@text KINEMAGE 4: Collagen Backbone and the Effect of a Mutation. This kinemage displays all of the atoms of the collagen model compound (Pro-Hyp-Gly)4-Pro-Hyp-Ala-(Pro-Hyp-Gly)5 in stick form (note that the "essential" Gly residue in this model compound's central triplet is replaced by Ala). View1 shows the triple helix in side view with "Chain 1" in pinktint, "Chain 2" in yellowtint, and "Chain 3" in white. The Pro, Hyp, and Ala side chains, which are independently controlled by the corresponding buttons, are green, cyan, and magenta, respectively. Use View1 and View2, which is down the triple helix axis, to prove to yourself that all Pro and Hyp side chains are on the periphery of the triple helix. These rigid groups are thought to help stabilize the collagen conformation. View3 and View4 are side and top views of a segment of the collagen helix in which its three polypeptides all consist of repeating triplets of ideal sequence, (Gly-Pro-Hyp)n. Go to View3 to see that the three polypeptide chains are staggered in sequence by one residue, that is, a Gly on Chain 1 is at the same level along the triple helix axis as a Hyp on Chain 2 and a Pro on Chain 3. Turn on the "H bonds" button (H bonds are represented by dashed orange lines), to see that this staggered arrangement permits the formation of a hydrogen bond from the Gly main chain NH of Chain 1 to the Pro main chain O on Chain 2 (and likewise from Chain 2 to Chain 3 and from Chain 3 to Chain 1). Since the main chain N atoms of both Pro and Hyp residues lack H atoms, this exhausts the ability of the main chain to donate hydrogen bonds. Although the center of the triple helix appears to be hollow in View4, taking into account the van der Waals radii of its various atoms reveals that the center of the triple helix is, in fact, quite tightly packed. Indeed, the above hydrogen bonds pass very close to the center of the triple helix. This close packing accounts for the absolute requirement for a Gly at every third residue in a functional collagen molecule. Since, as you can see, the Gly Ca atoms are near the center of the triple helix, the side chain of any other residue at this position would, as we shall see below, significantly distort and hence destabilize the collagen triple helix. View5 and View6 show the side and top views of the triple helix segment containing an Ala on each chain instead of a Gly. The effect of replacing the Gly H atom side chain with a methyl group to form Ala, the smallest residue substitution possible, is quite striking. The interior of the collagen triple helix is too crowded to accommodate an Ala side chain without significant distortion. The triple helix in this region therefore unwinds and expands so that no H-bonds form in this region. The unwinding of the triple helix in the region about the Ala residues is, perhaps, best seen by returning to KINEMAGE above this one. You can see that the triple helix is bulged out in the center of View1. These conformational changes, which disrupt collagen's rope-like structure, are responsible for the symptoms of such human diseases as osteogenesis imperfecta and certain Ehlers-Danlos syndromes. The coordinates for the coiled-coil (tropomyosin) were obtained from Xiaoling Xia and Carolyn Cohen, Brandeis University; those for the collagen-like polypeptide were obtained from 1CAG. Exercise in large part by John H. Connor (present address: Department of Microbiology, Boston University School of Medicine, 850 Harrison Ave, Boston, MA, 02118, USA) @kinemage 4 @caption A stick representation of the collagen-like triple helical compound [Pro-Hyp-Gly)4-Pro-Hyp-Ala-(Pro-Hyp-Gly)5] shown in KINEMAGE 3 in which its main chains are pinktint, yellowtint, and white. The side chains of its Pro, Hyp, and Ala residues are green, cyan, and magenta, respectively, and its interstrand hydrogen bonds are represented by dashed orange lines. @onewidth @viewid {Side} @zoom 1.20 @zslab 200 @center 42.821 0.508 6.433 @matrix 0.02719 -0.99502 -0.09590 -0.18871 -0.09931 0.97700 -0.98166 -0.00846 -0.19047 @2viewid {Top} @2zoom 4.68 @2zslab 140 @2center 26.610 -0.623 6.232 @2matrix 0.013969 -0.001398 -0.999901 -0.702233 -0.711892 -0.008814 -0.711812 0.702288 -0.010927 @3viewid {NormalHlx,Side} @3zoom 5.00 @3zslab 130 @3center 26.610 -0.623 6.232 @3matrix 0.00924 -0.98779 -0.15552 -0.80115 -0.10038 0.58998 -0.59839 0.11915 -0.79230 @4viewid {NormalHlx,Top} @4zoom 5.00 @4zslab 120 @4center 25.645 -0.806 6.046 @4matrix 0.01392 -0.00222 -0.99990 -0.70634 -0.70783 -0.00826 -0.70775 0.70639 -0.01143 @5viewid {AlaDisrupt,Side} @5zoom 5.00 @5zslab 140 @5center 42.139 -0.211 6.375 @5matrix -0.03887 -0.99883 -0.02883 -0.98525 0.04312 -0.16558 0.16663 0.02197 -0.98578 @6viewid {AlaDisrupt,Top} @6zoom 5.00 @6zslab 160 @6center 40.150 -0.018 6.294 @6matrix -0.00041 0.01140 0.99994 -0.99506 -0.09922 0.00072 0.09923 -0.99500 0.01138 @group {Chain 1} @subgroup {Main chain} dominant @vectorlist {mc1} color= pinktint { n pro a 1 } P 3.428, 3.102, 7.948 { n pro a 1 } 3.428, 3.102, 7.948 { ca pro a 1 } 4.715, 3.664, 8.503 { c pro a 1 } 5.886, 2.836, 7.969 { o pro a 1 } 5.795, 1.600, 7.935 { c pro a 1 } P 5.886, 2.836, 7.969 { n hyp a 2 } 6.974, 3.502, 7.510 { ca hyp a 2 } 8.249, 2.952, 6.959 { c hyp a 2 } 9.010, 2.006, 7.895 { o hyp a 2 } 9.102, 2.240, 9.092 { c hyp a 2 } P 9.010, 2.006, 7.895 { n gly a 3 } 9.564, 0.954, 7.322 { ca gly a 3 } 10.271, -0.010, 8.133 { c gly a 3 } 11.582, 0.516, 8.692 { o gly a 3 } 11.982, 1.659, 8.429 { c gly a 3 } P 11.582, 0.516, 8.692 { n pro a 4 } 12.280, -0.325, 9.480 { ca pro a 4 } 13.552, -0.116, 10.171 { c pro a 4 } 14.676, 0.304, 9.243 { o pro a 4 } 14.585, 0.106, 7.992 { c pro a 4 } P 14.676, 0.304, 9.243 { n hyp a 5 } 15.739, 0.908, 9.828 { ca hyp a 5 } 16.933, 1.352, 9.091 { c hyp a 5 } 17.547, 0.117, 8.478 { o hyp a 5 } 17.377, -0.977, 9.039 { c hyp a 5 } P 17.547, 0.117, 8.478 { n gly a 6 } 18.234, 0.317, 7.354 { ca gly a 6 } 18.913, -0.751, 6.650 { c gly a 6 } 20.150, -1.222, 7.360 { o gly a 6 } 20.646, -0.519, 8.238 { c gly a 6 } P 20.150, -1.222, 7.360 { n pro a 7 } 20.711, -2.382, 6.997 { ca pro a 7 } 21.896, -2.781, 7.768 { c pro a 7 } 23.163, -1.933, 7.524 { o pro a 7 } 23.164, -1.012, 6.637 { c pro a 7 } P 23.163, -1.933, 7.524 { n hyp a 8 } 24.238, -2.167, 8.350 { ca hyp a 8 } 25.478, -1.405, 8.199 { c hyp a 8 } 25.977, -1.646, 6.824 { o hyp a 8 } 25.766, -2.769, 6.319 { c hyp a 8 } P 25.977, -1.646, 6.824 { n gly a 9 } 26.610, -0.623, 6.232 { ca gly a 9 } 27.177, -0.755, 4.904 { c gly a 9 } 28.451, -1.608, 4.973 { o gly a 9 } 28.943, -1.945, 6.056 { c gly a 9 } P 28.451, -1.608, 4.973 { n pro a 10 } 29.016, -1.986, 3.835 { ca pro a 10 } 30.236, -2.795, 3.926 { c pro a 10 } 31.520, -2.105, 4.375 { o pro a 10 } 31.628, -0.876, 4.407 { c pro a 10 } P 31.520, -2.105, 4.375 { n hyp a 11 } 32.505, -2.923, 4.762 { ca hyp a 11 } 33.836, -2.455, 5.125 { c hyp a 11 } 34.320, -1.266, 4.266 { o hyp a 11 } 34.039, -1.180, 3.072 { c hyp a 11 } P 34.320, -1.266, 4.266 { n gly a 12 } 35.059, -0.373, 4.881 { ca gly a 12 } 35.666, 0.667, 4.102 { c gly a 12 } 36.817, 0.200, 3.245 { o gly a 12 } 37.225, -0.981, 3.177 { c gly a 12 } P 36.817, 0.200, 3.245 { n pro a 13 } 37.415, 1.171, 2.570 { ca pro a 13 } 38.548, 0.929, 1.682 { c pro a 13 } 39.733, 0.355, 2.444 { o pro a 13 } 39.941, 0.672, 3.619 { c pro a 13 } P 39.733, 0.355, 2.444 { n hyp a 14 } 40.499, -0.542, 1.815 { ca hyp a 14 } 41.696, -1.093, 2.499 { c hyp a 14 } 42.601, 0.019, 3.054 { o hyp a 14 } 42.922, 0.998, 2.392 { c hyp a 14 } P 42.601, 0.019, 3.054 { n ala a 15 } 42.959, -0.146, 4.323 { ca ala a 15 } 43.846, 0.766, 5.067 { c ala a 15 } 45.177, 0.736, 4.288 { o ala a 15 } 45.732, -0.345, 4.003 { c ala a 15 } P 45.177, 0.736, 4.288 { n pro a 16 } 45.742, 1.905, 3.975 { ca pro a 16 } 46.952, 1.810, 3.168 { c pro a 16 } 48.127, 1.127, 3.835 { o pro a 16 } 48.085, 0.829, 5.008 { c pro a 16 } P 48.127, 1.127, 3.835 { n hyp a 17 } 49.179, 0.815, 3.068 { ca hyp a 17 } 50.392, 0.205, 3.635 { c hyp a 17 } 51.099, 1.270, 4.448 { o hyp a 17 } 50.872, 2.475, 4.220 { c hyp a 17 } P 51.099, 1.270, 4.448 { n gly a 18 } 51.942, 0.875, 5.392 { ca gly a 18 } 52.609, 1.900, 6.166 { c gly a 18 } 53.699, 2.759, 5.522 { o gly a 18 } 54.052, 2.619, 4.311 { c gly a 18 } P 53.699, 2.759, 5.522 { n pro a 19 } 54.241, 3.694, 6.334 { ca pro a 19 } 55.322, 4.546, 5.856 { c pro a 19 } 56.592, 3.649, 5.716 { o pro a 19 } 56.681, 2.554, 6.315 { c pro a 19 } P 56.592, 3.649, 5.716 { n hyp a 20 } 57.567, 4.073, 4.884 { ca hyp a 20 } 58.779, 3.269, 4.704 { c hyp a 20 } 59.443, 3.027, 6.090 { o hyp a 20 } 59.217, 3.797, 7.032 { c hyp a 20 } P 59.443, 3.027, 6.090 { n gly a 21 } 60.250, 1.970, 6.184 { ca gly a 21 } 60.989, 1.757, 7.390 { c gly a 21 } 62.102, 2.778, 7.516 { o gly a 21 } 62.267, 3.675, 6.681 { c gly a 21 } P 62.102, 2.778, 7.516 { n pro a 22 } 62.937, 2.626, 8.547 { ca pro a 22 } 64.051, 3.535, 8.788 { c pro a 22 } 65.268, 3.105, 7.981 { o pro a 22 } 65.297, 2.016, 7.394 { c pro a 22 } P 65.268, 3.105, 7.981 { n hyp a 23 } 66.285, 3.961, 7.952 { ca hyp a 23 } 67.545, 3.695, 7.254 { c hyp a 23 } 68.102, 2.422, 7.889 { o hyp a 23 } 67.759, 2.092, 9.048 { c hyp a 23 } P 68.102, 2.422, 7.889 { n gly a 24 } 68.929, 1.714, 7.139 { ca gly a 24 } 69.580, 0.551, 7.697 { c gly a 24 } 70.751, 0.885, 8.610 { o gly a 24 } 71.064, 2.076, 8.927 { c gly a 24 } P 70.751, 0.885, 8.610 { n pro a 25 } 71.425, -0.156, 9.078 { ca pro a 25 } 72.591, 0.025, 9.960 { c pro a 25 } 73.862, 0.332, 9.135 { o pro a 25 } 73.897, -0.045, 7.950 { c pro a 25 } P 73.862, 0.332, 9.135 { n hyp a 26 } 74.886, 1.041, 9.713 { ca hyp a 26 } 76.141, 1.316, 8.982 { c hyp a 26 } 76.760, 0.119, 8.292 { o hyp a 26 } 76.560, -1.055, 8.699 { c hyp a 26 } P 76.760, 0.119, 8.292 { n gly a 27 } 77.522, 0.422, 7.251 { ca gly a 27 } 78.152, -0.626, 6.480 { c gly a 27 } 79.437, -1.084, 7.111 { o gly a 27 } 79.890, -0.497, 8.081 { c gly a 27 } P 79.437, -1.084, 7.111 { n pro a 28 } 80.055, -2.138, 6.572 { ca pro a 28 } 81.320, -2.685, 7.066 { c pro a 28 } 82.304, -1.527, 7.250 { o pro a 28 } 82.261, -0.579, 6.476 { c pro a 28 } P 82.304, -1.527, 7.250 { n hyp a 29 } 83.194, -1.595, 8.262 { ca hyp a 29 } 84.230, -0.593, 8.609 { c hyp a 29 } 85.231, -0.304, 7.467 { o hyp a 29 } 86.096, -1.132, 7.111 @subgroup {Side chain} dominant @vectorlist {pro} color= green master= {Pro} { ca pro a 1 } P 4.715, 3.664, 8.503 { cb pro a 1 } 4.652, 3.583, 10.039 { cg pro a 1 } 3.594, 2.547, 10.288 { cd pro a 1 } 2.613, 2.732, 9.143 { n pro a 1 } P 3.428, 3.102, 7.948 { cd pro a 1 } 2.613, 2.732, 9.143 { ca pro a 4 } P 13.552, -0.116, 10.171 { cb pro a 4 } 13.835, -1.469, 10.835 { cg pro a 4 } 12.513, -2.168, 10.903 { cd pro a 4 } 11.810, -1.716, 9.656 { n pro a 4 } P 12.280, -0.325, 9.480 { cd pro a 4 } 11.810, -1.716, 9.656 { ca pro a 7 } P 21.896, -2.781, 7.768 { cb pro a 7 } 22.040, -4.256, 7.431 { cg pro a 7 } 21.601, -4.267, 6.010 { cd pro a 7 } 20.396, -3.370, 5.956 { n pro a 7 } P 20.711, -2.382, 6.997 { cd pro a 7 } 20.396, -3.370, 5.956 { ca pro a 10 } P 30.236, -2.795, 3.926 { cb pro a 10 } 30.379, -3.356, 2.527 { cg pro a 10 } 29.860, -2.220, 1.694 { cd pro a 10 } 28.629, -1.767, 2.433 { n pro a 10 } P 29.016, -1.986, 3.835 { cd pro a 10 } 28.629, -1.767, 2.433 { ca pro a 13 } P 38.548, 0.929, 1.682 { cb pro a 13 } 38.845, 2.300, 1.101 { cg pro a 13 } 37.638, 3.114, 1.420 { cd pro a 13 } 37.103, 2.594, 2.685 { n pro a 13 } P 37.415, 1.171, 2.570 { cd pro a 13 } 37.103, 2.594, 2.685 { ca pro a 16 } P 46.952, 1.810, 3.168 { cb pro a 16 } 47.215, 3.283, 2.763 { cg pro a 16 } 46.705, 4.037, 3.924 { cd pro a 16 } 45.466, 3.299, 4.382 { n pro a 16 } P 45.742, 1.905, 3.975 { cd pro a 16 } 45.466, 3.299, 4.382 { ca pro a 19 } P 55.322, 4.546, 5.856 { cb pro a 19 } 55.460, 5.627, 6.918 { cg pro a 19 } 54.381, 5.393, 7.939 { cd pro a 19 } 53.851, 4.002, 7.725 { n pro a 19 } P 54.241, 3.694, 6.334 { cd pro a 19 } 53.851, 4.002, 7.725 { ca pro a 22 } P 64.051, 3.535, 8.788 { cb pro a 22 } 64.271, 3.438, 10.294 { cg pro a 22 } 63.783, 2.059, 10.660 { cd pro a 22 } 62.941, 1.507, 9.517 { n pro a 22 } P 62.937, 2.626, 8.547 { cd pro a 22 } 62.941, 1.507, 9.517 { ca pro a 25 } P 72.591, 0.025, 9.960 { cb pro a 25 } 72.676, -1.306, 10.686 { cg pro a 25 } 72.145, -2.275, 9.699 { cd pro a 25 } 71.093, -1.576, 8.885 { n pro a 25 } P 71.425, -0.156, 9.078 { cd pro a 25 } 71.093, -1.576, 8.885 { ca pro a 28 } P 81.320, -2.685, 7.066 { cb pro a 28 } 81.750, -3.622, 5.956 { cg pro a 28 } 80.471, -4.071, 5.336 { cd pro a 28 } 79.581, -2.861, 5.373 { n pro a 28 } P 80.055, -2.138, 6.572 { cd pro a 28 } 79.581, -2.861, 5.373 @vectorlist {hyp} color= cyan master= {Hyp} { ca hyp a 2 } P 8.249, 2.952, 6.959 { cb hyp a 2 } 9.123, 4.184, 6.623 { cg hyp a 2 } 8.265, 5.440, 6.841 { od1 hyp a 2 } 8.053, 6.085, 5.577 { n hyp a 2 } P 6.974, 3.502, 7.510 { cd hyp a 2 } 6.933, 4.975, 7.442 { cg hyp a 2 } P 8.265, 5.440, 6.841 { cd hyp a 2 } 6.933, 4.975, 7.442 { ca hyp a 5 } P 16.933, 1.352, 9.091 { cb hyp a 5 } 17.835, 1.911, 10.152 { cg hyp a 5 } 16.916, 2.371, 11.262 { od1 hyp a 5 } 16.402, 3.665, 10.876 { n hyp a 5 } P 15.739, 0.908, 9.828 { cd hyp a 5 } 15.852, 1.277, 11.250 { cg hyp a 5 } P 16.916, 2.371, 11.262 { cd hyp a 5 } 15.852, 1.277, 11.250 { ca hyp a 8 } P 25.478, -1.405, 8.199 { cb hyp a 8 } 26.410, -1.977, 9.264 { cg hyp a 8 } 25.457, -2.459, 10.355 { od1 hyp a 8 } 24.950, -1.358, 11.145 { n hyp a 8 } P 24.238, -2.167, 8.350 { cd hyp a 8 } 24.329, -3.066, 9.517 { cg hyp a 8 } P 25.457, -2.459, 10.355 { cd hyp a 8 } 24.329, -3.066, 9.517 { ca hyp a 11 } P 33.836, -2.455, 5.125 { cb hyp a 11 } 34.698, -3.680, 4.875 { cg hyp a 11 } 33.823, -4.855, 5.291 { od1 hyp a 11 } 34.036, -5.064, 6.712 { n hyp a 11 } P 32.505, -2.923, 4.762 { cd hyp a 11 } 32.398, -4.378, 4.970 { cg hyp a 11 } P 33.823, -4.855, 5.291 { cd hyp a 11 } 32.398, -4.378, 4.970 { ca hyp a 14 } P 41.696, -1.093, 2.499 { cb hyp a 14 } 42.333, -1.959, 1.420 { cg hyp a 14 } 41.139, -2.450, 0.601 { od1 hyp a 14 } 40.406, -3.516, 1.247 { n hyp a 14 } P 40.499, -0.542, 1.815 { cd hyp a 14 } 40.251, -1.234, 0.548 { cg hyp a 14 } P 41.139, -2.450, 0.601 { cd hyp a 14 } 40.251, -1.234, 0.548 { ca hyp a 17 } P 50.392, 0.205, 3.635 { cb hyp a 17 } 51.210, -0.220, 2.438 { cg hyp a 17 } 50.309, -0.040, 1.213 { od1 hyp a 17 } 49.678, -1.284, 0.863 { n hyp a 17 } P 49.179, 0.815, 3.068 { cd hyp a 17 } 49.246, 0.964, 1.615 { cg hyp a 17 } P 50.309, -0.040, 1.213 { cd hyp a 17 } 49.246, 0.964, 1.615 { ca hyp a 20 } P 58.779, 3.269, 4.704 { cb hyp a 20 } 59.645, 4.132, 3.832 { cg hyp a 20 } 58.678, 5.056, 3.111 { od1 hyp a 20 } 58.034, 4.386, 2.068 { n hyp a 20 } P 57.567, 4.073, 4.884 { cd hyp a 20 } 57.653, 5.355, 4.167 { cg hyp a 20 } P 58.678, 5.056, 3.111 { cd hyp a 20 } 57.653, 5.355, 4.167 { ca hyp a 23 } P 67.545, 3.695, 7.254 { cb hyp a 23 } 68.399, 4.907, 7.578 { cg hyp a 23 } 67.364, 5.971, 7.922 { od1 hyp a 23 } 66.724, 6.370, 6.785 { n hyp a 23 } P 66.285, 3.961, 7.952 { cd hyp a 23 } 66.356, 5.205, 8.729 { cg hyp a 23 } P 67.364, 5.971, 7.922 { cd hyp a 23 } 66.356, 5.205, 8.729 { ca hyp a 26 } P 76.141, 1.316, 8.982 { cb hyp a 26 } 77.071, 1.873, 10.036 { cg hyp a 26 } 76.140, 2.629, 10.965 { od1 hyp a 26 } 75.942, 3.910, 10.369 { n hyp a 26 } P 74.886, 1.041, 9.713 { cd hyp a 26 } 74.863, 1.785, 10.987 { cg hyp a 26 } P 76.140, 2.629, 10.965 { cd hyp a 26 } 74.863, 1.785, 10.987 { cd pro a 28 } 79.581, -2.861, 5.373 { ca hyp a 29 } P 84.230, -0.593, 8.609 { cb hyp a 29 } 84.901, -1.202, 9.829 { cg hyp a 29 } 84.762, -2.691, 9.532 { od1 hyp a 29 } 85.020, -3.479, 10.709 { n hyp a 29 } P 83.194, -1.595, 8.262 { cd hyp a 29 } 83.291, -2.763, 9.154 { cg hyp a 29 } P 84.762, -2.691, 9.532 { cd hyp a 29 } 83.291, -2.763, 9.154 @vectorlist {ala} color= magenta master= {Ala} { ca ala a 15 } P 43.846, 0.766, 5.067 { cb ala a 15 } 44.028, 0.225, 6.439 @group {Chain 2} @subgroup {Main chain} dominant @vectorlist {mc} color= yellowtint { n pro b 31 } P 1.394, -2.731, 1.987 { n pro b 31 } 1.394, -2.731, 1.987 { ca pro b 31 } 1.692, -3.283, 3.341 { c pro b 31 } 2.744, -4.352, 3.115 { o pro b 31 } 2.580, -5.197, 2.211 { c pro b 31 } P 2.744, -4.352, 3.115 { n hyp b 32 } 3.827, -4.363, 3.941 { ca hyp b 32 } 4.221, -3.525, 5.100 { c hyp b 32 } 3.950, -1.970, 5.059 { o hyp b 32 } 2.970, -1.498, 5.652 { c hyp b 32 } P 3.950, -1.970, 5.059 { n gly b 33 } 4.808, -1.210, 4.378 { ca gly b 33 } 4.658, 0.232, 4.215 { c gly b 33 } 5.781, 0.658, 3.273 { o gly b 33 } 6.180, -0.118, 2.413 { c gly b 33 } P 5.781, 0.658, 3.273 { n pro b 34 } 6.274, 1.900, 3.373 { ca pro b 34 } 7.404, 2.281, 2.525 { c pro b 34 } 8.684, 1.711, 3.189 { o pro b 34 } 8.751, 1.479, 4.422 { c pro b 34 } P 8.684, 1.711, 3.189 { n hyp b 35 } 9.706, 1.445, 2.377 { ca hyp b 35 } 10.976, 0.935, 2.905 { c hyp b 35 } 11.634, 1.975, 3.829 { o hyp b 35 } 11.490, 3.217, 3.621 { c hyp b 35 } P 11.634, 1.975, 3.829 { n gly b 36 } 12.329, 1.479, 4.846 { ca gly b 36 } 13.085, 2.384, 5.718 { c gly b 36 } 14.316, 3.057, 5.076 { o gly b 36 } 14.670, 2.783, 3.931 { c gly b 36 } P 14.316, 3.057, 5.076 { n pro b 37 } 14.990, 3.955, 5.823 { ca pro b 37 } 16.179, 4.654, 5.366 { c pro b 37 } 17.370, 3.695, 5.174 { o pro b 37 } 17.415, 2.598, 5.732 { c pro b 37 } P 17.370, 3.695, 5.174 { n hyp b 38 } 18.352, 4.116, 4.386 { ca hyp b 38 } 19.511, 3.259, 4.193 { c hyp b 38 } 20.149, 3.038, 5.544 { o hyp b 38 } 19.883, 3.767, 6.499 { c hyp b 38 } P 20.149, 3.038, 5.544 { n gly b 39 } 20.980, 2.011, 5.613 { ca gly b 39 } 21.737, 1.741, 6.811 { c gly b 39 } 22.882, 2.685, 7.080 { o gly b 39 } 23.203, 3.551, 6.287 { c gly b 39 } P 22.882, 2.685, 7.080 { n pro b 40 } 23.540, 2.518, 8.220 { ca pro b 40 } 24.667, 3.356, 8.653 { c pro b 40 } 25.957, 3.047, 7.864 { o pro b 40 } 26.045, 1.999, 7.231 { c pro b 40 } P 25.957, 3.047, 7.864 { n hyp b 41 } 26.958, 3.948, 7.899 { ca hyp b 41 } 28.211, 3.698, 7.181 { c hyp b 41 } 28.859, 2.439, 7.726 { o hyp b 41 } 28.805, 2.198, 8.950 { c hyp b 41 } P 28.859, 2.439, 7.726 { n gly b 42 } 29.447, 1.630, 6.853 { ca gly b 42 } 30.117, 0.436, 7.361 { c gly b 42 } 31.265, 0.726, 8.348 { o gly b 42 } 31.509, 1.897, 8.736 { c gly b 42 } P 31.265, 0.726, 8.348 { n pro b 43 } 31.961, -0.324, 8.822 { ca pro b 43 } 33.128, -0.149, 9.695 { c pro b 43 } 34.408, 0.125, 8.799 { o pro b 43 } 34.307, 0.164, 7.585 { c pro b 43 } P 34.408, 0.125, 8.799 { n hyp b 44 } 35.591, 0.375, 9.404 { ca hyp b 44 } 36.902, 0.550, 8.736 { c hyp b 44 } 37.398, -0.887, 8.282 { o hyp b 44 } 36.924, -1.868, 8.811 { c hyp b 44 } P 37.398, -0.887, 8.282 { n ala b 45 } 38.340, -0.968, 7.344 { ca ala b 45 } 38.927, -2.220, 6.837 { c ala b 45 } 39.950, -2.529, 7.914 { o ala b 45 } 40.366, -1.620, 8.567 { c ala b 45 } P 39.950, -2.529, 7.914 { n pro b 46 } 40.401, -3.799, 8.090 { ca pro b 46 } 41.348, -4.028, 9.204 { c pro b 46 } 42.694, -3.235, 9.162 { o pro b 46 } 42.930, -2.411, 8.262 { c pro b 46 } P 42.694, -3.235, 9.162 { n hyp b 47 } 43.559, -3.421, 10.176 { ca hyp b 47 } 44.861, -2.761, 10.233 { c hyp b 47 } 45.679, -3.049, 8.987 { o hyp b 47 } 45.882, -4.223, 8.632 { c hyp b 47 } P 45.679, -3.049, 8.987 { n gly b 48 } 46.151, -1.976, 8.346 { ca gly b 48 } 46.988, -2.049, 7.142 { c gly b 48 } 48.369, -2.734, 7.190 { o gly b 48 } 48.961, -2.886, 8.280 { c gly b 48 } P 48.369, -2.734, 7.190 { n pro b 49 } 48.907, -3.174, 6.020 { ca pro b 49 } 50.206, -3.857, 5.933 { c pro b 49 } 51.377, -2.954, 6.224 { o pro b 49 } 51.300, -1.754, 6.068 { c pro b 49 } P 51.377, -2.954, 6.224 { n hyp b 50 } 52.483, -3.510, 6.683 { ca hyp b 50 } 53.535, -2.523, 6.907 { c hyp b 50 } 54.110, -1.925, 5.611 { o hyp b 50 } 53.979, -2.462, 4.483 { c hyp b 50 } P 54.110, -1.925, 5.611 { n gly b 51 } 54.750, -0.784, 5.757 { ca gly b 51 } 55.331, -0.199, 4.563 { c gly b 51 } 56.504, -1.006, 4.028 { o gly b 51 } 56.852, -2.102, 4.522 { c gly b 51 } P 56.504, -1.006, 4.028 { n pro b 52 } 57.142, -0.478, 2.999 { ca pro b 52 } 58.299, -1.093, 2.327 { c pro b 52 } 59.554, -0.829, 3.144 { o pro b 52 } 59.501, -0.096, 4.125 { c pro b 52 } P 59.554, -0.829, 3.144 { n hyp b 53 } 60.701, -1.444, 2.759 { ca hyp b 53 } 61.942, -1.191, 3.537 { c hyp b 53 } 62.426, 0.243, 3.548 { o hyp b 53 } 62.174, 0.950, 2.613 { c hyp b 53 } P 62.426, 0.243, 3.548 { n gly b 54 } 63.140, 0.637, 4.593 { ca gly b 54 } 63.711, 1.969, 4.629 { c gly b 54 } 64.900, 2.054, 3.685 { o gly b 54 } 65.308, 1.069, 3.066 { c gly b 54 } P 64.900, 2.054, 3.685 { n pro b 55 } 65.501, 3.227, 3.543 { ca pro b 55 } 66.648, 3.296, 2.610 { c pro b 55 } 67.955, 2.639, 3.240 { o pro b 55 } 67.965, 2.165, 4.381 { c pro b 55 } P 67.955, 2.639, 3.240 { n hyp b 56 } 69.056, 2.591, 2.474 { ca hyp b 56 } 70.259, 1.991, 3.056 { c hyp b 56 } 70.804, 2.728, 4.279 { o hyp b 56 } 70.490, 3.923, 4.508 { c hyp b 56 } P 70.804, 2.728, 4.279 { n gly b 57 } 71.605, 2.000, 5.057 { ca gly b 57 } 72.300, 2.589, 6.188 { c gly b 57 } 73.482, 3.463, 5.820 { o gly b 57 } 73.901, 3.563, 4.660 { c gly b 57 } P 73.482, 3.463, 5.820 { n pro b 58 } 74.038, 4.139, 6.814 { ca pro b 58 } 75.194, 5.016, 6.652 { c pro b 58 } 76.552, 4.321, 6.345 { o pro b 58 } 76.759, 3.110, 6.615 { c pro b 58 } P 76.552, 4.321, 6.345 { n hyp b 59 } 77.491, 5.094, 5.752 { ca hyp b 59 } 78.850, 4.660, 5.362 { c hyp b 59 } 79.784, 4.030, 6.449 { o hyp b 59 } 79.655, 4.306, 7.661 { c hyp b 59 } P 79.784, 4.030, 6.449 { n gly b 60 } 80.683, 3.158, 5.963 { ca gly b 60 } 81.680, 2.483, 6.773 { c gly b 60 } 83.059, 2.557, 6.134 { o gly b 60 } 83.702, 1.542, 5.794 @subgroup {Side chain} dominant @vectorlist {pro2} color= green master= {Pro} { ca pro b 31 } P 1.692, -3.283, 3.341 { cb pro b 31 } 0.417, -3.893, 3.953 { cg pro b 31 } -0.453, -4.171, 2.751 { cd pro b 31 } 0.023, -3.255, 1.641 { n pro b 31 } P 1.394, -2.731, 1.987 { cd pro b 31 } 0.023, -3.255, 1.641 { ca pro b 34 } P 7.404, 2.281, 2.525 { cb pro b 34 } 7.381, 3.823, 2.529 { cg pro b 34 } 6.109, 4.195, 3.202 { cd pro b 34 } 5.787, 3.057, 4.141 { n pro b 34 } P 6.274, 1.900, 3.373 { cd pro b 34 } 5.787, 3.057, 4.141 { ca pro b 37 } P 16.179, 4.654, 5.366 { cb pro b 37 } 16.455, 5.667, 6.482 { cg pro b 37 } 15.155, 5.801, 7.183 { cd pro b 37 } 14.642, 4.397, 7.185 { n pro b 37 } P 14.990, 3.955, 5.823 { cd pro b 37 } 14.642, 4.397, 7.185 { ca pro b 40 } P 24.667, 3.356, 8.653 { cb pro b 40 } 24.785, 3.045, 10.150 { cg pro b 40 } 23.712, 2.039, 10.455 { cd pro b 40 } 23.239, 1.443, 9.167 { n pro b 40 } P 23.540, 2.518, 8.220 { cd pro b 40 } 23.239, 1.443, 9.167 { ca pro b 43 } P 33.128, -0.149, 9.695 { cb pro b 43 } 33.202, -1.478, 10.403 { cg pro b 43 } 32.744, -2.469, 9.394 { cd pro b 43 } 31.603, -1.761, 8.695 { n pro b 43 } P 31.961, -0.324, 8.822 { cd pro b 43 } 31.603, -1.761, 8.695 { ca pro b 46 } P 41.348, -4.028, 9.204 { cb pro b 46 } 41.522, -5.571, 9.226 { cg pro b 46 } 40.560, -6.127, 8.201 { cd pro b 46 } 40.187, -5.013, 7.272 { n pro b 46 } P 40.401, -3.799, 8.090 { cd pro b 46 } 40.187, -5.013, 7.272 { ca pro b 49 } P 50.206, -3.857, 5.933 { cb pro b 49 } 50.208, -4.426, 4.516 { cg pro b 49 } 49.395, -3.448, 3.738 { cd pro b 49 } 48.287, -3.048, 4.684 { n pro b 49 } P 48.907, -3.174, 6.020 { cd pro b 49 } 48.287, -3.048, 4.684 { ca pro b 52 } P 58.299, -1.093, 2.327 { cb pro b 52 } 58.303, -0.403, 0.974 { cg pro b 52 } 57.888, 0.965, 1.378 { cd pro b 52 } 56.715, 0.734, 2.291 { n pro b 52 } P 57.142, -0.478, 2.999 { cd pro b 52 } 56.715, 0.734, 2.291 { ca pro b 55 } P 66.648, 3.296, 2.610 { cb pro b 55 } 66.756, 4.792, 2.324 { cg pro b 55 } 66.287, 5.426, 3.605 { cd pro b 55 } 65.228, 4.513, 4.211 { n pro b 55 } P 65.501, 3.227, 3.543 { cd pro b 55 } 65.228, 4.513, 4.211 { ca pro b 58 } P 75.194, 5.016, 6.652 { cb pro b 58 } 75.205, 5.818, 7.960 { cg pro b 58 } 73.809, 5.642, 8.517 { cd pro b 58 } 73.480, 4.229, 8.169 { n pro b 58 } P 74.038, 4.139, 6.814 { cd pro b 58 } 73.480, 4.229, 8.169 @vectorlist {hyp} color= cyan master= {Hyp} { ca hyp b 32 } P 4.221, -3.525, 5.100 { cb hyp b 32 } 5.706, -3.867, 5.287 { cg hyp b 32 } 5.887, -5.286, 4.761 { od1 hyp b 32 } 5.504, -6.249, 5.743 { n hyp b 32 } P 3.827, -4.363, 3.941 { cd hyp b 32 } 4.906, -5.327, 3.594 { cg hyp b 32 } P 5.887, -5.286, 4.761 { cd hyp b 32 } 4.906, -5.327, 3.594 { ca hyp b 35 } P 10.976, 0.935, 2.905 { cb hyp b 35 } 11.797, 0.685, 1.656 { cg hyp b 35 } 10.738, 0.454, 0.591 { od1 hyp b 35 } 10.128, -0.766, 0.832 { n hyp b 35 } P 9.706, 1.445, 2.377 { cd hyp b 35 } 9.729, 1.539, 0.904 { cg hyp b 35 } P 10.738, 0.454, 0.591 { cd hyp b 35 } 9.729, 1.539, 0.904 { ca hyp b 38 } P 19.511, 3.259, 4.193 { cb hyp b 38 } 20.380, 4.060, 3.229 { cg hyp b 38 } 19.359, 4.916, 2.472 { od1 hyp b 38 } 18.559, 4.147, 1.572 { n hyp b 38 } P 18.352, 4.116, 4.386 { cd hyp b 38 } 18.475, 5.361, 3.621 { cg hyp b 38 } P 19.359, 4.916, 2.472 { cd hyp b 38 } 18.475, 5.361, 3.621 { ca hyp b 41 } P 28.211, 3.698, 7.181 { cb hyp b 41 } 29.050, 4.937, 7.446 { cg hyp b 41 } 28.027, 6.006, 7.791 { od1 hyp b 41 } 27.447, 6.457, 6.571 { n hyp b 41 } P 26.958, 3.948, 7.899 { cd hyp b 41 } 27.022, 5.227, 8.629 { cg hyp b 41 } P 28.027, 6.006, 7.791 { cd hyp b 41 } 27.022, 5.227, 8.629 { ca hyp b 44 } P 36.902, 0.550, 8.736 { cb hyp b 44 } 37.823, 1.129, 9.832 { cg hyp b 44 } 36.920, 1.734, 10.881 { od1 hyp b 44 } 36.636, 3.104, 10.526 { n hyp b 44 } P 35.591, 0.375, 9.404 { cd hyp b 44 } 35.666, 0.850, 10.806 { cg hyp b 44 } P 36.920, 1.734, 10.881 { cd hyp b 44 } 35.666, 0.850, 10.806 { ca hyp b 47 } P 44.861, -2.761, 10.233 { cb hyp b 47 } 45.500, -3.356, 11.475 { cg hyp b 47 } 44.324, -3.655, 12.393 { od1 hyp b 47 } 43.855, -2.443, 12.960 { n hyp b 47 } P 43.559, -3.421, 10.176 { cd hyp b 47 } 43.322, -4.212, 11.396 { cg hyp b 47 } P 44.324, -3.655, 12.393 { cd hyp b 47 } 43.322, -4.212, 11.396 { ca hyp b 50 } P 53.535, -2.523, 6.907 { cb hyp b 50 } 54.575, -3.255, 7.775 { cg hyp b 50 } 54.224, -4.742, 7.736 { od1 hyp b 50 } 54.218, -5.308, 9.098 { n hyp b 50 } P 52.483, -3.510, 6.683 { cd hyp b 50 } 52.845, -4.865, 7.118 { cg hyp b 50 } P 54.224, -4.742, 7.736 { cd hyp b 50 } 52.845, -4.865, 7.118 { ca hyp b 53 } P 61.942, -1.191, 3.537 { cb hyp b 53 } 62.978, -2.118, 2.898 { cg hyp b 53 } 62.147, -3.229, 2.279 { od1 hyp b 53 } 61.773, -4.111, 3.320 { n hyp b 53 } P 60.701, -1.444, 2.759 { cd hyp b 53 } 60.931, -2.477, 1.723 { cg hyp b 53 } P 62.147, -3.229, 2.279 { cd hyp b 53 } 60.931, -2.477, 1.723 { ca hyp b 56 } P 70.259, 1.991, 3.056 { cb hyp b 56 } 71.256, 1.955, 1.898 { cg hyp b 56 } 70.396, 2.086, 0.659 { od1 hyp b 56 } 69.870, 0.834, 0.296 { n hyp b 56 } P 69.056, 2.591, 2.474 { cd hyp b 56 } 69.260, 3.000, 1.083 { cg hyp b 56 } P 70.396, 2.086, 0.659 { cd hyp b 56 } 69.260, 3.000, 1.083 { ca hyp b 59 } P 78.850, 4.660, 5.362 { cb hyp b 59 } 79.445, 5.926, 4.725 { cg hyp b 59 } 78.233, 6.688, 4.180 { od1 hyp b 59 } 77.745, 6.066, 2.924 { n hyp b 59 } P 77.491, 5.094, 5.752 { cd hyp b 59 } 77.229, 6.488, 5.317 { cg hyp b 59 } P 78.233, 6.688, 4.180 { cd hyp b 59 } 77.229, 6.488, 5.317 @vectorlist {ala} color= magenta master= {Ala} { ca ala b 45 } P 38.927, -2.220, 6.837 { cb ala b 45 } 39.627, -1.969, 5.435 @group {Chain 3} @subgroup {Main chain} dominant @vectorlist {mc} color= white { n pro c 61 } P 2.669, -3.243, 7.814 { n pro c 61 } 2.669, -3.243, 7.814 { ca pro c 61 } 3.625, -2.325, 8.480 { c pro c 61 } 4.260, -2.965, 9.691 { o pro c 61 } 3.718, -3.892, 10.305 { c pro c 61 } P 4.260, -2.965, 9.691 { n hyp c 62 } 5.448, -2.485, 10.049 { ca hyp c 62 } 6.220, -1.397, 9.393 { c hyp c 62 } 6.550, -1.791, 7.958 { o hyp c 62 } 6.398, -2.971, 7.615 { c hyp c 62 } P 6.550, -1.791, 7.958 { n gly c 63 } 6.969, -0.831, 7.137 { ca gly c 63 } 7.430, -1.156, 5.805 { c gly c 63 } 8.647, -2.069, 5.899 { o gly c 63 } 9.102, -2.372, 7.002 { c gly c 63 } P 8.647, -2.069, 5.899 { n pro c 64 } 9.209, -2.531, 4.768 { ca pro c 64 } 10.389, -3.398, 4.892 { c pro c 64 } 11.624, -2.553, 5.258 { o pro c 64 } 11.638, -1.332, 5.016 { c pro c 64 } P 11.624, -2.553, 5.258 { n hyp c 65 } 12.682, -3.192, 5.817 { ca hyp c 65 } 13.915, -2.484, 6.198 { c hyp c 65 } 14.497, -1.867, 4.959 { o hyp c 65 } 14.352, -2.436, 3.901 { c hyp c 65 } P 14.497, -1.867, 4.959 { n gly c 66 } 15.177, -0.736, 5.150 { ca gly c 66 } 15.884, -0.063, 4.074 { c gly c 66 } 17.081, -0.887, 3.616 { o gly c 66 } 17.446, -1.903, 4.234 { c gly c 66 } P 17.081, -0.887, 3.616 { n pro c 67 } 17.731, -0.466, 2.528 { ca pro c 67 } 18.902, -1.150, 1.957 { c pro c 67 } 20.208, -0.931, 2.779 { o pro c 67 } 20.242, -0.170, 3.740 { c pro c 67 } P 20.208, -0.931, 2.779 { n hyp c 68 } 21.288, -1.592, 2.398 { ca hyp c 68 } 22.534, -1.394, 3.124 { c hyp c 68 } 23.033, 0.045, 3.018 { o hyp c 68 } 22.891, 0.725, 1.993 { c hyp c 68 } P 23.033, 0.045, 3.018 { n gly c 69 } 23.610, 0.485, 4.113 { ca gly c 69 } 24.172, 1.793, 4.154 { c gly c 69 } 25.410, 1.840, 3.287 { o gly c 69 } 25.798, 0.854, 2.671 { c gly c 69 } P 25.410, 1.840, 3.287 { n pro c 70 } 26.045, 3.006, 3.230 { ca pro c 70 } 27.247, 3.178, 2.422 { c pro c 70 } 28.540, 2.533, 3.000 { o pro c 70 } 28.598, 2.141, 4.171 { c pro c 70 } P 28.540, 2.533, 3.000 { n hyp c 71 } 29.563, 2.376, 2.145 { ca hyp c 71 } 30.861, 1.804, 2.500 { c hyp c 71 } 31.483, 2.591, 3.647 { o hyp c 71 } 31.294, 3.812, 3.756 { c hyp c 71 } P 31.483, 2.591, 3.647 { n gly c 72 } 32.205, 1.881, 4.489 { ca gly c 72 } 32.866, 2.519, 5.602 { c gly c 72 } 33.913, 3.572, 5.307 { o gly c 72 } 34.323, 3.713, 4.201 { c gly c 72 } P 33.913, 3.572, 5.307 { n pro c 73 } 34.361, 4.324, 6.334 { ca pro c 73 } 35.369, 5.336, 6.098 { c pro c 73 } 36.723, 4.712, 5.860 { o pro c 73 } 36.886, 3.504, 6.092 { c pro c 73 } P 36.723, 4.712, 5.860 { n hyp c 74 } 37.689, 5.509, 5.329 { ca hyp c 74 } 39.108, 5.199, 5.054 { c hyp c 74 } 39.691, 4.857, 6.451 { o hyp c 74 } 39.261, 5.390, 7.463 { c hyp c 74 } P 39.691, 4.857, 6.451 { n ala c 75 } 40.664, 3.989, 6.450 { ca ala c 75 } 41.341, 3.495, 7.567 { c ala c 75 } 42.700, 4.224, 7.591 { o ala c 75 } 43.070, 4.914, 6.615 { c ala c 75 } P 42.700, 4.224, 7.591 { n pro c 76 } 43.470, 4.098, 8.711 { ca pro c 76 } 44.800, 4.703, 8.867 { c pro c 76 } 45.889, 3.903, 8.143 { o pro c 76 } 45.687, 2.749, 7.816 { c pro c 76 } P 45.889, 3.903, 8.143 { n hyp c 77 } 47.039, 4.526, 7.823 { ca hyp c 77 } 48.103, 3.702, 7.208 { c hyp c 77 } 48.561, 2.577, 8.136 { o hyp c 77 } 48.530, 2.719, 9.358 { c hyp c 77 } P 48.561, 2.577, 8.136 { n gly c 78 } 49.038, 1.516, 7.514 { ca gly c 78 } 49.744, 0.447, 8.205 { c gly c 78 } 50.966, 0.966, 8.971 { o gly c 78 } 51.289, 2.174, 8.987 { c gly c 78 } P 50.966, 0.966, 8.971 { n pro c 79 } 51.681, 0.073, 9.618 { ca pro c 79 } 52.846, 0.418, 10.442 { c pro c 79 } 54.078, 0.596, 9.590 { o pro c 79 } 54.042, 0.238, 8.424 { c pro c 79 } P 54.078, 0.596, 9.590 { n hyp c 80 } 55.138, 1.218, 10.130 { ca hyp c 80 } 56.356, 1.405, 9.347 { c hyp c 80 } 56.917, 0.093, 8.829 { o hyp c 80 } 56.719, -0.981, 9.461 { c hyp c 80 } P 56.917, 0.093, 8.829 { n gly c 81 } 57.619, 0.186, 7.687 { ca gly c 81 } 58.305, -0.959, 7.132 { c gly c 81 } 59.618, -1.284, 7.824 { o gly c 81 } 60.064, -0.580, 8.726 { c gly c 81 } P 59.618, -1.284, 7.824 { n pro c 82 } 60.266, -2.392, 7.443 { ca pro c 82 } 61.554, -2.780, 8.026 { c pro c 82 } 62.696, -1.831, 7.688 { o pro c 82 } 62.668, -1.119, 6.662 { c pro c 82 } P 62.696, -1.831, 7.688 { n hyp c 83 } 63.720, -1.789, 8.554 { ca hyp c 83 } 64.880, -0.933, 8.261 { c hyp c 83 } 65.435, -1.442, 6.940 { o hyp c 83 } 65.232, -2.637, 6.635 { c hyp c 83 } P 65.435, -1.442, 6.940 { n gly c 84 } 66.118, -0.577, 6.196 { ca gly c 84 } 66.702, -0.976, 4.912 { c gly c 84 } 68.036, -1.717, 5.037 { o gly c 84 } 68.451, -2.028, 6.141 { c gly c 84 } P 68.036, -1.717, 5.037 { n pro c 85 } 68.749, -2.005, 3.924 { ca pro c 85 } 70.021, -2.733, 4.040 { c pro c 85 } 71.147, -1.932, 4.725 { o pro c 85 } 71.042, -0.703, 4.916 { c pro c 85 } P 71.147, -1.932, 4.725 { n hyp c 86 } 72.238, -2.636, 5.110 { ca hyp c 86 } 73.385, -1.985, 5.761 { c hyp c 86 } 73.988, -0.993, 4.787 { o hyp c 86 } 73.997, -1.222, 3.577 { c hyp c 86 } P 73.988, -0.993, 4.787 { n gly c 87 } 74.440, 0.116, 5.330 { ca gly c 87 } 75.000, 1.127, 4.502 { c gly c 87 } 76.213, 0.636, 3.789 { o gly c 87 } 76.630, -0.547, 3.884 { c gly c 87 } P 76.213, 0.636, 3.789 { n pro c 88 } 76.837, 1.559, 3.071 { ca pro c 88 } 78.032, 1.220, 2.318 { c pro c 88 } 79.234, 1.141, 3.256 { o pro c 88 } 79.365, 1.932, 4.196 { c pro c 88 } P 79.234, 1.141, 3.256 { n hyp c 89 } 80.089, 0.149, 3.035 { ca hyp c 89 } 81.354, -0.164, 3.703 { c hyp c 89 } 82.422, 0.827, 3.221 { o hyp c 89 } 82.399, 1.281, 2.054 @subgroup {Side chain} dominant @vectorlist {pro3} color= green master= {Pro} { ca pro c 61 } P 3.625, -2.325, 8.480 { cb pro c 61 } 2.926, -1.054, 8.922 { cg pro c 61 } 1.565, -1.175, 8.310 { cd pro c 61 } 1.347, -2.647, 8.101 { n pro c 61 } P 2.669, -3.243, 7.814 { cd pro c 61 } 1.347, -2.647, 8.101 { ca pro c 64 } P 10.389, -3.398, 4.892 { cb pro c 64 } 10.493, -4.023, 3.513 { cg pro c 64 } 10.072, -2.887, 2.639 { cd pro c 64 } 8.878, -2.298, 3.352 { n pro c 64 } P 9.209, -2.531, 4.768 { cd pro c 64 } 8.878, -2.298, 3.352 { ca pro c 67 } P 18.902, -1.150, 1.957 { cb pro c 67 } 18.970, -0.562, 0.552 { cg pro c 67 } 18.527, 0.847, 0.771 { cd pro c 67 } 17.404, 0.758, 1.774 { n pro c 67 } P 17.731, -0.466, 2.528 { cd pro c 67 } 17.404, 0.758, 1.774 { ca pro c 70 } P 27.247, 3.178, 2.422 { cb pro c 70 } 27.303, 4.698, 2.214 { cg pro c 70 } 26.592, 5.278, 3.407 { cd pro c 70 } 25.621, 4.241, 3.896 { n pro c 70 } P 26.045, 3.006, 3.230 { cd pro c 70 } 25.621, 4.241, 3.896 { ca pro c 73 } P 35.369, 5.336, 6.098 { cb pro c 73 } 35.304, 6.184, 7.360 { cg pro c 73 } 34.949, 5.180, 8.405 { cd pro c 73 } 33.958, 4.283, 7.750 { n pro c 73 } P 34.361, 4.324, 6.334 { cd pro c 73 } 33.958, 4.283, 7.750 { ca pro c 76 } P 44.800, 4.703, 8.867 { cb pro c 76 } 45.039, 4.691, 10.375 { cg pro c 76 } 43.763, 4.198, 10.986 { cd pro c 76 } 43.095, 3.379, 9.931 { n pro c 76 } P 43.470, 4.098, 8.711 { cd pro c 76 } 43.095, 3.379, 9.931 { ca pro c 79 } P 52.846, 0.418, 10.442 { cb pro c 79 } 52.920, -0.738, 11.403 { cg pro c 79 } 52.527, -1.900, 10.548 { cd pro c 79 } 51.483, -1.388, 9.556 { n pro c 79 } P 51.681, 0.073, 9.618 { cd pro c 79 } 51.483, -1.388, 9.556 { ca pro c 82 } P 61.554, -2.780, 8.026 { cb pro c 82 } 61.793, -4.180, 7.477 { cg pro c 82 } 60.474, -4.640, 7.012 { cd pro c 82 } 59.742, -3.440, 6.562 { n pro c 82 } P 60.266, -2.392, 7.443 { cd pro c 82 } 59.742, -3.440, 6.562 { ca pro c 85 } P 70.021, -2.733, 4.040 { cb pro c 85 } 70.371, -3.095, 2.611 { cg pro c 85 } 69.802, -1.942, 1.864 { cd pro c 85 } 68.495, -1.597, 2.534 { n pro c 85 } P 68.749, -2.005, 3.924 { cd pro c 85 } 68.495, -1.597, 2.534 { ca pro c 88 } P 78.032, 1.220, 2.318 { cb pro c 88 } 78.163, 2.349, 1.313 { cg pro c 88 } 77.015, 3.286, 1.567 { cd pro c 88 } 76.522, 2.986, 2.957 { n pro c 88 } P 76.837, 1.559, 3.071 { cd pro c 88 } 76.522, 2.986, 2.957 @vectorlist {hyp} color= cyan master= {Hyp} { ca hyp c 62 } P 6.220, -1.397, 9.393 { cb hyp c 62 } 7.468, -1.273, 10.260 { cg hyp c 62 } 7.605, -2.646, 10.938 { od1 hyp c 62 } 8.214, -2.531, 12.203 { n hyp c 62 } P 5.448, -2.485, 10.049 { cd hyp c 62 } 6.170, -3.072, 11.186 { cg hyp c 62 } P 7.605, -2.646, 10.938 { cd hyp c 62 } 6.170, -3.072, 11.186 { ca hyp c 65 } P 13.915, -2.484, 6.198 { cb hyp c 65 } 14.833, -3.579, 6.729 { cg hyp c 65 } 13.857, -4.636, 7.182 { od1 hyp c 65 } 13.284, -4.196, 8.321 { n hyp c 65 } P 12.682, -3.192, 5.817 { cd hyp c 65 } 12.811, -4.630, 6.091 { cg hyp c 65 } P 13.857, -4.636, 7.182 { cd hyp c 65 } 12.811, -4.630, 6.091 { ca hyp c 68 } P 22.534, -1.394, 3.124 { cb hyp c 68 } 23.504, -2.400, 2.491 { cg hyp c 68 } 22.636, -3.399, 1.722 { od1 hyp c 68 } 22.136, -4.463, 2.526 { n hyp c 68 } P 21.288, -1.592, 2.398 { cd hyp c 68 } 21.435, -2.575, 1.320 { cg hyp c 68 } P 22.636, -3.399, 1.722 { cd hyp c 68 } 21.435, -2.575, 1.320 { ca hyp c 71 } P 30.861, 1.804, 2.500 { cb hyp c 71 } 31.662, 1.887, 1.194 { cg hyp c 71 } 30.609, 1.860, 0.097 { od1 hyp c 71 } 30.229, 0.540, -0.093 { n hyp c 71 } P 29.563, 2.376, 2.145 { cd hyp c 71 } 29.469, 2.663, 0.691 { cg hyp c 71 } P 30.609, 1.860, 0.097 { cd hyp c 71 } 29.469, 2.663, 0.691 { ca hyp c 74 } P 39.108, 5.199, 5.054 { cb hyp c 74 } 39.687, 6.506, 4.564 { cg hyp c 74 } 38.532, 7.266, 3.929 { od1 hyp c 74 } 38.320, 6.860, 2.582 { n hyp c 74 } P 37.689, 5.509, 5.329 { cd hyp c 74 } 37.340, 6.830, 4.771 { cg hyp c 74 } P 38.532, 7.266, 3.929 { cd hyp c 74 } 37.340, 6.830, 4.771 { ca hyp c 77 } P 48.103, 3.702, 7.208 { cb hyp c 77 } 49.294, 4.652, 7.013 { cg hyp c 77 } 48.691, 6.039, 6.944 { od1 hyp c 77 } 48.501, 6.317, 5.499 { n hyp c 77 } P 47.039, 4.526, 7.823 { cd hyp c 77 } 47.401, 5.959, 7.787 { cg hyp c 77 } P 48.691, 6.039, 6.944 { cd hyp c 77 } 47.401, 5.959, 7.787 { ca hyp c 80 } P 56.356, 1.405, 9.347 { cb hyp c 80 } 57.326, 2.043, 10.314 { cg hyp c 80 } 56.482, 2.781, 11.317 { od1 hyp c 80 } 56.161, 4.059, 10.737 { n hyp c 80 } P 55.138, 1.218, 10.130 { cd hyp c 80 } 55.266, 1.862, 11.453 { cg hyp c 80 } P 56.482, 2.781, 11.317 { cd hyp c 80 } 55.266, 1.862, 11.453 { ca hyp c 83 } P 64.880, -0.933, 8.261 { cb hyp c 83 } 65.858, -1.201, 9.386 { cg hyp c 83 } 65.008, -1.739, 10.525 { od1 hyp c 83 } 64.578, -0.646, 11.210 { n hyp c 83 } P 63.720, -1.789, 8.554 { cd hyp c 83 } 63.852, -2.466, 9.844 { cg hyp c 83 } P 65.008, -1.739, 10.525 { cd hyp c 83 } 63.852, -2.466, 9.844 { ca hyp c 86 } P 73.385, -1.985, 5.761 { cb hyp c 86 } 74.320, -3.149, 6.131 { cg hyp c 86 } 73.408, -4.376, 6.180 { od1 hyp c 86 } 72.746, -4.423, 7.442 { n hyp c 86 } P 72.238, -2.636, 5.110 { cd hyp c 86 } 72.430, -4.094, 5.035 { cg hyp c 86 } P 73.408, -4.376, 6.180 { cd hyp c 86 } 72.430, -4.094, 5.035 { ca hyp c 89 } P 81.354, -0.164, 3.703 { cb hyp c 89 } 81.645, -1.610, 3.282 { cg hyp c 89 } 80.951, -1.755, 1.926 { od1 hyp c 89 } 80.521, -3.115, 1.651 { n hyp c 89 } P 80.089, 0.149, 3.035 { cd hyp c 89 } 79.695, -0.912, 2.100 { cg hyp c 89 } P 80.951, -1.755, 1.926 { cd hyp c 89 } 79.695, -0.912, 2.100 @vectorlist {ala} color= magenta master= {Ala} { ca ala b 75 } P 41.341, 3.495, 7.567 { cb ala b 75 } 41.515, 1.985, 7.360 @group {H bonds} dominant off @subgroup {} nobutton @vectorlist {Drawn} color= orange { n gly a 27 } P 77.442, 0.703, 7.184 { o pro b 58 } 76.839, 2.829, 6.682 { o pro c 88 } P 79.522, 2.078, 4.406 { n gly b 60 } 80.526, 3.012, 5.753 { n gly c 87 } P 74.379, 0.098, 5.623 { o pro a 25 } 73.958, -0.027, 7.657 { ca gly c 84 } P 66.567, -0.777, 4.733 { o gly b 54 } 65.443, 0.870, 3.245 { n gly b 54 } P 63.089, 0.446, 4.818 { o pro c 82 } 62.719, -0.928, 6.437 { n gly b 51 } P 54.678, -0.680, 6.029 { o pro c 79 } 54.114, 0.134, 8.152 { n gly c 81 } P 57.522, 0.432, 7.545 { o pro a 19 } 56.778, 2.308, 6.457 { n gly a 24 } P 68.831, 1.760, 6.859 { o pro b 55 } 68.063, 2.119, 4.661 { n gly b 57 } P 71.544, 1.707, 5.042 { o pro c 85 } 71.103, -0.410, 4.931 { n gly a 21 } P 60.175, 1.764, 5.979 { o pro b 52 } 59.576, 0.110, 4.330 { n gly a 18 } P 51.873, 0.592, 5.465 { o pro b 49 } 51.369, -1.471, 5.995 { n gly c 78 } P 48.935, 1.442, 7.242 { o pro a 16 } 48.188, 0.903, 5.280 { n gly a 12 } P 34.980, -0.317, 5.165 { o pro b 43 } 34.386, 0.108, 7.301 { n gly c 72 } P 32.144, 1.587, 4.480 { o pro a 10 } 31.689, -0.582, 4.416 { n gly b 42 } P 29.358, 1.684, 6.572 { o pro c 70 } 28.687, 2.087, 4.452 { n gly a 9 } P 26.551, -0.348, 6.337 { o pro b 40 } 26.104, 1.724, 7.126 { n gly c 69 } P 23.565, 0.334, 4.368 { o pro a 7 } 23.209, -0.861, 6.382 { ca gly b 39 } P 21.624, 1.506, 6.959 { o gly a 6 } 20.759, -0.284, 8.090 { n gly c 66 } P 15.118, -0.652, 5.432 { o pro a 4 } 14.644, 0.022, 7.710 { n gly b 36 } P 12.258, 1.188, 4.864 { o pro c 64 } 11.709, -1.041, 4.998 { n gly a 3 } P 9.484, 1.006, 7.037 { o pro b 34 } 8.831, 1.427, 4.707 { n gly c 63 } P 6.844, -0.572, 7.222 { o pro a 1 } 5.920, 1.341, 7.850