residue 26 and name H1') 3.7 1 1 assign (segid APIC and residue 26 and name H8) (segid APIC and residue 26 and name H2') 3.6 1 1 assign (segid APIC and residue 27 and name H1') (segid APIC and residue 27 and name H2') 2.58 1 1 assign (segid APIC and residue 27 and name H8) (segid APIC and residue 27 and name H1') 4.1 1 1 assign (segid APIC and residue 27 and name H8) (segid APIC and residue 27 and name H2') 4.0 1 1 assign (segid APIC and residue 28 and name H1') (segid APIC and residue 28 and name H5) 5.3 1 1 assign (segid APIC and residue 28 and name H6) (segid APIC and residue 28 and name H1') 3.8 1 1 assign (segid APIC and residue 28 and name H6) (segid APIC and residue 28 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 29 and name H1') (segid APIC and residue 29 and name H5) 5.9 1 1 assign (segid APIC and residue 29 and name H6) (segid APIC and residue 29 and name H1') 4.1 1 1 assign (segid APIC and residue 2 and name H8) (segid APIC and residue 2 and name H1') 4.4 1 1 assign (segid APIC and residue 3 and name H6) (segid APIC and residue 3 and name H1') 3.9 1 1 assign (segid APIC and residue 3 and name H6) (segid APIC and residue 3 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 4 and name H6) (segid APIC and residue 4 and name H1') 3.8 1 1 assign (segid APIC and residue 4 and name H6) (segid APIC and residue 4 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 5 and name H1') (segid APIC and residue 5 and name H2') 2.60 1 1 assign (segid APIC and residue 5 and name H6) (segid APIC and residue 5 and name H1') 4.0 1 1 assign (segid APIC and residue 5 and name H6) (segid APIC and residue 5 and name H2') 3.8 1 1 assign (segid APIC and residue 5 and name H6) (segid APIC and residue 5 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 6 and name H1') (segid APIC and residue 6 and name H2') 2.51 1 1 assign (segid APIC and residue 6 and name H8) (segid APIC and residue 6 and name H1') 3.9 1 1 assign (segid APIC and residue 6 and name H8) (segid APIC and residue 6 and name H2') 4.2 1 1 assign (segid APIC and residue 7 and name H1') (segid APIC and residue 7 and name H2') 2.11 1 1 assign (segid APIC and residue 7 and name H1') (segid APIC and residue 7 and name H5) 5.4 1 1 assign (segid APIC and residue 7 and name H6) (segid APIC and residue 7 and name H1') 3.3 1 1 assign (segid APIC and residue 7 and name H6) (segid APIC and residue 7 and name H2') 3.2 1 1 assign (segid APIC and residue 7 and name H6) (segid APIC and residue 7 and name H5) 2.45 0.66 1.29 assign (segid APIC and residue 8 and name H1') (segid APIC and residue 8 and name H2') 2.27 1 1 assign (segid APIC and residue 8 and name H8) (segid APIC and residue 8 and name H1') 3.6 1 1 assign (segid APIC and residue 8 and name H8) (segid APIC and residue 8 and name H2') 4.1 1 1 assign (segid APIC and residue 9 and name H1') (segid APIC and residue 9 and name H2') 2.51 1 1 assign (segid APIC and residue 9 and name H1') (segid APIC and residue 9 and name H5) 5.7 1 1 assign (segid APIC and residue 9 and name H6) (segid APIC and residue 9 and name H1') 4.1 1 1 assign (segid APIC and residue 9 and name H6) (segid APIC and residue 9 and name H2') 3.9 1 1 assign (segid APIC and residue 9 and name H6) (segid APIC and residue 9 and name H5) 2.45 0.66 1.29 !************************************** Ki Angle ******************************************** evaluate ($Ki_force = 10) evaluate ($Ki_anti = -165) evaluate ($Ki_anti_range = 40) evaluate ($Ki_anti_range1 = 20) evaluate ($Ki_syn = 50) evaluate ($Ki_syn_range = 30) restraint dihedral assign (segid APIC and resid 1 and name O4') (segid APIC and resid 1 and name C1') (segid APIC and resid 1 and name N9 ) (segid APIC and resid 1 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 2 and name O4') (segid APIC and resid 2 and name C1') (segid APIC and resid 2 and name N9 ) (segid APIC and resid 2 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 3 and name O4') (segid APIC and resid 3 and name C1') (segid APIC and resid 3 and name N1 ) (segid APIC and resid 3 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 4 and name O4') (segid APIC and resid 4 and name C1') (segid APIC and resid 4 and name N1 ) (segid APIC and resid 4 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 5 and name O4') (segid APIC and resid 5 and name C1') (segid APIC and resid 5 and name N1 ) (segid APIC and resid 5 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 6 and name O4') (segid APIC and resid 6 and name C1') (segid APIC and resid 6 and name N9 ) (segid APIC and resid 6 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 7 and name O4') (segid APIC and resid 7 and name C1') (segid APIC and resid 7 and name N1 ) (segid APIC and resid 7 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 8 and name O4') (segid APIC and resid 8 and name C1') (segid APIC and resid 8 and name N9 ) (segid APIC and resid 8 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 9 and name O4') (segid APIC and resid 9 and name C1') (segid APIC and resid 9 and name N1 ) (segid APIC and resid 9 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 10 and name O4') (segid APIC and resid 10 and name C1') (segid APIC and resid 10 and name N1 ) (segid APIC and resid 10 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 11 and name O4') (segid APIC and resid 11 and name C1') (segid APIC and resid 11 and name N9 ) (segid APIC and resid 11 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 12 and name O4') (segid APIC and resid 12 and name C1') (segid APIC and resid 12 and name N1 ) (segid APIC and resid 12 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 13 and name O4') (segid APIC and resid 13 and name C1') (segid APIC and resid 13 and name N1 ) (segid APIC and resid 13 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 14 and name O4') (segid APIC and resid 14 and name C1') (segid APIC and resid 14 and name N9 ) (segid APIC and resid 14 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 15 and name O4') (segid APIC and resid 15 and name C1') (segid APIC and resid 15 and name N1 ) (segid APIC and resid 15 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 16 and name O4') (segid APIC and resid 16 and name C1') (segid APIC and resid 16 and name N1 ) (segid APIC and resid 16 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 17 and name O4') (segid APIC and resid 17 and name C1') (segid APIC and resid 17 and name N9 ) (segid APIC and resid 17 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 18 and name O4') (segid APIC and resid 18 and name C1') (segid APIC and resid 18 and name N1 ) (segid APIC and resid 18 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 19 and name O4') (segid APIC and resid 19 and name C1') (segid APIC and resid 19 and name N1 ) (segid APIC and resid 19 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 20 and name O4') (segid APIC and resid 20 and name C1') (segid APIC and resid 20 and name N9 ) (segid APIC and resid 20 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 21 and name O4') (segid APIC and resid 21 and name C1') (segid APIC and resid 21 and name N1 ) (segid APIC and resid 21 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 22 and name O4') (segid APIC and resid 22 and name C1') (segid APIC and resid 22 and name N9 ) (segid APIC and resid 22 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 23 and name O4') (segid APIC and resid 23 and name C1') (segid APIC and resid 23 and name N1 ) (segid APIC and resid 23 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 24 and name O4') (segid APIC and resid 24 and name C1') (segid APIC and resid 24 and name N9 ) (segid APIC and resid 24 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 !assign (segid APIC and resid 25 and name O4') (segid APIC and resid 25 and name C1') ! (segid APIC and resid 25 and name N1 ) (segid APIC and resid 25 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 26 and name O4') (segid APIC and resid 26 and name C1') (segid APIC and resid 26 and name N9 ) (segid APIC and resid 26 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 27 and name O4') (segid APIC and resid 27 and name C1') (segid APIC and resid 27 and name N9 ) (segid APIC and resid 27 and name C4 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 28 and name O4') (segid APIC and resid 28 and name C1') (segid APIC and resid 28 and name N1 ) (segid APIC and resid 28 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 assign (segid APIC and resid 29 and name O4') (segid APIC and resid 29 and name C1') (segid APIC and resid 29 and name N1 ) (segid APIC and resid 29 and name C2 ) $Ki_force $Ki_anti $Ki_anti_range 2 end { Planarity restraints for apic for fixed segid APIC and residues} { Restraints to prevent "buckling" of base pairs.} set message=normal echo=on end restraints plane group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 1 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 29 )) weight=2 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 2 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 28 )) weight=2 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 3 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 27 )) weight=2 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 4 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 26 )) weight=2 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 5 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 24 )) weight=1 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 6 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 23 )) weight=2 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 7 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 22 )) weight=2 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 8 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 21 )) weight=2 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 9 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 20 )) weight=2 end !U10 C19 group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 10 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 19 )) weight=1 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 11 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 18 )) weight=1 end group selection=((not( name P or name O1P or name O2P or name O5' or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 12 ) or (not( name P or name O1P or name O2P or name O5' or name H5T or name O5T or name C5' or name H5' or name H5'' or name C4' or name H4' or name O4' or name C1' or name H1' or name C2' or name H2'' or name O2' or name H2' or name C3' or name H3' or name O3') and segid APIC and residue 17 )) weight=2 end end set message=normal echo=off end !************************************ Sugar Pucker ************************************ !violations always involve C4'/C3'/C2' evaluate ($sugar_force = 20) evaluate ($sugar_nu1N =-28) !-28 fig 2-9 !-20 Saenger fig 4-6 evaluate ($sugar_nu2N = 39) !39 fig 2-9 !35 Saenger fig 4-6 evaluate ($sugar_nu3N =-36) !-36 fig 2-9 !-42 Saenger fig 4-6 evaluate ($sugar_nu4N = 18.7) !18.7 fig 2-9 !35 Saenger fig 4-6 evaluate ($sugar_nu5N = 5.6) !5.6 fig 2-9 !-12 Saenger fig 4-6 evaluate ($sugar_nu1S = 38) !38 fig 2-9 !37 Saenger fig 4-6 evaluate ($sugar_nu2S =-38) !-38 fig 2-9 !-38 Saenger fig 4-6 evaluate ($sugar_nu3S = 22) !22 fig 2-9 !25 Saenger fig 4-6 evaluate ($sugar_nu4S = 1.4) !1.4 fig 2.9 !-5 Saenger fig 4-6 evaluate ($sugar_nu5S = -25) !-25 fig 2-9 !-35 Saenger fig 4-6 evaluate ($sugar_range1 = 60) evaluate ($sugar_range2 = 15) evaluate ($sugar_range3 = 30) evaluate ($sugar_range4 = 30) !___________________________________________________________________________ evaluate ($i = 1) evaluate ($j = 14) while ($i < $j) loop SEQ1 restraint dihedral assign (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') $sugar_force $sugar_nu1N $sugar_range2 2 assign (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') $sugar_force $sugar_nu2N $sugar_range2 2 assign (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') $sugar_force $sugar_nu3N $sugar_range2 2 assign (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') $sugar_force $sugar_nu4N $sugar_range2 2 assign (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') $sugar_force $sugar_nu5N $sugar_range2 2 end evaluate ($i = $i+1) end loop SEQ1 !___________________________________________________________________________ evaluate ($i = 14) evaluate ($j = 17) while ($i < $j) loop SEQ2 restraint dihedral assign (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') $sugar_force $sugar_nu1S $sugar_range2 2 assign (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') $sugar_force $sugar_nu2S $sugar_range2 2 assign (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') $sugar_force $sugar_nu3S $sugar_range2 2 assign (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') $sugar_force $sugar_nu4S $sugar_range2 2 assign (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') $sugar_force $sugar_nu5S $sugar_range2 2 end evaluate ($i = $i+1) end loop SEQ2 !___________________________________________________________________________ evaluate ($i = 17) evaluate ($j = 25) while ($i < $j) loop SEQ3 restraint dihedral assign (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') $sugar_force $sugar_nu1N $sugar_range2 2 assign (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') $sugar_force $sugar_nu2N $sugar_range2 2 assign (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') $sugar_force $sugar_nu3N $sugar_range2 2 assign (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') $sugar_force $sugar_nu4N $sugar_range2 2 assign (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') $sugar_force $sugar_nu5N $sugar_range2 2 end evaluate ($i = $i+1) end loop SEQ3 evaluate ($i = 26) evaluate ($j = 29) while ($i < $j) loop SEQ4 restraint dihedral assign (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') $sugar_force $sugar_nu1N $sugar_range2 2 assign (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') $sugar_force $sugar_nu2N $sugar_range2 2 assign (segid APIC and resid $i and name C2') (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') $sugar_force $sugar_nu3N $sugar_range2 2 assign (segid APIC and resid $i and name C3') (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') $sugar_force $sugar_nu4N $sugar_range2 2 assign (segid APIC and resid $i and name C4') (segid APIC and resid $i and name O4') (segid APIC and resid $i and name C1') (segid APIC and resid $i and name C2') $sugar_force $sugar_nu5N $sugar_range2 2 end evaluate ($i = $i+1) end loop SEQ4 restraint dihedral assign (segid APIC and resid 29 and name O4') (segid APIC and resid 29 and name C1') (segid APIC and resid 29 and name C2') (segid APIC and resid 29 and name C3') $sugar_force $sugar_nu1N $sugar_range2 2 assign (segid APIC and resid 29 and name C1') (segid APIC and resid 29 and name C2') (segid APIC and resid 29 and name C3') (segid APIC and resid 29 and name C4') $sugar_force $sugar_nu2N $sugar_range2 2 assign (segid APIC and resid 29 and name C2') (segid APIC and resid 29 and name C3') (segid APIC and resid 29 and name C4') (segid APIC and resid 29 and name O4') $sugar_force $sugar_nu3N $sugar_range2 2 assign (segid APIC and resid 29 and name C3') (segid APIC and resid 29 and name C4') (segid APIC and resid 29 and name O4') (segid APIC and resid 29 and name C1') $sugar_force $sugar_nu4N $sugar_range2 2 assign (segid APIC and resid 29 and name C4') (segid APIC and resid 29 and name O4') (segid APIC and resid 29 and name C1') (segid APIC and resid 29 and name C2') $sugar_force $sugar_nu5N $sugar_range2 2 end remark author: Kirsten remark molecule: Apicall00p, 15mg PF1 remark restraints: residual dipolar coupling !C2H2 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 6 and name C2 ) (segid APIC and resid 6 and name H2) 18.28 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 8 and name C2 ) (segid APIC and resid 8 and name H2 ) 22.44 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 27 and name C2 ) (segid APIC and resid 27 and name H2 ) 14.01 2.0 !C8H8 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 1 and name C8 ) (segid APIC and resid 1 and name H8 ) 21.94 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 2 and name C8 ) (segid APIC and resid 2 and name H8 ) 10.91 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 6 and name C8 ) (segid APIC and resid 6 and name H8 ) 17.37 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 8 and name C8 ) (segid APIC and resid 8 and name H8 ) 24.23 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 11 and name C8 ) (segid APIC and resid 11 and name H8 ) 20.1 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 14 and name C8 ) (segid APIC and resid 14 and name H8 ) 6.48 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 17 and name C8 ) (segid APIC and resid 17 and name H8 ) 14.39 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 20 and name C8 ) (segid APIC and resid 20 and name H8 ) 22.79 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 22 and name C8 ) (segid APIC and resid 22 and name H8 ) 22.49 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 24 and name C8 ) (segid APIC and resid 24 and name H8 ) 17.31 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 26 and name C8 ) (segid APIC and resid 26 and name H8 ) 12.3 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 27 and name C8 ) (segid APIC and resid 27 and name H8 ) 8.28 3.0 !C5H5 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 3 and name C5 ) (segid APIC and resid 3 and name H5 ) 21.12 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 4 and name C5 ) (segid APIC and resid 4 and name H5 ) 16.58 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 5 and name C5 ) (segid APIC and resid 5 and name H5 ) 10.14 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 7 and name C5 ) (segid APIC and resid 7 and name H5 ) 25.04 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 9 and name C5 ) (segid APIC and resid 9 and name H5 ) 27.39 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 10 and name C5 ) (segid APIC and resid 10 and name H5 ) 15.04 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 12 and name C5 ) (segid APIC and resid 12 and name H5 ) 26.07 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 13 and name C5 ) (segid APIC and resid 13 and name H5 ) 14.59 3.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 15 and name C5 ) (segid APIC and resid 15 and name H5 ) 8.01 2.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 16 and name C5 ) (segid APIC and resid 16 and name H5 ) -1.75 2.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 18 and name C5 ) (segid APIC and resid 18 and name H5 ) 17.24 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 19 and name C5 ) (segid APIC and resid 19 and name H5 ) 15.31 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 21 and name C5 ) (segid APIC and resid 21 and name H5 ) 23.47 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 23 and name C5 ) (segid APIC and resid 23 and name H5 ) 24.74 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 28 and name C5 ) (segid APIC and resid 28 and name H5 ) 11.97 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 29 and name C5 ) (segid APIC and resid 29 and name H5 ) 13.03 3.0 !C6H6 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 4 and name H6 ) (segid APIC and resid 4 and name C6 ) 6.00 6.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 5 and name H6 ) (segid APIC and resid 5 and name C6 ) 12.20 6.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 9 and name H6 ) (segid APIC and resid 9 and name C6 ) 22.33 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 12 and name H6 ) (segid APIC and resid 12 and name C6 ) 9.62 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 13 and name H6 ) (segid APIC and resid 13 and name C6 ) 0.93 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 15 and name H6 ) (segid APIC and resid 15 and name C6 ) 14.14 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 16 and name H6 ) (segid APIC and resid 16 and name C6 ) 6.83 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 21 and name H6 ) (segid APIC and resid 21 and name C6 ) 23.17 3.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 28 and name H6 ) (segid APIC and resid 28 and name C6 ) 15.7 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 29 and name H6 ) (segid APIC and resid 29 and name C6 ) 14.64 5.0 !C1'H1' assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 2 and name H1' ) (segid APIC and resid 2 and name C1' ) -12.82 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 4 and name H1' ) (segid APIC and resid 4 and name C1' ) -28.03 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 5 and name H1' ) (segid APIC and resid 5 and name C1' ) -32.09 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 7 and name H1' ) (segid APIC and resid 7 and name C1' ) -20.76 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 12 and name H1' ) (segid APIC and resid 12 and name C1' ) -11.21 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 13 and name H1' ) (segid APIC and resid 13 and name C1' ) -22.74 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 14 and name H1' ) (segid APIC and resid 14 and name C1' ) 8.12 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 15 and name H1' ) (segid APIC and resid 15 and name C1' ) 4.89 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 16 and name H1' ) (segid APIC and resid 16 and name C1' ) -6.59 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 19 and name H1' ) (segid APIC and resid 19 and name C1' ) -26.93 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 22 and name H1' ) (segid APIC and resid 22 and name C1' ) -3.6 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 23 and name H1' ) (segid APIC and resid 23 and name C1' ) -1.99 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 27 and name H1' ) (segid APIC and resid 27 and name C1' ) -28.83 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 28 and name H1' ) (segid APIC and resid 28 and name C1' ) -33.03 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 29 and name H1' ) (segid APIC and resid 29 and name C1' ) -17.90 5.0 !C2'H2' assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 2 and name H2' ) (segid APIC and resid 2 and name C2' ) 18.64 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 4 and name H2' ) (segid APIC and resid 4 and name C2' ) 18.70 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 5 and name H2' ) (segid APIC and resid 5 and name C2' ) 14.29 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 7 and name H2' ) (segid APIC and resid 7 and name C2' ) -4.53 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 8 and name H2' ) (segid APIC and resid 8 and name C2' ) 15.30 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 12 and name H2' ) (segid APIC and resid 12 and name C2' ) 16.59 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 14 and name H2' ) (segid APIC and resid 14 and name C2' ) 8.78 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 16 and name H2' ) (segid APIC and resid 16 and name C2' ) -6.17 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 19 and name H2' ) (segid APIC and resid 19 and name C2' ) 7.47 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 21 and name H2' ) (segid APIC and resid 21 and name C2' ) 0.65 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 22 and name H2' ) (segid APIC and resid 22 and name C2' ) 9.43 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 23 and name H2' ) (segid APIC and resid 23 and name C2' ) -5.88 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 27 and name H2' ) (segid APIC and resid 27 and name C2' ) 21.20 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 28 and name H2' ) (segid APIC and resid 28 and name C2' ) 11.76 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 29 and name H2' ) (segid APIC and resid 29 and name C2' ) 4.79 5.0 !C3'H3' assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 2 and name H3' ) (segid APIC and resid 2 and name C3' ) 16.72 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 4 and name H3' ) (segid APIC and resid 4 and name C3' ) 11.77 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 7 and name H3' ) (segid APIC and resid 7 and name C3' ) 5.95 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 13 and name H3' ) (segid APIC and resid 13 and name C3' ) 7.91 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 14 and name H3' ) (segid APIC and resid 14 and name C3' ) -16.95 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 15 and name H3' ) (segid APIC and resid 15 and name C3' ) 6.13 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 16 and name H3' ) (segid APIC and resid 16 and name C3' ) 5.47 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 18 and name H3' ) (segid APIC and resid 18 and name C3' ) 1.35 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 19 and name H3' ) (segid APIC and resid 19 and name C3' ) 13.46 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 21 and name H3' ) (segid APIC and resid 21 and name C3' ) 8.24 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 22 and name H3' ) (segid APIC and resid 22 and name C3' ) 10.36 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 23 and name H3' ) (segid APIC and resid 23 and name C3' ) 18.01 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 27 and name H3' ) (segid APIC and resid 27 and name C3' ) 13.53 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 28 and name H3' ) (segid APIC and resid 28 and name C3' ) 5.77 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 29 and name H3' ) (segid APIC and resid 29 and name C3' ) 2.36 5.0 !C4'H4' assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 2 and name H4' ) (segid APIC and resid 2 and name C4' ) 23.08 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 4 and name H4' ) (segid APIC and resid 4 and name C4' ) 19.75 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 5 and name H4' ) (segid APIC and resid 5 and name C4' ) 12.96 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 8 and name H4' ) (segid APIC and resid 8 and name C4' ) 20.80 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 13 and name H4' ) (segid APIC and resid 13 and name C4' ) 19.14 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 14 and name H4' ) (segid APIC and resid 14 and name C4' ) -1.82 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 15 and name H4' ) (segid APIC and resid 15 and name C4' ) 0.60 5.0 !assign (segid SANI and resid 500 and name 00) ! (segid SANI and resid 500 and name Z) ! (segid SANI and resid 500 and name X) ! (segid SANI and resid 500 and name Y) ! (segid APIC and resid 16 and name H4' ) (segid APIC and resid 16 and name C4' ) 9.67 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 19 and name H4' ) (segid APIC and resid 19 and name C4' ) 26.06 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 18 and name H4' ) (segid APIC and resid 18 and name C4' ) 14.38 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 21 and name H4' ) (segid APIC and resid 21 and name C4' ) 17.41 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 23 and name H4' ) (segid APIC and resid 23 and name C4' ) 24.28 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 28 and name H4' ) (segid APIC and resid 28 and name C4' ) 10.48 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 29 and name H4' ) (segid APIC and resid 29 and name C4' ) 10.82 5.0 remark author: Kirsten remark molecule: Apicalloop, 15mg PF1 remark restraints: residual dipolar coupling NH remark normalized: RDC/-0.492 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 5 and name N3 ) (segid APIC and resid 5 and name H3 ) 14.36 6.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 9 and name N3 ) (segid APIC and resid 9 and name H3 ) 28.14 4.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 13 and name N3 ) (segid APIC and resid 13 and name H3 ) 14.16 8.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 17 and name N1 ) (segid APIC and resid 17 and name H1 ) 17.02 5.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 20 and name N1 ) (segid APIC and resid 20 and name H1 ) 26.56 4.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 21 and name N3 ) (segid APIC and resid 21 and name H3 ) 26.73 6.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 22 and name N1 ) (segid APIC and resid 22 and name H1 ) 21.81 6.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 23 and name N3 ) (segid APIC and resid 23 and name H3 ) 16.32 8.0 assign (segid SANI and resid 500 and name 00) (segid SANI and resid 500 and name Z) (segid SANI and resid 500 and name X) (segid SANI and resid 500 and name Y) (segid APIC and resid 26 and name N1 ) (segid APIC and resid 26 and name H1 ) 12.76 5.0 assign (segid APIC and residue 10 and name H5) (segid APIC and residue 9 and name H5) 3.66 1 1 assign (segid APIC and residue 10 and name H6) (segid APIC and residue 11 and name H8) 4.5 1 1 assign (segid APIC and residue 10 and name H6) (segid APIC and residue 9 and name H1') 3.17 1 1 assign (segid APIC and residue 10 and name H6) (segid APIC and residue 9 and name H1') 4.5 1 1 !inserted 1 assign (segid APIC and residue 10 and name H6) (segid APIC and residue 9 and name H2') 2.2 1 1 assign (segid APIC and residue 11 and name H1') (segid APIC and residue 10 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 11 and name H8) (segid APIC and residue 10 and name H1') 4.5 2 2 assign (segid APIC and residue 11 and name H8) (segid APIC and residue 10 and name H2') 2.2 1 1 assign (segid APIC and residue 11 and name H8) (segid APIC and residue 12 and name H5) 3.5 1 1 !3.19 1 1 assign (segid APIC and residue 12 and name H1') (segid APIC and residue 11 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 12 and name H6) (segid APIC and residue 11 and name H1') 4.5 1 1 assign (segid APIC and residue 12 and name H6) (segid APIC and residue 11 and name H2') 2.29 1 1 assign (segid APIC and residue 12 and name H6) (segid APIC and residue 13 and name H5) 3.5 1 1 assign (segid APIC and residue 13 and name H5) (segid APIC and residue 12 and name H5) 3.5 1.5 1 assign (segid APIC and residue 13 and name H6) (segid APIC and residue 12 and name H1') 4.5 1.5 1 assign (segid APIC and residue 13 and name H6) (segid APIC and residue 12 and name H2') 2.26 1 1 assign (segid APIC and residue 13 and name H6) (segid APIC and residue 12 and name H5) 6 1 1 assign (segid APIC and residue 13 and name H6) (segid APIC and residue 12 and name H6) 5 1 1 assign (segid APIC and residue 14 and name H8) (segid APIC and residue 13 and name H1') 4.5 1 1 assign (segid APIC and residue 14 and name H8) (segid APIC and residue 13 and name H2') 2.2 1 1 assign (segid APIC and residue 14 and name H8) (segid APIC and residue 13 and name H6) 5 1 1 assign (segid APIC and residue 17 and name H1) (segid APIC and residue 11 and name H1) 3 1 2 assign (segid APIC and residue 17 and name H1') (segid APIC and residue 13 and name H1') 4.5 1 1 assign (segid APIC and residue 17 and name H1) (segid APIC and residue 13 and name H3) 3 1 2 assign (segid APIC and residue 17 and name H1) (segid APIC and residue 18 and name H3) 3 1 2 assign (segid APIC and residue 17 and name H8) (segid APIC and residue 16 and name H1') 4.5 1 1 assign (segid APIC and residue 17 and name H8) (segid APIC and residue 18 and name H5) 3.5 1 1 assign (segid APIC and residue 18 and name H3) (segid APIC and residue 11 and name H1) 3 1 2 assign (segid APIC and residue 18 and name H6) (segid APIC and residue 17 and name H1') 4.5 1 1 assign (segid APIC and residue 18 and name H6) (segid APIC and residue 17 and name H8) 5 1 1 assign (segid APIC and residue 19 and name H1') (segid APIC and residue 18 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 19 and name H5) (segid APIC and residue 18 and name H5) 3.5 1 1 !inserted 1 assign (segid APIC and residue 19 and name H5) (segid APIC and residue 18 and name H6) 3.5 1 1 !inserted 1 assign (segid APIC and residue 19 and name H6) (segid APIC and residue 18 and name H1') 4.5 1 1 assign (segid APIC and residue 19 and name H6) (segid APIC and residue 18 and name H2') 2.2 1 1 assign (segid APIC and residue 19 and name H6) (segid APIC and residue 20 and name H8) 5 1 1 assign (segid APIC and residue 1 and name H8) (segid APIC and residue 2 and name H8) 4.5 1 1 assign (segid APIC and residue 20 and name H1') (segid APIC and residue 19 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 20 and name H1') (segid APIC and residue 21 and name H6) 4.5 1 1 !inserted 1 assign (segid APIC and residue 20 and name H8) (segid APIC and residue 19 and name H1') 4.5 1 1 assign (segid APIC and residue 20 and name H8) (segid APIC and residue 19 and name H2') 2.2 1 1 assign (segid APIC and residue 20 and name H8) (segid APIC and residue 19 and name H5) 5 1 1 !3.07 1 1 assign (segid APIC and residue 20 and name H8) (segid APIC and residue 21 and name H5) 3.5 1 1 assign (segid APIC and residue 21 and name H1') (segid APIC and residue 20 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 21 and name H3) (segid APIC and residue 20 and name H1) 3 1 2 assign (segid APIC and residue 21 and name H3) (segid APIC and residue 22 and name H1) 3 1 2 assign (segid APIC and residue 21 and name H3) (segid APIC and residue 9 and name H3) 3 1 2 assign (segid APIC and residue 21 and name H6) (segid APIC and residue 20 and name H1') 4.5 1 1 assign (segid APIC and residue 21 and name H6) (segid APIC and residue 20 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 21 and name H6) (segid APIC and residue 20 and name H8) 5 1 1 assign (segid APIC and residue 22 and name H1') (segid APIC and residue 21 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 22 and name H1') (segid APIC and residue 23 and name H6) 4.5 1 1 !inserted 1 assign (segid APIC and residue 22 and name H8) (segid APIC and residue 21 and name H1') 4.5 1 1 assign (segid APIC and residue 22 and name H8) (segid APIC and residue 21 and name H2') 2.2 1 1 assign (segid APIC and residue 22 and name H8) (segid APIC and residue 23 and name H5) 3.5 1 1 assign (segid APIC and residue 23 and name H1') (segid APIC and residue 22 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 23 and name H3) (segid APIC and residue 22 and name H1) 3 1 2 assign (segid APIC and residue 23 and name H6) (segid APIC and residue 22 and name H1') 4.5 1 1 assign (segid APIC and residue 23 and name H6) (segid APIC and residue 22 and name H2') 2.2 1 1 assign (segid APIC and residue 24 and name H1') (segid APIC and residue 23 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 24 and name H8) (segid APIC and residue 23 and name H1') 4.5 1 1 assign (segid APIC and residue 24 and name H8) (segid APIC and residue 23 and name H2') 2.26 1 1 assign (segid APIC and residue 24 and name H8) (segid APIC and residue 23 and name H6) 5 1 1 assign (segid APIC and residue 26 and name H1) (segid APIC and residue 5 and name H3) 3 1 2 assign (segid APIC and residue 27 and name H1') (segid APIC and residue 26 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 27 and name H2) (segid APIC and residue 28 and name H1') 4.5 1 1 assign (segid APIC and residue 27 and name H2) (segid APIC and residue 4 and name H1') 5.0 1 1 assign (segid APIC and residue 27 and name H8) (segid APIC and residue 26 and name H1') 4.5 1 1 assign (segid APIC and residue 27 and name H8) (segid APIC and residue 26 and name H2') 3.3 1 1 assign (segid APIC and residue 27 and name H8) (segid APIC and residue 26 and name H8) 4.5 1 1 assign (segid APIC and residue 27 and name H8) (segid APIC and residue 28 and name H5) 3.81 1 1 assign (segid APIC and residue 28 and name H1') (segid APIC and residue 27 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 28 and name H1') (segid APIC and residue 29 and name H6) 4.5 1 1 !inserted 1 assign (segid APIC and residue 28 and name H6) (segid APIC and residue 27 and name H1') 4.5 1 1 assign (segid APIC and residue 28 and name H6) (segid APIC and residue 27 and name H2') 2.2 1 1 assign (segid APIC and residue 29 and name C1') (segid APIC and residue 20 and name C1') 28 5 5 !inserted 1 assign (segid APIC and residue 29 and name C1') (segid APIC and residue 9 and name C1') 39 3 3 !inserted 1 assign (segid APIC and residue 29 and name H1') (segid APIC and residue 28 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 29 and name H5) (segid APIC and residue 28 and name H5) 3.5 1 1 assign (segid APIC and residue 29 and name H5) (segid APIC and residue 28 and name H6) 3.5 1 1 !inserted 1 assign (segid APIC and residue 29 and name H6) (segid APIC and residue 28 and name H1') 4.5 1 1 assign (segid APIC and residue 29 and name H6) (segid APIC and residue 28 and name H2') 2.2 1 1 !inserted 1 assign (segid APIC and residue 2 and name H1) (segid APIC and residue 1 and name H1) 3 1 2 assign (segid APIC and residue 2 and name H1') (segid APIC and residue 1 and name H2') 3.5 1 1!inserted 1 assign (segid APIC and residue 2 and name H1') (segid APIC and residue 3 and name H6) 4.5 1 1 !inserted 1 assign (segid APIC and residue 2 and name H8) (segid APIC and residue 1 and name H1') 4.5 1 1 assign (segid APIC and residue 2 and name H8) (segid APIC and residue 1 and name H2') 2.2 1 1 assign (segid APIC and residue 3 and name H1') (segid APIC and residue 2 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 3 and name H3) (segid APIC and residue 26 and name H1) 3 1 2 assign (segid APIC and residue 3 and name H3) (segid APIC and residue 2 and name H1) 3 1 2 assign (segid APIC and residue 3 and name H5) (segid APIC and residue 2 and name H8) 3.5 1 1 !inserted 1 assign (segid APIC and residue 3 and name H6) (segid APIC and residue 2 and name H1') 4.5 1 1 assign (segid APIC and residue 3 and name H6) (segid APIC and residue 2 and name H8) 5 1 1 assign (segid APIC and residue 4 and name H1') (segid APIC and residue 3 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 4 and name H5) (segid APIC and residue 3 and name H5) 3.5 1 1 assign (segid APIC and residue 4 and name H5) (segid APIC and residue 3 and name H6) 3.5 1 1 !inserted 1 assign (segid APIC and residue 4 and name H6) (segid APIC and residue 3 and name H1') 4.5 1 1 !inserted 1 assign (segid APIC and residue 4 and name H6) (segid APIC and residue 3 and name H2') 2.2 1 1 !inserted 1 assign (segid APIC and residue 5 and name H1') (segid APIC and residue 4 and name H2') 3.5 1 2 !inserted 1 assign (segid APIC and residue 5 and name H3) (segid APIC and residue 24 and name H1) 3 1 2 assign (segid APIC and residue 5 and name H5) (segid APIC and residue 4 and name H5) 3.5 1 2 !inserted 1 assign (segid APIC and residue 5 and name H5) (segid APIC and residue 4 and name H6) 3.5 1 2 !inserted 1 assign (segid APIC and residue 5 and name H6) (segid APIC and residue 4 and name H1') 4.5 2 2 assign (segid APIC and residue 5 and name H6) (segid APIC and residue 4 and name H2') 2.2 1 2 !inserted 1 assign (segid APIC and residue 6 and name H1') (segid APIC and residue 5 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 6 and name H2) (segid APIC and residue 24 and name H1') 5.0 1 1 assign (segid APIC and residue 6 and name H2) (segid APIC and residue 7 and name H1') 4.5 1 1 assign (segid APIC and residue 6 and name H8) (segid APIC and residue 5 and name H1') 4.5 1 1 assign (segid APIC and residue 6 and name H8) (segid APIC and residue 5 and name H2') 2.2 1 1 assign (segid APIC and residue 6 and name H8) (segid APIC and residue 5 and name H6) 5 1 1 assign (segid APIC and residue 6 and name H8) (segid APIC and residue 7 and name H5) 3.5 1 1 assign (segid APIC and residue 6 and name H8) (segid APIC and residue 7 and name H6) 5 1 1 assign (segid APIC and residue 7 and name H1') (segid APIC and residue 6 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 7 and name H6) (segid APIC and residue 6 and name H1') 4.5 1 1 assign (segid APIC and residue 7 and name H6) (segid APIC and residue 6 and name H2') 2.2 1 1 assign (segid APIC and residue 7 and name H6) (segid APIC and residue 6 and name H2') 2.56 1 1 assign (segid APIC and residue 8 and name H1') (segid APIC and residue 7 and name H2') 3.5 1 1 !inserted 1 assign (segid APIC and residue 8 and name H2) (segid APIC and residue 9 and name H1') 4.5 1 1 assign (segid APIC and residue 8 and name H8) (segid APIC and residue 7 and name H1') 4.5 1 1 assign (segid APIC and residue 8 and name H8) (segid APIC and residue 7 and name H2') 2.2 1 1 assign (segid APIC and residue 8 and name H8) (segid APIC and residue 7 and name H6) 4.5 1 1 assign (segid APIC and residue 8 and name H8) (segid APIC and residue 9 and name H5) 3.5 1 1 assign (segid APIC and residue 8 and name H8) (segid APIC and residue 9 and name H6) 4.5 1 1 assign (segid APIC and residue 9 and name H3) (segid APIC and residue 20 and name H1) 3 1 2 assign (segid APIC and residue 9 and name H6) (segid APIC and residue 10 and name H5) 3.5 1 1 assign (segid APIC and residue 9 and name H6) (segid APIC and residue 8 and name H1') 4.5 1 1 assign (segid APIC and residue 9 and name H6) (segid APIC and residue 8 and name H2') 2.30 1 1 assign (segid APIC and residue 13 and name C6) (segid APIC and residue 14 and name N9) 4.5 0.5 0.5 !inserted 2 assign (segid APIC and residue 14 and name H1') (segid APIC and residue 13 and name H2' ) 3.5 1 1 !inserted 2 assign (segid APIC and residue 14 and name H5'') (segid APIC and residue 13 and name H2' ) 3 1 1 !inserted 2 assign (segid APIC and residue 14 and name N3) (segid APIC and residue 13 and name O2 ) 4.5 1 1 !inserted 2 assign (segid APIC and residue 16 and name H6) (segid APIC and residue 17 and name H8) 4.5 1 1 !inserted 2 assign (segid APIC and residue 17 and name O6) (segid APIC and residue 13 and name C1') 7.3 2 2 !inserted 2 assign (segid APIC and residue 18 and name H1') (segid APIC and residue 17 and name H2') 3.5 1 1 !inserted 2 assign (segid APIC and residue 18 and name H6) (segid APIC and residue 17 and name H2') 2.2 1 1 !inserted 2 assign (segid APIC and residue 1 and name N2) (segid APIC and residue 2 and name N2) 5.4 0.2 0.2 !inserted 3 remark inserted 1: Distances that could not be determined from the NOE spectra, for which standard helical values have been inserted. remark inserted 2: Distances added to prevent buckling, values were taken from the calculated structures of the UGUU loop. remark inserted 2: Distance added to prevent the first basepair from 'flipping'. Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H5' G 1 H5' G 1 -6.005 18.623 -1.055 2 H5'' G 1 H5'' G 1 -5.102 17.230 -1.699 3 H4' G 1 H4' G 1 -3.513 18.979 -1.088 4 H3' G 1 H3' G 1 -3.505 16.563 0.763 5 H2' G 1 H2' G 1 -1.896 17.637 2.180 6 HO2' G 1 HO2' G 1 -1.644 19.720 0.249 7 H1' G 1 H1' G 1 -2.992 20.121 2.198 8 H8 G 1 H8 G 1 -6.115 18.193 2.023 9 H1 G 1 H1 G 1 -3.325 17.667 7.781 10 H21 G 1 H21 G 1 -1.240 18.431 7.694 11 H22 G 1 H22 G 1 -0.533 19.061 6.223 12 H5' G 2 H5' G 2 0.393 17.371 0.406 13 H5'' G 2 H5'' G 2 1.412 16.001 -0.100 14 H4' G 2 H4' G 2 2.170 16.942 2.074 15 H3' G 2 H3' G 2 0.922 14.141 2.259 16 H2' G 2 H2' G 2 1.464 14.168 4.596 17 HO2' G 2 HO2' G 2 3.092 15.335 5.399 18 H1' G 2 H1' G 2 0.903 16.873 4.995 19 H8 G 2 H8 G 2 -1.837 15.401 2.882 20 H1 G 2 H1 G 2 -2.378 13.849 9.073 21 H21 G 2 H21 G 2 -0.483 14.296 10.145 22 H22 G 2 H22 G 2 0.901 15.006 9.343 23 H5' U 3 H5' U 3 4.464 13.797 4.427 24 H5'' U 3 H5'' U 3 5.459 12.472 3.777 25 H4' U 3 H4' U 3 5.275 12.130 6.157 26 H3' U 3 H3' U 3 3.356 10.247 4.675 27 H2' U 3 H2' U 3 2.862 9.300 6.820 28 HO2' U 3 HO2' U 3 4.218 9.403 8.505 29 H1' U 3 H1' U 3 2.929 11.715 8.215 30 H3 U 3 H3 U 3 -1.455 10.683 8.562 31 H5 U 3 H5 U 3 -0.985 11.617 4.494 32 H6 U 3 H6 U 3 1.388 11.766 4.887 33 H5' C 4 H5' C 4 5.537 8.012 7.515 34 H5'' C 4 H5'' C 4 5.707 6.315 7.016 35 H4' C 4 H4' C 4 4.412 6.721 9.181 36 H3' C 4 H3' C 4 2.911 5.284 6.924 37 H2' C 4 H2' C 4 1.223 4.888 8.580 38 HO2' C 4 HO2' C 4 2.973 5.926 10.579 39 H1' C 4 H1' C 4 1.472 7.449 9.733 40 H41 C 4 H41 C 4 -3.814 7.614 6.129 41 H42 C 4 H42 C 4 -2.858 7.915 4.695 42 H5 C 4 H5 C 4 -0.435 7.931 4.700 43 H6 C 4 H6 C 4 1.576 7.602 6.071 44 H5' U 5 H5' U 5 1.960 2.863 10.064 45 H5'' U 5 H5'' U 5 1.950 1.186 9.481 46 H4' U 5 H4' U 5 -0.303 2.016 10.228 47 H3' U 5 H3' U 5 -0.059 1.223 7.277 48 H2' U 5 H2' U 5 -2.480 1.593 7.192 49 HO2' U 5 HO2' U 5 -2.436 1.913 10.015 50 H1' U 5 H1' U 5 -2.512 3.814 8.708 51 H3 U 5 H3 U 5 -3.574 5.081 4.351 52 H5 U 5 H5 U 5 0.613 4.772 4.352 53 H6 U 5 H6 U 5 0.498 3.804 6.582 54 H5' A 6 H5' A 6 -2.631 -1.502 9.548 55 H5'' A 6 H5'' A 6 -2.337 -3.241 9.317 56 H4' A 6 H4' A 6 -4.705 -2.903 9.051 57 H3' A 6 H3' A 6 -3.313 -3.200 6.346 58 H2' A 6 H2' A 6 -5.469 -2.954 5.295 59 HO2' A 6 HO2' A 6 -7.384 -2.838 6.634 60 H1' A 6 H1' A 6 -6.298 -0.840 6.771 61 H8 A 6 H8 A 6 -2.490 -0.690 6.309 62 H61 A 6 H61 A 6 -3.622 2.703 1.255 63 H62 A 6 H62 A 6 -2.385 2.172 2.372 64 H2 A 6 H2 A 6 -7.486 0.923 2.629 65 H5' C 7 H5' C 7 -6.614 -5.354 5.911 66 H5'' C 7 H5'' C 7 -6.372 -6.848 4.983 67 H4' C 7 H4' C 7 -7.912 -5.204 3.866 68 H3' C 7 H3' C 7 -5.282 -5.706 2.356 69 H2' C 7 H2' C 7 -6.399 -4.589 0.555 70 HO2' C 7 HO2' C 7 -8.434 -5.243 0.428 71 H1' C 7 H1' C 7 -7.606 -2.679 2.257 72 H41 C 7 H41 C 7 -2.664 0.285 -0.480 73 H42 C 7 H42 C 7 -1.647 -0.191 0.861 74 H5 C 7 H5 C 7 -2.405 -1.655 2.630 75 H6 C 7 H6 C 7 -4.246 -3.057 3.406 76 H5' A 8 H5' A 8 -8.369 -7.519 -0.352 77 H5'' A 8 H5'' A 8 -7.484 -8.592 -1.456 78 H4' A 8 H4' A 8 -8.671 -6.525 -2.454 79 H3' A 8 H3' A 8 -5.735 -7.058 -3.128 80 H2' A 8 H2' A 8 -5.944 -5.112 -4.620 81 HO2' A 8 HO2' A 8 -8.738 -5.087 -4.065 82 H1' A 8 H1' A 8 -7.416 -3.591 -2.907 83 H8 A 8 H8 A 8 -4.693 -5.151 -0.779 84 H61 A 8 H61 A 8 -0.747 -1.036 -3.131 85 H62 A 8 H62 A 8 -1.010 -2.227 -1.877 86 H2 A 8 H2 A 8 -4.510 -0.876 -5.582 87 H5' U 9 H5' U 9 -7.630 -5.543 -6.628 88 H5'' U 9 H5'' U 9 -7.546 -6.838 -7.841 89 H4' U 9 H4' U 9 -6.701 -4.746 -8.810 90 H3' U 9 H3' U 9 -4.606 -6.885 -8.254 91 H2' U 9 H2' U 9 -2.914 -5.457 -9.002 92 HO2' U 9 HO2' U 9 -3.180 -4.094 -10.643 93 H1' U 9 H1' U 9 -4.135 -2.998 -8.312 94 H3 U 9 H3 U 9 -0.252 -2.576 -5.941 95 H5 U 9 H5 U 9 -2.119 -5.868 -4.138 96 H6 U 9 H6 U 9 -3.805 -5.824 -5.890 97 H5' U 10 H5' U 10 -4.272 -5.182 -12.154 98 H5'' U 10 H5'' U 10 -4.624 -6.413 -13.387 99 H4' U 10 H4' U 10 -2.804 -5.531 -14.443 100 H3' U 10 H3' U 10 -1.382 -7.121 -12.239 101 H2' U 10 H2' U 10 0.650 -6.281 -13.124 102 HO2' U 10 HO2' U 10 -0.798 -5.325 -15.395 103 H1' U 10 H1' U 10 -0.321 -3.738 -13.756 104 H3 U 10 H3 U 10 2.895 -2.977 -10.564 105 H5 U 10 H5 U 10 -0.212 -4.832 -8.407 106 H6 U 10 H6 U 10 -1.367 -5.204 -10.530 107 H5' G 11 H5' G 11 0.634 -7.748 -15.746 108 H5'' G 11 H5'' G 11 1.701 -9.166 -15.750 109 H4' G 11 H4' G 11 2.760 -6.763 -15.681 110 H3' G 11 H3' G 11 3.659 -8.833 -13.589 111 H2' G 11 H2' G 11 5.425 -7.207 -13.182 112 HO2' G 11 HO2' G 11 4.866 -6.473 -15.750 113 H1' G 11 H1' G 11 3.642 -5.064 -13.205 114 H8 G 11 H8 G 11 1.918 -7.886 -11.446 115 H1 G 11 H1 G 11 6.526 -5.184 -7.887 116 H21 G 11 H21 G 11 7.766 -3.831 -9.132 117 H22 G 11 H22 G 11 7.466 -3.595 -10.840 118 H5' C 12 H5' C 12 7.261 -7.738 -14.923 119 H5'' C 12 H5'' C 12 8.298 -9.167 -15.113 120 H4' C 12 H4' C 12 9.104 -7.422 -13.441 121 H3' C 12 H3' C 12 8.637 -10.262 -12.392 122 H2' C 12 H2' C 12 9.621 -9.513 -10.362 123 HO2' C 12 HO2' C 12 11.400 -8.403 -10.790 124 H1' C 12 H1' C 12 8.566 -6.866 -10.548 125 H41 C 12 H41 C 12 5.310 -9.615 -5.836 126 H42 C 12 H42 C 12 4.177 -10.274 -6.994 127 H5 C 12 H5 C 12 4.469 -10.066 -9.385 128 H6 C 12 H6 C 12 5.915 -9.203 -11.157 129 H5' U 13 H5' U 13 12.893 -9.835 -11.159 130 H5'' U 13 H5'' U 13 13.549 -11.453 -11.495 131 H4' U 13 H4' U 13 13.579 -10.689 -9.028 132 H3' U 13 H3' U 13 12.160 -13.302 -9.789 133 H2' U 13 H2' U 13 11.675 -13.623 -7.482 134 HO2' U 13 HO2' U 13 13.631 -11.602 -6.952 135 H1' U 13 H1' U 13 11.284 -10.903 -6.862 136 H3 U 13 H3 U 13 7.182 -12.763 -6.041 137 H5 U 13 H5 U 13 7.430 -12.681 -10.241 138 H6 U 13 H6 U 13 9.786 -12.095 -10.036 139 H5' G 14 H5' G 14 14.449 -14.122 -6.508 140 H5'' G 14 H5'' G 14 15.790 -15.239 -6.840 141 H4' G 14 H4' G 14 14.503 -15.671 -4.674 142 H3' G 14 H3' G 14 15.392 -17.739 -6.504 143 H2' G 14 H2' G 14 13.200 -18.480 -6.999 144 HO2' G 14 HO2' G 14 12.857 -20.231 -5.760 145 H1' G 14 H1' G 14 12.235 -17.545 -4.261 146 H8 G 14 H8 G 14 10.464 -15.776 -6.881 147 H1 G 14 H1 G 14 7.802 -21.541 -6.065 148 H21 G 14 H21 G 14 9.180 -22.852 -4.862 149 H22 G 14 H22 G 14 10.735 -22.294 -4.286 150 H5' U 15 H5' U 15 15.223 -16.502 -1.756 151 H5'' U 15 H5'' U 15 16.886 -15.890 -1.563 152 H4' U 15 H4' U 15 15.614 -18.158 0.048 153 H3' U 15 H3' U 15 15.239 -15.468 0.637 154 H2' U 15 H2' U 15 17.527 -14.872 0.951 155 HO2' U 15 HO2' U 15 17.803 -14.700 3.093 156 H1' U 15 H1' U 15 18.194 -17.512 2.249 157 H3 U 15 H3 U 15 22.337 -15.426 2.275 158 H5 U 15 H5 U 15 21.545 -16.248 -1.778 159 H6 U 15 H6 U 15 19.284 -16.900 -1.151 160 H5' U 16 H5' U 16 11.552 -15.524 3.936 161 H5'' U 16 H5'' U 16 10.773 -15.833 2.368 162 H4' U 16 H4' U 16 12.754 -13.590 2.980 163 H3' U 16 H3' U 16 9.920 -13.523 3.326 164 H2' U 16 H2' U 16 9.345 -13.390 1.051 165 HO2' U 16 HO2' U 16 8.944 -11.269 1.807 166 H1' U 16 H1' U 16 11.941 -12.004 0.339 167 H3 U 16 H3 U 16 11.030 -12.362 -4.078 168 H5 U 16 H5 U 16 9.757 -16.095 -2.611 169 H6 U 16 H6 U 16 10.354 -15.360 -0.365 170 H5' G 17 H5' G 17 12.484 -9.422 3.006 171 H5'' G 17 H5'' G 17 11.627 -7.906 3.353 172 H4' G 17 H4' G 17 13.039 -8.093 1.151 173 H3' G 17 H3' G 17 10.144 -7.064 1.081 174 H2' G 17 H2' G 17 10.499 -6.678 -1.264 175 HO2' G 17 HO2' G 17 13.268 -7.056 -0.665 176 H1' G 17 H1' G 17 11.982 -8.981 -1.714 177 H8 G 17 H8 G 17 8.882 -9.655 0.459 178 H1 G 17 H1 G 17 7.668 -9.441 -5.805 179 H21 G 17 H21 G 17 9.500 -8.727 -6.907 180 H22 G 17 H22 G 17 10.983 -8.321 -6.073 181 H5' U 18 H5' U 18 12.762 -4.730 -1.451 182 H5'' U 18 H5'' U 18 12.565 -3.010 -1.052 183 H4' U 18 H4' U 18 12.487 -3.350 -3.493 184 H3' U 18 H3' U 18 9.770 -2.595 -2.287 185 H2' U 18 H2' U 18 8.985 -2.465 -4.541 186 HO2' U 18 HO2' U 18 10.282 -1.660 -5.990 187 H1' U 18 H1' U 18 10.391 -4.664 -5.486 188 H3 U 18 H3 U 18 5.995 -6.085 -5.717 189 H5 U 18 H5 U 18 6.850 -6.084 -1.617 190 H6 U 18 H6 U 18 8.961 -4.993 -2.094 191 H5' C 19 H5' C 19 11.416 0.984 -5.181 192 H5'' C 19 H5'' C 19 10.350 2.339 -4.746 193 H4' C 19 H4' C 19 10.451 1.731 -7.229 194 H3' C 19 H3' C 19 7.717 1.694 -5.860 195 H2' C 19 H2' C 19 6.838 1.402 -8.084 196 HO2' C 19 HO2' C 19 8.573 2.867 -8.985 197 H1' C 19 H1' C 19 8.680 -0.541 -8.777 198 H41 C 19 H41 C 19 3.708 -3.927 -6.536 199 H42 C 19 H42 C 19 4.220 -3.644 -4.887 200 H5 C 19 H5 C 19 6.116 -2.263 -4.304 201 H6 C 19 H6 C 19 7.811 -0.700 -5.189 202 H5' G 20 H5' G 20 7.194 4.999 -9.180 203 H5'' G 20 H5'' G 20 6.072 6.119 -8.373 204 H4' G 20 H4' G 20 5.297 5.116 -10.623 205 H3' G 20 H3' G 20 3.539 4.821 -8.128 206 H2' G 20 H2' G 20 1.928 3.725 -9.529 207 HO2' G 20 HO2' G 20 3.110 5.233 -11.474 208 H1' G 20 H1' G 20 3.706 2.206 -10.941 209 H8 G 20 H8 G 20 4.947 2.348 -7.393 210 H1 G 20 H1 G 20 0.030 -1.689 -8.195 211 H21 G 20 H21 G 20 -0.879 -1.412 -10.200 212 H22 G 20 H22 G 20 -0.285 -0.222 -11.336 213 H5' U 21 H5' U 21 0.685 5.348 -11.120 214 H5'' U 21 H5'' U 21 -0.442 6.598 -10.559 215 H4' U 21 H4' U 21 -1.584 4.432 -11.041 216 H3' U 21 H3' U 21 -1.593 5.235 -8.089 217 H2' U 21 H2' U 21 -3.197 3.483 -7.837 218 HO2' U 21 HO2' U 21 -3.963 2.371 -9.817 219 H1' U 21 H1' U 21 -1.889 1.730 -9.621 220 H3 U 21 H3 U 21 -1.769 -0.220 -5.474 221 H5 U 21 H5 U 21 1.405 2.530 -5.486 222 H6 U 21 H6 U 21 0.520 3.412 -7.546 223 H5' G 22 H5' G 22 -5.680 5.621 -9.659 224 H5'' G 22 H5'' G 22 -6.622 6.905 -8.867 225 H4' G 22 H4' G 22 -7.671 4.623 -8.707 226 H3' G 22 H3' G 22 -6.867 5.962 -6.063 227 H2' G 22 H2' G 22 -7.817 4.005 -4.978 228 HO2' G 22 HO2' G 22 -8.978 3.456 -7.518 229 H1' G 22 H1' G 22 -7.008 2.166 -6.740 230 H8 G 22 H8 G 22 -4.214 4.654 -6.034 231 H1 G 22 H1 G 22 -4.836 0.100 -1.555 232 H21 G 22 H21 G 22 -6.723 -1.032 -1.873 233 H22 G 22 H22 G 22 -7.816 -0.680 -3.192 234 H5' U 23 H5' U 23 -10.603 3.938 -5.689 235 H5'' U 23 H5'' U 23 -11.802 5.046 -4.989 236 H4' U 23 H4' U 23 -11.775 2.975 -3.692 237 H3' U 23 H3' U 23 -10.427 5.300 -2.238 238 H2' U 23 H2' U 23 -10.350 3.859 -0.347 239 HO2' U 23 HO2' U 23 -11.521 1.962 -0.195 240 H1' U 23 H1' U 23 -9.703 1.553 -1.784 241 H3 U 23 H3 U 23 -5.862 2.236 0.540 242 H5 U 23 H5 U 23 -5.746 5.127 -2.500 243 H6 U 23 H6 U 23 -8.003 4.500 -3.062 244 H5' G 24 H5' G 24 -13.708 3.746 -0.178 245 H5'' G 24 H5'' G 24 -14.745 4.821 0.789 246 H4' G 24 H4' G 24 -13.796 2.990 2.169 247 H3' G 24 H3' G 24 -12.789 5.805 2.818 248 H2' G 24 H2' G 24 -11.379 4.894 4.480 249 HO2' G 24 HO2' G 24 -12.886 3.718 5.627 250 H1' G 24 H1' G 24 -10.982 2.367 3.256 251 H8 G 24 H8 G 24 -10.094 5.225 0.950 252 H1 G 24 H1 G 24 -5.487 3.856 5.182 253 H21 G 24 H21 G 24 -6.270 2.525 6.772 254 H22 G 24 H22 G 24 -7.920 1.945 6.774 255 H5' U 25 H5' U 25 -15.114 2.867 5.859 256 H5'' U 25 H5'' U 25 -16.330 3.981 6.515 257 H4' U 25 H4' U 25 -15.857 3.411 8.687 258 H3' U 25 H3' U 25 -12.932 3.369 7.888 259 H2' U 25 H2' U 25 -12.431 1.693 9.439 260 HO2' U 25 HO2' U 25 -14.773 2.426 10.906 261 H1' U 25 H1' U 25 -15.034 0.546 9.685 262 H3 U 25 H3 U 25 -11.900 -0.753 5.508 263 H5 U 25 H5 U 25 -13.042 -3.498 8.486 264 H6 U 25 H6 U 25 -14.194 -1.697 9.641 265 H5' G 26 H5' G 26 -12.472 4.219 11.698 266 H5'' G 26 H5'' G 26 -12.598 5.929 12.177 267 H4' G 26 H4' G 26 -10.873 4.564 13.472 268 H3' G 26 H3' G 26 -9.997 7.061 11.948 269 H2' G 26 H2' G 26 -7.741 6.653 12.652 270 HO2' G 26 HO2' G 26 -8.654 4.527 14.314 271 H1' G 26 H1' G 26 -7.702 3.974 12.206 272 H8 G 26 H8 G 26 -9.890 5.490 9.495 273 H1 G 26 H1 G 26 -3.655 6.332 8.325 274 H21 G 26 H21 G 26 -2.460 5.817 10.154 275 H22 G 26 H22 G 26 -3.206 5.242 11.628 276 H5' A 27 H5' A 27 -8.307 7.051 16.037 277 H5'' A 27 H5'' A 27 -8.465 8.662 16.776 278 H4' A 27 H4' A 27 -6.130 7.698 16.898 279 H3' A 27 H3' A 27 -6.476 10.292 15.293 280 H2' A 27 H2' A 27 -4.070 10.295 15.073 281 HO2' A 27 HO2' A 27 -2.758 8.987 16.274 282 H1' A 27 H1' A 27 -3.882 7.666 14.374 283 H8 A 27 H8 A 27 -7.172 8.974 12.920 284 H61 A 27 H61 A 27 -3.910 11.013 8.101 285 H62 A 27 H62 A 27 -5.510 10.651 8.708 286 H2 A 27 H2 A 27 -1.011 9.882 11.339 287 H5' C 28 H5' C 28 -3.063 10.973 17.606 288 H5'' C 28 H5'' C 28 -3.165 12.567 18.391 289 H4' C 28 H4' C 28 -1.099 12.291 16.978 290 H3' C 28 H3' C 28 -3.118 14.360 15.908 291 H2' C 28 H2' C 28 -1.365 14.955 14.344 292 HO2' C 28 HO2' C 28 0.717 13.786 14.591 293 H1' C 28 H1' C 28 -0.689 12.317 13.812 294 H41 C 28 H41 C 28 -4.894 13.827 9.271 295 H42 C 28 H42 C 28 -6.204 13.308 10.307 296 H5 C 28 H5 C 28 -5.885 12.730 12.638 297 H6 C 28 H6 C 28 -4.239 12.417 14.405 298 H5' C 29 H5' C 29 0.605 16.251 16.010 299 H5'' C 29 H5'' C 29 0.492 17.885 16.705 300 H4' C 29 H4' C 29 1.565 17.904 14.460 301 H3' C 29 H3' C 29 -1.222 19.205 14.563 302 H2' C 29 H2' C 29 -0.943 19.764 12.243 303 HO2' C 29 HO2' C 29 1.313 20.566 12.798 304 H1' C 29 H1' C 29 0.604 17.531 11.577 305 H41 C 29 H41 C 29 -5.125 16.585 8.968 306 H42 C 29 H42 C 29 -5.773 16.066 10.508 307 H5 C 29 H5 C 29 -4.532 16.264 12.586 308 H6 C 29 H6 C 29 -2.364 16.774 13.565 Start of MODEL 2 1 H5' G 1 H5' G 1 -5.574 18.402 -1.911 2 H5'' G 1 H5'' G 1 -4.745 16.936 -2.491 3 H4' G 1 H4' G 1 -3.081 18.636 -1.897 4 H3' G 1 H3' G 1 -3.198 16.230 -0.040 5 H2' G 1 H2' G 1 -1.560 17.235 1.391 6 HO2' G 1 HO2' G 1 -1.171 19.278 -0.557 7 H1' G 1 H1' G 1 -2.513 19.779 1.362 8 H8 G 1 H8 G 1 -5.717 17.966 1.222 9 H1 G 1 H1 G 1 -2.980 17.555 7.016 10 H21 G 1 H21 G 1 -0.869 18.243 6.916 11 H22 G 1 H22 G 1 -0.133 18.797 5.429 12 H5' G 2 H5' G 2 0.779 16.964 -0.321 13 H5'' G 2 H5'' G 2 1.747 15.536 -0.759 14 H4' G 2 H4' G 2 2.481 16.546 1.410 15 H3' G 2 H3' G 2 1.194 13.763 1.620 16 H2' G 2 H2' G 2 1.683 13.811 3.956 17 HO2' G 2 HO2' G 2 3.503 14.674 4.590 18 H1' G 2 H1' G 2 1.184 16.577 4.286 19 H8 G 2 H8 G 2 -1.595 15.114 2.235 20 H1 G 2 H1 G 2 -2.143 13.765 8.473 21 H21 G 2 H21 G 2 -0.234 14.210 9.525 22 H22 G 2 H22 G 2 1.163 14.856 8.696 23 H5' U 3 H5' U 3 5.109 12.842 3.493 24 H5'' U 3 H5'' U 3 5.612 11.307 2.749 25 H4' U 3 H4' U 3 5.498 11.155 5.232 26 H3' U 3 H3' U 3 3.361 9.482 3.788 27 H2' U 3 H2' U 3 2.848 8.610 5.970 28 HO2' U 3 HO2' U 3 5.163 9.935 6.968 29 H1' U 3 H1' U 3 3.186 11.036 7.299 30 H3 U 3 H3 U 3 -1.262 10.474 7.826 31 H5 U 3 H5 U 3 -0.852 11.190 3.707 32 H6 U 3 H6 U 3 1.539 11.156 4.021 33 H5' C 4 H5' C 4 5.472 7.227 6.696 34 H5'' C 4 H5'' C 4 5.492 5.487 6.341 35 H4' C 4 H4' C 4 4.392 6.188 8.547 36 H3' C 4 H3' C 4 2.669 4.625 6.552 37 H2' C 4 H2' C 4 1.105 4.458 8.325 38 HO2' C 4 HO2' C 4 2.982 5.612 10.128 39 H1' C 4 H1' C 4 1.528 7.091 9.237 40 H41 C 4 H41 C 4 -4.002 7.136 5.975 41 H42 C 4 H42 C 4 -3.132 7.395 4.479 42 H5 C 4 H5 C 4 -0.717 7.399 4.339 43 H6 C 4 H6 C 4 1.370 7.127 5.600 44 H5' U 5 H5' U 5 1.819 2.658 10.088 45 H5'' U 5 H5'' U 5 1.846 0.913 9.756 46 H4' U 5 H4' U 5 -0.372 1.638 10.564 47 H3' U 5 H3' U 5 -0.337 0.747 7.631 48 H2' U 5 H2' U 5 -2.772 1.004 7.740 49 HO2' U 5 HO2' U 5 -2.962 0.062 9.864 50 H1' U 5 H1' U 5 -2.791 3.310 9.057 51 H3 U 5 H3 U 5 -3.986 4.359 4.693 52 H5 U 5 H5 U 5 0.195 4.097 4.572 53 H6 U 5 H6 U 5 0.157 3.189 6.830 54 H5' A 6 H5' A 6 -2.953 -2.002 9.870 55 H5'' A 6 H5'' A 6 -2.605 -3.703 9.479 56 H4' A 6 H4' A 6 -4.993 -3.314 9.190 57 H3' A 6 H3' A 6 -3.486 -3.558 6.539 58 H2' A 6 H2' A 6 -5.593 -3.283 5.411 59 HO2' A 6 HO2' A 6 -7.562 -3.338 6.548 60 H1' A 6 H1' A 6 -6.512 -1.232 6.937 61 H8 A 6 H8 A 6 -2.691 -0.999 6.503 62 H61 A 6 H61 A 6 -3.892 2.539 1.560 63 H62 A 6 H62 A 6 -2.645 1.999 2.662 64 H2 A 6 H2 A 6 -7.721 0.647 2.885 65 H5' C 7 H5' C 7 -6.962 -5.603 5.972 66 H5'' C 7 H5'' C 7 -6.705 -7.105 5.060 67 H4' C 7 H4' C 7 -8.245 -5.496 3.907 68 H3' C 7 H3' C 7 -5.585 -5.969 2.441 69 H2' C 7 H2' C 7 -6.660 -4.853 0.613 70 HO2' C 7 HO2' C 7 -8.880 -4.479 0.562 71 H1' C 7 H1' C 7 -7.957 -2.962 2.303 72 H41 C 7 H41 C 7 -3.009 0.143 -0.254 73 H42 C 7 H42 C 7 -2.006 -0.362 1.087 74 H5 C 7 H5 C 7 -2.772 -1.890 2.798 75 H6 C 7 H6 C 7 -4.607 -3.342 3.497 76 H5' A 8 H5' A 8 -8.532 -7.190 -0.280 77 H5'' A 8 H5'' A 8 -7.863 -8.387 -1.407 78 H4' A 8 H4' A 8 -8.628 -6.247 -2.479 79 H3' A 8 H3' A 8 -5.659 -6.900 -2.827 80 H2' A 8 H2' A 8 -5.670 -4.968 -4.346 81 HO2' A 8 HO2' A 8 -8.510 -4.914 -4.123 82 H1' A 8 H1' A 8 -7.380 -3.443 -2.820 83 H8 A 8 H8 A 8 -4.700 -4.834 -0.506 84 H61 A 8 H61 A 8 -0.829 -0.574 -2.728 85 H62 A 8 H62 A 8 -1.096 -1.767 -1.476 86 H2 A 8 H2 A 8 -4.489 -0.582 -5.336 87 H5' U 9 H5' U 9 -7.359 -5.509 -6.463 88 H5'' U 9 H5'' U 9 -7.215 -6.825 -7.648 89 H4' U 9 H4' U 9 -6.439 -4.743 -8.668 90 H3' U 9 H3' U 9 -4.252 -6.751 -7.995 91 H2' U 9 H2' U 9 -2.623 -5.268 -8.769 92 HO2' U 9 HO2' U 9 -3.312 -3.421 -10.151 93 H1' U 9 H1' U 9 -3.974 -2.846 -8.188 94 H3 U 9 H3 U 9 -0.143 -2.187 -5.760 95 H5 U 9 H5 U 9 -1.900 -5.509 -3.910 96 H6 U 9 H6 U 9 -3.568 -5.568 -5.672 97 H5' U 10 H5' U 10 -4.143 -5.197 -11.943 98 H5'' U 10 H5'' U 10 -4.463 -6.445 -13.168 99 H4' U 10 H4' U 10 -2.774 -5.416 -14.312 100 H3' U 10 H3' U 10 -1.147 -6.937 -12.207 101 H2' U 10 H2' U 10 0.790 -5.908 -13.099 102 HO2' U 10 HO2' U 10 -0.796 -5.111 -15.340 103 H1' U 10 H1' U 10 -0.382 -3.438 -13.673 104 H3 U 10 H3 U 10 2.766 -2.395 -10.496 105 H5 U 10 H5 U 10 -0.157 -4.512 -8.323 106 H6 U 10 H6 U 10 -1.246 -5.045 -10.458 107 H5' G 11 H5' G 11 0.897 -7.337 -15.717 108 H5'' G 11 H5'' G 11 2.005 -8.724 -15.737 109 H4' G 11 H4' G 11 2.996 -6.299 -15.589 110 H3' G 11 H3' G 11 3.897 -8.406 -13.538 111 H2' G 11 H2' G 11 5.597 -6.758 -13.007 112 HO2' G 11 HO2' G 11 4.637 -5.062 -15.080 113 H1' G 11 H1' G 11 3.779 -4.646 -13.033 114 H8 G 11 H8 G 11 1.991 -7.489 -11.414 115 H1 G 11 H1 G 11 6.506 -4.951 -7.626 116 H21 G 11 H21 G 11 7.811 -3.585 -8.792 117 H22 G 11 H22 G 11 7.574 -3.300 -10.501 118 H5' C 12 H5' C 12 7.500 -7.181 -14.663 119 H5'' C 12 H5'' C 12 8.576 -8.578 -14.860 120 H4' C 12 H4' C 12 9.259 -6.900 -13.079 121 H3' C 12 H3' C 12 8.816 -9.794 -12.196 122 H2' C 12 H2' C 12 9.641 -9.132 -10.073 123 HO2' C 12 HO2' C 12 10.733 -6.907 -11.477 124 H1' C 12 H1' C 12 8.607 -6.488 -10.199 125 H41 C 12 H41 C 12 5.189 -9.416 -5.710 126 H42 C 12 H42 C 12 4.097 -10.031 -6.929 127 H5 C 12 H5 C 12 4.467 -9.726 -9.297 128 H6 C 12 H6 C 12 5.976 -8.803 -10.986 129 H5' U 13 H5' U 13 13.193 -9.332 -11.120 130 H5'' U 13 H5'' U 13 13.880 -10.926 -11.508 131 H4' U 13 H4' U 13 13.993 -10.187 -9.031 132 H3' U 13 H3' U 13 12.648 -12.840 -9.783 133 H2' U 13 H2' U 13 12.244 -13.215 -7.466 134 HO2' U 13 HO2' U 13 13.278 -11.708 -5.905 135 H1' U 13 H1' U 13 11.698 -10.553 -6.801 136 H3 U 13 H3 U 13 7.640 -12.550 -6.109 137 H5 U 13 H5 U 13 7.967 -12.374 -10.298 138 H6 U 13 H6 U 13 10.307 -11.754 -10.036 139 H5' G 14 H5' G 14 14.716 -13.892 -6.451 140 H5'' G 14 H5'' G 14 15.892 -15.176 -6.794 141 H4' G 14 H4' G 14 14.228 -15.569 -4.844 142 H3' G 14 H3' G 14 15.208 -17.567 -6.687 143 H2' G 14 H2' G 14 13.065 -18.032 -7.596 144 HO2' G 14 HO2' G 14 13.235 -19.956 -6.582 145 H1' G 14 H1' G 14 11.743 -17.193 -4.977 146 H8 G 14 H8 G 14 10.585 -15.017 -7.598 147 H1 G 14 H1 G 14 7.374 -20.542 -7.964 148 H21 G 14 H21 G 14 8.439 -22.121 -6.764 149 H22 G 14 H22 G 14 9.923 -21.795 -5.896 150 H5' U 15 H5' U 15 13.980 -20.749 -2.674 151 H5'' U 15 H5'' U 15 13.503 -19.036 -2.594 152 H4' U 15 H4' U 15 13.307 -20.013 -0.365 153 H3' U 15 H3' U 15 14.952 -17.725 -0.760 154 H2' U 15 H2' U 15 17.024 -18.713 -0.275 155 HO2' U 15 HO2' U 15 15.949 -18.800 2.370 156 H1' U 15 H1' U 15 15.839 -20.771 1.579 157 H3 U 15 H3 U 15 20.006 -22.625 1.670 158 H5 U 15 H5 U 15 19.207 -22.282 -2.450 159 H6 U 15 H6 U 15 17.135 -21.126 -1.900 160 H5' U 16 H5' U 16 10.992 -16.046 3.618 161 H5'' U 16 H5'' U 16 10.454 -16.185 1.931 162 H4' U 16 H4' U 16 12.332 -14.043 3.047 163 H3' U 16 H3' U 16 9.511 -13.941 3.150 164 H2' U 16 H2' U 16 9.139 -13.791 0.816 165 HO2' U 16 HO2' U 16 8.418 -11.793 1.426 166 H1' U 16 H1' U 16 11.681 -12.191 0.418 167 H3 U 16 H3 U 16 11.128 -12.308 -4.073 168 H5 U 16 H5 U 16 10.136 -16.242 -2.951 169 H6 U 16 H6 U 16 10.461 -15.605 -0.622 170 H5' G 17 H5' G 17 12.099 -9.706 3.195 171 H5'' G 17 H5'' G 17 11.101 -8.290 3.583 172 H4' G 17 H4' G 17 12.755 -8.158 1.552 173 H3' G 17 H3' G 17 9.818 -7.303 1.263 174 H2' G 17 H2' G 17 10.377 -6.665 -0.992 175 HO2' G 17 HO2' G 17 13.104 -7.089 -0.231 176 H1' G 17 H1' G 17 11.923 -8.869 -1.543 177 H8 G 17 H8 G 17 8.775 -9.697 0.538 178 H1 G 17 H1 G 17 7.737 -9.382 -5.748 179 H21 G 17 H21 G 17 9.582 -8.622 -6.791 180 H22 G 17 H22 G 17 11.041 -8.218 -5.915 181 H5' U 18 H5' U 18 12.464 -4.615 -0.827 182 H5'' U 18 H5'' U 18 12.061 -2.940 -0.399 183 H4' U 18 H4' U 18 12.245 -3.305 -2.873 184 H3' U 18 H3' U 18 9.450 -2.550 -1.852 185 H2' U 18 H2' U 18 8.827 -2.402 -4.158 186 HO2' U 18 HO2' U 18 10.957 -1.312 -4.648 187 H1' U 18 H1' U 18 10.278 -4.609 -5.007 188 H3 U 18 H3 U 18 5.871 -5.949 -5.503 189 H5 U 18 H5 U 18 6.542 -6.090 -1.369 190 H6 U 18 H6 U 18 8.677 -5.001 -1.715 191 H5' C 19 H5' C 19 11.245 1.134 -4.514 192 H5'' C 19 H5'' C 19 10.149 2.467 -4.087 193 H4' C 19 H4' C 19 10.383 1.923 -6.585 194 H3' C 19 H3' C 19 7.589 1.884 -5.341 195 H2' C 19 H2' C 19 6.790 1.631 -7.589 196 HO2' C 19 HO2' C 19 9.327 2.606 -8.236 197 H1' C 19 H1' C 19 8.688 -0.285 -8.277 198 H41 C 19 H41 C 19 3.650 -3.789 -6.428 199 H42 C 19 H42 C 19 4.072 -3.567 -4.745 200 H5 C 19 H5 C 19 5.924 -2.188 -4.006 201 H6 C 19 H6 C 19 7.645 -0.578 -4.749 202 H5' G 20 H5' G 20 7.211 5.721 -8.188 203 H5'' G 20 H5'' G 20 6.020 6.671 -7.274 204 H4' G 20 H4' G 20 5.400 5.913 -9.695 205 H3' G 20 H3' G 20 3.515 5.434 -7.328 206 H2' G 20 H2' G 20 1.982 4.424 -8.872 207 HO2' G 20 HO2' G 20 3.625 5.620 -10.868 208 H1' G 20 H1' G 20 3.817 3.007 -10.301 209 H8 G 20 H8 G 20 4.992 2.885 -6.744 210 H1 G 20 H1 G 20 0.031 -1.018 -7.888 211 H21 G 20 H21 G 20 -0.855 -0.577 -9.874 212 H22 G 20 H22 G 20 -0.230 0.682 -10.915 213 H5' U 21 H5' U 21 0.764 6.106 -10.403 214 H5'' U 21 H5'' U 21 -0.411 7.288 -9.794 215 H4' U 21 H4' U 21 -1.465 5.104 -10.433 216 H3' U 21 H3' U 21 -1.591 5.783 -7.455 217 H2' U 21 H2' U 21 -3.140 4.002 -7.302 218 HO2' U 21 HO2' U 21 -3.792 2.921 -9.382 219 H1' U 21 H1' U 21 -1.739 2.346 -9.158 220 H3 U 21 H3 U 21 -1.789 0.201 -5.092 221 H5 U 21 H5 U 21 1.407 2.920 -4.882 222 H6 U 21 H6 U 21 0.592 3.903 -6.926 223 H5' G 22 H5' G 22 -5.815 5.965 -9.163 224 H5'' G 22 H5'' G 22 -6.721 7.217 -8.282 225 H4' G 22 H4' G 22 -7.826 4.933 -8.328 226 H3' G 22 H3' G 22 -7.127 6.126 -5.586 227 H2' G 22 H2' G 22 -8.153 4.134 -4.640 228 HO2' G 22 HO2' G 22 -9.303 2.692 -6.078 229 H1' G 22 H1' G 22 -7.259 2.369 -6.418 230 H8 G 22 H8 G 22 -4.498 4.846 -5.529 231 H1 G 22 H1 G 22 -5.209 0.082 -1.292 232 H21 G 22 H21 G 22 -7.075 -1.055 -1.720 233 H22 G 22 H22 G 22 -8.127 -0.654 -3.059 234 H5' U 23 H5' U 23 -10.876 3.926 -5.434 235 H5'' U 23 H5'' U 23 -12.104 5.001 -4.732 236 H4' U 23 H4' U 23 -12.105 2.895 -3.496 237 H3' U 23 H3' U 23 -10.792 5.172 -1.947 238 H2' U 23 H2' U 23 -10.754 3.691 -0.092 239 HO2' U 23 HO2' U 23 -12.547 2.109 -1.613 240 H1' U 23 H1' U 23 -10.068 1.419 -1.560 241 H3 U 23 H3 U 23 -6.308 2.092 0.898 242 H5 U 23 H5 U 23 -6.147 5.086 -2.036 243 H6 U 23 H6 U 23 -8.373 4.439 -2.695 244 H5' G 24 H5' G 24 -13.846 3.209 0.035 245 H5'' G 24 H5'' G 24 -15.015 4.174 0.968 246 H4' G 24 H4' G 24 -14.085 2.348 2.350 247 H3' G 24 H3' G 24 -13.235 5.170 3.154 248 H2' G 24 H2' G 24 -11.879 4.273 4.863 249 HO2' G 24 HO2' G 24 -12.976 2.904 6.055 250 H1' G 24 H1' G 24 -11.289 1.805 3.600 251 H8 G 24 H8 G 24 -10.490 4.830 1.453 252 H1 G 24 H1 G 24 -5.917 3.429 5.713 253 H21 G 24 H21 G 24 -6.659 1.939 7.181 254 H22 G 24 H22 G 24 -8.278 1.281 7.105 255 H5' U 25 H5' U 25 -16.868 3.886 6.876 256 H5'' U 25 H5'' U 25 -16.961 5.606 7.307 257 H4' U 25 H4' U 25 -15.842 5.280 9.291 258 H3' U 25 H3' U 25 -13.747 4.182 7.798 259 H2' U 25 H2' U 25 -14.481 1.928 7.802 260 HO2' U 25 HO2' U 25 -13.467 2.135 10.470 261 H1' U 25 H1' U 25 -15.618 2.153 10.587 262 H3 U 25 H3 U 25 -18.823 -0.027 6.934 263 H5 U 25 H5 U 25 -16.773 -2.344 9.785 264 H6 U 25 H6 U 25 -15.572 -0.348 10.478 265 H5' G 26 H5' G 26 -12.264 4.076 12.111 266 H5'' G 26 H5'' G 26 -12.530 5.684 12.830 267 H4' G 26 H4' G 26 -10.610 4.555 13.905 268 H3' G 26 H3' G 26 -9.915 6.985 12.186 269 H2' G 26 H2' G 26 -7.602 6.646 12.711 270 HO2' G 26 HO2' G 26 -8.269 4.576 14.545 271 H1' G 26 H1' G 26 -7.569 3.928 12.445 272 H8 G 26 H8 G 26 -9.916 5.210 9.756 273 H1 G 26 H1 G 26 -3.766 6.153 8.248 274 H21 G 26 H21 G 26 -2.473 5.761 10.043 275 H22 G 26 H22 G 26 -3.138 5.262 11.582 276 H5' A 27 H5' A 27 -7.684 6.954 15.766 277 H5'' A 27 H5'' A 27 -7.835 8.478 16.673 278 H4' A 27 H4' A 27 -5.467 7.751 16.488 279 H3' A 27 H3' A 27 -6.126 10.277 14.870 280 H2' A 27 H2' A 27 -3.743 10.428 14.474 281 HO2' A 27 HO2' A 27 -3.365 8.194 16.206 282 H1' A 27 H1' A 27 -3.448 7.756 13.881 283 H8 A 27 H8 A 27 -6.816 8.918 12.493 284 H61 A 27 H61 A 27 -3.766 10.816 7.479 285 H62 A 27 H62 A 27 -5.336 10.456 8.162 286 H2 A 27 H2 A 27 -0.730 9.878 10.656 287 H5' C 28 H5' C 28 -2.844 11.158 17.089 288 H5'' C 28 H5'' C 28 -2.885 12.744 17.893 289 H4' C 28 H4' C 28 -0.891 12.480 16.408 290 H3' C 28 H3' C 28 -2.949 14.521 15.371 291 H2' C 28 H2' C 28 -1.225 15.114 13.779 292 HO2' C 28 HO2' C 28 0.877 14.493 14.011 293 H1' C 28 H1' C 28 -0.531 12.473 13.274 294 H41 C 28 H41 C 28 -4.666 13.923 8.659 295 H42 C 28 H42 C 28 -6.003 13.508 9.707 296 H5 C 28 H5 C 28 -5.722 12.970 12.051 297 H6 C 28 H6 C 28 -4.096 12.654 13.844 298 H5' C 29 H5' C 29 0.908 16.228 15.277 299 H5'' C 29 H5'' C 29 0.877 17.875 15.947 300 H4' C 29 H4' C 29 1.911 17.863 13.704 301 H3' C 29 H3' C 29 -0.883 19.158 13.765 302 H2' C 29 H2' C 29 -0.540 19.718 11.450 303 HO2' C 29 HO2' C 29 1.928 20.157 12.244 304 H1' C 29 H1' C 29 0.940 17.456 10.814 305 H41 C 29 H41 C 29 -4.829 16.622 8.252 306 H42 C 29 H42 C 29 -5.500 16.189 9.809 307 H5 C 29 H5 C 29 -4.239 16.351 11.873 308 H6 C 29 H6 C 29 -2.054 16.833 12.840 Start of MODEL 3 1 H5' G 1 H5' G 1 -9.969 18.425 -0.322 2 H5'' G 1 H5'' G 1 -9.029 17.210 -1.222 3 H4' G 1 H4' G 1 -7.570 19.089 -0.690 4 H3' G 1 H3' G 1 -7.000 16.582 0.956 5 H2' G 1 H2' G 1 -5.255 17.774 2.102 6 HO2' G 1 HO2' G 1 -4.197 19.365 1.172 7 H1' G 1 H1' G 1 -6.615 20.105 2.483 8 H8 G 1 H8 G 1 -9.404 17.710 2.795 9 H1 G 1 H1 G 1 -5.489 17.502 7.880 10 H21 G 1 H21 G 1 -3.598 18.582 7.433 11 H22 G 1 H22 G 1 -3.300 19.351 5.890 12 H5' G 2 H5' G 2 -3.316 17.869 -0.081 13 H5'' G 2 H5'' G 2 -2.255 16.614 -0.764 14 H4' G 2 H4' G 2 -1.272 17.686 1.266 15 H3' G 2 H3' G 2 -2.064 14.730 1.620 16 H2' G 2 H2' G 2 -1.097 14.880 3.830 17 HO2' G 2 HO2' G 2 0.025 17.389 3.026 18 H1' G 2 H1' G 2 -1.963 17.447 4.363 19 H8 G 2 H8 G 2 -4.777 15.533 2.748 20 H1 G 2 H1 G 2 -3.799 13.770 8.821 21 H21 G 2 H21 G 2 -1.824 14.509 9.526 22 H22 G 2 H22 G 2 -0.768 15.469 8.514 23 H5' U 3 H5' U 3 2.180 14.545 2.628 24 H5'' U 3 H5'' U 3 2.889 13.182 1.729 25 H4' U 3 H4' U 3 3.264 12.974 4.186 26 H3' U 3 H3' U 3 1.404 10.876 2.952 27 H2' U 3 H2' U 3 1.186 9.909 5.090 28 HO2' U 3 HO2' U 3 3.399 11.424 6.032 29 H1' U 3 H1' U 3 1.413 12.277 6.584 30 H3 U 3 H3 U 3 -2.678 10.786 7.801 31 H5 U 3 H5 U 3 -3.180 11.862 3.774 32 H6 U 3 H6 U 3 -0.803 12.258 3.667 33 H5' C 4 H5' C 4 4.838 8.942 5.542 34 H5'' C 4 H5'' C 4 4.986 7.278 4.937 35 H4' C 4 H4' C 4 4.449 7.654 7.476 36 H3' C 4 H3' C 4 2.724 5.756 5.789 37 H2' C 4 H2' C 4 1.652 5.168 7.859 38 HO2' C 4 HO2' C 4 2.864 6.596 9.728 39 H1' C 4 H1' C 4 1.551 7.797 8.812 40 H41 C 4 H41 C 4 -4.248 7.011 6.220 41 H42 C 4 H42 C 4 -3.604 7.394 4.639 42 H5 C 4 H5 C 4 -1.254 7.749 4.219 43 H6 C 4 H6 C 4 0.997 7.671 5.199 44 H5' U 5 H5' U 5 3.253 3.296 8.969 45 H5'' U 5 H5'' U 5 3.367 1.624 8.372 46 H4' U 5 H4' U 5 1.268 2.127 9.704 47 H3' U 5 H3' U 5 0.938 1.192 6.804 48 H2' U 5 H2' U 5 -1.470 1.308 7.194 49 HO2' U 5 HO2' U 5 -0.811 1.729 9.932 50 H1' U 5 H1' U 5 -1.520 3.625 8.468 51 H3 U 5 H3 U 5 -3.105 4.570 4.219 52 H5 U 5 H5 U 5 1.063 4.555 3.773 53 H6 U 5 H6 U 5 1.254 3.641 6.012 54 H5' A 6 H5' A 6 -1.402 -1.751 9.487 55 H5'' A 6 H5'' A 6 -1.010 -3.379 8.883 56 H4' A 6 H4' A 6 -3.454 -3.092 9.043 57 H3' A 6 H3' A 6 -2.369 -3.247 6.187 58 H2' A 6 H2' A 6 -4.644 -3.034 5.400 59 HO2' A 6 HO2' A 6 -6.395 -3.055 6.906 60 H1' A 6 H1' A 6 -5.344 -0.982 7.001 61 H8 A 6 H8 A 6 -1.591 -0.790 6.175 62 H61 A 6 H61 A 6 -3.163 2.735 1.371 63 H62 A 6 H62 A 6 -1.840 2.140 2.350 64 H2 A 6 H2 A 6 -6.924 0.973 3.071 65 H5' C 7 H5' C 7 -5.846 -5.422 5.933 66 H5'' C 7 H5'' C 7 -5.570 -6.895 4.979 67 H4' C 7 H4' C 7 -7.303 -5.371 3.990 68 H3' C 7 H3' C 7 -4.768 -5.712 2.282 69 H2' C 7 H2' C 7 -6.043 -4.590 0.573 70 HO2' C 7 HO2' C 7 -8.330 -4.682 2.265 71 H1' C 7 H1' C 7 -7.162 -2.722 2.350 72 H41 C 7 H41 C 7 -2.205 0.266 -0.336 73 H42 C 7 H42 C 7 -1.183 -0.266 0.980 74 H5 C 7 H5 C 7 -1.944 -1.783 2.703 75 H6 C 7 H6 C 7 -3.796 -3.187 3.448 76 H5' A 8 H5' A 8 -7.802 -7.425 -0.306 77 H5'' A 8 H5'' A 8 -6.963 -8.443 -1.494 78 H4' A 8 H4' A 8 -8.108 -6.289 -2.335 79 H3' A 8 H3' A 8 -5.191 -6.826 -3.078 80 H2' A 8 H2' A 8 -5.394 -4.793 -4.449 81 HO2' A 8 HO2' A 8 -8.188 -4.824 -3.883 82 H1' A 8 H1' A 8 -6.876 -3.373 -2.638 83 H8 A 8 H8 A 8 -4.111 -4.894 -0.571 84 H61 A 8 H61 A 8 -0.219 -0.745 -2.957 85 H62 A 8 H62 A 8 -0.466 -1.934 -1.697 86 H2 A 8 H2 A 8 -3.997 -0.626 -5.390 87 H5' U 9 H5' U 9 -7.120 -5.026 -6.470 88 H5'' U 9 H5'' U 9 -7.192 -6.326 -7.679 89 H4' U 9 H4' U 9 -6.304 -4.326 -8.750 90 H3' U 9 H3' U 9 -4.281 -6.529 -8.225 91 H2' U 9 H2' U 9 -2.527 -5.196 -8.974 92 HO2' U 9 HO2' U 9 -2.848 -3.466 -10.441 93 H1' U 9 H1' U 9 -3.609 -2.658 -8.350 94 H3 U 9 H3 U 9 0.194 -2.286 -5.865 95 H5 U 9 H5 U 9 -1.699 -5.625 -4.181 96 H6 U 9 H6 U 9 -3.363 -5.531 -5.951 97 H5' U 10 H5' U 10 -4.095 -4.927 -12.212 98 H5'' U 10 H5'' U 10 -4.521 -6.166 -13.413 99 H4' U 10 H4' U 10 -2.718 -5.344 -14.550 100 H3' U 10 H3' U 10 -1.291 -6.966 -12.381 101 H2' U 10 H2' U 10 0.760 -6.155 -13.235 102 HO2' U 10 HO2' U 10 -0.699 -5.343 -15.558 103 H1' U 10 H1' U 10 -0.167 -3.600 -13.945 104 H3 U 10 H3 U 10 2.931 -2.528 -10.753 105 H5 U 10 H5 U 10 0.010 -4.644 -8.568 106 H6 U 10 H6 U 10 -1.126 -5.108 -10.684 107 H5' G 11 H5' G 11 0.686 -7.707 -15.900 108 H5'' G 11 H5'' G 11 1.650 -9.199 -15.885 109 H4' G 11 H4' G 11 2.879 -6.882 -15.847 110 H3' G 11 H3' G 11 3.611 -8.985 -13.723 111 H2' G 11 H2' G 11 5.470 -7.493 -13.291 112 HO2' G 11 HO2' G 11 4.656 -5.816 -15.442 113 H1' G 11 H1' G 11 3.874 -5.209 -13.419 114 H8 G 11 H8 G 11 1.950 -7.869 -11.602 115 H1 G 11 H1 G 11 6.648 -5.315 -8.052 116 H21 G 11 H21 G 11 7.994 -4.093 -9.323 117 H22 G 11 H22 G 11 7.736 -3.899 -11.042 118 H5' C 12 H5' C 12 7.354 -8.001 -15.021 119 H5'' C 12 H5'' C 12 8.332 -9.483 -15.053 120 H4' C 12 H4' C 12 9.059 -7.605 -13.442 121 H3' C 12 H3' C 12 8.612 -10.413 -12.302 122 H2' C 12 H2' C 12 9.594 -9.565 -10.309 123 HO2' C 12 HO2' C 12 10.341 -7.188 -11.701 124 H1' C 12 H1' C 12 8.446 -6.965 -10.595 125 H41 C 12 H41 C 12 5.264 -9.683 -5.810 126 H42 C 12 H42 C 12 4.092 -10.304 -6.951 127 H5 C 12 H5 C 12 4.356 -10.102 -9.348 128 H6 C 12 H6 C 12 5.771 -9.228 -11.136 129 H5' U 13 H5' U 13 12.439 -9.845 -10.705 130 H5'' U 13 H5'' U 13 13.330 -11.352 -11.024 131 H4' U 13 H4' U 13 13.091 -10.867 -8.572 132 H3' U 13 H3' U 13 11.609 -13.360 -9.583 133 H2' U 13 H2' U 13 10.979 -13.782 -7.331 134 HO2' U 13 HO2' U 13 12.902 -11.829 -6.516 135 H1' U 13 H1' U 13 10.690 -11.086 -6.585 136 H3 U 13 H3 U 13 6.501 -12.887 -6.023 137 H5 U 13 H5 U 13 6.883 -12.480 -10.192 138 H6 U 13 H6 U 13 9.248 -11.986 -9.873 139 H5' G 14 H5' G 14 13.275 -14.444 -5.778 140 H5'' G 14 H5'' G 14 14.475 -15.708 -6.109 141 H4' G 14 H4' G 14 12.853 -16.185 -4.182 142 H3' G 14 H3' G 14 13.685 -18.097 -6.196 143 H2' G 14 H2' G 14 11.533 -18.477 -7.033 144 HO2' G 14 HO2' G 14 11.677 -20.454 -6.119 145 H1' G 14 H1' G 14 10.250 -17.747 -4.379 146 H8 G 14 H8 G 14 9.172 -15.339 -6.788 147 H1 G 14 H1 G 14 5.916 -20.760 -7.777 148 H21 G 14 H21 G 14 6.957 -22.470 -6.743 149 H22 G 14 H22 G 14 8.429 -22.248 -5.824 150 H5' U 15 H5' U 15 12.972 -17.455 -0.307 151 H5'' U 15 H5'' U 15 14.175 -18.641 0.244 152 H4' U 15 H4' U 15 11.182 -19.136 -0.124 153 H3' U 15 H3' U 15 12.383 -18.115 2.195 154 H2' U 15 H2' U 15 13.742 -19.996 2.702 155 HO2' U 15 HO2' U 15 11.809 -19.811 4.232 156 H1' U 15 H1' U 15 11.642 -21.935 1.713 157 H3 U 15 H3 U 15 14.935 -24.914 3.011 158 H5 U 15 H5 U 15 16.582 -22.848 -0.269 159 H6 U 15 H6 U 15 14.673 -21.337 -0.210 160 H5' U 16 H5' U 16 9.163 -15.662 4.581 161 H5'' U 16 H5'' U 16 8.365 -15.687 2.994 162 H4' U 16 H4' U 16 11.022 -14.335 3.675 163 H3' U 16 H3' U 16 8.456 -13.188 3.940 164 H2' U 16 H2' U 16 7.915 -13.162 1.628 165 HO2' U 16 HO2' U 16 9.723 -10.959 1.839 166 H1' U 16 H1' U 16 10.815 -12.632 0.895 167 H3 U 16 H3 U 16 9.840 -12.923 -3.520 168 H5 U 16 H5 U 16 7.632 -16.122 -1.901 169 H6 U 16 H6 U 16 8.373 -15.444 0.318 170 H5' G 17 H5' G 17 12.144 -9.811 3.265 171 H5'' G 17 H5'' G 17 11.510 -8.174 3.534 172 H4' G 17 H4' G 17 12.849 -8.675 1.334 173 H3' G 17 H3' G 17 10.112 -7.278 1.202 174 H2' G 17 H2' G 17 10.520 -7.057 -1.148 175 HO2' G 17 HO2' G 17 13.225 -7.605 -0.441 176 H1' G 17 H1' G 17 11.780 -9.537 -1.443 177 H8 G 17 H8 G 17 8.562 -10.046 0.498 178 H1 G 17 H1 G 17 7.566 -9.206 -5.744 179 H21 G 17 H21 G 17 9.462 -8.520 -6.742 180 H22 G 17 H22 G 17 10.946 -8.285 -5.847 181 H5' U 18 H5' U 18 12.829 -5.388 -1.620 182 H5'' U 18 H5'' U 18 12.892 -3.676 -1.155 183 H4' U 18 H4' U 18 12.606 -3.775 -3.550 184 H3' U 18 H3' U 18 9.942 -3.066 -2.205 185 H2' U 18 H2' U 18 9.120 -2.718 -4.423 186 HO2' U 18 HO2' U 18 10.373 -2.012 -5.976 187 H1' U 18 H1' U 18 10.455 -4.868 -5.578 188 H3 U 18 H3 U 18 6.014 -6.142 -5.873 189 H5 U 18 H5 U 18 6.891 -6.471 -1.795 190 H6 U 18 H6 U 18 9.039 -5.424 -2.207 191 H5' C 19 H5' C 19 11.730 0.462 -4.911 192 H5'' C 19 H5'' C 19 10.823 1.919 -4.447 193 H4' C 19 H4' C 19 10.844 1.466 -6.921 194 H3' C 19 H3' C 19 8.095 1.397 -5.591 195 H2' C 19 H2' C 19 7.240 1.287 -7.835 196 HO2' C 19 HO2' C 19 8.909 1.294 -9.603 197 H1' C 19 H1' C 19 9.080 -0.625 -8.656 198 H41 C 19 H41 C 19 3.974 -4.087 -6.899 199 H42 C 19 H42 C 19 4.380 -3.895 -5.209 200 H5 C 19 H5 C 19 6.282 -2.616 -4.440 201 H6 C 19 H6 C 19 8.022 -1.004 -5.128 202 H5' G 20 H5' G 20 7.793 5.159 -8.558 203 H5'' G 20 H5'' G 20 6.683 6.199 -7.636 204 H4' G 20 H4' G 20 5.959 5.545 -10.034 205 H3' G 20 H3' G 20 4.100 5.045 -7.651 206 H2' G 20 H2' G 20 2.494 4.159 -9.211 207 HO2' G 20 HO2' G 20 3.097 4.251 -11.544 208 H1' G 20 H1' G 20 4.223 2.659 -10.650 209 H8 G 20 H8 G 20 5.506 2.600 -7.115 210 H1 G 20 H1 G 20 0.424 -1.206 -8.016 211 H21 G 20 H21 G 20 -0.527 -0.772 -9.973 212 H22 G 20 H22 G 20 0.099 0.444 -11.065 213 H5' U 21 H5' U 21 1.283 5.944 -10.589 214 H5'' U 21 H5'' U 21 0.179 7.141 -9.885 215 H4' U 21 H4' U 21 -0.969 5.018 -10.576 216 H3' U 21 H3' U 21 -1.005 5.593 -7.572 217 H2' U 21 H2' U 21 -2.637 3.843 -7.483 218 HO2' U 21 HO2' U 21 -3.599 4.642 -9.589 219 H1' U 21 H1' U 21 -1.290 2.200 -9.330 220 H3 U 21 H3 U 21 -1.263 0.127 -5.220 221 H5 U 21 H5 U 21 2.030 2.731 -5.189 222 H6 U 21 H6 U 21 1.158 3.715 -7.210 223 H5' G 22 H5' G 22 -5.049 6.079 -9.162 224 H5'' G 22 H5'' G 22 -5.995 7.341 -8.341 225 H4' G 22 H4' G 22 -7.104 5.093 -8.321 226 H3' G 22 H3' G 22 -6.319 6.244 -5.583 227 H2' G 22 H2' G 22 -7.342 4.236 -4.641 228 HO2' G 22 HO2' G 22 -8.371 3.677 -7.226 229 H1' G 22 H1' G 22 -6.518 2.492 -6.473 230 H8 G 22 H8 G 22 -3.693 4.899 -5.645 231 H1 G 22 H1 G 22 -4.442 0.204 -1.337 232 H21 G 22 H21 G 22 -6.356 -0.870 -1.700 233 H22 G 22 H22 G 22 -7.435 -0.445 -3.009 234 H5' U 23 H5' U 23 -10.097 4.403 -5.382 235 H5'' U 23 H5'' U 23 -11.278 5.494 -4.626 236 H4' U 23 H4' U 23 -11.289 3.344 -3.452 237 H3' U 23 H3' U 23 -9.944 5.583 -1.865 238 H2' U 23 H2' U 23 -9.849 4.049 -0.052 239 HO2' U 23 HO2' U 23 -11.089 2.241 0.096 240 H1' U 23 H1' U 23 -9.252 1.803 -1.623 241 H3 U 23 H3 U 23 -5.423 2.290 0.777 242 H5 U 23 H5 U 23 -5.201 5.286 -2.157 243 H6 U 23 H6 U 23 -7.474 4.754 -2.748 244 H5' G 24 H5' G 24 -13.195 3.968 0.118 245 H5'' G 24 H5'' G 24 -14.259 4.998 1.105 246 H4' G 24 H4' G 24 -13.292 3.155 2.447 247 H3' G 24 H3' G 24 -12.295 5.958 3.168 248 H2' G 24 H2' G 24 -10.923 4.994 4.840 249 HO2' G 24 HO2' G 24 -11.357 2.775 5.550 250 H1' G 24 H1' G 24 -10.505 2.508 3.532 251 H8 G 24 H8 G 24 -9.582 5.471 1.365 252 H1 G 24 H1 G 24 -5.022 3.858 5.568 253 H21 G 24 H21 G 24 -5.830 2.445 7.075 254 H22 G 24 H22 G 24 -7.486 1.883 7.035 255 H5' U 25 H5' U 25 -14.553 3.055 6.133 256 H5'' U 25 H5'' U 25 -15.733 4.074 6.985 257 H4' U 25 H4' U 25 -14.970 3.429 9.054 258 H3' U 25 H3' U 25 -12.367 4.179 8.167 259 H2' U 25 H2' U 25 -11.566 2.036 7.649 260 HO2' U 25 HO2' U 25 -11.081 0.875 9.763 261 H1' U 25 H1' U 25 -13.402 0.671 9.611 262 H3 U 25 H3 U 25 -13.003 -1.008 4.521 263 H5 U 25 H5 U 25 -12.020 -3.419 7.826 264 H6 U 25 H6 U 25 -12.441 -1.522 9.283 265 H5' G 26 H5' G 26 -11.612 3.202 12.534 266 H5'' G 26 H5'' G 26 -11.957 4.663 13.492 267 H4' G 26 H4' G 26 -9.960 3.618 14.401 268 H3' G 26 H3' G 26 -9.379 6.154 12.808 269 H2' G 26 H2' G 26 -7.034 5.838 13.208 270 HO2' G 26 HO2' G 26 -7.556 3.616 14.899 271 H1' G 26 H1' G 26 -6.939 3.175 12.704 272 H8 G 26 H8 G 26 -9.580 4.522 10.347 273 H1 G 26 H1 G 26 -3.661 5.895 8.331 274 H21 G 26 H21 G 26 -2.185 5.535 9.986 275 H22 G 26 H22 G 26 -2.666 4.920 11.551 276 H5' A 27 H5' A 27 -7.140 6.261 16.360 277 H5'' A 27 H5'' A 27 -7.320 7.775 17.278 278 H4' A 27 H4' A 27 -4.933 7.207 16.941 279 H3' A 27 H3' A 27 -5.871 9.674 15.374 280 H2' A 27 H2' A 27 -3.533 9.945 14.734 281 HO2' A 27 HO2' A 27 -1.927 8.994 15.800 282 H1' A 27 H1' A 27 -3.205 7.380 13.978 283 H8 A 27 H8 A 27 -6.889 8.300 13.376 284 H61 A 27 H61 A 27 -5.163 10.593 7.924 285 H62 A 27 H62 A 27 -6.514 10.090 8.916 286 H2 A 27 H2 A 27 -1.441 9.768 10.297 287 H5' C 28 H5' C 28 -2.559 10.992 17.361 288 H5'' C 28 H5'' C 28 -2.710 12.617 18.070 289 H4' C 28 H4' C 28 -0.874 12.411 16.335 290 H3' C 28 H3' C 28 -3.210 14.281 15.578 291 H2' C 28 H2' C 28 -1.783 14.938 13.715 292 HO2' C 28 HO2' C 28 0.179 14.521 15.339 293 H1' C 28 H1' C 28 -1.052 12.349 13.128 294 H41 C 28 H41 C 28 -6.188 13.478 9.505 295 H42 C 28 H42 C 28 -7.199 12.747 10.733 296 H5 C 28 H5 C 28 -6.374 12.205 12.950 297 H6 C 28 H6 C 28 -4.395 12.042 14.353 298 H5' C 29 H5' C 29 0.138 16.616 15.182 299 H5'' C 29 H5'' C 29 -0.037 18.252 15.860 300 H4' C 29 H4' C 29 0.587 18.277 13.441 301 H3' C 29 H3' C 29 -2.249 19.314 14.064 302 H2' C 29 H2' C 29 -2.480 19.794 11.724 303 HO2' C 29 HO2' C 29 0.347 19.501 11.445 304 H1' C 29 H1' C 29 -0.853 17.703 10.824 305 H41 C 29 H41 C 29 -6.841 16.128 9.333 306 H42 C 29 H42 C 29 -7.091 15.489 10.942 307 H5 C 29 H5 C 29 -5.505 15.849 12.750 308 H6 C 29 H6 C 29 -3.266 16.606 13.305 Start of MODEL 4 1 H5' G 1 H5' G 1 -5.188 16.413 -2.249 2 H5'' G 1 H5'' G 1 -4.175 14.991 -2.603 3 H4' G 1 H4' G 1 -2.714 16.914 -2.309 4 H3' G 1 H3' G 1 -2.624 14.899 -0.042 5 H2' G 1 H2' G 1 -1.209 16.327 1.251 6 HO2' G 1 HO2' G 1 0.225 17.534 0.282 7 H1' G 1 H1' G 1 -2.425 18.704 0.735 8 H8 G 1 H8 G 1 -5.511 16.810 0.763 9 H1 G 1 H1 G 1 -2.932 17.045 6.637 10 H21 G 1 H21 G 1 -0.828 17.754 6.521 11 H22 G 1 H22 G 1 -0.056 18.155 5.002 12 H5' G 2 H5' G 2 1.334 15.469 -0.534 13 H5'' G 2 H5'' G 2 2.311 13.987 -0.665 14 H4' G 2 H4' G 2 2.859 15.350 1.380 15 H3' G 2 H3' G 2 1.590 12.600 1.906 16 H2' G 2 H2' G 2 1.954 13.000 4.239 17 HO2' G 2 HO2' G 2 3.365 14.587 4.968 18 H1' G 2 H1' G 2 1.399 15.770 4.089 19 H8 G 2 H8 G 2 -1.340 14.149 2.152 20 H1 G 2 H1 G 2 -2.085 13.395 8.474 21 H21 G 2 H21 G 2 -0.206 13.927 9.539 22 H22 G 2 H22 G 2 1.224 14.476 8.694 23 H5' U 3 H5' U 3 5.004 12.642 4.510 24 H5'' U 3 H5'' U 3 6.005 11.243 4.060 25 H4' U 3 H4' U 3 5.751 11.198 6.456 26 H3' U 3 H3' U 3 3.858 9.152 5.173 27 H2' U 3 H2' U 3 3.324 8.473 7.419 28 HO2' U 3 HO2' U 3 4.679 8.732 9.060 29 H1' U 3 H1' U 3 3.304 11.055 8.467 30 H3 U 3 H3 U 3 -1.096 10.012 8.680 31 H5 U 3 H5 U 3 -0.396 10.585 4.583 32 H6 U 3 H6 U 3 1.958 10.749 5.091 33 H5' C 4 H5' C 4 5.793 7.147 8.170 34 H5'' C 4 H5'' C 4 5.970 5.415 7.816 35 H4' C 4 H4' C 4 4.489 5.929 9.798 36 H3' C 4 H3' C 4 3.093 4.551 7.439 37 H2' C 4 H2' C 4 1.251 4.300 8.930 38 HO2' C 4 HO2' C 4 2.793 5.284 11.109 39 H1' C 4 H1' C 4 1.581 6.856 10.099 40 H41 C 4 H41 C 4 -3.449 7.168 6.167 41 H42 C 4 H42 C 4 -2.401 7.406 4.788 42 H5 C 4 H5 C 4 0.024 7.334 4.940 43 H6 C 4 H6 C 4 1.935 6.973 6.444 44 H5' U 5 H5' U 5 1.677 2.328 10.572 45 H5'' U 5 H5'' U 5 1.628 0.632 10.053 46 H4' U 5 H4' U 5 -0.627 1.561 10.598 47 H3' U 5 H3' U 5 -0.242 0.761 7.664 48 H2' U 5 H2' U 5 -2.655 1.119 7.515 49 HO2' U 5 HO2' U 5 -3.826 0.607 9.184 50 H1' U 5 H1' U 5 -2.692 3.351 9.070 51 H3 U 5 H3 U 5 -3.851 4.552 4.694 52 H5 U 5 H5 U 5 0.334 4.279 4.631 53 H6 U 5 H6 U 5 0.271 3.384 6.896 54 H5' A 6 H5' A 6 -2.979 -1.819 9.754 55 H5'' A 6 H5'' A 6 -2.734 -3.574 9.579 56 H4' A 6 H4' A 6 -5.065 -3.196 9.180 57 H3' A 6 H3' A 6 -3.558 -3.484 6.534 58 H2' A 6 H2' A 6 -5.666 -3.217 5.403 59 HO2' A 6 HO2' A 6 -7.571 -3.569 6.362 60 H1' A 6 H1' A 6 -6.558 -1.131 6.902 61 H8 A 6 H8 A 6 -2.749 -0.918 6.483 62 H61 A 6 H61 A 6 -3.912 2.518 1.453 63 H62 A 6 H62 A 6 -2.669 1.996 2.568 64 H2 A 6 H2 A 6 -7.744 0.652 2.789 65 H5' C 7 H5' C 7 -6.812 -5.609 5.952 66 H5'' C 7 H5'' C 7 -6.553 -7.095 5.019 67 H4' C 7 H4' C 7 -8.028 -5.429 3.860 68 H3' C 7 H3' C 7 -5.348 -5.949 2.456 69 H2' C 7 H2' C 7 -6.355 -4.824 0.623 70 HO2' C 7 HO2' C 7 -8.624 -4.243 0.694 71 H1' C 7 H1' C 7 -7.668 -2.917 2.285 72 H41 C 7 H41 C 7 -2.748 0.184 -0.317 73 H42 C 7 H42 C 7 -1.754 -0.263 1.052 74 H5 C 7 H5 C 7 -2.513 -1.754 2.797 75 H6 C 7 H6 C 7 -4.335 -3.204 3.527 76 H5' A 8 H5' A 8 -8.540 -7.038 -0.382 77 H5'' A 8 H5'' A 8 -7.857 -8.259 -1.478 78 H4' A 8 H4' A 8 -8.724 -6.176 -2.601 79 H3' A 8 H3' A 8 -5.775 -6.835 -3.054 80 H2' A 8 H2' A 8 -5.803 -4.928 -4.603 81 HO2' A 8 HO2' A 8 -8.609 -5.370 -4.487 82 H1' A 8 H1' A 8 -7.423 -3.332 -3.077 83 H8 A 8 H8 A 8 -4.775 -4.799 -0.779 84 H61 A 8 H61 A 8 -0.787 -0.675 -3.029 85 H62 A 8 H62 A 8 -1.081 -1.861 -1.778 86 H2 A 8 H2 A 8 -4.455 -0.583 -5.624 87 H5' U 9 H5' U 9 -7.416 -5.326 -6.758 88 H5'' U 9 H5'' U 9 -7.413 -6.739 -7.836 89 H4' U 9 H4' U 9 -6.424 -4.901 -9.057 90 H3' U 9 H3' U 9 -4.373 -6.908 -8.032 91 H2' U 9 H2' U 9 -2.643 -5.616 -8.913 92 HO2' U 9 HO2' U 9 -4.465 -4.141 -10.530 93 H1' U 9 H1' U 9 -3.891 -3.079 -8.698 94 H3 U 9 H3 U 9 -0.197 -2.207 -6.145 95 H5 U 9 H5 U 9 -1.997 -5.406 -4.132 96 H6 U 9 H6 U 9 -3.625 -5.579 -5.921 97 H5' U 10 H5' U 10 -4.302 -5.884 -12.337 98 H5'' U 10 H5'' U 10 -4.401 -7.361 -13.321 99 H4' U 10 H4' U 10 -2.826 -6.208 -14.553 100 H3' U 10 H3' U 10 -1.124 -7.493 -12.348 101 H2' U 10 H2' U 10 0.757 -6.445 -13.356 102 HO2' U 10 HO2' U 10 0.709 -5.623 -15.453 103 H1' U 10 H1' U 10 -0.539 -4.077 -14.051 104 H3 U 10 H3 U 10 2.572 -2.703 -10.970 105 H5 U 10 H5 U 10 -0.259 -4.778 -8.640 106 H6 U 10 H6 U 10 -1.328 -5.506 -10.733 107 H5' G 11 H5' G 11 0.878 -8.027 -15.908 108 H5'' G 11 H5'' G 11 2.064 -9.348 -15.874 109 H4' G 11 H4' G 11 2.918 -6.868 -15.956 110 H3' G 11 H3' G 11 4.031 -8.774 -13.813 111 H2' G 11 H2' G 11 5.639 -6.992 -13.442 112 HO2' G 11 HO2' G 11 5.467 -5.067 -14.829 113 H1' G 11 H1' G 11 3.695 -5.015 -13.455 114 H8 G 11 H8 G 11 2.037 -7.864 -11.738 115 H1 G 11 H1 G 11 6.630 -5.210 -8.130 116 H21 G 11 H21 G 11 7.885 -3.854 -9.354 117 H22 G 11 H22 G 11 7.597 -3.601 -11.060 118 H5' C 12 H5' C 12 7.631 -7.422 -14.988 119 H5'' C 12 H5'' C 12 8.679 -8.832 -15.245 120 H4' C 12 H4' C 12 9.505 -7.220 -13.486 121 H3' C 12 H3' C 12 8.879 -10.063 -12.520 122 H2' C 12 H2' C 12 9.830 -9.403 -10.436 123 HO2' C 12 HO2' C 12 11.135 -7.547 -10.243 124 H1' C 12 H1' C 12 8.892 -6.717 -10.573 125 H41 C 12 H41 C 12 5.350 -9.563 -6.128 126 H42 C 12 H42 C 12 4.276 -10.182 -7.362 127 H5 C 12 H5 C 12 4.692 -9.906 -9.727 128 H6 C 12 H6 C 12 6.250 -9.030 -11.397 129 H5' U 13 H5' U 13 13.067 -9.531 -11.195 130 H5'' U 13 H5'' U 13 13.847 -11.101 -11.494 131 H4' U 13 H4' U 13 13.850 -10.298 -9.054 132 H3' U 13 H3' U 13 12.542 -12.992 -9.725 133 H2' U 13 H2' U 13 12.118 -13.273 -7.398 134 HO2' U 13 HO2' U 13 14.132 -11.284 -7.087 135 H1' U 13 H1' U 13 11.581 -10.564 -6.851 136 H3 U 13 H3 U 13 7.560 -12.550 -5.961 137 H5 U 13 H5 U 13 7.811 -12.648 -10.160 138 H6 U 13 H6 U 13 10.147 -11.975 -9.983 139 H5' G 14 H5' G 14 14.742 -13.639 -6.271 140 H5'' G 14 H5'' G 14 16.012 -14.847 -6.548 141 H4' G 14 H4' G 14 14.555 -15.155 -4.439 142 H3' G 14 H3' G 14 15.545 -17.283 -6.134 143 H2' G 14 H2' G 14 13.372 -17.959 -6.818 144 HO2' G 14 HO2' G 14 13.073 -19.749 -5.695 145 H1' G 14 H1' G 14 12.248 -16.969 -4.155 146 H8 G 14 H8 G 14 10.651 -15.255 -6.936 147 H1 G 14 H1 G 14 7.845 -20.936 -6.015 148 H21 G 14 H21 G 14 9.132 -22.210 -4.676 149 H22 G 14 H22 G 14 10.662 -21.649 -4.040 150 H5' U 15 H5' U 15 14.287 -16.576 -1.845 151 H5'' U 15 H5'' U 15 15.392 -15.290 -1.299 152 H4' U 15 H4' U 15 14.822 -17.871 0.237 153 H3' U 15 H3' U 15 13.031 -15.747 0.225 154 H2' U 15 H2' U 15 14.510 -14.065 1.045 155 HO2' U 15 HO2' U 15 13.607 -13.719 2.924 156 H1' U 15 H1' U 15 15.868 -15.984 2.940 157 H3 U 15 H3 U 15 18.143 -11.986 3.714 158 H5 U 15 H5 U 15 19.459 -13.338 -0.050 159 H6 U 15 H6 U 15 17.711 -15.034 0.004 160 H5' U 16 H5' U 16 10.045 -14.997 4.485 161 H5'' U 16 H5'' U 16 9.592 -15.399 2.812 162 H4' U 16 H4' U 16 11.631 -13.275 3.635 163 H3' U 16 H3' U 16 8.805 -12.905 3.568 164 H2' U 16 H2' U 16 8.579 -12.969 1.216 165 HO2' U 16 HO2' U 16 9.814 -10.413 1.511 166 H1' U 16 H1' U 16 11.350 -11.789 0.847 167 H3 U 16 H3 U 16 11.058 -12.260 -3.644 168 H5 U 16 H5 U 16 9.384 -15.867 -2.263 169 H6 U 16 H6 U 16 9.675 -15.068 0.021 170 H5' G 17 H5' G 17 11.747 -9.000 3.207 171 H5'' G 17 H5'' G 17 10.916 -7.445 3.410 172 H4' G 17 H4' G 17 12.534 -7.759 1.372 173 H3' G 17 H3' G 17 9.700 -6.640 0.995 174 H2' G 17 H2' G 17 10.248 -6.376 -1.324 175 HO2' G 17 HO2' G 17 12.434 -6.614 -2.045 176 H1' G 17 H1' G 17 11.688 -8.735 -1.573 177 H8 G 17 H8 G 17 8.442 -9.273 0.407 178 H1 G 17 H1 G 17 7.644 -9.223 -5.923 179 H21 G 17 H21 G 17 9.568 -8.602 -6.923 180 H22 G 17 H22 G 17 11.003 -8.208 -6.004 181 H5' U 18 H5' U 18 12.459 -4.461 -1.496 182 H5'' U 18 H5'' U 18 12.275 -2.732 -1.132 183 H4' U 18 H4' U 18 12.242 -3.117 -3.567 184 H3' U 18 H3' U 18 9.510 -2.304 -2.428 185 H2' U 18 H2' U 18 8.759 -2.221 -4.695 186 HO2' U 18 HO2' U 18 11.486 -2.438 -5.504 187 H1' U 18 H1' U 18 10.191 -4.441 -5.573 188 H3 U 18 H3 U 18 5.824 -5.864 -5.934 189 H5 U 18 H5 U 18 6.505 -5.775 -1.803 190 H6 U 18 H6 U 18 8.644 -4.701 -2.218 191 H5' C 19 H5' C 19 11.176 1.164 -5.439 192 H5'' C 19 H5'' C 19 10.101 2.522 -5.040 193 H4' C 19 H4' C 19 10.214 1.831 -7.504 194 H3' C 19 H3' C 19 7.479 1.865 -6.144 195 H2' C 19 H2' C 19 6.584 1.490 -8.343 196 HO2' C 19 HO2' C 19 9.232 2.050 -9.254 197 H1' C 19 H1' C 19 8.478 -0.456 -9.000 198 H41 C 19 H41 C 19 3.487 -3.846 -6.839 199 H42 C 19 H42 C 19 3.917 -3.487 -5.181 200 H5 C 19 H5 C 19 5.781 -2.072 -4.570 201 H6 C 19 H6 C 19 7.485 -0.513 -5.441 202 H5' G 20 H5' G 20 7.126 5.646 -8.915 203 H5'' G 20 H5'' G 20 6.033 6.730 -8.024 204 H4' G 20 H4' G 20 5.220 5.886 -10.329 205 H3' G 20 H3' G 20 3.487 5.480 -7.834 206 H2' G 20 H2' G 20 1.847 4.467 -9.257 207 HO2' G 20 HO2' G 20 3.390 5.269 -11.519 208 H1' G 20 H1' G 20 3.580 3.021 -10.794 209 H8 G 20 H8 G 20 4.874 2.934 -7.261 210 H1 G 20 H1 G 20 -0.095 -1.003 -8.242 211 H21 G 20 H21 G 20 -1.033 -0.587 -10.209 212 H22 G 20 H22 G 20 -0.441 0.664 -11.280 213 H5' U 21 H5' U 21 0.610 6.176 -10.730 214 H5'' U 21 H5'' U 21 -0.569 7.315 -10.058 215 H4' U 21 H4' U 21 -1.540 5.063 -10.666 216 H3' U 21 H3' U 21 -1.665 5.850 -7.722 217 H2' U 21 H2' U 21 -3.135 4.039 -7.468 218 HO2' U 21 HO2' U 21 -4.425 3.362 -9.018 219 H1' U 21 H1' U 21 -1.731 2.359 -9.314 220 H3 U 21 H3 U 21 -1.713 0.269 -5.218 221 H5 U 21 H5 U 21 1.502 2.975 -5.124 222 H6 U 21 H6 U 21 0.652 3.924 -7.171 223 H5' G 22 H5' G 22 -5.768 5.707 -9.349 224 H5'' G 22 H5'' G 22 -6.797 6.975 -8.646 225 H4' G 22 H4' G 22 -7.774 4.678 -8.430 226 H3' G 22 H3' G 22 -7.057 6.086 -5.798 227 H2' G 22 H2' G 22 -7.967 4.131 -4.689 228 HO2' G 22 HO2' G 22 -9.142 2.568 -5.964 229 H1' G 22 H1' G 22 -7.125 2.287 -6.446 230 H8 G 22 H8 G 22 -4.336 4.761 -5.666 231 H1 G 22 H1 G 22 -4.987 0.090 -1.317 232 H21 G 22 H21 G 22 -6.852 -1.060 -1.699 233 H22 G 22 H22 G 22 -7.929 -0.683 -3.025 234 H5' U 23 H5' U 23 -10.779 3.793 -5.547 235 H5'' U 23 H5'' U 23 -12.042 4.878 -4.933 236 H4' U 23 H4' U 23 -12.086 2.846 -3.600 237 H3' U 23 H3' U 23 -10.769 5.170 -2.124 238 H2' U 23 H2' U 23 -10.742 3.771 -0.213 239 HO2' U 23 HO2' U 23 -11.909 1.863 -0.058 240 H1' U 23 H1' U 23 -10.076 1.428 -1.589 241 H3 U 23 H3 U 23 -6.270 2.116 0.790 242 H5 U 23 H5 U 23 -6.097 4.996 -2.258 243 H6 U 23 H6 U 23 -8.351 4.374 -2.849 244 H5' G 24 H5' G 24 -13.805 3.259 -0.028 245 H5'' G 24 H5'' G 24 -14.938 4.282 0.888 246 H4' G 24 H4' G 24 -13.988 2.493 2.318 247 H3' G 24 H3' G 24 -13.100 5.339 3.001 248 H2' G 24 H2' G 24 -11.763 4.481 4.749 249 HO2' G 24 HO2' G 24 -13.290 2.065 4.575 250 H1' G 24 H1' G 24 -11.190 1.976 3.551 251 H8 G 24 H8 G 24 -10.379 4.909 1.294 252 H1 G 24 H1 G 24 -5.842 3.728 5.659 253 H21 G 24 H21 G 24 -6.590 2.307 7.186 254 H22 G 24 H22 G 24 -8.204 1.635 7.124 255 H5' U 25 H5' U 25 -16.933 5.001 6.837 256 H5'' U 25 H5'' U 25 -16.582 6.738 6.959 257 H4' U 25 H4' U 25 -15.446 6.480 8.943 258 H3' U 25 H3' U 25 -13.766 4.672 7.623 259 H2' U 25 H2' U 25 -15.049 2.707 8.039 260 HO2' U 25 HO2' U 25 -13.847 1.678 9.460 261 H1' U 25 H1' U 25 -15.842 3.712 10.784 262 H3 U 25 H3 U 25 -19.458 1.461 7.511 263 H5 U 25 H5 U 25 -18.492 -0.098 11.299 264 H6 U 25 H6 U 25 -16.779 1.611 11.518 265 H5' G 26 H5' G 26 -12.300 4.678 11.694 266 H5'' G 26 H5'' G 26 -12.322 6.293 12.441 267 H4' G 26 H4' G 26 -10.748 4.737 13.598 268 H3' G 26 H3' G 26 -9.546 7.170 12.205 269 H2' G 26 H2' G 26 -7.356 6.430 12.848 270 HO2' G 26 HO2' G 26 -7.006 5.041 14.489 271 H1' G 26 H1' G 26 -7.673 3.798 12.251 272 H8 G 26 H8 G 26 -9.709 5.453 9.571 273 H1 G 26 H1 G 26 -3.442 6.149 8.517 274 H21 G 26 H21 G 26 -2.294 5.597 10.364 275 H22 G 26 H22 G 26 -3.083 5.040 11.823 276 H5' A 27 H5' A 27 -8.103 7.395 16.397 277 H5'' A 27 H5'' A 27 -8.255 9.057 17.016 278 H4' A 27 H4' A 27 -5.913 8.135 17.173 279 H3' A 27 H3' A 27 -6.322 10.555 15.333 280 H2' A 27 H2' A 27 -3.946 10.560 15.003 281 HO2' A 27 HO2' A 27 -2.551 9.558 16.343 282 H1' A 27 H1' A 27 -3.725 7.823 14.654 283 H8 A 27 H8 A 27 -6.999 8.892 13.020 284 H61 A 27 H61 A 27 -3.654 10.323 8.031 285 H62 A 27 H62 A 27 -5.265 10.040 8.653 286 H2 A 27 H2 A 27 -0.813 9.619 11.442 287 H5' C 28 H5' C 28 -2.876 11.517 17.365 288 H5'' C 28 H5'' C 28 -2.960 13.183 17.980 289 H4' C 28 H4' C 28 -0.982 12.766 16.476 290 H3' C 28 H3' C 28 -3.065 14.719 15.329 291 H2' C 28 H2' C 28 -1.389 15.180 13.661 292 HO2' C 28 HO2' C 28 0.743 14.331 13.889 293 H1' C 28 H1' C 28 -0.634 12.496 13.417 294 H41 C 28 H41 C 28 -4.616 13.502 8.559 295 H42 C 28 H42 C 28 -5.988 13.191 9.599 296 H5 C 28 H5 C 28 -5.780 12.882 11.992 297 H6 C 28 H6 C 28 -4.208 12.688 13.850 298 H5' C 29 H5' C 29 0.839 16.374 15.004 299 H5'' C 29 H5'' C 29 0.829 18.058 15.575 300 H4' C 29 H4' C 29 1.847 17.914 13.334 301 H3' C 29 H3' C 29 -0.949 19.202 13.320 302 H2' C 29 H2' C 29 -0.633 19.606 10.977 303 HO2' C 29 HO2' C 29 1.268 20.217 10.291 304 H1' C 29 H1' C 29 0.901 17.330 10.488 305 H41 C 29 H41 C 29 -4.803 16.185 7.906 306 H42 C 29 H42 C 29 -5.511 15.916 9.483 307 H5 C 29 H5 C 29 -4.294 16.267 11.548 308 H6 C 29 H6 C 29 -2.123 16.834 12.511 Start of MODEL 5 1 H5' G 1 H5' G 1 -8.607 16.591 -1.372 2 H5'' G 1 H5'' G 1 -7.485 15.374 -2.028 3 H4' G 1 H4' G 1 -6.302 17.498 -1.851 4 H3' G 1 H3' G 1 -5.454 15.398 0.178 5 H2' G 1 H2' G 1 -4.013 16.958 1.266 6 HO2' G 1 HO2' G 1 -3.798 19.137 0.206 7 H1' G 1 H1' G 1 -5.667 19.125 1.236 8 H8 G 1 H8 G 1 -8.341 16.734 1.696 9 H1 G 1 H1 G 1 -4.565 16.918 6.885 10 H21 G 1 H21 G 1 -2.660 17.960 6.408 11 H22 G 1 H22 G 1 -2.314 18.600 4.817 12 H5' G 2 H5' G 2 -1.530 16.254 -1.290 13 H5'' G 2 H5'' G 2 -0.692 14.732 -1.674 14 H4' G 2 H4' G 2 0.343 16.107 0.222 15 H3' G 2 H3' G 2 -0.613 13.250 0.843 16 H2' G 2 H2' G 2 0.223 13.558 3.070 17 HO2' G 2 HO2' G 2 1.829 14.935 3.537 18 H1' G 2 H1' G 2 -0.486 16.245 3.295 19 H8 G 2 H8 G 2 -3.418 14.510 1.764 20 H1 G 2 H1 G 2 -2.827 13.228 8.016 21 H21 G 2 H21 G 2 -0.810 13.828 8.735 22 H22 G 2 H22 G 2 0.376 14.567 7.683 23 H5' U 3 H5' U 3 3.455 13.093 2.407 24 H5'' U 3 H5'' U 3 4.180 11.613 1.737 25 H4' U 3 H4' U 3 4.341 11.647 4.205 26 H3' U 3 H3' U 3 2.367 9.549 3.141 27 H2' U 3 H2' U 3 2.162 8.829 5.411 28 HO2' U 3 HO2' U 3 4.541 10.322 5.835 29 H1' U 3 H1' U 3 2.292 11.373 6.537 30 H3 U 3 H3 U 3 -1.926 10.073 7.567 31 H5 U 3 H5 U 3 -2.090 10.857 3.445 32 H6 U 3 H6 U 3 0.307 11.132 3.485 33 H5' C 4 H5' C 4 5.175 7.867 6.060 34 H5'' C 4 H5'' C 4 5.489 6.154 5.697 35 H4' C 4 H4' C 4 4.603 6.610 8.035 36 H3' C 4 H3' C 4 2.848 4.848 6.237 37 H2' C 4 H2' C 4 1.555 4.440 8.198 38 HO2' C 4 HO2' C 4 3.832 5.442 9.564 39 H1' C 4 H1' C 4 1.717 7.089 9.125 40 H41 C 4 H41 C 4 -4.067 6.759 6.378 41 H42 C 4 H42 C 4 -3.345 7.050 4.812 42 H5 C 4 H5 C 4 -0.967 7.181 4.461 43 H6 C 4 H6 C 4 1.238 6.979 5.513 44 H5' U 5 H5' U 5 2.738 2.588 9.642 45 H5'' U 5 H5'' U 5 2.754 0.881 9.149 46 H4' U 5 H4' U 5 0.611 1.580 10.250 47 H3' U 5 H3' U 5 0.396 0.672 7.334 48 H2' U 5 H2' U 5 -2.022 0.873 7.671 49 HO2' U 5 HO2' U 5 -1.509 1.464 10.398 50 H1' U 5 H1' U 5 -1.976 3.222 8.909 51 H3 U 5 H3 U 5 -3.452 4.217 4.619 52 H5 U 5 H5 U 5 0.712 3.961 4.232 53 H6 U 5 H6 U 5 0.826 3.064 6.487 54 H5' A 6 H5' A 6 -2.373 -1.608 9.622 55 H5'' A 6 H5'' A 6 -2.156 -3.354 9.351 56 H4' A 6 H4' A 6 -4.500 -2.877 9.046 57 H3' A 6 H3' A 6 -3.075 -3.220 6.359 58 H2' A 6 H2' A 6 -5.217 -2.893 5.302 59 HO2' A 6 HO2' A 6 -6.411 -2.874 7.888 60 H1' A 6 H1' A 6 -5.980 -0.764 6.800 61 H8 A 6 H8 A 6 -2.164 -0.761 6.235 62 H61 A 6 H61 A 6 -3.317 2.930 1.399 63 H62 A 6 H62 A 6 -2.067 2.286 2.439 64 H2 A 6 H2 A 6 -7.195 1.252 2.826 65 H5' C 7 H5' C 7 -6.676 -5.181 5.910 66 H5'' C 7 H5'' C 7 -6.466 -6.680 4.980 67 H4' C 7 H4' C 7 -8.015 -5.025 3.891 68 H3' C 7 H3' C 7 -5.426 -5.579 2.327 69 H2' C 7 H2' C 7 -6.504 -4.380 0.554 70 HO2' C 7 HO2' C 7 -8.793 -3.721 0.919 71 H1' C 7 H1' C 7 -7.684 -2.476 2.295 72 H41 C 7 H41 C 7 -2.678 0.495 -0.299 73 H42 C 7 H42 C 7 -1.671 -0.068 1.016 74 H5 C 7 H5 C 7 -2.460 -1.604 2.711 75 H6 C 7 H6 C 7 -4.333 -2.998 3.420 76 H5' A 8 H5' A 8 -8.554 -6.986 -0.504 77 H5'' A 8 H5'' A 8 -7.695 -8.088 -1.597 78 H4' A 8 H4' A 8 -8.677 -5.910 -2.584 79 H3' A 8 H3' A 8 -5.743 -6.608 -3.113 80 H2' A 8 H2' A 8 -5.748 -4.634 -4.552 81 HO2' A 8 HO2' A 8 -7.799 -3.638 -5.057 82 H1' A 8 H1' A 8 -7.393 -3.108 -2.939 83 H8 A 8 H8 A 8 -4.712 -4.519 -0.679 84 H61 A 8 H61 A 8 -0.780 -0.372 -2.986 85 H62 A 8 H62 A 8 -1.062 -1.546 -1.719 86 H2 A 8 H2 A 8 -4.463 -0.348 -5.571 87 H5' U 9 H5' U 9 -7.354 -4.969 -6.719 88 H5'' U 9 H5'' U 9 -7.311 -6.298 -7.897 89 H4' U 9 H4' U 9 -6.316 -4.343 -8.937 90 H3' U 9 H3' U 9 -4.287 -6.451 -8.088 91 H2' U 9 H2' U 9 -2.542 -5.092 -8.850 92 HO2' U 9 HO2' U 9 -4.430 -3.571 -10.365 93 H1' U 9 H1' U 9 -3.778 -2.580 -8.400 94 H3 U 9 H3 U 9 -0.049 -2.016 -5.812 95 H5 U 9 H5 U 9 -1.971 -5.273 -4.015 96 H6 U 9 H6 U 9 -3.585 -5.282 -5.826 97 H5' U 10 H5' U 10 -4.041 -4.940 -12.212 98 H5'' U 10 H5'' U 10 -4.233 -6.296 -13.346 99 H4' U 10 H4' U 10 -2.577 -5.164 -14.469 100 H3' U 10 H3' U 10 -0.978 -6.700 -12.355 101 H2' U 10 H2' U 10 0.979 -5.664 -13.219 102 HO2' U 10 HO2' U 10 -0.521 -4.678 -15.434 103 H1' U 10 H1' U 10 -0.178 -3.185 -13.753 104 H3 U 10 H3 U 10 2.890 -2.243 -10.475 105 H5 U 10 H5 U 10 -0.105 -4.379 -8.420 106 H6 U 10 H6 U 10 -1.152 -4.843 -10.594 107 H5' G 11 H5' G 11 1.155 -7.038 -15.847 108 H5'' G 11 H5'' G 11 2.215 -8.463 -15.862 109 H4' G 11 H4' G 11 3.293 -6.080 -15.693 110 H3' G 11 H3' G 11 4.081 -8.225 -13.638 111 H2' G 11 H2' G 11 5.839 -6.650 -13.070 112 HO2' G 11 HO2' G 11 6.499 -5.127 -14.429 113 H1' G 11 H1' G 11 4.107 -4.478 -13.071 114 H8 G 11 H8 G 11 2.129 -7.266 -11.587 115 H1 G 11 H1 G 11 6.682 -5.112 -7.610 116 H21 G 11 H21 G 11 8.101 -3.802 -8.701 117 H22 G 11 H22 G 11 7.928 -3.454 -10.408 118 H5' C 12 H5' C 12 7.732 -7.289 -14.669 119 H5'' C 12 H5'' C 12 8.723 -8.751 -14.845 120 H4' C 12 H4' C 12 9.431 -7.145 -13.003 121 H3' C 12 H3' C 12 8.760 -10.018 -12.189 122 H2' C 12 H2' C 12 9.540 -9.441 -10.040 123 HO2' C 12 HO2' C 12 10.698 -7.373 -9.745 124 H1' C 12 H1' C 12 8.669 -6.736 -10.150 125 H41 C 12 H41 C 12 4.926 -9.557 -5.854 126 H42 C 12 H42 C 12 3.838 -10.066 -7.125 127 H5 C 12 H5 C 12 4.312 -9.729 -9.472 128 H6 C 12 H6 C 12 5.925 -8.842 -11.081 129 H5' U 13 H5' U 13 12.480 -8.868 -10.233 130 H5'' U 13 H5'' U 13 13.699 -10.029 -10.803 131 H4' U 13 H4' U 13 13.864 -9.735 -8.356 132 H3' U 13 H3' U 13 12.760 -12.462 -9.191 133 H2' U 13 H2' U 13 12.835 -13.064 -6.864 134 HO2' U 13 HO2' U 13 13.781 -11.375 -5.381 135 H1' U 13 H1' U 13 11.884 -10.592 -5.931 136 H3 U 13 H3 U 13 8.936 -14.541 -5.995 137 H5 U 13 H5 U 13 7.441 -11.453 -8.406 138 H6 U 13 H6 U 13 9.503 -10.237 -8.008 139 H5' G 14 H5' G 14 15.311 -13.668 -6.697 140 H5'' G 14 H5'' G 14 16.357 -15.032 -7.116 141 H4' G 14 H4' G 14 14.552 -15.381 -5.243 142 H3' G 14 H3' G 14 15.544 -17.368 -7.062 143 H2' G 14 H2' G 14 13.520 -17.539 -8.284 144 HO2' G 14 HO2' G 14 13.136 -19.018 -5.864 145 H1' G 14 H1' G 14 11.904 -16.833 -5.795 146 H8 G 14 H8 G 14 11.433 -14.435 -8.525 147 H1 G 14 H1 G 14 7.636 -19.500 -9.432 148 H21 G 14 H21 G 14 8.242 -21.164 -8.042 149 H22 G 14 H22 G 14 9.577 -21.008 -6.923 150 H5' U 15 H5' U 15 14.496 -19.614 -2.917 151 H5'' U 15 H5'' U 15 13.459 -18.215 -2.555 152 H4' U 15 H4' U 15 13.664 -19.653 -0.558 153 H3' U 15 H3' U 15 14.118 -16.907 -0.353 154 H2' U 15 H2' U 15 16.501 -16.982 -0.339 155 HO2' U 15 HO2' U 15 15.627 -16.356 1.837 156 H1' U 15 H1' U 15 16.513 -19.528 1.294 157 H3 U 15 H3 U 15 21.065 -18.918 0.888 158 H5 U 15 H5 U 15 19.737 -19.583 -3.052 159 H6 U 15 H6 U 15 17.442 -19.480 -2.242 160 H5' U 16 H5' U 16 10.738 -16.316 4.179 161 H5'' U 16 H5'' U 16 10.076 -16.703 2.576 162 H4' U 16 H4' U 16 12.029 -14.425 3.126 163 H3' U 16 H3' U 16 9.238 -14.302 3.715 164 H2' U 16 H2' U 16 8.455 -14.157 1.514 165 HO2' U 16 HO2' U 16 9.685 -11.584 1.663 166 H1' U 16 H1' U 16 10.980 -12.856 0.496 167 H3 U 16 H3 U 16 9.206 -13.304 -3.665 168 H5 U 16 H5 U 16 8.704 -17.148 -2.032 169 H6 U 16 H6 U 16 9.595 -16.311 0.071 170 H5' G 17 H5' G 17 11.924 -10.173 3.289 171 H5'' G 17 H5'' G 17 11.041 -8.709 3.765 172 H4' G 17 H4' G 17 12.407 -8.701 1.526 173 H3' G 17 H3' G 17 9.486 -7.747 1.593 174 H2' G 17 H2' G 17 9.746 -7.220 -0.718 175 HO2' G 17 HO2' G 17 12.531 -7.313 -0.132 176 H1' G 17 H1' G 17 11.456 -9.363 -1.320 177 H8 G 17 H8 G 17 8.242 -10.368 0.554 178 H1 G 17 H1 G 17 7.500 -9.694 -5.756 179 H21 G 17 H21 G 17 9.382 -8.806 -6.636 180 H22 G 17 H22 G 17 10.772 -8.416 -5.650 181 H5' U 18 H5' U 18 12.349 -5.019 -0.600 182 H5'' U 18 H5'' U 18 11.929 -3.342 -0.185 183 H4' U 18 H4' U 18 12.229 -3.731 -2.660 184 H3' U 18 H3' U 18 9.403 -2.907 -1.771 185 H2' U 18 H2' U 18 8.890 -2.770 -4.110 186 HO2' U 18 HO2' U 18 10.365 -2.364 -5.609 187 H1' U 18 H1' U 18 10.344 -5.008 -4.866 188 H3 U 18 H3 U 18 5.956 -6.290 -5.570 189 H5 U 18 H5 U 18 6.464 -6.515 -1.414 190 H6 U 18 H6 U 18 8.598 -5.382 -1.655 191 H5' C 19 H5' C 19 11.335 0.349 -4.594 192 H5'' C 19 H5'' C 19 10.509 1.870 -4.182 193 H4' C 19 H4' C 19 10.495 1.366 -6.632 194 H3' C 19 H3' C 19 7.740 1.393 -5.305 195 H2' C 19 H2' C 19 6.883 1.252 -7.546 196 HO2' C 19 HO2' C 19 8.010 2.287 -9.010 197 H1' C 19 H1' C 19 8.646 -0.745 -8.310 198 H41 C 19 H41 C 19 3.465 -3.951 -6.315 199 H42 C 19 H42 C 19 3.964 -3.785 -4.646 200 H5 C 19 H5 C 19 5.936 -2.552 -3.967 201 H6 C 19 H6 C 19 7.723 -1.040 -4.751 202 H5' G 20 H5' G 20 7.592 5.566 -7.840 203 H5'' G 20 H5'' G 20 6.335 6.436 -6.935 204 H4' G 20 H4' G 20 5.911 5.877 -9.462 205 H3' G 20 H3' G 20 3.829 5.293 -7.293 206 H2' G 20 H2' G 20 2.407 4.410 -9.022 207 HO2' G 20 HO2' G 20 3.312 6.195 -10.538 208 H1' G 20 H1' G 20 4.298 2.942 -10.281 209 H8 G 20 H8 G 20 5.324 2.825 -6.685 210 H1 G 20 H1 G 20 0.212 -0.846 -7.929 211 H21 G 20 H21 G 20 -0.592 -0.390 -9.944 212 H22 G 20 H22 G 20 0.125 0.821 -10.984 213 H5' U 21 H5' U 21 1.202 6.133 -10.455 214 H5'' U 21 H5'' U 21 0.116 7.395 -9.846 215 H4' U 21 H4' U 21 -1.113 5.344 -10.582 216 H3' U 21 H3' U 21 -1.261 5.920 -7.580 217 H2' U 21 H2' U 21 -2.934 4.232 -7.520 218 HO2' U 21 HO2' U 21 -4.272 4.313 -9.169 219 H1' U 21 H1' U 21 -1.613 2.531 -9.361 220 H3 U 21 H3 U 21 -1.743 0.378 -5.310 221 H5 U 21 H5 U 21 1.544 2.977 -5.068 222 H6 U 21 H6 U 21 0.793 3.985 -7.128 223 H5' G 22 H5' G 22 -5.491 6.370 -9.219 224 H5'' G 22 H5'' G 22 -6.282 7.640 -8.258 225 H4' G 22 H4' G 22 -7.488 5.392 -8.333 226 H3' G 22 H3' G 22 -6.705 6.552 -5.602 227 H2' G 22 H2' G 22 -7.757 4.578 -4.639 228 HO2' G 22 HO2' G 22 -8.783 3.990 -7.220 229 H1' G 22 H1' G 22 -6.971 2.790 -6.439 230 H8 G 22 H8 G 22 -4.106 5.169 -5.635 231 H1 G 22 H1 G 22 -4.877 0.462 -1.343 232 H21 G 22 H21 G 22 -6.785 -0.617 -1.722 233 H22 G 22 H22 G 22 -7.861 -0.186 -3.033 234 H5' U 23 H5' U 23 -10.538 4.584 -5.408 235 H5'' U 23 H5'' U 23 -11.708 5.696 -4.663 236 H4' U 23 H4' U 23 -11.754 3.558 -3.467 237 H3' U 23 H3' U 23 -10.358 5.779 -1.903 238 H2' U 23 H2' U 23 -10.306 4.271 -0.075 239 HO2' U 23 HO2' U 23 -11.504 2.372 -0.009 240 H1' U 23 H1' U 23 -9.734 1.999 -1.595 241 H3 U 23 H3 U 23 -5.898 2.479 0.785 242 H5 U 23 H5 U 23 -5.684 5.519 -2.099 243 H6 U 23 H6 U 23 -7.953 4.980 -2.708 244 H5' G 24 H5' G 24 -13.395 3.666 0.160 245 H5'' G 24 H5'' G 24 -14.473 4.662 1.168 246 H4' G 24 H4' G 24 -13.558 2.703 2.417 247 H3' G 24 H3' G 24 -12.672 5.468 3.365 248 H2' G 24 H2' G 24 -11.329 4.461 5.025 249 HO2' G 24 HO2' G 24 -12.327 2.978 6.147 250 H1' G 24 H1' G 24 -10.755 2.069 3.619 251 H8 G 24 H8 G 24 -9.967 5.188 1.616 252 H1 G 24 H1 G 24 -5.406 3.685 5.854 253 H21 G 24 H21 G 24 -6.141 2.134 7.258 254 H22 G 24 H22 G 24 -7.751 1.461 7.148 255 H5' U 25 H5' U 25 -14.817 2.995 6.835 256 H5'' U 25 H5'' U 25 -16.160 4.087 7.233 257 H4' U 25 H4' U 25 -15.451 4.360 9.403 258 H3' U 25 H3' U 25 -12.979 5.183 8.364 259 H2' U 25 H2' U 25 -11.897 3.076 8.376 260 HO2' U 25 HO2' U 25 -11.339 2.789 10.891 261 H1' U 25 H1' U 25 -13.392 2.155 10.835 262 H3 U 25 H3 U 25 -14.107 -1.848 7.736 263 H5 U 25 H5 U 25 -10.222 -1.275 9.246 264 H6 U 25 H6 U 25 -10.888 0.940 9.995 265 H5' G 26 H5' G 26 -12.064 4.254 12.581 266 H5'' G 26 H5'' G 26 -12.119 5.781 13.497 267 H4' G 26 H4' G 26 -10.368 4.361 14.434 268 H3' G 26 H3' G 26 -9.332 6.763 12.865 269 H2' G 26 H2' G 26 -7.083 6.038 13.254 270 HO2' G 26 HO2' G 26 -6.814 4.099 14.680 271 H1' G 26 H1' G 26 -7.459 3.391 12.755 272 H8 G 26 H8 G 26 -9.829 4.921 10.298 273 H1 G 26 H1 G 26 -3.753 5.802 8.476 274 H21 G 26 H21 G 26 -2.365 5.362 10.186 275 H22 G 26 H22 G 26 -2.946 4.833 11.749 276 H5' A 27 H5' A 27 -7.011 6.634 16.273 277 H5'' A 27 H5'' A 27 -7.070 8.133 17.231 278 H4' A 27 H4' A 27 -4.736 7.497 16.845 279 H3' A 27 H3' A 27 -5.583 9.921 15.162 280 H2' A 27 H2' A 27 -3.248 10.055 14.497 281 HO2' A 27 HO2' A 27 -2.717 7.900 16.287 282 H1' A 27 H1' A 27 -3.016 7.415 13.928 283 H8 A 27 H8 A 27 -6.618 8.413 13.110 284 H61 A 27 H61 A 27 -4.548 10.246 7.586 285 H62 A 27 H62 A 27 -5.965 9.849 8.532 286 H2 A 27 H2 A 27 -0.993 9.510 10.214 287 H5' C 28 H5' C 28 -1.970 10.948 16.787 288 H5'' C 28 H5'' C 28 -1.960 12.602 17.444 289 H4' C 28 H4' C 28 -0.208 12.239 15.682 290 H3' C 28 H3' C 28 -2.468 14.158 14.835 291 H2' C 28 H2' C 28 -1.028 14.667 12.951 292 HO2' C 28 HO2' C 28 0.924 14.338 14.576 293 H1' C 28 H1' C 28 -0.343 12.007 12.535 294 H41 C 28 H41 C 28 -5.241 13.207 8.621 295 H42 C 28 H42 C 28 -6.358 12.688 9.862 296 H5 C 28 H5 C 28 -5.669 12.222 12.139 297 H6 C 28 H6 C 28 -3.763 12.005 13.635 298 H5' C 29 H5' C 29 0.939 16.438 14.314 299 H5'' C 29 H5'' C 29 0.748 18.093 14.937 300 H4' C 29 H4' C 29 1.379 18.008 12.508 301 H3' C 29 H3' C 29 -1.422 19.144 13.113 302 H2' C 29 H2' C 29 -1.642 19.560 10.755 303 HO2' C 29 HO2' C 29 1.212 19.432 10.779 304 H1' C 29 H1' C 29 -0.085 17.396 9.921 305 H41 C 29 H41 C 29 -6.097 15.922 8.462 306 H42 C 29 H42 C 29 -6.422 15.473 10.121 307 H5 C 29 H5 C 29 -4.848 15.876 11.923 308 H6 C 29 H6 C 29 -2.579 16.577 12.466 Start of MODEL 6 1 H5' G 1 H5' G 1 -4.117 20.818 -0.593 2 H5'' G 1 H5'' G 1 -3.376 19.365 -1.305 3 H4' G 1 H4' G 1 -1.660 20.836 -0.284 4 H3' G 1 H3' G 1 -2.095 18.129 1.050 5 H2' G 1 H2' G 1 -0.487 18.707 2.729 6 HO2' G 1 HO2' G 1 0.981 20.341 2.475 7 H1' G 1 H1' G 1 -1.268 21.287 3.134 8 H8 G 1 H8 G 1 -4.549 19.716 2.510 9 H1 G 1 H1 G 1 -2.163 18.098 8.246 10 H21 G 1 H21 G 1 -0.014 18.661 8.367 11 H22 G 1 H22 G 1 0.828 19.433 7.044 12 H5' G 2 H5' G 2 2.247 18.233 0.636 13 H5'' G 2 H5'' G 2 2.811 16.646 0.065 14 H4' G 2 H4' G 2 3.705 17.428 2.359 15 H3' G 2 H3' G 2 2.247 14.741 2.120 16 H2' G 2 H2' G 2 2.604 14.417 4.458 17 HO2' G 2 HO2' G 2 4.549 16.503 4.254 18 H1' G 2 H1' G 2 2.309 17.130 5.202 19 H8 G 2 H8 G 2 -0.471 16.284 2.879 20 H1 G 2 H1 G 2 -1.435 14.010 8.781 21 H21 G 2 H21 G 2 0.473 14.015 9.925 22 H22 G 2 H22 G 2 1.968 14.618 9.246 23 H5' U 3 H5' U 3 5.400 13.721 4.316 24 H5'' U 3 H5'' U 3 6.314 12.357 3.636 25 H4' U 3 H4' U 3 5.712 11.725 5.867 26 H3' U 3 H3' U 3 3.742 10.425 3.902 27 H2' U 3 H2' U 3 2.831 9.311 5.801 28 HO2' U 3 HO2' U 3 3.948 9.141 7.756 29 H1' U 3 H1' U 3 3.239 11.435 7.592 30 H3 U 3 H3 U 3 -1.256 11.068 7.754 31 H5 U 3 H5 U 3 -0.532 12.431 3.849 32 H6 U 3 H6 U 3 1.823 12.143 4.274 33 H5' C 4 H5' C 4 5.663 7.456 6.629 34 H5'' C 4 H5'' C 4 5.518 5.823 5.947 35 H4' C 4 H4' C 4 4.389 6.326 8.251 36 H3' C 4 H3' C 4 2.753 5.044 5.996 37 H2' C 4 H2' C 4 1.066 4.750 7.643 38 HO2' C 4 HO2' C 4 2.921 5.612 9.631 39 H1' C 4 H1' C 4 1.463 7.254 8.828 40 H41 C 4 H41 C 4 -3.698 7.808 5.031 41 H42 C 4 H42 C 4 -2.670 8.130 3.653 42 H5 C 4 H5 C 4 -0.245 8.068 3.766 43 H6 C 4 H6 C 4 1.684 7.575 5.199 44 H5' U 5 H5' U 5 1.728 2.910 9.466 45 H5'' U 5 H5'' U 5 1.783 1.177 9.089 46 H4' U 5 H4' U 5 -0.419 1.824 9.984 47 H3' U 5 H3' U 5 -0.456 0.980 7.043 48 H2' U 5 H2' U 5 -2.890 1.229 7.192 49 HO2' U 5 HO2' U 5 -3.561 0.392 9.040 50 H1' U 5 H1' U 5 -2.925 3.469 8.634 51 H3 U 5 H3 U 5 -4.322 4.689 4.363 52 H5 U 5 H5 U 5 -0.138 4.546 4.098 53 H6 U 5 H6 U 5 -0.081 3.536 6.306 54 H5' A 6 H5' A 6 -2.859 -1.745 9.541 55 H5'' A 6 H5'' A 6 -2.492 -3.466 9.279 56 H4' A 6 H4' A 6 -4.885 -3.251 9.162 57 H3' A 6 H3' A 6 -3.646 -3.479 6.380 58 H2' A 6 H2' A 6 -5.866 -3.313 5.448 59 HO2' A 6 HO2' A 6 -6.602 -4.466 7.699 60 H1' A 6 H1' A 6 -6.687 -1.225 6.948 61 H8 A 6 H8 A 6 -2.896 -0.984 6.361 62 H61 A 6 H61 A 6 -4.252 2.559 1.485 63 H62 A 6 H62 A 6 -2.976 2.020 2.555 64 H2 A 6 H2 A 6 -8.036 0.638 2.894 65 H5' C 7 H5' C 7 -6.811 -5.817 6.048 66 H5'' C 7 H5'' C 7 -6.521 -7.273 5.074 67 H4' C 7 H4' C 7 -8.166 -5.655 4.051 68 H3' C 7 H3' C 7 -5.579 -6.064 2.446 69 H2' C 7 H2' C 7 -6.742 -4.893 0.710 70 HO2' C 7 HO2' C 7 -8.779 -5.436 0.525 71 H1' C 7 H1' C 7 -7.984 -3.078 2.516 72 H41 C 7 H41 C 7 -3.209 0.181 -0.181 73 H42 C 7 H42 C 7 -2.173 -0.268 1.155 74 H5 C 7 H5 C 7 -2.851 -1.825 2.878 75 H6 C 7 H6 C 7 -4.623 -3.323 3.625 76 H5' A 8 H5' A 8 -8.601 -7.848 -0.284 77 H5'' A 8 H5'' A 8 -7.690 -8.899 -1.387 78 H4' A 8 H4' A 8 -8.840 -6.796 -2.366 79 H3' A 8 H3' A 8 -5.879 -7.309 -2.956 80 H2' A 8 H2' A 8 -6.049 -5.354 -4.416 81 HO2' A 8 HO2' A 8 -8.874 -5.415 -4.037 82 H1' A 8 H1' A 8 -7.716 -3.910 -2.765 83 H8 A 8 H8 A 8 -4.919 -5.226 -0.578 84 H61 A 8 H61 A 8 -1.259 -0.844 -2.917 85 H62 A 8 H62 A 8 -1.452 -2.034 -1.648 86 H2 A 8 H2 A 8 -4.984 -1.001 -5.427 87 H5' U 9 H5' U 9 -7.690 -5.872 -6.483 88 H5'' U 9 H5'' U 9 -7.542 -7.152 -7.705 89 H4' U 9 H4' U 9 -6.759 -5.042 -8.659 90 H3' U 9 H3' U 9 -4.574 -7.070 -8.038 91 H2' U 9 H2' U 9 -2.940 -5.562 -8.761 92 HO2' U 9 HO2' U 9 -4.899 -3.960 -10.070 93 H1' U 9 H1' U 9 -4.303 -3.164 -8.123 94 H3 U 9 H3 U 9 -0.504 -2.498 -5.671 95 H5 U 9 H5 U 9 -2.201 -5.890 -3.890 96 H6 U 9 H6 U 9 -3.872 -5.939 -5.656 97 H5' U 10 H5' U 10 -4.352 -5.451 -12.010 98 H5'' U 10 H5'' U 10 -4.617 -6.731 -13.217 99 H4' U 10 H4' U 10 -2.850 -5.757 -14.285 100 H3' U 10 H3' U 10 -1.361 -7.222 -12.042 101 H2' U 10 H2' U 10 0.634 -6.256 -12.878 102 HO2' U 10 HO2' U 10 0.849 -5.504 -14.944 103 H1' U 10 H1' U 10 -0.489 -3.793 -13.603 104 H3 U 10 H3 U 10 2.498 -2.595 -10.337 105 H5 U 10 H5 U 10 -0.416 -4.787 -8.222 106 H6 U 10 H6 U 10 -1.470 -5.313 -10.368 107 H5' G 11 H5' G 11 0.742 -7.811 -15.471 108 H5'' G 11 H5'' G 11 1.847 -9.198 -15.451 109 H4' G 11 H4' G 11 2.840 -6.772 -15.382 110 H3' G 11 H3' G 11 3.751 -8.809 -13.266 111 H2' G 11 H2' G 11 5.443 -7.139 -12.792 112 HO2' G 11 HO2' G 11 5.592 -6.624 -15.199 113 H1' G 11 H1' G 11 3.632 -5.030 -12.910 114 H8 G 11 H8 G 11 1.894 -7.840 -11.156 115 H1 G 11 H1 G 11 6.339 -5.001 -7.500 116 H21 G 11 H21 G 11 7.592 -3.641 -8.728 117 H22 G 11 H22 G 11 7.341 -3.438 -10.446 118 H5' C 12 H5' C 12 7.378 -7.450 -14.427 119 H5'' C 12 H5'' C 12 8.481 -8.836 -14.521 120 H4' C 12 H4' C 12 9.077 -7.024 -12.822 121 H3' C 12 H3' C 12 8.754 -9.896 -11.835 122 H2' C 12 H2' C 12 9.537 -9.142 -9.743 123 HO2' C 12 HO2' C 12 10.990 -7.602 -9.561 124 H1' C 12 H1' C 12 8.405 -6.533 -9.953 125 H41 C 12 H41 C 12 5.113 -9.460 -5.358 126 H42 C 12 H42 C 12 4.036 -10.143 -6.555 127 H5 C 12 H5 C 12 4.380 -9.885 -8.933 128 H6 C 12 H6 C 12 5.822 -8.911 -10.652 129 H5' U 13 H5' U 13 13.333 -9.507 -11.061 130 H5'' U 13 H5'' U 13 13.865 -11.168 -11.403 131 H4' U 13 H4' U 13 14.134 -10.243 -8.958 132 H3' U 13 H3' U 13 12.792 -12.945 -9.532 133 H2' U 13 H2' U 13 12.490 -13.214 -7.188 134 HO2' U 13 HO2' U 13 14.518 -11.221 -6.975 135 H1' U 13 H1' U 13 12.018 -10.506 -6.610 136 H3 U 13 H3 U 13 8.095 -12.617 -5.480 137 H5 U 13 H5 U 13 7.991 -12.441 -9.681 138 H6 U 13 H6 U 13 10.323 -11.737 -9.657 139 H5' G 14 H5' G 14 15.137 -13.865 -6.326 140 H5'' G 14 H5'' G 14 16.376 -15.068 -6.740 141 H4' G 14 H4' G 14 14.935 -15.537 -4.637 142 H3' G 14 H3' G 14 15.918 -17.517 -6.467 143 H2' G 14 H2' G 14 13.757 -18.051 -7.319 144 HO2' G 14 HO2' G 14 13.008 -19.840 -6.183 145 H1' G 14 H1' G 14 12.534 -17.373 -4.600 146 H8 G 14 H8 G 14 11.091 -15.275 -7.177 147 H1 G 14 H1 G 14 8.209 -20.993 -7.270 148 H21 G 14 H21 G 14 9.436 -22.480 -6.109 149 H22 G 14 H22 G 14 10.942 -22.047 -5.332 150 H5' U 15 H5' U 15 16.747 -16.987 -1.089 151 H5'' U 15 H5'' U 15 17.698 -18.407 -0.599 152 H4' U 15 H4' U 15 14.653 -18.216 -0.771 153 H3' U 15 H3' U 15 16.166 -17.528 1.455 154 H2' U 15 H2' U 15 17.184 -19.647 1.838 155 HO2' U 15 HO2' U 15 15.771 -20.871 3.280 156 H1' U 15 H1' U 15 14.708 -21.163 1.022 157 H3 U 15 H3 U 15 17.744 -24.553 2.049 158 H5 U 15 H5 U 15 19.010 -22.952 -1.633 159 H6 U 15 H6 U 15 17.401 -21.146 -1.346 160 H5' U 16 H5' U 16 12.126 -15.409 4.025 161 H5'' U 16 H5'' U 16 11.544 -15.699 2.366 162 H4' U 16 H4' U 16 13.286 -13.362 3.280 163 H3' U 16 H3' U 16 10.453 -13.471 3.396 164 H2' U 16 H2' U 16 10.052 -13.391 1.074 165 HO2' U 16 HO2' U 16 10.893 -10.689 1.416 166 H1' U 16 H1' U 16 12.538 -11.737 0.576 167 H3 U 16 H3 U 16 11.917 -12.102 -3.890 168 H5 U 16 H5 U 16 11.045 -15.997 -2.554 169 H6 U 16 H6 U 16 11.419 -15.241 -0.267 170 H5' G 17 H5' G 17 12.716 -9.209 3.178 171 H5'' G 17 H5'' G 17 11.743 -7.773 3.559 172 H4' G 17 H4' G 17 13.210 -7.772 1.384 173 H3' G 17 H3' G 17 10.252 -6.950 1.311 174 H2' G 17 H2' G 17 10.577 -6.471 -1.020 175 HO2' G 17 HO2' G 17 13.354 -6.617 -0.377 176 H1' G 17 H1' G 17 12.186 -8.657 -1.551 177 H8 G 17 H8 G 17 9.183 -9.536 0.696 178 H1 G 17 H1 G 17 7.803 -9.397 -5.533 179 H21 G 17 H21 G 17 9.598 -8.673 -6.694 180 H22 G 17 H22 G 17 11.090 -8.219 -5.903 181 H5' U 18 H5' U 18 12.639 -4.350 -1.157 182 H5'' U 18 H5'' U 18 12.293 -2.663 -0.722 183 H4' U 18 H4' U 18 12.212 -3.014 -3.180 184 H3' U 18 H3' U 18 9.485 -2.402 -1.907 185 H2' U 18 H2' U 18 8.641 -2.305 -4.142 186 HO2' U 18 HO2' U 18 9.834 -1.561 -5.716 187 H1' U 18 H1' U 18 10.172 -4.407 -5.135 188 H3 U 18 H3 U 18 5.862 -6.055 -5.363 189 H5 U 18 H5 U 18 6.766 -6.123 -1.275 190 H6 U 18 H6 U 18 8.803 -4.890 -1.741 191 H5' C 19 H5' C 19 10.937 0.975 -4.862 192 H5'' C 19 H5'' C 19 10.036 2.448 -4.439 193 H4' C 19 H4' C 19 9.902 1.877 -6.867 194 H3' C 19 H3' C 19 7.243 1.726 -5.368 195 H2' C 19 H2' C 19 6.264 1.469 -7.545 196 HO2' C 19 HO2' C 19 7.173 2.391 -9.210 197 H1' C 19 H1' C 19 8.171 -0.372 -8.405 198 H41 C 19 H41 C 19 3.379 -4.048 -6.274 199 H42 C 19 H42 C 19 3.885 -3.812 -4.616 200 H5 C 19 H5 C 19 5.748 -2.389 -3.983 201 H6 C 19 H6 C 19 7.357 -0.709 -4.820 202 H5' G 20 H5' G 20 6.624 5.541 -8.298 203 H5'' G 20 H5'' G 20 5.380 6.432 -7.395 204 H4' G 20 H4' G 20 4.831 5.648 -9.831 205 H3' G 20 H3' G 20 2.922 5.115 -7.494 206 H2' G 20 H2' G 20 1.447 4.056 -9.069 207 HO2' G 20 HO2' G 20 3.125 5.268 -11.029 208 H1' G 20 H1' G 20 3.339 2.635 -10.389 209 H8 G 20 H8 G 20 4.481 2.754 -6.816 210 H1 G 20 H1 G 20 -0.319 -1.385 -7.791 211 H21 G 20 H21 G 20 -1.186 -1.100 -9.813 212 H22 G 20 H22 G 20 -0.591 0.118 -10.919 213 H5' U 21 H5' U 21 0.164 5.645 -10.616 214 H5'' U 21 H5'' U 21 -1.009 6.842 -10.038 215 H4' U 21 H4' U 21 -2.106 4.703 -10.652 216 H3' U 21 H3' U 21 -2.177 5.289 -7.650 217 H2' U 21 H2' U 21 -3.801 3.527 -7.584 218 HO2' U 21 HO2' U 21 -3.719 3.348 -10.426 219 H1' U 21 H1' U 21 -2.365 1.874 -9.356 220 H3 U 21 H3 U 21 -2.315 -0.126 -5.229 221 H5 U 21 H5 U 21 0.779 2.708 -5.109 222 H6 U 21 H6 U 21 -0.073 3.600 -7.179 223 H5' G 22 H5' G 22 -6.225 5.424 -9.236 224 H5'' G 22 H5'' G 22 -7.210 6.704 -8.490 225 H4' G 22 H4' G 22 -8.306 4.470 -8.384 226 H3' G 22 H3' G 22 -7.523 5.678 -5.669 227 H2' G 22 H2' G 22 -8.560 3.673 -4.693 228 HO2' G 22 HO2' G 22 -9.516 3.063 -7.298 229 H1' G 22 H1' G 22 -7.656 1.906 -6.417 230 H8 G 22 H8 G 22 -4.966 4.519 -5.709 231 H1 G 22 H1 G 22 -5.379 -0.089 -1.262 232 H21 G 22 H21 G 22 -7.208 -1.310 -1.592 233 H22 G 22 H22 G 22 -8.316 -1.000 -2.909 234 H5' U 23 H5' U 23 -11.235 3.736 -5.421 235 H5'' U 23 H5'' U 23 -12.444 4.792 -4.661 236 H4' U 23 H4' U 23 -12.359 2.666 -3.454 237 H3' U 23 H3' U 23 -11.052 4.963 -1.920 238 H2' U 23 H2' U 23 -10.961 3.434 -0.079 239 HO2' U 23 HO2' U 23 -12.522 1.616 -1.599 240 H1' U 23 H1' U 23 -10.229 1.237 -1.584 241 H3 U 23 H3 U 23 -6.442 2.039 0.792 242 H5 U 23 H5 U 23 -6.417 4.988 -2.194 243 H6 U 23 H6 U 23 -8.642 4.281 -2.787 244 H5' G 24 H5' G 24 -14.344 3.340 -0.076 245 H5'' G 24 H5'' G 24 -15.487 4.271 0.916 246 H4' G 24 H4' G 24 -14.464 2.486 2.261 247 H3' G 24 H3' G 24 -13.517 5.307 2.978 248 H2' G 24 H2' G 24 -12.120 4.374 4.641 249 HO2' G 24 HO2' G 24 -13.545 1.907 4.451 250 H1' G 24 H1' G 24 -11.643 1.904 3.321 251 H8 G 24 H8 G 24 -10.842 4.892 1.141 252 H1 G 24 H1 G 24 -6.197 3.485 5.322 253 H21 G 24 H21 G 24 -6.943 2.062 6.851 254 H22 G 24 H22 G 24 -8.574 1.433 6.825 255 H5' U 25 H5' U 25 -17.590 5.430 6.390 256 H5'' U 25 H5'' U 25 -16.717 6.602 7.393 257 H4' U 25 H4' U 25 -16.166 4.935 8.821 258 H3' U 25 H3' U 25 -14.656 3.884 6.419 259 H2' U 25 H2' U 25 -14.780 1.674 7.124 260 HO2' U 25 HO2' U 25 -14.666 2.810 9.734 261 H1' U 25 H1' U 25 -16.912 1.942 9.051 262 H3 U 25 H3 U 25 -18.063 0.959 3.894 263 H5 U 25 H5 U 25 -18.710 -1.828 6.981 264 H6 U 25 H6 U 25 -17.699 -0.267 8.543 265 H5' G 26 H5' G 26 -12.749 4.537 10.439 266 H5'' G 26 H5'' G 26 -12.780 6.261 10.874 267 H4' G 26 H4' G 26 -11.084 4.758 12.126 268 H3' G 26 H3' G 26 -10.197 7.320 10.718 269 H2' G 26 H2' G 26 -7.951 6.857 11.421 270 HO2' G 26 HO2' G 26 -9.155 4.917 13.135 271 H1' G 26 H1' G 26 -7.952 4.190 10.868 272 H8 G 26 H8 G 26 -10.018 5.826 8.140 273 H1 G 26 H1 G 26 -3.736 6.724 7.280 274 H21 G 26 H21 G 26 -2.626 6.177 9.159 275 H22 G 26 H22 G 26 -3.443 5.562 10.578 276 H5' A 27 H5' A 27 -8.432 6.813 14.572 277 H5'' A 27 H5'' A 27 -8.540 8.272 15.584 278 H4' A 27 H4' A 27 -6.241 7.303 15.574 279 H3' A 27 H3' A 27 -6.488 10.036 14.193 280 H2' A 27 H2' A 27 -4.086 9.975 14.025 281 HO2' A 27 HO2' A 27 -2.900 8.242 14.996 282 H1' A 27 H1' A 27 -3.966 7.423 13.109 283 H8 A 27 H8 A 27 -7.162 9.011 11.706 284 H61 A 27 H61 A 27 -3.688 11.445 7.237 285 H62 A 27 H62 A 27 -5.318 11.091 7.764 286 H2 A 27 H2 A 27 -0.930 9.827 10.393 287 H5' C 28 H5' C 28 -2.966 10.005 16.657 288 H5'' C 28 H5'' C 28 -2.974 11.454 17.688 289 H4' C 28 H4' C 28 -0.809 11.187 16.480 290 H3' C 28 H3' C 28 -2.491 13.558 15.475 291 H2' C 28 H2' C 28 -0.495 14.181 14.232 292 HO2' C 28 HO2' C 28 0.991 11.986 15.143 293 H1' C 28 H1' C 28 -0.072 11.631 13.304 294 H41 C 28 H41 C 28 -3.870 14.362 8.968 295 H42 C 28 H42 C 28 -5.283 13.877 9.879 296 H5 C 28 H5 C 28 -5.150 12.830 12.056 297 H6 C 28 H6 C 28 -3.641 12.103 13.823 298 H5' C 29 H5' C 29 1.180 15.120 16.261 299 H5'' C 29 H5'' C 29 1.128 16.654 17.159 300 H4' C 29 H4' C 29 2.394 16.883 15.044 301 H3' C 29 H3' C 29 -0.307 18.370 15.036 302 H2' C 29 H2' C 29 0.356 19.233 12.857 303 HO2' C 29 HO2' C 29 2.405 19.550 12.379 304 H1' C 29 H1' C 29 1.595 16.947 11.999 305 H41 C 29 H41 C 29 -4.140 17.070 9.229 306 H42 C 29 H42 C 29 -4.890 16.438 10.677 307 H5 C 29 H5 C 29 -3.689 16.161 12.763 308 H6 C 29 H6 C 29 -1.518 16.329 13.849 Start of MODEL 7 1 H5' G 1 H5' G 1 -7.428 19.098 0.470 2 H5'' G 1 H5'' G 1 -6.276 17.948 -0.251 3 H4' G 1 H4' G 1 -5.071 19.958 0.466 4 H3' G 1 H3' G 1 -4.528 17.476 2.152 5 H2' G 1 H2' G 1 -3.105 18.760 3.584 6 HO2' G 1 HO2' G 1 -2.228 19.929 1.627 7 H1' G 1 H1' G 1 -4.684 20.988 3.772 8 H8 G 1 H8 G 1 -7.390 18.543 3.676 9 H1 G 1 H1 G 1 -4.072 18.105 9.154 10 H21 G 1 H21 G 1 -2.158 19.222 8.983 11 H22 G 1 H22 G 1 -1.695 20.066 7.522 12 H5' G 2 H5' G 2 -0.469 18.694 1.598 13 H5'' G 2 H5'' G 2 0.436 17.310 0.941 14 H4' G 2 H4' G 2 1.374 18.187 3.114 15 H3' G 2 H3' G 2 0.271 15.319 3.149 16 H2' G 2 H2' G 2 0.975 15.184 5.456 17 HO2' G 2 HO2' G 2 2.610 16.374 6.238 18 H1' G 2 H1' G 2 0.323 17.790 6.134 19 H8 G 2 H8 G 2 -2.411 16.302 4.006 20 H1 G 2 H1 G 2 -2.545 14.193 10.046 21 H21 G 2 H21 G 2 -0.627 14.668 11.067 22 H22 G 2 H22 G 2 0.665 15.539 10.273 23 H5' U 3 H5' U 3 3.807 14.833 4.910 24 H5'' U 3 H5'' U 3 4.883 13.709 4.046 25 H4' U 3 H4' U 3 4.816 12.929 6.301 26 H3' U 3 H3' U 3 2.869 11.281 4.601 27 H2' U 3 H2' U 3 2.403 10.002 6.555 28 HO2' U 3 HO2' U 3 4.660 11.214 7.807 29 H1' U 3 H1' U 3 2.614 12.116 8.379 30 H3 U 3 H3 U 3 -1.761 11.229 8.932 31 H5 U 3 H5 U 3 -1.550 12.490 4.930 32 H6 U 3 H6 U 3 0.844 12.590 5.174 33 H5' C 4 H5' C 4 5.451 8.619 6.785 34 H5'' C 4 H5'' C 4 5.482 6.993 6.072 35 H4' C 4 H4' C 4 4.393 7.321 8.430 36 H3' C 4 H3' C 4 2.844 5.863 6.220 37 H2' C 4 H2' C 4 1.256 5.349 7.942 38 HO2' C 4 HO2' C 4 1.846 6.045 10.193 39 H1' C 4 H1' C 4 1.423 7.897 9.138 40 H41 C 4 H41 C 4 -3.980 7.973 5.733 41 H42 C 4 H42 C 4 -3.092 8.331 4.269 42 H5 C 4 H5 C 4 -0.664 8.421 4.183 43 H6 C 4 H6 C 4 1.407 8.108 5.469 44 H5' U 5 H5' U 5 2.339 3.277 9.148 45 H5'' U 5 H5'' U 5 2.360 1.608 8.540 46 H4' U 5 H4' U 5 0.126 2.345 9.428 47 H3' U 5 H3' U 5 0.257 1.533 6.484 48 H2' U 5 H2' U 5 -2.162 1.904 6.438 49 HO2' U 5 HO2' U 5 -2.026 2.072 9.280 50 H1' U 5 H1' U 5 -2.217 4.091 8.021 51 H3 U 5 H3 U 5 -3.462 5.445 3.732 52 H5 U 5 H5 U 5 0.733 5.283 3.607 53 H6 U 5 H6 U 5 0.718 4.249 5.809 54 H5' A 6 H5' A 6 -2.100 -1.258 9.074 55 H5'' A 6 H5'' A 6 -1.809 -2.989 8.783 56 H4' A 6 H4' A 6 -4.203 -2.648 8.771 57 H3' A 6 H3' A 6 -3.080 -2.986 5.949 58 H2' A 6 H2' A 6 -5.334 -2.764 5.109 59 HO2' A 6 HO2' A 6 -6.222 -2.745 7.826 60 H1' A 6 H1' A 6 -5.993 -0.599 6.594 61 H8 A 6 H8 A 6 -2.236 -0.519 5.846 62 H61 A 6 H61 A 6 -3.635 2.772 0.823 63 H62 A 6 H62 A 6 -2.344 2.228 1.871 64 H2 A 6 H2 A 6 -7.456 1.119 2.493 65 H5' C 7 H5' C 7 -6.194 -5.237 5.793 66 H5'' C 7 H5'' C 7 -6.002 -6.767 4.915 67 H4' C 7 H4' C 7 -7.601 -5.203 3.807 68 H3' C 7 H3' C 7 -5.030 -5.670 2.187 69 H2' C 7 H2' C 7 -6.271 -4.609 0.407 70 HO2' C 7 HO2' C 7 -8.451 -4.417 0.427 71 H1' C 7 H1' C 7 -7.427 -2.698 2.130 72 H41 C 7 H41 C 7 -2.617 0.254 -0.852 73 H42 C 7 H42 C 7 -1.568 -0.135 0.493 74 H5 C 7 H5 C 7 -2.254 -1.552 2.329 75 H6 C 7 H6 C 7 -4.055 -2.948 3.205 76 H5' A 8 H5' A 8 -7.960 -7.605 -0.298 77 H5'' A 8 H5'' A 8 -7.113 -8.707 -1.401 78 H4' A 8 H4' A 8 -8.215 -6.613 -2.412 79 H3' A 8 H3' A 8 -5.269 -7.170 -3.016 80 H2' A 8 H2' A 8 -5.452 -5.248 -4.534 81 HO2' A 8 HO2' A 8 -7.622 -4.384 -4.903 82 H1' A 8 H1' A 8 -7.097 -3.762 -2.902 83 H8 A 8 H8 A 8 -4.266 -4.948 -0.698 84 H61 A 8 H61 A 8 -0.622 -0.727 -3.341 85 H62 A 8 H62 A 8 -0.804 -1.845 -2.007 86 H2 A 8 H2 A 8 -4.385 -1.002 -5.786 87 H5' U 9 H5' U 9 -7.222 -5.870 -6.525 88 H5'' U 9 H5'' U 9 -7.207 -7.240 -7.655 89 H4' U 9 H4' U 9 -6.468 -5.235 -8.837 90 H3' U 9 H3' U 9 -4.318 -7.291 -8.236 91 H2' U 9 H2' U 9 -2.651 -5.901 -9.073 92 HO2' U 9 HO2' U 9 -2.948 -4.568 -10.765 93 H1' U 9 H1' U 9 -3.870 -3.398 -8.565 94 H3 U 9 H3 U 9 -0.040 -2.691 -6.191 95 H5 U 9 H5 U 9 -1.762 -5.981 -4.240 96 H6 U 9 H6 U 9 -3.451 -6.085 -5.988 97 H5' U 10 H5' U 10 -4.219 -5.931 -12.283 98 H5'' U 10 H5'' U 10 -4.543 -7.255 -13.426 99 H4' U 10 H4' U 10 -2.744 -6.405 -14.545 100 H3' U 10 H3' U 10 -1.301 -7.815 -12.236 101 H2' U 10 H2' U 10 0.719 -6.980 -13.144 102 HO2' U 10 HO2' U 10 0.981 -6.505 -15.247 103 H1' U 10 H1' U 10 -0.332 -4.529 -14.032 104 H3 U 10 H3 U 10 2.793 -3.148 -10.981 105 H5 U 10 H5 U 10 0.002 -5.226 -8.604 106 H6 U 10 H6 U 10 -1.175 -5.842 -10.655 107 H5' G 11 H5' G 11 0.645 -8.716 -15.661 108 H5'' G 11 H5'' G 11 1.709 -10.135 -15.629 109 H4' G 11 H4' G 11 2.769 -7.731 -15.679 110 H3' G 11 H3' G 11 3.719 -9.709 -13.518 111 H2' G 11 H2' G 11 5.473 -8.059 -13.207 112 HO2' G 11 HO2' G 11 5.886 -6.474 -14.674 113 H1' G 11 H1' G 11 3.677 -5.916 -13.358 114 H8 G 11 H8 G 11 2.040 -8.615 -11.344 115 H1 G 11 H1 G 11 6.692 -5.586 -8.126 116 H21 G 11 H21 G 11 7.886 -4.325 -9.506 117 H22 G 11 H22 G 11 7.540 -4.228 -11.218 118 H5' C 12 H5' C 12 7.353 -8.445 -15.003 119 H5'' C 12 H5'' C 12 8.404 -9.867 -15.168 120 H4' C 12 H4' C 12 9.277 -8.032 -13.633 121 H3' C 12 H3' C 12 8.825 -10.777 -12.334 122 H2' C 12 H2' C 12 9.995 -9.871 -10.463 123 HO2' C 12 HO2' C 12 11.220 -7.986 -10.595 124 H1' C 12 H1' C 12 8.824 -7.269 -10.752 125 H41 C 12 H41 C 12 5.876 -9.885 -5.778 126 H42 C 12 H42 C 12 4.728 -10.653 -6.852 127 H5 C 12 H5 C 12 4.922 -10.572 -9.260 128 H6 C 12 H6 C 12 6.232 -9.701 -11.131 129 H5' U 13 H5' U 13 12.749 -10.331 -10.884 130 H5'' U 13 H5'' U 13 13.517 -11.905 -11.192 131 H4' U 13 H4' U 13 13.370 -11.248 -8.734 132 H3' U 13 H3' U 13 11.929 -13.821 -9.592 133 H2' U 13 H2' U 13 11.381 -14.154 -7.297 134 HO2' U 13 HO2' U 13 12.475 -13.006 -5.633 135 H1' U 13 H1' U 13 11.067 -11.413 -6.665 136 H3 U 13 H3 U 13 6.981 -13.339 -5.810 137 H5 U 13 H5 U 13 7.139 -13.077 -10.009 138 H6 U 13 H6 U 13 9.496 -12.484 -9.830 139 H5' G 14 H5' G 14 13.664 -15.087 -6.089 140 H5'' G 14 H5'' G 14 14.811 -16.392 -6.449 141 H4' G 14 H4' G 14 13.018 -16.842 -4.619 142 H3' G 14 H3' G 14 14.053 -18.768 -6.511 143 H2' G 14 H2' G 14 11.967 -19.068 -7.607 144 HO2' G 14 HO2' G 14 10.673 -20.621 -6.233 145 H1' G 14 H1' G 14 10.493 -18.367 -5.024 146 H8 G 14 H8 G 14 9.592 -15.976 -7.554 147 H1 G 14 H1 G 14 6.245 -21.349 -8.530 148 H21 G 14 H21 G 14 7.184 -23.048 -7.389 149 H22 G 14 H22 G 14 8.614 -22.835 -6.404 150 H5' U 15 H5' U 15 12.240 -18.159 -2.465 151 H5'' U 15 H5'' U 15 13.508 -16.984 -2.044 152 H4' U 15 H4' U 15 11.999 -17.306 -0.137 153 H3' U 15 H3' U 15 14.801 -17.643 0.155 154 H2' U 15 H2' U 15 14.851 -19.939 0.561 155 HO2' U 15 HO2' U 15 14.273 -20.353 2.860 156 H1' U 15 H1' U 15 12.118 -20.010 1.817 157 H3 U 15 H3 U 15 12.666 -24.531 1.799 158 H5 U 15 H5 U 15 13.343 -23.466 -2.218 159 H6 U 15 H6 U 15 13.159 -21.124 -1.575 160 H5' U 16 H5' U 16 11.360 -14.777 5.018 161 H5'' U 16 H5'' U 16 10.421 -15.383 3.635 162 H4' U 16 H4' U 16 12.739 -13.402 3.452 163 H3' U 16 H3' U 16 10.002 -12.758 4.110 164 H2' U 16 H2' U 16 9.176 -12.909 1.914 165 HO2' U 16 HO2' U 16 9.235 -10.656 2.248 166 H1' U 16 H1' U 16 11.902 -12.239 0.755 167 H3 U 16 H3 U 16 10.249 -12.875 -3.424 168 H5 U 16 H5 U 16 8.704 -16.183 -1.325 169 H6 U 16 H6 U 16 9.716 -15.299 0.710 170 H5' G 17 H5' G 17 13.215 -9.094 2.865 171 H5'' G 17 H5'' G 17 12.458 -7.502 3.071 172 H4' G 17 H4' G 17 13.761 -8.005 0.854 173 H3' G 17 H3' G 17 10.920 -6.841 0.785 174 H2' G 17 H2' G 17 11.172 -6.728 -1.593 175 HO2' G 17 HO2' G 17 13.954 -7.078 -1.060 176 H1' G 17 H1' G 17 12.598 -9.116 -1.850 177 H8 G 17 H8 G 17 9.576 -9.688 0.392 178 H1 G 17 H1 G 17 8.122 -9.493 -5.818 179 H21 G 17 H21 G 17 9.923 -8.820 -7.000 180 H22 G 17 H22 G 17 11.440 -8.426 -6.227 181 H5' U 18 H5' U 18 13.288 -4.873 -2.247 182 H5'' U 18 H5'' U 18 13.243 -3.141 -1.861 183 H4' U 18 H4' U 18 12.803 -3.404 -4.232 184 H3' U 18 H3' U 18 10.226 -2.762 -2.701 185 H2' U 18 H2' U 18 9.171 -2.626 -4.838 186 HO2' U 18 HO2' U 18 11.820 -2.469 -5.865 187 H1' U 18 H1' U 18 10.572 -4.733 -6.009 188 H3 U 18 H3 U 18 6.280 -6.417 -5.894 189 H5 U 18 H5 U 18 7.424 -6.343 -1.870 190 H6 U 18 H6 U 18 9.440 -5.149 -2.501 191 H5' C 19 H5' C 19 11.550 0.669 -5.761 192 H5'' C 19 H5'' C 19 10.591 2.102 -5.330 193 H4' C 19 H4' C 19 10.436 1.461 -7.753 194 H3' C 19 H3' C 19 7.815 1.312 -6.193 195 H2' C 19 H2' C 19 6.800 0.992 -8.342 196 HO2' C 19 HO2' C 19 7.738 1.559 -10.195 197 H1' C 19 H1' C 19 8.732 -0.834 -9.200 198 H41 C 19 H41 C 19 3.950 -4.480 -6.988 199 H42 C 19 H42 C 19 4.429 -4.172 -5.334 200 H5 C 19 H5 C 19 6.296 -2.745 -4.737 201 H6 C 19 H6 C 19 7.901 -1.085 -5.607 202 H5' G 20 H5' G 20 7.213 4.859 -9.435 203 H5'' G 20 H5'' G 20 6.095 5.919 -8.543 204 H4' G 20 H4' G 20 5.337 5.132 -10.886 205 H3' G 20 H3' G 20 3.548 4.697 -8.439 206 H2' G 20 H2' G 20 1.933 3.685 -9.909 207 HO2' G 20 HO2' G 20 3.578 4.526 -12.088 208 H1' G 20 H1' G 20 3.673 2.167 -11.314 209 H8 G 20 H8 G 20 5.016 2.365 -7.791 210 H1 G 20 H1 G 20 0.169 -1.782 -8.443 211 H21 G 20 H21 G 20 -0.800 -1.533 -10.424 212 H22 G 20 H22 G 20 -0.253 -0.346 -11.586 213 H5' U 21 H5' U 21 0.675 5.423 -11.359 214 H5'' U 21 H5'' U 21 -0.445 6.634 -10.706 215 H4' U 21 H4' U 21 -1.572 4.478 -11.305 216 H3' U 21 H3' U 21 -1.594 5.156 -8.321 217 H2' U 21 H2' U 21 -3.190 3.377 -8.152 218 HO2' U 21 HO2' U 21 -4.429 2.784 -9.784 219 H1' U 21 H1' U 21 -1.814 1.684 -9.923 220 H3 U 21 H3 U 21 -1.642 -0.179 -5.720 221 H5 U 21 H5 U 21 1.512 2.594 -5.843 222 H6 U 21 H6 U 21 0.581 3.432 -7.900 223 H5' G 22 H5' G 22 -5.800 5.591 -9.882 224 H5'' G 22 H5'' G 22 -6.669 6.850 -8.975 225 H4' G 22 H4' G 22 -7.785 4.574 -8.978 226 H3' G 22 H3' G 22 -6.995 5.779 -6.266 227 H2' G 22 H2' G 22 -7.979 3.774 -5.275 228 HO2' G 22 HO2' G 22 -9.217 2.355 -6.589 229 H1' G 22 H1' G 22 -7.099 2.004 -7.033 230 H8 G 22 H8 G 22 -4.351 4.550 -6.391 231 H1 G 22 H1 G 22 -4.857 0.088 -1.811 232 H21 G 22 H21 G 22 -6.743 -1.062 -2.069 233 H22 G 22 H22 G 22 -7.856 -0.755 -3.382 234 H5' U 23 H5' U 23 -10.672 3.765 -5.854 235 H5'' U 23 H5'' U 23 -11.861 4.860 -5.123 236 H4' U 23 H4' U 23 -11.761 2.783 -3.831 237 H3' U 23 H3' U 23 -10.446 5.145 -2.402 238 H2' U 23 H2' U 23 -10.296 3.689 -0.501 239 HO2' U 23 HO2' U 23 -11.327 1.592 -0.565 240 H1' U 23 H1' U 23 -9.594 1.425 -1.956 241 H3 U 23 H3 U 23 -5.754 2.346 0.303 242 H5 U 23 H5 U 23 -5.760 5.056 -2.899 243 H6 U 23 H6 U 23 -8.013 4.351 -3.373 244 H5' G 24 H5' G 24 -13.875 3.938 -0.297 245 H5'' G 24 H5'' G 24 -14.805 5.153 0.612 246 H4' G 24 H4' G 24 -13.810 3.422 2.098 247 H3' G 24 H3' G 24 -12.707 6.259 2.418 248 H2' G 24 H2' G 24 -11.248 5.452 4.102 249 HO2' G 24 HO2' G 24 -13.183 4.283 5.070 250 H1' G 24 H1' G 24 -10.979 2.818 3.069 251 H8 G 24 H8 G 24 -10.109 5.488 0.527 252 H1 G 24 H1 G 24 -5.341 4.163 4.597 253 H21 G 24 H21 G 24 -6.097 2.968 6.306 254 H22 G 24 H22 G 24 -7.767 2.465 6.429 255 H5' U 25 H5' U 25 -15.304 3.861 5.597 256 H5'' U 25 H5'' U 25 -16.123 4.975 6.712 257 H4' U 25 H4' U 25 -15.142 4.026 8.559 258 H3' U 25 H3' U 25 -12.627 4.373 7.183 259 H2' U 25 H2' U 25 -12.253 2.137 6.640 260 HO2' U 25 HO2' U 25 -11.132 2.564 8.781 261 H1' U 25 H1' U 25 -14.084 1.092 8.790 262 H3 U 25 H3 U 25 -14.540 -0.511 3.680 263 H5 U 25 H5 U 25 -13.672 -3.136 6.851 264 H6 U 25 H6 U 25 -13.593 -1.228 8.352 265 H5' G 26 H5' G 26 -11.893 3.689 11.599 266 H5'' G 26 H5'' G 26 -12.297 5.079 12.635 267 H4' G 26 H4' G 26 -10.266 3.971 13.472 268 H3' G 26 H3' G 26 -9.784 6.713 12.209 269 H2' G 26 H2' G 26 -7.446 6.454 12.674 270 HO2' G 26 HO2' G 26 -7.294 5.641 14.684 271 H1' G 26 H1' G 26 -7.215 3.856 11.904 272 H8 G 26 H8 G 26 -9.731 5.608 9.624 273 H1 G 26 H1 G 26 -3.659 6.700 7.929 274 H21 G 26 H21 G 26 -2.278 6.002 9.553 275 H22 G 26 H22 G 26 -2.863 5.237 11.014 276 H5' A 27 H5' A 27 -7.944 6.556 16.491 277 H5'' A 27 H5'' A 27 -8.138 8.189 17.169 278 H4' A 27 H4' A 27 -5.766 7.235 17.240 279 H3' A 27 H3' A 27 -6.224 9.871 15.737 280 H2' A 27 H2' A 27 -3.813 9.943 15.467 281 HO2' A 27 HO2' A 27 -2.737 9.153 17.122 282 H1' A 27 H1' A 27 -3.593 7.393 14.613 283 H8 A 27 H8 A 27 -7.014 8.715 13.453 284 H61 A 27 H61 A 27 -4.135 11.161 8.588 285 H62 A 27 H62 A 27 -5.682 10.736 9.286 286 H2 A 27 H2 A 27 -0.988 9.830 11.507 287 H5' C 28 H5' C 28 -2.904 10.816 18.475 288 H5'' C 28 H5'' C 28 -3.190 12.453 19.113 289 H4' C 28 H4' C 28 -0.989 12.101 17.808 290 H3' C 28 H3' C 28 -2.983 14.211 16.759 291 H2' C 28 H2' C 28 -1.234 14.845 15.214 292 HO2' C 28 HO2' C 28 0.459 14.500 16.923 293 H1' C 28 H1' C 28 -0.599 12.223 14.566 294 H41 C 28 H41 C 28 -5.027 14.046 10.341 295 H42 C 28 H42 C 28 -6.273 13.376 11.370 296 H5 C 28 H5 C 28 -5.838 12.620 13.630 297 H6 C 28 H6 C 28 -4.115 12.223 15.300 298 H5' C 29 H5' C 29 0.597 16.727 17.122 299 H5'' C 29 H5'' C 29 0.018 18.275 17.778 300 H4' C 29 H4' C 29 1.190 18.309 15.462 301 H3' C 29 H3' C 29 -1.629 19.516 15.774 302 H2' C 29 H2' C 29 -1.515 20.130 13.449 303 HO2' C 29 HO2' C 29 0.739 21.011 13.893 304 H1' C 29 H1' C 29 0.070 17.972 12.640 305 H41 C 29 H41 C 29 -5.783 16.891 10.373 306 H42 C 29 H42 C 29 -6.277 16.226 11.914 307 H5 C 29 H5 C 29 -4.910 16.414 13.914 308 H6 C 29 H6 C 29 -2.702 16.970 14.769 Start of MODEL 8 1 H5' G 1 H5' G 1 -3.809 21.045 -0.313 2 H5'' G 1 H5'' G 1 -3.179 19.689 -1.278 3 H4' G 1 H4' G 1 -1.279 20.741 -0.238 4 H3' G 1 H3' G 1 -2.053 18.125 1.104 5 H2' G 1 H2' G 1 -0.375 18.468 2.775 6 HO2' G 1 HO2' G 1 0.623 20.699 1.325 7 H1' G 1 H1' G 1 -0.741 21.130 3.183 8 H8 G 1 H8 G 1 -4.221 19.989 2.549 9 H1 G 1 H1 G 1 -2.138 18.376 8.404 10 H21 G 1 H21 G 1 0.060 18.678 8.543 11 H22 G 1 H22 G 1 1.012 19.272 7.201 12 H5' G 2 H5' G 2 1.997 18.241 1.149 13 H5'' G 2 H5'' G 2 2.782 16.703 0.731 14 H4' G 2 H4' G 2 3.302 17.538 3.070 15 H3' G 2 H3' G 2 1.815 14.863 2.834 16 H2' G 2 H2' G 2 2.038 14.667 5.206 17 HO2' G 2 HO2' G 2 3.564 15.787 6.366 18 H1' G 2 H1' G 2 1.727 17.419 5.734 19 H8 G 2 H8 G 2 -0.987 16.427 3.373 20 H1 G 2 H1 G 2 -2.108 14.363 9.324 21 H21 G 2 H21 G 2 -0.242 14.458 10.532 22 H22 G 2 H22 G 2 1.264 15.064 9.881 23 H5' U 3 H5' U 3 4.990 13.920 5.084 24 H5'' U 3 H5'' U 3 6.015 12.616 4.437 25 H4' U 3 H4' U 3 5.489 11.962 6.668 26 H3' U 3 H3' U 3 3.563 10.536 4.755 27 H2' U 3 H2' U 3 2.675 9.435 6.671 28 HO2' U 3 HO2' U 3 5.113 10.210 7.904 29 H1' U 3 H1' U 3 2.980 11.596 8.429 30 H3 U 3 H3 U 3 -1.511 11.192 8.480 31 H5 U 3 H5 U 3 -0.698 12.457 4.560 32 H6 U 3 H6 U 3 1.650 12.231 5.062 33 H5' C 4 H5' C 4 5.455 7.778 7.535 34 H5'' C 4 H5'' C 4 5.492 6.121 6.894 35 H4' C 4 H4' C 4 4.194 6.500 9.091 36 H3' C 4 H3' C 4 2.705 5.246 6.720 37 H2' C 4 H2' C 4 0.938 4.846 8.295 38 HO2' C 4 HO2' C 4 2.899 4.609 10.043 39 H1' C 4 H1' C 4 1.198 7.342 9.541 40 H41 C 4 H41 C 4 -3.703 8.074 5.498 41 H42 C 4 H42 C 4 -2.596 8.359 4.173 42 H5 C 4 H5 C 4 -0.199 8.153 4.385 43 H6 C 4 H6 C 4 1.645 7.584 5.904 44 H5' U 5 H5' U 5 1.726 2.829 9.787 45 H5'' U 5 H5'' U 5 1.678 1.133 9.266 46 H4' U 5 H4' U 5 -0.540 1.958 10.048 47 H3' U 5 H3' U 5 -0.411 1.256 7.066 48 H2' U 5 H2' U 5 -2.835 1.564 7.132 49 HO2' U 5 HO2' U 5 -3.961 1.589 9.018 50 H1' U 5 H1' U 5 -2.790 3.774 8.702 51 H3 U 5 H3 U 5 -4.164 5.098 4.441 52 H5 U 5 H5 U 5 0.020 4.861 4.173 53 H6 U 5 H6 U 5 0.063 3.860 6.387 54 H5' A 6 H5' A 6 -2.846 -1.428 9.259 55 H5'' A 6 H5'' A 6 -2.670 -3.182 9.021 56 H4' A 6 H4' A 6 -5.015 -2.670 8.795 57 H3' A 6 H3' A 6 -3.701 -3.072 6.059 58 H2' A 6 H2' A 6 -5.896 -2.751 5.094 59 HO2' A 6 HO2' A 6 -7.726 -2.469 6.537 60 H1' A 6 H1' A 6 -6.533 -0.561 6.559 61 H8 A 6 H8 A 6 -2.742 -0.509 5.957 62 H61 A 6 H61 A 6 -4.003 2.758 0.838 63 H62 A 6 H62 A 6 -2.739 2.278 1.947 64 H2 A 6 H2 A 6 -7.808 1.023 2.349 65 H5' C 7 H5' C 7 -7.072 -5.106 5.859 66 H5'' C 7 H5'' C 7 -6.974 -6.662 5.009 67 H4' C 7 H4' C 7 -8.518 -5.065 3.887 68 H3' C 7 H3' C 7 -5.972 -5.633 2.255 69 H2' C 7 H2' C 7 -7.174 -4.536 0.474 70 HO2' C 7 HO2' C 7 -9.316 -4.444 0.410 71 H1' C 7 H1' C 7 -8.270 -2.576 2.187 72 H41 C 7 H41 C 7 -3.378 0.217 -0.815 73 H42 C 7 H42 C 7 -2.341 -0.194 0.531 74 H5 C 7 H5 C 7 -3.065 -1.583 2.374 75 H6 C 7 H6 C 7 -4.899 -2.929 3.253 76 H5' A 8 H5' A 8 -9.049 -7.204 -0.285 77 H5'' A 8 H5'' A 8 -8.302 -8.384 -1.381 78 H4' A 8 H4' A 8 -9.231 -6.240 -2.430 79 H3' A 8 H3' A 8 -6.321 -6.991 -2.992 80 H2' A 8 H2' A 8 -6.338 -5.056 -4.503 81 HO2' A 8 HO2' A 8 -9.169 -4.959 -4.160 82 H1' A 8 H1' A 8 -7.925 -3.464 -2.922 83 H8 A 8 H8 A 8 -5.218 -4.799 -0.654 84 H61 A 8 H61 A 8 -1.250 -0.874 -3.281 85 H62 A 8 H62 A 8 -1.529 -1.959 -1.938 86 H2 A 8 H2 A 8 -4.982 -0.908 -5.781 87 H5' U 9 H5' U 9 -7.922 -5.498 -6.562 88 H5'' U 9 H5'' U 9 -7.888 -6.823 -7.744 89 H4' U 9 H4' U 9 -6.835 -4.857 -8.733 90 H3' U 9 H3' U 9 -4.915 -7.086 -7.945 91 H2' U 9 H2' U 9 -3.109 -5.804 -8.695 92 HO2' U 9 HO2' U 9 -4.906 -4.129 -10.149 93 H1' U 9 H1' U 9 -4.213 -3.247 -8.195 94 H3 U 9 H3 U 9 -0.464 -2.825 -5.611 95 H5 U 9 H5 U 9 -2.503 -6.011 -3.806 96 H6 U 9 H6 U 9 -4.102 -5.982 -5.639 97 H5' U 10 H5' U 10 -4.601 -5.686 -11.873 98 H5'' U 10 H5'' U 10 -4.920 -6.887 -13.146 99 H4' U 10 H4' U 10 -3.062 -5.988 -14.119 100 H3' U 10 H3' U 10 -1.735 -7.632 -11.896 101 H2' U 10 H2' U 10 0.328 -6.807 -12.695 102 HO2' U 10 HO2' U 10 -1.043 -5.922 -15.042 103 H1' U 10 H1' U 10 -0.637 -4.262 -13.423 104 H3 U 10 H3 U 10 2.510 -3.161 -10.283 105 H5 U 10 H5 U 10 -0.385 -5.247 -8.039 106 H6 U 10 H6 U 10 -1.518 -5.783 -10.142 107 H5' G 11 H5' G 11 0.259 -8.330 -15.361 108 H5'' G 11 H5'' G 11 1.321 -9.751 -15.368 109 H4' G 11 H4' G 11 2.386 -7.358 -15.285 110 H3' G 11 H3' G 11 3.265 -9.432 -13.192 111 H2' G 11 H2' G 11 5.012 -7.820 -12.741 112 HO2' G 11 HO2' G 11 5.656 -6.387 -14.194 113 H1' G 11 H1' G 11 3.254 -5.632 -12.916 114 H8 G 11 H8 G 11 1.560 -8.338 -10.953 115 H1 G 11 H1 G 11 6.181 -5.378 -7.628 116 H21 G 11 H21 G 11 7.385 -4.082 -8.972 117 H22 G 11 H22 G 11 7.070 -3.967 -10.689 118 H5' C 12 H5' C 12 6.843 -8.137 -14.603 119 H5'' C 12 H5'' C 12 7.940 -9.517 -14.811 120 H4' C 12 H4' C 12 8.751 -7.726 -13.211 121 H3' C 12 H3' C 12 8.370 -10.530 -12.034 122 H2' C 12 H2' C 12 9.437 -9.672 -10.099 123 HO2' C 12 HO2' C 12 10.447 -7.519 -10.200 124 H1' C 12 H1' C 12 8.308 -7.075 -10.330 125 H41 C 12 H41 C 12 5.370 -9.764 -5.374 126 H42 C 12 H42 C 12 4.194 -10.482 -6.451 127 H5 C 12 H5 C 12 4.361 -10.344 -8.859 128 H6 C 12 H6 C 12 5.675 -9.473 -10.727 129 H5' U 13 H5' U 13 12.381 -9.300 -10.839 130 H5'' U 13 H5'' U 13 13.468 -10.589 -11.405 131 H4' U 13 H4' U 13 13.850 -9.962 -9.002 132 H3' U 13 H3' U 13 12.828 -12.818 -9.486 133 H2' U 13 H2' U 13 13.134 -13.179 -7.130 134 HO2' U 13 HO2' U 13 15.156 -11.569 -7.391 135 H1' U 13 H1' U 13 12.157 -10.667 -6.349 136 H3 U 13 H3 U 13 9.359 -14.704 -5.809 137 H5 U 13 H5 U 13 7.517 -11.834 -8.246 138 H6 U 13 H6 U 13 9.561 -10.531 -8.135 139 H5' G 14 H5' G 14 15.823 -13.559 -7.178 140 H5'' G 14 H5'' G 14 17.007 -14.786 -7.666 141 H4' G 14 H4' G 14 15.641 -15.187 -5.469 142 H3' G 14 H3' G 14 16.597 -17.227 -7.272 143 H2' G 14 H2' G 14 14.440 -17.810 -8.043 144 HO2' G 14 HO2' G 14 13.580 -19.442 -6.575 145 H1' G 14 H1' G 14 13.217 -17.048 -5.357 146 H8 G 14 H8 G 14 11.895 -15.100 -8.188 147 H1 G 14 H1 G 14 8.832 -20.703 -7.747 148 H21 G 14 H21 G 14 9.943 -22.068 -6.339 149 H22 G 14 H22 G 14 11.423 -21.581 -5.543 150 H5' U 15 H5' U 15 15.591 -17.054 -2.444 151 H5'' U 15 H5'' U 15 16.883 -15.851 -2.197 152 H4' U 15 H4' U 15 16.553 -18.465 -0.641 153 H3' U 15 H3' U 15 15.142 -16.158 -0.031 154 H2' U 15 H2' U 15 17.017 -14.704 0.270 155 HO2' U 15 HO2' U 15 16.947 -14.346 2.367 156 H1' U 15 H1' U 15 18.638 -16.867 1.628 157 H3 U 15 H3 U 15 21.432 -13.081 1.586 158 H5 U 15 H5 U 15 21.588 -14.753 -2.274 159 H6 U 15 H6 U 15 19.726 -16.200 -1.668 160 H5' U 16 H5' U 16 13.018 -15.424 4.468 161 H5'' U 16 H5'' U 16 12.223 -15.919 2.956 162 H4' U 16 H4' U 16 13.907 -13.411 3.411 163 H3' U 16 H3' U 16 11.110 -13.672 3.768 164 H2' U 16 H2' U 16 10.501 -13.877 1.507 165 HO2' U 16 HO2' U 16 9.609 -11.965 1.452 166 H1' U 16 H1' U 16 12.813 -12.215 0.523 167 H3 U 16 H3 U 16 11.803 -13.431 -3.724 168 H5 U 16 H5 U 16 11.532 -17.085 -1.655 169 H6 U 16 H6 U 16 11.991 -15.886 0.411 170 H5' G 17 H5' G 17 13.299 -9.673 2.812 171 H5'' G 17 H5'' G 17 12.525 -8.105 3.114 172 H4' G 17 H4' G 17 13.790 -8.482 0.848 173 H3' G 17 H3' G 17 10.944 -7.328 0.908 174 H2' G 17 H2' G 17 11.119 -7.124 -1.475 175 HO2' G 17 HO2' G 17 13.897 -7.761 -1.270 176 H1' G 17 H1' G 17 12.522 -9.493 -1.877 177 H8 G 17 H8 G 17 9.601 -10.137 0.486 178 H1 G 17 H1 G 17 7.873 -9.796 -5.653 179 H21 G 17 H21 G 17 9.572 -8.949 -6.865 180 H22 G 17 H22 G 17 11.107 -8.526 -6.143 181 H5' U 18 H5' U 18 13.235 -5.305 -2.135 182 H5'' U 18 H5'' U 18 13.214 -3.576 -1.730 183 H4' U 18 H4' U 18 12.690 -3.850 -4.097 184 H3' U 18 H3' U 18 10.213 -3.106 -2.450 185 H2' U 18 H2' U 18 9.059 -2.949 -4.522 186 HO2' U 18 HO2' U 18 10.651 -1.714 -5.621 187 H1' U 18 H1' U 18 10.352 -5.083 -5.776 188 H3 U 18 H3 U 18 6.005 -6.611 -5.525 189 H5 U 18 H5 U 18 7.300 -6.613 -1.540 190 H6 U 18 H6 U 18 9.334 -5.496 -2.239 191 H5' C 19 H5' C 19 11.506 0.683 -5.302 192 H5'' C 19 H5'' C 19 10.399 1.960 -4.757 193 H4' C 19 H4' C 19 10.382 1.349 -7.263 194 H3' C 19 H3' C 19 7.743 1.306 -5.721 195 H2' C 19 H2' C 19 6.739 1.055 -7.900 196 HO2' C 19 HO2' C 19 8.106 1.069 -9.800 197 H1' C 19 H1' C 19 8.535 -0.909 -8.696 198 H41 C 19 H41 C 19 3.603 -4.219 -6.274 199 H42 C 19 H42 C 19 4.234 -4.034 -4.652 200 H5 C 19 H5 C 19 6.223 -2.727 -4.134 201 H6 C 19 H6 C 19 7.895 -1.168 -5.084 202 H5' G 20 H5' G 20 7.138 4.932 -8.607 203 H5'' G 20 H5'' G 20 5.896 5.913 -7.802 204 H4' G 20 H4' G 20 5.343 4.832 -10.125 205 H3' G 20 H3' G 20 3.432 4.539 -7.739 206 H2' G 20 H2' G 20 1.949 3.414 -9.284 207 HO2' G 20 HO2' G 20 3.743 3.936 -11.418 208 H1' G 20 H1' G 20 3.879 1.868 -10.437 209 H8 G 20 H8 G 20 4.947 2.055 -6.870 210 H1 G 20 H1 G 20 -0.076 -1.833 -7.741 211 H21 G 20 H21 G 20 -0.936 -1.546 -9.764 212 H22 G 20 H22 G 20 -0.273 -0.396 -10.903 213 H5' U 21 H5' U 21 0.799 5.110 -10.964 214 H5'' U 21 H5'' U 21 -0.247 6.483 -10.541 215 H4' U 21 H4' U 21 -1.601 4.517 -11.157 216 H3' U 21 H3' U 21 -1.731 5.167 -8.162 217 H2' U 21 H2' U 21 -3.454 3.510 -8.048 218 HO2' U 21 HO2' U 21 -4.357 4.308 -10.170 219 H1' U 21 H1' U 21 -2.198 1.726 -9.817 220 H3 U 21 H3 U 21 -2.232 -0.252 -5.679 221 H5 U 21 H5 U 21 1.042 2.379 -5.601 222 H6 U 21 H6 U 21 0.234 3.305 -7.673 223 H5' G 22 H5' G 22 -6.195 5.701 -9.869 224 H5'' G 22 H5'' G 22 -6.827 6.919 -8.739 225 H4' G 22 H4' G 22 -8.128 4.677 -9.000 226 H3' G 22 H3' G 22 -7.397 5.776 -6.228 227 H2' G 22 H2' G 22 -8.531 3.812 -5.330 228 HO2' G 22 HO2' G 22 -9.718 2.448 -6.802 229 H1' G 22 H1' G 22 -7.643 2.026 -7.044 230 H8 G 22 H8 G 22 -4.840 4.494 -6.298 231 H1 G 22 H1 G 22 -5.607 -0.008 -1.798 232 H21 G 22 H21 G 22 -7.505 -1.121 -2.137 233 H22 G 22 H22 G 22 -8.561 -0.777 -3.488 234 H5' U 23 H5' U 23 -11.285 3.899 -6.052 235 H5'' U 23 H5'' U 23 -12.415 5.061 -5.324 236 H4' U 23 H4' U 23 -12.520 2.917 -4.114 237 H3' U 23 H3' U 23 -11.152 5.157 -2.553 238 H2' U 23 H2' U 23 -11.082 3.667 -0.699 239 HO2' U 23 HO2' U 23 -12.221 1.695 -0.688 240 H1' U 23 H1' U 23 -10.454 1.399 -2.171 241 H3 U 23 H3 U 23 -6.663 2.153 0.233 242 H5 U 23 H5 U 23 -6.489 4.962 -2.879 243 H6 U 23 H6 U 23 -8.739 4.326 -3.462 244 H5' G 24 H5' G 24 -14.001 2.871 -0.231 245 H5'' G 24 H5'' G 24 -15.096 3.941 0.674 246 H4' G 24 H4' G 24 -14.149 2.176 2.140 247 H3' G 24 H3' G 24 -13.202 5.028 2.738 248 H2' G 24 H2' G 24 -11.908 4.152 4.532 249 HO2' G 24 HO2' G 24 -12.722 2.629 5.742 250 H1' G 24 H1' G 24 -11.286 1.686 3.357 251 H8 G 24 H8 G 24 -10.673 4.682 1.089 252 H1 G 24 H1 G 24 -5.939 3.645 5.274 253 H21 G 24 H21 G 24 -6.580 2.181 6.815 254 H22 G 24 H22 G 24 -8.163 1.438 6.795 255 H5' U 25 H5' U 25 -13.711 5.332 5.816 256 H5'' U 25 H5'' U 25 -14.282 6.931 6.328 257 H4' U 25 H4' U 25 -11.648 6.362 5.838 258 H3' U 25 H3' U 25 -13.087 9.019 5.500 259 H2' U 25 H2' U 25 -11.287 9.926 4.307 260 HO2' U 25 HO2' U 25 -9.574 7.916 5.396 261 H1' U 25 H1' U 25 -10.187 7.504 3.298 262 H3 U 25 H3 U 25 -14.497 9.720 0.951 263 H5 U 25 H5 U 25 -10.749 9.376 -0.933 264 H6 U 25 H6 U 25 -9.861 8.400 1.107 265 H5' G 26 H5' G 26 -12.848 6.898 9.355 266 H5'' G 26 H5'' G 26 -13.228 7.936 10.745 267 H4' G 26 H4' G 26 -12.002 6.182 11.722 268 H3' G 26 H3' G 26 -10.120 8.495 11.152 269 H2' G 26 H2' G 26 -8.230 7.164 11.769 270 HO2' G 26 HO2' G 26 -8.413 5.296 12.960 271 H1' G 26 H1' G 26 -8.936 4.852 10.544 272 H8 G 26 H8 G 26 -10.315 7.206 8.051 273 H1 G 26 H1 G 26 -3.924 7.210 7.821 274 H21 G 26 H21 G 26 -3.086 6.248 9.661 275 H22 G 26 H22 G 26 -4.104 5.598 10.926 276 H5' A 27 H5' A 27 -8.998 7.452 15.053 277 H5'' A 27 H5'' A 27 -9.118 8.820 16.183 278 H4' A 27 H4' A 27 -6.857 7.891 16.274 279 H3' A 27 H3' A 27 -6.951 10.578 14.797 280 H2' A 27 H2' A 27 -4.541 10.440 14.704 281 HO2' A 27 HO2' A 27 -3.597 8.436 15.743 282 H1' A 27 H1' A 27 -4.478 7.829 13.895 283 H8 A 27 H8 A 27 -7.569 9.469 12.338 284 H61 A 27 H61 A 27 -3.884 11.529 7.849 285 H62 A 27 H62 A 27 -5.540 11.280 8.356 286 H2 A 27 H2 A 27 -1.269 9.927 11.134 287 H5' C 28 H5' C 28 -3.809 10.801 17.420 288 H5'' C 28 H5'' C 28 -3.796 12.297 18.382 289 H4' C 28 H4' C 28 -1.646 11.934 17.162 290 H3' C 28 H3' C 28 -3.295 14.305 16.100 291 H2' C 28 H2' C 28 -1.275 14.826 14.836 292 HO2' C 28 HO2' C 28 0.509 13.137 15.218 293 H1' C 28 H1' C 28 -0.907 12.238 14.022 294 H41 C 28 H41 C 28 -4.552 14.695 9.413 295 H42 C 28 H42 C 28 -5.994 14.296 10.320 296 H5 C 28 H5 C 28 -5.928 13.437 12.583 297 H6 C 28 H6 C 28 -4.472 12.767 14.419 298 H5' C 29 H5' C 29 0.673 15.471 16.712 299 H5'' C 29 H5'' C 29 0.774 17.050 17.523 300 H4' C 29 H4' C 29 2.080 17.076 15.437 301 H3' C 29 H3' C 29 -0.525 18.708 15.252 302 H2' C 29 H2' C 29 0.230 19.406 13.068 303 HO2' C 29 HO2' C 29 2.399 19.892 13.808 304 H1' C 29 H1' C 29 1.421 17.016 12.390 305 H41 C 29 H41 C 29 -4.128 17.284 9.261 306 H42 C 29 H42 C 29 -4.985 16.710 10.675 307 H5 C 29 H5 C 29 -3.924 16.460 12.840 308 H6 C 29 H6 C 29 -1.813 16.563 14.043 Start of MODEL 9 1 H5' G 1 H5' G 1 -5.827 19.061 -1.110 2 H5'' G 1 H5'' G 1 -5.057 17.559 -1.677 3 H4' G 1 H4' G 1 -3.326 19.248 -1.387 4 H3' G 1 H3' G 1 -3.301 17.082 0.760 5 H2' G 1 H2' G 1 -1.457 18.196 1.834 6 HO2' G 1 HO2' G 1 -0.407 19.965 0.829 7 H1' G 1 H1' G 1 -2.498 20.701 1.750 8 H8 G 1 H8 G 1 -5.718 19.033 1.988 9 H1 G 1 H1 G 1 -2.359 18.260 7.404 10 H21 G 1 H21 G 1 -0.228 18.801 7.067 11 H22 G 1 H22 G 1 0.364 19.349 5.515 12 H5' G 2 H5' G 2 0.725 16.443 -0.903 13 H5'' G 2 H5'' G 2 1.121 14.711 -0.933 14 H4' G 2 H4' G 2 2.402 16.260 0.741 15 H3' G 2 H3' G 2 1.188 13.583 1.542 16 H2' G 2 H2' G 2 1.778 13.980 3.821 17 HO2' G 2 HO2' G 2 3.552 15.937 2.739 18 H1' G 2 H1' G 2 1.336 16.768 3.841 19 H8 G 2 H8 G 2 -1.678 15.642 2.139 20 H1 G 2 H1 G 2 -1.755 14.038 8.344 21 H21 G 2 H21 G 2 0.297 14.166 9.194 22 H22 G 2 H22 G 2 1.674 14.667 8.239 23 H5' U 3 H5' U 3 4.691 13.239 3.789 24 H5'' U 3 H5'' U 3 5.537 11.794 3.188 25 H4' U 3 H4' U 3 5.273 11.535 5.573 26 H3' U 3 H3' U 3 3.191 9.841 4.089 27 H2' U 3 H2' U 3 2.508 9.031 6.227 28 HO2' U 3 HO2' U 3 3.885 9.589 8.117 29 H1' U 3 H1' U 3 2.952 11.437 7.605 30 H3 U 3 H3 U 3 -1.516 10.816 8.086 31 H5 U 3 H5 U 3 -1.069 11.932 4.065 32 H6 U 3 H6 U 3 1.318 11.761 4.372 33 H5' C 4 H5' C 4 5.229 7.566 7.129 34 H5'' C 4 H5'' C 4 5.504 5.885 6.614 35 H4' C 4 H4' C 4 4.271 6.110 8.812 36 H3' C 4 H3' C 4 2.711 4.783 6.526 37 H2' C 4 H2' C 4 1.071 4.254 8.182 38 HO2' C 4 HO2' C 4 1.498 4.567 10.425 39 H1' C 4 H1' C 4 1.261 6.748 9.477 40 H41 C 4 H41 C 4 -3.919 7.366 5.788 41 H42 C 4 H42 C 4 -2.914 7.729 4.402 42 H5 C 4 H5 C 4 -0.502 7.626 4.455 43 H6 C 4 H6 C 4 1.460 7.084 5.832 44 H5' U 5 H5' U 5 1.983 2.166 9.541 45 H5'' U 5 H5'' U 5 1.997 0.513 8.896 46 H4' U 5 H4' U 5 -0.227 1.210 9.810 47 H3' U 5 H3' U 5 -0.163 0.595 6.811 48 H2' U 5 H2' U 5 -2.580 0.858 6.897 49 HO2' U 5 HO2' U 5 -2.197 0.616 9.712 50 H1' U 5 H1' U 5 -2.581 2.985 8.636 51 H3 U 5 H3 U 5 -4.191 4.535 4.557 52 H5 U 5 H5 U 5 -0.031 4.369 4.029 53 H6 U 5 H6 U 5 0.155 3.261 6.188 54 H5' A 6 H5' A 6 -2.300 -2.605 9.159 55 H5'' A 6 H5'' A 6 -1.955 -4.260 8.607 56 H4' A 6 H4' A 6 -4.371 -3.965 8.733 57 H3' A 6 H3' A 6 -3.309 -4.003 5.864 58 H2' A 6 H2' A 6 -5.588 -3.768 5.106 59 HO2' A 6 HO2' A 6 -7.308 -4.193 6.374 60 H1' A 6 H1' A 6 -6.283 -1.798 6.841 61 H8 A 6 H8 A 6 -2.570 -1.479 5.910 62 H61 A 6 H61 A 6 -4.415 2.083 1.209 63 H62 A 6 H62 A 6 -3.036 1.515 2.123 64 H2 A 6 H2 A 6 -8.060 0.230 3.050 65 H5' C 7 H5' C 7 -6.531 -6.274 5.594 66 H5'' C 7 H5'' C 7 -6.310 -7.714 4.576 67 H4' C 7 H4' C 7 -8.023 -6.077 3.699 68 H3' C 7 H3' C 7 -5.554 -6.485 1.917 69 H2' C 7 H2' C 7 -6.808 -5.281 0.274 70 HO2' C 7 HO2' C 7 -9.086 -4.713 0.845 71 H1' C 7 H1' C 7 -7.932 -3.489 2.165 72 H41 C 7 H41 C 7 -3.343 -0.223 -0.825 73 H42 C 7 H42 C 7 -2.214 -0.689 0.427 74 H5 C 7 H5 C 7 -2.768 -2.270 2.176 75 H6 C 7 H6 C 7 -4.500 -3.748 3.049 76 H5' A 8 H5' A 8 -8.798 -7.753 -0.821 77 H5'' A 8 H5'' A 8 -7.996 -8.892 -1.925 78 H4' A 8 H4' A 8 -8.924 -6.724 -2.954 79 H3' A 8 H3' A 8 -5.963 -7.407 -3.386 80 H2' A 8 H2' A 8 -5.888 -5.435 -4.790 81 HO2' A 8 HO2' A 8 -8.724 -5.763 -4.871 82 H1' A 8 H1' A 8 -7.717 -3.943 -3.318 83 H8 A 8 H8 A 8 -5.021 -5.282 -1.002 84 H61 A 8 H61 A 8 -1.324 -0.778 -3.013 85 H62 A 8 H62 A 8 -1.539 -2.044 -1.825 86 H2 A 8 H2 A 8 -4.968 -0.830 -5.645 87 H5' U 9 H5' U 9 -7.443 -5.968 -7.095 88 H5'' U 9 H5'' U 9 -7.210 -7.273 -8.278 89 H4' U 9 H4' U 9 -6.284 -5.237 -9.218 90 H3' U 9 H3' U 9 -4.128 -7.159 -8.221 91 H2' U 9 H2' U 9 -2.488 -5.634 -8.927 92 HO2' U 9 HO2' U 9 -4.521 -4.536 -10.609 93 H1' U 9 H1' U 9 -4.005 -3.271 -8.533 94 H3 U 9 H3 U 9 -0.373 -2.392 -5.895 95 H5 U 9 H5 U 9 -2.115 -5.724 -4.049 96 H6 U 9 H6 U 9 -3.689 -5.877 -5.889 97 H5' U 10 H5' U 10 -3.920 -5.500 -12.455 98 H5'' U 10 H5'' U 10 -3.710 -6.899 -13.534 99 H4' U 10 H4' U 10 -2.318 -5.280 -14.511 100 H3' U 10 H3' U 10 -0.558 -6.871 -12.570 101 H2' U 10 H2' U 10 1.276 -5.537 -13.313 102 HO2' U 10 HO2' U 10 1.117 -4.237 -15.194 103 H1' U 10 H1' U 10 -0.156 -3.153 -13.535 104 H3 U 10 H3 U 10 2.901 -2.420 -10.167 105 H5 U 10 H5 U 10 -0.089 -4.758 -8.341 106 H6 U 10 H6 U 10 -1.053 -5.125 -10.575 107 H5' G 11 H5' G 11 1.641 -6.548 -15.994 108 H5'' G 11 H5'' G 11 2.728 -7.933 -16.217 109 H4' G 11 H4' G 11 3.846 -5.661 -15.785 110 H3' G 11 H3' G 11 4.469 -7.924 -13.802 111 H2' G 11 H2' G 11 6.205 -6.432 -13.025 112 HO2' G 11 HO2' G 11 6.553 -4.413 -14.184 113 H1' G 11 H1' G 11 4.566 -4.187 -13.106 114 H8 G 11 H8 G 11 2.541 -7.072 -11.790 115 H1 G 11 H1 G 11 6.581 -4.636 -7.448 116 H21 G 11 H21 G 11 7.969 -3.192 -8.409 117 H22 G 11 H22 G 11 7.917 -2.847 -10.123 118 H5' C 12 H5' C 12 8.171 -6.876 -14.586 119 H5'' C 12 H5'' C 12 9.204 -8.312 -14.696 120 H4' C 12 H4' C 12 9.721 -6.712 -12.788 121 H3' C 12 H3' C 12 9.057 -9.605 -12.053 122 H2' C 12 H2' C 12 9.755 -9.026 -9.867 123 HO2' C 12 HO2' C 12 11.065 -7.298 -9.416 124 H1' C 12 H1' C 12 8.796 -6.365 -9.991 125 H41 C 12 H41 C 12 4.971 -9.427 -5.914 126 H42 C 12 H42 C 12 3.992 -10.004 -7.243 127 H5 C 12 H5 C 12 4.561 -9.613 -9.560 128 H6 C 12 H6 C 12 6.180 -8.585 -11.076 129 H5' U 13 H5' U 13 12.680 -8.598 -9.980 130 H5'' U 13 H5'' U 13 13.919 -9.750 -10.529 131 H4' U 13 H4' U 13 13.944 -9.558 -8.064 132 H3' U 13 H3' U 13 12.857 -12.233 -9.078 133 H2' U 13 H2' U 13 12.776 -12.932 -6.788 134 HO2' U 13 HO2' U 13 14.329 -10.600 -6.218 135 H1' U 13 H1' U 13 11.883 -10.450 -5.788 136 H3 U 13 H3 U 13 8.862 -14.333 -5.974 137 H5 U 13 H5 U 13 7.459 -11.177 -8.346 138 H6 U 13 H6 U 13 9.525 -9.998 -7.880 139 H5' G 14 H5' G 14 15.163 -13.706 -6.583 140 H5'' G 14 H5'' G 14 16.158 -15.096 -7.036 141 H4' G 14 H4' G 14 14.167 -15.477 -5.362 142 H3' G 14 H3' G 14 15.221 -17.372 -7.242 143 H2' G 14 H2' G 14 13.325 -17.280 -8.683 144 HO2' G 14 HO2' G 14 12.032 -18.793 -6.659 145 H1' G 14 H1' G 14 11.524 -16.722 -6.275 146 H8 G 14 H8 G 14 11.306 -14.014 -8.666 147 H1 G 14 H1 G 14 7.566 -18.822 -10.622 148 H21 G 14 H21 G 14 8.105 -20.704 -9.512 149 H22 G 14 H22 G 14 9.374 -20.751 -8.309 150 H5' U 15 H5' U 15 15.471 -17.204 -1.624 151 H5'' U 15 H5'' U 15 15.845 -18.946 -1.649 152 H4' U 15 H4' U 15 13.177 -17.735 -0.779 153 H3' U 15 H3' U 15 15.404 -17.767 0.896 154 H2' U 15 H2' U 15 15.739 -20.136 0.901 155 HO2' U 15 HO2' U 15 15.095 -19.463 3.066 156 H1' U 15 H1' U 15 12.757 -20.652 0.916 157 H3 U 15 H3 U 15 14.376 -24.994 1.049 158 H5 U 15 H5 U 15 15.395 -23.561 -2.776 159 H6 U 15 H6 U 15 14.678 -21.340 -2.081 160 H5' U 16 H5' U 16 12.017 -15.313 4.637 161 H5'' U 16 H5'' U 16 11.290 -15.744 3.072 162 H4' U 16 H4' U 16 12.758 -13.165 3.791 163 H3' U 16 H3' U 16 9.973 -13.653 3.917 164 H2' U 16 H2' U 16 9.521 -13.712 1.615 165 HO2' U 16 HO2' U 16 8.585 -11.741 2.073 166 H1' U 16 H1' U 16 11.773 -11.861 0.879 167 H3 U 16 H3 U 16 11.229 -12.987 -3.485 168 H5 U 16 H5 U 16 10.913 -16.710 -1.550 169 H6 U 16 H6 U 16 11.153 -15.564 0.578 170 H5' G 17 H5' G 17 11.919 -9.445 3.457 171 H5'' G 17 H5'' G 17 10.997 -7.958 3.757 172 H4' G 17 H4' G 17 12.492 -8.115 1.611 173 H3' G 17 H3' G 17 9.560 -7.216 1.424 174 H2' G 17 H2' G 17 9.999 -6.813 -0.893 175 HO2' G 17 HO2' G 17 12.780 -7.161 -0.339 176 H1' G 17 H1' G 17 11.684 -9.015 -1.249 177 H8 G 17 H8 G 17 8.490 -10.057 0.570 178 H1 G 17 H1 G 17 7.687 -9.332 -5.733 179 H21 G 17 H21 G 17 9.554 -8.426 -6.621 180 H22 G 17 H22 G 17 10.946 -8.020 -5.644 181 H5' U 18 H5' U 18 12.352 -4.630 -0.742 182 H5'' U 18 H5'' U 18 12.008 -2.929 -0.348 183 H4' U 18 H4' U 18 12.290 -3.279 -2.799 184 H3' U 18 H3' U 18 9.431 -2.553 -1.938 185 H2' U 18 H2' U 18 8.918 -2.440 -4.281 186 HO2' U 18 HO2' U 18 11.080 -1.362 -4.683 187 H1' U 18 H1' U 18 10.385 -4.664 -5.003 188 H3 U 18 H3 U 18 6.027 -6.061 -5.539 189 H5 U 18 H5 U 18 6.672 -6.243 -1.406 190 H6 U 18 H6 U 18 8.755 -5.023 -1.720 191 H5' C 19 H5' C 19 11.124 1.216 -4.535 192 H5'' C 19 H5'' C 19 10.056 2.523 -3.974 193 H4' C 19 H4' C 19 10.135 2.135 -6.503 194 H3' C 19 H3' C 19 7.426 1.962 -5.097 195 H2' C 19 H2' C 19 6.486 1.828 -7.285 196 HO2' C 19 HO2' C 19 7.509 3.038 -8.710 197 H1' C 19 H1' C 19 8.339 -0.057 -8.189 198 H41 C 19 H41 C 19 3.553 -3.730 -6.058 199 H42 C 19 H42 C 19 4.120 -3.578 -4.410 200 H5 C 19 H5 C 19 5.997 -2.181 -3.775 201 H6 C 19 H6 C 19 7.625 -0.506 -4.594 202 H5' G 20 H5' G 20 6.851 5.751 -8.008 203 H5'' G 20 H5'' G 20 5.586 6.640 -7.134 204 H4' G 20 H4' G 20 5.093 5.831 -9.578 205 H3' G 20 H3' G 20 3.120 5.251 -7.295 206 H2' G 20 H2' G 20 1.685 4.288 -8.976 207 HO2' G 20 HO2' G 20 2.451 6.054 -10.556 208 H1' G 20 H1' G 20 3.647 2.876 -10.238 209 H8 G 20 H8 G 20 4.543 2.862 -6.590 210 H1 G 20 H1 G 20 -0.261 -1.142 -8.018 211 H21 G 20 H21 G 20 -0.966 -0.791 -10.093 212 H22 G 20 H22 G 20 -0.271 0.444 -11.119 213 H5' U 21 H5' U 21 0.354 5.987 -10.383 214 H5'' U 21 H5'' U 21 -0.794 7.166 -9.719 215 H4' U 21 H4' U 21 -1.895 5.043 -10.468 216 H3' U 21 H3' U 21 -2.038 5.548 -7.453 217 H2' U 21 H2' U 21 -3.636 3.768 -7.438 218 HO2' U 21 HO2' U 21 -4.941 3.685 -9.098 219 H1' U 21 H1' U 21 -2.185 2.191 -9.291 220 H3 U 21 H3 U 21 -2.196 -0.034 -5.281 221 H5 U 21 H5 U 21 0.839 2.849 -4.917 222 H6 U 21 H6 U 21 0.070 3.807 -6.993 223 H5' G 22 H5' G 22 -6.512 5.933 -9.145 224 H5'' G 22 H5'' G 22 -7.237 7.054 -7.973 225 H4' G 22 H4' G 22 -8.420 4.780 -8.359 226 H3' G 22 H3' G 22 -7.731 5.722 -5.519 227 H2' G 22 H2' G 22 -8.777 3.658 -4.748 228 HO2' G 22 HO2' G 22 -9.646 3.256 -7.428 229 H1' G 22 H1' G 22 -7.823 2.034 -6.568 230 H8 G 22 H8 G 22 -5.106 4.551 -5.665 231 H1 G 22 H1 G 22 -5.744 -0.218 -1.430 232 H21 G 22 H21 G 22 -7.590 -1.393 -1.863 233 H22 G 22 H22 G 22 -8.638 -1.019 -3.212 234 H5' U 23 H5' U 23 -11.435 3.460 -5.330 235 H5'' U 23 H5'' U 23 -12.636 4.532 -4.581 236 H4' U 23 H4' U 23 -12.589 2.406 -3.369 237 H3' U 23 H3' U 23 -11.267 4.686 -1.820 238 H2' U 23 H2' U 23 -11.150 3.177 0.029 239 HO2' U 23 HO2' U 23 -12.708 1.303 -1.446 240 H1' U 23 H1' U 23 -10.443 0.951 -1.477 241 H3 U 23 H3 U 23 -6.699 1.876 0.939 242 H5 U 23 H5 U 23 -6.690 4.769 -2.102 243 H6 U 23 H6 U 23 -8.899 4.011 -2.704 244 H5' G 24 H5' G 24 -14.132 2.684 0.487 245 H5'' G 24 H5'' G 24 -15.301 3.757 1.294 246 H4' G 24 H4' G 24 -14.352 2.109 2.884 247 H3' G 24 H3' G 24 -13.582 5.023 3.352 248 H2' G 24 H2' G 24 -12.168 4.389 5.124 249 HO2' G 24 HO2' G 24 -14.053 2.350 5.392 250 H1' G 24 H1' G 24 -11.507 1.800 4.189 251 H8 G 24 H8 G 24 -10.934 4.725 1.787 252 H1 G 24 H1 G 24 -6.062 3.613 5.795 253 H21 G 24 H21 G 24 -6.676 2.182 7.374 254 H22 G 24 H22 G 24 -8.280 1.484 7.432 255 H5' U 25 H5' U 25 -14.411 4.665 6.698 256 H5'' U 25 H5'' U 25 -15.213 5.977 7.580 257 H4' U 25 H4' U 25 -12.593 5.796 7.672 258 H3' U 25 H3' U 25 -14.186 8.184 7.836 259 H2' U 25 H2' U 25 -13.440 9.104 5.782 260 HO2' U 25 HO2' U 25 -11.959 10.552 6.319 261 H1' U 25 H1' U 25 -10.786 7.655 6.079 262 H3 U 25 H3 U 25 -13.264 8.023 1.319 263 H5 U 25 H5 U 25 -9.344 9.389 1.993 264 H6 U 25 H6 U 25 -9.592 8.811 4.339 265 H5' G 26 H5' G 26 -12.692 6.488 11.085 266 H5'' G 26 H5'' G 26 -12.719 7.449 12.579 267 H4' G 26 H4' G 26 -11.347 5.620 13.149 268 H3' G 26 H3' G 26 -9.547 7.910 12.254 269 H2' G 26 H2' G 26 -7.636 6.490 12.483 270 HO2' G 26 HO2' G 26 -8.619 5.570 14.533 271 H1' G 26 H1' G 26 -8.723 4.223 11.397 272 H8 G 26 H8 G 26 -10.308 6.443 9.007 273 H1 G 26 H1 G 26 -3.967 6.624 8.146 274 H21 G 26 H21 G 26 -2.931 5.730 9.927 275 H22 G 26 H22 G 26 -3.808 5.115 11.309 276 H5' A 27 H5' A 27 -7.703 7.301 16.169 277 H5'' A 27 H5'' A 27 -7.672 8.876 16.996 278 H4' A 27 H4' A 27 -5.383 7.940 16.699 279 H3' A 27 H3' A 27 -5.970 10.450 15.034 280 H2' A 27 H2' A 27 -3.661 10.401 14.388 281 HO2' A 27 HO2' A 27 -3.238 8.236 16.199 282 H1' A 27 H1' A 27 -3.579 7.688 13.931 283 H8 A 27 H8 A 27 -6.980 8.877 12.708 284 H61 A 27 H61 A 27 -4.160 10.826 7.570 285 H62 A 27 H62 A 27 -5.703 10.495 8.325 286 H2 A 27 H2 A 27 -0.992 9.748 10.566 287 H5' C 28 H5' C 28 -2.090 10.785 16.754 288 H5'' C 28 H5'' C 28 -1.979 12.322 17.639 289 H4' C 28 H4' C 28 -0.034 11.978 16.119 290 H3' C 28 H3' C 28 -1.915 14.231 15.189 291 H2' C 28 H2' C 28 -0.119 14.770 13.639 292 HO2' C 28 HO2' C 28 1.893 13.924 13.836 293 H1' C 28 H1' C 28 0.242 12.175 12.881 294 H41 C 28 H41 C 28 -4.077 14.581 8.847 295 H42 C 28 H42 C 28 -5.368 14.188 9.960 296 H5 C 28 H5 C 28 -4.971 13.272 12.166 297 H6 C 28 H6 C 28 -3.254 12.626 13.776 298 H5' C 29 H5' C 29 2.028 15.764 15.010 299 H5'' C 29 H5'' C 29 2.061 17.336 15.840 300 H4' C 29 H4' C 29 3.032 17.506 13.573 301 H3' C 29 H3' C 29 0.299 18.909 13.844 302 H2' C 29 H2' C 29 0.654 19.689 11.561 303 HO2' C 29 HO2' C 29 2.764 20.429 11.735 304 H1' C 29 H1' C 29 1.853 17.427 10.648 305 H41 C 29 H41 C 29 -4.188 17.238 8.643 306 H42 C 29 H42 C 29 -4.740 16.733 10.224 307 H5 C 29 H5 C 29 -3.274 16.573 12.143 308 H6 C 29 H6 C 29 -0.988 16.870 12.934 Start of MODEL 10 1 H5' G 1 H5' G 1 -4.609 19.303 -1.198 2 H5'' G 1 H5'' G 1 -3.727 17.845 -1.718 3 H4' G 1 H4' G 1 -2.141 19.566 -0.950 4 H3' G 1 H3' G 1 -2.375 17.092 0.806 5 H2' G 1 H2' G 1 -0.883 18.047 2.403 6 HO2' G 1 HO2' G 1 -0.280 20.044 0.445 7 H1' G 1 H1' G 1 -1.802 20.631 2.325 8 H8 G 1 H8 G 1 -5.048 19.009 2.066 9 H1 G 1 H1 G 1 -2.470 18.086 7.874 10 H21 G 1 H21 G 1 -0.312 18.613 7.845 11 H22 G 1 H22 G 1 0.494 19.190 6.404 12 H5' G 2 H5' G 2 1.804 17.220 0.375 13 H5'' G 2 H5'' G 2 2.483 15.642 -0.085 14 H4' G 2 H4' G 2 3.273 16.530 2.174 15 H3' G 2 H3' G 2 1.753 13.864 2.115 16 H2' G 2 H2' G 2 2.045 13.725 4.469 17 HO2' G 2 HO2' G 2 4.040 15.756 4.228 18 H1' G 2 H1' G 2 1.896 16.530 4.959 19 H8 G 2 H8 G 2 -0.993 15.620 2.813 20 H1 G 2 H1 G 2 -1.904 14.150 8.986 21 H21 G 2 H21 G 2 0.031 14.211 10.083 22 H22 G 2 H22 G 2 1.538 14.636 9.300 23 H5' U 3 H5' U 3 5.177 12.736 4.102 24 H5'' U 3 H5'' U 3 5.888 11.249 3.433 25 H4' U 3 H4' U 3 5.412 10.861 5.771 26 H3' U 3 H3' U 3 3.285 9.514 4.016 27 H2' U 3 H2' U 3 2.400 8.625 6.046 28 HO2' U 3 HO2' U 3 4.762 9.476 7.385 29 H1' U 3 H1' U 3 3.039 10.843 7.635 30 H3 U 3 H3 U 3 -1.429 10.937 8.143 31 H5 U 3 H5 U 3 -0.911 11.773 4.058 32 H6 U 3 H6 U 3 1.444 11.343 4.352 33 H5' C 4 H5' C 4 5.073 7.122 7.048 34 H5'' C 4 H5'' C 4 5.186 5.384 6.691 35 H4' C 4 H4' C 4 3.992 5.933 8.854 36 H3' C 4 H3' C 4 2.317 4.535 6.706 37 H2' C 4 H2' C 4 0.665 4.287 8.383 38 HO2' C 4 HO2' C 4 1.078 4.550 10.573 39 H1' C 4 H1' C 4 1.094 6.842 9.508 40 H41 C 4 H41 C 4 -4.236 7.412 6.008 41 H42 C 4 H42 C 4 -3.279 7.659 4.564 42 H5 C 4 H5 C 4 -0.873 7.476 4.528 43 H6 C 4 H6 C 4 1.127 6.989 5.863 44 H5' U 5 H5' U 5 1.440 2.323 9.862 45 H5'' U 5 H5'' U 5 1.334 0.607 9.422 46 H4' U 5 H4' U 5 -0.847 1.500 10.166 47 H3' U 5 H3' U 5 -0.717 0.669 7.231 48 H2' U 5 H2' U 5 -3.128 1.127 7.194 49 HO2' U 5 HO2' U 5 -3.011 1.481 10.011 50 H1' U 5 H1' U 5 -3.060 3.364 8.687 51 H3 U 5 H3 U 5 -4.169 4.699 4.362 52 H5 U 5 H5 U 5 -0.007 4.196 4.244 53 H6 U 5 H6 U 5 -0.103 3.211 6.469 54 H5' A 6 H5' A 6 -3.134 -2.082 9.647 55 H5'' A 6 H5'' A 6 -2.807 -3.817 9.421 56 H4' A 6 H4' A 6 -5.166 -3.551 9.116 57 H3' A 6 H3' A 6 -3.734 -3.705 6.422 58 H2' A 6 H2' A 6 -5.879 -3.519 5.356 59 HO2' A 6 HO2' A 6 -7.116 -3.648 7.925 60 H1' A 6 H1' A 6 -6.815 -1.490 6.904 61 H8 A 6 H8 A 6 -2.995 -1.251 6.369 62 H61 A 6 H61 A 6 -4.276 2.161 1.371 63 H62 A 6 H62 A 6 -3.006 1.591 2.430 64 H2 A 6 H2 A 6 -8.139 0.508 2.931 65 H5' C 7 H5' C 7 -6.631 -6.164 5.926 66 H5'' C 7 H5'' C 7 -6.315 -7.560 4.877 67 H4' C 7 H4' C 7 -7.913 -5.803 3.952 68 H3' C 7 H3' C 7 -5.376 -6.337 2.311 69 H2' C 7 H2' C 7 -6.500 -5.104 0.615 70 HO2' C 7 HO2' C 7 -8.592 -6.167 1.137 71 H1' C 7 H1' C 7 -7.620 -3.251 2.463 72 H41 C 7 H41 C 7 -2.883 -0.193 -0.518 73 H42 C 7 H42 C 7 -1.810 -0.617 0.797 74 H5 C 7 H5 C 7 -2.455 -2.105 2.592 75 H6 C 7 H6 C 7 -4.236 -3.539 3.456 76 H5' A 8 H5' A 8 -8.787 -7.470 -0.553 77 H5'' A 8 H5'' A 8 -7.978 -8.631 -1.627 78 H4' A 8 H4' A 8 -8.973 -6.499 -2.688 79 H3' A 8 H3' A 8 -6.048 -7.218 -3.246 80 H2' A 8 H2' A 8 -6.055 -5.296 -4.741 81 HO2' A 8 HO2' A 8 -8.899 -5.245 -4.487 82 H1' A 8 H1' A 8 -7.728 -3.720 -3.206 83 H8 A 8 H8 A 8 -5.006 -4.976 -0.922 84 H61 A 8 H61 A 8 -1.190 -0.834 -3.423 85 H62 A 8 H62 A 8 -1.438 -1.950 -2.098 86 H2 A 8 H2 A 8 -4.869 -1.023 -5.996 87 H5' U 9 H5' U 9 -7.475 -5.550 -6.937 88 H5'' U 9 H5'' U 9 -7.492 -6.944 -8.038 89 H4' U 9 H4' U 9 -6.285 -5.227 -9.179 90 H3' U 9 H3' U 9 -4.374 -7.229 -7.892 91 H2' U 9 H2' U 9 -2.569 -6.015 -8.766 92 HO2' U 9 HO2' U 9 -4.437 -4.862 -10.599 93 H1' U 9 H1' U 9 -3.802 -3.458 -8.719 94 H3 U 9 H3 U 9 -0.199 -2.491 -6.068 95 H5 U 9 H5 U 9 -2.045 -5.649 -4.025 96 H6 U 9 H6 U 9 -3.648 -5.846 -5.833 97 H5' U 10 H5' U 10 -4.354 -6.288 -12.191 98 H5'' U 10 H5'' U 10 -4.296 -7.730 -13.229 99 H4' U 10 H4' U 10 -2.908 -6.285 -14.413 100 H3' U 10 H3' U 10 -1.052 -7.661 -12.399 101 H2' U 10 H2' U 10 0.724 -6.400 -13.324 102 HO2' U 10 HO2' U 10 -1.031 -5.972 -15.531 103 H1' U 10 H1' U 10 -0.754 -4.077 -13.822 104 H3 U 10 H3 U 10 2.392 -2.675 -10.788 105 H5 U 10 H5 U 10 -0.179 -5.089 -8.487 106 H6 U 10 H6 U 10 -1.254 -5.805 -10.588 107 H5' G 11 H5' G 11 1.022 -7.785 -15.893 108 H5'' G 11 H5'' G 11 2.236 -9.080 -15.899 109 H4' G 11 H4' G 11 3.034 -6.591 -15.699 110 H3' G 11 H3' G 11 4.029 -8.656 -13.652 111 H2' G 11 H2' G 11 5.572 -6.907 -13.019 112 HO2' G 11 HO2' G 11 4.618 -5.285 -15.158 113 H1' G 11 H1' G 11 3.633 -4.898 -13.155 114 H8 G 11 H8 G 11 1.911 -7.735 -11.500 115 H1 G 11 H1 G 11 6.253 -4.971 -7.672 116 H21 G 11 H21 G 11 7.531 -3.579 -8.837 117 H22 G 11 H22 G 11 7.331 -3.345 -10.559 118 H5' C 12 H5' C 12 7.500 -7.186 -14.613 119 H5'' C 12 H5'' C 12 8.696 -8.477 -14.829 120 H4' C 12 H4' C 12 9.274 -6.906 -12.986 121 H3' C 12 H3' C 12 8.670 -9.758 -12.041 122 H2' C 12 H2' C 12 9.577 -9.029 -9.968 123 HO2' C 12 HO2' C 12 10.439 -6.609 -11.201 124 H1' C 12 H1' C 12 8.531 -6.418 -10.166 125 H41 C 12 H41 C 12 5.137 -9.388 -5.657 126 H42 C 12 H42 C 12 4.101 -10.097 -6.873 127 H5 C 12 H5 C 12 4.474 -9.810 -9.243 128 H6 C 12 H6 C 12 5.941 -8.822 -10.934 129 H5' U 13 H5' U 13 12.392 -8.725 -10.348 130 H5'' U 13 H5'' U 13 13.609 -9.881 -10.935 131 H4' U 13 H4' U 13 13.833 -9.549 -8.503 132 H3' U 13 H3' U 13 12.729 -12.314 -9.246 133 H2' U 13 H2' U 13 12.898 -12.854 -6.910 134 HO2' U 13 HO2' U 13 14.518 -10.516 -6.793 135 H1' U 13 H1' U 13 11.927 -10.376 -6.010 136 H3 U 13 H3 U 13 9.007 -14.345 -5.937 137 H5 U 13 H5 U 13 7.434 -11.309 -8.362 138 H6 U 13 H6 U 13 9.494 -10.069 -8.036 139 H5' G 14 H5' G 14 15.569 -13.330 -6.909 140 H5'' G 14 H5'' G 14 16.711 -14.599 -7.391 141 H4' G 14 H4' G 14 15.167 -15.034 -5.324 142 H3' G 14 H3' G 14 16.093 -17.024 -7.235 143 H2' G 14 H2' G 14 13.943 -17.496 -8.056 144 HO2' G 14 HO2' G 14 14.059 -18.763 -5.490 145 H1' G 14 H1' G 14 12.658 -16.710 -5.414 146 H8 G 14 H8 G 14 11.615 -14.591 -8.232 147 H1 G 14 H1 G 14 8.130 -19.958 -8.140 148 H21 G 14 H21 G 14 9.043 -21.437 -6.711 149 H22 G 14 H22 G 14 10.504 -21.089 -5.812 150 H5' U 15 H5' U 15 15.060 -16.976 -2.440 151 H5'' U 15 H5'' U 15 16.295 -15.696 -2.336 152 H4' U 15 H4' U 15 16.215 -18.183 -0.563 153 H3' U 15 H3' U 15 14.519 -16.017 -0.133 154 H2' U 15 H2' U 15 16.183 -14.341 0.158 155 HO2' U 15 HO2' U 15 16.245 -13.955 2.283 156 H1' U 15 H1' U 15 18.050 -16.231 1.592 157 H3 U 15 H3 U 15 20.504 -12.281 1.541 158 H5 U 15 H5 U 15 20.478 -13.631 -2.447 159 H6 U 15 H6 U 15 18.848 -15.326 -1.811 160 H5' U 16 H5' U 16 12.367 -15.326 4.431 161 H5'' U 16 H5'' U 16 11.638 -15.734 2.861 162 H4' U 16 H4' U 16 13.247 -13.228 3.543 163 H3' U 16 H3' U 16 10.456 -13.556 3.807 164 H2' U 16 H2' U 16 9.898 -13.671 1.524 165 HO2' U 16 HO2' U 16 8.963 -11.762 1.606 166 H1' U 16 H1' U 16 12.169 -11.915 0.640 167 H3 U 16 H3 U 16 10.615 -13.065 -3.502 168 H5 U 16 H5 U 16 11.556 -16.770 -1.745 169 H6 U 16 H6 U 16 12.015 -15.599 0.338 170 H5' G 17 H5' G 17 12.522 -9.330 3.136 171 H5'' G 17 H5'' G 17 11.586 -7.865 3.494 172 H4' G 17 H4' G 17 12.982 -7.971 1.279 173 H3' G 17 H3' G 17 10.025 -7.130 1.222 174 H2' G 17 H2' G 17 10.375 -6.686 -1.113 175 HO2' G 17 HO2' G 17 13.171 -7.056 -0.655 176 H1' G 17 H1' G 17 12.013 -8.890 -1.563 177 H8 G 17 H8 G 17 8.933 -9.854 0.506 178 H1 G 17 H1 G 17 7.770 -9.407 -5.758 179 H21 G 17 H21 G 17 9.543 -8.472 -6.792 180 H22 G 17 H22 G 17 10.981 -7.996 -5.921 181 H5' U 18 H5' U 18 12.506 -4.583 -1.198 182 H5'' U 18 H5'' U 18 12.153 -2.879 -0.841 183 H4' U 18 H4' U 18 12.189 -3.351 -3.290 184 H3' U 18 H3' U 18 9.425 -2.598 -2.176 185 H2' U 18 H2' U 18 8.719 -2.549 -4.467 186 HO2' U 18 HO2' U 18 10.294 -2.685 -6.179 187 H1' U 18 H1' U 18 10.182 -4.767 -5.270 188 H3 U 18 H3 U 18 5.783 -6.165 -5.594 189 H5 U 18 H5 U 18 6.625 -6.276 -1.492 190 H6 U 18 H6 U 18 8.706 -5.111 -1.926 191 H5' C 19 H5' C 19 11.123 0.421 -5.166 192 H5'' C 19 H5'' C 19 10.457 2.034 -4.828 193 H4' C 19 H4' C 19 10.251 1.477 -7.212 194 H3' C 19 H3' C 19 7.540 1.515 -5.792 195 H2' C 19 H2' C 19 6.641 1.366 -8.035 196 HO2' C 19 HO2' C 19 7.970 2.633 -9.257 197 H1' C 19 H1' C 19 8.331 -0.680 -8.768 198 H41 C 19 H41 C 19 3.213 -3.791 -6.478 199 H42 C 19 H42 C 19 3.854 -3.691 -4.852 200 H5 C 19 H5 C 19 5.866 -2.455 -4.282 201 H6 C 19 H6 C 19 7.620 -0.962 -5.184 202 H5' G 20 H5' G 20 7.133 5.520 -8.406 203 H5'' G 20 H5'' G 20 5.849 6.358 -7.507 204 H4' G 20 H4' G 20 5.372 5.574 -9.967 205 H3' G 20 H3' G 20 3.418 4.960 -7.677 206 H2' G 20 H2' G 20 1.991 3.956 -9.348 207 HO2' G 20 HO2' G 20 2.241 4.317 -11.496 208 H1' G 20 H1' G 20 3.972 2.572 -10.609 209 H8 G 20 H8 G 20 5.008 2.523 -7.025 210 H1 G 20 H1 G 20 0.047 -1.367 -8.216 211 H21 G 20 H21 G 20 -0.774 -0.971 -10.239 212 H22 G 20 H22 G 20 -0.113 0.258 -11.291 213 H5' U 21 H5' U 21 0.682 5.618 -10.842 214 H5'' U 21 H5'' U 21 -0.424 6.875 -10.251 215 H4' U 21 H4' U 21 -1.629 4.809 -10.973 216 H3' U 21 H3' U 21 -1.782 5.376 -7.967 217 H2' U 21 H2' U 21 -3.448 3.679 -7.915 218 HO2' U 21 HO2' U 21 -4.064 2.697 -10.060 219 H1' U 21 H1' U 21 -2.072 1.982 -9.726 220 H3 U 21 H3 U 21 -2.152 -0.130 -5.654 221 H5 U 21 H5 U 21 1.020 2.615 -5.400 222 H6 U 21 H6 U 21 0.261 3.562 -7.485 223 H5' G 22 H5' G 22 -5.950 5.140 -9.560 224 H5'' G 22 H5'' G 22 -6.874 6.422 -8.746 225 H4' G 22 H4' G 22 -7.951 4.155 -8.620 226 H3' G 22 H3' G 22 -7.148 5.410 -5.926 227 H2' G 22 H2' G 22 -8.223 3.433 -4.936 228 HO2' G 22 HO2' G 22 -9.394 2.007 -6.333 229 H1' G 22 H1' G 22 -7.315 1.648 -6.612 230 H8 G 22 H8 G 22 -4.610 4.254 -5.894 231 H1 G 22 H1 G 22 -5.152 -0.281 -1.395 232 H21 G 22 H21 G 22 -6.982 -1.501 -1.748 233 H22 G 22 H22 G 22 -8.046 -1.218 -3.108 234 H5' U 23 H5' U 23 -10.936 3.304 -5.655 235 H5'' U 23 H5'' U 23 -12.127 4.425 -4.964 236 H4' U 23 H4' U 23 -12.188 2.338 -3.703 237 H3' U 23 H3' U 23 -10.812 4.592 -2.167 238 H2' U 23 H2' U 23 -10.817 3.107 -0.285 239 HO2' U 23 HO2' U 23 -12.440 1.335 -1.824 240 H1' U 23 H1' U 23 -10.113 0.850 -1.717 241 H3 U 23 H3 U 23 -6.411 1.782 0.755 242 H5 U 23 H5 U 23 -6.300 4.616 -2.338 243 H6 U 23 H6 U 23 -8.494 3.860 -2.986 244 H5' G 24 H5' G 24 -14.253 3.379 -0.050 245 H5'' G 24 H5'' G 24 -15.278 4.649 0.661 246 H4' G 24 H4' G 24 -14.531 3.007 2.374 247 H3' G 24 H3' G 24 -13.425 5.842 2.643 248 H2' G 24 H2' G 24 -12.137 5.170 4.500 249 HO2' G 24 HO2' G 24 -13.709 2.797 4.729 250 H1' G 24 H1' G 24 -11.730 2.479 3.725 251 H8 G 24 H8 G 24 -10.853 5.124 1.113 252 H1 G 24 H1 G 24 -6.163 3.909 5.307 253 H21 G 24 H21 G 24 -6.928 2.679 6.985 254 H22 G 24 H22 G 24 -8.590 2.138 7.063 255 H5' U 25 H5' U 25 -14.110 6.069 6.010 256 H5'' U 25 H5'' U 25 -14.827 7.591 6.563 257 H4' U 25 H4' U 25 -12.064 6.953 6.409 258 H3' U 25 H3' U 25 -13.488 9.602 6.873 259 H2' U 25 H2' U 25 -11.529 10.802 6.390 260 HO2' U 25 HO2' U 25 -10.193 8.405 7.165 261 H1' U 25 H1' U 25 -10.298 8.924 4.661 262 H3 U 25 H3 U 25 -14.395 11.873 2.796 263 H5 U 25 H5 U 25 -10.416 12.368 1.518 264 H6 U 25 H6 U 25 -9.738 10.669 3.116 265 H5' G 26 H5' G 26 -12.825 7.065 10.814 266 H5'' G 26 H5'' G 26 -12.912 8.268 12.122 267 H4' G 26 H4' G 26 -11.835 6.412 13.126 268 H3' G 26 H3' G 26 -9.811 8.498 12.280 269 H2' G 26 H2' G 26 -7.976 7.044 12.730 270 HO2' G 26 HO2' G 26 -9.881 5.723 14.342 271 H1' G 26 H1' G 26 -8.987 4.736 11.720 272 H8 G 26 H8 G 26 -10.525 6.886 9.195 273 H1 G 26 H1 G 26 -4.175 6.890 8.427 274 H21 G 26 H21 G 26 -3.179 6.038 10.247 275 H22 G 26 H22 G 26 -4.084 5.490 11.640 276 H5' A 27 H5' A 27 -8.084 7.481 15.691 277 H5'' A 27 H5'' A 27 -8.103 8.766 16.922 278 H4' A 27 H4' A 27 -5.817 8.066 16.699 279 H3' A 27 H3' A 27 -6.254 10.650 15.102 280 H2' A 27 H2' A 27 -3.867 10.627 14.718 281 HO2' A 27 HO2' A 27 -2.534 9.666 16.066 282 H1' A 27 H1' A 27 -3.764 7.954 14.091 283 H8 A 27 H8 A 27 -7.055 9.358 12.738 284 H61 A 27 H61 A 27 -3.906 11.168 7.749 285 H62 A 27 H62 A 27 -5.495 10.919 8.439 286 H2 A 27 H2 A 27 -0.927 9.910 10.869 287 H5' C 28 H5' C 28 -3.007 11.223 17.444 288 H5'' C 28 H5'' C 28 -2.922 12.769 18.321 289 H4' C 28 H4' C 28 -0.909 12.384 16.897 290 H3' C 28 H3' C 28 -2.731 14.637 15.853 291 H2' C 28 H2' C 28 -0.894 15.124 14.346 292 HO2' C 28 HO2' C 28 1.123 14.189 14.605 293 H1' C 28 H1' C 28 -0.451 12.460 13.746 294 H41 C 28 H41 C 28 -4.361 14.583 9.186 295 H42 C 28 H42 C 28 -5.749 14.257 10.202 296 H5 C 28 H5 C 28 -5.556 13.540 12.504 297 H6 C 28 H6 C 28 -3.997 12.966 14.291 298 H5' C 29 H5' C 29 1.149 16.146 16.037 299 H5'' C 29 H5'' C 29 1.198 17.741 16.825 300 H4' C 29 H4' C 29 2.323 17.797 14.622 301 H3' C 29 H3' C 29 -0.359 19.318 14.685 302 H2' C 29 H2' C 29 0.118 19.989 12.408 303 HO2' C 29 HO2' C 29 2.314 19.567 11.601 304 H1' C 29 H1' C 29 1.366 17.659 11.653 305 H41 C 29 H41 C 29 -4.468 17.485 9.112 306 H42 C 29 H42 C 29 -5.173 17.064 10.656 307 H5 C 29 H5 C 29 -3.895 16.996 12.712 308 H6 C 29 H6 C 29 -1.672 17.241 13.689