*HEADER DNA, RNA 08-DEC-00 1HO6 *TITLE CHIMERIC ARABINONUCLEIC ACID (ANA) HAIRPIN WITH ANA/RNA *TITLE 2 HYBRID STEM *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: 5'-R(*GP*GP*AP*C)-D(P*TP*TP*CP*G)-(P*(GAO)P*(UAR) *COMPND 3 P*(CAR)P*(CAR)-3'; *COMPND 4 CHAIN: A; *COMPND 5 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 OTHER_DETAILS: SOLID PHASE SYNTHESIS, PHOSPHORAMIDITE *SOURCE 4 CHEMISTRY *KEYWDS ARABINONUCLEIC ACID, RNA, HAIRPIN *EXPDTA NMR, 10 STRUCTURES *AUTHOR A.Y.DENISOV, K.GEHRING *REVDAT 1 07-NOV-01 1HO6 0 ! RNA_DNA_ANA-hairpin constraints (for X-PLOR program) !----------------------------------------------------------------- !DISTANCE NOE-constraints !----------------------------------------------------------------- !intrasugar (62) !----------------------------------------------------------------- !H1'-H2' assign (resid 1 and name h1') (resid 1 and name h2') 2.6 0.3 0.5 assign (resid 2 and name h1') (resid 2 and name h2') 2.6 0.3 0.5 assign (resid 3 and name h1') (resid 3 and name h2') 2.5 0.3 0.5 assign (resid 4 and name h1') (resid 4 and name h2') 2.6 0.3 0.5 assign (resid 5 and name h1') (resid 5 and name h2') 2.6 0.3 0.5 assign (resid 6 and name h1') (resid 6 and name h2') 2.7 0.3 0.5 assign (resid 7 and name h1') (resid 7 and name h2') 2.9 0.3 0.5 assign (resid 8 and name h1') (resid 8 and name h2') 2.9 0.3 0.5 !H1'-H2" assign (resid 5 and name h1') (resid 5 and name h2'') 2.3 0.2 0.2 assign (resid 6 and name h1') (resid 6 and name h2'') 2.3 0.2 0.2 assign (resid 7 and name h1') (resid 7 and name h2'') 2.4 0.2 0.2 assign (resid 8 and name h1') (resid 8 and name h2'') 2.4 0.2 0.2 assign (resid 9 and name h1') (resid 9 and name h2``) 2.2 0.2 0.2 assign (resid 10 and name h1') (resid 10 and name h2``) 2.3 0.2 0.2 assign (resid 11 and name h1') (resid 11 and name h2``) 2.2 0.2 0.2 assign (resid 12 and name h1') (resid 12 and name h2``) 2.2 0.2 0.2 !H1'-H3' assign (resid 1 and name h1') (resid 1 and name h3') 3.5 0.5 0.7 assign (resid 2 and name h1') (resid 2 and name h3') 3.7 0.5 0.7 assign (resid 4 and name h1') (resid 4 and name h3') 3.8 0.5 0.7 assign (resid 5 and name h1') (resid 5 and name h3') 3.5 0.5 0.7 assign (resid 6 and name h1') (resid 6 and name h3') 3.5 0.5 0.7 assign (resid 7 and name h1') (resid 7 and name h3') 3.7 0.5 0.7 assign (resid 8 and name h1') (resid 8 and name h3') 3.4 0.5 0.7 assign (resid 10 and name h1') (resid 10 and name h3') 3.5 0.5 0.7 assign (resid 12 and name h1') (resid 12 and name h3') 3.4 0.5 0.7 !H1'-H4' assign (resid 1 and name h1') (resid 1 and name h4') 3.1 0.3 0.5 assign (resid 2 and name h1') (resid 2 and name h4') 3.1 0.3 0.5 assign (resid 3 and name h1') (resid 3 and name h4') 3.0 0.3 0.5 assign (resid 4 and name h1') (resid 4 and name h4') 3.2 0.3 0.5 assign (resid 5 and name h1') (resid 5 and name h4') 3.2 0.3 0.5 assign (resid 6 and name h1') (resid 6 and name h4') 3.0 0.3 0.5 assign (resid 7 and name h1') (resid 7 and name h4') 3.2 0.3 0.5 assign (resid 8 and name h1') (resid 8 and name h4') 2.9 0.3 0.5 assign (resid 9 and name h1') (resid 9 and name h4') 2.5 0.2 0.2 assign (resid 10 and name h1') (resid 10 and name h4') 2.4 0.2 0.2 assign (resid 11 and name h1') (resid 11 and name h4') 2.4 0.2 0.2 assign (resid 12 and name h1') (resid 12 and name h4') 2.4 0.2 0.2 !H2'-H3' assign (resid 1 and name h2') (resid 1 and name h3') 2.5 0.2 0.2 assign (resid 3 and name h2') (resid 3 and name h3') 2.7 0.3 0.5 assign (resid 4 and name h2') (resid 4 and name h3') 2.5 0.2 0.2 assign (resid 5 and name h2') (resid 5 and name h3') 2.3 0.2 0.2 assign (resid 6 and name h2') (resid 6 and name h3') 2.3 0.2 0.2 assign (resid 7 and name h2') (resid 7 and name h3') 2.3 0.2 0.2 assign (resid 8 and name h2') (resid 8 and name h3') 2.3 0.2 0.2 !H2''-H3' assign (resid 5 and name h2'') (resid 5 and name h3') 2.8 0.3 0.5 assign (resid 6 and name h2'') (resid 6 and name h3') 2.6 0.3 0.5 assign (resid 7 and name h2'') (resid 7 and name h3') 2.5 0.3 0.5 assign (resid 8 and name h2'') (resid 8 and name h3') 2.6 0.3 0.5 !H2'-H4' assign (resid 1 and name h2') (resid 1 and name h4') 3.5 0.5 0.7 assign (resid 5 and name h2') (resid 5 and name h4') 3.4 0.5 0.7 assign (resid 6 and name h2') (resid 6 and name h4') 3.5 0.5 0.7 assign (resid 7 and name h2') (resid 7 and name h4') 3.6 0.5 0.7 assign (resid 8 and name h2') (resid 8 and name h4') 3.7 0.5 0.7 !H2''-H4' assign (resid 5 and name h2'') (resid 5 and name h4') 2.8 0.3 0.5 assign (resid 6 and name h2'') (resid 6 and name h4') 3.8 0.5 0.7 assign (resid 7 and name h2'') (resid 7 and name h4') 3.7 0.5 0.7 assign (resid 8 and name h2'') (resid 8 and name h4') 3.4 0.5 0.7 !H3'-H4' assign (resid 1 and name h3') (resid 1 and name h4') 2.7 0.3 0.5 assign (resid 5 and name h3') (resid 5 and name h4') 2.7 0.3 0.5 assign (resid 7 and name h3') (resid 7 and name h4') 2.6 0.3 0.5 assign (resid 8 and name h3') (resid 8 and name h4') 2.6 0.3 0.5 assign (resid 10 and name h3') (resid 10 and name h4') 2.9 0.3 0.5 !------------------------------------------------------------------- !intraresidual base-to-sugar (38-4) !------------------------------------------------------------------- !H1'-H6/H8 assign (resid 1 and name h1') (resid 1 and name h8) 3.3 0.5 0.7 assign (resid 2 and name h1') (resid 2 and name h8) 3.3 0.5 0.7 assign (resid 3 and name h1') (resid 3 and name h8) 3.4 0.5 0.7 assign (resid 4 and name h1') (resid 4 and name h6) 3.4 0.5 0.7 assign (resid 5 and name h1') (resid 5 and name h6) 3.2 0.5 1.0 assign (resid 6 and name h1') (resid 6 and name h6) 3.5 1.5 1.5 !*(loop) assign (resid 7 and name h1') (resid 7 and name h6) 3.5 1.5 1.5 !* !assign (resid 8 and name h1') (resid 8 and name h8) 3.5 1.5 1.5 !* assign (resid 9 and name h1') (resid 9 and name h8) 3.8 0.5 0.7 assign (resid 10 and name h1') (resid 10 and name h6) 3.8 0.5 0.7 assign (resid 11 and name h1') (resid 11 and name h6) 3.6 0.5 0.7 assign (resid 12 and name h1') (resid 12 and name h6) 3.5 0.5 0.7 !H2'-H6/H8 assign (resid 1 and name h2') (resid 1 and name h8) 3.3 0.3 0.5 assign (resid 2 and name h2') (resid 2 and name h8) 3.5 0.3 0.5 assign (resid 3 and name h2') (resid 3 and name h8) 3.0 0.3 0.5 assign (resid 4 and name h2') (resid 4 and name h6) 3.0 0.3 0.5 assign (resid 5 and name h2') (resid 5 and name h6) 2.5 0.3 0.7 assign (resid 6 and name h2') (resid 6 and name h6) 2.5 0.7 0.7 !* assign (resid 7 and name h2') (resid 7 and name h6) 2.5 0.7 0.7 !* !assign (resid 8 and name h2') (resid 8 and name h8) 2.5 0.7 0.7 !* !H2''-H6/H8 assign (resid 5 and name h2'') (resid 5 and name h6) 3.1 0.5 1.0 assign (resid 6 and name h2'') (resid 6 and name h6) 3.5 1.5 1.5 !* assign (resid 7 and name h2'') (resid 7 and name h6) 3.5 1.5 1.5 !* !assign (resid 8 and name h2'') (resid 8 and name h8) 3.5 1.5 1.5 !* assign (resid 9 and name h2``) (resid 9 and name h8) 3.3 0.5 0.7 assign (resid 10 and name h2``) (resid 10 and name h6) 3.9 0.5 0.7 assign (resid 11 and name h2``) (resid 11 and name h6) 3.5 0.5 0.7 assign (resid 12 and name h2``) (resid 12 and name h6) 3.6 0.5 0.7 !H3'-H6/H8 assign (resid 1 and name h3') (resid 1 and name h8) 2.8 0.3 0.5 assign (resid 2 and name h3') (resid 2 and name h8) 2.9 0.3 0.5 assign (resid 3 and name h3') (resid 3 and name h8) 2.8 0.3 0.5 assign (resid 4 and name h3') (resid 4 and name h6) 2.8 0.3 0.5 assign (resid 5 and name h3') (resid 5 and name h6) 2.7 0.3 1.0 assign (resid 6 and name h3') (resid 6 and name h6) 5.0 2.0 2.0 !* assign (resid 7 and name h3') (resid 7 and name h6) 5.0 2.0 2.0 !* !assign (resid 8 and name h3') (resid 8 and name h8) 5.0 2.0 2.0 !* assign (resid 12 and name h3') (resid 12 and name h6) 3.2 0.3 0.5 !other assign (resid 3 and name h2) (resid 3 and name h1') 3.7 0.5 0.7 !------------------------------------------------------------------------ !sequential interresidual (49) !------------------------------------------------------------------------ !H1'-H6/H8 assign (resid 1 and name h1') (resid 2 and name h8) 3.8 0.5 0.7 assign (resid 2 and name h1') (resid 3 and name h8) 3.9 0.5 0.7 assign (resid 3 and name h1') (resid 4 and name h6) 3.9 0.5 0.7 assign (resid 4 and name h1') (resid 5 and name h6) 4.2 0.5 1.5 assign (resid 8 and name h1') (resid 9 and name h8) 5.0 2.0 2.0 !* assign (resid 9 and name h1') (resid 10 and name h6) 3.7 0.5 0.7 assign (resid 10 and name h1') (resid 11 and name h6) 3.6 0.5 0.7 assign (resid 11 and name h1') (resid 12 and name h6) 3.7 0.5 0.7 !H2'-H6/H8 assign (resid 1 and name h2') (resid 2 and name h8) 2.5 0.3 0.5 assign (resid 2 and name h2') (resid 3 and name h8) 2.4 0.3 0.5 assign (resid 3 and name h2') (resid 4 and name h6) 2.5 0.3 0.5 assign (resid 4 and name h2') (resid 5 and name h6) 2.8 0.5 1.0 assign (resid 5 and name h2') (resid 6 and name h6) 3.5 1.5 1.5 !* assign (resid 8 and name h2') (resid 9 and name h8) 5.0 2.0 2.0 !* !H2''-H6/H8 assign (resid 5 and name h2'') (resid 6 and name h6) 3.5 1.5 1.5 !* assign (resid 8 and name h2'') (resid 9 and name h8) 3.5 1.5 1.5 !* assign (resid 9 and name h2``) (resid 10 and name h6) 2.4 0.2 0.2 assign (resid 10 and name h2``) (resid 11 and name h6) 2.4 0.2 0.2 assign (resid 11 and name h2``) (resid 12 and name h6) 2.3 0.2 0.2 !H3'-H6/H8 assign (resid 1 and name h3') (resid 2 and name h8) 3.1 0.5 0.7 assign (resid 3 and name h3') (resid 4 and name h6) 3.4 0.5 0.7 assign (resid 4 and name h3') (resid 5 and name h6) 2.8 0.5 1.0 !other assign (resid 3 and name h2) (resid 4 and name h1') 3.0 0.3 0.5 assign (resid 3 and name h8) (resid 4 and name h5) 4.2 0.5 0.7 assign (resid 3 and name h2') (resid 4 and name h5) 3.7 0.5 0.7 assign (resid 3 and name h2') (resid 4 and name h1') 3.9 0.5 0.7 assign (resid 4 and name h6) (resid 5 and name h6) 4.3 0.5 1.5 assign (resid 4 and name h5) (resid 5 and (name h5#)) 3.1 0.5 1.0 assign (resid 4 and name h6) (resid 5 and (name h5#)) 3.0 0.5 1.0 assign (resid 4 and name h2') (resid 5 and (name h5#)) 3.4 0.5 1.5 assign (resid 4 and name h3') (resid 5 and (name h5#)) 2.6 0.5 1.0 assign (resid 5 and name h6) (resid 6 and (name h5#)) 5.0 2.0 2.0 !* assign (resid 5 and name h2') (resid 6 and (name h5#)) 3.5 1.5 1.5 !* assign (resid 5 and name h2'') (resid 6 and (name h5#)) 5.0 2.0 2.0 !* assign (resid 5 and name h3') (resid 6 and (name h5#)) 3.5 1.5 1.5 !* assign (resid 5 and name h4') (resid 6 and (name h5#)) 5.0 2.0 2.0 !* assign (resid 5 and name h2') (resid 6 and name h2') 5.0 2.0 2.0 !* assign (resid 5 and name h2'') (resid 6 and name h2') 5.0 2.0 2.0 !* assign (resid 5 and name h2') (resid 7 and name h5) 5.0 2.0 2.0 !* assign (resid 6 and name h2') (resid 7 and name h5) 5.0 2.0 2.0 !* assign (resid 6 and name h3') (resid 7 and name h5) 5.0 2.0 2.0 !* assign (resid 7 and name h4') (resid 8 and name c5') 4.0 2.0 2.0 !* assign (resid 7 and name h4') (resid 8 and name h8) 5.0 2.0 2.0 !* assign (resid 8 and name h1') (resid 9 and name h1') 5.0 2.0 2.0 !* assign (resid 8 and name h1') (resid 9 and name h4') 5.0 2.0 2.0 !* assign (resid 9 and name h2``) (resid 10 and name h5) 3.5 0.5 0.7 assign (resid 10 and name h2``) (resid 11 and name h5) 3.8 0.5 0.7 assign (resid 11 and name h6) (resid 12 and name h5) 4.0 0.5 0.7 assign (resid 11 and name h2``) (resid 12 and name h5) 3.7 0.5 0.7 !-------------------------------------------------------------------- !long-range interresidual (1) !-------------------------------------------------------------------- assign (resid 3 and name h2) (resid 11 and name h1') 3.7 0.5 0.7 !--------------------------------------------------------------------- !repulsions !--------------------------------------------------------------------- !H1'-H5'/5'' assign (resid 1 and name h1') (resid 2 and name h5') 4.5 0.5 99.0 assign (resid 1 and name h1') (resid 2 and name h5'') 4.5 0.5 99.0 assign (resid 2 and name h1') (resid 3 and name h5') 4.5 0.5 99.0 assign (resid 2 and name h1') (resid 3 and name h5'') 4.5 0.5 99.0 assign (resid 3 and name h1') (resid 4 and name h5') 4.5 0.5 99.0 assign (resid 3 and name h1') (resid 4 and name h5'') 4.5 0.5 99.0 assign (resid 4 and name h1') (resid 5 and name h5') 4.5 0.5 99.0 assign (resid 4 and name h1') (resid 5 and name h5'') 4.5 0.5 99.0 assign (resid 5 and name h1') (resid 6 and name h5') 3.0 0.5 99.0 !* assign (resid 5 and name h1') (resid 6 and name h5'') 3.0 0.5 99.0 !* assign (resid 6 and name h1') (resid 7 and name h5') 4.0 0.5 99.0 !* assign (resid 6 and name h1') (resid 7 and name h5'') 4.0 0.5 99.0 !* assign (resid 7 and name h1') (resid 8 and name h5') 4.0 0.5 99.0 !* assign (resid 7 and name h1') (resid 8 and name h5'') 4.0 0.5 99.0 !* assign (resid 8 and name h1') (resid 9 and name h5') 4.0 0.5 99.0 !* assign (resid 8 and name h1') (resid 9 and name h5'') 4.0 0.5 99.0 !* assign (resid 9 and name h1') (resid 10 and name h5') 3.5 0.5 99.0 assign (resid 9 and name h1') (resid 10 and name h5'') 3.5 0.5 99.0 assign (resid 10 and name h1') (resid 11 and name h5') 3.5 0.5 99.0 assign (resid 10 and name h1') (resid 11 and name h5'') 3.5 0.5 99.0 assign (resid 11 and name h1') (resid 12 and name h5') 3.5 0.5 99.0 assign (resid 11 and name h1') (resid 12 and name h5'') 3.5 0.5 99.0 !base-base assign (resid 5 and (name h5#)) (resid 6 and (name h5#)) 4.5 0.5 99.0 !* assign (resid 5 and name h6) (resid 6 and name h6) 4.5 0.5 99.0 !* assign (resid 6 and name h6) (resid 7 and name h6) 4.5 0.5 99.0 !* assign (resid 7 and name h6) (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 8 and name h8) (resid 9 and name h8) 4.5 0.5 99.0 !* !other assign (resid 5 and name h5') (resid 6 and (name h5#)) 3.5 0.5 99.0 !* assign (resid 5 and name h5'') (resid 6 and (name h5#)) 3.5 0.5 99.0 !* assign (resid 5 and name h1') (resid 6 and (name h5#)) 3.5 0.5 99.0 !* assign (resid 5 and name h3') (resid 6 and name h6) 3.0 0.5 99.0 !* assign (resid 5 and name h4') (resid 6 and name h5') 4.0 0.5 99.0 !* assign (resid 5 and name h4') (resid 6 and name h5'') 4.0 0.5 99.0 !* assign (resid 5 and name h2') (resid 6 and name h5') 3.5 0.5 99.0 !* assign (resid 5 and name h2'') (resid 6 and name h5') 3.0 0.5 99.0 !* assign (resid 5 and name h2') (resid 6 and name h5'') 3.5 0.5 99.0 !* assign (resid 5 and name h2'') (resid 6 and name h5'') 3.0 0.5 99.0 !* assign (resid 5 and name h2'') (resid 7 and name h5) 3.5 0.5 99.0 !* assign (resid 5 and name h3') (resid 7 and name h5) 4.0 0.5 99.0 !* assign (resid 5 and (name h5#)) (resid 7 and name h5) 4.5 0.5 99.0 !* assign (resid 6 and name h1') (resid 7 and name h5) 4.0 0.5 99.0 !* assign (resid 6 and name h2'') (resid 7 and name h5) 3.5 0.5 99.0 !* assign (resid 6 and name h4') (resid 7 and name h5) 4.0 0.5 99.0 !* assign (resid 6 and name h5') (resid 7 and name h5) 4.0 0.5 99.0 !* assign (resid 6 and name h5'') (resid 7 and name h5) 4.0 0.5 99.0 !* assign (resid 6 and (name h5#)) (resid 7 and name h5) 4.5 0.5 99.0 !* assign (resid 6 and name h2'') (resid 7 and name h6) 3.0 0.5 99.0 !* assign (resid 6 and name h3') (resid 7 and name h6) 3.5 0.5 99.0 !* assign (resid 6 and name h4') (resid 7 and name h6) 3.5 0.5 99.0 !* assign (resid 6 and name h5') (resid 7 and name h6) 3.5 0.5 99.0 !* assign (resid 6 and name h5'') (resid 7 and name h6) 3.5 0.5 99.0 !* assign (resid 6 and name h5') (resid 7 and name h5') 4.0 0.5 99.0 !* assign (resid 6 and name h5'') (resid 7 and name h5') 4.0 0.5 99.0 !* assign (resid 6 and name h5') (resid 7 and name h5'') 4.0 0.5 99.0 !* assign (resid 6 and name h5'') (resid 7 and name h5'') 4.0 0.5 99.0 !* assign (resid 6 and name h4') (resid 7 and name h5') 4.0 0.5 99.0 !* assign (resid 6 and name h4') (resid 7 and name h5'') 4.0 0.5 99.0 !* assign (resid 6 and name h4') (resid 7 and name h2') 4.0 0.5 99.0 !* assign (resid 6 and name h5') (resid 7 and name h2') 4.0 0.5 99.0 !* assign (resid 6 and name h5'') (resid 7 and name h2') 4.0 0.5 99.0 !* assign (resid 6 and name h1') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 6 and name h4') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 6 and name h5') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 6 and name h5'') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 7 and name h1') (resid 8 and name h8) 4.0 0.5 99.0 !* assign (resid 7 and name h2') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 7 and name h2'') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 7 and name h3') (resid 8 and name h8) 4.0 0.5 99.0 !* assign (resid 7 and name h5') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 7 and name h5'') (resid 8 and name h8) 4.5 0.5 99.0 !* assign (resid 7 and name h1') (resid 8 and name h1') 4.0 0.5 99.0 !* assign (resid 7 and name h4') (resid 8 and name h2') 4.5 0.5 99.0 !* assign (resid 7 and name h4') (resid 8 and name h2'') 4.5 0.5 99.0 !* assign (resid 7 and name h2') (resid 8 and name h4') 4.5 0.5 99.0 !* assign (resid 7 and name h5') (resid 8 and name h4') 4.0 0.5 99.0 !* assign (resid 7 and name h5'') (resid 8 and name h4') 4.0 0.5 99.0 !* assign (resid 7 and name h2'') (resid 8 and name h4') 4.5 0.5 99.0 !* assign (resid 7 and name h3') (resid 8 and name h5') 4.0 0.5 99.0 !* assign (resid 7 and name h3') (resid 8 and name h5'') 4.0 0.5 99.0 !* assign (resid 7 and name h4') (resid 8 and name h5') 3.5 0.5 99.0 !* assign (resid 7 and name h4') (resid 8 and name h5'') 3.5 0.5 99.0 !* assign (resid 7 and name h4') (resid 8 and name h4') 4.0 0.5 99.0 !* assign (resid 7 and name h2') (resid 8 and name h5') 4.0 0.5 99.0 !* assign (resid 7 and name h2') (resid 8 and name h5'') 4.0 0.5 99.0 !* assign (resid 7 and name h2'') (resid 8 and name h5') 4.0 0.5 99.0 !* assign (resid 7 and name h2'') (resid 8 and name h5'') 4.0 0.5 99.0 !* assign (resid 8 and name h8) (resid 9 and name h1') 4.0 0.5 99.0 !* assign (resid 8 and name h2') (resid 9 and name h5') 4.0 0.5 99.0 !* assign (resid 8 and name h2') (resid 9 and name h5'') 4.0 0.5 99.0 !* assign (resid 8 and name h2'') (resid 9 and name h5') 4.0 0.5 99.0 !* assign (resid 8 and name h2'') (resid 9 and name h5'') 4.0 0.5 99.0 !* assign (resid 8 and name h3') (resid 9 and name h5') 4.0 0.5 99.0 !* assign (resid 8 and name h3') (resid 9 and name h5'') 4.0 0.5 99.0 !* assign (resid 8 and name h4') (resid 9 and name h5') 3.5 0.5 99.0 !* assign (resid 8 and name h4') (resid 9 and name h5'') 3.5 0.5 99.0 !* assign (resid 8 and name h2'') (resid 9 and name h1') 4.0 0.5 99.0 !* assign (resid 8 and name h2'') (resid 10 and (name h5#)) 4.5 0.5 99.0 !* assign (resid 8 and name h1') (resid 10 and (name h5#)) 4.5 0.5 99.0 !* assign (resid 8 and name h8) (resid 10 and (name h5#)) 4.5 0.5 99.0 !* !intra assign (resid 8 and name h5') (resid 8 and name h8) 4.0 0.5 99.0 assign (resid 8 and name h5'') (resid 8 and name h8) 4.0 0.5 99.0 !no hydrogen bonds assign (resid 5 and name O2) (resid 8 and name h1) 3.0 1.0 99.0 assign (resid 6 and name O4') (resid 8 and name h1) 3.0 1.0 99.0 assign (resid 6 and name O2) (resid 8 and name h1) 3.0 1.0 99.0 assign (resid 8 and name N7) (resid 5 and name h3) 3.0 1.0 99.0 assign (resid 8 and name O6) (resid 5 and name h3) 3.0 1.0 99.0 !-------------------------------------------------------------------- !TORSION ANGLE CONSTRAINTS !-------------------------------------------------------------------- !torsion restraints on beta assign (resid 2 and name p ) (resid 2 and name o5') (resid 2 and name c5') (resid 2 and name c4') 1.0 180.0 45.0 2 assign (resid 3 and name p ) (resid 3 and name o5') (resid 3 and name c5') (resid 3 and name c4') 1.0 180.0 45.0 2 assign (resid 4 and name p ) (resid 4 and name o5') (resid 4 and name c5') (resid 4 and name c4') 1.0 180.0 60.0 2 assign (resid 5 and name p ) (resid 5 and name o5') (resid 5 and name c5') (resid 5 and name c4') 1.0 180.0 45.0 2 assign (resid 6 and name p ) (resid 6 and name o5') (resid 6 and name c5') (resid 6 and name c4') 1.0 180.0 60.0 2 assign (resid 7 and name p ) (resid 7 and name o5') (resid 7 and name c5') (resid 7 and name c4') 1.0 180.0 60.0 2 assign (resid 8 and name p ) (resid 8 and name o5') (resid 8 and name c5') (resid 8 and name c4') 1.0 180.0 60.0 2 !assign (resid 9 and name p ) (resid 9 and name o5') ! (resid 9 and name c5') (resid 9 and name c4') assign (resid 10 and name p ) (resid 10 and name o5') (resid 10 and name c5') (resid 10 and name c4') 1.0 180.0 45.0 2 assign (resid 11 and name p ) (resid 11 and name o5') (resid 11 and name c5') (resid 11 and name c4') 1.0 180.0 45.0 2 assign (resid 12 and name p ) (resid 12 and name o5') (resid 12 and name c5') (resid 12 and name c4') 1.0 180.0 45.0 2 !torsion constraints on gamma assign (resid 1 and name o5') (resid 1 and name c5') (resid 1 and name c4') (resid 1 and name c3') 1.0 60.0 40.0 2 assign (resid 2 and name o5') (resid 2 and name c5') (resid 2 and name c4') (resid 2 and name c3') 1.0 60.0 20.0 2 assign (resid 3 and name o5') (resid 3 and name c5') (resid 3 and name c4') (resid 3 and name c3') 1.0 60.0 20.0 2 assign (resid 4 and name o5') (resid 4 and name c5') (resid 4 and name c4') (resid 4 and name c3') 1.0 60.0 20.0 2 assign (resid 5 and name o5') (resid 5 and name c5') (resid 5 and name c4') (resid 5 and name c3') 1.0 60.0 20.0 2 assign (resid 6 and name o5') (resid 6 and name c5') (resid 6 and name c4') (resid 6 and name c3') 1.0 60.0 40.0 2 assign (resid 7 and name o5') (resid 7 and name c5') (resid 7 and name c4') (resid 7 and name c3') 1.0 60.0 40.0 2 !assign (resid 8 and name o5') (resid 8 and name c5') ! (resid 8 and name c4') (resid 8 and name c3') assign (resid 9 and name o5') (resid 9 and name c5') (resid 9 and name c4') (resid 9 and name c3') 1.0 60.0 30.0 2 assign (resid 10 and name o5') (resid 10 and name c5') (resid 10 and name c4') (resid 10 and name c3') 1.0 60.0 30.0 2 assign (resid 11 and name o5') (resid 11 and name c5') (resid 11 and name c4') (resid 11 and name c3') 1.0 60.0 30.0 2 assign (resid 12 and name o5') (resid 12 and name c5') (resid 12 and name c4') (resid 12 and name c3') 1.0 60.0 30.0 2 !torsion restraints on epsilon assign (resid 1 and name c4') (resid 1 and name c3') (resid 1 and name o3') (resid 2 and name p ) 1.0 240.0 50.0 2 assign (resid 2 and name c4') (resid 2 and name c3') (resid 2 and name o3') (resid 3 and name p ) 1.0 240.0 50.0 2 assign (resid 3 and name c4') (resid 3 and name c3') (resid 3 and name o3') (resid 4 and name p ) 1.0 240.0 50.0 2 assign (resid 4 and name c4') (resid 4 and name c3') (resid 4 and name o3') (resid 5 and name p ) 1.0 240.0 50.0 2 assign (resid 5 and name c4') (resid 5 and name c3') (resid 5 and name o3') (resid 6 and name p ) 1.0 240.0 100.0 2 assign (resid 6 and name c4') (resid 6 and name c3') (resid 6 and name o3') (resid 7 and name p ) 1.0 240.0 100.0 2 assign (resid 7 and name c4') (resid 7 and name c3') (resid 7 and name o3') (resid 8 and name p ) 1.0 240.0 100.0 2 assign (resid 8 and name c4') (resid 8 and name c3') (resid 8 and name o3') (resid 9 and name p ) 1.0 240.0 100.0 2 assign (resid 9 and name c4') (resid 9 and name c3') (resid 9 and name o3') (resid 10 and name p ) 1.0 170.0 50.0 2 assign (resid 10 and name c4') (resid 10 and name c3') (resid 10 and name o3') (resid 11 and name p ) 1.0 170.0 50.0 2 assign (resid 11 and name c4') (resid 11 and name c3') (resid 11 and name o3') (resid 12 and name p ) 1.0 170.0 50.0 2 !constraints for sugar v0, v1, v2, v3 and v4 torsion angles !Calculated from this formula: vj = vmax*cos(P+(j-2)*144), !where j=0,1,2,3,4 and P is the pseudorotational angle and vmax=37 !P are 20, 20, 20, 20, 20, 150, 150, 150, 90, 90, 90, 90 respectively !v0 assign (resid 1 and name c4') (resid 1 and name o4') (resid 1 and name c1') (resid 1 and name c2') 2.0 -1.3 10.0 2 assign (resid 2 and name c4') (resid 2 and name o4') (resid 2 and name c1') (resid 2 and name c2') 2.0 -1.3 10.0 2 assign (resid 3 and name c4') (resid 3 and name o4') (resid 3 and name c1') (resid 3 and name c2') 2.0 -1.3 10.0 2 assign (resid 4 and name c4') (resid 4 and name o4') (resid 4 and name c1') (resid 4 and name c2') 2.0 -1.3 10.0 2 assign (resid 5 and name c4') (resid 5 and name o4') (resid 5 and name c1') (resid 5 and name c2') 2.0 -1.3 10.0 2 assign (resid 6 and name c4') (resid 6 and name o4') (resid 6 and name c1') (resid 6 and name c2') 2.0 -27.5 10.0 2 assign (resid 7 and name c4') (resid 7 and name o4') (resid 7 and name c1') (resid 7 and name c2') 2.0 -27.5 10.0 2 assign (resid 8 and name c4') (resid 8 and name o4') (resid 8 and name c1') (resid 8 and name c2') 2.0 -27.5 10.0 2 assign (resid 9 and name c4') (resid 9 and name o4') (resid 9 and name c1') (resid 9 and name c2') 2.0 -35.2 10.0 2 assign (resid 10 and name c4') (resid 10 and name o4') (resid 10 and name c1') (resid 10 and name c2') 2.0 -35.2 10.0 2 assign (resid 11 and name c4') (resid 11 and name o4') (resid 11 and name c1') (resid 11 and name c2') 2.0 -35.2 10.0 2 assign (resid 12 and name c4') (resid 12 and name o4') (resid 12 and name c1') (resid 12 and name c2') 2.0 -35.2 10.0 2 !v1 assign (resid 1 and name o4') (resid 1 and name c1') (resid 1 and name c2') (resid 1 and name c3') 2.0 -20.7 10.0 2 assign (resid 2 and name o4') (resid 2 and name c1') (resid 2 and name c2') (resid 2 and name c3') 2.0 -20.7 10.0 2 assign (resid 3 and name o4') (resid 3 and name c1') (resid 3 and name c2') (resid 3 and name c3') 2.0 -20.7 10.0 2 assign (resid 4 and name o4') (resid 4 and name c1') (resid 4 and name c2') (resid 4 and name c3') 2.0 -20.7 10.0 2 assign (resid 5 and name o4') (resid 5 and name c1') (resid 5 and name c2') (resid 5 and name c3') 2.0 -20.7 10.0 2 assign (resid 6 and name o4') (resid 6 and name c1') (resid 6 and name c2') (resid 6 and name c3') 2.0 36.8 10.0 2 assign (resid 7 and name o4') (resid 7 and name c1') (resid 7 and name c2') (resid 7 and name c3') 2.0 36.8 10.0 2 assign (resid 8 and name o4') (resid 8 and name c1') (resid 8 and name c2') (resid 8 and name c3') 2.0 36.8 10.0 2 assign (resid 9 and name o4') (resid 9 and name c1') (resid 9 and name c2') (resid 9 and name c3') 2.0 21.8 10.0 2 assign (resid 10 and name o4') (resid 10 and name c1') (resid 10 and name c2') (resid 10 and name c3') 2.0 21.8 10.0 2 assign (resid 11 and name o4') (resid 11 and name c1') (resid 11 and name c2') (resid 11 and name c3') 2.0 21.8 10.0 2 assign (resid 12 and name o4') (resid 12 and name c1') (resid 12 and name c2') (resid 12 and name c3') 2.0 21.8 10.0 2 !v2 assign (resid 1 and name c1') (resid 1 and name c2') (resid 1 and name c3') (resid 1 and name c4') 2.0 34.8 10.0 2 assign (resid 2 and name c1') (resid 2 and name c2') (resid 2 and name c3') (resid 2 and name c4') 2.0 34.8 10.0 2 assign (resid 3 and name c1') (resid 3 and name c2') (resid 3 and name c3') (resid 3 and name c4') 2.0 34.8 10.0 2 assign (resid 4 and name c1') (resid 4 and name c2') (resid 4 and name c3') (resid 4 and name c4') 2.0 34.8 10.0 2 assign (resid 5 and name c1') (resid 5 and name c2') (resid 5 and name c3') (resid 5 and name c4') 2.0 34.8 10.0 2 assign (resid 6 and name c1') (resid 6 and name c2') (resid 6 and name c3') (resid 6 and name c4') 2.0 -32.0 10.0 2 assign (resid 7 and name c1') (resid 7 and name c2') (resid 7 and name c3') (resid 7 and name c4') 2.0 -32.0 10.0 2 assign (resid 8 and name c1') (resid 8 and name c2') (resid 8 and name c3') (resid 8 and name c4') 2.0 -32.0 10.0 2 assign (resid 9 and name c1') (resid 9 and name c2') (resid 9 and name c3') (resid 9 and name c4') 2.0 0.0 10.0 2 assign (resid 10 and name c1') (resid 10 and name c2') (resid 10 and name c3') (resid 10 and name c4') 2.0 0.0 10.0 2 assign (resid 11 and name c1') (resid 11 and name c2') (resid 11 and name c3') (resid 11 and name c4') 2.0 0.0 10.0 2 assign (resid 12 and name c1') (resid 12 and name c2') (resid 12 and name c3') (resid 12 and name c4') 2.0 0.0 10.0 2 !v3 assign (resid 1 and name c2') (resid 1 and name c3') (resid 1 and name c4') (resid 1 and name o4') 2.0 -35.6 10.0 2 assign (resid 2 and name c2') (resid 2 and name c3') (resid 2 and name c4') (resid 2 and name o4') 2.0 -35.6 10.0 2 assign (resid 3 and name c2') (resid 3 and name c3') (resid 3 and name c4') (resid 3 and name o4') 2.0 -35.6 10.0 2 assign (resid 4 and name c2') (resid 4 and name c3') (resid 4 and name c4') (resid 4 and name o4') 2.0 -35.6 10.0 2 assign (resid 5 and name c2') (resid 5 and name c3') (resid 5 and name c4') (resid 5 and name o4') 2.0 -35.6 10.0 2 assign (resid 6 and name c2') (resid 6 and name c3') (resid 6 and name c4') (resid 6 and name o4') 2.0 15.1 10.0 2 assign (resid 7 and name c2') (resid 7 and name c3') (resid 7 and name c4') (resid 7 and name o4') 2.0 15.1 10.0 2 assign (resid 8 and name c2') (resid 8 and name c3') (resid 8 and name c4') (resid 8 and name o4') 2.0 15.1 10.0 2 assign (resid 9 and name c2') (resid 9 and name c3') (resid 9 and name c4') (resid 9 and name o4') 2.0 -21.8 10.0 2 assign (resid 10 and name c2') (resid 10 and name c3') (resid 10 and name c4') (resid 10 and name o4') 2.0 -21.8 10.0 2 assign (resid 11 and name c2') (resid 11 and name c3') (resid 11 and name c4') (resid 11 and name o4') 2.0 -21.8 10.0 2 assign (resid 12 and name c2') (resid 12 and name c3') (resid 12 and name c4') (resid 12 and name o4') 2.0 -21.8 10.0 2 !v4 assign (resid 1 and name c3') (resid 1 and name c4') (resid 1 and name o4') (resid 1 and name c1') 2.0 22.8 10.0 2 assign (resid 2 and name c3') (resid 2 and name c4') (resid 2 and name o4') (resid 2 and name c1') 2.0 22.8 10.0 2 assign (resid 3 and name c3') (resid 3 and name c4') (resid 3 and name o4') (resid 3 and name c1') 2.0 22.8 10.0 2 assign (resid 4 and name c3') (resid 4 and name c4') (resid 4 and name o4') (resid 4 and name c1') 2.0 22.8 10.0 2 assign (resid 5 and name c3') (resid 5 and name c4') (resid 5 and name o4') (resid 5 and name c1') 2.0 22.8 10.0 2 assign (resid 6 and name c3') (resid 6 and name c4') (resid 6 and name o4') (resid 6 and name c1') 2.0 7.7 10.0 2 assign (resid 7 and name c3') (resid 7 and name c4') (resid 7 and name o4') (resid 7 and name c1') 2.0 7.7 10.0 2 assign (resid 8 and name c3') (resid 8 and name c4') (resid 8 and name o4') (resid 8 and name c1') 2.0 7.7 10.0 2 assign (resid 9 and name c3') (resid 9 and name c4') (resid 9 and name o4') (resid 9 and name c1') 2.0 35.2 10.0 2 assign (resid 10 and name c3') (resid 10 and name c4') (resid 10 and name o4') (resid 10 and name c1') 2.0 35.2 10.0 2 assign (resid 11 and name c3') (resid 11 and name c4') (resid 11 and name o4') (resid 11 and name c1') 2.0 35.2 10.0 2 assign (resid 12 and name c3') (resid 12 and name c4') (resid 12 and name o4') (resid 12 and name c1') 2.0 35.2 10.0 2 !--------------------------------------------------------------------- Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H5* G 1 1H5* G 1 7.074 -9.095 2.313 2 2H5* G 1 2H5* G 1 6.888 -8.881 4.076 3 H4* G 1 H4* G 1 8.720 -7.519 3.078 4 H3* G 1 H3* G 1 6.291 -6.182 4.229 5 H2* G 1 H2* G 1 6.957 -4.101 3.624 6 2HO* G 1 2HO* G 1 8.912 -3.640 4.255 7 H1* G 1 H1* G 1 8.443 -4.705 1.349 8 H8 G 1 H8 G 1 4.980 -6.079 1.116 9 H1 G 1 H1 G 1 5.186 0.235 0.282 10 1H2 G 1 1H2 G 1 7.189 0.993 0.863 11 2H2 G 1 2H2 G 1 8.451 -0.076 1.441 12 H5T G 1 H5T G 1 4.880 -8.902 2.960 13 1H5* G 2 1H5* G 2 10.102 -4.018 5.646 14 2H5* G 2 2H5* G 2 9.795 -3.641 7.363 15 H4* G 2 H4* G 2 10.654 -1.739 5.931 16 H3* G 2 H3* G 2 7.949 -1.574 7.251 17 H2* G 2 H2* G 2 7.574 0.518 6.406 18 2HO* G 2 2HO* G 2 9.120 1.966 6.126 19 H1* G 2 H1* G 2 8.941 0.256 3.996 20 H8 G 2 H8 G 2 6.429 -2.471 4.733 21 H1 G 2 H1 G 2 3.763 2.802 2.406 22 1H2 G 2 1H2 G 2 5.234 4.448 2.375 23 2H2 G 2 2H2 G 2 6.885 4.226 2.917 24 1H5* A 3 1H5* A 3 10.371 2.144 7.836 25 2H5* A 3 2H5* A 3 10.113 2.697 9.502 26 H4* A 3 H4* A 3 9.830 4.536 7.878 27 H3* A 3 H3* A 3 7.458 3.570 9.457 28 H2* A 3 H2* A 3 6.063 5.128 8.455 29 2HO* A 3 2HO* A 3 6.777 6.989 7.513 30 H1* A 3 H1* A 3 7.103 5.099 5.938 31 H8 A 3 H8 A 3 6.525 1.718 7.632 32 1H6 A 3 1H6 A 3 0.931 1.872 5.038 33 2H6 A 3 2H6 A 3 2.084 0.879 5.911 34 H2 A 3 H2 A 3 2.920 5.872 4.413 35 1H5* C 4 1H5* C 4 7.619 7.921 9.462 36 2H5* C 4 2H5* C 4 7.018 8.576 11.000 37 H4* C 4 H4* C 4 5.779 9.478 9.039 38 H3* C 4 H3* C 4 4.435 7.825 11.144 39 H2* C 4 H2* C 4 2.439 7.701 10.050 40 2HO* C 4 2HO* C 4 1.771 9.644 9.523 41 H1* C 4 H1* C 4 3.314 7.828 7.402 42 1H4 C 4 1H4 C 4 1.482 1.828 8.192 43 2H4 C 4 2H4 C 4 2.707 1.542 9.411 44 H5 C 4 H5 C 4 4.185 3.276 10.221 45 H6 C 4 H6 C 4 4.812 5.640 10.006 46 1H5* T 5 1H5* T 5 1.617 11.192 10.343 47 2H5* T 5 2H5* T 5 0.900 11.616 11.911 48 H4* T 5 H4* T 5 -0.816 10.991 10.223 49 H3* T 5 H3* T 5 -0.405 9.423 12.746 50 1H2* T 5 1H2* T 5 -1.854 7.761 12.178 51 2H2* T 5 2H2* T 5 -2.782 8.844 11.043 52 H1* T 5 H1* T 5 -1.643 7.829 9.395 53 H3 T 5 H3 T 5 -0.273 3.614 9.960 54 1H5M T 5 1H5M T 5 3.422 6.417 12.355 55 2H5M T 5 2H5M T 5 2.303 6.214 13.722 56 3H5M T 5 3H5M T 5 3.041 4.786 12.957 57 H6 T 5 H6 T 5 1.104 7.778 11.908 58 1H5* T 6 1H5* T 6 -4.494 10.092 12.233 59 2H5* T 6 2H5* T 6 -5.510 10.259 13.676 60 H4* T 6 H4* T 6 -6.046 8.271 12.179 61 H3* T 6 H3* T 6 -5.963 8.452 15.011 62 1H2* T 6 1H2* T 6 -4.331 6.967 15.439 63 2H2* T 6 2H2* T 6 -5.599 5.723 15.025 64 H1* T 6 H1* T 6 -4.709 5.342 12.958 65 H3 T 6 H3 T 6 -0.871 3.237 13.872 66 1H5M T 6 1H5M T 6 1.139 7.032 15.580 67 2H5M T 6 2H5M T 6 0.343 8.267 14.575 68 3H5M T 6 3H5M T 6 -0.282 7.905 16.202 69 H6 T 6 H6 T 6 -2.336 7.766 14.497 70 1H5* C 7 1H5* C 7 -8.140 4.982 12.910 71 2H5* C 7 2H5* C 7 -9.624 4.430 13.707 72 H4* C 7 H4* C 7 -8.314 2.592 12.647 73 H3* C 7 H3* C 7 -9.398 2.640 15.291 74 H1* C 7 H1* C 7 -6.170 0.842 14.055 75 1H4 C 7 1H4 C 7 -1.085 1.998 17.654 76 2H4 C 7 2H4 C 7 -1.826 3.417 18.357 77 H5 C 7 H5 C 7 -4.029 4.178 17.780 78 H6 C 7 H6 C 7 -6.008 3.733 16.412 79 1H2* C 7 1H2* C 7 -7.520 2.122 16.413 80 2H2* C 7 2H2* C 7 -7.739 0.458 15.687 81 1H5* G 8 1H5* G 8 -11.191 1.966 10.047 82 2H5* G 8 2H5* G 8 -10.439 0.466 10.647 83 H4* G 8 H4* G 8 -9.149 3.000 9.497 84 H3* G 8 H3* G 8 -9.990 0.545 8.314 85 H1* G 8 H1* G 8 -6.338 1.655 9.047 86 H8 G 8 H8 G 8 -7.556 -1.103 11.499 87 H1 G 8 H1 G 8 -1.362 -1.311 10.084 88 1H2 G 8 1H2 G 8 -0.882 0.250 8.601 89 2H2 G 8 2H2 G 8 -2.085 1.339 7.962 90 1H2* G 8 1H2* G 8 -8.178 -0.708 8.840 91 2H2* G 8 2H2* G 8 -7.358 0.270 7.529 92 1H5* GAO 9 1H5* +G 9 -9.186 4.299 6.159 93 2H5* GAO 9 2H5* +G 9 -9.770 4.412 4.474 94 H4* GAO 9 H4* +G 9 -8.011 6.087 5.054 95 H3* GAO 9 H3* +G 9 -7.683 4.037 2.961 96 H2* GAO 9 H2* +G 9 -5.281 5.582 2.924 97 2HO* GAO 9 2HO* HOH 9 -5.818 3.350 2.189 98 H1* GAO 9 H1* +G 9 -5.125 6.002 5.141 99 H8 GAO 9 H8 +G 9 -5.226 2.145 5.205 100 H1 GAO 9 H1 +G 9 0.242 4.722 7.183 101 1H2 GAO 9 1H2 +G 9 0.163 6.917 6.931 102 2H2 GAO 9 2H2 +G 9 -1.247 7.731 6.288 103 1H5* UAR 10 1H5* +U 10 -5.908 8.167 2.758 104 2H5* UAR 10 2H5* +U 10 -5.768 8.867 1.132 105 H4* UAR 10 H4* +U 10 -3.700 9.242 2.419 106 H3* UAR 10 H3* +U 10 -3.752 7.567 -0.030 107 H2* UAR 10 H2* +U 10 -1.014 7.859 0.815 108 2HO* UAR 10 2HO* HOH 10 -2.144 6.279 -0.620 109 H1* UAR 10 H1* +U 10 -1.392 7.757 3.052 110 H3 UAR 10 H3 +U 10 0.863 4.048 4.246 111 H5 UAR 10 H5 +U 10 -2.791 2.524 2.826 112 H6 UAR 10 H6 +U 10 -3.410 4.779 2.192 113 1H5* CAR 11 1H5* +C 11 -0.340 10.282 0.816 114 2H5* CAR 11 2H5* +C 11 0.487 10.970 -0.598 115 H4* CAR 11 H4* +C 11 2.114 10.025 0.998 116 H3* CAR 11 H3* +C 11 1.777 8.979 -1.751 117 H2* CAR 11 H2* +C 11 3.976 7.563 -0.576 118 2HO* CAR 11 2HO* +C 11 2.429 7.095 -2.402 119 H1* CAR 11 H1* +C 11 3.160 7.485 1.549 120 1HN4 CAR 11 1H4 +C 11 1.565 1.335 1.893 121 2HN4 CAR 11 2H4 +C 11 0.044 1.634 1.065 122 H5 CAR 11 H5 +C 11 -0.584 3.801 0.203 123 H6 CAR 11 H6 +C 11 0.105 6.138 -0.043 124 1H5* CAR 12 1H5* +C 12 5.942 8.934 0.018 125 2H5* CAR 12 2H5* +C 12 7.165 9.286 -1.222 126 H4* CAR 12 H4* +C 12 7.839 7.309 0.034 127 H3* CAR 12 H3* +C 12 7.066 7.101 -2.827 128 H3T CAR 12 H3T +C 12 9.261 6.490 -2.935 129 H2* CAR 12 H2* +C 12 8.088 4.550 -1.995 130 2HO* CAR 12 2HO* +C 12 5.540 5.451 -2.937 131 H1* CAR 12 H1* +C 12 7.263 4.618 0.134 132 1HN4 CAR 12 1H4 +C 12 2.676 0.269 -0.553 133 2HN4 CAR 12 2H4 +C 12 1.592 1.448 -1.267 134 H5 CAR 12 H5 +C 12 2.216 3.748 -1.665 135 H6 CAR 12 H6 +C 12 4.031 5.389 -1.511 Start of MODEL 2 1 1H5* G 1 1H5* G 1 3.098 -8.603 3.420 2 2H5* G 1 2H5* G 1 2.952 -7.953 5.076 3 H4* G 1 H4* G 1 5.116 -7.433 3.911 4 H3* G 1 H3* G 1 3.212 -5.239 4.670 5 H2* G 1 H2* G 1 4.467 -3.610 3.732 6 2HO* G 1 2HO* G 1 6.411 -4.001 4.785 7 H1* G 1 H1* G 1 5.696 -5.076 1.694 8 H8 G 1 H8 G 1 2.015 -5.342 1.427 9 H1 G 1 H1 G 1 4.119 0.496 -0.017 10 1H2 G 1 1H2 G 1 6.246 0.686 0.585 11 2H2 G 1 2H2 G 1 7.114 -0.641 1.331 12 H5T G 1 H5T G 1 1.729 -6.210 4.099 13 1H5* G 2 1H5* G 2 7.821 -4.653 5.851 14 2H5* G 2 2H5* G 2 7.655 -4.151 7.558 15 H4* G 2 H4* G 2 9.456 -2.944 6.307 16 H3* G 2 H3* G 2 7.026 -1.522 7.338 17 H2* G 2 H2* G 2 7.592 0.508 6.408 18 2HO* G 2 2HO* G 2 10.065 -0.318 6.955 19 H1* G 2 H1* G 2 8.674 -0.342 4.041 20 H8 G 2 H8 G 2 5.682 -2.379 4.861 21 H1 G 2 H1 G 2 4.065 3.265 2.473 22 1H2 G 2 1H2 G 2 5.813 4.612 2.417 23 2H2 G 2 2H2 G 2 7.397 4.104 2.964 24 1H5* A 3 1H5* A 3 9.668 1.265 7.823 25 2H5* A 3 2H5* A 3 9.637 1.972 9.451 26 H4* A 3 H4* A 3 9.201 3.728 7.856 27 H3* A 3 H3* A 3 6.840 2.737 9.436 28 H2* A 3 H2* A 3 5.458 4.285 8.440 29 2HO* A 3 2HO* A 3 7.666 5.792 8.553 30 H1* A 3 H1* A 3 6.693 4.409 5.959 31 H8 A 3 H8 A 3 5.711 0.944 7.162 32 1H6 A 3 1H6 A 3 0.189 2.087 4.671 33 2H6 A 3 2H6 A 3 1.220 0.860 5.385 34 H2 A 3 H2 A 3 2.606 5.904 4.645 35 1H5* C 4 1H5* C 4 7.005 6.991 9.684 36 2H5* C 4 2H5* C 4 6.558 7.558 11.306 37 H4* C 4 H4* C 4 5.189 8.678 9.626 38 H3* C 4 H3* C 4 3.870 6.645 11.400 39 H2* C 4 H2* C 4 1.829 6.959 10.429 40 2HO* C 4 2HO* C 4 1.504 9.108 10.526 41 H1* C 4 H1* C 4 2.705 7.602 7.829 42 1H4 C 4 1H4 C 4 0.080 1.837 7.446 43 2H4 C 4 2H4 C 4 1.314 1.149 8.481 44 H5 C 4 H5 C 4 3.064 2.463 9.496 45 H6 C 4 H6 C 4 3.973 4.722 9.768 46 1H5* T 5 1H5* T 5 1.797 9.982 12.478 47 2H5* T 5 2H5* T 5 1.119 9.971 14.120 48 H4* T 5 H4* T 5 -0.633 9.643 12.406 49 H3* T 5 H3* T 5 0.048 7.497 14.378 50 1H2* T 5 1H2* T 5 -1.331 5.959 13.466 51 2H2* T 5 2H2* T 5 -2.399 7.230 12.722 52 H1* T 5 H1* T 5 -1.341 6.806 10.799 53 H3 T 5 H3 T 5 -0.090 2.479 10.541 54 1H5M T 5 1H5M T 5 4.129 4.815 12.378 55 2H5M T 5 2H5M T 5 3.313 4.714 13.954 56 3H5M T 5 3H5M T 5 3.725 3.226 13.069 57 H6 T 5 H6 T 5 1.732 6.338 12.748 58 1H5* T 6 1H5* T 6 -3.749 7.107 14.711 59 2H5* T 6 2H5* T 6 -4.286 6.353 16.218 60 H4* T 6 H4* T 6 -3.919 4.900 14.014 61 H3* T 6 H3* T 6 -4.048 4.296 16.756 62 1H2* T 6 1H2* T 6 -1.846 3.875 17.145 63 2H2* T 6 2H2* T 6 -2.253 2.269 16.369 64 H1* T 6 H1* T 6 -1.259 2.858 14.389 65 H3 T 6 H3 T 6 3.027 2.730 15.781 66 1H5M T 6 1H5M T 6 1.149 7.122 17.951 67 2H5M T 6 2H5M T 6 2.839 7.059 17.395 68 3H5M T 6 3H5M T 6 1.574 7.714 16.327 69 H6 T 6 H6 T 6 -0.486 5.969 16.192 70 1H5* C 7 1H5* C 7 -6.971 3.300 14.347 71 2H5* C 7 2H5* C 7 -8.171 2.012 14.127 72 H4* C 7 H4* C 7 -7.158 2.869 11.979 73 H3* C 7 H3* C 7 -7.659 0.192 12.767 74 H1* C 7 H1* C 7 -4.456 1.333 10.782 75 1H4 C 7 1H4 C 7 0.886 -0.482 13.718 76 2H4 C 7 2H4 C 7 0.007 -0.945 15.162 77 H5 C 7 H5 C 7 -2.374 -0.665 15.399 78 H6 C 7 H6 C 7 -4.424 0.087 14.300 79 1H2* C 7 1H2* C 7 -5.559 -0.609 12.774 80 2H2* C 7 2H2* C 7 -5.722 -0.562 10.956 81 1H5* G 8 1H5* G 8 -8.424 0.115 6.943 82 2H5* G 8 2H5* G 8 -7.449 1.000 8.152 83 H4* G 8 H4* G 8 -10.067 1.839 6.798 84 H3* G 8 H3* G 8 -7.437 2.031 5.876 85 H1* G 8 H1* G 8 -9.228 4.987 7.663 86 H8 G 8 H8 G 8 -9.405 5.837 10.241 87 H1 G 8 H1 G 8 -3.292 4.323 11.127 88 1H2 G 8 1H2 G 8 -2.576 3.066 9.461 89 2H2 G 8 2H2 G 8 -3.610 2.598 8.129 90 1H2* G 8 1H2* G 8 -6.637 3.485 7.441 91 2H2* G 8 2H2* G 8 -7.390 4.706 6.313 92 1H5* GAO 9 1H5* +G 9 -9.946 5.334 4.171 93 2H5* GAO 9 2H5* +G 9 -10.182 5.839 2.481 94 H4* GAO 9 H4* +G 9 -8.353 7.090 3.487 95 H3* GAO 9 H3* +G 9 -7.826 5.132 1.355 96 H2* GAO 9 H2* +G 9 -5.277 6.214 1.930 97 2HO* GAO 9 2HO* +C 9 -6.337 3.615 2.506 98 H1* GAO 9 H1* +G 9 -5.648 6.711 4.132 99 H8 GAO 9 H8 +G 9 -6.038 2.873 4.228 100 H1 GAO 9 H1 +G 9 -0.638 5.007 6.778 101 1H2 GAO 9 1H2 +G 9 -0.496 7.195 6.535 102 2H2 GAO 9 2H2 +G 9 -1.749 8.127 5.740 103 1H5* UAR 10 1H5* +U 10 -5.597 9.165 1.756 104 2H5* UAR 10 2H5* +U 10 -5.094 9.858 0.200 105 H4* UAR 10 H4* +U 10 -3.320 10.060 1.945 106 H3* UAR 10 H3* +U 10 -2.958 8.588 -0.605 107 H2* UAR 10 H2* +U 10 -0.441 8.654 0.803 108 2HO* UAR 10 2HO* +C 10 -1.180 7.297 -0.994 109 H1* UAR 10 H1* +U 10 -1.255 8.333 2.888 110 H3 UAR 10 H3 +U 10 0.466 4.335 4.035 111 H5 UAR 10 H5 +U 10 -3.023 3.310 1.927 112 H6 UAR 10 H6 +U 10 -3.314 5.658 1.407 113 1H5* CAR 11 1H5* +C 11 0.628 10.863 1.007 114 2H5* CAR 11 2H5* +C 11 1.591 11.545 -0.320 115 H4* CAR 11 H4* +C 11 3.040 10.339 1.263 116 H3* CAR 11 H3* +C 11 2.724 9.524 -1.555 117 H2* CAR 11 H2* +C 11 4.635 7.716 -0.456 118 2HO* CAR 11 2HO* +C 11 3.117 7.562 -2.313 119 H1* CAR 11 H1* +C 11 3.792 7.666 1.667 120 1HN4 CAR 11 1H4 +C 11 1.462 1.753 1.753 121 2HN4 CAR 11 2H4 +C 11 -0.022 2.278 0.975 122 H5 CAR 11 H5 +C 11 -0.369 4.534 0.188 123 H6 CAR 11 H6 +C 11 0.606 6.774 0.030 124 1H5* CAR 12 1H5* +C 12 6.869 8.809 0.301 125 2H5* CAR 12 2H5* +C 12 8.125 8.999 -0.942 126 H4* CAR 12 H4* +C 12 8.433 6.872 0.235 127 H3* CAR 12 H3* +C 12 7.584 6.880 -2.631 128 H3T CAR 12 H3T +C 12 9.745 7.340 -2.021 129 H2* CAR 12 H2* +C 12 8.423 4.247 -1.707 130 2HO* CAR 12 2HO* +C 12 6.586 3.703 -2.917 131 H1* CAR 12 H1* +C 12 7.323 4.304 0.265 132 1HN4 CAR 12 1H4 +C 12 1.923 1.145 -0.951 133 2HN4 CAR 12 2H4 +C 12 1.229 2.551 -1.737 134 H5 CAR 12 H5 +C 12 2.422 4.621 -2.041 135 H6 CAR 12 H6 +C 12 4.541 5.791 -1.677 Start of MODEL 3 1 1H5* G 1 1H5* G 1 6.468 -9.131 2.392 2 2H5* G 1 2H5* G 1 5.768 -8.980 4.028 3 H4* G 1 H4* G 1 8.089 -8.051 3.754 4 H3* G 1 H3* G 1 5.766 -6.271 4.454 5 H2* G 1 H2* G 1 7.104 -4.383 4.534 6 2HO* G 1 2HO* G 1 8.923 -6.079 5.410 7 H1* G 1 H1* G 1 8.697 -4.914 2.385 8 H8 G 1 H8 G 1 5.137 -5.876 1.632 9 H1 G 1 H1 G 1 6.138 0.384 1.109 10 1H2 G 1 1H2 G 1 8.111 0.913 1.940 11 2H2 G 1 2H2 G 1 9.184 -0.291 2.624 12 H5T G 1 H5T G 1 5.123 -7.575 1.654 13 1H5* G 2 1H5* G 2 8.733 -5.049 6.787 14 2H5* G 2 2H5* G 2 8.300 -4.629 8.466 15 H4* G 2 H4* G 2 9.352 -2.780 7.134 16 H3* G 2 H3* G 2 6.519 -2.532 8.113 17 H2* G 2 H2* G 2 6.224 -0.523 7.122 18 2HO* G 2 2HO* G 2 7.913 0.586 8.080 19 H1* G 2 H1* G 2 8.123 -0.773 5.041 20 H8 G 2 H8 G 2 5.338 -3.310 4.960 21 H1 G 2 H1 G 2 3.634 2.396 2.728 22 1H2 G 2 1H2 G 2 5.206 3.886 3.202 23 2H2 G 2 2H2 G 2 6.665 3.443 4.064 24 1H5* A 3 1H5* A 3 9.435 1.109 9.138 25 2H5* A 3 2H5* A 3 8.923 1.542 10.782 26 H4* A 3 H4* A 3 9.215 3.558 9.413 27 H3* A 3 H3* A 3 6.454 2.769 10.292 28 H2* A 3 H2* A 3 5.481 4.577 9.215 29 2HO* A 3 2HO* A 3 6.533 6.418 8.723 30 H1* A 3 H1* A 3 6.985 4.628 6.967 31 H8 A 3 H8 A 3 5.934 1.187 8.195 32 1H6 A 3 1H6 A 3 0.847 1.960 4.794 33 2H6 A 3 2H6 A 3 1.780 0.820 5.748 34 H2 A 3 H2 A 3 3.146 5.840 4.859 35 1H5* C 4 1H5* C 4 6.925 6.864 10.856 36 2H5* C 4 2H5* C 4 6.115 7.505 12.301 37 H4* C 4 H4* C 4 5.325 8.621 10.239 38 H3* C 4 H3* C 4 3.489 6.935 11.900 39 H2* C 4 H2* C 4 1.726 7.101 10.462 40 2HO* C 4 2HO* C 4 2.733 9.590 10.121 41 H1* C 4 H1* C 4 3.109 7.329 8.050 42 1H4 C 4 1H4 C 4 0.555 1.550 7.998 43 2H4 C 4 2H4 C 4 1.578 1.012 9.314 44 H5 C 4 H5 C 4 3.121 2.489 10.474 45 H6 C 4 H6 C 4 4.000 4.773 10.583 46 1H5* T 5 1H5* T 5 0.777 9.298 11.012 47 2H5* T 5 2H5* T 5 -0.162 9.818 12.426 48 H4* T 5 H4* T 5 -1.577 8.506 10.940 49 H3* T 5 H3* T 5 -0.775 7.339 13.585 50 1H2* T 5 1H2* T 5 -1.834 5.355 13.200 51 2H2* T 5 2H2* T 5 -2.942 6.095 11.964 52 H1* T 5 H1* T 5 -1.565 5.202 10.433 53 H3 T 5 H3 T 5 0.513 1.457 11.803 54 1H5M T 5 1H5M T 5 3.769 3.818 14.067 55 2H5M T 5 2H5M T 5 3.795 5.302 13.086 56 3H5M T 5 3H5M T 5 2.846 5.247 14.590 57 H6 T 5 H6 T 5 1.206 6.130 12.664 58 1H5* T 6 1H5* T 6 -4.854 7.194 12.991 59 2H5* T 6 2H5* T 6 -6.013 7.103 14.329 60 H4* T 6 H4* T 6 -5.910 5.061 12.807 61 H3* T 6 H3* T 6 -6.251 5.225 15.597 62 1H2* T 6 1H2* T 6 -4.269 4.325 16.254 63 2H2* T 6 2H2* T 6 -5.112 2.758 15.849 64 H1* T 6 H1* T 6 -3.994 2.537 13.865 65 H3 T 6 H3 T 6 0.161 1.479 15.132 66 1H5M T 6 1H5M T 6 1.109 5.742 16.628 67 2H5M T 6 2H5M T 6 -0.015 6.702 15.636 68 3H5M T 6 3H5M T 6 -0.488 6.190 17.273 69 H6 T 6 H6 T 6 -2.401 5.527 15.430 70 1H5* C 7 1H5* C 7 -8.792 3.161 13.006 71 2H5* C 7 2H5* C 7 -10.141 2.017 13.115 72 H4* C 7 H4* C 7 -8.512 1.588 11.221 73 H3* C 7 H3* C 7 -9.716 -0.272 13.031 74 H1* C 7 H1* C 7 -6.125 -0.507 11.532 75 1H4 C 7 1H4 C 7 -1.702 -1.726 15.907 76 2H4 C 7 2H4 C 7 -2.631 -0.937 17.161 77 H5 C 7 H5 C 7 -4.792 0.037 16.779 78 H6 C 7 H6 C 7 -6.534 0.478 15.110 79 1H2* C 7 1H2* C 7 -7.842 -1.166 13.899 80 2H2* C 7 2H2* C 7 -7.699 -1.994 12.276 81 1H5* G 8 1H5* G 8 -10.198 0.492 7.482 82 2H5* G 8 2H5* G 8 -8.522 0.305 8.071 83 H4* G 8 H4* G 8 -9.944 2.930 7.372 84 H3* G 8 H3* G 8 -8.956 0.946 5.601 85 H1* G 8 H1* G 8 -7.011 4.208 6.562 86 H8 G 8 H8 G 8 -5.059 4.731 8.360 87 H1 G 8 H1 G 8 -2.536 -1.026 7.370 88 1H2 G 8 1H2 G 8 -3.932 -2.276 6.196 89 2H2 G 8 2H2 G 8 -5.487 -1.684 5.663 90 1H2* G 8 1H2* G 8 -6.744 1.315 5.835 91 2H2* G 8 2H2* G 8 -7.067 2.770 4.781 92 1H5* GAO 9 1H5* +G 9 -9.097 5.380 3.967 93 2H5* GAO 9 2H5* +G 9 -9.236 5.494 2.188 94 H4* GAO 9 H4* +G 9 -7.494 6.989 3.220 95 H3* GAO 9 H3* +G 9 -6.880 4.861 1.240 96 H2* GAO 9 H2* +G 9 -4.521 6.450 1.761 97 2HO* GAO 9 2HO* +C 9 -4.814 4.327 0.694 98 H1* GAO 9 H1* +G 9 -4.739 6.613 3.989 99 H8 GAO 9 H8 +G 9 -5.111 2.793 3.529 100 H1 GAO 9 H1 +G 9 -0.132 4.638 7.019 101 1H2 GAO 9 1H2 +G 9 -0.057 6.844 7.100 102 2H2 GAO 9 2H2 +G 9 -1.251 7.845 6.300 103 1H5* UAR 10 1H5* +U 10 -5.134 8.814 1.378 104 2H5* UAR 10 2H5* +U 10 -4.542 9.637 -0.081 105 H4* UAR 10 H4* +U 10 -2.897 9.809 1.751 106 H3* UAR 10 H3* +U 10 -2.322 8.416 -0.792 107 H2* UAR 10 H2* +U 10 0.103 8.363 0.725 108 2HO* UAR 10 2HO* +C 10 -0.934 6.978 -1.059 109 H1* UAR 10 H1* +U 10 -0.853 8.185 2.790 110 H3 UAR 10 H3 +U 10 1.037 4.315 4.146 111 H5 UAR 10 H5 +U 10 -2.281 3.032 1.902 112 H6 UAR 10 H6 +U 10 -2.700 5.346 1.318 113 1H5* CAR 11 1H5* +C 11 1.030 10.665 1.175 114 2H5* CAR 11 2H5* +C 11 2.174 11.376 0.017 115 H4* CAR 11 H4* +C 11 3.378 10.103 1.743 116 H3* CAR 11 H3* +C 11 3.406 9.293 -1.114 117 H2* CAR 11 H2* +C 11 5.236 7.597 0.319 118 2HO* CAR 11 2HO* +C 11 2.876 7.207 -1.239 119 H1* CAR 11 H1* +C 11 4.019 7.436 2.237 120 1HN4 CAR 11 1H4 +C 11 1.831 1.483 1.658 121 2HN4 CAR 11 2H4 +C 11 0.540 2.011 0.589 122 H5 CAR 11 H5 +C 11 0.285 4.301 -0.147 123 H6 CAR 11 H6 +C 11 1.212 6.565 -0.017 124 1H5* CAR 12 1H5* +C 12 7.421 9.022 1.185 125 2H5* CAR 12 2H5* +C 12 8.767 9.337 0.070 126 H4* CAR 12 H4* +C 12 9.231 7.325 1.382 127 H3* CAR 12 H3* +C 12 8.811 7.193 -1.552 128 H3T CAR 12 H3T +C 12 10.872 6.389 0.263 129 H2* CAR 12 H2* +C 12 9.618 4.586 -0.662 130 2HO* CAR 12 2HO* +C 12 8.537 5.158 -2.638 131 H1* CAR 12 H1* +C 12 8.532 4.630 1.346 132 1HN4 CAR 12 1H4 +C 12 3.755 0.637 0.032 133 2HN4 CAR 12 2H4 +C 12 2.854 1.911 -0.766 134 H5 CAR 12 H5 +C 12 3.699 4.147 -1.060 135 H6 CAR 12 H6 +C 12 5.595 5.643 -0.657 Start of MODEL 4 1 1H5* G 1 1H5* G 1 5.091 -8.449 1.447 2 2H5* G 1 2H5* G 1 5.448 -8.151 3.171 3 H4* G 1 H4* G 1 7.213 -7.321 1.638 4 H3* G 1 H3* G 1 5.546 -5.369 3.185 5 H2* G 1 H2* G 1 6.489 -3.545 2.245 6 2HO* G 1 2HO* G 1 8.651 -4.049 2.696 7 H1* G 1 H1* G 1 7.127 -4.567 -0.263 8 H8 G 1 H8 G 1 3.556 -5.173 0.355 9 H1 G 1 H1 G 1 4.782 1.026 -0.427 10 1H2 G 1 1H2 G 1 6.971 1.364 -0.303 11 2H2 G 1 2H2 G 1 8.096 0.046 -0.037 12 H5T G 1 H5T G 1 4.049 -6.290 2.968 13 1H5* G 2 1H5* G 2 10.487 -4.062 3.479 14 2H5* G 2 2H5* G 2 10.342 -4.284 5.246 15 H4* G 2 H4* G 2 11.614 -2.261 4.705 16 H3* G 2 H3* G 2 8.819 -1.933 5.758 17 H2* G 2 H2* G 2 8.917 0.373 5.675 18 2HO* G 2 2HO* G 2 11.473 -0.018 6.229 19 H1* G 2 H1* G 2 10.199 0.637 3.281 20 H8 G 2 H8 G 2 7.779 -2.239 3.273 21 H1 G 2 H1 G 2 4.884 3.343 2.407 22 1H2 G 2 1H2 G 2 6.282 5.006 2.761 23 2H2 G 2 2H2 G 2 7.955 4.734 3.212 24 1H5* A 3 1H5* A 3 10.768 0.905 7.675 25 2H5* A 3 2H5* A 3 10.350 1.015 9.395 26 H4* A 3 H4* A 3 9.872 3.133 8.268 27 H3* A 3 H3* A 3 7.516 1.477 9.158 28 H2* A 3 H2* A 3 6.057 3.118 8.457 29 2HO* A 3 2HO* A 3 6.563 5.235 8.331 30 H1* A 3 H1* A 3 7.479 4.018 6.265 31 H8 A 3 H8 A 3 6.949 0.277 6.391 32 1H6 A 3 1H6 A 3 1.327 1.357 4.112 33 2H6 A 3 2H6 A 3 2.507 0.121 4.511 34 H2 A 3 H2 A 3 3.232 5.305 5.192 35 1H5* C 4 1H5* C 4 7.498 5.626 10.421 36 2H5* C 4 2H5* C 4 6.904 5.841 12.081 37 H4* C 4 H4* C 4 5.887 7.457 10.493 38 H3* C 4 H3* C 4 4.228 5.407 11.925 39 H2* C 4 H2* C 4 2.288 6.008 10.863 40 2HO* C 4 2HO* C 4 3.357 8.446 11.083 41 H1* C 4 H1* C 4 3.336 6.798 8.407 42 1H4 C 4 1H4 C 4 0.406 1.277 7.381 43 2H4 C 4 2H4 C 4 1.693 0.392 8.183 44 H5 C 4 H5 C 4 3.543 1.476 9.298 45 H6 C 4 H6 C 4 4.561 3.649 9.852 46 1H5* T 5 1H5* T 5 1.741 8.360 12.009 47 2H5* T 5 2H5* T 5 0.902 8.523 13.567 48 H4* T 5 H4* T 5 -0.690 7.929 11.796 49 H3* T 5 H3* T 5 -0.042 5.996 13.986 50 1H2* T 5 1H2* T 5 -1.232 4.298 13.114 51 2H2* T 5 2H2* T 5 -2.356 5.423 12.225 52 H1* T 5 H1* T 5 -1.173 5.011 10.383 53 H3 T 5 H3 T 5 0.234 0.773 10.196 54 1H5M T 5 1H5M T 5 3.839 1.581 12.990 55 2H5M T 5 2H5M T 5 4.149 3.285 12.579 56 3H5M T 5 3H5M T 5 3.179 2.878 14.015 57 H6 T 5 H6 T 5 1.752 4.639 12.610 58 1H5* T 6 1H5* T 6 -3.730 5.506 14.175 59 2H5* T 6 2H5* T 6 -4.419 5.021 15.729 60 H4* T 6 H4* T 6 -3.886 3.220 13.874 61 H3* T 6 H3* T 6 -4.189 3.109 16.666 62 1H2* T 6 1H2* T 6 -2.017 2.793 17.253 63 2H2* T 6 2H2* T 6 -2.373 1.068 16.756 64 H1* T 6 H1* T 6 -1.270 1.305 14.760 65 H3 T 6 H3 T 6 2.903 1.420 16.455 66 1H5M T 6 1H5M T 6 2.715 5.999 17.080 67 2H5M T 6 2H5M T 6 1.478 6.421 15.872 68 3H5M T 6 3H5M T 6 1.012 6.170 17.571 69 H6 T 6 H6 T 6 -0.560 4.697 15.962 70 1H5* C 7 1H5* C 7 -8.381 1.526 16.567 71 2H5* C 7 2H5* C 7 -8.283 0.993 14.877 72 H4* C 7 H4* C 7 -10.132 2.586 15.217 73 H3* C 7 H3* C 7 -8.087 2.810 13.250 74 H1* C 7 H1* C 7 -9.808 5.783 15.113 75 1H4 C 7 1H4 C 7 -5.313 8.916 18.619 76 2H4 C 7 2H4 C 7 -4.606 9.300 17.065 77 H5 C 7 H5 C 7 -5.395 8.380 15.001 78 H6 C 7 H6 C 7 -6.964 6.817 13.968 79 1H2* C 7 1H2* C 7 -7.279 4.826 13.813 80 2H2* C 7 2H2* C 7 -8.821 5.458 13.067 81 1H5* G 8 1H5* G 8 -10.418 1.675 9.028 82 2H5* G 8 2H5* G 8 -8.901 0.976 9.665 83 H4* G 8 H4* G 8 -9.270 3.509 7.981 84 H3* G 8 H3* G 8 -9.229 0.826 7.150 85 H1* G 8 H1* G 8 -6.092 3.144 7.034 86 H8 G 8 H8 G 8 -5.199 3.175 10.191 87 H1 G 8 H1 G 8 -1.880 -1.676 7.747 88 1H2 G 8 1H2 G 8 -2.833 -2.368 5.875 89 2H2 G 8 2H2 G 8 -4.279 -1.628 5.233 90 1H2* G 8 1H2* G 8 -7.040 0.355 7.582 91 2H2* G 8 2H2* G 8 -6.786 1.228 5.994 92 1H5* GAO 9 1H5* +G 9 -9.616 4.293 4.651 93 2H5* GAO 9 2H5* +G 9 -9.727 4.689 2.914 94 H4* GAO 9 H4* +G 9 -8.077 6.061 4.241 95 H3* GAO 9 H3* +G 9 -7.354 4.383 1.903 96 H2* GAO 9 H2* +G 9 -5.029 5.859 2.725 97 2HO* GAO 9 2HO* +C 9 -5.378 3.858 1.385 98 H1* GAO 9 H1* +G 9 -5.324 5.716 4.953 99 H8 GAO 9 H8 +G 9 -5.554 1.974 4.077 100 H1 GAO 9 H1 +G 9 -0.317 3.641 7.275 101 1H2 GAO 9 1H2 +G 9 -0.295 5.835 7.589 102 2H2 GAO 9 2H2 +G 9 -1.594 6.864 7.015 103 1H5* UAR 10 1H5* +U 10 -5.533 8.299 3.038 104 2H5* UAR 10 2H5* +U 10 -5.109 9.362 1.679 105 H4* UAR 10 H4* +U 10 -3.352 9.405 3.419 106 H3* UAR 10 H3* +U 10 -2.861 8.423 0.667 107 H2* UAR 10 H2* +U 10 -0.345 8.441 2.062 108 2HO* UAR 10 2HO* +C 10 -1.966 6.515 0.725 109 H1* UAR 10 H1* +U 10 -1.127 7.773 4.093 110 H3 UAR 10 H3 +U 10 1.161 3.842 4.377 111 H5 UAR 10 H5 +U 10 -2.459 2.782 2.514 112 H6 UAR 10 H6 +U 10 -3.028 5.131 2.423 113 1H5* CAR 11 1H5* +C 11 0.537 10.820 2.482 114 2H5* CAR 11 2H5* +C 11 1.358 11.793 1.244 115 H4* CAR 11 H4* +C 11 3.005 10.524 2.543 116 H3* CAR 11 H3* +C 11 2.589 10.076 -0.345 117 H2* CAR 11 H2* +C 11 4.709 8.317 0.365 118 2HO* CAR 11 2HO* +C 11 2.017 7.936 -0.510 119 H1* CAR 11 H1* +C 11 4.044 7.950 2.529 120 1HN4 CAR 11 1H4 +C 11 2.537 1.809 1.859 121 2HN4 CAR 11 2H4 +C 11 0.920 2.218 1.313 122 H5 CAR 11 H5 +C 11 0.186 4.495 0.953 123 H6 CAR 11 H6 +C 11 0.837 6.854 1.074 124 1H5* CAR 12 1H5* +C 12 6.891 9.368 0.990 125 2H5* CAR 12 2H5* +C 12 7.994 9.849 -0.317 126 H4* CAR 12 H4* +C 12 8.489 7.559 0.389 127 H3* CAR 12 H3* +C 12 7.338 8.061 -2.324 128 H3T CAR 12 H3T +C 12 9.552 8.481 -1.782 129 H2* CAR 12 H2* +C 12 8.337 5.345 -2.032 130 2HO* CAR 12 2HO* +C 12 7.016 6.107 -3.747 131 H1* CAR 12 H1* +C 12 7.526 5.002 0.050 132 1HN4 CAR 12 1H4 +C 12 2.275 1.591 -1.018 133 2HN4 CAR 12 2H4 +C 12 1.369 3.022 -1.481 134 H5 CAR 12 H5 +C 12 2.356 5.226 -1.597 135 H6 CAR 12 H6 +C 12 4.410 6.527 -1.287 Start of MODEL 5 1 1H5* G 1 1H5* G 1 8.797 -8.099 0.664 2 2H5* G 1 2H5* G 1 8.879 -8.040 2.446 3 H4* G 1 H4* G 1 10.527 -6.556 1.312 4 H3* G 1 H3* G 1 8.269 -5.338 2.883 5 H2* G 1 H2* G 1 8.933 -3.210 2.406 6 2HO* G 1 2HO* G 1 11.240 -3.904 2.936 7 H1* G 1 H1* G 1 9.954 -3.607 -0.129 8 H8 G 1 H8 G 1 6.555 -5.062 -0.011 9 H1 G 1 H1 G 1 6.412 1.303 0.042 10 1H2 G 1 1H2 G 1 8.447 2.087 0.445 11 2H2 G 1 2H2 G 1 9.818 1.022 0.690 12 H5T G 1 H5T G 1 7.044 -6.466 0.966 13 1H5* G 2 1H5* G 2 12.031 -3.033 4.237 14 2H5* G 2 2H5* G 2 11.851 -3.128 6.010 15 H4* G 2 H4* G 2 12.359 -0.841 5.114 16 H3* G 2 H3* G 2 9.737 -1.384 6.488 17 H2* G 2 H2* G 2 8.972 0.726 6.131 18 2HO* G 2 2HO* G 2 10.228 2.481 6.171 19 H1* G 2 H1* G 2 10.357 1.328 3.768 20 H8 G 2 H8 G 2 8.228 -1.788 3.673 21 H1 G 2 H1 G 2 4.883 3.535 2.773 22 1H2 G 2 1H2 G 2 6.144 5.301 3.203 23 2H2 G 2 2H2 G 2 7.818 5.147 3.703 24 1H5* A 3 1H5* A 3 11.516 2.422 8.174 25 2H5* A 3 2H5* A 3 11.090 2.471 9.896 26 H4* A 3 H4* A 3 10.438 4.541 8.655 27 H3* A 3 H3* A 3 8.317 2.810 9.925 28 H2* A 3 H2* A 3 6.651 4.251 9.227 29 2HO* A 3 2HO* A 3 8.381 6.087 9.834 30 H1* A 3 H1* A 3 7.773 5.081 6.838 31 H8 A 3 H8 A 3 7.575 1.325 7.434 32 1H6 A 3 1H6 A 3 1.863 1.661 5.161 33 2H6 A 3 2H6 A 3 3.151 0.582 5.673 34 H2 A 3 H2 A 3 3.445 5.857 5.712 35 1H5* C 4 1H5* C 4 7.926 7.197 11.005 36 2H5* C 4 2H5* C 4 7.216 7.343 12.624 37 H4* C 4 H4* C 4 6.044 8.677 10.820 38 H3* C 4 H3* C 4 4.664 6.603 12.497 39 H2* C 4 H2* C 4 2.686 6.796 11.376 40 2HO* C 4 2HO* C 4 1.919 8.661 10.696 41 H1* C 4 H1* C 4 3.649 7.538 8.853 42 1H4 C 4 1H4 C 4 1.203 1.713 8.385 43 2H4 C 4 2H4 C 4 2.537 1.027 9.294 44 H5 C 4 H5 C 4 4.309 2.368 10.257 45 H6 C 4 H6 C 4 5.130 4.659 10.586 46 1H5* T 5 1H5* T 5 1.890 9.713 12.293 47 2H5* T 5 2H5* T 5 1.019 9.892 13.831 48 H4* T 5 H4* T 5 -0.501 9.309 11.945 49 H3* T 5 H3* T 5 -0.124 7.503 14.311 50 1H2* T 5 1H2* T 5 -1.299 5.787 13.436 51 2H2* T 5 2H2* T 5 -2.320 6.887 12.413 52 H1* T 5 H1* T 5 -1.032 6.321 10.686 53 H3 T 5 H3 T 5 0.349 2.086 10.708 54 1H5M T 5 1H5M T 5 4.023 4.624 13.425 55 2H5M T 5 2H5M T 5 2.932 4.183 14.760 56 3H5M T 5 3H5M T 5 3.698 2.910 13.781 57 H6 T 5 H6 T 5 1.669 5.970 13.197 58 1H5* T 6 1H5* T 6 -4.033 8.589 12.445 59 2H5* T 6 2H5* T 6 -5.514 8.403 13.403 60 H4* T 6 H4* T 6 -5.556 7.336 11.093 61 H3* T 6 H3* T 6 -6.524 6.315 13.591 62 1H2* T 6 1H2* T 6 -5.370 4.384 13.635 63 2H2* T 6 2H2* T 6 -6.519 3.866 12.312 64 H1* T 6 H1* T 6 -4.972 4.264 10.663 65 H3 T 6 H3 T 6 -2.229 0.790 11.213 66 1H5M T 6 1H5M T 6 -1.710 3.429 15.717 67 2H5M T 6 2H5M T 6 -0.334 2.512 15.059 68 3H5M T 6 3H5M T 6 -0.487 4.252 14.720 69 H6 T 6 H6 T 6 -2.999 4.771 13.784 70 1H5* C 7 1H5* C 7 -8.172 3.115 11.062 71 2H5* C 7 2H5* C 7 -9.788 3.763 10.735 72 H4* C 7 H4* C 7 -9.782 1.295 11.056 73 H3* C 7 H3* C 7 -11.515 3.184 12.259 74 H1* C 7 H1* C 7 -10.132 -0.023 14.046 75 1H4 C 7 1H4 C 7 -7.709 1.540 19.704 76 2H4 C 7 2H4 C 7 -6.851 2.890 19.002 77 H5 C 7 H5 C 7 -7.062 3.529 16.697 78 H6 C 7 H6 C 7 -8.145 3.010 14.565 79 1H2* C 7 1H2* C 7 -11.012 2.813 14.426 80 2H2* C 7 2H2* C 7 -11.999 1.291 14.195 81 1H5* G 8 1H5* G 8 -11.401 1.085 7.493 82 2H5* G 8 2H5* G 8 -11.151 -0.099 8.809 83 H4* G 8 H4* G 8 -9.217 2.039 7.770 84 H3* G 8 H3* G 8 -9.804 -0.526 6.747 85 H1* G 8 H1* G 8 -6.732 0.229 9.072 86 H8 G 8 H8 G 8 -5.623 -1.432 10.740 87 H1 G 8 H1 G 8 -11.177 -2.848 13.512 88 1H2 G 8 1H2 G 8 -12.839 -1.925 12.379 89 2H2 G 8 2H2 G 8 -12.576 -0.961 10.946 90 1H2* G 8 1H2* G 8 -8.815 -1.795 8.338 91 2H2* G 8 2H2* G 8 -7.277 -1.316 7.471 92 1H5* GAO 9 1H5* +G 9 -9.451 4.858 6.893 93 2H5* GAO 9 2H5* +G 9 -9.639 4.416 5.175 94 H4* GAO 9 H4* +G 9 -7.880 6.227 5.973 95 H3* GAO 9 H3* +G 9 -7.692 4.135 3.905 96 H2* GAO 9 H2* +G 9 -5.133 5.385 3.911 97 2HO* GAO 9 2HO* +C 9 -6.284 2.837 4.180 98 H1* GAO 9 H1* +G 9 -5.047 5.909 6.120 99 H8 GAO 9 H8 +G 9 -5.330 2.046 6.223 100 H1 GAO 9 H1 +G 9 0.267 4.427 8.090 101 1H2 GAO 9 1H2 +G 9 0.236 6.635 7.918 102 2H2 GAO 9 2H2 +G 9 -1.185 7.498 7.354 103 1H5* UAR 10 1H5* +U 10 -5.579 8.132 4.212 104 2H5* UAR 10 2H5* +U 10 -5.393 8.972 2.659 105 H4* UAR 10 H4* +U 10 -3.423 9.310 4.137 106 H3* UAR 10 H3* +U 10 -3.229 7.933 1.501 107 H2* UAR 10 H2* +U 10 -0.596 8.464 2.600 108 2HO* UAR 10 2HO* +C 10 -1.219 7.071 0.814 109 H1* UAR 10 H1* +U 10 -1.061 7.887 4.734 110 H3 UAR 10 H3 +U 10 1.559 4.188 5.069 111 H5 UAR 10 H5 +U 10 -2.165 2.685 3.805 112 H6 UAR 10 H6 +U 10 -2.939 4.971 3.567 113 1H5* CAR 11 1H5* +C 11 -0.069 10.680 2.752 114 2H5* CAR 11 2H5* +C 11 0.705 11.628 1.464 115 H4* CAR 11 H4* +C 11 2.393 10.547 2.909 116 H3* CAR 11 H3* +C 11 2.124 9.935 0.022 117 H2* CAR 11 H2* +C 11 4.424 8.520 0.981 118 2HO* CAR 11 2HO* +C 11 3.040 8.182 -0.927 119 H1* CAR 11 H1* +C 11 3.622 8.045 3.057 120 1HN4 CAR 11 1H4 +C 11 2.645 1.809 2.153 121 2HN4 CAR 11 2H4 +C 11 1.022 2.115 1.557 122 H5 CAR 11 H5 +C 11 0.124 4.340 1.260 123 H6 CAR 11 H6 +C 11 0.597 6.736 1.459 124 1H5* CAR 12 1H5* +C 12 6.387 9.882 1.699 125 2H5* CAR 12 2H5* +C 12 7.473 10.612 0.497 126 H4* CAR 12 H4* +C 12 8.437 8.515 1.289 127 H3* CAR 12 H3* +C 12 7.506 8.802 -1.513 128 H3T CAR 12 H3T +C 12 9.960 8.061 -0.238 129 H2* CAR 12 H2* +C 12 8.808 6.255 -1.281 130 2HO* CAR 12 2HO* +C 12 7.316 6.958 -2.915 131 H1* CAR 12 H1* +C 12 8.117 5.784 0.841 132 1HN4 CAR 12 1H4 +C 12 3.786 1.316 -0.504 133 2HN4 CAR 12 2H4 +C 12 2.566 2.536 -0.820 134 H5 CAR 12 H5 +C 12 3.012 4.904 -0.745 135 H6 CAR 12 H6 +C 12 4.727 6.611 -0.363 Start of MODEL 6 1 1H5* G 1 1H5* G 1 11.053 1.826 7.056 2 2H5* G 1 2H5* G 1 10.464 1.040 5.566 3 H4* G 1 H4* G 1 10.292 -0.339 7.669 4 H3* G 1 H3* G 1 7.836 0.496 6.154 5 H2* G 1 H2* G 1 6.416 -0.440 7.638 6 2HO* G 1 2HO* G 1 7.238 -2.527 7.681 7 H1* G 1 H1* G 1 7.918 -0.174 9.969 8 H8 G 1 H8 G 1 7.520 3.128 8.339 9 H1 G 1 H1 G 1 2.005 0.922 10.648 10 1H2 G 1 1H2 G 1 2.244 -1.205 11.232 11 2H2 G 1 2H2 G 1 3.770 -2.047 11.043 12 H5T G 1 H5T G 1 8.486 2.252 5.927 13 1H5* G 2 1H5* G 2 8.154 -4.158 7.369 14 2H5* G 2 2H5* G 2 7.698 -4.901 5.810 15 H4* G 2 H4* G 2 6.781 -6.075 7.827 16 H3* G 2 H3* G 2 4.971 -4.721 5.851 17 H2* G 2 H2* G 2 3.052 -5.218 7.034 18 2HO* G 2 2HO* G 2 4.343 -7.430 7.617 19 H1* G 2 H1* G 2 3.975 -4.818 9.565 20 H8 G 2 H8 G 2 5.444 -2.208 7.410 21 H1 G 2 H1 G 2 -0.665 -1.016 8.607 22 1H2 G 2 1H2 G 2 -1.639 -2.785 9.493 23 2H2 G 2 2H2 G 2 -0.762 -4.272 9.801 24 1H5* A 3 1H5* A 3 2.678 -7.857 6.860 25 2H5* A 3 2H5* A 3 2.431 -8.847 5.407 26 H4* A 3 H4* A 3 0.267 -8.475 6.328 27 H3* A 3 H3* A 3 0.955 -6.724 3.982 28 H2* A 3 H2* A 3 -1.149 -5.750 4.020 29 2HO* A 3 2HO* A 3 -2.912 -6.692 4.867 30 H1* A 3 H1* A 3 -1.462 -5.579 6.717 31 H8 A 3 H8 A 3 1.977 -4.614 5.391 32 1H6 A 3 1H6 A 3 -0.301 1.091 4.796 33 2H6 A 3 2H6 A 3 1.152 0.114 4.729 34 H2 A 3 H2 A 3 -3.672 -1.713 5.845 35 1H5* C 4 1H5* C 4 -2.609 -8.473 3.208 36 2H5* C 4 2H5* C 4 -3.032 -8.787 1.512 37 H4* C 4 H4* C 4 -4.597 -7.190 2.557 38 H3* C 4 H3* C 4 -2.772 -6.304 0.349 39 H2* C 4 H2* C 4 -3.498 -4.145 0.419 40 2HO* C 4 2HO* C 4 -5.619 -4.083 0.305 41 H1* C 4 H1* C 4 -4.141 -3.985 3.141 42 1H4 C 4 1H4 C 4 0.901 -0.298 2.173 43 2H4 C 4 2H4 C 4 1.938 -1.680 1.891 44 H5 C 4 H5 C 4 1.107 -3.961 1.842 45 H6 C 4 H6 C 4 -0.887 -5.367 2.053 46 1H5* T 5 1H5* T 5 -6.538 -4.973 -0.837 47 2H5* T 5 2H5* T 5 -6.797 -5.118 -2.588 48 H4* T 5 H4* T 5 -6.979 -2.768 -1.867 49 H3* T 5 H3* T 5 -4.771 -3.698 -3.653 50 1H2* T 5 1H2* T 5 -3.644 -1.729 -3.645 51 2H2* T 5 2H2* T 5 -5.144 -0.779 -3.234 52 H1* T 5 H1* T 5 -4.372 -0.743 -1.133 53 H3 T 5 H3 T 5 0.068 -0.836 -0.563 54 1H5M T 5 1H5M T 5 -1.144 -5.653 -2.433 55 2H5M T 5 2H5M T 5 -1.095 -5.837 -0.667 56 3H5M T 5 3H5M T 5 0.367 -5.340 -1.549 57 H6 T 5 H6 T 5 -3.143 -4.169 -1.837 58 1H5* T 6 1H5* T 6 -5.652 -0.582 -5.577 59 2H5* T 6 2H5* T 6 -5.359 -0.535 -7.321 60 H4* T 6 H4* T 6 -3.618 0.551 -5.706 61 H3* T 6 H3* T 6 -3.385 -0.547 -8.273 62 1H2* T 6 1H2* T 6 -2.355 -2.505 -7.720 63 2H2* T 6 2H2* T 6 -0.877 -1.428 -7.716 64 H1* T 6 H1* T 6 -0.831 -1.319 -5.425 65 H3 T 6 H3 T 6 0.701 -5.454 -4.651 66 1H5M T 6 1H5M T 6 -3.503 -7.335 -4.987 67 2H5M T 6 2H5M T 6 -4.238 -6.274 -6.213 68 3H5M T 6 3H5M T 6 -4.491 -5.942 -4.483 69 H6 T 6 H6 T 6 -3.622 -3.711 -5.773 70 1H5* C 7 1H5* C 7 -1.871 3.399 -5.030 71 2H5* C 7 2H5* C 7 -2.276 4.766 -6.084 72 H4* C 7 H4* C 7 -0.375 5.305 -4.625 73 H3* C 7 H3* C 7 -0.416 5.539 -7.462 74 H1* C 7 H1* C 7 2.692 4.528 -5.328 75 1H4 C 7 1H4 C 7 5.537 -0.622 -7.692 76 2H4 C 7 2H4 C 7 3.998 -1.385 -8.018 77 H5 C 7 H5 C 7 1.883 -0.305 -7.619 78 H6 C 7 H6 C 7 0.791 1.742 -6.831 79 1H2* C 7 1H2* C 7 1.312 4.190 -7.960 80 2H2* C 7 2H2* C 7 2.334 5.569 -7.330 81 1H5* G 8 1H5* G 8 -1.823 9.122 -3.802 82 2H5* G 8 2H5* G 8 -0.401 8.076 -3.531 83 H4* G 8 H4* G 8 -3.362 7.393 -3.118 84 H3* G 8 H3* G 8 -1.618 8.870 -1.473 85 H1* G 8 H1* G 8 -2.345 5.060 -0.944 86 H8 G 8 H8 G 8 -0.818 3.153 -0.120 87 H1 G 8 H1 G 8 4.165 5.157 -3.541 88 1H2 G 8 1H2 G 8 3.650 7.046 -4.576 89 2H2 G 8 2H2 G 8 2.082 7.799 -4.422 90 1H2* G 8 1H2* G 8 -0.248 7.195 -0.800 91 2H2* G 8 2H2* G 8 -1.627 6.819 0.335 92 1H5* GAO 9 1H5* +G 9 -5.909 8.111 -0.808 93 2H5* GAO 9 2H5* +G 9 -7.066 9.033 0.188 94 H4* GAO 9 H4* +G 9 -7.427 6.746 0.692 95 H3* GAO 9 H3* +G 9 -5.825 8.234 2.690 96 H2* GAO 9 H2* +G 9 -6.254 5.610 3.746 97 2HO* GAO 9 2HO* +C 9 -3.896 7.008 2.902 98 H1* GAO 9 H1* +G 9 -6.206 4.491 1.760 99 H8 GAO 9 H8 +G 9 -2.687 6.115 1.852 100 H1 GAO 9 H1 +G 9 -2.717 -0.233 2.122 101 1H2 GAO 9 1H2 +G 9 -4.799 -0.980 2.157 102 2H2 GAO 9 2H2 +G 9 -6.174 0.105 2.102 103 1H5* UAR 10 1H5* +U 10 -9.073 5.364 3.892 104 2H5* UAR 10 2H5* +U 10 -9.792 5.537 5.506 105 H4* UAR 10 H4* +U 10 -9.120 3.193 5.012 106 H3* UAR 10 H3* +U 10 -7.958 4.755 7.269 107 H2* UAR 10 H2* +U 10 -7.153 1.978 7.440 108 2HO* UAR 10 2HO* +C 10 -6.029 4.558 7.538 109 H1* UAR 10 H1* +U 10 -6.841 1.653 5.223 110 H3 UAR 10 H3 +U 10 -2.446 0.711 5.153 111 H5 UAR 10 H5 +U 10 -2.520 4.903 4.888 112 H6 UAR 10 H6 +U 10 -4.921 4.814 5.208 113 1H5* CAR 11 1H5* +C 11 -9.028 0.299 8.147 114 2H5* CAR 11 2H5* +C 11 -9.566 0.211 9.839 115 H4* CAR 11 H4* +C 11 -7.891 -1.537 9.368 116 H3* CAR 11 H3* +C 11 -7.458 0.618 11.335 117 H2* CAR 11 H2* +C 11 -5.118 -1.004 11.473 118 2HO* CAR 11 2HO* +C 11 -5.582 1.684 10.614 119 H1* CAR 11 H1* +C 11 -5.065 -1.633 9.275 120 1HN4 CAR 11 1H4 +C 11 0.003 1.777 7.484 121 2HN4 CAR 11 2H4 +C 11 -0.976 3.223 7.303 122 H5 CAR 11 H5 +C 11 -3.324 3.298 7.844 123 H6 CAR 11 H6 +C 11 -5.239 2.005 8.647 124 1H5* CAR 12 1H5* +C 12 -5.622 -3.400 12.046 125 2H5* CAR 12 2H5* +C 12 -5.575 -3.880 13.755 126 H4* CAR 12 H4* +C 12 -3.390 -4.256 12.683 127 H3* CAR 12 H3* +C 12 -3.742 -2.305 14.893 128 H3T CAR 12 H3T +C 12 -2.157 -3.802 15.777 129 H2* CAR 12 H2* +C 12 -0.935 -2.521 14.322 130 2HO* CAR 12 2HO* +C 12 -1.151 -0.277 14.380 131 H1* CAR 12 H1* +C 12 -1.136 -2.768 12.067 132 1HN4 CAR 12 1H4 +C 12 0.880 2.985 10.245 133 2HN4 CAR 12 2H4 +C 12 -0.716 3.668 10.489 134 H5 CAR 12 H5 +C 12 -2.582 2.403 11.349 135 H6 CAR 12 H6 +C 12 -3.309 0.219 12.192 Start of MODEL 7 1 1H5* G 1 1H5* G 1 10.834 3.338 6.935 2 2H5* G 1 2H5* G 1 10.581 2.119 5.655 3 H4* G 1 H4* G 1 10.547 1.175 7.955 4 H3* G 1 H3* G 1 8.014 1.228 6.342 5 H2* G 1 H2* G 1 6.775 0.296 7.994 6 2HO* G 1 2HO* G 1 8.062 -1.513 8.409 7 H1* G 1 H1* G 1 8.108 1.330 10.203 8 H8 G 1 H8 G 1 7.209 4.136 8.018 9 H1 G 1 H1 G 1 2.028 1.450 10.563 10 1H2 G 1 1H2 G 1 2.576 -0.496 11.475 11 2H2 G 1 2H2 G 1 4.222 -1.101 11.446 12 H5T G 1 H5T G 1 8.559 3.834 6.701 13 1H5* G 2 1H5* G 2 8.878 -3.178 8.495 14 2H5* G 2 2H5* G 2 8.875 -3.991 6.904 15 H4* G 2 H4* G 2 7.728 -5.333 8.620 16 H3* G 2 H3* G 2 6.092 -3.995 6.485 17 H2* G 2 H2* G 2 4.097 -4.819 7.311 18 2HO* G 2 2HO* G 2 5.536 -6.904 7.952 19 H1* G 2 H1* G 2 4.571 -4.446 9.964 20 H8 G 2 H8 G 2 6.087 -1.685 7.935 21 H1 G 2 H1 G 2 -0.150 -0.866 8.755 22 1H2 G 2 1H2 G 2 -1.064 -2.674 9.631 23 2H2 G 2 2H2 G 2 -0.117 -4.096 10.024 24 1H5* A 3 1H5* A 3 4.506 -7.646 6.605 25 2H5* A 3 2H5* A 3 4.239 -8.357 5.001 26 H4* A 3 H4* A 3 2.130 -8.264 6.213 27 H3* A 3 H3* A 3 2.505 -6.357 3.916 28 H2* A 3 H2* A 3 0.364 -5.530 4.183 29 2HO* A 3 2HO* A 3 -1.272 -6.627 5.143 30 H1* A 3 H1* A 3 0.221 -5.580 6.904 31 H8 A 3 H8 A 3 3.443 -4.153 5.497 32 1H6 A 3 1H6 A 3 0.416 1.181 4.934 33 2H6 A 3 2H6 A 3 1.982 0.398 4.832 34 H2 A 3 H2 A 3 -2.533 -2.039 6.084 35 1H5* C 4 1H5* C 4 -1.137 -8.540 3.605 36 2H5* C 4 2H5* C 4 -1.623 -8.952 1.948 37 H4* C 4 H4* C 4 -3.423 -7.778 3.189 38 H3* C 4 H3* C 4 -2.146 -6.576 0.758 39 H2* C 4 H2* C 4 -3.305 -4.605 0.917 40 2HO* C 4 2HO* C 4 -5.276 -6.170 1.570 41 H1* C 4 H1* C 4 -3.534 -4.406 3.669 42 1H4 C 4 1H4 C 4 0.903 -0.184 2.039 43 2H4 C 4 2H4 C 4 2.063 -1.455 1.711 44 H5 C 4 H5 C 4 1.507 -3.806 1.816 45 H6 C 4 H6 C 4 -0.288 -5.426 2.262 46 1H5* T 5 1H5* T 5 -6.214 -5.664 0.081 47 2H5* T 5 2H5* T 5 -6.581 -6.011 -1.621 48 H4* T 5 H4* T 5 -7.043 -3.663 -1.115 49 H3* T 5 H3* T 5 -4.772 -4.365 -2.946 50 1H2* T 5 1H2* T 5 -4.058 -2.217 -3.158 51 2H2* T 5 2H2* T 5 -5.700 -1.543 -2.748 52 H1* T 5 H1* T 5 -4.890 -1.178 -0.693 53 H3 T 5 H3 T 5 -0.514 -0.269 -0.427 54 1H5M T 5 1H5M T 5 0.701 -4.690 -1.077 55 2H5M T 5 2H5M T 5 -0.724 -5.362 -1.903 56 3H5M T 5 3H5M T 5 -0.617 -5.417 -0.130 57 H6 T 5 H6 T 5 -2.982 -4.304 -1.251 58 1H5* T 6 1H5* T 6 -6.863 -1.471 -4.865 59 2H5* T 6 2H5* T 6 -6.810 -1.399 -6.634 60 H4* T 6 H4* T 6 -5.574 0.462 -5.355 61 H3* T 6 H3* T 6 -4.972 -0.820 -7.787 62 1H2* T 6 1H2* T 6 -3.122 -1.972 -7.149 63 2H2* T 6 2H2* T 6 -2.313 -0.343 -7.336 64 H1* T 6 H1* T 6 -2.262 0.011 -5.081 65 H3 T 6 H3 T 6 0.765 -2.874 -3.491 66 1H5M T 6 1H5M T 6 -1.728 -6.582 -4.659 67 2H5M T 6 2H5M T 6 -2.560 -5.955 -6.102 68 3H5M T 6 3H5M T 6 -3.374 -5.917 -4.520 69 H6 T 6 H6 T 6 -3.507 -3.464 -5.601 70 1H5* C 7 1H5* C 7 -3.858 3.560 -6.700 71 2H5* C 7 2H5* C 7 -4.066 4.511 -8.187 72 H4* C 7 H4* C 7 -2.659 5.695 -6.543 73 H3* C 7 H3* C 7 -2.004 5.199 -9.263 74 H1* C 7 H1* C 7 0.542 5.222 -6.305 75 1H4 C 7 1H4 C 7 4.292 0.113 -6.537 76 2H4 C 7 2H4 C 7 2.915 -0.939 -6.761 77 H5 C 7 H5 C 7 0.659 -0.122 -6.995 78 H6 C 7 H6 C 7 -0.749 1.881 -7.078 79 1H2* C 7 1H2* C 7 -0.112 4.013 -8.963 80 2H2* C 7 2H2* C 7 0.617 5.639 -8.551 81 1H5* G 8 1H5* G 8 -3.415 9.446 -5.817 82 2H5* G 8 2H5* G 8 -1.868 8.554 -5.890 83 H4* G 8 H4* G 8 -4.444 7.724 -4.443 84 H3* G 8 H3* G 8 -2.522 9.636 -3.652 85 H1* G 8 H1* G 8 -2.590 5.947 -2.367 86 H8 G 8 H8 G 8 0.747 7.263 -3.538 87 H1 G 8 H1 G 8 0.468 0.907 -3.508 88 1H2 G 8 1H2 G 8 -1.606 0.249 -3.182 89 2H2 G 8 2H2 G 8 -2.928 1.377 -2.973 90 1H2* G 8 1H2* G 8 -0.821 8.240 -3.132 91 2H2* G 8 2H2* G 8 -1.791 7.951 -1.613 92 1H5* GAO 9 1H5* +G 9 -5.888 7.837 -1.174 93 2H5* GAO 9 2H5* +G 9 -6.493 8.893 0.133 94 H4* GAO 9 H4* +G 9 -7.064 6.469 0.399 95 H3* GAO 9 H3* +G 9 -5.502 8.032 2.349 96 H2* GAO 9 H2* +G 9 -5.686 5.435 3.484 97 2HO* GAO 9 2HO* +C 9 -3.579 7.094 2.542 98 H1* GAO 9 H1* +G 9 -5.716 4.245 1.548 99 H8 GAO 9 H8 +G 9 -2.288 6.011 1.263 100 H1 GAO 9 H1 +G 9 -2.046 -0.271 2.195 101 1H2 GAO 9 1H2 +G 9 -4.107 -1.067 2.427 102 2H2 GAO 9 2H2 +G 9 -5.516 -0.030 2.335 103 1H5* UAR 10 1H5* +U 10 -8.461 4.527 3.355 104 2H5* UAR 10 2H5* +U 10 -9.310 4.876 4.876 105 H4* UAR 10 H4* +U 10 -8.710 2.471 4.702 106 H3* UAR 10 H3* +U 10 -7.692 4.254 6.834 107 H2* UAR 10 H2* +U 10 -6.771 1.584 7.385 108 2HO* UAR 10 2HO* +C 10 -6.062 3.775 8.126 109 H1* UAR 10 H1* +U 10 -6.308 0.965 5.255 110 H3 UAR 10 H3 +U 10 -1.819 0.442 5.296 111 H5 UAR 10 H5 +U 10 -2.315 4.568 4.651 112 H6 UAR 10 H6 +U 10 -4.697 4.260 4.956 113 1H5* CAR 11 1H5* +C 11 -8.607 -0.052 7.877 114 2H5* CAR 11 2H5* +C 11 -9.185 -0.248 9.546 115 H4* CAR 11 H4* +C 11 -7.368 -1.847 9.037 116 H3* CAR 11 H3* +C 11 -7.170 0.209 11.146 117 H2* CAR 11 H2* +C 11 -4.734 -1.262 11.294 118 2HO* CAR 11 2HO* +C 11 -5.282 0.946 11.973 119 H1* CAR 11 H1* +C 11 -4.569 -1.765 9.073 120 1HN4 CAR 11 1H4 +C 11 0.407 1.912 7.623 121 2HN4 CAR 11 2H4 +C 11 -0.639 3.297 7.351 122 H5 CAR 11 H5 +C 11 -3.020 3.247 7.760 123 H6 CAR 11 H6 +C 11 -4.901 1.854 8.479 124 1H5* CAR 12 1H5* +C 12 -4.867 -3.635 12.068 125 2H5* CAR 12 2H5* +C 12 -4.905 -3.933 13.819 126 H4* CAR 12 H4* +C 12 -2.591 -3.979 13.008 127 H3* CAR 12 H3* +C 12 -3.501 -1.796 14.832 128 H3T CAR 12 H3T +C 12 -2.010 -2.922 16.183 129 H2* CAR 12 H2* +C 12 -0.612 -1.822 14.535 130 2HO* CAR 12 2HO* +C 12 -1.016 0.391 14.388 131 H1* CAR 12 H1* +C 12 -0.584 -2.207 12.307 132 1HN4 CAR 12 1H4 +C 12 0.506 3.586 9.917 133 2HN4 CAR 12 2H4 +C 12 -1.173 4.044 10.131 134 H5 CAR 12 H5 +C 12 -2.816 2.603 11.147 135 H6 CAR 12 H6 +C 12 -3.211 0.413 12.169 Start of MODEL 8 1 1H5* G 1 1H5* G 1 11.580 1.092 10.456 2 2H5* G 1 2H5* G 1 11.678 0.486 8.779 3 H4* G 1 H4* G 1 10.864 -1.192 10.445 4 H3* G 1 H3* G 1 9.021 -0.190 8.290 5 H2* G 1 H2* G 1 7.283 -1.482 9.023 6 2HO* G 1 2HO* G 1 7.535 -3.418 9.864 7 H1* G 1 H1* G 1 7.792 -1.411 11.741 8 H8 G 1 H8 G 1 7.867 2.053 10.324 9 H1 G 1 H1 G 1 1.935 -0.153 11.006 10 1H2 G 1 1H2 G 1 1.978 -2.318 11.437 11 2H2 G 1 2H2 G 1 3.480 -3.211 11.558 12 H5T G 1 H5T G 1 9.583 2.085 9.869 13 1H5* G 2 1H5* G 2 8.546 -4.360 8.474 14 2H5* G 2 2H5* G 2 8.423 -5.092 6.850 15 H4* G 2 H4* G 2 6.548 -5.645 8.433 16 H3* G 2 H3* G 2 6.005 -4.082 5.916 17 H2* G 2 H2* G 2 3.816 -3.842 6.408 18 2HO* G 2 2HO* G 2 3.083 -5.868 6.637 19 H1* G 2 H1* G 2 3.964 -4.053 9.220 20 H8 G 2 H8 G 2 5.818 -1.145 7.668 21 H1 G 2 H1 G 2 -0.432 -0.182 8.197 22 1H2 G 2 1H2 G 2 -1.444 -2.076 8.741 23 2H2 G 2 2H2 G 2 -0.549 -3.563 8.983 24 1H5* A 3 1H5* A 3 3.074 -7.737 6.548 25 2H5* A 3 2H5* A 3 2.931 -8.391 4.904 26 H4* A 3 H4* A 3 0.722 -8.204 5.960 27 H3* A 3 H3* A 3 1.402 -6.424 3.638 28 H2* A 3 H2* A 3 -0.682 -5.404 3.675 29 2HO* A 3 2HO* A 3 -1.466 -7.825 4.489 30 H1* A 3 H1* A 3 -1.073 -5.323 6.387 31 H8 A 3 H8 A 3 2.375 -4.333 5.124 32 1H6 A 3 1H6 A 3 0.135 1.401 4.730 33 2H6 A 3 2H6 A 3 1.584 0.414 4.637 34 H2 A 3 H2 A 3 -3.258 -1.414 5.665 35 1H5* C 4 1H5* C 4 -2.264 -7.574 2.938 36 2H5* C 4 2H5* C 4 -2.646 -7.959 1.250 37 H4* C 4 H4* C 4 -4.050 -6.126 2.047 38 H3* C 4 H3* C 4 -1.928 -5.468 0.017 39 H2* C 4 H2* C 4 -2.604 -3.291 -0.068 40 2HO* C 4 2HO* C 4 -4.772 -3.599 -0.521 41 H1* C 4 H1* C 4 -3.612 -3.112 2.583 42 1H4 C 4 1H4 C 4 1.307 0.870 2.073 43 2H4 C 4 2H4 C 4 2.437 -0.463 1.945 44 H5 C 4 H5 C 4 1.737 -2.782 1.873 45 H6 C 4 H6 C 4 -0.186 -4.295 1.935 46 1H5* T 5 1H5* T 5 -5.502 -4.740 -2.178 47 2H5* T 5 2H5* T 5 -5.291 -4.881 -3.934 48 H4* T 5 H4* T 5 -5.691 -2.536 -3.219 49 H3* T 5 H3* T 5 -3.121 -3.369 -4.523 50 1H2* T 5 1H2* T 5 -2.104 -1.370 -4.213 51 2H2* T 5 2H2* T 5 -3.692 -0.474 -4.194 52 H1* T 5 H1* T 5 -3.509 -0.430 -1.965 53 H3 T 5 H3 T 5 0.669 -0.039 -0.425 54 1H5M T 5 1H5M T 5 1.682 -4.461 -1.231 55 2H5M T 5 2H5M T 5 0.690 -4.768 -2.676 56 3H5M T 5 3H5M T 5 0.064 -5.184 -1.063 57 H6 T 5 H6 T 5 -1.767 -3.677 -2.390 58 1H5* T 6 1H5* T 6 -3.278 -0.160 -6.596 59 2H5* T 6 2H5* T 6 -3.480 -0.407 -8.338 60 H4* T 6 H4* T 6 -1.404 0.924 -7.589 61 H3* T 6 H3* T 6 -1.785 -0.908 -9.702 62 1H2* T 6 1H2* T 6 -0.486 -2.603 -8.975 63 2H2* T 6 2H2* T 6 0.876 -1.537 -9.566 64 H1* T 6 H1* T 6 1.427 -0.887 -7.443 65 H3 T 6 H3 T 6 3.168 -4.874 -6.251 66 1H5M T 6 1H5M T 6 -2.031 -5.600 -5.885 67 2H5M T 6 2H5M T 6 -1.654 -4.925 -4.282 68 3H5M T 6 3H5M T 6 -0.919 -6.462 -4.793 69 H6 T 6 H6 T 6 -1.288 -3.088 -6.307 70 1H5* C 7 1H5* C 7 -3.555 2.940 -9.323 71 2H5* C 7 2H5* C 7 -2.584 4.326 -9.860 72 H4* C 7 H4* C 7 -3.842 4.662 -7.680 73 H3* C 7 H3* C 7 -1.217 5.443 -8.398 74 H1* C 7 H1* C 7 -2.241 4.116 -4.868 75 1H4 C 7 1H4 C 7 0.564 -1.516 -3.447 76 2H4 C 7 2H4 C 7 2.082 -0.782 -3.910 77 H5 C 7 H5 C 7 2.234 1.390 -4.928 78 H6 C 7 H6 C 7 0.977 3.310 -5.743 79 1H2* C 7 1H2* C 7 -0.061 4.201 -6.929 80 2H2* C 7 2H2* C 7 -0.593 5.463 -5.721 81 1H5* G 8 1H5* G 8 -3.803 7.314 -5.130 82 2H5* G 8 2H5* G 8 -3.531 8.996 -4.597 83 H4* G 8 H4* G 8 -4.324 7.455 -2.801 84 H3* G 8 H3* G 8 -2.041 9.156 -2.685 85 H1* G 8 H1* G 8 -2.308 5.603 -1.040 86 H8 G 8 H8 G 8 -1.149 3.260 -1.394 87 H1 G 8 H1 G 8 3.448 5.834 -4.972 88 1H2 G 8 1H2 G 8 2.956 7.949 -5.412 89 2H2 G 8 2H2 G 8 1.497 8.705 -4.821 90 1H2* G 8 1H2* G 8 -0.459 7.616 -2.268 91 2H2* G 8 2H2* G 8 -1.199 7.558 -0.598 92 1H5* GAO 9 1H5* +G 9 -5.487 9.669 -0.587 93 2H5* GAO 9 2H5* +G 9 -6.127 10.552 0.828 94 H4* GAO 9 H4* +G 9 -6.800 8.143 0.720 95 H3* GAO 9 H3* +G 9 -5.261 9.335 2.933 96 H2* GAO 9 H2* +G 9 -5.651 6.614 3.677 97 2HO* GAO 9 2HO* +C 9 -3.999 8.269 4.264 98 H1* GAO 9 H1* +G 9 -5.598 5.705 1.595 99 H8 GAO 9 H8 +G 9 -2.111 7.359 1.692 100 H1 GAO 9 H1 +G 9 -2.053 0.995 1.907 101 1H2 GAO 9 1H2 +G 9 -4.132 0.236 1.960 102 2H2 GAO 9 2H2 +G 9 -5.517 1.311 1.931 103 1H5* UAR 10 1H5* +U 10 -8.381 5.995 3.356 104 2H5* UAR 10 2H5* +U 10 -9.337 6.148 4.845 105 H4* UAR 10 H4* +U 10 -8.805 3.783 4.378 106 H3* UAR 10 H3* +U 10 -7.873 5.188 6.804 107 H2* UAR 10 H2* +U 10 -7.015 2.474 7.066 108 2HO* UAR 10 2HO* +C 10 -6.252 4.603 7.985 109 H1* UAR 10 H1* +U 10 -6.623 2.077 4.858 110 H3 UAR 10 H3 +U 10 -2.254 0.965 5.173 111 H5 UAR 10 H5 +U 10 -2.176 5.138 4.662 112 H6 UAR 10 H6 +U 10 -4.592 5.138 4.834 113 1H5* CAR 11 1H5* +C 11 -9.017 0.695 7.244 114 2H5* CAR 11 2H5* +C 11 -9.705 0.437 8.861 115 H4* CAR 11 H4* +C 11 -7.976 -1.258 8.351 116 H3* CAR 11 H3* +C 11 -7.709 0.690 10.570 117 H2* CAR 11 H2* +C 11 -5.493 -1.143 10.710 118 2HO* CAR 11 2HO* +C 11 -5.817 1.020 11.655 119 H1* CAR 11 H1* +C 11 -5.144 -1.354 8.478 120 1HN4 CAR 11 1H4 +C 11 -0.008 2.318 7.699 121 2HN4 CAR 11 2H4 +C 11 -0.996 3.770 7.657 122 H5 CAR 11 H5 +C 11 -3.387 3.750 7.991 123 H6 CAR 11 H6 +C 11 -5.334 2.334 8.427 124 1H5* CAR 12 1H5* +C 12 -6.087 -3.544 11.131 125 2H5* CAR 12 2H5* +C 12 -6.350 -4.084 12.803 126 H4* CAR 12 H4* +C 12 -4.057 -4.593 12.132 127 H3* CAR 12 H3* +C 12 -4.615 -2.569 14.236 128 H3T CAR 12 H3T +C 12 -4.573 -4.846 14.620 129 H2* CAR 12 H2* +C 12 -1.775 -3.025 14.124 130 2HO* CAR 12 2HO* +C 12 -2.872 -1.227 15.078 131 H1* CAR 12 H1* +C 12 -1.629 -3.276 11.863 132 1HN4 CAR 12 1H4 +C 12 1.009 2.340 10.422 133 2HN4 CAR 12 2H4 +C 12 -0.564 3.114 10.385 134 H5 CAR 12 H5 +C 12 -2.616 1.965 10.914 135 H6 CAR 12 H6 +C 12 -3.599 -0.169 11.605 Start of MODEL 9 1 1H5* G 1 1H5* G 1 11.542 0.422 11.525 2 2H5* G 1 2H5* G 1 11.685 -0.189 9.854 3 H4* G 1 H4* G 1 10.662 -1.803 11.473 4 H3* G 1 H3* G 1 9.080 -0.688 9.181 5 H2* G 1 H2* G 1 7.144 -1.672 9.817 6 2HO* G 1 2HO* G 1 7.298 -3.740 10.152 7 H1* G 1 H1* G 1 7.522 -1.795 12.573 8 H8 G 1 H8 G 1 7.903 1.685 11.218 9 H1 G 1 H1 G 1 1.823 -0.182 11.634 10 1H2 G 1 1H2 G 1 1.746 -2.357 12.062 11 2H2 G 1 2H2 G 1 3.200 -3.316 12.247 12 H5T G 1 H5T G 1 9.722 1.008 9.425 13 1H5* G 2 1H5* G 2 8.271 -5.173 9.361 14 2H5* G 2 2H5* G 2 8.307 -5.711 7.659 15 H4* G 2 H4* G 2 6.299 -6.435 9.021 16 H3* G 2 H3* G 2 6.000 -4.695 6.584 17 H2* G 2 H2* G 2 3.774 -4.443 6.867 18 2HO* G 2 2HO* G 2 3.160 -6.583 6.847 19 H1* G 2 H1* G 2 3.604 -4.852 9.651 20 H8 G 2 H8 G 2 5.710 -1.954 8.436 21 H1 G 2 H1 G 2 -0.495 -0.656 8.645 22 1H2 G 2 1H2 G 2 -1.647 -2.512 8.998 23 2H2 G 2 2H2 G 2 -0.858 -4.066 9.191 24 1H5* A 3 1H5* A 3 3.097 -8.545 6.723 25 2H5* A 3 2H5* A 3 3.047 -9.003 5.009 26 H4* A 3 H4* A 3 0.788 -9.008 6.023 27 H3* A 3 H3* A 3 1.485 -7.038 3.865 28 H2* A 3 H2* A 3 -0.615 -6.059 3.932 29 2HO* A 3 2HO* A 3 -2.404 -7.094 4.509 30 H1* A 3 H1* A 3 -1.068 -6.110 6.596 31 H8 A 3 H8 A 3 2.454 -5.169 5.534 32 1H6 A 3 1H6 A 3 0.399 0.646 5.240 33 2H6 A 3 2H6 A 3 1.824 -0.376 5.193 34 H2 A 3 H2 A 3 -3.116 -2.106 5.882 35 1H5* C 4 1H5* C 4 -2.328 -8.589 3.039 36 2H5* C 4 2H5* C 4 -2.625 -8.834 1.305 37 H4* C 4 H4* C 4 -4.297 -7.312 2.344 38 H3* C 4 H3* C 4 -2.424 -6.399 0.191 39 H2* C 4 H2* C 4 -3.035 -4.209 0.312 40 2HO* C 4 2HO* C 4 -5.151 -4.078 0.093 41 H1* C 4 H1* C 4 -3.787 -4.055 3.000 42 1H4 C 4 1H4 C 4 1.559 -0.702 2.601 43 2H4 C 4 2H4 C 4 2.511 -2.142 2.299 44 H5 C 4 H5 C 4 1.523 -4.337 2.025 45 H6 C 4 H6 C 4 -0.580 -5.597 1.988 46 1H5* T 5 1H5* T 5 -6.363 -4.693 -1.005 47 2H5* T 5 2H5* T 5 -6.409 -4.786 -2.778 48 H4* T 5 H4* T 5 -6.663 -2.458 -1.953 49 H3* T 5 H3* T 5 -4.331 -3.306 -3.636 50 1H2* T 5 1H2* T 5 -3.235 -1.321 -3.451 51 2H2* T 5 2H2* T 5 -4.776 -0.404 -3.123 52 H1* T 5 H1* T 5 -4.173 -0.454 -0.962 53 H3 T 5 H3 T 5 0.165 -0.508 0.102 54 1H5M T 5 1H5M T 5 0.766 -4.855 -1.334 55 2H5M T 5 2H5M T 5 -0.471 -4.967 -2.609 56 3H5M T 5 3H5M T 5 -0.846 -5.508 -0.955 57 H6 T 5 H6 T 5 -2.737 -3.759 -1.912 58 1H5* T 6 1H5* T 6 -6.016 0.261 -5.101 59 2H5* T 6 2H5* T 6 -5.941 0.594 -6.840 60 H4* T 6 H4* T 6 -4.743 2.278 -5.362 61 H3* T 6 H3* T 6 -3.967 1.169 -7.845 62 1H2* T 6 1H2* T 6 -2.108 0.068 -7.199 63 2H2* T 6 2H2* T 6 -1.366 1.738 -7.157 64 H1* T 6 H1* T 6 -1.488 1.852 -4.876 65 H3 T 6 H3 T 6 1.522 -1.095 -3.379 66 1H5M T 6 1H5M T 6 -0.810 -4.743 -4.990 67 2H5M T 6 2H5M T 6 -1.628 -4.012 -6.392 68 3H5M T 6 3H5M T 6 -2.475 -4.133 -4.831 69 H6 T 6 H6 T 6 -2.608 -1.591 -5.777 70 1H5* C 7 1H5* C 7 -2.994 5.701 -10.370 71 2H5* C 7 2H5* C 7 -2.125 6.867 -9.349 72 H4* C 7 H4* C 7 -4.217 7.872 -10.062 73 H3* C 7 H3* C 7 -3.483 7.486 -7.349 74 H1* C 7 H1* C 7 -7.142 7.143 -8.720 75 1H4 C 7 1H4 C 7 -8.883 0.909 -7.905 76 2H4 C 7 2H4 C 7 -8.841 1.313 -6.205 77 H5 C 7 H5 C 7 -8.004 3.401 -5.372 78 H6 C 7 H6 C 7 -6.995 5.540 -5.972 79 1H2* C 7 1H2* C 7 -5.171 6.173 -6.682 80 2H2* C 7 2H2* C 7 -6.155 7.712 -6.732 81 1H5* G 8 1H5* G 8 -3.096 10.467 -4.119 82 2H5* G 8 2H5* G 8 -1.707 10.286 -5.228 83 H4* G 8 H4* G 8 -2.928 8.128 -3.427 84 H3* G 8 H3* G 8 -1.238 10.312 -2.697 85 H1* G 8 H1* G 8 -0.116 6.608 -3.200 86 H8 G 8 H8 G 8 0.351 6.151 -6.290 87 H1 G 8 H1 G 8 5.888 8.881 -4.729 88 1H2 G 8 1H2 G 8 5.681 9.971 -2.810 89 2H2 G 8 2H2 G 8 4.176 10.017 -1.924 90 1H2* G 8 1H2* G 8 0.736 9.473 -3.405 91 2H2* G 8 2H2* G 8 0.587 8.384 -1.943 92 1H5* GAO 9 1H5* +G 9 -3.868 8.588 -0.633 93 2H5* GAO 9 2H5* +G 9 -4.530 9.607 0.675 94 H4* GAO 9 H4* +G 9 -5.501 7.289 0.509 95 H3* GAO 9 H3* +G 9 -4.190 8.414 2.893 96 H2* GAO 9 H2* +G 9 -5.005 5.791 3.656 97 2HO* GAO 9 2HO* +C 9 -2.506 7.126 3.392 98 H1* GAO 9 H1* +G 9 -4.729 4.770 1.651 99 H8 GAO 9 H8 +G 9 -1.138 6.074 2.186 100 H1 GAO 9 H1 +G 9 -1.797 -0.245 2.449 101 1H2 GAO 9 1H2 +G 9 -3.938 -0.773 2.292 102 2H2 GAO 9 2H2 +G 9 -5.185 0.444 2.109 103 1H5* UAR 10 1H5* +U 10 -7.620 5.368 3.044 104 2H5* UAR 10 2H5* +U 10 -8.724 5.690 4.398 105 H4* UAR 10 H4* +U 10 -8.277 3.281 4.233 106 H3* UAR 10 H3* +U 10 -7.421 4.886 6.566 107 H2* UAR 10 H2* +U 10 -6.786 2.148 7.141 108 2HO* UAR 10 2HO* +C 10 -5.976 4.327 7.931 109 H1* UAR 10 H1* +U 10 -6.196 1.533 5.030 110 H3 UAR 10 H3 +U 10 -1.888 0.332 5.498 111 H5 UAR 10 H5 +U 10 -1.677 4.525 5.261 112 H6 UAR 10 H6 +U 10 -4.099 4.579 5.224 113 1H5* CAR 11 1H5* +C 11 -8.866 0.743 7.086 114 2H5* CAR 11 2H5* +C 11 -9.682 0.355 8.616 115 H4* CAR 11 H4* +C 11 -7.919 -1.300 8.100 116 H3* CAR 11 H3* +C 11 -7.864 0.427 10.501 117 H2* CAR 11 H2* +C 11 -5.612 -1.329 10.706 118 2HO* CAR 11 2HO* +C 11 -6.117 0.829 11.662 119 H1* CAR 11 H1* +C 11 -5.147 -1.454 8.480 120 1HN4 CAR 11 1H4 +C 11 0.188 1.994 8.326 121 2HN4 CAR 11 2H4 +C 11 -0.723 3.497 8.289 122 H5 CAR 11 H5 +C 11 -3.136 3.582 8.424 123 H6 CAR 11 H6 +C 11 -5.179 2.245 8.624 124 1H5* CAR 12 1H5* +C 12 -6.175 -3.840 10.986 125 2H5* CAR 12 2H5* +C 12 -6.592 -4.432 12.608 126 H4* CAR 12 H4* +C 12 -4.230 -4.842 12.199 127 H3* CAR 12 H3* +C 12 -5.033 -2.784 14.206 128 H3T CAR 12 H3T +C 12 -5.119 -5.031 14.667 129 H2* CAR 12 H2* +C 12 -2.197 -3.356 14.382 130 2HO* CAR 12 2HO* +C 12 -3.355 -1.556 15.299 131 H1* CAR 12 H1* +C 12 -1.831 -3.508 12.146 132 1HN4 CAR 12 1H4 +C 12 0.940 2.125 11.103 133 2HN4 CAR 12 2H4 +C 12 -0.615 2.930 11.027 134 H5 CAR 12 H5 +C 12 -2.716 1.791 11.374 135 H6 CAR 12 H6 +C 12 -3.769 -0.360 11.892 Start of MODEL 10 1 1H5* G 1 1H5* G 1 11.672 1.077 9.574 2 2H5* G 1 2H5* G 1 11.663 0.441 7.906 3 H4* G 1 H4* G 1 11.120 -1.247 9.673 4 H3* G 1 H3* G 1 9.094 -0.449 7.610 5 H2* G 1 H2* G 1 7.429 -1.715 8.520 6 2HO* G 1 2HO* G 1 7.769 -3.621 9.386 7 H1* G 1 H1* G 1 8.070 -1.536 11.188 8 H8 G 1 H8 G 1 8.081 1.877 9.659 9 H1 G 1 H1 G 1 2.191 -0.324 10.678 10 1H2 G 1 1H2 G 1 2.273 -2.482 11.165 11 2H2 G 1 2H2 G 1 3.788 -3.359 11.240 12 H5T G 1 H5T G 1 9.601 1.386 7.656 13 1H5* G 2 1H5* G 2 8.804 -4.736 7.964 14 2H5* G 2 2H5* G 2 8.588 -5.476 6.354 15 H4* G 2 H4* G 2 6.854 -6.055 8.113 16 H3* G 2 H3* G 2 6.089 -4.651 5.560 17 H2* G 2 H2* G 2 3.923 -4.456 6.179 18 2HO* G 2 2HO* G 2 3.125 -6.366 6.662 19 H1* G 2 H1* G 2 4.247 -4.480 8.979 20 H8 G 2 H8 G 2 5.965 -1.651 7.150 21 H1 G 2 H1 G 2 -0.254 -0.716 7.987 22 1H2 G 2 1H2 G 2 -1.210 -2.582 8.700 23 2H2 G 2 2H2 G 2 -0.285 -4.045 8.976 24 1H5* A 3 1H5* A 3 3.333 -8.219 6.642 25 2H5* A 3 2H5* A 3 3.116 -9.075 5.101 26 H4* A 3 H4* A 3 0.964 -8.847 6.233 27 H3* A 3 H3* A 3 1.464 -7.261 3.735 28 H2* A 3 H2* A 3 -0.636 -6.282 3.793 29 2HO* A 3 2HO* A 3 -1.344 -8.639 4.762 30 H1* A 3 H1* A 3 -0.902 -5.995 6.513 31 H8 A 3 H8 A 3 2.439 -5.019 4.968 32 1H6 A 3 1H6 A 3 0.019 0.617 4.298 33 2H6 A 3 2H6 A 3 1.480 -0.346 4.161 34 H2 A 3 H2 A 3 -3.220 -2.183 5.704 35 1H5* C 4 1H5* C 4 -2.179 -8.589 3.199 36 2H5* C 4 2H5* C 4 -2.591 -8.989 1.521 37 H4* C 4 H4* C 4 -3.951 -7.118 2.373 38 H3* C 4 H3* C 4 -1.943 -6.522 0.203 39 H2* C 4 H2* C 4 -2.655 -4.362 0.098 40 2HO* C 4 2HO* C 4 -4.809 -4.500 -0.200 41 H1* C 4 H1* C 4 -3.478 -4.110 2.788 42 1H4 C 4 1H4 C 4 1.286 -0.088 1.609 43 2H4 C 4 2H4 C 4 2.438 -1.404 1.513 44 H5 C 4 H5 C 4 1.793 -3.728 1.654 45 H6 C 4 H6 C 4 -0.083 -5.274 1.986 46 1H5* T 5 1H5* T 5 -6.294 -5.487 -0.909 47 2H5* T 5 2H5* T 5 -6.430 -5.664 -2.671 48 H4* T 5 H4* T 5 -7.352 -3.501 -1.836 49 H3* T 5 H3* T 5 -5.042 -3.622 -3.748 50 1H2* T 5 1H2* T 5 -4.670 -1.375 -3.708 51 2H2* T 5 2H2* T 5 -6.371 -1.024 -3.180 52 H1* T 5 H1* T 5 -5.512 -0.764 -1.132 53 H3 T 5 H3 T 5 -1.239 0.636 -1.094 54 1H5M T 5 1H5M T 5 -0.922 -4.390 -2.669 55 2H5M T 5 2H5M T 5 -0.863 -4.546 -0.898 56 3H5M T 5 3H5M T 5 0.403 -3.634 -1.752 57 H6 T 5 H6 T 5 -3.321 -3.621 -1.874 58 1H5* T 6 1H5* T 6 -7.537 -0.705 -5.266 59 2H5* T 6 2H5* T 6 -7.397 -0.367 -7.000 60 H4* T 6 H4* T 6 -6.462 1.402 -5.356 61 H3* T 6 H3* T 6 -5.588 0.566 -7.925 62 1H2* T 6 1H2* T 6 -3.580 -0.290 -7.387 63 2H2* T 6 2H2* T 6 -3.090 1.456 -7.196 64 H1* T 6 H1* T 6 -3.173 1.354 -4.927 65 H3 T 6 H3 T 6 0.423 -1.171 -4.183 66 1H5M T 6 1H5M T 6 -1.737 -5.096 -5.332 67 2H5M T 6 2H5M T 6 -2.852 -4.486 -6.579 68 3H5M T 6 3H5M T 6 -3.410 -4.670 -4.899 69 H6 T 6 H6 T 6 -3.997 -2.177 -5.766 70 1H5* C 7 1H5* C 7 -3.623 4.464 -6.263 71 2H5* C 7 2H5* C 7 -3.117 5.611 -7.515 72 H4* C 7 H4* C 7 -1.395 5.156 -5.708 73 H3* C 7 H3* C 7 -1.049 5.409 -8.519 74 H1* C 7 H1* C 7 0.910 2.901 -6.246 75 1H4 C 7 1H4 C 7 0.453 -3.136 -8.120 76 2H4 C 7 2H4 C 7 -0.752 -2.740 -9.323 77 H5 C 7 H5 C 7 -1.590 -0.512 -9.662 78 H6 C 7 H6 C 7 -1.455 1.814 -8.923 79 1H2* C 7 1H2* C 7 -0.220 3.370 -8.978 80 2H2* C 7 2H2* C 7 1.301 4.014 -8.199 81 1H5* G 8 1H5* G 8 -0.918 9.150 -4.777 82 2H5* G 8 2H5* G 8 -0.167 7.562 -4.448 83 H4* G 8 H4* G 8 -3.148 8.280 -4.409 84 H3* G 8 H3* G 8 -1.157 8.793 -2.467 85 H1* G 8 H1* G 8 -3.612 5.735 -2.312 86 H8 G 8 H8 G 8 -3.153 3.402 -1.262 87 H1 G 8 H1 G 8 2.459 2.800 -4.205 88 1H2 G 8 1H2 G 8 2.938 4.668 -5.296 89 2H2 G 8 2H2 G 8 1.868 6.048 -5.298 90 1H2* G 8 1H2* G 8 -0.844 6.693 -1.694 91 2H2* G 8 2H2* G 8 -2.418 6.993 -0.817 92 1H5* GAO 9 1H5* +G 9 -5.552 8.403 -1.080 93 2H5* GAO 9 2H5* +G 9 -6.063 9.380 0.325 94 H4* GAO 9 H4* +G 9 -6.909 6.993 0.270 95 H3* GAO 9 H3* +G 9 -5.354 8.213 2.459 96 H2* GAO 9 H2* +G 9 -5.913 5.539 3.291 97 2HO* GAO 9 2HO* +C 9 -3.506 5.612 3.368 98 H1* GAO 9 H1* +G 9 -5.766 4.519 1.277 99 H8 GAO 9 H8 +G 9 -2.309 6.217 1.379 100 H1 GAO 9 H1 +G 9 -2.174 -0.130 1.742 101 1H2 GAO 9 1H2 +G 9 -4.238 -0.920 1.807 102 2H2 GAO 9 2H2 +G 9 -5.640 0.130 1.747 103 1H5* UAR 10 1H5* +U 10 -8.562 4.943 3.124 104 2H5* UAR 10 2H5* +U 10 -9.449 5.228 4.637 105 H4* UAR 10 H4* +U 10 -8.905 2.835 4.379 106 H3* UAR 10 H3* +U 10 -7.852 4.481 6.599 107 H2* UAR 10 H2* +U 10 -6.973 1.797 7.067 108 2HO* UAR 10 2HO* +C 10 -6.177 3.973 7.786 109 H1* UAR 10 H1* +U 10 -6.664 1.205 4.893 110 H3 UAR 10 H3 +U 10 -2.274 0.191 4.983 111 H5 UAR 10 H5 +U 10 -2.292 4.345 4.341 112 H6 UAR 10 H6 +U 10 -4.701 4.311 4.617 113 1H5* CAR 11 1H5* +C 11 -8.861 0.091 7.393 114 2H5* CAR 11 2H5* +C 11 -9.474 -0.132 9.046 115 H4* CAR 11 H4* +C 11 -7.728 -1.797 8.529 116 H3* CAR 11 H3* +C 11 -7.387 0.256 10.643 117 H2* CAR 11 H2* +C 11 -5.140 -1.542 10.750 118 2HO* CAR 11 2HO* +C 11 -5.474 0.674 11.601 119 H1* CAR 11 H1* +C 11 -4.906 -1.846 8.514 120 1HN4 CAR 11 1H4 +C 11 0.157 1.826 7.330 121 2HN4 CAR 11 2H4 +C 11 -0.856 3.259 7.221 122 H5 CAR 11 H5 +C 11 -3.233 3.232 7.648 123 H6 CAR 11 H6 +C 11 -5.143 1.826 8.251 124 1H5* CAR 12 1H5* +C 12 -5.738 -3.877 11.349 125 2H5* CAR 12 2H5* +C 12 -5.837 -4.368 13.053 126 H4* CAR 12 H4* +C 12 -3.591 -4.810 12.177 127 H3* CAR 12 H3* +C 12 -4.025 -2.747 14.286 128 H3T CAR 12 H3T +C 12 -2.841 -4.300 15.457 129 H2* CAR 12 H2* +C 12 -1.197 -3.242 13.925 130 2HO* CAR 12 2HO* +C 12 -1.244 -0.944 13.885 131 H1* CAR 12 H1* +C 12 -1.253 -3.438 11.662 132 1HN4 CAR 12 1H4 +C 12 1.163 2.245 10.113 133 2HN4 CAR 12 2H4 +C 12 -0.427 2.981 10.159 134 H5 CAR 12 H5 +C 12 -2.424 1.774 10.786 135 H6 CAR 12 H6 +C 12 -3.310 -0.385 11.533