*HEADER RNA 20-MAY-04 1TBK *TITLE NMR STRUCTURE OF THE VS RIBOZYME STEM-LOOP V RNA IN THE *TITLE 2 ABSENCE OF MULTIVALENT IONS. *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: VS RIBOZYME STEM-LOOP V; *COMPND 3 CHAIN: A; *COMPND 4 FRAGMENT: SL5; *COMPND 5 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 OTHER_DETAILS: THIS SEQUENCE IS DERIVED FROM THE *SOURCE 4 NEUROSPORA VARKUD SATELLITE RIBOZYME *KEYWDS U-TURN; HAIRPIN *EXPDTA NMR, 11 STRUCTURES *AUTHOR D.O.CAMPBELL, P.LEGAULT *REVDAT 1 01-MAR-05 1TBK 0 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !File : sl5_3ddata.noe ! !Taken from 90 ms and 180 ms HMQC-NOESY ! !Calibration: 90 ms ! ! I > 0.75 = 1.8 - 3.2 A ! ! 0.75 > I > 0.2 = 1.8 - 4.3 A ! ! 0.2 > I > 0.1 = 1.8 - 5.5 A ! ! 0.1 > I = 1.8 - 7.0 A ! ! 180 ms ! ! ! !If peak in 180 ms only = 1.8 - 7.0 A ! ! ! !Last Modified : October 31, 2002 ! ! ! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ! ! !90 MS DATA ! !Peaks with assigned cross-peaks !690 assign (resid 690 and name H1') (resid 690 and name H3') 4.0 2.2 0.1 ! 90msdata.470 assign (resid 690 and name H1') (resid 690 and name H5') 5.0 3.2 0.5 ! 90msdata.470 assign (resid 690 and name H1') (resid 690 and name H5'') 5.0 3.2 0.5 ! 90msdata.470 assign (resid 690 and name H1') (resid 690 and name H8) 4.0 2.2 0.1 ! 90msdata.470 assign (resid 690 and name H2') (resid 690 and name H3') 3.0 1.2 0.0 ! Noesylist.464 assign (resid 690 and name H2') (resid 690 and name H4') 4.0 2.2 0.1 ! 90msdata.288 assign (resid 690 and name H2') (resid 690 and name H5') 5.0 3.2 0.5 ! 90msdata.626 assign (resid 690 and name H2') (resid 690 and name H5'') 5.0 3.2 0.5 ! Noesylist.619 assign (resid 690 and name H2') (resid 690 and name H8) 5.0 3.2 0.5 ! 90msdata.113 assign (resid 690 and name H2') (resid 691 and name H5'') 5.0 3.2 2.0 ! Noesylist.466 assign (resid 690 and name H2') (resid 691 and name H1') 5.0 3.2 0.5 ! 90msdata.199 assign (resid 690 and name H2') (resid 691 and name H5) 5.0 3.2 0.5 ! 90msdata.187 assign (resid 690 and name H2') (resid 691 and name H6) 3.0 1.2 0.0 ! 90msdata.77 assign (resid 690 and name H3') (resid 690 and name H5'') 5.0 3.2 0.5 ! 90msdata.620 assign (resid 690 and name H3') (resid 690 and name H5') 5.0 3.2 0.5 ! 90msdata.627 assign (resid 690 and name H3') (resid 690 and name H8) 4.0 2.2 0.1 ! 90msdata.627 assign (resid 690 and name H3') (resid 691 and name H5) 5.0 3.2 0.5 ! 90msdata.471 assign (resid 690 and name H3') (resid 691 and name H5'') 5.0 3.2 2.0 ! Noesylist.472 assign (resid 690 and name H3') (resid 691 and name H6) 3.0 1.2 0.0 ! 90msdata.469 assign (resid 690 and name H4') (resid 690 and name H5'') 3.0 1.2 0.0 ! 90msdata.621 assign (resid 690 and name H4') (resid 690 and name H5') 5.0 3.2 0.5 ! 90msdata.628 assign (resid 690 and name H4') (resid 690 and name H8) 5.0 3.2 0.5 ! 90msdata.115 assign (resid 690 and name H4') (resid 691 and name H5) 5.0 3.2 2.0 ! 90msdata.287 assign (resid 690 and name H4') (resid 691 and name H6) 5.0 3.2 0.5 ! 90msdata.285 assign (resid 690 and name H5'') (resid 691 and name H5) 5.0 3.2 0.5 ! 90msdata.618 assign (resid 690 and name H5') (resid 691 and name H5) 5.0 3.2 0.5 ! 90msdata.625 assign (resid 690 and name H5') (resid 690 and name H8) 5.0 3.2 0.5 ! 90msdata.625 assign (resid 690 and name H5'') (resid 690 and name H8) 5.0 3.2 0.5 ! 90msdata.625 assign (resid 690 and name H8) (resid 691 and name H5) 5.0 3.2 2.0 ! 180msdata.674 assign (resid 690 and name H8) (resid 691 and name H6) 5.0 3.2 0.5 ! 90msdata.74 !691 assign (resid 691 and name H1') (resid 691 and name H3') 4.0 2.2 0.1 ! 90msdata.515 assign (resid 691 and name H1') (resid 691 and name H5') 5.0 3.2 0.5 ! 90msdata.182 assign (resid 691 and name H1') (resid 691 and name H5'') 5.0 3.2 0.5 ! 90msdata.182 assign (resid 691 and name H1') (resid 691 and name H5) 5.0 3.2 0.5 ! 90msdata.182 assign (resid 691 and name H1') (resid 691 and name H6) 4.0 2.2 0.1 ! 90msdata.182 assign (resid 691 and name H1') (resid 692 and name H5') 5.0 3.2 2.0 ! 180msdata.772 assign (resid 691 and name H1') (resid 692 and name H8) 5.0 3.2 0.5 ! 90msdata.121 assign (resid 691 and name H1') (resid 705 and name H1) 6.0 3.2 1.0 ! test.52 assign (resid 691 and name H2') (resid 691 and name H6) 4.0 2.2 0.1 ! 90msdata.78 assign (resid 691 and name H2') (resid 692 and name H8) 4.0 2.2 0.1 ! 90msdata.122 assign (resid 691 and name H3') (resid 691 and name H6) 4.0 2.2 0.1 ! 90msdata.514 assign (resid 691 and name H3') (resid 692 and name H8) 4.0 2.2 0.1 ! 90msdata.514 assign (resid 691 and name H4') (resid 691 and name H6) 5.0 3.2 0.5 ! 90msdata.339 assign (resid 691 and name H5') (resid 691 and name H6) 5.0 3.2 0.5 ! 90msdata.339 assign (resid 691 and name H5'') (resid 691 and name H6) 4.0 2.2 0.1 ! 90msdata.339 assign (resid 691 and name H41) (resid 705 and name H1) 4.5 2.7 1.0! 25noes.38 assign (resid 691 and name H42) (resid 705 and name H1) 4.5 2.7 1.0! test.50 assign (resid 691 and name H4#) (resid 691 and name H6) 4.5 2.7 1.0 ! 25noes.15 assign (resid 691 and name H4#) (resid 692 and name H21) 6.0 4.2 1.0 ! 25noes.25 !assign (resid 691 and name H4#) (resid 692 and name H8) 6.0 4.2 1.0 ! 25noes.21 assign (resid 691 and name H6) (resid 692 and name H8) 5.0 3.2 0.5 ! Noesylist.118 !692 assign (resid 692 and name H1') (resid 692 and name H3') 4.0 2.2 0.1 ! 90msdata.492 assign (resid 692 and name H1') (resid 692 and name H5'') 5.0 3.2 0.5 ! 90msdata.492 assign (resid 692 and name H1') (resid 692 and name H5') 5.0 3.2 0.5 ! 90msdata.492 assign (resid 692 and name H1') (resid 692 and name H1) 6.0 4.2 1.0 ! 25noes.51 assign (resid 692 and name H1') (resid 692 and name H8) 4.0 2.2 0.1 ! 25noes.51 assign (resid 692 and name H1') (resid 693 and name H8) 5.0 3.2 0.5 ! 90msdata.106 assign (resid 692 and name H1') (resid 705 and name H1) 6.0 4.2 1.0 ! 25noes.43 assign (resid 692 and name H1') (resid 705 and name H2#) 6.0 4.2 1.0 ! test.105 assign (resid 692 and name H2') (resid 692 and name H5'') 5.0 3.2 0.5 ! 90msdata.411 assign (resid 692 and name H2') (resid 692 and name H8) 4.0 2.2 0.1 ! 90msdata.408 assign (resid 692 and name H2') (resid 693 and name H8) 3.0 1.2 0.0 ! 90msdata.107 assign (resid 692 and name H3') (resid 692 and name H5'') 4.0 2.2 0.1 ! 90msdata.493 assign (resid 692 and name H3') (resid 692 and name H8) 4.0 2.2 0.1 ! 90msdata.486 assign (resid 692 and name H3') (resid 693 and name H8) 3.0 1.2 0.0 ! 90msdata.485 assign (resid 692 and name H4') (resid 692 and name H8) 5.0 3.2 0.5 ! 90msdata.342 assign (resid 692 and name H5') (resid 692 and name H8) 5.0 3.2 0.5 ! 90msdata.572 assign (resid 692 and name H5'') (resid 692 and name H8) 4.0 2.2 0.1 ! 90msdata.572 assign (resid 692 and name H1) (resid 692 and name H2#) 4.5 2.7 1.0 ! test.3 assign (resid 692 and name H1) (resid 693 and name H1') 4.5 2.7 1.0! 25noes.49 assign (resid 692 and name H1) (resid 693 and name H2) 4.5 2.7 1.0 ! 25noes.47 assign (resid 692 and name H1) (resid 693 and name H6#) 6.0 4.2 1.0 ! test.22 assign (resid 692 and name H1) (resid 693 and name H8) 6.0 4.2 1.0 ! test.54 assign (resid 692 and name H1) (resid 703 and name H3) 6.0 4.2 1.0 ! test.39 assign (resid 692 and name H1) (resid 704 and name H41) 4.5 2.7 1.0 ! 25noes.39 assign (resid 692 and name H1) (resid 704 and name H42) 4.5 2.7 1.0 ! test.57 assign (resid 692 and name H1) (resid 704 and name H5) 6.0 4.2 1.0 ! test.60 assign (resid 692 and name H1) (resid 705 and name H1') 6.0 4.2 1.0! 25noes.50 assign (resid 692 and name H1) (resid 705 and name H1) 6.0 4.2 1.0 ! test.40 assign (resid 692 and name H1) (resid 705 and name H8) 6.0 4.2 1.0 ! 25noes.46 assign (resid 692 and name H21) (resid 704 and name H4#) 4.5 2.7 1.0! 25noes.27 assign (resid 692 and name H2#) (resid 693 and name H1') 6.0 4.2 1.0 ! test.17 assign (resid 692 and name H2#) (resid 693 and name H2) 6.0 4.2 1.0 ! test.15 assign (resid 692 and name H2#) (resid 693 and name H8) 6.0 4.2 1.0 ! test.102 assign (resid 692 and name H2#) (resid 704 and name H1') 4.5 2.7 1.0 ! test.19 assign (resid 692 and name H2#) (resid 704 and name H41) 4.5 2.7 1.0 ! test.101 assign (resid 692 and name H2#) (resid 705 and name H1') 6.0 4.2 1.0 ! test.18 assign (resid 692 and name H2#) (resid 705 and name H1) 6.0 4.2 1.0 ! test.4 assign (resid 692 and name H2#) (resid 705 and name H8) 6.0 4.2 1.0 ! test.103 !assign (resid 692 and name H8) (resid 693 and name H6#) 6.0 4.2 1.0 ! test.96 assign (resid 692 and name H8) (resid 693 and name H8) 5.0 3.2 0.5 ! test.96 assign (resid 692 and name H8) (resid 705 and name H1) 6.0 4.2 1.0 ! test.92 !693 assign (resid 693 and name H1') (resid 693 and name H2) 5.0 3.2 0.5 ! 90msdata.7 assign (resid 693 and name H1') (resid 693 and name H3') 4.0 2.2 0.1 ! 90msdata.505 assign (resid 693 and name H1') (resid 693 and name H5'') 5.0 3.2 0.5 ! Noesylist.602 assign (resid 693 and name H1') (resid 693 and name H5') 5.0 3.2 0.5 ! Noesylist.602 assign (resid 693 and name H1') (resid 693 and name H8) 4.0 2.2 0.1 ! Noesylist.602 assign (resid 693 and name H1') (resid 694 and name H5') 5.0 3.2 2.0 ! 180msdata.693 assign (resid 693 and name H1') (resid 694 and name H5'') 5.0 3.2 2.0 ! 180msdata.697 assign (resid 693 and name H1') (resid 694 and name H8) 5.0 3.2 0.5 ! 90msdata.134 assign (resid 693 and name H2') (resid 693 and name H2) 5.0 3.2 0.5 ! 90msdata.396 assign (resid 693 and name H2') (resid 693 and name H8) 4.0 2.2 0.1 ! 90msdata.398 assign (resid 693 and name H2') (resid 694 and name H1') 5.0 3.2 0.5 ! 90msdata.247 assign (resid 693 and name H2') (resid 694 and name H8) 3.0 1.2 0.0 ! 90msdata.137 assign (resid 693 and name H2') (resid 694 and name H5'') 5.0 3.2 0.5 ! 90msdata.401 assign (resid 693 and name H3') (resid 693 and name H5'') 4.0 2.2 0.1 ! 90msdata.506 assign (resid 693 and name H3') (resid 693 and name H8) 4.0 2.2 0.1 ! 90msdata.499 assign (resid 693 and name H3') (resid 694 and name H8) 4.0 2.2 0.1 ! 90msdata.500 assign (resid 693 and name H4') (resid 693 and name H8) 5.0 3.2 0.5 ! 90msdata.108 assign (resid 693 and name H5') (resid 693 and name H8) 5.0 3.2 0.5 ! 90msdata.108 assign (resid 693 and name H5'') (resid 693 and name H8) 4.0 2.2 0.1 ! 90msdata.108 assign (resid 693 and name H4') (resid 694 and name H8) 5.0 3.2 2.0 ! 180msdata.138 assign (resid 693 and name H2) (resid 693 and name H6#) 4.5 2.7 1.0 ! test.26 assign (resid 693 and name H2) (resid 694 and name H1') 4.0 2.2 0.1 ! 90msdata.8 assign (resid 693 and name H2) (resid 694 and name H4') 5.0 3.2 2.0 ! 180msdata.787 assign (resid 693 and name H2) (resid 694 and name H1) 6.0 4.2 1.0 ! test.45 assign (resid 693 and name H2) (resid 694 and name H2#) 6.0 4.2 1.0 ! test.11 assign (resid 693 and name H2) (resid 704 and name H1') 4.0 2.2 0.1 ! 90msdata.205 assign (resid 693 and name H2) (resid 703 and name H1') 5.0 3.2 0.5 ! 90msdata.205 assign (resid 693 and name H2) (resid 703 and name H2') 5.0 3.2 0.5 ! 90msdata.10 assign (resid 693 and name H2) (resid 703 and name H3) 4.5 2.7 1.0 ! 25noes.4 assign (resid 693 and name H2) (resid 704 and name H2') 5.0 3.2 2.0 ! 180msdata.10 assign (resid 693 and name H6#) (resid 694 and name H1) 6.0 4.2 1.0 ! test.21 assign (resid 693 and name H6#) (resid 702 and name H41) 6.0 4.2 1.0 ! test.24 assign (resid 693 and name H6#) (resid 702 and name H42) 6.0 4.2 1.0 ! test.27 !assign (resid 693 and name H6#) (resid 703 and name H6) 6.0 4.2 1.0 ! test.20 assign (resid 693 and name H6#) (resid 704 and name H41) 6.0 4.2 1.0 ! test.25 assign (resid 693 and name H6#) (resid 704 and name H42) 6.0 4.2 1.0 ! test.28 assign (resid 693 and name H8) (resid 694 and name H8) 5.0 3.2 0.5 ! test.28 !694 assign (resid 694 and name H1') (resid 694 and name H3') 4.0 2.2 0.1 ! 90msdata.250 assign (resid 694 and name H1') (resid 694 and name H5') 5.0 3.2 0.5 ! 90msdata.576 assign (resid 694 and name H1') (resid 694 and name H5'') 5.0 3.2 0.5 ! 90msdata.576 assign (resid 694 and name H1') (resid 694 and name H8) 4.0 2.2 0.1 ! 90msdata.576 assign (resid 694 and name H1') (resid 695 and name H5') 5.0 3.2 2.0 !180msdata.248 assign (resid 694 and name H1') (resid 695 and name H5) 5.0 3.2 2.0 ! 180msdata.740 assign (resid 694 and name H1') (resid 695 and name H6) 5.0 3.2 0.5 ! 90msdata.82 assign (resid 694 and name H2') (resid 694 and name H5'') 5.0 3.2 0.5 ! 90msdata.443 assign (resid 694 and name H2') (resid 694 and name H8) 5.0 3.2 0.5 ! 90msdata.433 assign (resid 694 and name H2') (resid 695 and name H5) 5.0 3.2 0.5 ! 90msdata.157 assign (resid 694 and name H2') (resid 695 and name H6) 3.0 1.2 0.0 ! 90msdata.84 assign (resid 694 and name H3') (resid 694 and name H5') 4.0 2.2 0.1 ! Noesylist.352 assign (resid 694 and name H3') (resid 694 and name H8) 4.0 2.2 0.1 ! Noesylist.352 assign (resid 694 and name H3') (resid 695 and name H5) 5.0 3.2 0.5 ! 90msdata.158 assign (resid 694 and name H3') (resid 695 and name H6) 5.0 3.2 0.5 ! 90msdata.490 assign (resid 694 and name H4') (resid 694 and name H8) 5.0 3.2 0.5 ! 90msdata.139 assign (resid 694 and name H4') (resid 695 and name H6) 5.0 3.2 2.0 ! 90msdata.343 assign (resid 694 and name H5') (resid 694 and name H8) 5.0 3.2 0.5 ! 180msdata.770 assign (resid 694 and name H5'') (resid 694 and name H8) 4.0 2.2 0.1 ! 180msdata.770 assign (resid 694 and name H5') (resid 695 and name H6) 5.0 3.2 2.0 ! 180msdata.770 assign (resid 694 and name H5'') (resid 695 and name H6) 5.0 3.2 2.0 ! 180msdata.771 assign (resid 694 and name H1) (resid 694 and name H21) 6.0 4.2 1.0 ! test.90 assign (resid 694 and name H1) (resid 694 and name H2#) 6.0 4.2 1.0 ! test.1 assign (resid 694 and name H1) (resid 695 and name H1') 6.0 4.2 1.0 ! test.48 assign (resid 694 and name H1) (resid 701 and name H2) 6.0 4.2 1.0 ! test.44 assign (resid 694 and name H1) (resid 701 and name H6#) 6.0 4.2 1.0 ! test.23 assign (resid 694 and name H1) (resid 702 and name H41) 4.5 2.7 1.0 ! 25noes.37 assign (resid 694 and name H1) (resid 702 and name H42) 4.5 2.7 1.0 ! test.46 assign (resid 694 and name H1) (resid 703 and name H1') 6.0 4.2 1.0 ! 25noes.41 assign (resid 694 and name H1) (resid 703 and name H3) 6.0 4.2 1.0 ! test.77 assign (resid 694 and name H2#) (resid 695 and name H1') 6.0 4.2 1.0 ! test.13 assign (resid 694 and name H2#) (resid 701 and name H2) 6.0 4.2 1.0 ! test.104 assign (resid 694 and name H2#) (resid 703 and name H1') 6.0 4.2 1.0 ! test.13 assign (resid 694 and name H2#) (resid 703 and name H3) 6.0 4.2 1.0 ! test.0 assign (resid 694 and name H8) (resid 695 and name H5) 5.0 3.2 0.5 ! 90msdata.154 assign (resid 694 and name H8) (resid 695 and name H6) 5.0 3.2 0.5 ! 90msdata.154 !695 assign (resid 695 and name H1') (resid 695 and name H3') 4.0 2.2 0.1 ! 90msdata.496 assign (resid 695 and name H1') (resid 695 and name H5') 5.0 3.2 0.5 ! 90msdata.496 assign (resid 695 and name H1') (resid 695 and name H5'') 5.0 3.2 0.5 ! 90msdata.496 assign (resid 695 and name H1') (resid 695 and name H5) 5.0 3.2 2.0 ! 180msdata.689 assign (resid 695 and name H1') (resid 695 and name H6) 4.0 2.2 0.1 ! 90msdata.218 assign (resid 695 and name H1') (resid 696 and name H5') 5.0 3.2 2.0 ! 180msdata.583 assign (resid 695 and name H1') (resid 696 and name H6) 5.0 3.2 0.5 ! Noesylist.217 assign (resid 695 and name H1') (resid 701 and name H2) 5.0 3.2 2.0 ! 180msdata.783 assign (resid 695 and name H2') (resid 695 and name H5'') 5.0 3.2 0.5 ! 90msdata.406 assign (resid 695 and name H2') (resid 695 and name H5) 5.0 3.2 2.0 ! 90msdata.405 assign (resid 695 and name H2') (resid 695 and name H6) 4.0 2.2 0.1 ! 90msdata.403 assign (resid 695 and name H2') (resid 696 and name H6) 3.0 1.2 0.0 ! 90msdata.43 assign (resid 695 and name H2') (resid 696 and name H5) 5.0 3.2 0.5 ! 90msdata.151 assign (resid 695 and name H3') (resid 695 and name H5'') 4.0 2.2 0.1 ! 90msdata.498 assign (resid 695 and name H3') (resid 695 and name H5) 5.0 3.2 0.5 ! 90msdata.497 assign (resid 695 and name H3') (resid 695 and name H6) 4.0 2.2 0.1 ! 90msdata.497 assign (resid 695 and name H3') (resid 696 and name H5) 5.0 3.2 0.5 ! 90msdata.152 assign (resid 695 and name H3') (resid 696 and name H6) 4.0 2.2 0.1 ! 90msdata.489 assign (resid 695 and name H4') (resid 695 and name H5'') 3.0 1.2 0.0 ! 90msdata.336 assign (resid 695 and name H4') (resid 695 and name H6) 5.0 3.2 0.5 ! 90msdata.334 assign (resid 695 and name H4') (resid 696 and name H6) 5.0 3.2 0.5 ! Noesylist.333 assign (resid 695 and name H5') (resid 695 and name H6) 5.0 3.2 0.5 ! 180msdata.693 assign (resid 695 and name H5'') (resid 695 and name H6) 5.0 3.2 0.5 ! 180msdata.693 assign (resid 695 and name H5') (resid 696 and name H6) 5.0 3.2 2.0 ! 180msdata.693 !assign (resid 695 and name H5) (resid 696 and name H1') 5.0 3.2 2.0 ! 90msdata.149 assign (resid 695 and name H5) (resid 696 and name H5) 5.0 3.2 0.5 ! 90msdata.149 assign (resid 695 and name H5) (resid 696 and name H6) 5.0 3.2 2.0 ! 180msdata.639 assign (resid 695 and name H6) (resid 696 and name H5') 5.0 3.2 2.0 ! 180msdata.691 assign (resid 695 and name H6) (resid 696 and name H5) 5.0 3.2 0.5 ! 90msdata.148 assign (resid 695 and name H6) (resid 696 and name H6) 5.0 3.2 0.5 ! 90msdata.148 !696 assign (resid 696 and name H1') (resid 696 and name H3') 4.0 2.2 0.1 ! 90msdata.483 assign (resid 696 and name H1') (resid 696 and name H5') 5.0 3.2 0.5 ! Noesylist.584 assign (resid 696 and name H1') (resid 696 and name H5'') 5.0 3.2 0.5 ! 90msdata.686 assign (resid 696 and name H1') (resid 696 and name H5) 5.0 3.2 2.0 ! 180msdata.658 assign (resid 696 and name H1') (resid 696 and name H6) 4.0 2.2 0.1 ! 180msdata.658 assign (resid 696 and name H1') (resid 697 and name H5') 5.0 3.2 2.0 ! 180msdata.686 assign (resid 696 and name H1') (resid 697 and name H5'') 5.0 3.2 2.0 ! 180msdata.685 assign (resid 696 and name H1') (resid 697 and name H3') 5.0 3.2 2.0 ! 180msdata.750 assign (resid 696 and name H1') (resid 697 and name H8) 5.0 3.2 2.0 ! 180msdata.683 assign (resid 696 and name H1') (resid 698 and name H8) 5.0 3.2 0.5 ! 180msdata.682 assign (resid 696 and name H1') (resid 699 and name H5) 5.0 3.2 0.5 ! 90msdata.212 assign (resid 696 and name H1') (resid 701 and name H2) 4.0 2.2 0.1 ! 90msdata.6 assign (resid 696 and name H2') (resid 696 and name H6) 4.0 2.2 0.1 ! 90msdata.431 assign (resid 696 and name H2') (resid 697 and name H1') 5.0 3.2 2.0 ! 90msdata.273 assign (resid 696 and name H2') (resid 697 and name H8) 4.0 2.2 0.1 ! 90msdata.100 assign (resid 696 and name H2') (resid 698 and name H8) 4.0 2.2 0.1 ! 90msdata.429 !assign (resid 696 and name H2') (resid 699 and name H5) 5.0 3.2 2.0 ! 180msdata.649 !assign (resid 696 and name H2') (resid 701 and name H2) 5.0 3.2 2.0 ! 180msdata.649 assign (resid 696 and name H3') (resid 696 and name H5'') 5.0 3.2 0.5 ! 90msdata.484 assign (resid 696 and name H3') (resid 696 and name H5) 5.0 3.2 2.0 ! 90msdata.150 assign (resid 696 and name H3') (resid 696 and name H6) 4.0 2.2 0.1 ! 90msdata.150 assign (resid 696 and name H3') (resid 697 and name H8) 5.0 3.2 0.5 ! 90msdata.99 assign (resid 696 and name H3') (resid 698 and name H8) 5.0 3.2 2.0 ! 240msdata.610 assign (resid 696 and name H4') (resid 696 and name H6) 5.0 3.2 0.5 ! 90msdata.44 assign (resid 696 and name H4') (resid 697 and name H8) 5.0 3.2 2.0 ! 180msdata.652 !assign (resid 696 and name H4') (resid 701 and name H2) 5.0 3.2 2.0 ! 180msdata.652 assign (resid 696 and name H5'') (resid 696 and name H5) 5.0 3.2 2.0 ! 180msdata.774 assign (resid 696 and name H5') (resid 696 and name H5) 5.0 3.2 2.0 ! 180msdata.583 assign (resid 696 and name H5'') (resid 696 and name H6) 4.0 2.2 0.1 ! 180msdata.774 assign (resid 696 and name H5') (resid 696 and name H6) 5.0 3.2 0.5 ! 180msdata.774 assign (resid 696 and name H6) (resid 697 and name H5') 5.0 3.2 2.0 ! 180msdata.774 !697 assign (resid 697 and name H1') (resid 697 and name H2') 4.0 2.2 0.1 ! 90msdata.456 assign (resid 697 and name H1') (resid 697 and name H3') 4.0 2.2 0.1 ! 90msdata.416 assign (resid 697 and name H1') (resid 697 and name H4') 4.0 2.2 0.1 ! 90msdata.314 assign (resid 697 and name H1') (resid 697 and name H5') 5.0 3.2 2.0 ! 180msdata.711 assign (resid 697 and name H1') (resid 697 and name H5'') 5.0 3.2 2.0 ! 90msdata.562 assign (resid 697 and name H1') (resid 697 and name H2#) 6.0 4.2 1.0 ! 25noes.57 assign (resid 697 and name H1') (resid 697 and name H8) 4.0 2.2 0.1 ! 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90msdata.717 !assign (resid 698 and name H1') (resid 699 and name H3') 5.0 3.2 2.0 ! 180msdata.738 assign (resid 698 and name H1') (resid 699 and name H5'') 5.0 3.2 2.0 ! 90msdata.716 assign (resid 698 and name H1') (resid 699 and name H5') 5.0 3.2 0.5 ! 90msdata.716 !assign (resid 698 and name H1') (resid 699 and name H5) 5.0 3.2 2.0 ! 180msdata.714 assign (resid 698 and name H1') (resid 699 and name H6) 5.0 3.2 0.5 ! 90msdata.20 assign (resid 698 and name H2') (resid 698 and name H2) 5.0 3.2 2.0 ! 180msdata.776 assign (resid 698 and name H2') (resid 698 and name H3') 3.0 1.2 0.0 ! 90msdata.389 assign (resid 698 and name H2') (resid 698 and name H5'') 5.0 3.2 0.5 ! 90msdata.553 assign (resid 698 and name H2') (resid 698 and name H5') 5.0 3.2 0.5 ! 90msdata.559 assign (resid 698 and name H2') (resid 698 and name H8) 5.0 3.2 0.5 ! 90msdata.51 assign (resid 698 and name H2') (resid 699 and name H1') 5.0 3.2 2.0 ! 180msdata.746 assign (resid 698 and name H2') (resid 699 and name H5) 5.0 3.2 0.5 ! 90msdata.167 assign (resid 698 and name H2') (resid 699 and name H6) 4.0 2.2 0.1 ! 90msdata.25 assign (resid 698 and name H2) (resid 698 and name H6#) 6.0 4.2 1.0 ! test.34 assign (resid 698 and name H3') (resid 698 and name H4') 3.0 1.2 0.0 ! 90msdata.296 assign (resid 698 and name H3') (resid 698 and name H5'') 5.0 3.2 0.5 ! 90msdata.552 assign (resid 698 and name H3') (resid 698 and name H5') 5.0 3.2 0.5 ! 90msdata.558 assign (resid 698 and name H3') (resid 698 and name H8) 4.0 2.2 0.1 ! 90msdata.50 assign (resid 698 and name H3') (resid 699 and name H5') 5.0 3.2 0.5 ! 90msdata.547 assign (resid 698 and name H3') (resid 699 and name H5'') 5.0 3.2 2.0 ! 180msdata.741 assign (resid 698 and name H3') (resid 699 and name H5) 5.0 3.2 0.5 ! 90msdata.166 assign (resid 698 and name H3') (resid 699 and name H6) 5.0 3.2 0.5 ! 90msdata.23 assign (resid 698 and name H4') (resid 698 and name H5'') 3.0 1.2 0.0 ! 90msdata.554 assign (resid 698 and name H4') (resid 698 and name H5') 3.0 1.2 0.0 ! 90msdata.560 assign (resid 698 and name H4') (resid 698 and name H8) 5.0 3.2 0.5 ! 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180msdata.777 assign (resid 698 and name H6#) (resid 698 and name H8) 6.0 4.2 1.0 ! test.100 !assign (resid 698 and name H8) (resid 699 and name H5') 5.0 3.2 2.0 ! 180msdata.674 assign (resid 698 and name H8) (resid 699 and name H5) 5.0 3.2 0.5 ! 90msdata.47 assign (resid 698 and name H8) (resid 699 and name H6) 5.0 3.2 0.5 ! 90msdata.47 !699 assign (resid 699 and name H1') (resid 699 and name H2') 4.0 2.2 0.1 ! 90msdata.378 assign (resid 699 and name H1') (resid 699 and name H3') 5.0 3.2 0.5 ! 90msdata.371 assign (resid 699 and name H1') (resid 699 and name H4') 4.0 2.2 0.1 ! 90msdata.307 assign (resid 699 and name H1') (resid 699 and name H5') 5.0 3.2 2.0 ! 180msdata.726 assign (resid 699 and name H1') (resid 699 and name H5'') 5.0 3.2 2.0 ! 180msdata.725 assign (resid 699 and name H1') (resid 699 and name H5) 5.0 3.2 2.0 ! 180msdata.666 assign (resid 699 and name H1') (resid 699 and name H6) 4.0 2.2 0.1 ! 180msdata.666 !assign (resid 699 and name H1') (resid 700 and name H2') 5.0 3.2 2.0 ! 180msdata.529 assign (resid 699 and name H1') (resid 700 and name H5'') 5.0 3.2 2.0 ! 180msdata.727 assign (resid 699 and name H1') (resid 700 and name H6) 5.0 3.2 2.0 ! 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Noesylist.379 assign (resid 699 and name H2') (resid 699 and name H6) 4.0 2.2 0.1 ! 90msdata.27 !assign (resid 699 and name H2') (resid 700 and name H1') 5.0 3.2 2.0 ! 180msdata.656 !assign (resid 699 and name H2') (resid 700 and name H5) 5.0 3.2 2.0 ! 180msdata.656 assign (resid 699 and name H2') (resid 700 and name H6) 5.0 3.2 0.5 ! 90msdata.376 !assign (resid 699 and name H2') (resid 701 and name H1') 5.0 3.2 2.0 ! 90msdata.376 assign (resid 699 and name H2') (resid 701 and name H8) 5.0 3.2 0.5 ! 90msdata.95 assign (resid 699 and name H3') (resid 699 and name H4') 3.0 1.2 0.0 ! 90msdata.308 assign (resid 699 and name H3') (resid 699 and name H5') 4.0 2.2 0.1 ! 90msdata.548 assign (resid 699 and name H3') (resid 699 and name H5'') 4.0 2.2 0.1 ! 90msdata.544 assign (resid 699 and name H3') (resid 699 and name H6) 4.0 2.2 0.1 ! 90msdata.24 !assign (resid 699 and name H3') (resid 700 and name H1') 5.0 3.2 2.0 ! 90msdata.530 !assign (resid 699 and name H3') (resid 700 and name H5'') 5.0 3.2 2.0 ! 90msdata.530 !assign (resid 699 and name H3') (resid 700 and name H5') 5.0 3.2 2.0 ! 90msdata.531 assign (resid 699 and name H3') (resid 700 and name H5) 5.0 3.2 2.0 ! 90msdata.145 assign (resid 699 and name H3') (resid 700 and name H6) 5.0 3.2 0.5 ! 90msdata.14 assign (resid 699 and name H4') (resid 699 and name H5'') 3.0 1.2 0.0 ! 90msdata.310 assign (resid 699 and name H4') (resid 699 and name H6) 5.0 3.2 0.5 ! 90msdata.26 assign (resid 699 and name H4') (resid 700 and name H5) 5.0 3.2 2.0 ! 180msdata.655 assign (resid 699 and name H4') (resid 700 and name H6) 5.0 3.2 0.5 ! 90msdata.16 !assign (resid 699 and name H4') (resid 701 and name H8) 5.0 3.2 2.0 ! 180msdata.661 assign (resid 699 and name H5'') (resid 699 and name H6) 5.0 3.2 0.5 ! 180msdata.725 assign (resid 699 and name H5') (resid 699 and name H6) 5.0 3.2 0.5 ! 180msdata.725 assign (resid 699 and name H5'') (resid 700 and name H6) 5.0 3.2 2.0 ! 180msdata.730 assign (resid 699 and name H5) (resid 699 and name H6) 3.0 1.2 0.0 ! 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Noesylist.188 !assign (resid 701 and name H2) (resid 702 and name H2') 5.0 3.2 2.0 ! 180msdata.641 assign (resid 701 and name H2) (resid 702 and name H4#) 6.0 4.2 1.0 ! 25noes.19 assign (resid 701 and name H6#) (resid 701 and name H8) 6.0 4.2 1.0 ! test.99 assign (resid 701 and name H6#) (resid 702 and name H41) 6.0 4.2 1.0 ! test.29 assign (resid 701 and name H6#) (resid 702 and name H42) 6.0 4.2 1.0 ! test.32 !assign (resid 701 and name H6#) (resid 702 and name H6) 6.0 4.2 1.0 ! test.97 assign (resid 701 and name H8) (resid 702 and name H5) 5.0 3.2 0.5 ! 180msdata.671 assign (resid 701 and name H8) (resid 702 and name H6) 5.0 3.2 0.5 ! 180msdata.671 !702 assign (resid 702 and name H1') (resid 702 and name H3') 4.0 2.2 0.1 ! 90msdata.509 assign (resid 702 and name H1') (resid 702 and name H5') 5.0 3.2 0.5 ! 90msdata.509 assign (resid 702 and name H1') (resid 702 and name H5'') 5.0 3.2 0.5 ! 90msdata.509 assign (resid 702 and name H1') (resid 702 and name H5) 5.0 3.2 2.0 ! 180msdata.677 assign (resid 702 and name H1') (resid 702 and name H6) 4.0 2.2 0.1 ! 180msdata.677 assign (resid 702 and name H1') (resid 703 and name H5') 5.0 3.2 2.0 ! 180msdata.679 assign (resid 702 and name H1') (resid 703 and name H6) 5.0 3.2 0.5 ! 90msdata.30 assign (resid 702 and name H2') (resid 702 and name H5'') 5.0 3.2 0.5 ! 90msdata.447 assign (resid 702 and name H2') (resid 702 and name H6) 4.0 2.2 0.1 ! 90msdata.436 assign (resid 702 and name H2') (resid 703 and name H1') 5.0 3.2 0.5 ! 90msdata.208 assign (resid 702 and name H2') (resid 703 and name H5') 4.0 2.2 0.1 ! 90msdata.614 assign (resid 702 and name H2') (resid 703 and name H5) 5.0 3.2 0.5 ! 90msdata.163 assign (resid 702 and name H2') (resid 703 and name H6) 3.0 1.2 0.0 ! 90msdata.36 assign (resid 702 and name H3') (resid 702 and name H6) 4.0 2.2 0.1 ! 90msdata.162 assign (resid 702 and name H3') (resid 703 and name H5) 5.0 3.2 0.5 ! 90msdata.162 assign (resid 702 and name H3') (resid 703 and name H6) 4.0 2.2 0.1 ! 90msdata.35 assign (resid 702 and name H3') (resid 702 and name H5'') 4.0 2.2 0.1 ! 90msdata.512 assign (resid 702 and name H3') (resid 702 and name H5) 5.0 3.2 2.0 ! 180msdata.672 assign (resid 702 and name H4') (resid 702 and name H6) 5.0 3.2 0.5 ! 90msdata.344 assign (resid 702 and name H4') (resid 703 and name H5) 5.0 3.2 2.0 ! 180msdata.663 assign (resid 702 and name H5'') (resid 702 and name H5) 5.0 3.2 2.0 ! 180msdata.673 assign (resid 702 and name H5'') (resid 702 and name H6) 4.0 2.2 0.1 ! 180msdata.673 assign (resid 702 and name H5') (resid 702 and name H6) 5.0 3.2 0.5 ! 180msdata.673 assign (resid 702 and name H5'') (resid 703 and name H6) 5.0 3.2 2.0 ! 180msdata.673 assign (resid 702 and name H41) (resid 703 and name H3) 6.0 4.2 1.0 ! test.88 assign (resid 702 and name H4#) (resid 702 and name H6) 4.5 2.7 1.0! 25noes.18 assign (resid 702 and name H4#) (resid 703 and name H3) 6.0 4.2 1.0 ! 25noes.7 assign (resid 702 and name H6) (resid 703 and name H5) 5.0 3.2 2.0 ! 180msdata.661 assign (resid 702 and name H6) (resid 703 and name H6) 5.0 3.2 2.0 ! 180msdata.661 !703 assign (resid 703 and name H1') (resid 703 and name H3') 4.0 2.2 0.1 ! 90msdata.518 assign (resid 703 and name H1') (resid 703 and name H5') 5.0 3.2 0.5 ! 90msdata.518 assign (resid 703 and name H1') (resid 703 and name H5'') 5.0 3.2 0.5 ! 90msdata.518 assign (resid 703 and name H1') (resid 703 and name H3) 4.5 2.7 1.0 ! 25noes.5 assign (resid 703 and name H1') (resid 703 and name H5) 5.0 3.2 2.0 ! 180msdata.680 assign (resid 703 and name H1') (resid 703 and name H6) 4.0 2.2 0.1 ! 180msdata.680 assign (resid 703 and name H2') (resid 703 and name H6) 4.0 2.2 0.1 ! 90msdata.426 assign (resid 703 and name H2') (resid 704 and name H6) 3.0 1.2 0.0 ! 90msdata.427 assign (resid 703 and name H3') (resid 703 and name H5) 5.0 3.2 2.0 ! 90msdata.519 assign (resid 703 and name H3') (resid 703 and name H6) 4.0 2.2 0.1 ! 180msdata.662 assign (resid 703 and name H3') (resid 704 and name H6) 3.0 1.2 0.0 ! 90msdata.517 assign (resid 703 and name H4') (resid 703 and name H5'') 3.0 1.2 0.0 ! 90msdata.353 assign (resid 703 and name H4') (resid 703 and name H6) 5.0 3.2 0.5 ! 90msdata.34 assign (resid 703 and name H5') (resid 703 and name H6) 5.0 3.2 0.5 ! 90msdata.613 assign (resid 703 and name H5'') (resid 703 and name H6) 5.0 3.2 0.5 ! 90msdata.613 assign (resid 703 and name H5) (resid 704 and name H5) 5.0 3.2 0.5 ! 90msdata.171 assign (resid 703 and name H3) (resid 703 and name H6) 6.0 4.2 1.0 ! test.107 assign (resid 703 and name H3) (resid 704 and name H4#) 4.5 2.7 1.0 ! test.78 assign (resid 703 and name H5) (resid 704 and name H4#) 6.0 4.2 1.0 ! 25noes.29 assign (resid 703 and name H6) (resid 704 and name H5) 5.0 3.2 2.0 ! 180msdata.637 !704 assign (resid 704 and name H1') (resid 704 and name H3') 4.0 2.2 0.1 ! 90msdata.507 assign (resid 704 and name H1') (resid 704 and name H5') 5.0 3.2 0.5 ! 90msdata.507 assign (resid 704 and name H1') (resid 704 and name H5'') 5.0 3.2 0.5 ! 90msdata.507 assign (resid 704 and name H1') (resid 704 and name H6) 4.0 2.2 0.1 ! 90msdata.507 assign (resid 704 and name H1') (resid 705 and name H8) 5.0 3.2 0.5 ! 90msdata.126 assign (resid 704 and name H2') (resid 704 and name H6) 4.0 2.2 0.1 ! 90msdata.59 assign (resid 704 and name H2') (resid 705 and name H1') 5.0 3.2 0.5 ! Noesylist.225 !assign (resid 704 and name H2') (resid 705 and name H5'') 4.0 2.2 0.1 ! 90msdata.438 assign (resid 704 and name H2') (resid 705 and name H8) 3.0 1.2 0.0 ! 90msdata.129 assign (resid 704 and name H3') (resid 704 and name H5) 5.0 3.2 2.0 ! 90msdata.172 assign (resid 704 and name H3') (resid 704 and name H6) 4.0 2.2 0.1 ! 90msdata.172 assign (resid 704 and name H3') (resid 705 and name H8) 3.0 1.2 0.0 ! 90msdata.128 assign (resid 704 and name H4') (resid 704 and name H6) 5.0 3.2 0.5 ! 90msdata.338 assign (resid 704 and name H5'') (resid 704 and name H5) 5.0 3.2 2.0 ! 180msdata.670 assign (resid 704 and name H5'') (resid 704 and name H6) 4.0 2.2 0.1 ! 180msdata.670 assign (resid 704 and name H5') (resid 704 and name H6) 5.0 3.2 0.5 ! 180msdata.670 assign (resid 704 and name H41) (resid 705 and name H1) 6.0 4.2 1.0 ! test.91 assign (resid 704 and name H4#) (resid 704 and name H6) 4.5 2.7 1.0 ! 25noes.14 !assign (resid 704 and name H4#) (resid 705 and name H8) 6.0 4.2 1.0 ! 25noes.16 assign (resid 704 and name H5) (resid 704 and name H6) 3.0 1.2 0.0 ! 90msdata.56 assign (resid 704 and name H6) (resid 705 and name H8) 5.0 3.2 0.5 ! 25noes.16 !705 assign (resid 705 and name H1') (resid 705 and name H3') 4.0 2.2 0.1 ! 90msdata.494 assign (resid 705 and name H1') (resid 705 and name H5') 5.0 3.2 0.5 ! 90msdata.494 assign (resid 705 and name H1') (resid 705 and name H5'') 5.0 3.2 0.5 ! 90msdata.494 assign (resid 705 and name H1') (resid 705 and name H8) 4.0 2.2 0.1 ! 90msdata.494 assign (resid 705 and name H2') (resid 705 and name H8) 4.0 2.2 0.1 ! 90msdata.130 !assign (resid 705 and name H2') (resid 706 and name H3') 5.0 3.2 0.5 ! Noesylist.524 !assign (resid 705 and name H2') (resid 706 and name H4') 5.0 3.2 0.5 ! Noesylist.321 assign (resid 705 and name H2') (resid 706 and name H5) 5.0 3.2 0.5 ! Noesylist.184 assign (resid 705 and name H2') (resid 706 and name H5) 5.0 3.2 0.5 ! 180msdata.748 assign (resid 705 and name H2') (resid 706 and name H6) 4.0 2.2 0.1 ! Noesylist.70 assign (resid 705 and name H3') (resid 705 and name H5'') 4.0 2.2 0.1 ! 90msdata.495 assign (resid 705 and name H3') (resid 705 and name H8) 4.0 2.2 0.1 ! 90msdata.487 assign (resid 705 and name H3') (resid 706 and name H5) 5.0 3.2 0.5 ! Noesylist.183 assign (resid 705 and name H3') (resid 706 and name H6) 3.0 1.2 0.0 ! 90msdata.69 assign (resid 705 and name H4') (resid 705 and name H8) 5.0 3.2 0.5 ! 90msdata.341 assign (resid 705 and name H4') (resid 706 and name H6) 5.0 3.2 0.5 ! 90msdata.341 assign (resid 705 and name H5') (resid 705 and name H8) 5.0 3.2 0.5 ! 90msdata.341 assign (resid 705 and name H5'') (resid 705 and name H8) 4.0 2.2 0.1 ! 90msdata.341 assign (resid 705 and name H1) (resid 705 and name H2#) 4.5 2.7 1.0 ! test.2 assign (resid 705 and name H1) (resid 706 and name H1') 6.0 4.2 1.0 ! 25noes.44 assign (resid 705 and name H1) (resid 706 and name H42) 6.0 4.2 1.0 ! test.93 assign (resid 705 and name H1) (resid 706 and name H41) 6.0 4.2 1.0 ! test.94 assign (resid 705 and name H8) (resid 706 and name H5) 5.0 3.2 2.0 ! 90msdata.179 assign (resid 705 and name H8) (resid 706 and name H6) 5.0 3.2 2.0 ! 90msdata.179 !706 assign (resid 706 and name H1') (resid 706 and name H3') 4.0 2.2 0.1 ! 90msdata.522 assign (resid 706 and name H1') (resid 706 and name H5') 5.0 3.2 0.5 ! 90msdata.522 assign (resid 706 and name H1') (resid 706 and name H5'') 5.0 3.2 0.5 ! 90msdata.522 assign (resid 706 and name H1') (resid 706 and name H5) 5.0 3.2 2.0 ! 90msdata.181 assign (resid 706 and name H1') (resid 706 and name H6) 4.0 2.2 0.1 ! 90msdata.181 assign (resid 706 and name H2') (resid 706 and name H3') 3.0 1.2 0.0 ! 90msdata.525 assign (resid 706 and name H2') (resid 706 and name H5') 5.0 3.2 0.5 ! Noesylist.359 assign (resid 706 and name H2') (resid 706 and name H5) 5.0 3.2 0.5 ! 90msdata.186 assign (resid 706 and name H2') (resid 706 and name H6) 4.0 2.2 0.1 ! 90msdata.72 assign (resid 706 and name H3') (resid 706 and name H5) 5.0 3.2 2.0 ! 90msdata.185 assign (resid 706 and name H3') (resid 706 and name H6) 4.0 2.2 0.1 ! 90msdata.185 assign (resid 706 and name H4') (resid 706 and name H5') 5.0 3.2 0.5 ! Noesylist.320 assign (resid 706 and name H4') (resid 706 and name H5'') 5.0 3.2 0.5 ! Noesylist.322 assign (resid 706 and name H4') (resid 706 and name H6) 4.0 2.2 0.1 ! Noesylist.318 assign (resid 706 and name H5') (resid 706 and name H6) 5.0 3.2 0.5 ! Noesylist.318 assign (resid 706 and name H5'') (resid 706 and name H6) 5.0 3.2 0.5 ! Noesylist.318 assign (resid 706 and name H6) (resid 706 and name H4#) 4.5 2.7 1.0! 25noes.17 ! !File: sl5_hbond.noe !Last Modified: October 31, 2002 ! ! ! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ! This file contains theoretical h-bond distances ! for the base-paired residues.(690-695, 701-706) ! ! ! Standard distances are from Saenger p. 118 & 123 ! NH bond = 0.95 ! For GC base pairs: ! go6 - ch42 = 1.96 ! gh1 - cn3 = 2.00 ! gh21 - co2 = 1.91 ! go6 - cn4 = 2.91 ! gn1 - cn3 = 2.95 ! gn2 - co2 = 2.86 ! For AU base pairs: ! ah61 - uo4 = 2.00 ! an1 - th3 = 1.87 ! an6 - uo4 = 2.95 ! an1 - tn3 = 2.82 ! For GU wobble pair: ! go6 - uh3 = 1.95 ! gh1 - uo2 = 1.95 ! go6 - un3 = 2.90 ! gn1 - uo2 = 2.90 ! For GA Saenger XI pair: ! gh22 - an7 = 1.99 ! gn3 - ah62 = 1.99 ! ! Additional distances to obtain base planarity: ! (obtained from discover ) ! an6 - uh5 = 5.6 ! gn2 - ch6 = 7.25 ! go6 - ch5 = 5.45 ! ! Errors of + or - 0.1 are put on all constraints ! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ! ! 1. GC base pairs (4): G692-C704, G694-C702, G705-C691, G690-C706 ! TOTAL = XX ! ! !go6 - cn4 2.91 0.1 0.1 assign ( resid 692 and name o6 ) ( resid 704 and name n4 ) 2.91 0.1 0.1 assign ( resid 694 and name o6 ) ( resid 702 and name n4 ) 2.91 0.1 0.1 assign ( resid 705 and name o6 ) ( resid 691 and name n4 ) 2.91 0.1 0.1 assign ( resid 690 and name o6 ) ( resid 706 and name n4 ) 2.91 0.1 0.1 ! !gh1 - cn3 2.00 0.1 0.1 assign ( resid 692 and name h1 ) ( resid 704 and name n3 ) 2.00 0.1 0.1 assign ( resid 694 and name h1 ) ( resid 702 and name n3 ) 2.00 0.1 0.1 assign ( resid 705 and name h1 ) ( resid 691 and name n3 ) 2.00 0.1 0.1 assign ( resid 690 and name h1 ) ( resid 706 and name n3 ) 2.00 0.1 0.1 ! !gn1 - cn3 2.95 0.1 0.1 assign ( resid 692 and name n1 ) ( resid 704 and name n3 ) 2.95 0.1 0.1 assign ( resid 694 and name n1 ) ( resid 702 and name n3 ) 2.95 0.1 0.1 assign ( resid 705 and name n1 ) ( resid 691 and name n3 ) 2.95 0.1 0.1 assign ( resid 690 and name n1 ) ( resid 706 and name n3 ) 2.95 0.1 0.1 ! !gn2 - co2 2.86 0.1 0.1 assign ( resid 692 and name n2 ) ( resid 704 and name o2 ) 2.86 0.1 0.1 assign ( resid 694 and name n2 ) ( resid 702 and name o2 ) 2.86 0.1 0.1 assign ( resid 705 and name n2 ) ( resid 691 and name o2 ) 2.86 0.1 0.1 assign ( resid 690 and name n2 ) ( resid 706 and name o2 ) 2.86 0.1 0.1 ! !gn2 - ch6 7.25 0.1 0.1 assign ( resid 692 and name n2 ) ( resid 704 and name h6 ) 7.25 0.1 0.1 assign ( resid 694 and name n2 ) ( resid 702 and name h6 ) 7.25 0.1 0.1 assign ( resid 705 and name n2 ) ( resid 691 and name h6 ) 7.25 0.1 0.1 assign ( resid 690 and name n2 ) ( resid 706 and name h6 ) 7.25 0.1 0.1 ! !go6 - ch5 5.45 0.1 0.1 assign ( resid 692 and name o6 ) ( resid 704 and name h5 ) 5.45 0.1 0.1 assign ( resid 694 and name o6 ) ( resid 702 and name h5 ) 5.45 0.1 0.1 assign ( resid 705 and name o6 ) ( resid 691 and name h5 ) 5.45 0.1 0.1 assign ( resid 690 and name o6 ) ( resid 706 and name h5 ) 5.45 0.1 0.1 ! ! ! 2. AU base pairs (2 ): A693-U703, A701-U695 (assumed) ! TOTAL = X ! ! !an1 - uh3 1.87 0.1 0.1 assign ( resid 693 and name n1 ) ( resid 703 and name h3 ) 1.87 0.1 0.1 !assign ( resid 701 and name n1 ) ( resid 695 and name h3 ) 1.87 0.1 0.1 !an6 - uo4 2.95 0.1 0.1 assign ( resid 693 and name n6 ) ( resid 703 and name o4 ) 2.95 0.1 0.1 !assign ( resid 701 and name n6 ) ( resid 695 and name o4 ) 2.95 0.1 0.1 !an1 - un3 2.82 0.1 0.1 assign ( resid 693 and name n1 ) ( resid 703 and name n3 ) 2.82 0.1 0.1 assign ( resid 701 and name n1 ) ( resid 695 and name n3 ) 2.82 0.1 0.1 !an6 - uh5 5.6 0.1 0.1 assign ( resid 693 and name n6 ) ( resid 703 and name h5 ) 5.60 0.1 0.1 !assign ( resid 701 and name n6 ) ( resid 695 and name h5 ) 5.60 0.1 0.1 ! ! 3. GA base pairs Saenger p.120 # XI (1 ): G15-A18 ! TOTAL = 0 ! !gh22 - an7 1.99 0.1 0.1 !assign ( resid 8 and name h22 ) ( resid 12 and name n7 ) 1.99 0.1 0.1 ! !gn3 - ah62 1.99 0.1 0.1 !assign ( resid 8 and name n3 ) ( resid 12 and name h62 ) 1.99 0.1 0.1 !File: sl5_torsion.tbl !Last Modified : August 13, 2002 !Increase of Gamma ! ! !This torsion constraint file is used to generate 3'endo puckers !for appropriate nucleotides and to define the gamma and epsilon angles ! ! ! Gamma: 50 +/- 15 (gauche +) ! 180 +/- 40 (trans) ! Delta: 86 +/- 10 (3' endo) ! 155 +/- 10 (2' endo) ! Epsilon: 50 +/- 15 (gauche +) ! 180 +/- 40 (trans) !These values are in agreement with NMR of macromolecules p.225 (Hilbers'es !review) !Delta Constraints: ! 3' endo: 690-696, 701-706 ! Data suggests that there is some pucker equlibriium for 697-700 !Gamma constraints: ! gauche+:690-696, 701-706 ! 697-U700 are not defined for it is not clear whether they are 3' endo. It ! must be noted however that from the initial analysis of the HCCH E.COSY, these residues ! tend to a gauche+ conformation. !Epsilon Constraints: 690-696, 701-706 ! 697-700 have intermediate values for the coupling constants that define this angle ! ! assign (resid 690 and name O5') (resid 690 and name C5') (resid 690 and name C4') (resid 690 and name C3') 10.0 60.0 20.0 2 assign (resid 691 and name O5') (resid 691 and name C5') (resid 691 and name C4') (resid 691 and name C3') 10.0 60.0 20.0 2 assign (resid 692 and name O5') (resid 692 and name C5') (resid 692 and name C4') (resid 692 and name C3') 10.0 60.0 20.0 2 assign (resid 693 and name O5') (resid 693 and name C5') (resid 693 and name C4') (resid 693 and name C3') 10.0 60.0 20.0 2 assign (resid 694 and name O5') (resid 694 and name C5') (resid 694 and name C4') (resid 694 and name C3') 10.0 60.0 20.0 2 assign (resid 695 and name O5') (resid 695 and name C5') (resid 695 and name C4') (resid 695 and name C3') 10.0 60.0 20.0 2 assign (resid 696 and name O5') (resid 696 and name C5') (resid 696 and name C4') (resid 696 and name C3') 10.0 60.0 20.0 2 !assign (resid 697 and name O5') ! (resid 697 and name C5') ! (resid 697 and name C4') ! (resid 697 and name C3') 10.0 50.0 25.0 2 !assign (resid 698 and name O5') ! (resid 698 and name C5') ! (resid 698 and name C4') ! (resid 698 and name C3') 10.0 50.0 25.0 2 !assign (resid 699 and name O5') ! (resid 699 and name C5') ! (resid 699 and name C4') ! (resid 699 and name C3') 10.0 50.0 25.0 2 !assign (resid 700 and name O5') ! (resid 700 and name C5') ! (resid 700 and name C4') ! (resid 700 and name C3') 10.0 180.0 65.0 2 assign (resid 701 and name O5') (resid 701 and name C5') (resid 701 and name C4') (resid 701 and name C3') 10.0 60.0 20.0 2 assign (resid 702 and name O5') (resid 702 and name C5') (resid 702 and name C4') (resid 702 and name C3') 10.0 60.0 20.0 2 assign (resid 703 and name O5') (resid 703 and name C5') (resid 703 and name C4') (resid 703 and name C3') 10.0 60.0 20.0 2 assign (resid 704 and name O5') (resid 704 and name C5') (resid 704 and name C4') (resid 704 and name C3') 10.0 60.0 20.0 2 assign (resid 705 and name O5') (resid 705 and name C5') (resid 705 and name C4') (resid 705 and name C3') 10.0 60.0 20.0 2 assign (resid 706 and name O5') (resid 706 and name C5') (resid 706 and name C4') (resid 706 and name C3') 10.0 60.0 20.0 2 ! ! Delta constraints: ! All except G697-U700 will be constrained as 3' endo ! assign (resid 690 and name O3') (resid 690 and name C3') (resid 690 and name C4') (resid 690 and name C5') 10.0 86.0 10.0 2 assign (resid 691 and name O3') (resid 691 and name C3') (resid 691 and name C4') (resid 691 and name C5') 10.0 86.0 10.0 2 assign (resid 692 and name O3') (resid 692 and name C3') (resid 692 and name C4') (resid 692 and name C5') 10.0 86.0 10.0 2 assign (resid 693 and name O3') (resid 693 and name C3') (resid 693 and name C4') (resid 693 and name C5') 10.0 86.0 10.0 2 assign (resid 694 and name O3') (resid 694 and name C3') (resid 694 and name C4') (resid 694 and name C5') 10.0 86.0 10.0 2 assign (resid 695 and name O3') (resid 695 and name C3') (resid 695 and name C4') (resid 695 and name C5') 10.0 86.0 10.0 2 assign (resid 696 and name O3') (resid 696 and name C3') (resid 696 and name C4') (resid 696 and name C5') 10.0 86.0 10.0 2 !!assign (resid 697 and name O3') ! (resid 697 and name C3') ! (resid 697 and name C4') ! (resid 697 and name C5') 10.0 110.0 45.0 2 !assign (resid 698 and name O3') ! (resid 698 and name C3') ! (resid 698 and name C4') ! (resid 698 and name C5') 10.0 110.0 45.0 2 !!!assign (resid 699 and name O3') !! (resid 699 and name C3') !! (resid 699 and name C4') !! (resid 699 and name C5') 10.0 110.0 45.0 2 !assign (resid 700 and name O5') ! (resid 700 and name C5') ! (resid 700 and name C4') ! (resid 700 and name C3') 10.0 110.0 45.0 2 assign (resid 701 and name O3') (resid 701 and name C3') (resid 701 and name C4') (resid 701 and name C5') 10.0 86.0 10.0 2 assign (resid 702 and name O3') (resid 702 and name C3') (resid 702 and name C4') (resid 702 and name C5') 10.0 86.0 10.0 2 assign (resid 703 and name O3') (resid 703 and name C3') (resid 703 and name C4') (resid 703 and name C5') 10.0 86.0 10.0 2 assign (resid 704 and name O3') (resid 704 and name C3') (resid 704 and name C4') (resid 704 and name C5') 10.0 86.0 10.0 2 assign (resid 705 and name O3') (resid 705 and name C3') (resid 705 and name C4') (resid 705 and name C5') 10.0 86.0 10.0 2 assign (resid 706 and name O3') (resid 706 and name C3') (resid 706 and name C4') (resid 706 and name C5') 10.0 86.0 10.0 2 ! Delta constraints: ! 2' endo: none here yet ! !assign (resid 697 and name O3') ! (resid 697 and name C3') ! (resid 697 and name C4') ! (resid 697 and name C5') 10.0 155 10.0 2 !assign (resid 698 and name O3') ! (resid 698 and name C3') ! (resid 698 and name C4') ! (resid 698 and name C5') 10.0 155 10.0 2 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H5* G 690 1H5* G 690 -10.851 -11.165 -2.332 2 2H5* G 690 2H5* G 690 -10.564 -10.794 -0.620 3 H4* G 690 H4* G 690 -10.663 -13.149 -0.671 4 H3* G 690 H3* G 690 -7.815 -12.108 -0.688 5 H2* G 690 H2* G 690 -6.949 -14.284 -0.926 6 2HO* G 690 2HO* G 690 -9.428 -15.575 -0.611 7 H1* G 690 H1* G 690 -8.803 -15.308 -2.665 8 H8 G 690 H8 G 690 -8.034 -11.787 -3.714 9 H1 G 690 H1 G 690 -3.426 -15.875 -5.362 10 1H2 G 690 1H2 G 690 -3.757 -17.831 -4.372 11 2H2 G 690 2H2 G 690 -5.113 -18.128 -3.306 12 H5T G 690 H5T G 690 -8.590 -10.147 -1.061 13 1H5* C 691 1H5* C 691 -7.981 -13.761 3.755 14 2H5* C 691 2H5* C 691 -6.976 -12.568 4.604 15 H4* C 691 H4* C 691 -6.061 -14.967 4.466 16 H3* C 691 H3* C 691 -4.540 -12.460 3.688 17 H2* C 691 H2* C 691 -2.690 -13.737 2.987 18 2HO* C 691 2HO* C 691 -2.168 -15.332 4.272 19 H1* C 691 H1* C 691 -4.027 -15.841 1.830 20 1H4 C 691 1H4 C 691 -2.307 -11.663 -2.705 21 2H4 C 691 2H4 C 691 -3.907 -10.962 -2.619 22 H5 C 691 H5 C 691 -5.540 -11.598 -0.965 23 H6 C 691 H6 C 691 -5.992 -13.045 0.961 24 1H5* G 692 1H5* G 692 -2.384 -13.072 8.029 25 2H5* G 692 2H5* G 692 -2.237 -11.336 8.371 26 H4* G 692 H4* G 692 -0.048 -12.655 8.090 27 H3* G 692 H3* G 692 -0.752 -10.070 6.675 28 H2* G 692 H2* G 692 1.232 -10.136 5.406 29 2HO* G 692 2HO* G 692 2.876 -10.621 6.699 30 H1* G 692 H1* G 692 1.323 -12.812 4.865 31 H8 G 692 H8 G 692 -2.265 -11.778 4.605 32 H1 G 692 H1 G 692 1.155 -9.871 -0.428 33 1H2 G 692 1H2 G 692 3.318 -10.147 -0.024 34 2H2 G 692 2H2 G 692 3.917 -10.801 1.483 35 1H5* A 693 1H5* A 693 3.090 -9.048 8.732 36 2H5* A 693 2H5* A 693 3.093 -7.297 9.025 37 H4* A 693 H4* A 693 4.807 -8.200 7.330 38 H3* A 693 H3* A 693 2.886 -5.903 6.827 39 H2* A 693 H2* A 693 3.676 -5.676 4.620 40 2HO* A 693 2HO* A 693 5.714 -7.458 4.529 41 H1* A 693 H1* A 693 4.018 -8.342 4.014 42 H8 A 693 H8 A 693 0.772 -7.836 5.866 43 1H6 A 693 1H6 A 693 -1.752 -6.198 0.493 44 2H6 A 693 2H6 A 693 -2.071 -6.596 2.166 45 H2 A 693 H2 A 693 2.696 -6.498 -0.090 46 1H5* G 694 1H5* G 694 7.097 -4.642 6.197 47 2H5* G 694 2H5* G 694 7.351 -2.887 6.287 48 H4* G 694 H4* G 694 7.799 -4.021 4.017 49 H3* G 694 H3* G 694 6.051 -1.575 4.443 50 H2* G 694 H2* G 694 5.520 -1.514 2.149 51 2HO* G 694 2HO* G 694 7.296 -3.541 1.384 52 H1* G 694 H1* G 694 5.319 -4.223 1.692 53 H8 G 694 H8 G 694 3.647 -3.352 4.951 54 H1 G 694 H1 G 694 0.061 -1.889 -0.113 55 1H2 G 694 1H2 G 694 1.260 -2.073 -1.970 56 2H2 G 694 2H2 G 694 2.941 -2.557 -1.959 57 1H5* U 695 1H5* U 695 9.733 -0.006 2.006 58 2H5* U 695 2H5* U 695 9.903 1.712 2.421 59 H4* U 695 H4* U 695 9.389 1.127 -0.043 60 H3* U 695 H3* U 695 7.928 3.181 1.644 61 H2* U 695 H2* U 695 6.412 3.624 -0.106 62 2HO* U 695 2HO* U 695 6.967 2.450 -2.242 63 H1* U 695 H1* U 695 6.052 1.070 -1.022 64 H3 U 695 H3 U 695 2.301 2.774 1.065 65 H5 U 695 H5 U 695 4.566 0.881 4.072 66 H6 U 695 H6 U 695 6.379 0.659 2.474 67 1H5* U 696 1H5* U 696 7.817 5.514 -1.742 68 2H5* U 696 2H5* U 696 8.434 7.093 -1.212 69 H4* U 696 H4* U 696 5.986 7.005 -1.996 70 H3* U 696 H3* U 696 6.938 8.187 0.634 71 H2* U 696 H2* U 696 4.723 8.687 1.253 72 2HO* U 696 2HO* U 696 3.033 8.771 -0.265 73 H1* U 696 H1* U 696 3.478 6.449 0.218 74 H3 U 696 H3 U 696 3.245 6.661 4.826 75 H5 U 696 H5 U 696 6.824 4.628 3.916 76 H6 U 696 H6 U 696 6.506 5.243 1.591 77 1H5* G 697 1H5* G 697 7.764 11.533 1.795 78 2H5* G 697 2H5* G 697 6.500 10.422 2.361 79 H4* G 697 H4* G 697 6.493 12.712 3.456 80 H3* G 697 H3* G 697 4.104 11.478 2.072 81 H2* G 697 H2* G 697 2.815 13.429 2.353 82 2HO* G 697 2HO* G 697 4.558 14.943 3.846 83 H1* G 697 H1* G 697 4.719 15.307 1.832 84 H8 G 697 H8 G 697 5.201 12.369 -0.489 85 H1 G 697 H1 G 697 0.487 16.240 -2.348 86 1H2 G 697 1H2 G 697 0.038 17.710 -0.749 87 2H2 G 697 2H2 G 697 0.899 17.737 0.774 88 1H5* A 698 1H5* A 698 2.119 12.600 5.663 89 2H5* A 698 2H5* A 698 0.735 11.499 5.819 90 H4* A 698 H4* A 698 0.228 13.912 5.086 91 H3* A 698 H3* A 698 -0.734 11.417 3.660 92 H2* A 698 H2* A 698 -1.787 12.723 2.007 93 2HO* A 698 2HO* A 698 -1.464 15.248 2.831 94 H1* A 698 H1* A 698 0.105 14.713 1.777 95 H8 A 698 H8 A 698 1.761 11.326 2.001 96 1H6 A 698 1H6 A 698 0.715 10.701 -4.035 97 2H6 A 698 2H6 A 698 1.531 10.025 -2.642 98 H2 A 698 H2 A 698 -1.491 14.348 -2.608 99 1H5* C 699 1H5* C 699 -4.233 13.359 3.756 100 2H5* C 699 2H5* C 699 -5.589 12.221 3.894 101 H4* C 699 H4* C 699 -5.226 13.347 1.603 102 H3* C 699 H3* C 699 -5.537 10.365 2.054 103 H2* C 699 H2* C 699 -5.249 9.956 -0.246 104 2HO* C 699 2HO* C 699 -6.335 11.267 -1.500 105 H1* C 699 H1* C 699 -3.358 11.908 -0.782 106 1H4 C 699 1H4 C 699 -0.432 6.243 -0.268 107 2H4 C 699 2H4 C 699 -0.148 6.571 1.426 108 H5 C 699 H5 C 699 -1.061 8.484 2.571 109 H6 C 699 H6 C 699 -2.443 10.495 2.340 110 1H5* U 700 1H5* U 700 -7.057 8.652 0.470 111 2H5* U 700 2H5* U 700 -7.901 7.555 1.581 112 H4* U 700 H4* U 700 -5.238 7.357 1.037 113 H3* U 700 H3* U 700 -6.838 6.640 3.505 114 H2* U 700 H2* U 700 -4.888 6.286 4.779 115 2HO* U 700 2HO* U 700 -3.435 5.164 3.701 116 H1* U 700 H1* U 700 -3.362 8.353 3.860 117 H3 U 700 H3 U 700 -4.689 9.147 8.188 118 H5 U 700 H5 U 700 -7.858 10.519 5.771 119 H6 U 700 H6 U 700 -6.752 9.511 3.862 120 1H5* A 701 1H5* A 701 -7.299 6.098 -0.832 121 2H5* A 701 2H5* A 701 -7.850 4.614 -1.634 122 H4* A 701 H4* A 701 -6.206 5.673 -3.058 123 H3* A 701 H3* A 701 -5.333 3.145 -1.626 124 H2* A 701 H2* A 701 -3.166 3.321 -2.532 125 2HO* A 701 2HO* A 701 -2.725 4.402 -4.391 126 H1* A 701 H1* A 701 -2.853 6.045 -2.370 127 H8 A 701 H8 A 701 -4.412 5.174 0.857 128 1H6 A 701 1H6 A 701 0.978 2.873 2.745 129 2H6 A 701 2H6 A 701 -0.625 3.364 3.243 130 H2 A 701 H2 A 701 1.242 3.586 -1.686 131 1H5* C 702 1H5* C 702 -5.041 2.018 -5.936 132 2H5* C 702 2H5* C 702 -5.227 0.261 -6.106 133 H4* C 702 H4* C 702 -2.888 1.263 -6.560 134 H3* C 702 H3* C 702 -3.499 -1.115 -4.783 135 H2* C 702 H2* C 702 -1.244 -1.288 -4.125 136 2HO* C 702 2HO* C 702 -0.491 0.616 -6.111 137 H1* C 702 H1* C 702 -0.649 1.374 -3.891 138 1H4 C 702 1H4 C 702 -2.246 -0.922 1.867 139 2H4 C 702 2H4 C 702 -3.883 -0.364 1.606 140 H5 C 702 H5 C 702 -4.646 0.557 -0.486 141 H6 C 702 H6 C 702 -4.005 1.142 -2.777 142 1H5* U 703 1H5* U 703 -0.630 -2.248 -8.035 143 2H5* U 703 2H5* U 703 -0.557 -3.989 -8.378 144 H4* U 703 H4* U 703 1.566 -2.853 -7.418 145 H3* U 703 H3* U 703 0.303 -5.430 -6.444 146 H2* U 703 H2* U 703 1.848 -5.595 -4.669 147 2HO* U 703 2HO* U 703 3.406 -4.086 -6.396 148 H1* U 703 H1* U 703 1.949 -2.968 -3.934 149 H3 U 703 H3 U 703 -0.233 -5.555 -0.801 150 H5 U 703 H5 U 703 -3.184 -4.318 -3.545 151 H6 U 703 H6 U 703 -1.411 -3.469 -4.969 152 1H5* C 704 1H5* C 704 4.505 -6.688 -7.933 153 2H5* C 704 2H5* C 704 4.379 -8.375 -8.469 154 H4* C 704 H4* C 704 5.940 -7.882 -6.474 155 H3* C 704 H3* C 704 3.795 -10.027 -6.553 156 H2* C 704 H2* C 704 4.252 -10.632 -4.324 157 2HO* C 704 2HO* C 704 6.484 -8.978 -3.999 158 H1* C 704 H1* C 704 4.694 -8.126 -3.282 159 1H4 C 704 1H4 C 704 -1.343 -9.844 -2.044 160 2H4 C 704 2H4 C 704 -1.852 -9.034 -3.508 161 H5 C 704 H5 C 704 -0.307 -8.093 -5.101 162 H6 C 704 H6 C 704 2.057 -7.725 -5.631 163 1H5* G 705 1H5* G 705 7.526 -13.367 -6.308 164 2H5* G 705 2H5* G 705 6.592 -14.322 -7.477 165 H4* G 705 H4* G 705 7.122 -15.441 -5.224 166 H3* G 705 H3* G 705 4.377 -15.255 -6.497 167 H2* G 705 H2* G 705 3.371 -16.284 -4.634 168 2HO* G 705 2HO* G 705 5.998 -17.225 -4.168 169 H1* G 705 H1* G 705 4.833 -15.102 -2.638 170 H8 G 705 H8 G 705 3.814 -12.844 -5.562 171 H1 G 705 H1 G 705 -0.553 -13.217 -0.932 172 1H2 G 705 1H2 G 705 0.048 -14.747 0.557 173 2H2 G 705 2H2 G 705 1.525 -15.674 0.408 174 1H5* C 706 1H5* C 706 4.600 -19.630 -5.898 175 2H5* C 706 2H5* C 706 3.986 -20.348 -7.401 176 H4* C 706 H4* C 706 2.679 -20.870 -5.251 177 H3* C 706 H3* C 706 1.425 -19.699 -7.755 178 H2* C 706 H2* C 706 -0.687 -19.788 -6.739 179 2HO* C 706 2HO* C 706 -0.083 -21.987 -5.785 180 H1* C 706 H1* C 706 0.110 -18.972 -4.229 181 1H4 C 706 1H4 C 706 -2.209 -13.953 -7.457 182 2H4 C 706 2H4 C 706 -0.575 -13.540 -7.926 183 H5 C 706 H5 C 706 1.327 -14.941 -7.459 184 H6 C 706 H6 C 706 2.076 -17.041 -6.441 185 H3T C 706 H3T C 706 1.243 -21.772 -8.221 Start of MODEL 2 1 1H5* G 690 1H5* G 690 -10.659 -11.420 -2.951 2 2H5* G 690 2H5* G 690 -9.962 -11.058 -1.358 3 H4* G 690 H4* G 690 -10.237 -13.489 -1.685 4 H3* G 690 H3* G 690 -7.486 -12.275 -1.386 5 H2* G 690 H2* G 690 -6.433 -14.354 -1.734 6 2HO* G 690 2HO* G 690 -8.760 -15.895 -1.808 7 H1* G 690 H1* G 690 -8.036 -15.332 -3.720 8 H8 G 690 H8 G 690 -7.448 -11.617 -4.175 9 H1 G 690 H1 G 690 -2.616 -15.190 -6.308 10 1H2 G 690 1H2 G 690 -2.897 -17.298 -5.680 11 2H2 G 690 2H2 G 690 -4.273 -17.823 -4.736 12 H5T G 690 H5T G 690 -8.004 -10.664 -2.314 13 1H5* C 691 1H5* C 691 -7.954 -13.893 3.159 14 2H5* C 691 2H5* C 691 -6.931 -12.669 3.939 15 H4* C 691 H4* C 691 -6.052 -15.120 3.780 16 H3* C 691 H3* C 691 -4.548 -12.565 3.182 17 H2* C 691 H2* C 691 -2.656 -13.758 2.434 18 2HO* C 691 2HO* C 691 -2.700 -15.252 4.242 19 H1* C 691 H1* C 691 -3.914 -15.770 1.076 20 1H4 C 691 1H4 C 691 -2.429 -11.195 -3.128 21 2H4 C 691 2H4 C 691 -3.959 -10.411 -2.809 22 H5 C 691 H5 C 691 -5.486 -11.144 -1.097 23 H6 C 691 H6 C 691 -5.880 -12.790 0.676 24 1H5* G 692 1H5* G 692 -2.480 -13.763 7.356 25 2H5* G 692 2H5* G 692 -1.980 -12.159 7.933 26 H4* G 692 H4* G 692 -0.130 -13.844 7.238 27 H3* G 692 H3* G 692 -0.349 -10.932 6.458 28 H2* G 692 H2* G 692 1.522 -11.088 5.028 29 2HO* G 692 2HO* G 692 3.140 -12.217 5.793 30 H1* G 692 H1* G 692 1.022 -13.529 3.920 31 H8 G 692 H8 G 692 -2.320 -11.931 4.166 32 H1 G 692 H1 G 692 1.222 -9.257 -0.411 33 1H2 G 692 1H2 G 692 3.329 -9.923 -0.227 34 2H2 G 692 2H2 G 692 3.860 -11.025 1.024 35 1H5* A 693 1H5* A 693 4.086 -10.663 8.141 36 2H5* A 693 2H5* A 693 3.869 -9.035 8.813 37 H4* A 693 H4* A 693 5.636 -9.358 6.938 38 H3* A 693 H3* A 693 3.506 -7.204 7.059 39 H2* A 693 H2* A 693 4.196 -6.349 4.978 40 2HO* A 693 2HO* A 693 6.232 -6.681 4.148 41 H1* A 693 H1* A 693 4.823 -8.739 3.728 42 H8 A 693 H8 A 693 1.537 -8.824 5.636 43 1H6 A 693 1H6 A 693 -1.105 -6.507 0.580 44 2H6 A 693 2H6 A 693 -1.392 -7.186 2.165 45 H2 A 693 H2 A 693 3.350 -6.438 -0.019 46 1H5* G 694 1H5* G 694 7.569 -5.378 6.616 47 2H5* G 694 2H5* G 694 7.592 -3.683 7.140 48 H4* G 694 H4* G 694 8.079 -4.215 4.637 49 H3* G 694 H3* G 694 6.195 -2.097 5.714 50 H2* G 694 H2* G 694 5.568 -1.492 3.528 51 2HO* G 694 2HO* G 694 7.788 -3.004 2.546 52 H1* G 694 H1* G 694 5.617 -4.008 2.367 53 H8 G 694 H8 G 694 3.844 -4.147 5.678 54 H1 G 694 H1 G 694 0.201 -1.674 1.065 55 1H2 G 694 1H2 G 694 1.430 -1.268 -0.736 56 2H2 G 694 2H2 G 694 3.146 -1.605 -0.798 57 1H5* U 695 1H5* U 695 9.144 -0.417 2.987 58 2H5* U 695 2H5* U 695 9.406 1.335 3.100 59 H4* U 695 H4* U 695 8.324 0.370 0.930 60 H3* U 695 H3* U 695 7.356 2.763 2.527 61 H2* U 695 H2* U 695 5.554 3.043 1.047 62 2HO* U 695 2HO* U 695 6.950 1.347 -0.787 63 H1* U 695 H1* U 695 5.111 0.348 0.432 64 H3 U 695 H3 U 695 1.312 2.160 2.228 65 H5 U 695 H5 U 695 3.789 1.286 5.524 66 H6 U 695 H6 U 695 5.578 0.786 3.964 67 1H5* U 696 1H5* U 696 7.303 4.251 -1.358 68 2H5* U 696 2H5* U 696 8.340 5.688 -1.461 69 H4* U 696 H4* U 696 6.147 6.245 -2.343 70 H3* U 696 H3* U 696 6.962 7.445 0.308 71 H2* U 696 H2* U 696 4.863 8.469 0.593 72 2HO* U 696 2HO* U 696 4.304 9.449 -1.229 73 H1* U 696 H1* U 696 3.255 6.489 -0.426 74 H3 U 696 H3 U 696 2.339 6.558 4.013 75 H5 U 696 H5 U 696 6.150 4.772 3.784 76 H6 U 696 H6 U 696 6.169 5.271 1.409 77 1H5* G 697 1H5* G 697 8.097 11.152 1.203 78 2H5* G 697 2H5* G 697 6.809 10.057 1.746 79 H4* G 697 H4* G 697 6.594 12.485 2.496 80 H3* G 697 H3* G 697 4.458 10.892 1.080 81 H2* G 697 H2* G 697 3.032 12.756 0.905 82 2HO* G 697 2HO* G 697 4.245 14.716 2.233 83 H1* G 697 H1* G 697 4.880 14.696 0.358 84 H8 G 697 H8 G 697 5.816 11.588 -1.539 85 H1 G 697 H1 G 697 0.998 14.753 -4.262 86 1H2 G 697 1H2 G 697 0.257 16.332 -2.892 87 2H2 G 697 2H2 G 697 0.951 16.604 -1.310 88 1H5* A 698 1H5* A 698 2.487 12.746 4.396 89 2H5* A 698 2H5* A 698 1.003 11.884 4.854 90 H4* A 698 H4* A 698 0.717 14.175 3.719 91 H3* A 698 H3* A 698 -0.664 11.607 2.931 92 H2* A 698 H2* A 698 -1.684 12.627 1.068 93 2HO* A 698 2HO* A 698 -0.878 15.173 2.092 94 H1* A 698 H1* A 698 0.387 14.229 0.251 95 H8 A 698 H8 A 698 1.611 10.805 1.329 96 1H6 A 698 1H6 A 698 0.263 8.853 -4.353 97 2H6 A 698 2H6 A 698 1.028 8.435 -2.836 98 H2 A 698 H2 A 698 -1.355 13.021 -3.890 99 1H5* C 699 1H5* C 699 -3.654 13.873 2.062 100 2H5* C 699 2H5* C 699 -5.165 13.123 2.614 101 H4* C 699 H4* C 699 -4.744 13.195 0.069 102 H3* C 699 H3* C 699 -5.600 10.818 1.707 103 H2* C 699 H2* C 699 -5.012 9.306 0.062 104 2HO* C 699 2HO* C 699 -6.040 11.264 -1.747 105 H1* C 699 H1* C 699 -3.704 11.246 -1.733 106 1H4 C 699 1H4 C 699 -0.222 5.888 -1.757 107 2H4 C 699 2H4 C 699 0.532 6.399 -0.263 108 H5 C 699 H5 C 699 -0.174 8.340 0.975 109 H6 C 699 H6 C 699 -1.750 10.217 1.044 110 1H5* U 700 1H5* U 700 -7.224 8.760 0.474 111 2H5* U 700 2H5* U 700 -8.285 8.192 1.779 112 H4* U 700 H4* U 700 -5.576 7.723 1.655 113 H3* U 700 H3* U 700 -7.581 7.765 3.915 114 H2* U 700 H2* U 700 -5.888 7.717 5.553 115 2HO* U 700 2HO* U 700 -4.065 6.672 5.223 116 H1* U 700 H1* U 700 -4.101 9.420 4.406 117 H3 U 700 H3 U 700 -6.202 11.233 8.097 118 H5 U 700 H5 U 700 -8.549 12.294 4.761 119 H6 U 700 H6 U 700 -7.212 10.777 3.419 120 1H5* A 701 1H5* A 701 -8.038 5.975 0.008 121 2H5* A 701 2H5* A 701 -8.218 4.274 -0.465 122 H4* A 701 H4* A 701 -6.614 5.512 -1.919 123 H3* A 701 H3* A 701 -5.729 3.152 -0.237 124 H2* A 701 H2* A 701 -3.505 3.395 -0.972 125 2HO* A 701 2HO* A 701 -4.227 3.654 -3.232 126 H1* A 701 H1* A 701 -3.380 6.150 -1.057 127 H8 A 701 H8 A 701 -5.001 5.554 2.170 128 1H6 A 701 1H6 A 701 0.370 3.616 4.475 129 2H6 A 701 2H6 A 701 -1.259 4.120 4.863 130 H2 A 701 H2 A 701 0.769 3.831 0.003 131 1H5* C 702 1H5* C 702 -5.411 2.082 -4.505 132 2H5* C 702 2H5* C 702 -5.262 0.355 -4.892 133 H4* C 702 H4* C 702 -3.118 1.799 -5.002 134 H3* C 702 H3* C 702 -3.421 -0.851 -3.564 135 H2* C 702 H2* C 702 -1.209 -0.729 -2.772 136 2HO* C 702 2HO* C 702 -0.146 -0.241 -4.680 137 H1* C 702 H1* C 702 -1.062 2.003 -2.340 138 1H4 C 702 1H4 C 702 -1.983 -1.060 3.209 139 2H4 C 702 2H4 C 702 -3.686 -0.682 3.084 140 H5 C 702 H5 C 702 -4.675 0.328 1.134 141 H6 C 702 H6 C 702 -4.245 1.196 -1.117 142 1H5* U 703 1H5* U 703 -0.335 -0.976 -6.767 143 2H5* U 703 2H5* U 703 -0.290 -2.477 -7.714 144 H4* U 703 H4* U 703 1.949 -1.875 -6.840 145 H3* U 703 H3* U 703 0.561 -4.414 -5.965 146 H2* U 703 H2* U 703 2.294 -4.944 -4.458 147 2HO* U 703 2HO* U 703 3.854 -4.047 -6.265 148 H1* U 703 H1* U 703 2.813 -2.442 -3.485 149 H3 U 703 H3 U 703 0.835 -4.962 -0.213 150 H5 U 703 H5 U 703 -2.347 -3.480 -2.549 151 H6 U 703 H6 U 703 -0.711 -2.660 -4.139 152 1H5* C 704 1H5* C 704 4.394 -5.801 -7.906 153 2H5* C 704 2H5* C 704 4.190 -7.463 -8.495 154 H4* C 704 H4* C 704 5.831 -7.071 -6.529 155 H3* C 704 H3* C 704 3.651 -9.170 -6.672 156 H2* C 704 H2* C 704 4.137 -9.904 -4.486 157 2HO* C 704 2HO* C 704 6.105 -9.249 -3.428 158 H1* C 704 H1* C 704 4.653 -7.465 -3.322 159 1H4 C 704 1H4 C 704 -1.379 -9.102 -1.995 160 2H4 C 704 2H4 C 704 -1.909 -8.283 -3.449 161 H5 C 704 H5 C 704 -0.389 -7.343 -5.064 162 H6 C 704 H6 C 704 1.967 -6.985 -5.635 163 1H5* G 705 1H5* G 705 7.252 -11.542 -6.291 164 2H5* G 705 2H5* G 705 7.440 -12.725 -7.600 165 H4* G 705 H4* G 705 7.496 -13.985 -5.576 166 H3* G 705 H3* G 705 4.881 -14.117 -7.090 167 H2* G 705 H2* G 705 3.879 -15.418 -5.398 168 2HO* G 705 2HO* G 705 6.524 -15.822 -4.377 169 H1* G 705 H1* G 705 4.944 -14.176 -3.202 170 H8 G 705 H8 G 705 3.888 -11.903 -6.105 171 H1 G 705 H1 G 705 -0.798 -13.184 -1.975 172 1H2 G 705 1H2 G 705 -0.120 -14.698 -0.504 173 2H2 G 705 2H2 G 705 1.486 -15.391 -0.541 174 1H5* C 706 1H5* C 706 5.830 -18.339 -6.725 175 2H5* C 706 2H5* C 706 5.207 -19.199 -8.149 176 H4* C 706 H4* C 706 4.061 -19.690 -5.897 177 H3* C 706 H3* C 706 2.607 -18.809 -8.408 178 H2* C 706 H2* C 706 0.552 -19.002 -7.296 179 2HO* C 706 2HO* C 706 1.901 -20.899 -5.872 180 H1* C 706 H1* C 706 1.388 -17.999 -4.856 181 1H4 C 706 1H4 C 706 -1.589 -13.333 -8.045 182 2H4 C 706 2H4 C 706 -0.068 -12.879 -8.780 183 H5 C 706 H5 C 706 1.964 -14.140 -8.497 184 H6 C 706 H6 C 706 2.978 -16.109 -7.447 185 H3T C 706 H3T C 706 3.133 -21.236 -7.009 Start of MODEL 3 1 1H5* G 690 1H5* G 690 -10.313 -12.057 -1.525 2 2H5* G 690 2H5* G 690 -9.588 -12.119 0.094 3 H4* G 690 H4* G 690 -10.056 -14.385 -0.798 4 H3* G 690 H3* G 690 -7.232 -13.485 -0.205 5 H2* G 690 H2* G 690 -6.324 -15.499 -1.024 6 2HO* G 690 2HO* G 690 -8.955 -16.613 -1.105 7 H1* G 690 H1* G 690 -7.972 -15.885 -3.177 8 H8 G 690 H8 G 690 -7.310 -12.269 -3.325 9 H1 G 690 H1 G 690 -2.067 -15.597 -4.768 10 1H2 G 690 1H2 G 690 -2.341 -17.726 -4.210 11 2H2 G 690 2H2 G 690 -3.814 -18.324 -3.482 12 H5T G 690 H5T G 690 -7.946 -11.104 -0.672 13 1H5* C 691 1H5* C 691 -7.019 -15.966 3.974 14 2H5* C 691 2H5* C 691 -6.495 -14.438 4.709 15 H4* C 691 H4* C 691 -4.810 -16.415 4.664 16 H3* C 691 H3* C 691 -4.253 -13.555 3.822 17 H2* C 691 H2* C 691 -2.048 -14.127 3.228 18 2HO* C 691 2HO* C 691 -1.037 -15.383 4.592 19 H1* C 691 H1* C 691 -2.539 -16.656 2.205 20 1H4 C 691 1H4 C 691 -1.896 -12.613 -2.695 21 2H4 C 691 2H4 C 691 -3.593 -12.204 -2.579 22 H5 C 691 H5 C 691 -5.028 -13.014 -0.825 23 H6 C 691 H6 C 691 -5.151 -14.392 1.199 24 1H5* G 692 1H5* G 692 -2.176 -13.274 8.246 25 2H5* G 692 2H5* G 692 -2.384 -11.520 8.424 26 H4* G 692 H4* G 692 0.033 -12.470 8.214 27 H3* G 692 H3* G 692 -1.148 -10.088 6.773 28 H2* G 692 H2* G 692 0.804 -9.797 5.485 29 2HO* G 692 2HO* G 692 2.011 -11.386 7.513 30 H1* G 692 H1* G 692 1.409 -12.421 5.000 31 H8 G 692 H8 G 692 -2.320 -11.944 4.744 32 H1 G 692 H1 G 692 0.782 -9.892 -0.434 33 1H2 G 692 1H2 G 692 2.964 -9.859 -0.048 34 2H2 G 692 2H2 G 692 3.655 -10.344 1.485 35 1H5* A 693 1H5* A 693 2.531 -9.069 8.451 36 2H5* A 693 2H5* A 693 2.772 -7.427 9.083 37 H4* A 693 H4* A 693 4.321 -7.965 7.207 38 H3* A 693 H3* A 693 2.282 -5.736 6.972 39 H2* A 693 H2* A 693 2.964 -5.278 4.765 40 2HO* A 693 2HO* A 693 5.340 -6.550 5.611 41 H1* A 693 H1* A 693 3.454 -7.862 3.925 42 H8 A 693 H8 A 693 0.226 -7.566 5.895 43 1H6 A 693 1H6 A 693 -2.494 -5.890 0.631 44 2H6 A 693 2H6 A 693 -2.756 -6.336 2.302 45 H2 A 693 H2 A 693 1.944 -6.026 -0.074 46 1H5* G 694 1H5* G 694 6.409 -4.582 6.238 47 2H5* G 694 2H5* G 694 6.870 -2.880 6.444 48 H4* G 694 H4* G 694 7.163 -3.900 4.094 49 H3* G 694 H3* G 694 5.728 -1.306 4.729 50 H2* G 694 H2* G 694 5.198 -1.003 2.453 51 2HO* G 694 2HO* G 694 6.995 -3.114 1.766 52 H1* G 694 H1* G 694 4.706 -3.640 1.788 53 H8 G 694 H8 G 694 3.018 -2.964 5.050 54 H1 G 694 H1 G 694 -0.109 -0.345 0.152 55 1H2 G 694 1H2 G 694 1.149 -0.413 -1.675 56 2H2 G 694 2H2 G 694 2.755 -1.102 -1.684 57 1H5* U 695 1H5* U 695 9.427 -0.060 2.297 58 2H5* U 695 2H5* U 695 9.729 1.667 2.575 59 H4* U 695 H4* U 695 8.908 0.891 0.217 60 H3* U 695 H3* U 695 7.865 3.231 1.844 61 H2* U 695 H2* U 695 6.267 3.710 0.181 62 2HO* U 695 2HO* U 695 7.844 2.050 -1.533 63 H1* U 695 H1* U 695 5.668 1.110 -0.579 64 H3 U 695 H3 U 695 1.977 3.189 1.192 65 H5 U 695 H5 U 695 4.142 1.711 4.493 66 H6 U 695 H6 U 695 5.960 1.175 2.977 67 1H5* U 696 1H5* U 696 8.605 5.056 -1.679 68 2H5* U 696 2H5* U 696 9.012 6.776 -1.521 69 H4* U 696 H4* U 696 6.697 6.360 -2.409 70 H3* U 696 H3* U 696 7.202 7.898 0.154 71 H2* U 696 H2* U 696 4.894 8.173 0.500 72 2HO* U 696 2HO* U 696 3.403 8.080 -1.155 73 H1* U 696 H1* U 696 4.019 5.732 -0.498 74 H3 U 696 H3 U 696 2.895 5.782 3.904 75 H5 U 696 H5 U 696 7.059 5.125 3.897 76 H6 U 696 H6 U 696 7.050 5.508 1.501 77 1H5* G 697 1H5* G 697 8.316 10.984 1.030 78 2H5* G 697 2H5* G 697 7.252 9.715 1.669 79 H4* G 697 H4* G 697 7.166 11.830 2.999 80 H3* G 697 H3* G 697 4.737 10.655 1.646 81 H2* G 697 H2* G 697 3.384 12.479 2.271 82 2HO* G 697 2HO* G 697 5.308 13.731 3.879 83 H1* G 697 H1* G 697 5.166 14.513 1.885 84 H8 G 697 H8 G 697 5.485 11.876 -0.822 85 H1 G 697 H1 G 697 0.672 15.935 -1.833 86 1H2 G 697 1H2 G 697 0.366 17.209 -0.045 87 2H2 G 697 2H2 G 697 1.347 17.060 1.396 88 1H5* A 698 1H5* A 698 2.981 11.896 5.184 89 2H5* A 698 2H5* A 698 1.611 10.810 5.494 90 H4* A 698 H4* A 698 1.039 13.193 4.733 91 H3* A 698 H3* A 698 -0.027 10.632 3.551 92 H2* A 698 H2* A 698 -1.142 11.766 1.811 93 2HO* A 698 2HO* A 698 -1.083 14.246 2.002 94 H1* A 698 H1* A 698 0.739 13.640 1.211 95 H8 A 698 H8 A 698 2.344 10.305 2.076 96 1H6 A 698 1H6 A 698 1.469 8.696 -3.802 97 2H6 A 698 2H6 A 698 2.219 8.245 -2.288 98 H2 A 698 H2 A 698 -0.660 12.592 -3.091 99 1H5* C 699 1H5* C 699 -3.177 12.910 3.400 100 2H5* C 699 2H5* C 699 -4.726 12.066 3.600 101 H4* C 699 H4* C 699 -4.118 12.876 1.224 102 H3* C 699 H3* C 699 -5.061 10.116 1.998 103 H2* C 699 H2* C 699 -4.482 9.228 -0.057 104 2HO* C 699 2HO* C 699 -4.819 10.523 -1.992 105 H1* C 699 H1* C 699 -2.924 11.529 -1.005 106 1H4 C 699 1H4 C 699 0.404 6.248 -2.348 107 2H4 C 699 2H4 C 699 0.901 6.142 -0.674 108 H5 C 699 H5 C 699 0.059 7.602 1.048 109 H6 C 699 H6 C 699 -1.443 9.474 1.539 110 1H5* U 700 1H5* U 700 -8.157 7.546 1.163 111 2H5* U 700 2H5* U 700 -8.199 8.616 2.576 112 H4* U 700 H4* U 700 -5.693 7.481 1.282 113 H3* U 700 H3* U 700 -7.374 6.646 3.649 114 H2* U 700 H2* U 700 -5.477 6.312 4.999 115 2HO* U 700 2HO* U 700 -3.824 5.360 4.096 116 H1* U 700 H1* U 700 -3.924 8.406 4.129 117 H3 U 700 H3 U 700 -5.410 8.744 8.521 118 H5 U 700 H5 U 700 -8.157 10.851 6.116 119 H6 U 700 H6 U 700 -7.079 9.895 4.164 120 1H5* A 701 1H5* A 701 -7.873 6.126 -0.685 121 2H5* A 701 2H5* A 701 -8.199 4.618 -1.564 122 H4* A 701 H4* A 701 -6.629 6.021 -2.825 123 H3* A 701 H3* A 701 -5.679 3.395 -1.660 124 H2* A 701 H2* A 701 -3.478 3.772 -2.416 125 2HO* A 701 2HO* A 701 -3.041 5.486 -3.952 126 H1* A 701 H1* A 701 -3.295 6.456 -1.909 127 H8 A 701 H8 A 701 -4.998 5.246 1.104 128 1H6 A 701 1H6 A 701 0.277 2.716 3.025 129 2H6 A 701 2H6 A 701 -1.348 3.169 3.488 130 H2 A 701 H2 A 701 0.775 3.870 -1.290 131 1H5* C 702 1H5* C 702 -5.685 2.442 -6.132 132 2H5* C 702 2H5* C 702 -5.799 0.678 -6.288 133 H4* C 702 H4* C 702 -3.491 1.782 -6.699 134 H3* C 702 H3* C 702 -4.062 -0.619 -4.945 135 H2* C 702 H2* C 702 -1.812 -0.729 -4.256 136 2HO* C 702 2HO* C 702 -0.579 1.156 -5.713 137 H1* C 702 H1* C 702 -1.287 1.965 -4.064 138 1H4 C 702 1H4 C 702 -2.629 -0.318 1.756 139 2H4 C 702 2H4 C 702 -4.308 0.108 1.515 140 H5 C 702 H5 C 702 -5.173 0.939 -0.573 141 H6 C 702 H6 C 702 -4.619 1.536 -2.885 142 1H5* U 703 1H5* U 703 -1.024 -1.663 -8.038 143 2H5* U 703 2H5* U 703 -0.892 -3.406 -8.349 144 H4* U 703 H4* U 703 1.155 -2.191 -7.310 145 H3* U 703 H3* U 703 -0.087 -4.791 -6.378 146 H2* U 703 H2* U 703 1.392 -4.917 -4.549 147 2HO* U 703 2HO* U 703 3.347 -3.889 -4.507 148 H1* U 703 H1* U 703 1.474 -2.253 -3.874 149 H3 U 703 H3 U 703 -0.601 -4.684 -0.583 150 H5 U 703 H5 U 703 -3.603 -3.830 -3.418 151 H6 U 703 H6 U 703 -1.874 -2.982 -4.895 152 1H5* C 704 1H5* C 704 4.172 -5.985 -7.715 153 2H5* C 704 2H5* C 704 4.142 -7.724 -8.070 154 H4* C 704 H4* C 704 5.522 -6.880 -6.018 155 H3* C 704 H3* C 704 3.625 -9.239 -6.125 156 H2* C 704 H2* C 704 3.912 -9.650 -3.827 157 2HO* C 704 2HO* C 704 6.297 -8.134 -4.164 158 H1* C 704 H1* C 704 4.112 -7.035 -2.941 159 1H4 C 704 1H4 C 704 -1.784 -9.183 -1.734 160 2H4 C 704 2H4 C 704 -2.306 -8.576 -3.289 161 H5 C 704 H5 C 704 -0.795 -7.648 -4.919 162 H6 C 704 H6 C 704 1.543 -7.104 -5.412 163 1H5* G 705 1H5* G 705 7.896 -11.816 -6.504 164 2H5* G 705 2H5* G 705 7.156 -13.039 -7.557 165 H4* G 705 H4* G 705 8.107 -13.864 -5.319 166 H3* G 705 H3* G 705 5.338 -14.426 -6.393 167 H2* G 705 H2* G 705 4.709 -15.556 -4.421 168 2HO* G 705 2HO* G 705 6.745 -15.718 -2.833 169 H1* G 705 H1* G 705 5.901 -13.927 -2.582 170 H8 G 705 H8 G 705 4.477 -11.739 -5.276 171 H1 G 705 H1 G 705 -0.014 -13.942 -1.322 172 1H2 G 705 1H2 G 705 0.830 -15.526 -0.021 173 2H2 G 705 2H2 G 705 2.498 -16.041 -0.127 174 1H5* C 706 1H5* C 706 6.279 -18.087 -5.167 175 2H5* C 706 2H5* C 706 6.145 -19.340 -6.417 176 H4* C 706 H4* C 706 4.674 -19.866 -4.524 177 H3* C 706 H3* C 706 3.375 -19.029 -7.132 178 H2* C 706 H2* C 706 1.256 -19.385 -6.202 179 2HO* C 706 2HO* C 706 2.606 -20.808 -4.120 180 H1* C 706 H1* C 706 1.833 -18.435 -3.656 181 1H4 C 706 1H4 C 706 -1.310 -13.853 -6.797 182 2H4 C 706 2H4 C 706 0.193 -13.304 -7.502 183 H5 C 706 H5 C 706 2.288 -14.455 -7.208 184 H6 C 706 H6 C 706 3.396 -16.380 -6.170 185 H3T C 706 H3T C 706 4.649 -21.108 -6.531 Start of MODEL 4 1 1H5* G 690 1H5* G 690 -10.146 -12.418 -2.706 2 2H5* G 690 2H5* G 690 -9.679 -12.173 -1.011 3 H4* G 690 H4* G 690 -9.776 -14.572 -1.558 4 H3* G 690 H3* G 690 -7.142 -13.275 -0.843 5 H2* G 690 H2* G 690 -5.949 -15.266 -1.241 6 2HO* G 690 2HO* G 690 -7.418 -17.239 -1.713 7 H1* G 690 H1* G 690 -7.295 -16.159 -3.452 8 H8 G 690 H8 G 690 -6.723 -12.390 -3.431 9 H1 G 690 H1 G 690 -1.753 -15.710 -5.652 10 1H2 G 690 1H2 G 690 -2.086 -17.879 -5.333 11 2H2 G 690 2H2 G 690 -3.532 -18.506 -4.573 12 H5T G 690 H5T G 690 -8.589 -11.048 -3.028 13 1H5* C 691 1H5* C 691 -7.386 -15.507 3.324 14 2H5* C 691 2H5* C 691 -6.662 -14.177 4.251 15 H4* C 691 H4* C 691 -5.293 -16.370 3.973 16 H3* C 691 H3* C 691 -4.301 -13.539 3.543 17 H2* C 691 H2* C 691 -2.186 -14.328 2.867 18 2HO* C 691 2HO* C 691 -1.508 -15.840 4.220 19 H1* C 691 H1* C 691 -2.996 -16.540 1.439 20 1H4 C 691 1H4 C 691 -1.913 -11.793 -2.692 21 2H4 C 691 2H4 C 691 -3.556 -11.231 -2.475 22 H5 C 691 H5 C 691 -5.072 -12.178 -0.859 23 H6 C 691 H6 C 691 -5.341 -13.868 0.895 24 1H5* G 692 1H5* G 692 -1.830 -14.471 7.596 25 2H5* G 692 2H5* G 692 -1.837 -12.810 8.222 26 H4* G 692 H4* G 692 0.457 -13.835 7.694 27 H3* G 692 H3* G 692 -0.554 -11.154 6.730 28 H2* G 692 H2* G 692 1.384 -10.798 5.435 29 2HO* G 692 2HO* G 692 2.704 -11.699 7.316 30 H1* G 692 H1* G 692 1.742 -13.335 4.477 31 H8 G 692 H8 G 692 -1.917 -12.282 4.604 32 H1 G 692 H1 G 692 1.130 -10.255 -0.618 33 1H2 G 692 1H2 G 692 3.302 -10.658 -0.433 34 2H2 G 692 2H2 G 692 4.000 -11.427 0.975 35 1H5* A 693 1H5* A 693 3.455 -10.247 8.354 36 2H5* A 693 2H5* A 693 3.429 -8.561 8.910 37 H4* A 693 H4* A 693 4.965 -9.120 6.915 38 H3* A 693 H3* A 693 2.938 -6.870 7.022 39 H2* A 693 H2* A 693 3.422 -6.257 4.803 40 2HO* A 693 2HO* A 693 5.479 -7.804 4.089 41 H1* A 693 H1* A 693 3.821 -8.776 3.738 42 H8 A 693 H8 A 693 0.777 -8.578 6.003 43 1H6 A 693 1H6 A 693 -2.358 -6.538 1.110 44 2H6 A 693 2H6 A 693 -2.481 -7.076 2.770 45 H2 A 693 H2 A 693 1.997 -6.708 0.005 46 1H5* G 694 1H5* G 694 7.034 -5.646 5.531 47 2H5* G 694 2H5* G 694 7.341 -3.951 5.957 48 H4* G 694 H4* G 694 7.515 -4.676 3.449 49 H3* G 694 H3* G 694 6.111 -2.228 4.561 50 H2* G 694 H2* G 694 5.393 -1.618 2.401 51 2HO* G 694 2HO* G 694 7.077 -3.585 1.217 52 H1* G 694 H1* G 694 4.879 -4.145 1.407 53 H8 G 694 H8 G 694 3.465 -3.929 4.865 54 H1 G 694 H1 G 694 -0.104 -0.802 0.605 55 1H2 G 694 1H2 G 694 0.991 -0.625 -1.316 56 2H2 G 694 2H2 G 694 2.599 -1.276 -1.545 57 1H5* U 695 1H5* U 695 8.803 -0.778 1.384 58 2H5* U 695 2H5* U 695 9.318 0.879 1.759 59 H4* U 695 H4* U 695 7.906 0.507 -0.384 60 H3* U 695 H3* U 695 7.363 2.583 1.764 61 H2* U 695 H2* U 695 5.459 3.312 0.605 62 2HO* U 695 2HO* U 695 5.181 2.794 -1.657 63 H1* U 695 H1* U 695 4.716 0.852 -0.539 64 H3 U 695 H3 U 695 1.169 2.377 1.880 65 H5 U 695 H5 U 695 3.887 0.929 4.758 66 H6 U 695 H6 U 695 5.514 0.640 2.982 67 1H5* U 696 1H5* U 696 6.892 4.718 -1.681 68 2H5* U 696 2H5* U 696 8.057 6.056 -1.755 69 H4* U 696 H4* U 696 5.895 7.002 -2.180 70 H3* U 696 H3* U 696 7.040 7.523 0.574 71 H2* U 696 H2* U 696 5.090 8.677 1.235 72 2HO* U 696 2HO* U 696 4.187 9.939 -0.197 73 H1* U 696 H1* U 696 3.223 7.054 0.061 74 H3 U 696 H3 U 696 2.717 6.166 4.465 75 H5 U 696 H5 U 696 6.439 4.429 3.522 76 H6 U 696 H6 U 696 6.256 5.396 1.305 77 1H5* G 697 1H5* G 697 8.465 11.097 2.079 78 2H5* G 697 2H5* G 697 7.091 10.013 2.376 79 H4* G 697 H4* G 697 6.970 12.270 3.540 80 H3* G 697 H3* G 697 4.831 11.112 1.759 81 H2* G 697 H2* G 697 3.537 13.084 1.827 82 2HO* G 697 2HO* G 697 4.981 13.499 4.193 83 H1* G 697 H1* G 697 5.512 14.928 1.601 84 H8 G 697 H8 G 697 6.568 12.069 -0.562 85 H1 G 697 H1 G 697 1.860 15.452 -3.214 86 1H2 G 697 1H2 G 697 0.998 16.849 -1.724 87 2H2 G 697 2H2 G 697 1.584 16.948 -0.078 88 1H5* A 698 1H5* A 698 2.153 12.071 5.324 89 2H5* A 698 2H5* A 698 0.712 11.132 4.880 90 H4* A 698 H4* A 698 0.818 13.804 4.601 91 H3* A 698 H3* A 698 -0.604 11.675 3.011 92 H2* A 698 H2* A 698 -1.176 13.168 1.279 93 2HO* A 698 2HO* A 698 -1.794 15.101 1.867 94 H1* A 698 H1* A 698 1.131 14.593 1.117 95 H8 A 698 H8 A 698 2.239 11.097 1.768 96 1H6 A 698 1H6 A 698 1.112 9.804 -4.148 97 2H6 A 698 2H6 A 698 1.848 9.228 -2.669 98 H2 A 698 H2 A 698 -0.649 13.840 -3.242 99 1H5* C 699 1H5* C 699 -3.735 14.405 2.025 100 2H5* C 699 2H5* C 699 -5.110 13.432 2.585 101 H4* C 699 H4* C 699 -4.998 13.874 0.071 102 H3* C 699 H3* C 699 -5.267 11.154 1.357 103 H2* C 699 H2* C 699 -5.135 10.062 -0.723 104 2HO* C 699 2HO* C 699 -5.657 11.042 -2.634 105 H1* C 699 H1* C 699 -3.267 11.665 -1.953 106 1H4 C 699 1H4 C 699 -0.228 6.532 0.310 107 2H4 C 699 2H4 C 699 -0.110 7.285 1.885 108 H5 C 699 H5 C 699 -1.133 9.399 2.416 109 H6 C 699 H6 C 699 -2.500 11.244 1.558 110 1H5* U 700 1H5* U 700 -7.980 8.048 0.882 111 2H5* U 700 2H5* U 700 -7.953 9.426 2.000 112 H4* U 700 H4* U 700 -5.495 7.923 1.032 113 H3* U 700 H3* U 700 -7.274 7.595 3.451 114 H2* U 700 H2* U 700 -5.432 7.442 4.905 115 2HO* U 700 2HO* U 700 -4.326 5.931 3.426 116 H1* U 700 H1* U 700 -3.774 9.294 3.734 117 H3 U 700 H3 U 700 -5.446 10.430 7.937 118 H5 U 700 H5 U 700 -7.899 12.279 5.050 119 H6 U 700 H6 U 700 -6.803 10.935 3.353 120 1H5* A 701 1H5* A 701 -7.859 6.240 -0.589 121 2H5* A 701 2H5* A 701 -8.278 4.611 -1.155 122 H4* A 701 H4* A 701 -6.706 5.639 -2.714 123 H3* A 701 H3* A 701 -5.773 3.305 -1.032 124 H2* A 701 H2* A 701 -3.586 3.455 -1.890 125 2HO* A 701 2HO* A 701 -4.252 3.623 -4.102 126 H1* A 701 H1* A 701 -3.353 6.190 -2.037 127 H8 A 701 H8 A 701 -4.950 5.656 1.240 128 1H6 A 701 1H6 A 701 0.456 3.724 3.472 129 2H6 A 701 2H6 A 701 -1.169 4.226 3.883 130 H2 A 701 H2 A 701 0.790 3.929 -1.006 131 1H5* C 702 1H5* C 702 -6.260 1.797 -5.335 132 2H5* C 702 2H5* C 702 -6.182 0.026 -5.420 133 H4* C 702 H4* C 702 -4.004 1.411 -5.844 134 H3* C 702 H3* C 702 -4.303 -1.052 -4.100 135 H2* C 702 H2* C 702 -2.038 -0.919 -3.473 136 2HO* C 702 2HO* C 702 -1.297 1.115 -5.225 137 H1* C 702 H1* C 702 -1.795 1.844 -3.378 138 1H4 C 702 1H4 C 702 -2.331 -0.483 2.559 139 2H4 C 702 2H4 C 702 -4.050 -0.162 2.494 140 H5 C 702 H5 C 702 -5.179 0.574 0.499 141 H6 C 702 H6 C 702 -4.907 1.167 -1.863 142 1H5* U 703 1H5* U 703 -1.290 -1.694 -7.152 143 2H5* U 703 2H5* U 703 -0.962 -3.377 -7.613 144 H4* U 703 H4* U 703 0.935 -2.065 -6.445 145 H3* U 703 H3* U 703 -0.059 -4.830 -5.721 146 H2* U 703 H2* U 703 1.392 -4.945 -3.868 147 2HO* U 703 2HO* U 703 2.737 -2.565 -4.640 148 H1* U 703 H1* U 703 1.191 -2.352 -2.994 149 H3 U 703 H3 U 703 -0.712 -5.342 -0.050 150 H5 U 703 H5 U 703 -3.752 -4.294 -2.776 151 H6 U 703 H6 U 703 -2.069 -3.175 -4.120 152 1H5* C 704 1H5* C 704 4.317 -5.470 -7.281 153 2H5* C 704 2H5* C 704 4.374 -7.106 -7.966 154 H4* C 704 H4* C 704 5.906 -6.632 -5.955 155 H3* C 704 H3* C 704 3.996 -8.960 -6.237 156 H2* C 704 H2* C 704 4.475 -9.722 -4.058 157 2HO* C 704 2HO* C 704 6.594 -7.860 -3.748 158 H1* C 704 H1* C 704 4.619 -7.311 -2.772 159 1H4 C 704 1H4 C 704 -1.269 -9.709 -2.055 160 2H4 C 704 2H4 C 704 -1.793 -8.774 -3.437 161 H5 C 704 H5 C 704 -0.283 -7.506 -4.821 162 H6 C 704 H6 C 704 2.055 -6.864 -5.183 163 1H5* G 705 1H5* G 705 8.095 -11.432 -6.359 164 2H5* G 705 2H5* G 705 7.528 -12.809 -7.325 165 H4* G 705 H4* G 705 8.257 -13.243 -4.866 166 H3* G 705 H3* G 705 5.751 -14.241 -6.238 167 H2* G 705 H2* G 705 4.965 -15.218 -4.243 168 2HO* G 705 2HO* G 705 6.307 -15.717 -2.528 169 H1* G 705 H1* G 705 5.750 -13.278 -2.470 170 H8 G 705 H8 G 705 4.377 -11.687 -5.604 171 H1 G 705 H1 G 705 -0.201 -13.737 -1.667 172 1H2 G 705 1H2 G 705 0.683 -14.978 -0.056 173 2H2 G 705 2H2 G 705 2.399 -15.300 0.048 174 1H5* C 706 1H5* C 706 6.434 -18.191 -4.856 175 2H5* C 706 2H5* C 706 6.767 -19.043 -6.379 176 H4* C 706 H4* C 706 4.871 -20.108 -5.316 177 H3* C 706 H3* C 706 4.237 -18.363 -7.711 178 H2* C 706 H2* C 706 1.969 -18.926 -7.546 179 2HO* C 706 2HO* C 706 2.835 -21.265 -6.850 180 H1* C 706 H1* C 706 1.800 -18.892 -4.785 181 1H4 C 706 1H4 C 706 -0.444 -13.300 -6.875 182 2H4 C 706 2H4 C 706 1.188 -12.685 -7.014 183 H5 C 706 H5 C 706 3.145 -14.038 -6.642 184 H6 C 706 H6 C 706 3.962 -16.274 -6.056 185 H3T C 706 H3T C 706 4.686 -21.097 -7.121 Start of MODEL 5 1 1H5* G 690 1H5* G 690 -11.154 -8.879 -1.460 2 2H5* G 690 2H5* G 690 -10.679 -8.752 0.247 3 H4* G 690 H4* G 690 -11.281 -11.022 -0.020 4 H3* G 690 H3* G 690 -8.297 -10.543 -0.117 5 H2* G 690 H2* G 690 -7.862 -12.797 -0.635 6 2HO* G 690 2HO* G 690 -10.009 -13.198 0.910 7 H1* G 690 H1* G 690 -9.973 -13.286 -2.320 8 H8 G 690 H8 G 690 -8.575 -9.882 -3.089 9 H1 G 690 H1 G 690 -4.993 -14.588 -5.473 10 1H2 G 690 1H2 G 690 -5.659 -16.539 -4.652 11 2H2 G 690 2H2 G 690 -6.983 -16.678 -3.518 12 H5T G 690 H5T G 690 -8.625 -8.535 -0.311 13 1H5* C 691 1H5* C 691 -8.659 -11.956 4.575 14 2H5* C 691 2H5* C 691 -7.352 -10.924 5.191 15 H4* C 691 H4* C 691 -6.995 -13.511 5.137 16 H3* C 691 H3* C 691 -5.061 -11.359 4.242 17 H2* C 691 H2* C 691 -3.515 -12.977 3.502 18 2HO* C 691 2HO* C 691 -4.492 -14.355 5.562 19 H1* C 691 H1* C 691 -5.278 -14.801 2.445 20 1H4 C 691 1H4 C 691 -2.996 -11.141 -2.276 21 2H4 C 691 2H4 C 691 -4.356 -10.059 -2.071 22 H5 C 691 H5 C 691 -5.965 -10.282 -0.291 23 H6 C 691 H6 C 691 -6.616 -11.588 1.679 24 1H5* G 692 1H5* G 692 -2.440 -12.344 8.359 25 2H5* G 692 2H5* G 692 -2.311 -10.594 8.624 26 H4* G 692 H4* G 692 -0.102 -11.840 8.370 27 H3* G 692 H3* G 692 -0.933 -9.427 6.748 28 H2* G 692 H2* G 692 1.013 -9.541 5.425 29 2HO* G 692 2HO* G 692 2.036 -11.294 7.441 30 H1* G 692 H1* G 692 1.210 -12.257 5.157 31 H8 G 692 H8 G 692 -2.413 -11.355 4.849 32 H1 G 692 H1 G 692 0.888 -9.909 -0.410 33 1H2 G 692 1H2 G 692 3.063 -10.086 -0.012 34 2H2 G 692 2H2 G 692 3.698 -10.560 1.547 35 1H5* A 693 1H5* A 693 3.001 -8.584 8.561 36 2H5* A 693 2H5* A 693 3.307 -6.845 8.748 37 H4* A 693 H4* A 693 4.808 -8.153 7.098 38 H3* A 693 H3* A 693 3.368 -5.547 6.549 39 H2* A 693 H2* A 693 4.095 -5.541 4.309 40 2HO* A 693 2HO* A 693 5.776 -7.090 3.646 41 H1* A 693 H1* A 693 3.890 -8.229 3.776 42 H8 A 693 H8 A 693 0.841 -7.249 5.705 43 1H6 A 693 1H6 A 693 -1.494 -4.971 0.480 44 2H6 A 693 2H6 A 693 -1.845 -5.410 2.138 45 H2 A 693 H2 A 693 2.849 -5.896 -0.219 46 1H5* G 694 1H5* G 694 7.793 -4.898 5.544 47 2H5* G 694 2H5* G 694 8.137 -3.185 5.860 48 H4* G 694 H4* G 694 8.521 -4.081 3.455 49 H3* G 694 H3* G 694 7.024 -1.563 4.228 50 H2* G 694 H2* G 694 6.479 -1.136 1.979 51 2HO* G 694 2HO* G 694 8.464 -1.381 1.008 52 H1* G 694 H1* G 694 6.071 -3.737 1.136 53 H8 G 694 H8 G 694 4.383 -3.240 4.449 54 H1 G 694 H1 G 694 1.107 -0.639 -0.363 55 1H2 G 694 1H2 G 694 2.350 -0.615 -2.201 56 2H2 G 694 2H2 G 694 3.982 -1.241 -2.238 57 1H5* U 695 1H5* U 695 10.110 -0.034 1.187 58 2H5* U 695 2H5* U 695 10.314 1.667 1.653 59 H4* U 695 H4* U 695 9.296 1.137 -0.684 60 H3* U 695 H3* U 695 8.209 3.109 1.350 61 H2* U 695 H2* U 695 6.410 3.621 -0.073 62 2HO* U 695 2HO* U 695 6.543 2.800 -2.355 63 H1* U 695 H1* U 695 6.037 1.091 -1.189 64 H3 U 695 H3 U 695 2.162 2.011 0.977 65 H5 U 695 H5 U 695 4.926 1.306 4.080 66 H6 U 695 H6 U 695 6.677 1.186 2.405 67 1H5* U 696 1H5* U 696 7.954 5.769 -1.952 68 2H5* U 696 2H5* U 696 8.664 7.276 -1.339 69 H4* U 696 H4* U 696 6.178 7.342 -2.001 70 H3* U 696 H3* U 696 7.364 8.315 0.604 71 H2* U 696 H2* U 696 5.242 8.799 1.495 72 2HO* U 696 2HO* U 696 3.416 9.073 0.191 73 H1* U 696 H1* U 696 3.820 6.686 0.459 74 H3 U 696 H3 U 696 4.125 6.383 5.033 75 H5 U 696 H5 U 696 7.630 4.585 3.533 76 H6 U 696 H6 U 696 7.033 5.410 1.331 77 1H5* G 697 1H5* G 697 7.924 11.839 1.980 78 2H5* G 697 2H5* G 697 6.925 10.512 2.606 79 H4* G 697 H4* G 697 6.635 12.787 3.742 80 H3* G 697 H3* G 697 4.430 11.045 2.654 81 H2* G 697 H2* G 697 2.779 12.676 3.038 82 2HO* G 697 2HO* G 697 2.950 13.592 4.943 83 H1* G 697 H1* G 697 4.171 14.925 2.354 84 H8 G 697 H8 G 697 4.881 11.951 0.075 85 H1 G 697 H1 G 697 -0.354 15.211 -1.546 86 1H2 G 697 1H2 G 697 -0.823 16.716 0.014 87 2H2 G 697 2H2 G 697 0.153 16.915 1.453 88 1H5* A 698 1H5* A 698 1.196 9.948 5.609 89 2H5* A 698 2H5* A 698 0.867 9.390 3.956 90 H4* A 698 H4* A 698 0.347 12.047 5.227 91 H3* A 698 H3* A 698 -1.032 10.165 3.318 92 H2* A 698 H2* A 698 -1.981 11.914 2.065 93 2HO* A 698 2HO* A 698 -1.612 13.325 4.460 94 H1* A 698 H1* A 698 0.103 13.658 2.029 95 H8 A 698 H8 A 698 2.054 10.668 1.548 96 1H6 A 698 1H6 A 698 -0.362 9.888 -4.063 97 2H6 A 698 2H6 A 698 0.913 9.401 -2.969 98 H2 A 698 H2 A 698 -2.861 12.920 -1.877 99 1H5* C 699 1H5* C 699 -4.454 12.111 4.449 100 2H5* C 699 2H5* C 699 -5.768 10.948 4.714 101 H4* C 699 H4* C 699 -6.102 12.380 2.684 102 H3* C 699 H3* C 699 -5.872 9.366 2.487 103 H2* C 699 H2* C 699 -6.120 9.468 0.148 104 2HO* C 699 2HO* C 699 -7.911 10.791 -0.008 105 H1* C 699 H1* C 699 -4.721 11.819 -0.311 106 1H4 C 699 1H4 C 699 -0.916 6.935 -1.856 107 2H4 C 699 2H4 C 699 -0.403 6.807 -0.188 108 H5 C 699 H5 C 699 -1.368 8.110 1.593 109 H6 C 699 H6 C 699 -3.029 9.820 2.161 110 1H5* U 700 1H5* U 700 -7.473 7.612 0.559 111 2H5* U 700 2H5* U 700 -8.146 6.239 1.458 112 H4* U 700 H4* U 700 -5.452 6.782 1.182 113 H3* U 700 H3* U 700 -7.063 5.171 3.176 114 H2* U 700 H2* U 700 -5.196 4.918 4.588 115 2HO* U 700 2HO* U 700 -3.628 4.311 3.133 116 H1* U 700 H1* U 700 -4.111 7.421 4.330 117 H3 U 700 H3 U 700 -5.926 6.483 8.505 118 H5 U 700 H5 U 700 -8.908 8.454 6.271 119 H6 U 700 H6 U 700 -7.516 8.191 4.301 120 1H5* A 701 1H5* A 701 -6.941 5.537 -0.919 121 2H5* A 701 2H5* A 701 -7.499 4.302 -2.066 122 H4* A 701 H4* A 701 -5.925 5.537 -3.308 123 H3* A 701 H3* A 701 -4.779 2.994 -2.144 124 H2* A 701 H2* A 701 -2.612 3.518 -2.907 125 2HO* A 701 2HO* A 701 -2.887 5.762 -4.319 126 H1* A 701 H1* A 701 -2.607 6.209 -2.412 127 H8 A 701 H8 A 701 -4.252 4.881 0.595 128 1H6 A 701 1H6 A 701 1.190 2.798 2.584 129 2H6 A 701 2H6 A 701 -0.472 3.118 3.026 130 H2 A 701 H2 A 701 1.642 3.981 -1.729 131 1H5* C 702 1H5* C 702 -4.623 2.052 -6.628 132 2H5* C 702 2H5* C 702 -4.551 0.283 -6.758 133 H4* C 702 H4* C 702 -2.381 1.672 -7.195 134 H3* C 702 H3* C 702 -2.665 -0.842 -5.530 135 H2* C 702 H2* C 702 -0.399 -0.738 -4.885 136 2HO* C 702 2HO* C 702 0.027 0.023 -7.284 137 H1* C 702 H1* C 702 -0.173 1.978 -4.555 138 1H4 C 702 1H4 C 702 -1.261 -0.767 1.122 139 2H4 C 702 2H4 C 702 -2.967 -0.439 0.925 140 H5 C 702 H5 C 702 -3.914 0.459 -1.103 141 H6 C 702 H6 C 702 -3.429 1.230 -3.378 142 1H5* U 703 1H5* U 703 0.575 -1.996 -8.669 143 2H5* U 703 2H5* U 703 0.333 -3.744 -8.866 144 H4* U 703 H4* U 703 2.632 -2.937 -7.988 145 H3* U 703 H3* U 703 0.913 -5.127 -6.794 146 H2* U 703 H2* U 703 2.441 -5.439 -5.028 147 2HO* U 703 2HO* U 703 4.529 -3.968 -5.411 148 H1* U 703 H1* U 703 3.141 -2.811 -4.598 149 H3 U 703 H3 U 703 0.852 -4.330 -0.949 150 H5 U 703 H5 U 703 -2.122 -3.363 -3.776 151 H6 U 703 H6 U 703 -0.363 -3.022 -5.413 152 1H5* C 704 1H5* C 704 4.730 -7.229 -8.033 153 2H5* C 704 2H5* C 704 4.411 -8.969 -8.183 154 H4* C 704 H4* C 704 5.896 -8.119 -6.204 155 H3* C 704 H3* C 704 3.622 -10.121 -6.063 156 H2* C 704 H2* C 704 3.879 -10.301 -3.732 157 2HO* C 704 2HO* C 704 5.888 -9.212 -2.803 158 H1* C 704 H1* C 704 4.558 -7.662 -3.184 159 1H4 C 704 1H4 C 704 -1.552 -8.612 -1.574 160 2H4 C 704 2H4 C 704 -2.036 -8.164 -3.195 161 H5 C 704 H5 C 704 -0.465 -7.737 -4.970 162 H6 C 704 H6 C 704 1.907 -7.655 -5.581 163 1H5* G 705 1H5* G 705 6.868 -14.097 -5.662 164 2H5* G 705 2H5* G 705 5.742 -14.662 -6.914 165 H4* G 705 H4* G 705 5.910 -16.059 -4.747 166 H3* G 705 H3* G 705 3.358 -15.077 -6.051 167 H2* G 705 H2* G 705 2.054 -15.984 -4.313 168 2HO* G 705 2HO* G 705 4.301 -17.643 -3.987 169 H1* G 705 H1* G 705 3.719 -15.428 -2.191 170 H8 G 705 H8 G 705 3.548 -12.480 -4.538 171 H1 G 705 H1 G 705 -1.550 -12.900 -0.730 172 1H2 G 705 1H2 G 705 -1.539 -14.843 0.338 173 2H2 G 705 2H2 G 705 -0.276 -16.033 0.113 174 1H5* C 706 1H5* C 706 2.735 -18.602 -5.090 175 2H5* C 706 2H5* C 706 2.373 -19.944 -6.195 176 H4* C 706 H4* C 706 0.674 -19.940 -4.486 177 H3* C 706 H3* C 706 -0.205 -18.801 -7.154 178 H2* C 706 H2* C 706 -2.375 -18.514 -6.318 179 2HO* C 706 2HO* C 706 -3.140 -20.058 -5.102 180 H1* C 706 H1* C 706 -1.648 -17.721 -3.758 181 1H4 C 706 1H4 C 706 -3.204 -12.518 -7.121 182 2H4 C 706 2H4 C 706 -1.551 -12.395 -7.679 183 H5 C 706 H5 C 706 0.126 -14.062 -7.217 184 H6 C 706 H6 C 706 0.582 -16.204 -6.116 185 H3T C 706 H3T C 706 -1.382 -20.935 -6.924 Start of MODEL 6 1 1H5* G 690 1H5* G 690 -11.114 -10.133 -0.461 2 2H5* G 690 2H5* G 690 -10.494 -10.107 1.202 3 H4* G 690 H4* G 690 -11.031 -12.386 0.730 4 H3* G 690 H3* G 690 -8.087 -11.704 0.668 5 H2* G 690 H2* G 690 -7.508 -13.879 -0.029 6 2HO* G 690 2HO* G 690 -8.611 -15.575 0.630 7 H1* G 690 H1* G 690 -9.568 -14.346 -1.773 8 H8 G 690 H8 G 690 -8.237 -10.785 -1.968 9 H1 G 690 H1 G 690 -4.822 -14.960 -5.369 10 1H2 G 690 1H2 G 690 -5.495 -17.027 -4.928 11 2H2 G 690 2H2 G 690 -6.784 -17.375 -3.799 12 H5T G 690 H5T G 690 -9.289 -9.374 -1.094 13 1H5* C 691 1H5* C 691 -7.822 -13.948 4.933 14 2H5* C 691 2H5* C 691 -6.825 -12.684 5.682 15 H4* C 691 H4* C 691 -5.774 -15.031 5.407 16 H3* C 691 H3* C 691 -4.517 -12.397 4.592 17 H2* C 691 H2* C 691 -2.641 -13.504 3.702 18 2HO* C 691 2HO* C 691 -2.951 -16.070 4.318 19 H1* C 691 H1* C 691 -3.906 -15.723 2.650 20 1H4 C 691 1H4 C 691 -2.746 -11.517 -2.029 21 2H4 C 691 2H4 C 691 -4.365 -10.886 -1.823 22 H5 C 691 H5 C 691 -5.835 -11.580 -0.046 23 H6 C 691 H6 C 691 -6.072 -13.027 1.919 24 1H5* G 692 1H5* G 692 -1.719 -13.038 8.625 25 2H5* G 692 2H5* G 692 -1.642 -11.289 8.922 26 H4* G 692 H4* G 692 0.585 -12.515 8.476 27 H3* G 692 H3* G 692 -0.374 -9.983 7.125 28 H2* G 692 H2* G 692 1.507 -9.940 5.708 29 2HO* G 692 2HO* G 692 2.998 -10.391 7.475 30 H1* G 692 H1* G 692 1.742 -12.629 5.209 31 H8 G 692 H8 G 692 -1.883 -11.544 5.165 32 H1 G 692 H1 G 692 1.181 -10.216 -0.266 33 1H2 G 692 1H2 G 692 3.356 -10.565 -0.014 34 2H2 G 692 2H2 G 692 4.050 -11.125 1.490 35 1H5* A 693 1H5* A 693 3.653 -8.850 8.728 36 2H5* A 693 2H5* A 693 3.654 -7.088 8.944 37 H4* A 693 H4* A 693 5.200 -8.092 7.117 38 H3* A 693 H3* A 693 3.291 -5.761 6.783 39 H2* A 693 H2* A 693 3.851 -5.576 4.506 40 2HO* A 693 2HO* A 693 6.200 -6.927 5.324 41 H1* A 693 H1* A 693 4.162 -8.268 3.927 42 H8 A 693 H8 A 693 1.028 -7.656 5.938 43 1H6 A 693 1H6 A 693 -1.762 -6.160 0.656 44 2H6 A 693 2H6 A 693 -1.996 -6.496 2.357 45 H2 A 693 H2 A 693 2.642 -6.552 -0.156 46 1H5* G 694 1H5* G 694 7.496 -4.710 5.815 47 2H5* G 694 2H5* G 694 7.885 -2.978 5.859 48 H4* G 694 H4* G 694 8.091 -4.237 3.589 49 H3* G 694 H3* G 694 6.724 -1.574 4.074 50 H2* G 694 H2* G 694 6.070 -1.452 1.816 51 2HO* G 694 2HO* G 694 7.034 -2.914 0.243 52 H1* G 694 H1* G 694 5.528 -4.130 1.391 53 H8 G 694 H8 G 694 3.973 -3.241 4.648 54 H1 G 694 H1 G 694 0.722 -0.798 -0.264 55 1H2 G 694 1H2 G 694 1.917 -0.972 -2.124 56 2H2 G 694 2H2 G 694 3.512 -1.691 -2.153 57 1H5* U 695 1H5* U 695 9.830 -0.178 0.874 58 2H5* U 695 2H5* U 695 10.090 1.476 1.463 59 H4* U 695 H4* U 695 9.066 1.186 -0.898 60 H3* U 695 H3* U 695 7.976 2.966 1.305 61 H2* U 695 H2* U 695 6.195 3.627 -0.081 62 2HO* U 695 2HO* U 695 7.542 4.109 -1.902 63 H1* U 695 H1* U 695 5.814 1.217 -1.431 64 H3 U 695 H3 U 695 1.947 2.085 0.798 65 H5 U 695 H5 U 695 4.622 0.807 3.793 66 H6 U 695 H6 U 695 6.393 0.839 2.134 67 1H5* U 696 1H5* U 696 8.109 5.971 -1.850 68 2H5* U 696 2H5* U 696 8.691 7.427 -1.017 69 H4* U 696 H4* U 696 6.352 7.614 -1.969 70 H3* U 696 H3* U 696 7.005 8.049 0.957 71 H2* U 696 H2* U 696 4.736 8.434 1.457 72 2HO* U 696 2HO* U 696 3.810 8.425 -1.178 73 H1* U 696 H1* U 696 3.608 6.574 -0.244 74 H3 U 696 H3 U 696 2.692 5.132 3.964 75 H5 U 696 H5 U 696 6.775 4.238 3.426 76 H6 U 696 H6 U 696 6.695 5.439 1.320 77 1H5* G 697 1H5* G 697 7.762 10.856 3.078 78 2H5* G 697 2H5* G 697 6.459 9.674 2.835 79 H4* G 697 H4* G 697 6.145 11.382 4.733 80 H3* G 697 H3* G 697 4.153 10.683 2.581 81 H2* G 697 H2* G 697 2.660 12.386 3.236 82 2HO* G 697 2HO* G 697 3.115 13.551 5.287 83 H1* G 697 H1* G 697 4.433 14.378 3.746 84 H8 G 697 H8 G 697 5.649 12.380 0.782 85 H1 G 697 H1 G 697 1.019 16.487 -0.746 86 1H2 G 697 1H2 G 697 0.121 17.338 1.095 87 2H2 G 697 2H2 G 697 0.665 16.895 2.696 88 1H5* A 698 1H5* A 698 1.673 10.985 6.069 89 2H5* A 698 2H5* A 698 0.240 9.973 5.796 90 H4* A 698 H4* A 698 -0.089 12.536 5.782 91 H3* A 698 H3* A 698 -1.090 10.582 3.703 92 H2* A 698 H2* A 698 -1.944 12.330 2.372 93 2HO* A 698 2HO* A 698 -1.964 14.547 3.329 94 H1* A 698 H1* A 698 0.069 14.159 2.717 95 H8 A 698 H8 A 698 1.406 10.627 2.309 96 1H6 A 698 1H6 A 698 1.077 11.522 -3.774 97 2H6 A 698 2H6 A 698 1.641 10.453 -2.510 98 H2 A 698 H2 A 698 -0.924 14.998 -1.744 99 1H5* C 699 1H5* C 699 -4.204 12.924 3.751 100 2H5* C 699 2H5* C 699 -5.724 12.019 3.896 101 H4* C 699 H4* C 699 -5.505 13.279 1.734 102 H3* C 699 H3* C 699 -5.798 10.264 1.800 103 H2* C 699 H2* C 699 -5.646 10.165 -0.530 104 2HO* C 699 2HO* C 699 -6.451 11.722 -1.830 105 H1* C 699 H1* C 699 -4.063 12.490 -0.929 106 1H4 C 699 1H4 C 699 -0.637 7.378 -2.630 107 2H4 C 699 2H4 C 699 -0.144 7.169 -0.964 108 H5 C 699 H5 C 699 -1.032 8.481 0.850 109 H6 C 699 H6 C 699 -2.577 10.282 1.461 110 1H5* U 700 1H5* U 700 -7.425 8.676 -0.215 111 2H5* U 700 2H5* U 700 -8.311 7.454 0.718 112 H4* U 700 H4* U 700 -5.604 7.470 0.468 113 H3* U 700 H3* U 700 -7.453 6.441 2.623 114 H2* U 700 H2* U 700 -5.678 6.086 4.132 115 2HO* U 700 2HO* U 700 -3.649 5.680 3.489 116 H1* U 700 H1* U 700 -4.197 8.313 3.629 117 H3 U 700 H3 U 700 -6.337 8.393 7.731 118 H5 U 700 H5 U 700 -8.910 10.305 4.994 119 H6 U 700 H6 U 700 -7.474 9.527 3.201 120 1H5* A 701 1H5* A 701 -6.943 6.515 -1.534 121 2H5* A 701 2H5* A 701 -7.595 5.310 -2.663 122 H4* A 701 H4* A 701 -5.712 6.171 -3.792 123 H3* A 701 H3* A 701 -5.104 3.575 -2.348 124 H2* A 701 H2* A 701 -2.844 3.694 -2.994 125 2HO* A 701 2HO* A 701 -2.610 5.748 -4.627 126 H1* A 701 H1* A 701 -2.493 6.432 -2.804 127 H8 A 701 H8 A 701 -4.226 5.599 0.322 128 1H6 A 701 1H6 A 701 0.970 3.096 2.478 129 2H6 A 701 2H6 A 701 -0.637 3.651 2.894 130 H2 A 701 H2 A 701 1.482 3.784 -1.934 131 1H5* C 702 1H5* C 702 -4.747 2.169 -6.723 132 2H5* C 702 2H5* C 702 -5.074 0.425 -6.664 133 H4* C 702 H4* C 702 -2.642 1.216 -7.158 134 H3* C 702 H3* C 702 -3.491 -0.910 -5.168 135 H2* C 702 H2* C 702 -1.256 -1.223 -4.500 136 2HO* C 702 2HO* C 702 -0.177 0.388 -6.543 137 H1* C 702 H1* C 702 -0.396 1.407 -4.680 138 1H4 C 702 1H4 C 702 -1.486 -0.032 1.451 139 2H4 C 702 2H4 C 702 -3.136 0.517 1.272 140 H5 C 702 H5 C 702 -4.086 1.177 -0.842 141 H6 C 702 H6 C 702 -3.659 1.447 -3.242 142 1H5* U 703 1H5* U 703 -0.478 -2.251 -8.037 143 2H5* U 703 2H5* U 703 -0.371 -4.001 -8.311 144 H4* U 703 H4* U 703 1.707 -2.795 -7.333 145 H3* U 703 H3* U 703 0.438 -5.343 -6.294 146 H2* U 703 H2* U 703 1.968 -5.438 -4.504 147 2HO* U 703 2HO* U 703 3.550 -3.295 -5.394 148 H1* U 703 H1* U 703 2.101 -2.754 -3.917 149 H3 U 703 H3 U 703 0.081 -4.997 -0.472 150 H5 U 703 H5 U 703 -2.973 -4.308 -3.294 151 H6 U 703 H6 U 703 -1.277 -3.530 -4.844 152 1H5* C 704 1H5* C 704 4.578 -7.010 -7.879 153 2H5* C 704 2H5* C 704 4.149 -8.678 -8.310 154 H4* C 704 H4* C 704 5.870 -8.328 -6.405 155 H3* C 704 H3* C 704 3.431 -10.125 -6.320 156 H2* C 704 H2* C 704 3.889 -10.718 -4.087 157 2HO* C 704 2HO* C 704 6.306 -9.485 -3.714 158 H1* C 704 H1* C 704 4.811 -8.275 -3.181 159 1H4 C 704 1H4 C 704 -1.269 -8.933 -1.343 160 2H4 C 704 2H4 C 704 -1.795 -8.225 -2.854 161 H5 C 704 H5 C 704 -0.288 -7.684 -4.654 162 H6 C 704 H6 C 704 2.049 -7.701 -5.393 163 1H5* G 705 1H5* G 705 6.498 -13.829 -7.182 164 2H5* G 705 2H5* G 705 5.239 -14.773 -8.004 165 H4* G 705 H4* G 705 6.166 -15.634 -5.719 166 H3* G 705 H3* G 705 3.271 -15.455 -6.590 167 H2* G 705 H2* G 705 2.527 -16.186 -4.478 168 2HO* G 705 2HO* G 705 5.068 -17.347 -4.411 169 H1* G 705 H1* G 705 4.371 -14.887 -2.896 170 H8 G 705 H8 G 705 3.047 -12.699 -5.703 171 H1 G 705 H1 G 705 -0.835 -12.938 -0.649 172 1H2 G 705 1H2 G 705 -0.135 -14.489 0.773 173 2H2 G 705 2H2 G 705 1.287 -15.464 0.474 174 1H5* C 706 1H5* C 706 2.973 -18.891 -4.981 175 2H5* C 706 2H5* C 706 2.744 -20.233 -6.120 176 H4* C 706 H4* C 706 0.975 -20.440 -4.539 177 H3* C 706 H3* C 706 0.106 -19.075 -7.102 178 H2* C 706 H2* C 706 -2.088 -18.938 -6.292 179 2HO* C 706 2HO* C 706 -2.863 -20.547 -5.170 180 H1* C 706 H1* C 706 -1.442 -18.363 -3.656 181 1H4 C 706 1H4 C 706 -3.033 -12.882 -6.510 182 2H4 C 706 2H4 C 706 -1.402 -12.723 -7.125 183 H5 C 706 H5 C 706 0.279 -14.427 -6.859 184 H6 C 706 H6 C 706 0.764 -16.649 -5.945 185 H3T C 706 H3T C 706 -1.035 -21.430 -6.564 Start of MODEL 7 1 1H5* G 690 1H5* G 690 -10.697 -10.098 -2.764 2 2H5* G 690 2H5* G 690 -10.509 -9.568 -1.080 3 H4* G 690 H4* G 690 -10.768 -11.939 -0.996 4 H3* G 690 H3* G 690 -7.942 -10.933 -0.619 5 H2* G 690 H2* G 690 -7.080 -13.126 -0.540 6 2HO* G 690 2HO* G 690 -9.793 -13.902 -0.098 7 H1* G 690 H1* G 690 -8.608 -14.269 -2.496 8 H8 G 690 H8 G 690 -7.597 -10.749 -3.460 9 H1 G 690 H1 G 690 -2.992 -15.037 -4.490 10 1H2 G 690 1H2 G 690 -3.548 -16.982 -3.583 11 2H2 G 690 2H2 G 690 -5.055 -17.221 -2.725 12 H5T G 690 H5T G 690 -8.411 -9.181 -1.408 13 1H5* C 691 1H5* C 691 -8.672 -11.981 4.026 14 2H5* C 691 2H5* C 691 -7.633 -10.692 4.667 15 H4* C 691 H4* C 691 -6.875 -13.158 4.985 16 H3* C 691 H3* C 691 -5.197 -10.834 4.013 17 H2* C 691 H2* C 691 -3.343 -12.244 3.628 18 2HO* C 691 2HO* C 691 -3.122 -14.239 4.583 19 H1* C 691 H1* C 691 -4.652 -14.393 2.567 20 1H4 C 691 1H4 C 691 -2.716 -10.740 -2.300 21 2H4 C 691 2H4 C 691 -4.165 -9.769 -2.154 22 H5 C 691 H5 C 691 -5.781 -10.065 -0.394 23 H6 C 691 H6 C 691 -6.359 -11.354 1.609 24 1H5* G 692 1H5* G 692 -3.282 -11.080 8.369 25 2H5* G 692 2H5* G 692 -2.786 -9.382 8.523 26 H4* G 692 H4* G 692 -0.947 -11.209 8.200 27 H3* G 692 H3* G 692 -1.172 -8.534 6.805 28 H2* G 692 H2* G 692 0.677 -9.012 5.429 29 2HO* G 692 2HO* G 692 2.052 -10.872 5.946 30 H1* G 692 H1* G 692 0.217 -11.686 4.983 31 H8 G 692 H8 G 692 -3.069 -9.925 4.705 32 H1 G 692 H1 G 692 0.613 -8.959 -0.411 33 1H2 G 692 1H2 G 692 2.675 -9.665 -0.005 34 2H2 G 692 2H2 G 692 3.142 -10.374 1.525 35 1H5* A 693 1H5* A 693 3.015 -8.504 8.546 36 2H5* A 693 2H5* A 693 3.406 -6.801 8.857 37 H4* A 693 H4* A 693 4.841 -8.053 7.111 38 H3* A 693 H3* A 693 3.515 -5.355 6.738 39 H2* A 693 H2* A 693 4.264 -5.232 4.509 40 2HO* A 693 2HO* A 693 6.177 -5.978 3.990 41 H1* A 693 H1* A 693 3.967 -7.881 3.808 42 H8 A 693 H8 A 693 0.973 -6.710 5.780 43 1H6 A 693 1H6 A 693 -1.230 -4.320 0.550 44 2H6 A 693 2H6 A 693 -1.592 -4.698 2.218 45 H2 A 693 H2 A 693 3.009 -5.622 -0.188 46 1H5* G 694 1H5* G 694 7.909 -4.775 5.555 47 2H5* G 694 2H5* G 694 8.257 -3.085 5.973 48 H4* G 694 H4* G 694 8.549 -3.746 3.509 49 H3* G 694 H3* G 694 6.887 -1.409 4.497 50 H2* G 694 H2* G 694 6.267 -0.879 2.291 51 2HO* G 694 2HO* G 694 7.781 -2.562 0.810 52 H1* G 694 H1* G 694 6.116 -3.463 1.271 53 H8 G 694 H8 G 694 4.404 -2.904 4.633 54 H1 G 694 H1 G 694 0.765 -1.374 -0.374 55 1H2 G 694 1H2 G 694 1.968 -1.446 -2.236 56 2H2 G 694 2H2 G 694 3.665 -1.873 -2.243 57 1H5* U 695 1H5* U 695 9.711 -0.035 1.456 58 2H5* U 695 2H5* U 695 10.205 1.652 1.710 59 H4* U 695 H4* U 695 8.984 1.063 -0.502 60 H3* U 695 H3* U 695 8.318 3.360 1.363 61 H2* U 695 H2* U 695 6.511 3.994 -0.007 62 2HO* U 695 2HO* U 695 7.775 2.395 -2.009 63 H1* U 695 H1* U 695 5.662 1.471 -0.775 64 H3 U 695 H3 U 695 2.380 3.538 1.658 65 H5 U 695 H5 U 695 5.042 1.942 4.511 66 H6 U 695 H6 U 695 6.562 1.407 2.697 67 1H5* U 696 1H5* U 696 8.000 5.384 -2.059 68 2H5* U 696 2H5* U 696 8.405 7.086 -1.755 69 H4* U 696 H4* U 696 5.912 6.514 -2.052 70 H3* U 696 H3* U 696 7.085 8.070 0.275 71 H2* U 696 H2* U 696 4.960 8.260 1.255 72 2HO* U 696 2HO* U 696 3.051 8.057 0.053 73 H1* U 696 H1* U 696 3.901 5.805 0.425 74 H3 U 696 H3 U 696 3.830 5.965 4.989 75 H5 U 696 H5 U 696 7.817 5.034 3.990 76 H6 U 696 H6 U 696 7.263 5.450 1.665 77 1H5* G 697 1H5* G 697 7.701 11.403 1.150 78 2H5* G 697 2H5* G 697 6.871 9.982 1.814 79 H4* G 697 H4* G 697 6.626 12.020 3.241 80 H3* G 697 H3* G 697 4.276 10.553 2.053 81 H2* G 697 H2* G 697 2.731 12.163 2.802 82 2HO* G 697 2HO* G 697 3.015 13.000 4.721 83 H1* G 697 H1* G 697 4.170 14.436 2.352 84 H8 G 697 H8 G 697 4.667 11.856 -0.398 85 H1 G 697 H1 G 697 -0.621 15.342 -1.127 86 1H2 G 697 1H2 G 697 -0.975 16.574 0.683 87 2H2 G 697 2H2 G 697 0.093 16.536 2.068 88 1H5* A 698 1H5* A 698 0.871 9.652 5.919 89 2H5* A 698 2H5* A 698 1.205 9.419 4.192 90 H4* A 698 H4* A 698 0.463 12.019 5.574 91 H3* A 698 H3* A 698 -1.002 10.044 3.828 92 H2* A 698 H2* A 698 -1.974 11.749 2.527 93 2HO* A 698 2HO* A 698 -1.049 13.723 4.367 94 H1* A 698 H1* A 698 0.150 13.455 2.356 95 H8 A 698 H8 A 698 1.730 10.138 1.982 96 1H6 A 698 1H6 A 698 -0.500 9.824 -3.750 97 2H6 A 698 2H6 A 698 0.608 9.109 -2.600 98 H2 A 698 H2 A 698 -2.507 13.260 -1.660 99 1H5* C 699 1H5* C 699 -4.173 12.260 3.632 100 2H5* C 699 2H5* C 699 -5.519 11.139 3.921 101 H4* C 699 H4* C 699 -5.217 11.989 1.512 102 H3* C 699 H3* C 699 -5.461 9.086 2.330 103 H2* C 699 H2* C 699 -4.997 8.367 0.172 104 2HO* C 699 2HO* C 699 -6.170 10.835 -0.659 105 H1* C 699 H1* C 699 -3.744 10.793 -0.787 106 1H4 C 699 1H4 C 699 0.294 5.937 -1.719 107 2H4 C 699 2H4 C 699 0.799 6.048 -0.048 108 H5 C 699 H5 C 699 -0.252 7.508 1.554 109 H6 C 699 H6 C 699 -2.006 9.185 1.898 110 1H5* U 700 1H5* U 700 -7.870 6.021 1.333 111 2H5* U 700 2H5* U 700 -7.941 7.259 2.601 112 H4* U 700 H4* U 700 -5.330 6.277 1.408 113 H3* U 700 H3* U 700 -7.030 5.113 3.623 114 H2* U 700 H2* U 700 -5.160 4.855 5.022 115 2HO* U 700 2HO* U 700 -3.216 4.395 4.249 116 H1* U 700 H1* U 700 -3.755 7.127 4.308 117 H3 U 700 H3 U 700 -5.199 7.023 8.721 118 H5 U 700 H5 U 700 -8.152 9.051 6.498 119 H6 U 700 H6 U 700 -7.026 8.331 4.472 120 1H5* A 701 1H5* A 701 -7.343 4.949 -0.692 121 2H5* A 701 2H5* A 701 -7.577 3.514 -1.711 122 H4* A 701 H4* A 701 -6.096 5.104 -2.836 123 H3* A 701 H3* A 701 -4.976 2.464 -1.878 124 H2* A 701 H2* A 701 -2.795 3.046 -2.549 125 2HO* A 701 2HO* A 701 -4.145 4.424 -4.444 126 H1* A 701 H1* A 701 -2.803 5.693 -1.842 127 H8 A 701 H8 A 701 -4.458 4.136 1.041 128 1H6 A 701 1H6 A 701 0.970 1.877 2.871 129 2H6 A 701 2H6 A 701 -0.691 2.171 3.335 130 H2 A 701 H2 A 701 1.436 3.385 -1.337 131 1H5* C 702 1H5* C 702 -4.896 1.748 -6.450 132 2H5* C 702 2H5* C 702 -4.870 -0.020 -6.620 133 H4* C 702 H4* C 702 -2.662 1.317 -7.020 134 H3* C 702 H3* C 702 -3.018 -1.217 -5.399 135 H2* C 702 H2* C 702 -0.751 -1.186 -4.753 136 2HO* C 702 2HO* C 702 0.688 0.425 -5.845 137 H1* C 702 H1* C 702 -0.451 1.521 -4.387 138 1H4 C 702 1H4 C 702 -1.566 -1.223 1.281 139 2H4 C 702 2H4 C 702 -3.274 -0.905 1.076 140 H5 C 702 H5 C 702 -4.216 -0.011 -0.954 141 H6 C 702 H6 C 702 -3.726 0.767 -3.226 142 1H5* U 703 1H5* U 703 0.059 -2.135 -8.660 143 2H5* U 703 2H5* U 703 0.101 -3.891 -8.919 144 H4* U 703 H4* U 703 2.243 -2.742 -8.012 145 H3* U 703 H3* U 703 0.925 -5.242 -6.919 146 H2* U 703 H2* U 703 2.507 -5.374 -5.173 147 2HO* U 703 2HO* U 703 4.348 -4.986 -6.529 148 H1* U 703 H1* U 703 2.704 -2.703 -4.583 149 H3 U 703 H3 U 703 0.628 -4.805 -1.099 150 H5 U 703 H5 U 703 -2.399 -4.222 -3.974 151 H6 U 703 H6 U 703 -0.689 -3.481 -5.528 152 1H5* C 704 1H5* C 704 4.962 -6.867 -7.993 153 2H5* C 704 2H5* C 704 4.738 -8.611 -8.230 154 H4* C 704 H4* C 704 6.028 -7.788 -6.115 155 H3* C 704 H3* C 704 3.824 -9.869 -6.213 156 H2* C 704 H2* C 704 3.921 -10.127 -3.876 157 2HO* C 704 2HO* C 704 5.791 -10.076 -2.887 158 H1* C 704 H1* C 704 4.444 -7.488 -3.191 159 1H4 C 704 1H4 C 704 -1.737 -8.669 -2.106 160 2H4 C 704 2H4 C 704 -2.103 -8.245 -3.763 161 H5 C 704 H5 C 704 -0.410 -7.756 -5.404 162 H6 C 704 H6 C 704 1.999 -7.571 -5.815 163 1H5* G 705 1H5* G 705 7.221 -13.360 -5.812 164 2H5* G 705 2H5* G 705 6.298 -14.369 -6.942 165 H4* G 705 H4* G 705 6.572 -15.236 -4.526 166 H3* G 705 H3* G 705 3.971 -15.037 -6.066 167 H2* G 705 H2* G 705 2.752 -15.813 -4.205 168 2HO* G 705 2HO* G 705 4.249 -17.573 -3.788 169 H1* G 705 H1* G 705 4.170 -14.545 -2.209 170 H8 G 705 H8 G 705 3.515 -12.290 -5.188 171 H1 G 705 H1 G 705 -1.446 -12.693 -1.202 172 1H2 G 705 1H2 G 705 -1.083 -14.281 0.302 173 2H2 G 705 2H2 G 705 0.380 -15.240 0.322 174 1H5* C 706 1H5* C 706 4.342 -19.740 -5.940 175 2H5* C 706 2H5* C 706 3.561 -20.163 -7.478 176 H4* C 706 H4* C 706 2.402 -20.941 -5.306 177 H3* C 706 H3* C 706 1.081 -19.410 -7.557 178 H2* C 706 H2* C 706 -0.976 -19.436 -6.428 179 2HO* C 706 2HO* C 706 -0.285 -21.780 -5.631 180 H1* C 706 H1* C 706 -0.015 -18.910 -3.918 181 1H4 C 706 1H4 C 706 -1.775 -13.371 -6.576 182 2H4 C 706 2H4 C 706 -0.158 -13.177 -7.216 183 H5 C 706 H5 C 706 1.543 -14.872 -7.040 184 H6 C 706 H6 C 706 2.064 -17.121 -6.216 185 H3T C 706 H3T C 706 1.839 -21.730 -7.557 Start of MODEL 8 1 1H5* G 690 1H5* G 690 -11.486 -9.793 -2.039 2 2H5* G 690 2H5* G 690 -10.558 -9.157 -0.665 3 H4* G 690 H4* G 690 -11.236 -11.568 -0.416 4 H3* G 690 H3* G 690 -8.364 -10.632 -0.341 5 H2* G 690 H2* G 690 -7.557 -12.839 -0.163 6 2HO* G 690 2HO* G 690 -9.415 -13.275 1.422 7 H1* G 690 H1* G 690 -9.279 -14.079 -1.889 8 H8 G 690 H8 G 690 -8.168 -10.650 -3.114 9 H1 G 690 H1 G 690 -3.997 -15.286 -4.438 10 1H2 G 690 1H2 G 690 -4.594 -17.161 -3.415 11 2H2 G 690 2H2 G 690 -6.019 -17.268 -2.406 12 H5T G 690 H5T G 690 -9.857 -8.906 -3.064 13 1H5* C 691 1H5* C 691 -8.835 -11.254 4.368 14 2H5* C 691 2H5* C 691 -7.649 -10.043 4.896 15 H4* C 691 H4* C 691 -7.059 -12.577 5.139 16 H3* C 691 H3* C 691 -5.299 -10.357 4.073 17 H2* C 691 H2* C 691 -3.585 -11.885 3.534 18 2HO* C 691 2HO* C 691 -3.914 -14.184 4.312 19 H1* C 691 H1* C 691 -5.126 -13.948 2.596 20 1H4 C 691 1H4 C 691 -3.135 -10.457 -2.377 21 2H4 C 691 2H4 C 691 -4.599 -9.503 -2.272 22 H5 C 691 H5 C 691 -6.207 -9.746 -0.499 23 H6 C 691 H6 C 691 -6.766 -10.955 1.559 24 1H5* G 692 1H5* G 692 -3.073 -11.151 8.271 25 2H5* G 692 2H5* G 692 -2.319 -9.559 8.500 26 H4* G 692 H4* G 692 -0.779 -11.623 8.093 27 H3* G 692 H3* G 692 -0.599 -8.899 6.784 28 H2* G 692 H2* G 692 1.173 -9.609 5.398 29 2HO* G 692 2HO* G 692 2.604 -11.023 6.085 30 H1* G 692 H1* G 692 0.276 -12.128 4.812 31 H8 G 692 H8 G 692 -2.705 -9.872 4.726 32 H1 G 692 H1 G 692 1.007 -9.132 -0.405 33 1H2 G 692 1H2 G 692 2.941 -10.170 -0.100 34 2H2 G 692 2H2 G 692 3.317 -11.045 1.368 35 1H5* A 693 1H5* A 693 3.602 -8.811 8.630 36 2H5* A 693 2H5* A 693 3.794 -7.060 8.848 37 H4* A 693 H4* A 693 5.279 -8.264 7.076 38 H3* A 693 H3* A 693 3.717 -5.692 6.695 39 H2* A 693 H2* A 693 4.423 -5.563 4.452 40 2HO* A 693 2HO* A 693 6.343 -7.613 4.990 41 H1* A 693 H1* A 693 4.357 -8.262 3.842 42 H8 A 693 H8 A 693 1.249 -7.297 5.729 43 1H6 A 693 1H6 A 693 -1.056 -5.216 0.411 44 2H6 A 693 2H6 A 693 -1.416 -5.594 2.081 45 H2 A 693 H2 A 693 3.295 -6.148 -0.226 46 1H5* G 694 1H5* G 694 8.129 -4.783 5.688 47 2H5* G 694 2H5* G 694 8.342 -3.044 5.972 48 H4* G 694 H4* G 694 8.744 -3.975 3.569 49 H3* G 694 H3* G 694 7.129 -1.523 4.329 50 H2* G 694 H2* G 694 6.559 -1.159 2.073 51 2HO* G 694 2HO* G 694 7.832 -2.804 0.557 52 H1* G 694 H1* G 694 6.286 -3.799 1.281 53 H8 G 694 H8 G 694 4.577 -3.235 4.589 54 H1 G 694 H1 G 694 1.143 -1.107 -0.346 55 1H2 G 694 1H2 G 694 2.375 -1.123 -2.190 56 2H2 G 694 2H2 G 694 4.041 -1.659 -2.203 57 1H5* U 695 1H5* U 695 9.186 -0.457 0.942 58 2H5* U 695 2H5* U 695 9.999 1.108 1.141 59 H4* U 695 H4* U 695 8.359 0.939 -0.812 60 H3* U 695 H3* U 695 8.224 3.066 1.349 61 H2* U 695 H2* U 695 6.321 4.003 0.338 62 2HO* U 695 2HO* U 695 6.665 2.443 -2.011 63 H1* U 695 H1* U 695 5.158 1.649 -0.608 64 H3 U 695 H3 U 695 2.369 3.830 2.324 65 H5 U 695 H5 U 695 4.977 1.536 4.712 66 H6 U 695 H6 U 695 6.280 1.065 2.720 67 1H5* U 696 1H5* U 696 7.632 5.468 -1.947 68 2H5* U 696 2H5* U 696 8.303 7.063 -1.554 69 H4* U 696 H4* U 696 5.741 6.880 -1.662 70 H3* U 696 H3* U 696 7.311 8.028 0.665 71 H2* U 696 H2* U 696 5.332 8.399 1.865 72 2HO* U 696 2HO* U 696 3.978 8.190 -0.647 73 H1* U 696 H1* U 696 3.835 6.235 0.885 74 H3 U 696 H3 U 696 3.972 5.691 5.390 75 H5 U 696 H5 U 696 7.879 4.755 4.113 76 H6 U 696 H6 U 696 7.256 5.489 1.885 77 1H5* G 697 1H5* G 697 7.788 11.963 1.700 78 2H5* G 697 2H5* G 697 6.889 10.565 2.324 79 H4* G 697 H4* G 697 6.384 12.792 3.450 80 H3* G 697 H3* G 697 4.349 10.910 2.273 81 H2* G 697 H2* G 697 2.570 12.421 2.563 82 2HO* G 697 2HO* G 697 4.329 13.847 4.313 83 H1* G 697 H1* G 697 3.809 14.750 1.895 84 H8 G 697 H8 G 697 4.797 11.646 -0.141 85 H1 G 697 H1 G 697 -0.218 14.809 -2.485 86 1H2 G 697 1H2 G 697 -0.819 16.421 -1.086 87 2H2 G 697 2H2 G 697 0.016 16.716 0.422 88 1H5* A 698 1H5* A 698 0.645 10.058 5.862 89 2H5* A 698 2H5* A 698 1.199 9.784 4.198 90 H4* A 698 H4* A 698 0.120 12.393 5.321 91 H3* A 698 H3* A 698 -1.083 10.154 3.696 92 H2* A 698 H2* A 698 -2.115 11.655 2.201 93 2HO* A 698 2HO* A 698 -2.168 13.963 2.736 94 H1* A 698 H1* A 698 -0.122 13.501 1.970 95 H8 A 698 H8 A 698 1.737 10.313 1.981 96 1H6 A 698 1H6 A 698 -0.176 9.271 -3.778 97 2H6 A 698 2H6 A 698 0.927 8.763 -2.519 98 H2 A 698 H2 A 698 -2.557 12.703 -2.118 99 1H5* C 699 1H5* C 699 -4.799 11.998 4.445 100 2H5* C 699 2H5* C 699 -5.965 10.671 4.621 101 H4* C 699 H4* C 699 -6.132 12.059 2.474 102 H3* C 699 H3* C 699 -5.913 9.044 2.587 103 H2* C 699 H2* C 699 -5.874 8.901 0.242 104 2HO* C 699 2HO* C 699 -7.031 10.217 -0.967 105 H1* C 699 H1* C 699 -4.465 11.231 -0.311 106 1H4 C 699 1H4 C 699 -0.470 6.310 -1.013 107 2H4 C 699 2H4 C 699 -0.113 6.356 0.699 108 H5 C 699 H5 C 699 -1.263 7.798 2.249 109 H6 C 699 H6 C 699 -2.997 9.514 2.490 110 1H5* U 700 1H5* U 700 -7.428 7.174 0.429 111 2H5* U 700 2H5* U 700 -8.138 5.858 1.384 112 H4* U 700 H4* U 700 -5.454 6.258 1.130 113 H3* U 700 H3* U 700 -7.148 4.963 3.264 114 H2* U 700 H2* U 700 -5.378 4.887 4.808 115 2HO* U 700 2HO* U 700 -3.516 5.628 2.781 116 H1* U 700 H1* U 700 -4.194 7.289 4.294 117 H3 U 700 H3 U 700 -6.327 7.144 8.393 118 H5 U 700 H5 U 700 -9.149 8.611 5.626 119 H6 U 700 H6 U 700 -7.610 8.021 3.845 120 1H5* A 701 1H5* A 701 -6.951 5.142 -0.631 121 2H5* A 701 2H5* A 701 -7.432 3.930 -1.836 122 H4* A 701 H4* A 701 -5.851 5.306 -2.949 123 H3* A 701 H3* A 701 -4.718 2.681 -1.958 124 H2* A 701 H2* A 701 -2.548 3.265 -2.679 125 2HO* A 701 2HO* A 701 -2.749 4.060 -4.685 126 H1* A 701 H1* A 701 -2.557 5.908 -1.967 127 H8 A 701 H8 A 701 -4.206 4.331 0.916 128 1H6 A 701 1H6 A 701 1.237 2.102 2.738 129 2H6 A 701 2H6 A 701 -0.426 2.381 3.200 130 H2 A 701 H2 A 701 1.695 3.639 -1.462 131 1H5* C 702 1H5* C 702 -4.466 2.020 -6.483 132 2H5* C 702 2H5* C 702 -4.515 0.261 -6.715 133 H4* C 702 H4* C 702 -2.260 1.467 -7.119 134 H3* C 702 H3* C 702 -2.704 -1.021 -5.451 135 H2* C 702 H2* C 702 -0.435 -1.068 -4.811 136 2HO* C 702 2HO* C 702 -0.109 0.502 -7.137 137 H1* C 702 H1* C 702 -0.018 1.631 -4.507 138 1H4 C 702 1H4 C 702 -1.199 -0.886 1.246 139 2H4 C 702 2H4 C 702 -2.904 -0.565 1.022 140 H5 C 702 H5 C 702 -3.832 0.258 -1.043 141 H6 C 702 H6 C 702 -3.327 0.959 -3.336 142 1H5* U 703 1H5* U 703 0.366 -1.985 -8.531 143 2H5* U 703 2H5* U 703 0.474 -3.733 -8.820 144 H4* U 703 H4* U 703 2.506 -2.539 -7.724 145 H3* U 703 H3* U 703 1.196 -5.113 -6.814 146 H2* U 703 H2* U 703 2.631 -5.251 -4.950 147 2HO* U 703 2HO* U 703 4.343 -3.229 -5.230 148 H1* U 703 H1* U 703 2.740 -2.581 -4.296 149 H3 U 703 H3 U 703 0.563 -4.904 -1.002 150 H5 U 703 H5 U 703 -2.359 -4.136 -3.941 151 H6 U 703 H6 U 703 -0.592 -3.327 -5.393 152 1H5* C 704 1H5* C 704 5.367 -6.973 -7.895 153 2H5* C 704 2H5* C 704 4.816 -8.580 -8.410 154 H4* C 704 H4* C 704 6.301 -8.420 -6.285 155 H3* C 704 H3* C 704 3.704 -9.959 -6.563 156 H2* C 704 H2* C 704 3.800 -10.613 -4.305 157 2HO* C 704 2HO* C 704 6.440 -10.604 -4.793 158 H1* C 704 H1* C 704 4.884 -8.295 -3.239 159 1H4 C 704 1H4 C 704 -1.382 -8.301 -2.034 160 2H4 C 704 2H4 C 704 -1.688 -7.597 -3.606 161 H5 C 704 H5 C 704 0.037 -7.245 -5.253 162 H6 C 704 H6 C 704 2.425 -7.494 -5.748 163 1H5* G 705 1H5* G 705 6.649 -13.535 -5.831 164 2H5* G 705 2H5* G 705 5.938 -14.765 -6.896 165 H4* G 705 H4* G 705 6.015 -15.410 -4.453 166 H3* G 705 H3* G 705 3.449 -15.307 -6.063 167 H2* G 705 H2* G 705 2.185 -15.912 -4.176 168 2HO* G 705 2HO* G 705 4.522 -16.562 -2.697 169 H1* G 705 H1* G 705 3.632 -14.559 -2.238 170 H8 G 705 H8 G 705 2.860 -12.599 -5.422 171 H1 G 705 H1 G 705 -1.817 -12.405 -1.092 172 1H2 G 705 1H2 G 705 -1.373 -13.808 0.568 173 2H2 G 705 2H2 G 705 0.075 -14.790 0.606 174 1H5* C 706 1H5* C 706 3.540 -19.312 -4.594 175 2H5* C 706 2H5* C 706 3.276 -20.515 -5.874 176 H4* C 706 H4* C 706 1.620 -20.810 -4.094 177 H3* C 706 H3* C 706 0.652 -19.716 -6.749 178 H2* C 706 H2* C 706 -1.555 -19.703 -5.958 179 2HO* C 706 2HO* C 706 -2.074 -21.433 -4.843 180 H1* C 706 H1* C 706 -1.001 -18.822 -3.402 181 1H4 C 706 1H4 C 706 -2.807 -13.755 -6.835 182 2H4 C 706 2H4 C 706 -1.173 -13.571 -7.433 183 H5 C 706 H5 C 706 0.591 -15.140 -6.959 184 H6 C 706 H6 C 706 1.170 -17.227 -5.812 185 H3T C 706 H3T C 706 0.361 -21.810 -7.131 Start of MODEL 9 1 1H5* G 690 1H5* G 690 -11.055 -12.836 -2.003 2 2H5* G 690 2H5* G 690 -10.323 -12.105 -0.560 3 H4* G 690 H4* G 690 -10.548 -14.562 -0.335 4 H3* G 690 H3* G 690 -7.835 -13.233 -0.350 5 H2* G 690 H2* G 690 -6.721 -15.305 -0.239 6 2HO* G 690 2HO* G 690 -8.865 -16.999 0.022 7 H1* G 690 H1* G 690 -8.315 -16.754 -1.923 8 H8 G 690 H8 G 690 -7.709 -13.164 -3.071 9 H1 G 690 H1 G 690 -3.090 -17.212 -4.786 10 1H2 G 690 1H2 G 690 -3.409 -19.181 -3.817 11 2H2 G 690 2H2 G 690 -4.758 -19.495 -2.748 12 H5T G 690 H5T G 690 -8.372 -11.972 -1.659 13 1H5* C 691 1H5* C 691 -8.234 -13.789 4.449 14 2H5* C 691 2H5* C 691 -7.396 -12.295 4.915 15 H4* C 691 H4* C 691 -6.246 -14.580 5.415 16 H3* C 691 H3* C 691 -4.999 -12.103 4.212 17 H2* C 691 H2* C 691 -2.951 -13.212 3.845 18 2HO* C 691 2HO* C 691 -2.369 -15.071 4.930 19 H1* C 691 H1* C 691 -3.906 -15.636 3.022 20 1H4 C 691 1H4 C 691 -2.696 -12.087 -2.155 21 2H4 C 691 2H4 C 691 -4.337 -11.484 -2.112 22 H5 C 691 H5 C 691 -5.881 -11.983 -0.334 23 H6 C 691 H6 C 691 -6.187 -13.169 1.789 24 1H5* G 692 1H5* G 692 -2.942 -11.778 8.517 25 2H5* G 692 2H5* G 692 -2.666 -10.025 8.546 26 H4* G 692 H4* G 692 -0.613 -11.624 8.307 27 H3* G 692 H3* G 692 -1.191 -9.105 6.728 28 H2* G 692 H2* G 692 0.725 -9.440 5.389 29 2HO* G 692 2HO* G 692 2.065 -9.989 7.264 30 H1* G 692 H1* G 692 0.550 -12.154 5.078 31 H8 G 692 H8 G 692 -2.935 -10.854 4.805 32 H1 G 692 H1 G 692 0.506 -9.534 -0.398 33 1H2 G 692 1H2 G 692 2.652 -9.945 -0.013 34 2H2 G 692 2H2 G 692 3.232 -10.544 1.525 35 1H5* A 693 1H5* A 693 2.841 -8.488 8.588 36 2H5* A 693 2H5* A 693 3.175 -6.751 8.736 37 H4* A 693 H4* A 693 4.640 -8.143 7.104 38 H3* A 693 H3* A 693 3.282 -5.499 6.506 39 H2* A 693 H2* A 693 4.070 -5.551 4.287 40 2HO* A 693 2HO* A 693 5.718 -7.175 3.700 41 H1* A 693 H1* A 693 3.807 -8.256 3.813 42 H8 A 693 H8 A 693 0.709 -7.114 5.562 43 1H6 A 693 1H6 A 693 -1.285 -4.883 0.180 44 2H6 A 693 2H6 A 693 -1.730 -5.260 1.829 45 H2 A 693 H2 A 693 3.043 -6.003 -0.292 46 1H5* G 694 1H5* G 694 7.781 -4.895 5.525 47 2H5* G 694 2H5* G 694 8.063 -3.180 5.888 48 H4* G 694 H4* G 694 8.574 -3.965 3.490 49 H3* G 694 H3* G 694 6.844 -1.589 4.235 50 H2* G 694 H2* G 694 6.398 -1.155 1.962 51 2HO* G 694 2HO* G 694 8.758 -2.665 1.564 52 H1* G 694 H1* G 694 6.187 -3.757 1.077 53 H8 G 694 H8 G 694 4.428 -3.243 4.390 54 H1 G 694 H1 G 694 0.972 -1.294 -0.601 55 1H2 G 694 1H2 G 694 2.215 -1.309 -2.437 56 2H2 G 694 2H2 G 694 3.893 -1.801 -2.432 57 1H5* U 695 1H5* U 695 10.180 0.161 1.737 58 2H5* U 695 2H5* U 695 10.405 1.851 2.232 59 H4* U 695 H4* U 695 9.598 1.391 -0.191 60 H3* U 695 H3* U 695 8.355 3.351 1.765 61 H2* U 695 H2* U 695 6.716 3.927 0.180 62 2HO* U 695 2HO* U 695 7.171 2.930 -2.098 63 H1* U 695 H1* U 695 6.400 1.427 -1.010 64 H3 U 695 H3 U 695 2.433 2.744 0.853 65 H5 U 695 H5 U 695 4.706 1.214 4.057 66 H6 U 695 H6 U 695 6.612 1.091 2.560 67 1H5* U 696 1H5* U 696 8.041 5.452 -1.568 68 2H5* U 696 2H5* U 696 8.456 7.152 -1.271 69 H4* U 696 H4* U 696 6.014 6.666 -1.876 70 H3* U 696 H3* U 696 6.934 8.229 0.551 71 H2* U 696 H2* U 696 4.723 8.481 1.300 72 2HO* U 696 2HO* U 696 4.186 8.908 -1.157 73 H1* U 696 H1* U 696 3.696 6.037 0.462 74 H3 U 696 H3 U 696 3.402 6.394 5.021 75 H5 U 696 H5 U 696 7.347 5.126 4.249 76 H6 U 696 H6 U 696 6.939 5.512 1.888 77 1H5* G 697 1H5* G 697 7.818 11.641 1.249 78 2H5* G 697 2H5* G 697 7.139 10.212 2.053 79 H4* G 697 H4* G 697 6.802 12.200 3.445 80 H3* G 697 H3* G 697 4.423 10.808 2.220 81 H2* G 697 H2* G 697 2.921 12.446 2.994 82 2HO* G 697 2HO* G 697 4.879 13.752 4.564 83 H1* G 697 H1* G 697 4.431 14.684 2.588 84 H8 G 697 H8 G 697 4.730 12.026 -0.146 85 H1 G 697 H1 G 697 -0.176 16.014 -0.959 86 1H2 G 697 1H2 G 697 -0.401 17.315 0.823 87 2H2 G 697 2H2 G 697 0.659 17.199 2.210 88 1H5* A 698 1H5* A 698 0.873 10.065 5.704 89 2H5* A 698 2H5* A 698 1.293 9.955 3.984 90 H4* A 698 H4* A 698 0.485 12.472 5.481 91 H3* A 698 H3* A 698 -0.954 10.556 3.646 92 H2* A 698 H2* A 698 -1.952 12.316 2.439 93 2HO* A 698 2HO* A 698 -2.545 14.101 3.422 94 H1* A 698 H1* A 698 0.152 14.067 2.384 95 H8 A 698 H8 A 698 1.787 10.834 1.726 96 1H6 A 698 1H6 A 698 -0.540 10.906 -3.975 97 2H6 A 698 2H6 A 698 0.610 10.136 -2.906 98 H2 A 698 H2 A 698 -2.603 14.106 -1.587 99 1H5* C 699 1H5* C 699 -4.379 12.549 4.470 100 2H5* C 699 2H5* C 699 -5.664 11.331 4.591 101 H4* C 699 H4* C 699 -5.665 12.813 2.489 102 H3* C 699 H3* C 699 -5.755 9.785 2.487 103 H2* C 699 H2* C 699 -5.751 9.751 0.138 104 2HO* C 699 2HO* C 699 -6.997 12.206 0.496 105 H1* C 699 H1* C 699 -4.141 11.988 -0.308 106 1H4 C 699 1H4 C 699 -0.684 6.755 -1.492 107 2H4 C 699 2H4 C 699 -0.277 6.643 0.205 108 H5 C 699 H5 C 699 -1.221 8.084 1.887 109 H6 C 699 H6 C 699 -2.768 9.940 2.307 110 1H5* U 700 1H5* U 700 -7.359 8.125 0.542 111 2H5* U 700 2H5* U 700 -8.047 6.820 1.529 112 H4* U 700 H4* U 700 -5.382 7.070 0.989 113 H3* U 700 H3* U 700 -6.908 5.794 3.264 114 H2* U 700 H2* U 700 -4.957 5.508 4.548 115 2HO* U 700 2HO* U 700 -3.824 4.783 2.471 116 H1* U 700 H1* U 700 -3.668 7.848 3.954 117 H3 U 700 H3 U 700 -5.085 7.720 8.335 118 H5 U 700 H5 U 700 -8.295 9.318 6.120 119 H6 U 700 H6 U 700 -7.103 8.729 4.090 120 1H5* A 701 1H5* A 701 -7.099 5.900 -1.079 121 2H5* A 701 2H5* A 701 -7.592 4.533 -2.099 122 H4* A 701 H4* A 701 -6.008 5.810 -3.370 123 H3* A 701 H3* A 701 -4.993 3.206 -2.216 124 H2* A 701 H2* A 701 -2.811 3.611 -3.014 125 2HO* A 701 2HO* A 701 -2.756 4.380 -4.990 126 H1* A 701 H1* A 701 -2.641 6.283 -2.482 127 H8 A 701 H8 A 701 -4.362 5.033 0.514 128 1H6 A 701 1H6 A 701 0.926 2.541 2.448 129 2H6 A 701 2H6 A 701 -0.708 2.971 2.902 130 H2 A 701 H2 A 701 1.445 3.748 -1.851 131 1H5* C 702 1H5* C 702 -4.398 2.300 -6.684 132 2H5* C 702 2H5* C 702 -4.614 0.540 -6.760 133 H4* C 702 H4* C 702 -2.260 1.510 -7.277 134 H3* C 702 H3* C 702 -2.910 -0.809 -5.441 135 H2* C 702 H2* C 702 -0.646 -1.031 -4.828 136 2HO* C 702 2HO* C 702 0.690 -0.904 -6.468 137 H1* C 702 H1* C 702 0.032 1.636 -4.727 138 1H4 C 702 1H4 C 702 -1.206 -0.372 1.212 139 2H4 C 702 2H4 C 702 -2.879 0.096 1.005 140 H5 C 702 H5 C 702 -3.784 0.870 -1.086 141 H6 C 702 H6 C 702 -3.285 1.362 -3.435 142 1H5* U 703 1H5* U 703 -0.116 -2.215 -8.719 143 2H5* U 703 2H5* U 703 -0.186 -3.977 -8.935 144 H4* U 703 H4* U 703 2.052 -2.942 -8.135 145 H3* U 703 H3* U 703 0.625 -5.333 -6.952 146 H2* U 703 H2* U 703 2.213 -5.516 -5.217 147 2HO* U 703 2HO* U 703 3.899 -4.773 -7.055 148 H1* U 703 H1* U 703 2.569 -2.862 -4.672 149 H3 U 703 H3 U 703 0.343 -4.896 -1.219 150 H5 U 703 H5 U 703 -2.632 -3.895 -4.032 151 H6 U 703 H6 U 703 -0.867 -3.293 -5.586 152 1H5* C 704 1H5* C 704 4.599 -7.335 -8.072 153 2H5* C 704 2H5* C 704 4.112 -9.012 -8.390 154 H4* C 704 H4* C 704 5.639 -8.544 -6.338 155 H3* C 704 H3* C 704 3.117 -10.229 -6.368 156 H2* C 704 H2* C 704 3.316 -10.628 -4.059 157 2HO* C 704 2HO* C 704 5.975 -10.417 -4.647 158 H1* C 704 H1* C 704 4.347 -8.162 -3.293 159 1H4 C 704 1H4 C 704 -1.839 -8.303 -1.727 160 2H4 C 704 2H4 C 704 -2.260 -7.785 -3.344 161 H5 C 704 H5 C 704 -0.647 -7.546 -5.116 162 H6 C 704 H6 C 704 1.718 -7.750 -5.722 163 1H5* G 705 1H5* G 705 6.837 -13.205 -6.116 164 2H5* G 705 2H5* G 705 6.340 -14.736 -6.865 165 H4* G 705 H4* G 705 7.060 -14.932 -4.451 166 H3* G 705 H3* G 705 4.363 -15.816 -5.487 167 H2* G 705 H2* G 705 3.617 -16.385 -3.327 168 2HO* G 705 2HO* G 705 5.586 -17.519 -2.772 169 H1* G 705 H1* G 705 4.719 -14.316 -1.916 170 H8 G 705 H8 G 705 3.423 -12.887 -5.121 171 H1 G 705 H1 G 705 -1.264 -14.165 -0.991 172 1H2 G 705 1H2 G 705 -0.483 -15.379 0.690 173 2H2 G 705 2H2 G 705 1.191 -15.874 0.796 174 1H5* C 706 1H5* C 706 5.258 -20.455 -4.248 175 2H5* C 706 2H5* C 706 4.976 -20.847 -5.957 176 H4* C 706 H4* C 706 3.408 -21.980 -4.307 177 H3* C 706 H3* C 706 2.450 -20.216 -6.575 178 H2* C 706 H2* C 706 0.217 -20.625 -5.989 179 2HO* C 706 2HO* C 706 0.709 -22.444 -3.943 180 H1* C 706 H1* C 706 0.539 -20.497 -3.259 181 1H4 C 706 1H4 C 706 -1.510 -14.803 -5.309 182 2H4 C 706 2H4 C 706 0.150 -14.298 -5.535 183 H5 C 706 H5 C 706 2.028 -15.780 -5.267 184 H6 C 706 H6 C 706 2.725 -18.066 -4.721 185 H3T C 706 H3T C 706 1.810 -22.406 -7.267 Start of MODEL 10 1 1H5* G 690 1H5* G 690 -10.455 -9.855 -0.805 2 2H5* G 690 2H5* G 690 -9.716 -10.036 0.799 3 H4* G 690 H4* G 690 -10.475 -12.215 -0.008 4 H3* G 690 H3* G 690 -7.508 -11.695 0.242 5 H2* G 690 H2* G 690 -6.975 -13.804 -0.662 6 2HO* G 690 2HO* G 690 -8.818 -14.733 0.719 7 H1* G 690 H1* G 690 -8.909 -13.961 -2.596 8 H8 G 690 H8 G 690 -7.671 -10.450 -2.689 9 H1 G 690 H1 G 690 -3.443 -14.517 -5.188 10 1H2 G 690 1H2 G 690 -4.029 -16.604 -4.718 11 2H2 G 690 2H2 G 690 -5.461 -16.992 -3.791 12 H5T G 690 H5T G 690 -7.719 -9.814 -0.091 13 1H5* C 691 1H5* C 691 -7.586 -14.402 4.267 14 2H5* C 691 2H5* C 691 -6.461 -13.307 5.096 15 H4* C 691 H4* C 691 -5.666 -15.728 4.583 16 H3* C 691 H3* C 691 -4.143 -13.162 4.054 17 H2* C 691 H2* C 691 -2.381 -14.351 3.047 18 2HO* C 691 2HO* C 691 -2.830 -16.906 3.342 19 H1* C 691 H1* C 691 -3.856 -16.321 1.781 20 1H4 C 691 1H4 C 691 -2.213 -11.844 -2.481 21 2H4 C 691 2H4 C 691 -3.746 -11.050 -2.198 22 H5 C 691 H5 C 691 -5.290 -11.735 -0.483 23 H6 C 691 H6 C 691 -5.702 -13.331 1.333 24 1H5* G 692 1H5* G 692 -1.173 -14.376 7.908 25 2H5* G 692 2H5* G 692 -1.452 -12.726 8.502 26 H4* G 692 H4* G 692 0.974 -13.287 8.117 27 H3* G 692 H3* G 692 -0.442 -10.983 6.761 28 H2* G 692 H2* G 692 1.477 -10.444 5.499 29 2HO* G 692 2HO* G 692 3.530 -11.111 6.072 30 H1* G 692 H1* G 692 2.329 -12.969 4.897 31 H8 G 692 H8 G 692 -1.446 -12.768 4.724 32 H1 G 692 H1 G 692 1.409 -10.434 -0.478 33 1H2 G 692 1H2 G 692 3.594 -10.274 -0.137 34 2H2 G 692 2H2 G 692 4.347 -10.742 1.371 35 1H5* A 693 1H5* A 693 3.089 -9.434 8.788 36 2H5* A 693 2H5* A 693 3.044 -7.691 9.120 37 H4* A 693 H4* A 693 4.718 -8.505 7.339 38 H3* A 693 H3* A 693 2.705 -6.265 6.972 39 H2* A 693 H2* A 693 3.424 -5.942 4.751 40 2HO* A 693 2HO* A 693 5.763 -7.244 5.678 41 H1* A 693 H1* A 693 3.880 -8.587 4.076 42 H8 A 693 H8 A 693 0.610 -8.307 5.907 43 1H6 A 693 1H6 A 693 -1.949 -6.502 0.603 44 2H6 A 693 2H6 A 693 -2.263 -7.010 2.248 45 H2 A 693 H2 A 693 2.512 -6.548 0.054 46 1H5* G 694 1H5* G 694 6.874 -4.875 6.392 47 2H5* G 694 2H5* G 694 7.134 -3.129 6.572 48 H4* G 694 H4* G 694 7.581 -4.169 4.248 49 H3* G 694 H3* G 694 5.896 -1.713 4.809 50 H2* G 694 H2* G 694 5.366 -1.505 2.523 51 2HO* G 694 2HO* G 694 6.653 -2.254 0.929 52 H1* G 694 H1* G 694 5.127 -4.184 1.902 53 H8 G 694 H8 G 694 3.364 -3.641 5.145 54 H1 G 694 H1 G 694 0.039 -1.340 0.215 55 1H2 G 694 1H2 G 694 1.307 -1.303 -1.604 56 2H2 G 694 2H2 G 694 2.970 -1.846 -1.603 57 1H5* U 695 1H5* U 695 9.047 -0.186 1.848 58 2H5* U 695 2H5* U 695 9.337 1.490 2.356 59 H4* U 695 H4* U 695 8.471 1.147 -0.037 60 H3* U 695 H3* U 695 7.219 2.994 2.018 61 H2* U 695 H2* U 695 5.531 3.593 0.499 62 2HO* U 695 2HO* U 695 5.937 3.820 -1.580 63 H1* U 695 H1* U 695 5.299 1.152 -0.850 64 H3 U 695 H3 U 695 1.225 2.057 0.968 65 H5 U 695 H5 U 695 3.585 0.796 4.225 66 H6 U 695 H6 U 695 5.514 0.818 2.753 67 1H5* U 696 1H5* U 696 8.062 5.257 -1.190 68 2H5* U 696 2H5* U 696 8.703 6.906 -1.042 69 H4* U 696 H4* U 696 6.443 6.903 -2.044 70 H3* U 696 H3* U 696 6.924 8.185 0.656 71 H2* U 696 H2* U 696 4.641 8.711 0.891 72 2HO* U 696 2HO* U 696 4.769 8.753 -1.862 73 H1* U 696 H1* U 696 3.551 6.446 -0.234 74 H3 U 696 H3 U 696 2.570 6.639 4.242 75 H5 U 696 H5 U 696 6.402 4.899 4.003 76 H6 U 696 H6 U 696 6.428 5.439 1.638 77 1H5* G 697 1H5* G 697 8.192 11.229 1.843 78 2H5* G 697 2H5* G 697 6.845 10.098 2.092 79 H4* G 697 H4* G 697 6.846 12.259 3.497 80 H3* G 697 H3* G 697 4.550 11.111 1.922 81 H2* G 697 H2* G 697 3.187 12.999 2.274 82 2HO* G 697 2HO* G 697 3.396 13.357 4.439 83 H1* G 697 H1* G 697 5.040 14.973 2.007 84 H8 G 697 H8 G 697 5.784 12.236 -0.484 85 H1 G 697 H1 G 697 1.034 16.054 -2.357 86 1H2 G 697 1H2 G 697 0.428 17.384 -0.690 87 2H2 G 697 2H2 G 697 1.193 17.330 0.883 88 1H5* A 698 1H5* A 698 0.442 11.020 5.373 89 2H5* A 698 2H5* A 698 0.925 10.725 3.691 90 H4* A 698 H4* A 698 0.612 13.438 5.024 91 H3* A 698 H3* A 698 -1.139 11.767 3.230 92 H2* A 698 H2* A 698 -1.633 13.578 1.810 93 2HO* A 698 2HO* A 698 -0.389 15.602 3.214 94 H1* A 698 H1* A 698 0.805 14.793 1.735 95 H8 A 698 H8 A 698 1.793 11.269 1.556 96 1H6 A 698 1H6 A 698 -0.294 11.017 -4.233 97 2H6 A 698 2H6 A 698 0.655 10.197 -3.014 98 H2 A 698 H2 A 698 -1.800 14.822 -2.372 99 1H5* C 699 1H5* C 699 -4.114 14.133 2.547 100 2H5* C 699 2H5* C 699 -5.465 13.037 2.901 101 H4* C 699 H4* C 699 -4.930 13.515 0.413 102 H3* C 699 H3* C 699 -5.305 10.781 1.661 103 H2* C 699 H2* C 699 -4.750 9.730 -0.345 104 2HO* C 699 2HO* C 699 -6.077 10.445 -1.853 105 H1* C 699 H1* C 699 -3.173 11.823 -1.484 106 1H4 C 699 1H4 C 699 0.720 6.847 -0.698 107 2H4 C 699 2H4 C 699 0.632 7.012 1.041 108 H5 C 699 H5 C 699 -0.781 8.620 2.145 109 H6 C 699 H6 C 699 -2.414 10.419 1.820 110 1H5* U 700 1H5* U 700 -6.918 9.192 0.306 111 2H5* U 700 2H5* U 700 -7.933 8.206 1.378 112 H4* U 700 H4* U 700 -5.270 7.760 0.986 113 H3* U 700 H3* U 700 -7.154 7.141 3.257 114 H2* U 700 H2* U 700 -5.412 6.639 4.754 115 2HO* U 700 2HO* U 700 -3.467 5.901 4.107 116 H1* U 700 H1* U 700 -3.602 8.549 4.051 117 H3 U 700 H3 U 700 -5.578 9.223 8.191 118 H5 U 700 H5 U 700 -7.846 11.408 5.389 119 H6 U 700 H6 U 700 -6.616 10.291 3.621 120 1H5* A 701 1H5* A 701 -7.773 6.173 -0.974 121 2H5* A 701 2H5* A 701 -8.144 4.591 -1.689 122 H4* A 701 H4* A 701 -6.531 5.782 -3.092 123 H3* A 701 H3* A 701 -5.606 3.316 -1.594 124 H2* A 701 H2* A 701 -3.420 3.568 -2.433 125 2HO* A 701 2HO* A 701 -2.970 4.613 -4.312 126 H1* A 701 H1* A 701 -3.259 6.326 -2.377 127 H8 A 701 H8 A 701 -4.720 5.467 0.893 128 1H6 A 701 1H6 A 701 0.818 3.529 2.767 129 2H6 A 701 2H6 A 701 -0.803 3.946 3.275 130 H2 A 701 H2 A 701 0.979 4.113 -1.687 131 1H5* C 702 1H5* C 702 -5.331 2.075 -5.907 132 2H5* C 702 2H5* C 702 -5.398 0.304 -6.023 133 H4* C 702 H4* C 702 -3.126 1.474 -6.479 134 H3* C 702 H3* C 702 -3.614 -0.927 -4.700 135 H2* C 702 H2* C 702 -1.359 -0.967 -4.023 136 2HO* C 702 2HO* C 702 -0.988 0.053 -6.518 137 H1* C 702 H1* C 702 -0.905 1.740 -3.859 138 1H4 C 702 1H4 C 702 -2.164 -0.558 1.977 139 2H4 C 702 2H4 C 702 -3.834 -0.076 1.774 140 H5 C 702 H5 C 702 -4.717 0.781 -0.298 141 H6 C 702 H6 C 702 -4.190 1.359 -2.621 142 1H5* U 703 1H5* U 703 -0.150 -1.685 -7.567 143 2H5* U 703 2H5* U 703 -0.221 -3.394 -8.044 144 H4* U 703 H4* U 703 2.008 -2.555 -7.084 145 H3* U 703 H3* U 703 0.490 -5.001 -6.147 146 H2* U 703 H2* U 703 2.078 -5.409 -4.450 147 2HO* U 703 2HO* U 703 3.879 -4.968 -5.975 148 H1* U 703 H1* U 703 2.533 -2.824 -3.663 149 H3 U 703 H3 U 703 0.309 -4.996 -0.315 150 H5 U 703 H5 U 703 -2.683 -3.895 -3.071 151 H6 U 703 H6 U 703 -0.929 -3.197 -4.596 152 1H5* C 704 1H5* C 704 4.404 -6.563 -7.950 153 2H5* C 704 2H5* C 704 4.238 -8.282 -8.362 154 H4* C 704 H4* C 704 5.802 -7.628 -6.386 155 H3* C 704 H3* C 704 3.694 -9.809 -6.391 156 H2* C 704 H2* C 704 4.156 -10.311 -4.140 157 2HO* C 704 2HO* C 704 6.375 -8.672 -3.820 158 H1* C 704 H1* C 704 4.662 -7.739 -3.232 159 1H4 C 704 1H4 C 704 -1.242 -9.421 -1.461 160 2H4 C 704 2H4 C 704 -1.864 -8.760 -2.957 161 H5 C 704 H5 C 704 -0.449 -7.942 -4.727 162 H6 C 704 H6 C 704 1.865 -7.576 -5.445 163 1H5* G 705 1H5* G 705 7.270 -13.346 -6.875 164 2H5* G 705 2H5* G 705 6.241 -13.879 -8.220 165 H4* G 705 H4* G 705 6.586 -15.619 -6.428 166 H3* G 705 H3* G 705 3.855 -14.607 -7.256 167 H2* G 705 H2* G 705 2.798 -15.954 -5.637 168 2HO* G 705 2HO* G 705 3.700 -17.925 -5.828 169 H1* G 705 H1* G 705 4.604 -15.663 -3.592 170 H8 G 705 H8 G 705 3.989 -12.412 -5.456 171 H1 G 705 H1 G 705 -0.486 -13.701 -1.100 172 1H2 G 705 1H2 G 705 -0.207 -15.754 -0.310 173 2H2 G 705 2H2 G 705 1.081 -16.804 -0.857 174 1H5* C 706 1H5* C 706 3.726 -18.762 -7.777 175 2H5* C 706 2H5* C 706 2.974 -19.376 -9.263 176 H4* C 706 H4* C 706 1.789 -20.166 -7.233 177 H3* C 706 H3* C 706 0.389 -18.280 -9.147 178 H2* C 706 H2* C 706 -1.569 -18.395 -7.859 179 2HO* C 706 2HO* C 706 -1.201 -20.806 -7.556 180 H1* C 706 H1* C 706 -0.362 -18.317 -5.386 181 1H4 C 706 1H4 C 706 -2.243 -12.399 -6.893 182 2H4 C 706 2H4 C 706 -0.699 -12.116 -7.666 183 H5 C 706 H5 C 706 0.965 -13.832 -7.959 184 H6 C 706 H6 C 706 1.510 -16.191 -7.576 185 H3T C 706 H3T C 706 -0.249 -20.148 -10.001 Start of MODEL 11 1 1H5* G 690 1H5* G 690 -10.649 -13.426 -2.318 2 2H5* G 690 2H5* G 690 -10.372 -12.993 -0.619 3 H4* G 690 H4* G 690 -10.128 -15.373 -0.768 4 H3* G 690 H3* G 690 -7.563 -13.794 -0.502 5 H2* G 690 H2* G 690 -6.246 -15.738 -0.711 6 2HO* G 690 2HO* G 690 -7.255 -17.854 -0.569 7 H1* G 690 H1* G 690 -7.686 -17.040 -2.640 8 H8 G 690 H8 G 690 -7.394 -13.263 -3.150 9 H1 G 690 H1 G 690 -2.459 -16.559 -5.485 10 1H2 G 690 1H2 G 690 -2.611 -18.687 -4.872 11 2H2 G 690 2H2 G 690 -3.928 -19.290 -3.891 12 H5T G 690 H5T G 690 -8.565 -12.016 -1.137 13 1H5* C 691 1H5* C 691 -7.433 -15.540 3.940 14 2H5* C 691 2H5* C 691 -6.712 -14.103 4.693 15 H4* C 691 H4* C 691 -5.297 -16.273 4.624 16 H3* C 691 H3* C 691 -4.395 -13.497 3.820 17 H2* C 691 H2* C 691 -2.292 -14.309 3.135 18 2HO* C 691 2HO* C 691 -1.411 -15.738 4.420 19 H1* C 691 H1* C 691 -3.096 -16.676 1.994 20 1H4 C 691 1H4 C 691 -2.424 -12.336 -2.646 21 2H4 C 691 2H4 C 691 -4.095 -11.863 -2.433 22 H5 C 691 H5 C 691 -5.497 -12.723 -0.674 23 H6 C 691 H6 C 691 -5.602 -14.223 1.262 24 1H5* G 692 1H5* G 692 -2.005 -13.853 7.982 25 2H5* G 692 2H5* G 692 -1.949 -12.133 8.417 26 H4* G 692 H4* G 692 0.290 -13.319 7.871 27 H3* G 692 H3* G 692 -0.667 -10.658 6.793 28 H2* G 692 H2* G 692 1.216 -10.463 5.394 29 2HO* G 692 2HO* G 692 3.091 -11.089 6.136 30 H1* G 692 H1* G 692 1.458 -13.082 4.611 31 H8 G 692 H8 G 692 -2.187 -12.216 4.580 32 H1 G 692 H1 G 692 0.920 -9.749 -0.412 33 1H2 G 692 1H2 G 692 3.108 -9.948 -0.118 34 2H2 G 692 2H2 G 692 3.802 -10.688 1.307 35 1H5* A 693 1H5* A 693 3.328 -10.050 8.186 36 2H5* A 693 2H5* A 693 3.544 -8.497 9.020 37 H4* A 693 H4* A 693 5.042 -8.726 7.047 38 H3* A 693 H3* A 693 2.915 -6.570 7.154 39 H2* A 693 H2* A 693 3.502 -5.813 5.005 40 2HO* A 693 2HO* A 693 5.840 -7.436 4.989 41 H1* A 693 H1* A 693 4.067 -8.250 3.831 42 H8 A 693 H8 A 693 0.900 -8.229 5.949 43 1H6 A 693 1H6 A 693 -2.055 -6.234 0.926 44 2H6 A 693 2H6 A 693 -2.244 -6.810 2.567 45 H2 A 693 H2 A 693 2.352 -6.216 0.050 46 1H5* G 694 1H5* G 694 6.968 -5.358 5.942 47 2H5* G 694 2H5* G 694 7.391 -3.700 6.414 48 H4* G 694 H4* G 694 7.671 -4.288 3.934 49 H3* G 694 H3* G 694 6.092 -1.922 4.990 50 H2* G 694 H2* G 694 5.504 -1.297 2.800 51 2HO* G 694 2HO* G 694 7.723 -2.915 2.037 52 H1* G 694 H1* G 694 5.234 -3.834 1.701 53 H8 G 694 H8 G 694 3.532 -3.475 5.070 54 H1 G 694 H1 G 694 0.041 -1.207 0.240 55 1H2 G 694 1H2 G 694 1.259 -1.151 -1.615 56 2H2 G 694 2H2 G 694 2.928 -1.672 -1.658 57 1H5* U 695 1H5* U 695 9.162 -0.430 2.112 58 2H5* U 695 2H5* U 695 9.600 1.249 2.491 59 H4* U 695 H4* U 695 8.540 0.820 0.188 60 H3* U 695 H3* U 695 7.574 2.880 2.195 61 H2* U 695 H2* U 695 5.832 3.513 0.753 62 2HO* U 695 2HO* U 695 6.279 3.722 -1.299 63 H1* U 695 H1* U 695 5.315 1.016 -0.392 64 H3 U 695 H3 U 695 1.462 2.283 1.650 65 H5 U 695 H5 U 695 4.022 1.216 4.824 66 H6 U 695 H6 U 695 5.819 0.982 3.211 67 1H5* U 696 1H5* U 696 7.640 5.030 -1.355 68 2H5* U 696 2H5* U 696 8.639 6.486 -1.173 69 H4* U 696 H4* U 696 6.415 7.091 -2.004 70 H3* U 696 H3* U 696 7.236 7.942 0.779 71 H2* U 696 H2* U 696 5.125 8.903 1.194 72 2HO* U 696 2HO* U 696 3.731 8.728 -1.025 73 H1* U 696 H1* U 696 3.542 7.030 -0.033 74 H3 U 696 H3 U 696 2.738 6.561 4.409 75 H5 U 696 H5 U 696 6.535 4.815 3.861 76 H6 U 696 H6 U 696 6.495 5.607 1.568 77 1H5* G 697 1H5* G 697 8.148 11.511 2.181 78 2H5* G 697 2H5* G 697 6.792 10.399 2.460 79 H4* G 697 H4* G 697 6.594 12.740 3.493 80 H3* G 697 H3* G 697 4.524 11.333 1.813 81 H2* G 697 H2* G 697 3.130 13.229 1.714 82 2HO* G 697 2HO* G 697 3.568 15.067 3.128 83 H1* G 697 H1* G 697 5.007 15.172 1.403 84 H8 G 697 H8 G 697 6.234 12.302 -0.634 85 H1 G 697 H1 G 697 1.291 15.225 -3.403 86 1H2 G 697 1H2 G 697 0.340 16.628 -1.973 87 2H2 G 697 2H2 G 697 0.924 16.843 -0.338 88 1H5* A 698 1H5* A 698 2.157 12.744 5.050 89 2H5* A 698 2H5* A 698 0.708 11.733 5.220 90 H4* A 698 H4* A 698 0.359 14.076 4.242 91 H3* A 698 H3* A 698 -0.616 11.488 3.030 92 H2* A 698 H2* A 698 -1.446 12.592 1.119 93 2HO* A 698 2HO* A 698 -1.047 15.187 1.592 94 H1* A 698 H1* A 698 0.569 14.400 0.748 95 H8 A 698 H8 A 698 1.976 11.053 1.824 96 1H6 A 698 1H6 A 698 1.638 9.320 -4.076 97 2H6 A 698 2H6 A 698 2.226 8.889 -2.486 98 H2 A 698 H2 A 698 -0.464 13.271 -3.662 99 1H5* C 699 1H5* C 699 -4.326 13.768 1.894 100 2H5* C 699 2H5* C 699 -5.466 12.562 2.527 101 H4* C 699 H4* C 699 -5.572 12.954 0.016 102 H3* C 699 H3* C 699 -5.179 10.260 1.326 103 H2* C 699 H2* C 699 -4.908 9.190 -0.753 104 2HO* C 699 2HO* C 699 -5.700 10.024 -2.652 105 H1* C 699 H1* C 699 -3.500 11.142 -2.085 106 1H4 C 699 1H4 C 699 0.864 7.000 0.002 107 2H4 C 699 2H4 C 699 0.676 7.578 1.643 108 H5 C 699 H5 C 699 -0.946 9.238 2.279 109 H6 C 699 H6 C 699 -2.747 10.699 1.486 110 1H5* U 700 1H5* U 700 -7.208 8.868 0.572 111 2H5* U 700 2H5* U 700 -8.179 7.809 1.613 112 H4* U 700 H4* U 700 -5.522 7.480 1.303 113 H3* U 700 H3* U 700 -7.333 6.978 3.674 114 H2* U 700 H2* U 700 -5.498 6.518 5.075 115 2HO* U 700 2HO* U 700 -3.755 5.550 4.332 116 H1* U 700 H1* U 700 -3.733 8.396 4.122 117 H3 U 700 H3 U 700 -5.202 9.144 8.459 118 H5 U 700 H5 U 700 -7.764 11.309 5.906 119 H6 U 700 H6 U 700 -6.761 10.150 4.025 120 1H5* A 701 1H5* A 701 -7.620 6.512 -0.494 121 2H5* A 701 2H5* A 701 -8.288 5.154 -1.422 122 H4* A 701 H4* A 701 -6.489 6.043 -2.726 123 H3* A 701 H3* A 701 -5.866 3.465 -1.264 124 H2* A 701 H2* A 701 -3.648 3.493 -2.050 125 2HO* A 701 2HO* A 701 -3.075 5.046 -3.779 126 H1* A 701 H1* A 701 -3.188 6.215 -1.938 127 H8 A 701 H8 A 701 -4.904 5.199 1.229 128 1H6 A 701 1H6 A 701 0.531 3.173 3.296 129 2H6 A 701 2H6 A 701 -1.126 3.533 3.730 130 H2 A 701 H2 A 701 0.964 4.100 -1.081 131 1H5* C 702 1H5* C 702 -5.478 2.460 -5.620 132 2H5* C 702 2H5* C 702 -5.639 0.710 -5.872 133 H4* C 702 H4* C 702 -3.302 1.777 -6.222 134 H3* C 702 H3* C 702 -3.932 -0.703 -4.600 135 H2* C 702 H2* C 702 -1.677 -0.911 -3.949 136 2HO* C 702 2HO* C 702 -0.669 1.123 -5.573 137 H1* C 702 H1* C 702 -1.078 1.761 -3.632 138 1H4 C 702 1H4 C 702 -2.322 -0.739 2.116 139 2H4 C 702 2H4 C 702 -4.015 -0.354 1.907 140 H5 C 702 H5 C 702 -4.925 0.529 -0.141 141 H6 C 702 H6 C 702 -4.411 1.230 -2.432 142 1H5* U 703 1H5* U 703 -0.688 -1.299 -7.451 143 2H5* U 703 2H5* U 703 -0.530 -2.958 -8.064 144 H4* U 703 H4* U 703 1.515 -1.978 -6.866 145 H3* U 703 H3* U 703 0.206 -4.630 -6.208 146 H2* U 703 H2* U 703 1.727 -4.995 -4.445 147 2HO* U 703 2HO* U 703 3.724 -4.561 -5.048 148 H1* U 703 H1* U 703 1.924 -2.403 -3.517 149 H3 U 703 H3 U 703 -0.061 -4.912 -0.267 150 H5 U 703 H5 U 703 -3.132 -4.128 -3.046 151 H6 U 703 H6 U 703 -1.462 -3.171 -4.524 152 1H5* C 704 1H5* C 704 4.336 -5.935 -7.853 153 2H5* C 704 2H5* C 704 4.120 -7.606 -8.410 154 H4* C 704 H4* C 704 5.642 -7.174 -6.339 155 H3* C 704 H3* C 704 3.461 -9.268 -6.587 156 H2* C 704 H2* C 704 3.843 -9.973 -4.374 157 2HO* C 704 2HO* C 704 6.313 -9.657 -4.940 158 H1* C 704 H1* C 704 4.411 -7.503 -3.244 159 1H4 C 704 1H4 C 704 -1.588 -9.097 -1.738 160 2H4 C 704 2H4 C 704 -2.149 -8.369 -3.227 161 H5 C 704 H5 C 704 -0.665 -7.502 -4.914 162 H6 C 704 H6 C 704 1.679 -7.151 -5.543 163 1H5* G 705 1H5* G 705 7.423 -12.028 -6.844 164 2H5* G 705 2H5* G 705 6.795 -13.376 -7.812 165 H4* G 705 H4* G 705 7.614 -13.922 -5.430 166 H3* G 705 H3* G 705 4.955 -14.723 -6.635 167 H2* G 705 H2* G 705 4.245 -15.690 -4.607 168 2HO* G 705 2HO* G 705 6.832 -16.275 -4.374 169 H1* G 705 H1* G 705 5.286 -13.850 -2.857 170 H8 G 705 H8 G 705 3.821 -12.013 -5.788 171 H1 G 705 H1 G 705 -0.646 -14.103 -1.746 172 1H2 G 705 1H2 G 705 0.256 -15.496 -0.274 173 2H2 G 705 2H2 G 705 1.957 -15.908 -0.289 174 1H5* C 706 1H5* C 706 6.064 -19.307 -5.758 175 2H5* C 706 2H5* C 706 5.713 -19.717 -7.449 176 H4* C 706 H4* C 706 4.312 -20.918 -5.671 177 H3* C 706 H3* C 706 3.145 -19.322 -7.967 178 H2* C 706 H2* C 706 0.973 -19.892 -7.284 179 2HO* C 706 2HO* C 706 1.730 -22.174 -6.816 180 H1* C 706 H1* C 706 1.385 -19.630 -4.573 181 1H4 C 706 1H4 C 706 -1.222 -14.213 -6.740 182 2H4 C 706 2H4 C 706 0.378 -13.583 -7.065 183 H5 C 706 H5 C 706 2.385 -14.892 -6.826 184 H6 C 706 H6 C 706 3.295 -17.089 -6.227 185 H3T C 706 H3T C 706 3.080 -21.301 -8.876