Mike Sutcliffe, Department of Biochemistry, University of Leicester
This practical consists of a series of exercises which will help you in your understanding of protein structure. These exercises are detailed below.
When you get to the bottom of this window, you can move the text up by clicking on the ╥down arrow╙ on the bottom right hand side of this window; conversely, to move the text upwards click on the ╥up arrow╙ on the top right hand side of this window.
Let╒s look at three simple examples to get used to using the computer.
Exercise 1
==========
Firstly we will look at a single alpha-helix. To view a computer graphics representation of an alpha-helix, move the black arrow on the screen using the mouse until it is over the word ╥Windows╙ in the bar along the top of the screen, hold down the mouse button whilst dragging to the words ╥Show graphics╙, release the mouse button when the words ╥Show graphics╙ is blacked out. This window is made visible again by repeating this operation but by blacking out ╥Show text╙ instead of ╥Show graphics╙. In each exercise you can rotate the computer graphics which appear by moving the mouse whilst depressing the mouse button. Parts of the image can be switched ╥on╙ and ╥off╙ by clicking inside the small boxes on the right hand side of the graphic. Atoms can be identified by moving the arrow over them and clicking the mouse button.
Problems:
1) Identify residue 2.
2) Which atom in this residue is involved in making a hydrogen bond?
3) Which atom on which residue is this hydrogen bonded to?
4) Identify residue 6.
5) Which atoms in this residue are involved in making a hydrogen bond?
6) Which atoms on which residues are these hydrogen bonded to?
Exercise 2
==========
To move on to the graphics for Exercise 2, click on ╥KINEMAGE╙ on the top menu bar and select ╥NEXT╙.
This exercise involve looking at a double stranded beta sheet.
Problem:
1) Is this a parallel or an anti-parallel beta sheet?
Exercise 3
==========
This exercise involve looking at another double stranded beta sheet.
Problem:
1) Is this a parallel or an anti-parallel beta sheet?
Exercise 4
==========
Now let╒s take a look at some proteins.
The first protein we will look at is calmodulin. Calmodulin serves as a calcium detector in nearly all eukaryotic cells. The calcium ion binding site is formed by a loop between two alpha-helices. This structural motif is known as an EF-hand. Calcium binding to an EF-hand induces a conformational change in calmodulin.
Problems:
1) How many alpha-helices are there in an EF-hand?
2) How many alpha-helices are there in calmodulin?
3) How many EF-hands are there in calmodulin?
4) How many calcium ions are there?
Exercise 5
==========
Antibodies (also known as immunoglobulins) act as antigen receptors. Immunoglobulin G (IgG) is a large ╥Y╙-shaped molecule which can be split into three fragments, two of which are identical, bind antigen and are called Fab (ab stands for antigen) and the third which, although it does not bind antigen, has other important biological functions and is called Fc (c because it crystallises). Here we will look at a single Fab. An Fab consists of two polypeptide chains - the heavy chain and the light chain. Each of these chains in turn consists of a constant and a variable domain. The antigen binding site is formed by 3 hypervariable loops from the variable heavy (VH) domain and 3 hypervariable loops from the variable light (VL) domain.
Problems:
1) What types of beta-sheet occur in IgG?
2) How many beta-strands are there in the light chain?
3) How many beta-strands are there in the heavy chain?
4) How many disulphide bridges are there in the light chain?
5) How many disulphide bridges are there in the heavy chain?
6) How many disulphide bridges are there between the light and heavy chains?
7) Are the hypervariable regions in the light chain close to those in the heavy chain?
Exercise 6
==========
Actin polymerises into long filaments. It is the interaction of actin, myosin and ATP that causes muscle to contract.
Problems:
1) Orient the actin structure on the graphics so that it corresponds to the picture you╒ve been given (Kabsch et al. (1990) Nature 347, 37-44; Fig. 1b). When you are happy with the orientation, call a demonstrator to check it.
A loop which is involved in ATP binding is shown in the colour cyan. Click on the ╥pickcenter╙ box, then click on one of the three cyan atoms. This should then move to the centre of the screen. If it does not, repeat the operation. Then look at the region around this loop in more detail by using the ╥Zoom╙ scroll bar on the right hand side of the graphics window.
2) Is the loop before or after the beta-strand in the amino acid sequence?
3) Is the loop before or after the alpha-helix in the amino acid sequence?
Exercise 7
==========
Hexokinase is an enzyme which catalyses the transfer of phosphoryl groups between ATP and glucose to form glucose-6-phosphate.
Problems:
1) Orient the hexokinase structure on the graphics so that it corresponds to the picture of actin you╒ve been given. When you are happy with the orientation, call a demonstrator to check it.
As with actin, a loop which is involved in ATP binding is shown in cyan. Centre the graphics on this and zoom in on this region as before.
2) Is the loop before or after the beta-strand in the amino acid sequence?
3) Is the loop before or after the alpha-helix in the amino acid sequence?
4) Do you see any similarity between how actin and hexokinase bind ATP?
@kinemage 1
@caption
An alpha-helix
N.B. To see the list of exercises again, move the black arrow on the screen using the mouse until it is over the word ╥Windows╙ in the bar along the top of the screen, hold down the mouse button whilst dragging to the words ╥Show text╙, release the mouse button when the word ╥Show text╙ is blacked out.
@onewidth
@group {Alpha-helix}
@vectorlist {Alpha C} color= yellow
{ ca ala 1 } P -1.593, -7.289, 6.680 { ca ala 1 } L -1.593, -7.289, 6.680
{ ca ala 2 } L 0.233, -5.641, 3.802
{ ca ala 3 } L -2.967, -4.063, 2.538
{ ca ala 4 } L -3.750, -2.654, 5.963
{ ca ala 5 } L -0.299, -1.120, 6.236
{ ca ala 6 } L -0.655, 0.542, 2.854
{ ca ala 7 } L -3.995, 2.037, 3.823
{ ca ala 8 } L -2.550, 3.459, 7.020
{ ca ala 9 } L 0.309, 5.071, 5.134
{ ca ala 10 } L -2.080, 6.695, 2.688
@vectorlist {Mainchain} color= hotpink off
{ n ala 1 } P -2.395, -8.163, 5.829 { n ala 1 } L -2.395, -8.163, 5.829
{ ca ala 1 } L -1.593, -7.289, 6.680
{ c ala 1 } L -0.923, -6.208, 5.867
{ o ala 1 } L -0.820, -5.046, 6.278
{ c ala 1 } P -0.923, -6.208, 5.867 { n ala 2 } L -0.441, -6.580, 4.695
{ ca ala 2 } L 0.233, -5.641, 3.802
{ c ala 2 } L -0.721, -4.575, 3.318
{ o ala 2 } L -0.377, -3.394, 3.198
{ c ala 2 } P -0.721, -4.575, 3.318 { n ala 3 } L -1.940, -4.983, 3.018
{ ca ala 3 } L -2.967, -4.063, 2.538
{ c ala 3 } L -3.329, -3.053, 3.601
{ o ala 3 } L -3.549, -1.867, 3.330
{ c ala 3 } P -3.329, -3.053, 3.601 { n ala 4 } L -3.409, -3.515, 4.834
{ ca ala 4 } L -3.750, -2.654, 5.963
{ c ala 4 } L -2.681, -1.611, 6.189
{ o ala 4 } L -2.958, -0.446, 6.499
{ c ala 4 } P -2.681, -1.611, 6.189 { n ala 5 } L -1.434, -2.019, 6.048
{ ca ala 5 } L -0.299, -1.120, 6.236
{ c ala 5 } L -0.292, -0.032, 5.189
{ o ala 5 } L 0.014, 1.135, 5.460
{ c ala 5 } P -0.292, -0.032, 5.189 { n ala 6 } L -0.620, -0.403, 3.966
{ ca ala 6 } L -0.655, 0.542, 2.854
{ c ala 6 } L -1.730, 1.582, 3.062
{ o ala 6 } L -1.559, 2.770, 2.764
{ c ala 6 } P -1.730, 1.582, 3.062 { n ala 7 } L -2.868, 1.145, 3.568
{ ca ala 7 } L -3.995, 2.037, 3.823
{ c ala 7 } L -3.654, 3.048, 4.892
{ o ala 7 } L -4.021, 4.227, 4.820
{ c ala 7 } P -3.654, 3.048, 4.892 { n ala 8 } L -2.951, 2.595, 5.913
{ ca ala 8 } L -2.550, 3.459, 7.020
{ c ala 8 } L -1.591, 4.528, 6.552
{ o ala 8 } L -1.647, 5.689, 6.974
{ c ala 8 } P -1.591, 4.528, 6.552 { n ala 9 } L -0.682, 4.145, 5.674
{ ca ala 9 } L 0.309, 5.071, 5.134
{ c ala 9 } L -0.350, 6.150, 4.309
{ o ala 9 } L 0.031, 7.326, 4.344
{ c ala 9 } P -0.350, 6.150, 4.309 { n ala 10 } L -1.350, 5.761, 3.540
{ ca ala 10 } L -2.080, 6.695, 2.688
{ c ala 10 } L -2.827, 7.713, 3.517
{ o ala 10 } L -2.778, 7.714, 4.753
@vectorlist {Sidechain} color= cyan off
{ ca ala 1 } P -1.593, -7.289, 6.680 { cb ala 1 } L -0.589, -8.172, 7.441
{ ca ala 2 } P 0.233, -5.641, 3.802 { cb ala 2 } L 0.852, -6.455, 2.652
{ ca ala 3 } P -2.967, -4.063, 2.538 { cb ala 3 } L -4.171, -4.905, 2.081
{ ca ala 4 } P -3.750, -2.654, 5.963 { cb ala 4 } L -3.970, -3.557, 7.189
{ ca ala 5 } P -0.299, -1.120, 6.236 { cb ala 5 } L 0.980, -1.975, 6.217
{ ca ala 6 } P -0.655, 0.542, 2.854 { cb ala 6 } L -0.851, -0.268, 1.560
{ ca ala 7 } P -3.995, 2.037, 3.823 { cb ala 7 } L -5.207, 1.164, 4.192
{ ca ala 8 } P -2.550, 3.459, 7.020 { cb ala 8 } L -1.953, 2.562, 8.118
{ ca ala 9 } P 0.309, 5.071, 5.134 { cb ala 9 } L 1.329, 4.246, 4.330
{ ca ala 10 } P -2.080, 6.695, 2.688 { cb ala 10 } L -3.008, 5.870, 1.780
@vectorlist {Amide H} color= white off
{ n ala 1 } P -2.395, -8.163, 5.829 {1h ala 1 } L -2.467, -8.013, 4.762
{ n ala 1 } P -2.395, -8.163, 5.829 {2h ala 1 } L -2.952, -8.997, 6.229
{ n ala 2 } P -0.441, -6.580, 4.695 { h ala 2 } L -0.575, -7.620, 4.437
{ n ala 3 } P -1.940, -4.983, 3.018 { h ala 3 } L -2.133, -6.037, 3.150
{ n ala 4 } P -3.409, -3.515, 4.834 { h ala 4 } L -3.207, -4.569, 4.959
{ n ala 5 } P -1.434, -2.019, 6.048 { h ala 5 } L -1.304, -3.059, 5.785
{ n ala 6 } P -0.620, -0.403, 3.966 { h ala 6 } L -0.860, -1.448, 3.837
{ n ala 7 } P -2.868, 1.145, 3.568 { h ala 7 } L -2.916, 0.087, 3.783
{ n ala 8 } P -2.951, 2.595, 5.913 { h ala 8 } L -2.691, 1.547, 5.881
{ n ala 9 } P -0.682, 4.145, 5.674 { h ala 9 } L -0.716, 3.107, 5.379
{ n ala 10 } P -1.350, 5.761, 3.540 { h ala 10 } L -1.595, 4.710, 3.578
@vectorlist {H-bonds} color= green off
<2.17>{ala 5 hn} P -1.27, -2.97, 5.80 {ala 1 o} L -0.96, -4.42, 6.14
<2.17>{ala 6 hn} P -0.85, -1.36, 3.81 {ala 2 o} L -0.52, -2.78, 3.38
<2.17>{ala 7 hn} P -2.95, 0.17, 3.78 {ala 3 o} L -3.37, -1.26, 3.46
<2.17>{ala 8 hn} P -2.69, 1.63, 5.92 {ala 4 o} L -2.88, 0.18, 6.33
<2.17>{ala 9 hn} P -0.68, 3.19, 5.38 {ala 5 o} L -0.19, 1.75, 5.43
<2.17>{ala 10 hn} P -1.61, 4.80, 3.55 {ala 6 o} L -1.57, 3.38, 3.00
@kinemage 2
@caption
Beta-sheet
Is it parallel or anti-parallel?
@onewidth
@group {Beta-sheet}
@vectorlist {Alpha C} color= yellow off
{ ca val 1 } P -7.850, -11.051, 5.771 { ca val 1 } L -7.850, -11.051, 5.771
{ ca val 2 } L -8.338, -7.756, 7.571
{ ca val 3 } L -7.989, -4.453, 5.754
{ ca val 4 } L -8.290, -1.158, 7.592
{ ca val 5 } L -8.130, 2.144, 5.747
{ ca val 6 } L -8.241, 5.441, 7.604
{ ca val 7 } L -8.271, 8.741, 5.750
{ ca val 8 } L -8.191, 12.039, 7.606
{ ca val 11 } P -2.880, -11.051, 5.771 { ca val 11 } L -2.880, -11.051, 5.771
{ ca val 12 } L -3.367, -7.756, 7.571
{ ca val 13 } L -3.019, -4.453, 5.754
{ ca val 14 } L -3.320, -1.158, 7.592
{ ca val 15 } L -3.160, 2.144, 5.747
{ ca val 16 } L -3.271, 5.441, 7.604
{ ca val 17 } L -3.301, 8.741, 5.750
{ ca val 18 } L -3.221, 12.039, 7.606
@vectorlist {Mainchain} color= hotpink
{ n val 1 } P -8.407, -12.279, 6.332 { n val 1 } L -8.407, -12.279, 6.332
{ ca val 1 } L -7.850, -11.051, 5.771
{ c val 1 } L -8.553, -9.835, 6.327
{ o val 1 } L -9.768, -9.656, 6.178
{ c val 1 } P -8.553, -9.835, 6.327 { n val 2 } L -7.794, -8.976, 6.980
{ ca val 2 } L -8.338, -7.756, 7.571
{ c val 2 } L -7.681, -6.530, 6.982
{ o val 2 } L -6.463, -6.334, 7.068
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{ ca val 3 } L -7.989, -4.453, 5.754
{ c val 3 } L -8.632, -3.238, 6.378
{ o val 3 } L -9.855, -3.058, 6.355
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{ ca val 4 } L -8.290, -1.158, 7.592
{ c val 4 } L -7.697, 0.068, 6.938
{ o val 4 } L -6.476, 0.264, 6.899
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{ ca val 5 } L -8.130, 2.144, 5.747
{ c val 5 } L -8.705, 3.360, 6.433
{ o val 5 } L -9.925, 3.539, 6.535
{ c val 5 } P -8.705, 3.360, 6.433 { n val 6 } L -7.829, 4.220, 6.916
{ ca val 6 } L -8.241, 5.441, 7.604
{ c val 6 } L -7.718, 6.666, 6.892
{ o val 6 } L -6.508, 6.862, 6.728
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{ ca val 7 } L -8.271, 8.741, 5.750
{ c val 7 } L -8.773, 9.958, 6.490
{ o val 7 } L -9.976, 10.137, 6.716
{ c val 7 } P -8.773, 9.958, 6.490 { n val 8 } L -7.852, 10.818, 6.880
{ ca val 8 } L -8.191, 12.039, 7.606
{ c val 8 } L -7.745, 13.264, 6.843
{ o val 8 } L -7.171, 13.182, 5.751
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{ ca val 11 } L -2.880, -11.051, 5.771
{ c val 11 } L -3.583, -9.835, 6.327
{ o val 11 } L -4.798, -9.656, 6.178
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{ ca val 12 } L -3.367, -7.756, 7.571
{ c val 12 } L -2.711, -6.530, 6.982
{ o val 12 } L -1.493, -6.334, 7.068
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{ ca val 13 } L -3.019, -4.453, 5.754
{ c val 13 } L -3.662, -3.238, 6.378
{ o val 13 } L -4.885, -3.058, 6.355
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{ ca val 14 } L -3.320, -1.158, 7.592
{ c val 14 } L -2.727, 0.068, 6.938
{ o val 14 } L -1.506, 0.264, 6.899
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{ ca val 15 } L -3.160, 2.144, 5.747
{ c val 15 } L -3.735, 3.360, 6.433
{ o val 15 } L -4.955, 3.539, 6.535
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{ ca val 16 } L -3.271, 5.441, 7.604
{ c val 16 } L -2.748, 6.666, 6.892
{ o val 16 } L -1.538, 6.862, 6.728
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{ ca val 17 } L -3.301, 8.741, 5.750
{ c val 17 } L -3.803, 9.958, 6.490
{ o val 17 } L -5.006, 10.137, 6.716
{ c val 17 } P -3.803, 9.958, 6.490 { n val 18 } L -2.882, 10.818, 6.880
{ ca val 18 } L -3.221, 12.039, 7.606
{ c val 18 } L -2.775, 13.264, 6.843
{ o val 18 } L -2.201, 13.182, 5.751
@vectorlist {Sidechain} color= cyan off
{ ca val 1 } P -7.850, -11.051, 5.771 { cb val 1 } L -7.952, -11.087, 4.195
{ cg1 val 1 } L -7.093, -12.194, 3.536
{ cb val 1 } P -7.952, -11.087, 4.195 { cg2 val 1 } L -7.574, -9.777, 3.449
{ ca val 2 } P -8.338, -7.756, 7.571 { cb val 2 } L -8.155, -7.793, 9.140
{ cg1 val 2 } L -8.963, -8.913, 9.840
{ cb val 2 } P -8.155, -7.793, 9.140 { cg2 val 2 } L -8.512, -6.489, 9.907
{ ca val 3 } P -7.989, -4.453, 5.754 { cb val 3 } L -8.252, -4.491, 4.197
{ cg1 val 3 } L -7.465, -5.598, 3.454
{ cb val 3 } P -8.252, -4.491, 4.197 { cg2 val 3 } L -7.953, -3.182, 3.415
{ ca val 4 } P -8.290, -1.158, 7.592 { cb val 4 } L -7.947, -1.193, 9.134
{ cg1 val 4 } L -8.679, -2.312, 9.914
{ cb val 4 } P -7.947, -1.193, 9.134 { cg2 val 4 } L -8.224, 0.111, 9.933
{ ca val 5 } P -8.130, 2.144, 5.747 { cb val 5 } L -8.551, 2.105, 4.225
{ cg1 val 5 } L -7.844, 0.997, 3.406
{ cb val 5 } P -8.551, 2.105, 4.225 { cg2 val 5 } L -8.333, 3.414, 3.415
{ ca val 6 } P -8.241, 5.441, 7.604 { cb val 6 } L -7.742, 5.406, 9.103
{ cg1 val 6 } L -8.390, 4.288, 9.954
{ cb val 6 } P -7.742, 5.406, 9.103 { cg2 val 6 } L -7.935, 6.711, 9.924
{ ca val 7 } P -8.271, 8.741, 5.750 { cb val 7 } L -8.846, 8.701, 4.278
{ cg1 val 7 } L -8.227, 7.593, 3.393
{ cb val 7 } P -8.846, 8.701, 4.278 { cg2 val 7 } L -8.713, 10.009, 3.450
{ ca val 8 } P -8.191, 12.039, 7.606 { cb val 8 } L -7.541, 12.006, 9.046
{ cg1 val 8 } L -8.099, 10.888, 9.960
{ cb val 8 } P -7.541, 12.006, 9.046 { cg2 val 8 } L -7.650, 13.311, 9.882
{ ca val 11 } P -2.880, -11.051, 5.771 { cb val 11 } L -2.982, -11.087, 4.195
{ cg1 val 11 } L -2.123, -12.194, 3.536
{ cb val 11 } P -2.982, -11.087, 4.195 { cg2 val 11 } L -2.604, -9.777, 3.449
{ ca val 12 } P -3.367, -7.756, 7.571 { cb val 12 } L -3.185, -7.793, 9.140
{ cg1 val 12 } L -3.993, -8.913, 9.840
{ cb val 12 } P -3.185, -7.793, 9.140 { cg2 val 12 } L -3.542, -6.489, 9.907
{ ca val 13 } P -3.019, -4.453, 5.754 { cb val 13 } L -3.282, -4.491, 4.197
{ cg1 val 13 } L -2.495, -5.598, 3.454
{ cb val 13 } P -3.282, -4.491, 4.197 { cg2 val 13 } L -2.982, -3.182, 3.415
{ ca val 14 } P -3.320, -1.158, 7.592 { cb val 14 } L -2.977, -1.193, 9.134
{ cg1 val 14 } L -3.709, -2.312, 9.914
{ cb val 14 } P -2.977, -1.193, 9.134 { cg2 val 14 } L -3.254, 0.111, 9.933
{ ca val 15 } P -3.160, 2.144, 5.747 { cb val 15 } L -3.581, 2.105, 4.225
{ cg1 val 15 } L -2.874, 0.997, 3.406
{ cb val 15 } P -3.581, 2.105, 4.225 { cg2 val 15 } L -3.363, 3.414, 3.415
{ ca val 16 } P -3.271, 5.441, 7.604 { cb val 16 } L -2.772, 5.406, 9.103
{ cg1 val 16 } L -3.420, 4.288, 9.954
{ cb val 16 } P -2.772, 5.406, 9.103 { cg2 val 16 } L -2.965, 6.711, 9.924
{ ca val 17 } P -3.301, 8.741, 5.750 { cb val 17 } L -3.876, 8.701, 4.278
{ cg1 val 17 } L -3.257, 7.593, 3.393
{ cb val 17 } P -3.876, 8.701, 4.278 { cg2 val 17 } L -3.743, 10.009, 3.450
{ ca val 18 } P -3.221, 12.039, 7.606 { cb val 18 } L -2.571, 12.006, 9.046
{ cg1 val 18 } L -3.128, 10.888, 9.960
{ cb val 18 } P -2.571, 12.006, 9.046 { cg2 val 18 } L -2.680, 13.311, 9.882
@vectorlist {Amide H} color= white off
{ n val 2 } P -7.794, -8.976, 6.980 { h val 2 } L -6.746, -9.228, 7.051
{ n val 3 } P -8.485, -5.681, 6.370 { h val 3 } L -9.531, -5.948, 6.352
{ n val 4 } P -7.809, -2.378, 6.950 { h val 4 } L -6.760, -2.630, 6.913
{ n val 5 } P -8.559, 0.917, 6.411 { h val 5 } L -9.602, 0.649, 6.501
{ n val 6 } P -7.829, 4.220, 6.916 { h val 6 } L -6.788, 3.968, 6.773
{ n val 7 } P -8.630, 7.514, 6.456 { h val 7 } L -9.658, 7.247, 6.652
{ n val 8 } P -7.852, 10.818, 6.880 { h val 8 } L -6.832, 10.566, 6.631
{ n val 12 } P -2.824, -8.976, 6.980 { h val 12 } L -1.776, -9.228, 7.051
{ n val 14 } P -2.839, -2.378, 6.950 { h val 14 } L -1.790, -2.630, 6.913
{ n val 15 } P -3.589, 0.917, 6.411 { h val 15 } L -4.632, 0.649, 6.501
{ n val 16 } P -2.858, 4.220, 6.916 { h val 16 } L -1.818, 3.968, 6.773
{ n val 17 } P -3.660, 7.514, 6.456 { h val 17 } L -4.688, 7.247, 6.652
{ n val 18 } P -2.882, 10.818, 6.880 { h val 18 } L -1.862, 10.566, 6.631
@vectorlist {H-bonds} color= green off
<2.26>{val 2 hn} P -6.82, -9.18, 7.07 {val 11 o} L -5.40, -9.51, 6.44
<2.09>{val 4 hn} P -6.83, -2.58, 6.94 {val 13 o} L -5.47, -2.91, 6.53
<1.98>{val 6 hn} P -6.86, 4.02, 6.80 {val 15 o} L -5.53, 3.68, 6.62
<1.95>{val 8 hn} P -6.89, 10.62, 6.67 {val 17 o} L -5.57, 10.28, 6.70
<2.15>{val 13 hn} P -4.49, -5.89, 6.33 {val 2 o} L -5.87, -6.20, 6.85
<2.01>{val 15 hn} P -4.56, 0.70, 6.47 {val 4 o} L -5.90, 0.40, 6.77
<1.94>{val 17 hn} P -4.62, 7.30, 6.62 {val 6 o} L -5.94, 6.99, 6.70
@kinemage 3
@caption
Beta-sheet.
Is it parallel or anti-parallel?
@onewidth
@group {Beta-sheet}
@vectorlist {Alpha C} color= yellow off
{ ca val 1 } P -7.850, -11.051, 3.152 { ca val 1 } L -7.850, -11.051, 3.152
{ ca val 2 } L -8.338, -7.756, 4.951
{ ca val 3 } L -7.989, -4.453, 3.135
{ ca val 4 } L -8.290, -1.158, 4.973
{ ca val 5 } L -8.130, 2.144, 3.128
{ ca val 6 } L -8.241, 5.441, 4.985
{ ca val 7 } L -8.271, 8.741, 3.131
{ ca val 8 } L -8.191, 12.039, 4.986
{ ca val 11 } P -2.880, 12.027, 4.944 { ca val 11 } L -2.880, 12.027, 4.944
{ ca val 12 } L -3.367, 8.733, 3.145
{ ca val 13 } L -3.019, 5.430, 4.961
{ ca val 14 } L -3.320, 2.134, 3.123
{ ca val 15 } L -3.160, -1.167, 4.968
{ ca val 16 } L -3.271, -4.464, 3.112
{ ca val 17 } L -3.301, -7.764, 4.965
{ ca val 18 } L -3.221, -11.063, 3.110
@vectorlist {Mainchain} color= hotpink
{ n val 1 } P -8.407, -12.279, 3.713 { n val 1 } L -8.407, -12.279, 3.713
{ ca val 1 } L -7.850, -11.051, 3.152
{ c val 1 } L -8.553, -9.835, 3.707
{ o val 1 } L -9.768, -9.656, 3.559
{ c val 1 } P -8.553, -9.835, 3.707 { n val 2 } L -7.794, -8.976, 4.361
{ ca val 2 } L -8.338, -7.756, 4.951
{ c val 2 } L -7.681, -6.530, 4.363
{ o val 2 } L -6.463, -6.334, 4.449
{ c val 2 } P -7.681, -6.530, 4.363 { n val 3 } L -8.485, -5.681, 3.751
{ ca val 3 } L -7.989, -4.453, 3.135
{ c val 3 } L -8.632, -3.238, 3.759
{ o val 3 } L -9.855, -3.058, 3.736
{ c val 3 } P -8.632, -3.238, 3.759 { n val 4 } L -7.809, -2.378, 4.330
{ ca val 4 } L -8.290, -1.158, 4.973
{ c val 4 } L -7.697, 0.068, 4.319
{ o val 4 } L -6.476, 0.264, 4.280
{ c val 4 } P -7.697, 0.068, 4.319 { n val 5 } L -8.559, 0.917, 3.792
{ ca val 5 } L -8.130, 2.144, 3.128
{ c val 5 } L -8.705, 3.360, 3.813
{ o val 5 } L -9.925, 3.539, 3.916
{ c val 5 } P -8.705, 3.360, 3.813 { n val 6 } L -7.829, 4.220, 4.297
{ ca val 6 } L -8.241, 5.441, 4.985
{ c val 6 } L -7.718, 6.666, 4.273
{ o val 6 } L -6.508, 6.862, 4.108
{ c val 6 } P -7.718, 6.666, 4.273 { n val 7 } L -8.630, 7.514, 3.836
{ ca val 7 } L -8.271, 8.741, 3.131
{ c val 7 } L -8.773, 9.958, 3.871
{ o val 7 } L -9.976, 10.137, 4.097
{ c val 7 } P -8.773, 9.958, 3.871 { n val 8 } L -7.852, 10.818, 4.261
{ ca val 8 } L -8.191, 12.039, 4.986
{ c val 8 } L -7.745, 13.264, 4.224
{ o val 8 } L -7.171, 13.182, 3.131
{ n val 11 } P -3.436, 13.255, 4.384 { n val 11 } L -3.436, 13.255, 4.384
{ ca val 11 } L -2.880, 12.027, 4.944
{ c val 11 } L -3.583, 10.812, 4.389
{ o val 11 } L -4.798, 10.632, 4.537
{ c val 11 } P -3.583, 10.812, 4.389 { n val 12 } L -2.824, 9.952, 3.735
{ ca val 12 } L -3.367, 8.733, 3.145
{ c val 12 } L -2.711, 7.507, 3.733
{ o val 12 } L -1.493, 7.311, 3.647
{ c val 12 } P -2.711, 7.507, 3.733 { n val 13 } L -3.515, 6.658, 4.345
{ ca val 13 } L -3.019, 5.430, 4.961
{ c val 13 } L -3.662, 4.214, 4.337
{ o val 13 } L -4.885, 4.035, 4.361
{ c val 13 } P -3.662, 4.214, 4.337 { n val 14 } L -2.839, 3.354, 3.766
{ ca val 14 } L -3.320, 2.134, 3.123
{ c val 14 } L -2.727, 0.909, 3.777
{ o val 14 } L -1.506, 0.713, 3.816
{ c val 14 } P -2.727, 0.909, 3.777 { n val 15 } L -3.589, 0.060, 4.304
{ ca val 15 } L -3.160, -1.167, 4.968
{ c val 15 } L -3.735, -2.383, 4.283
{ o val 15 } L -4.955, -2.563, 4.180
{ c val 15 } P -3.735, -2.383, 4.283 { n val 16 } L -2.858, -3.244, 3.799
{ ca val 16 } L -3.271, -4.464, 3.112
{ c val 16 } L -2.748, -5.689, 3.823
{ o val 16 } L -1.538, -5.885, 3.988
{ c val 16 } P -2.748, -5.689, 3.823 { n val 17 } L -3.660, -6.538, 4.260
{ ca val 17 } L -3.301, -7.764, 4.965
{ c val 17 } L -3.803, -8.981, 4.226
{ o val 17 } L -5.006, -9.160, 3.999
{ c val 17 } P -3.803, -8.981, 4.226 { n val 18 } L -2.882, -9.842, 3.835
{ ca val 18 } L -3.221, -11.063, 3.110
{ c val 18 } L -2.775, -12.287, 3.872
{ o val 18 } L -2.201, -12.206, 4.965
@vectorlist {Sidechain} color= cyan off
{ ca val 1 } P -7.850, -11.051, 3.152 { cb val 1 } L -7.952, -11.087, 1.575
{ cg1 val 1 } L -7.093, -12.194, 0.917
{ cb val 1 } P -7.952, -11.087, 1.575 { cg2 val 1 } L -7.574, -9.777, 0.829
{ ca val 2 } P -8.338, -7.756, 4.951 { cb val 2 } L -8.155, -7.793, 6.521
{ cg1 val 2 } L -8.963, -8.913, 7.220
{ cb val 2 } P -8.155, -7.793, 6.521 { cg2 val 2 } L -8.512, -6.489, 7.287
{ ca val 3 } P -7.989, -4.453, 3.135 { cb val 3 } L -8.252, -4.491, 1.577
{ cg1 val 3 } L -7.465, -5.598, 0.835
{ cb val 3 } P -8.252, -4.491, 1.577 { cg2 val 3 } L -7.953, -3.182, 0.796
{ ca val 4 } P -8.290, -1.158, 4.973 { cb val 4 } L -7.947, -1.193, 6.515
{ cg1 val 4 } L -8.679, -2.312, 7.295
{ cb val 4 } P -7.947, -1.193, 6.515 { cg2 val 4 } L -8.224, 0.111, 7.313
{ ca val 5 } P -8.130, 2.144, 3.128 { cb val 5 } L -8.551, 2.105, 1.605
{ cg1 val 5 } L -7.844, 0.997, 0.787
{ cb val 5 } P -8.551, 2.105, 1.605 { cg2 val 5 } L -8.333, 3.414, 0.796
{ ca val 6 } P -8.241, 5.441, 4.985 { cb val 6 } L -7.742, 5.406, 6.484
{ cg1 val 6 } L -8.390, 4.288, 7.335
{ cb val 6 } P -7.742, 5.406, 6.484 { cg2 val 6 } L -7.935, 6.711, 7.305
{ ca val 7 } P -8.271, 8.741, 3.131 { cb val 7 } L -8.846, 8.701, 1.659
{ cg1 val 7 } L -8.227, 7.593, 0.774
{ cb val 7 } P -8.846, 8.701, 1.659 { cg2 val 7 } L -8.713, 10.009, 0.831
{ ca val 8 } P -8.191, 12.039, 4.986 { cb val 8 } L -7.541, 12.006, 6.426
{ cg1 val 8 } L -8.099, 10.888, 7.341
{ cb val 8 } P -7.541, 12.006, 6.426 { cg2 val 8 } L -7.650, 13.311, 7.263
{ ca val 11 } P -2.880, 12.027, 4.944 { cb val 11 } L -2.982, 12.064, 6.521
{ cg1 val 11 } L -2.123, 13.171, 7.179
{ cb val 11 } P -2.982, 12.064, 6.521 { cg2 val 11 } L -2.604, 10.754, 7.267
{ ca val 12 } P -3.367, 8.733, 3.145 { cb val 12 } L -3.185, 8.770, 1.575
{ cg1 val 12 } L -3.993, 9.889, 0.876
{ cb val 12 } P -3.185, 8.770, 1.575 { cg2 val 12 } L -3.542, 7.466, 0.809
{ ca val 13 } P -3.019, 5.430, 4.961 { cb val 13 } L -3.282, 5.468, 6.519
{ cg1 val 13 } L -2.495, 6.575, 7.261
{ cb val 13 } P -3.282, 5.468, 6.519 { cg2 val 13 } L -2.982, 4.158, 7.301
{ ca val 14 } P -3.320, 2.134, 3.123 { cb val 14 } L -2.977, 2.170, 1.581
{ cg1 val 14 } L -3.709, 3.289, 0.801
{ cb val 14 } P -2.977, 2.170, 1.581 { cg2 val 14 } L -3.254, 0.866, 0.783
{ ca val 15 } P -3.160, -1.167, 4.968 { cb val 15 } L -3.581, -1.128, 6.491
{ cg1 val 15 } L -2.874, -0.021, 7.309
{ cb val 15 } P -3.581, -1.128, 6.491 { cg2 val 15 } L -3.363, -2.437, 7.300
{ ca val 16 } P -3.271, -4.464, 3.112 { cb val 16 } L -2.772, -4.430, 1.613
{ cg1 val 16 } L -3.420, -3.311, 0.761
{ cb val 16 } P -2.772, -4.430, 1.613 { cg2 val 16 } L -2.965, -5.734, 0.791
{ ca val 17 } P -3.301, -7.764, 4.965 { cb val 17 } L -3.876, -7.724, 6.437
{ cg1 val 17 } L -3.257, -6.616, 7.323
{ cb val 17 } P -3.876, -7.724, 6.437 { cg2 val 17 } L -3.743, -9.033, 7.265
{ ca val 18 } P -3.221, -11.063, 3.110 { cb val 18 } L -2.571, -11.029, 1.670
{ cg1 val 18 } L -3.128, -9.911, 0.756
{ cb val 18 } P -2.571, -11.029, 1.670 { cg2 val 18 } L -2.680, -12.334, 0.833
@vectorlist {Amide H} color= white off
{ n val 2 } P -7.794, -8.976, 4.361 { h val 2 } L -6.746, -9.228, 4.432
{ n val 3 } P -8.485, -5.681, 3.751 { h val 3 } L -9.531, -5.948, 3.733
{ n val 4 } P -7.809, -2.378, 4.330 { h val 4 } L -6.760, -2.630, 4.294
{ n val 5 } P -8.559, 0.917, 3.792 { h val 5 } L -9.602, 0.649, 3.882
{ n val 6 } P -7.829, 4.220, 4.297 { h val 6 } L -6.788, 3.968, 4.154
{ n val 7 } P -8.630, 7.514, 3.836 { h val 7 } L -9.658, 7.247, 4.032
{ n val 8 } P -7.852, 10.818, 4.261 { h val 8 } L -6.832, 10.566, 4.012
{ n val 12 } P -2.824, 9.952, 3.735 { h val 12 } L -1.776, 10.205, 3.664
{ n val 13 } P -3.515, 6.658, 4.345 { h val 13 } L -4.561, 6.925, 4.363
{ n val 14 } P -2.839, 3.354, 3.766 { h val 14 } L -1.790, 3.607, 3.802
{ n val 15 } P -3.589, 0.060, 4.304 { h val 15 } L -4.632, 0.327, 4.214
{ n val 16 } P -2.858, -3.244, 3.799 { h val 16 } L -1.818, -2.991, 3.942
{ n val 17 } P -3.660, -6.538, 4.260 { h val 17 } L -4.688, -6.270, 4.064
{ n val 18 } P -2.882, -9.842, 3.835 { h val 18 } L -1.862, -9.589, 4.084
@vectorlist {H-bond} color= green off
<1.87>{val 2 hn} P -6.82, -9.18, 4.45 {val 17 o} L -5.55, -9.16, 4.13
<1.88>{val 4 hn} P -6.83, -2.58, 4.32 {val 15 o} L -5.52, -2.57, 4.22
<1.98>{val 6 hn} P -6.86, 4.02, 4.18 {val 13 o} L -5.48, 4.03, 4.31
<2.15>{val 8 hn} P -6.89, 10.62, 4.05 {val 11 o} L -5.43, 10.63, 4.39
<2.04>{val 13 hn} P -4.49, 6.87, 4.38 {val 6 o} L -5.90, 6.86, 4.19
<1.91>{val 15 hn} P -4.56, 0.27, 4.24 {val 4 o} L -5.90, 0.27, 4.27
<1.87>{val 17 hn} P -4.62, -6.33, 4.10 {val 2 o} L -5.91, -6.33, 4.34
@kinemage 4
@caption
Calmodulin.
The backbone atoms corresponding to the four EF-hands are shown in cyan, yellow, orange and pink respectively, as are the corresponding calcium ions. The sidechains which bind to the calcium are shown in blue, brown, red and magenta for EF-hands 1 to 4 respectively.
@onewidth
@group {EFhand1}
@vectorlist {Calcium} color= cyan
{ca ca 1 } P -13.638, 53.352, 31.500 {ca ca 1 } L -13.638, 53.352, 31.500
{ca ca 1 } P -14.638, 53.352, 31.500 {ca ca 1 } L -12.638, 53.352, 31.500
{ca ca 1 } P -13.638, 52.352, 31.500 {ca ca 1 } L -13.638, 54.352, 31.500
{ca ca 1 } P -13.638, 53.352, 30.500 {ca ca 1 } L -13.638, 53.352, 32.500
@vectorlist {alpha C} color= cyan
{ ca thr 5 } P -22.134, 30.524, 31.536 { ca thr 5 } L -22.134, 30.524, 31.536
{ ca glu 6 } L -23.237, 32.552, 34.591
{ ca glu 7 } L -19.898, 31.887, 36.322
{ ca gln 8 } L -18.223, 32.421, 32.939
{ ca ile 9 } L -19.502, 35.971, 32.394
{ ca ala 10 } L -18.466, 36.763, 35.983
{ ca glu 11 } L -14.901, 35.674, 35.185
{ ca phe 12 } L -15.010, 37.780, 32.010
{ ca lys 13 } L -16.474, 40.656, 34.032
{ ca glu 14 } L -13.481, 40.484, 36.368
{ ca ala 15 } L -11.087, 40.670, 33.422
{ ca phe 16 } L -13.026, 43.677, 31.966
{ ca ser 17 } L -12.792, 45.597, 35.227
{ ca leu 18 } L -8.966, 45.631, 35.193
{ ca phe 19 } L -9.151, 47.628, 31.970
{ ca asp 20 } L -12.162, 49.791, 32.955
{ ca lys 21 } L -10.315, 51.935, 35.524
{ ca asp 22 } L -13.104, 54.465, 36.113
{ ca gly 23 } L -15.839, 51.847, 35.877
{ ca asp 24 } L -18.032, 53.715, 33.367
{ ca gly 25 } L -18.609, 50.526, 31.347
{ ca thr 26 } L -16.140, 51.149, 28.517
{ ca ile 27 } L -12.493, 50.841, 27.669
{ ca thr 28 } L -10.723, 53.815, 26.191
{ ca thr 29 } L -7.357, 54.115, 24.504
{ ca lys 30 } L -6.147, 55.805, 27.717
{ ca glu 31 } L -7.322, 52.995, 30.032
{ ca leu 32 } L -5.888, 50.381, 27.651
{ ca gly 33 } L -2.756, 52.513, 27.734
{ ca thr 34 } L -2.353, 52.387, 31.559
{ ca val 35 } L -2.695, 48.603, 31.674
{ ca met 36 } L -0.178, 48.111, 28.842
{ ca arg 37 } L 2.153, 50.354, 30.839
{ ca ser 38 } L 1.571, 48.625, 34.163
{ ca leu 39 } L 2.786, 45.648, 32.145
{ ca gly 40 } L 6.062, 47.300, 31.022
{ ca gln 41 } L 4.986, 48.226, 27.455
@vectorlist {Mainchain} color= cyan off
{ n thr 5 } P -22.499, 29.260, 32.164 { n thr 5 } L -22.499, 29.260, 32.164
{ ca thr 5 } L -22.134, 30.524, 31.536
{ c thr 5 } L -22.164, 31.628, 32.593
{ o thr 5 } L -21.295, 32.505, 32.549
{ c thr 5 } P -22.164, 31.628, 32.593 { n glu 6 } L -23.098, 31.565, 33.508
{ ca glu 6 } L -23.237, 32.552, 34.591
{ c glu 6 } L -21.904, 32.841, 35.263
{ o glu 6 } L -21.498, 34.011, 35.421
{ c glu 6 } P -21.904, 32.841, 35.263 { n glu 7 } L -21.204, 31.809, 35.668
{ ca glu 7 } L -19.898, 31.887, 36.322
{ c glu 7 } L -18.797, 32.213, 35.318
{ o glu 7 } L -17.659, 32.571, 35.694
{ c glu 7 } P -18.797, 32.213, 35.318 { n gln 8 } L -19.132, 32.106, 34.051
{ ca gln 8 } L -18.223, 32.421, 32.939
{ c gln 8 } L -18.261, 33.914, 32.646
{ o gln 8 } L -17.200, 34.553, 32.513
{ c gln 8 } P -18.261, 33.914, 32.646 { n ile 9 } L -19.436, 34.501, 32.617
{ ca ile 9 } L -19.502, 35.971, 32.394
{ c ile 9 } L -18.862, 36.731, 33.553
{ o ile 9 } L -18.210, 37.783, 33.357
{ c ile 9 } P -18.862, 36.731, 33.553 { n ala 10 } L -19.018, 36.230, 34.746
{ ca ala 10 } L -18.466, 36.763, 35.983
{ c ala 10 } L -16.949, 36.828, 35.824
{ o ala 10 } L -16.326, 37.875, 36.051
{ c ala 10 } P -16.949, 36.828, 35.824 { n glu 11 } L -16.373, 35.720, 35.400
{ ca glu 11 } L -14.901, 35.674, 35.185
{ c glu 11 } L -14.501, 36.750, 34.198
{ o glu 11 } L -13.583, 37.555, 34.440
{ c glu 11 } P -14.501, 36.750, 34.198 { n phe 12 } L -15.228, 36.787, 33.087
{ ca phe 12 } L -15.010, 37.780, 32.010
{ c phe 12 } L -15.205, 39.189, 32.588
{ o phe 12 } L -14.379, 40.071, 32.268
{ c phe 12 } P -15.205, 39.189, 32.588 { n lys 13 } L -16.220, 39.358, 33.395
{ ca lys 13 } L -16.474, 40.656, 34.032
{ c lys 13 } L -15.256, 41.170, 34.816
{ o lys 13 } L -14.863, 42.359, 34.738
{ c lys 13 } P -15.256, 41.170, 34.816 { n glu 14 } L -14.645, 40.226, 35.541
{ ca glu 14 } L -13.481, 40.484, 36.368
{ c glu 14 } L -12.346, 40.980, 35.478
{ o glu 14 } L -11.646, 41.915, 35.844
{ c glu 14 } P -12.346, 40.980, 35.478 { n ala 15 } L -12.177, 40.294, 34.359
{ ca ala 15 } L -11.087, 40.670, 33.422
{ c ala 15 } L -11.362, 42.070, 32.864
{ o ala 15 } L -10.435, 42.901, 32.892
{ c ala 15 } P -11.362, 42.070, 32.864 { n phe 16 } L -12.576, 42.380, 32.470
{ ca phe 16 } L -13.026, 43.677, 31.966
{ c phe 16 } L -12.746, 44.775, 32.973
{ o phe 16 } L -12.271, 45.866, 32.563
{ c phe 16 } P -12.746, 44.775, 32.973 { n ser 17 } L -13.029, 44.539, 34.251
{ ca ser 17 } L -12.792, 45.597, 35.227
{ c ser 17 } L -11.352, 45.997, 35.311
{ o ser 17 } L -11.231, 47.157, 35.750
{ c ser 17 } P -11.352, 45.997, 35.311 { n leu 18 } L -10.367, 45.188, 35.023
{ ca leu 18 } L -8.966, 45.631, 35.193
{ c leu 18 } L -8.671, 46.804, 34.247
{ o leu 18 } L -7.927, 47.732, 34.597
{ c leu 18 } P -8.671, 46.804, 34.247 { n phe 19 } L -9.234, 46.678, 33.081
{ ca phe 19 } L -9.151, 47.628, 31.970
{ c phe 19 } L -9.984, 48.873, 32.225
{ o phe 19 } L -9.489, 49.952, 31.998
{ c phe 19 } P -9.984, 48.873, 32.225 { n asp 20 } L -11.226, 48.721, 32.667
{ ca asp 20 } L -12.162, 49.791, 32.955
{ c asp 20 } L -11.827, 50.467, 34.276
{ o asp 20 } L -12.567, 50.290, 35.225
{ c asp 20 } P -11.827, 50.467, 34.276 { n lys 21 } L -10.776, 51.259, 34.325
{ ca lys 21 } L -10.315, 51.935, 35.524
{ c lys 21 } L -11.300, 52.825, 36.252
{ o lys 21 } L -11.209, 52.955, 37.515
{ c lys 21 } P -11.300, 52.825, 36.252 { n asp 22 } L -12.145, 53.516, 35.465
{ ca asp 22 } L -13.104, 54.465, 36.113
{ c asp 22 } L -14.492, 53.852, 36.222
{ o asp 22 } L -15.411, 54.604, 36.566
{ c asp 22 } P -14.492, 53.852, 36.222 { n gly 23 } L -14.619, 52.585, 35.854
{ ca gly 23 } L -15.839, 51.847, 35.877
{ c gly 23 } L -17.043, 52.441, 35.191
{ o gly 23 } L -18.185, 52.235, 35.658
{ c gly 23 } P -17.043, 52.441, 35.191 { n asp 24 } L -16.846, 53.142, 34.070
{ ca asp 24 } L -18.032, 53.715, 33.367
{ c asp 24 } L -18.610, 52.697, 32.422
{ o asp 24 } L -19.558, 53.069, 31.682
{ c asp 24 } P -18.610, 52.697, 32.422 { n gly 25 } L -18.065, 51.507, 32.323
{ ca gly 25 } L -18.609, 50.526, 31.347
{ c gly 25 } L -17.948, 50.491, 29.986
{ o gly 25 } L -18.464, 49.830, 29.053
{ c gly 25 } P -17.948, 50.491, 29.986 { n thr 26 } L -16.807, 51.209, 29.819
{ ca thr 26 } L -16.140, 51.149, 28.517
{ c thr 26 } L -14.648, 51.219, 28.695
{ o thr 26 } L -14.199, 51.753, 29.724
{ c thr 26 } P -14.648, 51.219, 28.695 { n ile 27 } L -13.955, 50.732, 27.669
{ ca ile 27 } L -12.493, 50.841, 27.669
{ c ile 27 } L -12.094, 51.756, 26.506
{ o ile 27 } L -12.367, 51.607, 25.327
{ c ile 27 } P -12.094, 51.756, 26.506 { n thr 28 } L -11.315, 52.692, 26.908
{ ca thr 28 } L -10.723, 53.815, 26.191
{ c thr 28 } L -9.274, 53.538, 25.864
{ o thr 28 } L -8.680, 52.685, 26.590
{ c thr 28 } P -9.274, 53.538, 25.864 { n thr 29 } L -8.768, 54.296, 24.880
{ ca thr 29 } L -7.357, 54.115, 24.504
{ c thr 29 } L -6.493, 54.499, 25.704
{ o thr 29 } L -5.448, 53.870, 25.820
{ c thr 29 } P -6.493, 54.499, 25.704 { n lys 30 } L -6.953, 55.421, 26.532
{ ca lys 30 } L -6.147, 55.805, 27.717
{ c lys 30 } L -6.134, 54.738, 28.776
{ o lys 30 } L -5.086, 54.432, 29.399
{ c lys 30 } P -6.134, 54.738, 28.776 { n glu 31 } L -7.247, 54.090, 29.014
{ ca glu 31 } L -7.322, 52.995, 30.032
{ c glu 31 } L -6.517, 51.803, 29.554
{ o glu 31 } L -5.731, 51.227, 30.320
{ c glu 31 } P -6.517, 51.803, 29.554 { n leu 32 } L -6.666, 51.452, 28.273
{ ca leu 32 } L -5.888, 50.381, 27.651
{ c leu 32 } L -4.385, 50.714, 27.779
{ o leu 32 } L -3.553, 49.829, 28.070
{ c leu 32 } P -4.385, 50.714, 27.779 { n gly 33 } L -4.048, 51.947, 27.604
{ ca gly 33 } L -2.756, 52.513, 27.734
{ c gly 33 } L -2.221, 52.291, 29.151
{ o gly 33 } L -1.038, 51.904, 29.232
{ c gly 33 } P -2.221, 52.291, 29.151 { n thr 34 } L -2.968, 52.543, 30.213
{ ca thr 34 } L -2.353, 52.387, 31.559
{ c thr 34 } L -2.070, 50.978, 31.967
{ o thr 34 } L -1.102, 50.775, 32.731
{ c thr 34 } P -2.070, 50.978, 31.967 { n val 35 } L -2.825, 50.023, 31.498
{ ca val 35 } L -2.695, 48.603, 31.674
{ c val 35 } L -1.470, 48.123, 30.889
{ o val 35 } L -0.712, 47.316, 31.458
{ c val 35 } P -1.470, 48.123, 30.889 { n met 36 } L -1.342, 48.563, 29.634
{ ca met 36 } L -0.178, 48.111, 28.842
{ c met 36 } L 1.083, 48.535, 29.635
{ o met 36 } L 2.053, 47.780, 29.723
{ c met 36 } P 1.083, 48.535, 29.635 { n arg 37 } L 1.044, 49.764, 30.099
{ ca arg 37 } L 2.153, 50.354, 30.839
{ c arg 37 } L 2.471, 49.618, 32.133
{ o arg 37 } L 3.651, 49.399, 32.519
{ c arg 37 } P 2.471, 49.618, 32.133 { n ser 38 } L 1.397, 49.306, 32.847
{ ca ser 38 } L 1.571, 48.625, 34.163
{ c ser 38 } L 2.227, 47.290, 33.847
{ o ser 38 } L 2.846, 46.688, 34.727
{ c ser 38 } P 2.227, 47.290, 33.847 { n leu 39 } L 2.173, 46.884, 32.579
{ ca leu 39 } L 2.786, 45.648, 32.145
{ c leu 39 } L 4.192, 45.802, 31.564
{ o leu 39 } L 4.716, 44.786, 31.059
{ c leu 39 } P 4.192, 45.802, 31.564 { n gly 40 } L 4.758, 46.985, 31.568
{ ca gly 40 } L 6.062, 47.300, 31.022
{ c gly 40 } L 6.137, 47.493, 29.523
{ o gly 40 } L 7.190, 47.237, 28.881
{ c gly 40 } P 6.137, 47.493, 29.523 { n gln 41 } L 5.055, 47.961, 28.931
{ ca gln 41 } L 4.986, 48.226, 27.455
{ c gln 41 } L 4.359, 49.612, 27.314
{ o gln 41 } L 3.287, 49.847, 27.919
@vectorlist {Sidechain} color= blue off
{ ca asp 20 } P -12.162, 49.791, 32.955 { cb asp 20 } L -13.602, 49.276, 32.933
{ cg asp 20 } L -14.614, 50.399, 33.000
{ od1 asp 20 } L -15.827, 50.153, 33.198
{ cg asp 20 } P -14.614, 50.399, 33.000 { od2 asp 20 } L -14.153, 51.558, 32.903
{ ca asp 22 } P -13.104, 54.465, 36.113 { cb asp 22 } L -13.093, 55.799, 35.412
{ cg asp 22 } L -13.650, 55.804, 34.015
{ od1 asp 22 } L -14.036, 54.809, 33.396
{ cg asp 22 } P -13.650, 55.804, 34.015 { od2 asp 22 } L -13.702, 56.959, 33.520
{ ca asp 24 } P -18.032, 53.715, 33.367 { cb asp 24 } L -17.682, 55.028, 32.657
{ cg asp 24 } L -16.951, 54.752, 31.345
{ od1 asp 24 } L -17.153, 55.450, 30.305
{ cg asp 24 } P -16.951, 54.752, 31.345 { od2 asp 24 } L -16.216, 53.754, 31.404
{ ca thr 28 } P -10.723, 53.815, 26.191 { cb thr 28 } L -10.892, 54.940, 27.321
{ og1 thr 28 } L -11.966, 55.820, 26.865
{ cb thr 28 } P -10.892, 54.940, 27.321 { cg2 thr 28 } L -9.731, 55.506, 27.960
{ ca glu 31 } P -7.322, 52.995, 30.032 { cb glu 31 } L -8.807, 52.653, 30.269
{ cg glu 31 } L -9.488, 53.737, 31.120
{ cd glu 31 } L -10.959, 53.542, 31.367
{ oe1 glu 31 } L -11.595, 53.888, 32.345
{ cd glu 31 } P -10.959, 53.542, 31.367 { oe2 glu 31 } L -11.533, 52.987, 30.447
@vectorlist {H-bond} color= green off
<1.93>{gln 8 hn} P -20.06, 31.79, 33.85 {thr 5 o} L -20.92, 32.29, 32.94
<1.79>{ile 9 hn} P -20.26, 33.94, 32.75 {thr 5 o} L -20.98, 32.94, 32.61
<2.45>{ala 10 hn} P -19.57, 35.40, 34.80 {glu 6 o} L -20.92, 34.43, 35.23
<2.50>{glu 11 hn} P -16.95, 34.92, 35.23 {glu 7 o} L -17.45, 33.28, 35.55
<2.05>{phe 12 hn} P -15.95, 36.11, 32.99 {gln 8 o} L -16.83, 35.02, 32.66
<1.61>{lys 13 hn} P -16.82, 38.58, 33.57 {ile 9 o} L -17.79, 38.02, 33.42
<2.01>{glu 14 hn} P -15.00, 39.29, 35.52 {ala 10 o} L -15.93, 38.30, 35.89
<2.14>{ala 15 hn} P -12.79, 39.53, 34.16 {glu 11 o} L -13.35, 38.15, 34.36
<1.95>{phe 16 hn} P -13.25, 41.64, 32.53 {phe 12 o} L -14.04, 40.54, 32.35
<1.97>{ser 17 hn} P -13.40, 43.65, 34.53 {lys 13 o} L -14.42, 42.75, 34.68
<2.83>{leu 18 hn} P -10.59, 44.27, 34.69 {glu 14 o} L -11.33, 42.62, 35.50
<2.27>{leu 18 hn} P -10.59, 44.27, 34.69 {ala 15 o} L -10.48, 43.31, 33.43
<3.02>{phe 19 hn} P -9.77, 45.84, 32.96 {ala 15 o} L -10.24, 43.78, 32.91
<2.07>{asp 20 hn} P -11.55, 47.78, 32.81 {phe 16 o} L -12.05, 46.44, 32.64
<2.21>{lys 21 hn} P -10.27, 51.40, 33.48 {phe 19 o} L -9.72, 50.39, 32.44
<2.21>{gly 23 hn} P -13.81, 52.10, 35.53 {asp 20 o} L -12.94, 50.83, 35.32
<1.60>{ile 27 hn} P -14.43, 50.30, 26.91 {ile 63 o} L -15.14, 49.52, 26.51
<1.90>{leu 32 hn} P -7.34, 51.94, 27.72 {thr 28 o} L -8.28, 52.46, 26.93
<2.11>{gly 33 hn} P -4.78, 52.57, 27.35 {thr 29 o} L -5.25, 53.48, 26.28
<2.10>{thr 34 hn} P -3.92, 52.83, 30.09 {lys 30 o} L -4.74, 53.95, 29.61
<2.40>{val 35 hn} P -3.60, 50.33, 30.94 {glu 31 o} L -5.09, 50.96, 30.51
<2.04>{met 36 hn} P -2.02, 49.18, 29.25 {leu 32 o} L -3.09, 49.64, 28.42
<2.15>{arg 37 hn} P 0.22, 50.31, 29.93 {gly 33 o} L -0.66, 51.42, 29.44
<2.03>{ser 38 hn} P 0.49, 49.53, 32.49 {thr 34 o} L -0.62, 50.40, 32.66
<2.45>{leu 39 hn} P 1.70, 47.45, 31.90 {val 35 o} L 0.01, 47.35, 31.59
<2.23>{leu 39 hn} P 1.70, 47.45, 31.90 {met 36 o} L 1.95, 47.68, 30.38
<1.85>{gly 40 hn} P 4.24, 47.73, 31.99 {arg 37 o} L 3.83, 48.90, 32.36
<2.25>{gln 41 hn} P 4.26, 48.14, 29.52 {met 36 o} L 2.72, 47.89, 29.66
@group {EFhand2}
@vectorlist {Calcium} color= yellow
{ca ca 2 } P -17.797, 50.156, 20.859 {ca ca 2 } L -17.797, 50.156, 20.859
{ca ca 2 } P -18.797, 50.156, 20.859 {ca ca 2 } L -16.797, 50.156, 20.859
{ca ca 2 } P -17.797, 49.156, 20.859 {ca ca 2 } L -17.797, 51.156, 20.859
{ca ca 2 } P -17.797, 50.156, 19.859 {ca ca 2 } L -17.797, 50.156, 21.859
@vectorlist {alpha C} color= yellow
{ ca gln 41 } P 4.986, 48.226, 27.455 { ca asn 42 } L 4.588, 51.890, 26.443
{ ca pro 43 } L 2.580, 51.830, 23.236
{ ca thr 44 } L 2.014, 55.053, 21.290
{ ca glu 45 } L -1.515, 56.482, 20.914
{ ca ala 46 } L -1.527, 55.213, 17.306
{ ca glu 47 } L -0.834, 51.647, 18.410
{ ca leu 48 } L -3.457, 52.010, 21.164
{ ca gln 49 } L -5.944, 53.259, 18.537
{ ca asp 50 } L -5.342, 50.170, 16.352
{ ca met 51 } L -5.851, 47.874, 19.389
{ ca ile 52 } L -9.295, 49.484, 20.059
{ ca asn 53 } L -10.446, 49.527, 16.397
{ ca glu 54 } L -9.940, 45.815, 16.074
{ ca val 55 } L -12.457, 45.134, 18.907
{ ca asp 56 } L -14.735, 48.151, 18.586
{ ca ala 57 } L -17.664, 46.585, 16.658
{ ca asp 58 } L -20.001, 49.631, 16.463
{ ca gly 59 } L -17.344, 52.341, 15.929
{ ca asn 60 } L -18.184, 54.574, 18.860
{ ca gly 61 } L -14.439, 54.515, 19.616
{ ca thr 62 } L -14.579, 52.517, 22.836
{ ca ile 63 } L -15.070, 48.964, 23.936
{ ca asp 64 } L -17.969, 47.847, 26.075
{ ca phe 65 } L -18.560, 44.466, 27.775
{ ca pro 66 } L -20.359, 42.667, 24.954
{ ca glu 67 } L -17.574, 43.705, 22.486
{ ca phe 68 } L -14.777, 42.604, 24.913
{ ca leu 69 } L -16.624, 39.386, 25.794
{ ca thr 70 } L -17.019, 38.495, 22.112
{ ca met 71 } L -13.371, 39.368, 21.286
{ ca met 72 } L -12.293, 37.280, 24.289
{ ca ala 73 } L -14.453, 34.240, 23.434
{ ca arg 74 } L -13.068, 33.718, 19.893
{ ca lys 75 } L -9.463, 34.351, 20.961
{ ca met 76 } L -9.673, 31.878, 23.853
{ ca lys 77 } L -10.293, 29.138, 21.240
{ ca asp 78 } L -7.196, 29.999, 19.190
{ ca thr 79 } L -4.917, 29.856, 22.249
@vectorlist {Mainchain} color= yellow off
{ c gln 41 } P 4.359, 49.612, 27.314 { n asn 42 } L 5.041, 50.483, 26.561
{ ca asn 42 } L 4.588, 51.890, 26.443
{ c asn 42 } L 4.219, 52.170, 24.985
{ o asn 42 } L 4.961, 52.806, 24.249
{ c asn 42 } P 4.219, 52.170, 24.985 { n pro 43 } L 3.054, 51.653, 24.630
{ ca pro 43 } L 2.580, 51.830, 23.236
{ c pro 43 } L 2.337, 53.300, 22.935
{ o pro 43 } L 2.091, 54.078, 23.881
{ c pro 43 } P 2.337, 53.300, 22.935 { n thr 44 } L 2.355, 53.656, 21.657
{ ca thr 44 } L 2.014, 55.053, 21.290
{ c thr 44 } L 0.496, 55.080, 21.154
{ o thr 44 } L -0.151, 54.018, 21.173
{ c thr 44 } P 0.496, 55.080, 21.154 { n glu 45 } L -0.072, 56.270, 21.065
{ ca glu 45 } L -1.515, 56.482, 20.914
{ c glu 45 } L -1.997, 55.807, 19.645
{ o glu 45 } L -3.103, 55.247, 19.641
{ c glu 45 } P -1.997, 55.807, 19.645 { n ala 46 } L -1.179, 55.811, 18.608
{ ca ala 46 } L -1.527, 55.213, 17.306
{ c ala 46 } L -1.685, 53.716, 17.408
{ o ala 46 } L -2.534, 53.076, 16.782
{ c ala 46 } P -1.685, 53.716, 17.408 { n glu 47 } L -0.785, 53.121, 18.176
{ ca glu 47 } L -0.834, 51.647, 18.410
{ c glu 47 } L -2.038, 51.305, 19.299
{ o glu 47 } L -2.687, 50.262, 19.117
{ c glu 47 } P -2.038, 51.305, 19.299 { n leu 48 } L -2.287, 52.192, 20.229
{ ca leu 48 } L -3.457, 52.010, 21.164
{ c leu 48 } L -4.704, 52.070, 20.267
{ o leu 48 } L -5.512, 51.154, 20.325
{ c leu 48 } P -4.704, 52.070, 20.267 { n gln 49 } L -4.787, 53.125, 19.447
{ ca gln 49 } L -5.944, 53.259, 18.537
{ c gln 49 } L -6.162, 52.028, 17.694
{ o gln 49 } L -7.354, 51.615, 17.513
{ c gln 49 } P -6.162, 52.028, 17.694 { n asp 50 } L -5.120, 51.415, 17.170
{ ca asp 50 } L -5.342, 50.170, 16.352
{ c asp 50 } L -5.870, 49.055, 17.265
{ o asp 50 } L -6.612, 48.189, 16.792
{ c asp 50 } P -5.870, 49.055, 17.265 { n met 51 } L -5.371, 49.008, 18.503
{ ca met 51 } L -5.851, 47.874, 19.389
{ c met 51 } L -7.360, 48.048, 19.587
{ o met 51 } L -8.122, 47.052, 19.478
{ c met 51 } P -7.360, 48.048, 19.587 { n ile 52 } L -7.858, 49.235, 19.860
{ ca ile 52 } L -9.295, 49.484, 20.059
{ c ile 52 } L -10.116, 49.206, 18.800
{ o ile 52 } L -11.222, 48.537, 18.944
{ c ile 52 } P -10.116, 49.206, 18.800 { n asn 53 } L -9.678, 49.708, 17.663
{ ca asn 53 } L -10.446, 49.527, 16.397
{ c asn 53 } L -10.775, 48.082, 16.050
{ o asn 53 } L -11.809, 47.712, 15.453
{ c asn 53 } P -10.775, 48.082, 16.050 { n glu 54 } L -9.793, 47.254, 16.335
{ ca glu 54 } L -9.940, 45.815, 16.074
{ c glu 54 } L -11.120, 45.244, 16.832
{ o glu 54 } L -11.788, 44.374, 16.269
{ c glu 54 } P -11.120, 45.244, 16.832 { n val 55 } L -11.384, 45.697, 18.052
{ ca val 55 } L -12.457, 45.134, 18.907
{ c val 55 } L -13.713, 45.940, 18.857
{ o val 55 } L -14.836, 45.419, 18.876
{ c val 55 } P -13.713, 45.940, 18.857 { n asp 56 } L -13.574, 47.239, 18.682
{ ca asp 56 } L -14.735, 48.151, 18.586
{ c asp 56 } L -15.690, 47.749, 17.476
{ o asp 56 } L -15.539, 48.132, 16.313
{ c asp 56 } P -15.690, 47.749, 17.476 { n ala 57 } L -16.747, 46.972, 17.744
{ ca ala 57 } L -17.664, 46.585, 16.658
{ c ala 57 } L -18.567, 47.668, 16.140
{ o ala 57 } L -18.909, 47.559, 14.932
{ c ala 57 } P -18.567, 47.668, 16.140 { n asp 58 } L -19.047, 48.621, 16.899
{ ca asp 58 } L -20.001, 49.631, 16.463
{ c asp 58 } L -19.400, 50.981, 16.142
{ o asp 58 } L -20.151, 51.943, 15.943
{ c asp 58 } P -19.400, 50.981, 16.142 { n gly 59 } L -18.109, 51.161, 16.214
{ ca gly 59 } L -17.344, 52.341, 15.929
{ c gly 59 } L -17.532, 53.520, 16.769
{ o gly 59 } L -17.250, 54.649, 16.329
{ c gly 59 } P -17.532, 53.520, 16.769 { n asn 60 } L -18.043, 53.365, 18.016
{ ca asn 60 } L -18.184, 54.574, 18.860
{ c asn 60 } L -16.782, 54.918, 19.335
{ o asn 60 } L -16.743, 55.983, 20.007
{ c asn 60 } P -16.782, 54.918, 19.335 { n gly 61 } L -15.779, 54.076, 19.115
{ ca gly 61 } L -14.439, 54.515, 19.616
{ c gly 61 } L -13.997, 53.991, 20.921
{ o gly 61 } L -12.844, 54.241, 21.393
{ c gly 61 } P -13.997, 53.991, 20.921 { n thr 62 } L -14.873, 53.200, 21.579
{ ca thr 62 } L -14.579, 52.517, 22.836
{ c thr 62 } L -15.148, 51.112, 22.805
{ o thr 62 } L -16.039, 50.722, 22.002
{ c thr 62 } P -15.148, 51.112, 22.805 { n ile 63 } L -14.601, 50.352, 23.781
{ ca ile 63 } L -15.070, 48.964, 23.936
{ c ile 63 } L -15.835, 48.775, 25.235
{ o ile 63 } L -15.439, 49.182, 26.345
{ c ile 63 } P -15.835, 48.775, 25.235 { n asp 64 } L -17.010, 48.187, 25.027
{ ca asp 64 } L -17.969, 47.847, 26.075
{ c asp 64 } L -17.865, 46.337, 26.357
{ o asp 64 } L -17.200, 45.584, 25.647
{ c asp 64 } P -17.865, 46.337, 26.357 { n phe 65 } L -18.582, 45.867, 27.368
{ ca phe 65 } L -18.560, 44.466, 27.775
{ c phe 65 } L -18.863, 43.464, 26.722
{ o phe 65 } L -18.098, 42.490, 26.488
{ c phe 65 } P -18.863, 43.464, 26.722 { n pro 66 } L -20.004, 43.576, 26.047
{ ca pro 66 } L -20.359, 42.667, 24.954
{ c pro 66 } L -19.289, 42.558, 23.878
{ o pro 66 } L -19.057, 41.435, 23.321
{ c pro 66 } P -19.289, 42.558, 23.878 { n glu 67 } L -18.653, 43.658, 23.512
{ ca glu 67 } L -17.574, 43.705, 22.486
{ c glu 67 } L -16.343, 42.973, 23.015
{ o glu 67 } L -15.774, 42.127, 22.281
{ c glu 67 } P -16.343, 42.973, 23.015 { n phe 68 } L -15.900, 43.257, 24.198
{ ca phe 68 } L -14.777, 42.604, 24.913
{ c phe 68 } L -15.008, 41.087, 24.996
{ o phe 68 } L -14.187, 40.259, 24.573
{ c phe 68 } P -15.008, 41.087, 24.996 { n leu 69 } L -16.148, 40.767, 25.542
{ ca leu 69 } L -16.624, 39.386, 25.794
{ c leu 69 } L -16.543, 38.552, 24.520
{ o leu 69 } L -16.079, 37.396, 24.576
{ c leu 69 } P -16.543, 38.552, 24.520 { n thr 70 } L -17.001, 39.149, 23.424
{ ca thr 70 } L -17.019, 38.495, 22.112
{ c thr 70 } L -15.616, 38.433, 21.539
{ o thr 70 } L -15.326, 37.414, 20.872
{ c thr 70 } P -15.616, 38.433, 21.539 { n met 71 } L -14.768, 39.402, 21.777
{ ca met 71 } L -13.371, 39.368, 21.286
{ c met 71 } L -12.680, 38.171, 21.989
{ o met 71 } L -12.071, 37.323, 21.394
{ c met 71 } P -12.680, 38.171, 21.989 { n met 72 } L -12.829, 38.198, 23.299
{ ca met 72 } L -12.293, 37.280, 24.289
{ c met 72 } L -12.668, 35.826, 24.011
{ o met 72 } L -11.787, 34.974, 24.063
{ c met 72 } P -12.668, 35.826, 24.011 { n ala 73 } L -13.922, 35.577, 23.724
{ ca ala 73 } L -14.453, 34.240, 23.434
{ c ala 73 } L -13.624, 33.624, 22.303
{ o ala 73 } L -12.754, 32.738, 22.557
{ c ala 73 } P -13.624, 33.624, 22.303 { n arg 74 } L -13.798, 34.100, 21.094
{ ca arg 74 } L -13.068, 33.718, 19.893
{ c arg 74 } L -11.580, 33.470, 20.112
{ o arg 74 } L -11.047, 32.405, 19.733
{ c arg 74 } P -11.580, 33.470, 20.112 { n lys 75 } L -10.889, 34.443, 20.688
{ ca lys 75 } L -9.463, 34.351, 20.961
{ c lys 75 } L -9.086, 33.314, 22.020
{ o lys 75 } L -7.882, 32.940, 22.089
{ c lys 75 } P -9.086, 33.314, 22.020 { n met 76 } L -10.043, 32.886, 22.831
{ ca met 76 } L -9.673, 31.878, 23.853
{ c met 76 } L -9.583, 30.534, 23.129
{ o met 76 } L -8.791, 29.680, 23.593
{ c met 76 } P -9.583, 30.534, 23.129 { n lys 77 } L -10.306, 30.376, 22.032
{ ca lys 77 } L -10.293, 29.138, 21.240
{ c lys 77 } L -8.939, 28.880, 20.557
{ o lys 77 } L -8.403, 27.759, 20.584
{ c lys 77 } P -8.939, 28.880, 20.557 { n asp 78 } L -8.431, 29.919, 19.943
{ ca asp 78 } L -7.196, 29.999, 19.190
{ c asp 78 } L -5.934, 29.862, 20.046
{ o asp 78 } L -4.843, 29.652, 19.482
{ c asp 78 } P -5.934, 29.862, 20.046 { n thr 79 } L -6.073, 29.985, 21.328
{ ca thr 79 } L -4.917, 29.856, 22.249
{ c thr 79 } L -4.913, 28.451, 22.854
{ o thr 79 } L -3.950, 27.977, 23.481
@vectorlist {Sidechain} color= brown off
{ ca asp 56 } P -14.735, 48.151, 18.586 { cb asp 56 } L -14.185, 49.554, 18.495
{ cg asp 56 } L -15.313, 50.572, 18.593
{ od1 asp 56 } L -15.070, 51.680, 18.103
{ cg asp 56 } P -15.313, 50.572, 18.593 { od2 asp 56 } L -16.348, 50.152, 19.195
{ ca asp 58 } P -20.001, 49.631, 16.463 { cb asp 58 } L -21.130, 49.760, 17.524
{ cg asp 58 } L -20.645, 50.228, 18.867
{ od1 asp 58 } L -21.427, 50.432, 19.849
{ cg asp 58 } P -20.645, 50.228, 18.867 { od2 asp 58 } L -19.409, 50.361, 18.987
{ ca asn 60 } P -18.184, 54.574, 18.860 { cb asn 60 } L -19.178, 54.546, 19.999
{ cg asn 60 } L -19.018, 53.422, 20.980
{ od1 asn 60 } L -18.106, 52.599, 20.835
{ cg asn 60 } P -19.018, 53.422, 20.980 { nd2 asn 60 } L -19.894, 53.329, 22.012
{ ca asp 64 } P -17.969, 47.847, 26.075 { cb asp 64 } L -19.357, 48.323, 25.651
{ cg asp 64 } L -19.927, 47.510, 24.514
{ od1 asp 64 } L -21.000, 47.883, 23.974
{ cg asp 64 } P -19.927, 47.510, 24.514 { od2 asp 64 } L -19.300, 46.488, 24.165
{ ca glu 67 } P -17.574, 43.705, 22.486 { cb glu 67 } L -17.173, 45.128, 22.142
{ cg glu 67 } L -18.045, 45.924, 21.149
{ cd glu 67 } L -17.878, 47.402, 21.119
{ oe1 glu 67 } L -17.202, 47.995, 21.937
{ cd glu 67 } P -17.878, 47.402, 21.119 { oe2 glu 67 } L -18.502, 48.046, 20.243
@vectorlist {H-bond} color= green off
<2.05>{leu 48 hn} P -1.67, 52.98, 20.28 {thr 44 o} L -0.61, 53.71, 20.91
<1.73>{gln 49 hn} P -4.07, 53.82, 19.46 {glu 45 o} L -3.39, 54.82, 19.59
<2.18>{asp 50 hn} P -4.21, 51.80, 17.33 {ala 46 o} L -3.04, 52.69, 16.95
<2.13>{met 51 hn} P -4.72, 49.70, 18.80 {glu 47 o} L -3.30, 50.09, 19.02
<2.09>{ile 52 hn} P -7.21, 49.99, 19.93 {leu 48 o} L -6.02, 50.81, 20.21
<2.03>{asn 53 hn} P -8.81, 50.21, 17.68 {gln 49 o} L -7.79, 51.19, 17.56
<2.41>{glu 54 hn} P -8.95, 47.62, 16.73 {asp 50 o} L -7.31, 48.02, 16.77
<2.97>{val 55 hn} P -10.82, 46.45, 18.39 {met 51 o} L -8.93, 46.87, 19.15
<2.19>{val 55 hn} P -10.82, 46.45, 18.39 {ile 52 o} L -11.10, 47.91, 18.78
<1.73>{asp 56 hn} P -12.64, 47.60, 18.61 {ile 52 o} L -11.65, 48.26, 18.85
<3.03>{gly 59 hn} P -17.58, 50.36, 16.51 {asp 56 o} L -16.15, 48.80, 16.37
<2.00>{ile 63 hn} P -13.89, 50.72, 24.39 {ile 27 o} L -12.83, 51.34, 25.04
<2.04>{phe 68 hn} P -16.39, 44.00, 24.65 {asp 64 o} L -16.96, 45.11, 25.35
<1.80>{leu 69 hn} P -16.73, 41.54, 25.80 {phe 65 o} L -17.69, 42.21, 26.28
<2.19>{thr 70 hn} P -17.35, 40.08, 23.50 {pro 66 o} L -18.54, 41.03, 23.38
<2.06>{met 71 hn} P -15.10, 40.18, 22.31 {glu 67 o} L -15.57, 41.54, 22.29
<1.79>{met 72 hn} P -13.39, 38.95, 23.65 {phe 68 o} L -13.95, 39.87, 24.30
<2.05>{ala 73 hn} P -14.54, 36.36, 23.71 {leu 69 o} L -15.62, 37.09, 24.32
<2.74>{arg 74 hn} P -14.51, 34.80, 21.00 {thr 70 o} L -15.08, 36.63, 20.91
<2.21>{lys 75 hn} P -11.37, 35.28, 20.95 {met 71 o} L -11.86, 36.71, 21.26
<2.33>{met 76 hn} P -10.97, 33.24, 22.74 {met 72 o} L -11.54, 34.45, 23.67
<1.86>{met 76 hn} P -10.97, 33.24, 22.74 {ala 73 o} L -12.22, 32.89, 22.61
<2.59>{lys 77 hn} P -10.88, 31.14, 21.74 {ala 73 o} L -12.19, 32.26, 22.31
<2.38>{lys 77 hn} P -10.88, 31.14, 21.74 {arg 74 o} L -11.00, 32.03, 20.33
<2.66>{asp 78 hn} P -8.97, 30.76, 20.01 {arg 74 o} L -10.42, 31.91, 19.82
<2.68>{thr 79 hn} P -6.99, 30.17, 21.67 {met 76 o} L -8.25, 29.83, 23.02
<2.31>{asp 80 hn} P -6.74, 28.27, 22.10 {lys 77 o} L -7.91, 27.91, 21.04
<2.32>{glu 82 hn} P -3.81, 27.58, 19.53 {asp 78 o} L -4.53, 29.03, 19.50
@group {EFhand3}
@vectorlist {Calcium} color= orange
{ca ca 3 } P 15.035, 17.711, 17.954 {ca ca 3 } L 15.035, 17.711, 17.954
{ca ca 3 } P 14.035, 17.711, 17.954 {ca ca 3 } L 16.035, 17.711, 17.954
{ca ca 3 } P 15.035, 16.711, 17.954 {ca ca 3 } L 15.035, 18.711, 17.954
{ca ca 3 } P 15.035, 17.711, 16.954 {ca ca 3 } L 15.035, 17.711, 18.954
@vectorlist {alpha C} color= orange
{ ca thr 79 } P -4.917, 29.856, 22.249 { ca asp 80 } L -6.314, 26.410, 23.052
{ ca ser 81 } L -5.287, 25.541, 19.503
{ ca glu 82 } L -1.752, 26.960, 19.484
{ ca glu 83 } L -1.380, 25.033, 22.740
{ ca glu 84 } L -2.444, 21.640, 21.347
{ ca ile 85 } L -0.060, 22.227, 18.451
{ ca arg 86 } L 2.673, 23.415, 20.837
{ ca glu 87 } L 2.212, 20.042, 22.545
{ ca ala 88 } L 2.520, 17.735, 19.571
{ ca phe 89 } L 5.685, 19.677, 18.663
{ ca arg 90 } L 7.228, 18.748, 22.030
{ ca val 91 } L 6.472, 15.037, 21.731
{ ca phe 92 } L 7.887, 15.081, 18.187
{ ca asp 93 } L 11.015, 17.016, 19.296
{ ca lys 94 } L 12.497, 14.190, 21.353
{ ca asp 95 } L 15.732, 16.121, 22.164
{ ca gly 96 } L 14.054, 19.448, 23.070
{ ca asn 97 } L 16.412, 21.228, 20.674
{ ca gly 98 } L 13.790, 23.244, 18.782
{ ca tyr 99 } L 13.925, 21.042, 15.674
{ ca ile 100 } L 12.281, 17.894, 14.440
{ ca ser 101 } L 14.920, 15.873, 12.492
{ ca ala 102 } L 14.314, 12.795, 10.319
{ ca ala 103 } L 15.453, 10.440, 13.083
{ ca glu 104 } L 12.850, 11.993, 15.399
{ ca leu 105 } L 9.881, 11.946, 13.000
{ ca arg 106 } L 10.773, 8.368, 12.077
{ ca his 107 } L 10.869, 7.219, 15.761
{ ca val 108 } L 7.512, 8.783, 16.616
{ ca met 109 } L 5.998, 7.736, 13.245
{ ca thr 110 } L 6.769, 4.154, 14.259
{ ca asn 111 } L 4.940, 4.588, 17.601
{ ca leu 112 } L 1.869, 5.768, 15.597
{ ca gly 113 } L 2.030, 2.437, 13.838
{ ca glu 114 } L 3.803, 3.360, 10.602
@vectorlist {Mainchain} color= orange off
{ c thr 79 } P -4.913, 28.451, 22.854 { n asp 80 } L -6.038, 27.789, 22.617
{ ca asp 80 } L -6.314, 26.410, 23.052
{ c asp 80 } L -5.974, 25.448, 21.895
{ o asp 80 } L -5.973, 24.224, 22.004
{ c asp 80 } P -5.974, 25.448, 21.895 { n ser 81 } L -5.715, 26.099, 20.784
{ ca ser 81 } L -5.287, 25.541, 19.503
{ c ser 81 } L -3.754, 25.583, 19.457
{ o ser 81 } L -3.087, 24.537, 19.440
{ c ser 81 } P -3.754, 25.583, 19.457 { n glu 82 } L -3.208, 26.783, 19.496
{ ca glu 82 } L -1.752, 26.960, 19.484
{ c glu 82 } L -1.106, 26.087, 20.556
{ o glu 82 } L 0.077, 25.698, 20.472
{ c glu 82 } P -1.106, 26.087, 20.556 { n glu 83 } L -1.890, 25.820, 21.601
{ ca glu 83 } L -1.380, 25.033, 22.740
{ c glu 83 } L -1.411, 23.548, 22.476
{ o glu 83 } L -0.467, 22.842, 22.897
{ c glu 83 } P -1.411, 23.548, 22.476 { n glu 84 } L -2.370, 23.053, 21.733
{ ca glu 84 } L -2.444, 21.640, 21.347
{ c glu 84 } L -1.265, 21.361, 20.393
{ o glu 84 } L -0.517, 20.391, 20.553
{ c glu 84 } P -1.265, 21.361, 20.393 { n ile 85 } L -1.118, 22.281, 19.442
{ ca ile 85 } L -0.060, 22.227, 18.451
{ c ile 85 } L 1.278, 22.422, 19.144
{ o ile 85 } L 2.210, 21.759, 18.686
{ c ile 85 } P 1.278, 22.422, 19.144 { n arg 86 } L 1.364, 23.231, 20.169
{ ca arg 86 } L 2.673, 23.415, 20.837
{ c arg 86 } L 3.074, 22.131, 21.572
{ o arg 86 } L 4.263, 21.883, 21.856
{ c arg 86 } P 3.074, 22.131, 21.572 { n glu 87 } L 2.080, 21.316, 21.850
{ ca glu 87 } L 2.212, 20.042, 22.545
{ c glu 87 } L 2.824, 18.973, 21.651
{ o glu 87 } L 3.886, 18.433, 21.953
{ c glu 87 } P 2.824, 18.973, 21.651 { n ala 88 } L 2.099, 18.715, 20.577
{ ca ala 88 } L 2.520, 17.735, 19.571
{ c ala 88 } L 3.974, 18.020, 19.216
{ o ala 88 } L 4.801, 17.109, 19.172
{ c ala 88 } P 3.974, 18.020, 19.216 { n phe 89 } L 4.311, 19.272, 19.025
{ ca phe 89 } L 5.685, 19.677, 18.663
{ c phe 89 } L 6.685, 19.077, 19.632
{ o phe 89 } L 7.762, 18.567, 19.283
{ c phe 89 } P 6.685, 19.077, 19.632 { n arg 90 } L 6.372, 19.177, 20.906
{ ca arg 90 } L 7.228, 18.748, 22.030
{ c arg 90 } L 7.405, 17.241, 22.098
{ o arg 90 } L 8.431, 16.746, 22.587
{ c arg 90 } P 7.405, 17.241, 22.098 { n val 91 } L 6.375, 16.507, 21.720
{ ca val 91 } L 6.472, 15.037, 21.731
{ c val 91 } L 7.302, 14.664, 20.488
{ o val 91 } L 8.161, 13.795, 20.613
{ c val 91 } P 7.302, 14.664, 20.488 { n phe 92 } L 7.073, 15.363, 19.389
{ ca phe 92 } L 7.887, 15.081, 18.187
{ c phe 92 } L 9.353, 15.407, 18.477
{ o phe 92 } L 10.210, 14.575, 18.163
{ c phe 92 } P 9.353, 15.407, 18.477 { n asp 93 } L 9.657, 16.549, 19.036
{ ca asp 93 } L 11.015, 17.016, 19.296
{ c asp 93 } L 11.696, 16.350, 20.481
{ o asp 93 } L 12.063, 17.019, 21.486
{ c asp 93 } P 11.696, 16.350, 20.481 { n lys 94 } L 11.908, 15.057, 20.362
{ ca lys 94 } L 12.497, 14.190, 21.353
{ c lys 94 } L 13.696, 14.763, 22.085
{ o lys 94 } L 13.841, 14.412, 23.286
{ c lys 94 } P 13.696, 14.763, 22.085 { n asp 95 } L 14.540, 15.568, 21.489
{ ca asp 95 } L 15.732, 16.121, 22.164
{ c asp 95 } L 15.566, 17.594, 22.527
{ o asp 95 } L 16.595, 18.314, 22.554
{ c asp 95 } P 15.566, 17.594, 22.527 { n gly 96 } L 14.368, 18.052, 22.770
{ ca gly 96 } L 14.054, 19.448, 23.070
{ c gly 96 } L 15.115, 20.401, 22.539
{ o gly 96 } L 15.722, 21.158, 23.326
{ c gly 96 } P 15.115, 20.401, 22.539 { n asn 97 } L 15.369, 20.346, 21.240
{ ca asn 97 } L 16.412, 21.228, 20.674
{ c asn 97 } L 15.823, 22.292, 19.759
{ o asn 97 } L 16.582, 23.130, 19.267
{ c asn 97 } P 15.823, 22.292, 19.759 { n gly 98 } L 14.534, 22.304, 19.572
{ ca gly 98 } L 13.790, 23.244, 18.782
{ c gly 98 } L 13.438, 22.756, 17.395
{ o gly 98 } L 12.622, 23.373, 16.710
{ c gly 98 } P 13.438, 22.756, 17.395 { n tyr 99 } L 14.059, 21.664, 16.990
{ ca tyr 99 } L 13.925, 21.042, 15.674
{ c tyr 99 } L 13.589, 19.557, 15.656
{ o tyr 99 } L 14.140, 18.763, 16.433
{ c tyr 99 } P 13.589, 19.557, 15.656 { n ile 100 } L 12.711, 19.258, 14.725
{ ca ile 100 } L 12.281, 17.894, 14.440
{ c ile 100 } L 13.151, 17.317, 13.304
{ o ile 100 } L 12.820, 17.683, 12.171
{ c ile 100 } P 13.151, 17.317, 13.304 { n ser 101 } L 14.058, 16.447, 13.542
{ ca ser 101 } L 14.920, 15.873, 12.492
{ c ser 101 } L 14.292, 14.580, 11.987
{ o ser 101 } L 13.267, 14.136, 12.539
{ c ser 101 } P 14.292, 14.580, 11.987 { n ala 102 } L 14.832, 14.006, 10.948
{ ca ala 102 } L 14.314, 12.795, 10.319
{ c ala 102 } L 14.259, 11.601, 11.264
{ o ala 102 } L 13.290, 10.824, 11.264
{ c ala 102 } P 14.259, 11.601, 11.264 { n ala 103 } L 15.287, 11.485, 12.063
{ ca ala 103 } L 15.453, 10.440, 13.083
{ c ala 103 } L 14.288, 10.496, 14.064
{ o ala 103 } L 13.735, 9.415, 14.405
{ c ala 103 } P 14.288, 10.496, 14.064 { n glu 104 } L 13.943, 11.707, 14.464
{ ca glu 104 } L 12.850, 11.993, 15.399
{ c glu 104 } L 11.478, 11.713, 14.823
{ o glu 104 } L 10.690, 10.994, 15.506
{ c glu 104 } P 11.478, 11.713, 14.823 { n leu 105 } L 11.178, 12.191, 13.633
{ ca leu 105 } L 9.881, 11.946, 13.000
{ c leu 105 } L 9.713, 10.471, 12.706
{ o leu 105 } L 8.586, 9.935, 12.696
{ c leu 105 } P 9.713, 10.471, 12.706 { n arg 106 } L 10.823, 9.818, 12.384
{ ca arg 106 } L 10.773, 8.368, 12.077
{ c arg 106 } L 10.446, 7.633, 13.407
{ o arg 106 } L 9.501, 6.832, 13.356
{ c arg 106 } P 10.446, 7.633, 13.407 { n his 107 } L 11.165, 7.861, 14.461
{ ca his 107 } L 10.869, 7.219, 15.761
{ c his 107 } L 9.392, 7.368, 16.129
{ o his 107 } L 8.684, 6.376, 16.270
{ c his 107 } P 9.392, 7.368, 16.129 { n val 108 } L 8.930, 8.615, 16.278
{ ca val 108 } L 7.512, 8.783, 16.616
{ c val 108 } L 6.597, 8.239, 15.564
{ o val 108 } L 5.501, 7.737, 15.936
{ c val 108 } P 6.597, 8.239, 15.564 { n met 109 } L 6.963, 8.272, 14.285
{ ca met 109 } L 5.998, 7.736, 13.245
{ c met 109 } L 5.773, 6.245, 13.476
{ o met 109 } L 4.667, 5.681, 13.265
{ c met 109 } P 5.773, 6.245, 13.476 { n thr 110 } L 6.833, 5.584, 13.977
{ ca thr 110 } L 6.769, 4.154, 14.259
{ c thr 110 } L 5.875, 3.850, 15.457
{ o thr 110 } L 5.111, 2.853, 15.376
{ c thr 110 } P 5.875, 3.850, 15.457 { n asn 111 } L 5.837, 4.707, 16.450
{ ca asn 111 } L 4.940, 4.588, 17.601
{ c asn 111 } L 3.469, 4.852, 17.205
{ o asn 111 } L 2.599, 4.502, 18.001
{ c asn 111 } P 3.469, 4.852, 17.205 { n leu 112 } L 3.206, 5.482, 16.100
{ ca leu 112 } L 1.869, 5.768, 15.597
{ c leu 112 } L 1.402, 4.617, 14.716
{ o leu 112 } L 0.287, 4.682, 14.169
{ c leu 112 } P 1.402, 4.617, 14.716 { n gly 113 } L 2.279, 3.639, 14.579
{ ca gly 113 } L 2.030, 2.437, 13.838
{ c gly 113 } L 2.455, 2.420, 12.394
{ o gly 113 } L 2.029, 1.497, 11.659
{ c gly 113 } P 2.455, 2.420, 12.394 { n glu 114 } L 3.301, 3.349, 12.004
{ ca glu 114 } L 3.803, 3.360, 10.602
{ c glu 114 } L 5.316, 3.253, 10.567
{ o glu 114 } L 5.992, 4.190, 11.048
@vectorlist {Sidechain} color= red off
{ ca asp 93 } P 11.015, 17.016, 19.296 { cb asp 93 } L 11.007, 18.564, 19.411
{ cg asp 93 } L 12.436, 19.049, 19.574
{ od1 asp 93 } L 12.724, 20.092, 20.169
{ cg asp 93 } P 12.436, 19.049, 19.574 { od2 asp 93 } L 13.313, 18.284, 19.079
{ ca asp 95 } P 15.732, 16.121, 22.164 { cb asp 95 } L 16.976, 15.883, 21.312
{ cg asp 95 } L 17.150, 16.709, 20.057
{ od1 asp 95 } L 18.141, 16.471, 19.302
{ cg asp 95 } P 17.150, 16.709, 20.057 { od2 asp 95 } L 16.327, 17.598, 19.757
{ ca asn 97 } P 16.412, 21.228, 20.674 { cb asn 97 } L 17.544, 20.389, 20.083
{ cg asn 97 } L 17.270, 19.993, 18.647
{ od1 asn 97 } L 16.081, 19.835, 18.263
{ cg asn 97 } P 17.270, 19.993, 18.647 { nd2 asn 97 } L 18.367, 19.874, 17.902
{ ca ser 101 } P 14.920, 15.873, 12.492 { cb ser 101 } L 16.315, 15.693, 13.031
{ og ser 101 } L 16.264, 14.689, 14.058
{ ca glu 104 } P 12.850, 11.993, 15.399 { cb glu 104 } L 12.904, 13.416, 15.979
{ cg glu 104 } L 14.169, 13.576, 16.888
{ cd glu 104 } L 14.374, 14.938, 17.460
{ oe1 glu 104 } L 14.063, 15.928, 16.839
{ cd glu 104 } P 14.374, 14.938, 17.460 { oe2 glu 104 } L 14.887, 15.027, 18.597
@vectorlist {H-bond} color= green off
<2.31>{asp 80 hn} P -6.74, 28.27, 22.10 {lys 77 o} L -7.91, 27.91, 21.04
<2.32>{glu 82 hn} P -3.81, 27.58, 19.53 {asp 78 o} L -4.53, 29.03, 19.50
<2.16>{glu 84 hn} P -3.08, 23.69, 21.42 {ser 81 o} L -3.08, 24.28, 20.03
<2.00>{ile 85 hn} P -1.76, 23.04, 19.41 {ser 81 o} L -2.69, 24.09, 19.43
<2.04>{arg 86 hn} P 0.54, 23.71, 20.48 {glu 82 o} L 0.22, 25.10, 20.47
<2.45>{glu 87 hn} P 1.17, 21.60, 21.56 {glu 83 o} L 0.02, 22.47, 22.50
<2.30>{glu 87 hn} P 1.17, 21.60, 21.56 {glu 84 o} L -0.01, 20.75, 20.85
<2.12>{ala 88 hn} P 1.24, 19.21, 20.46 {glu 84 o} L 0.01, 20.04, 20.52
<2.31>{phe 89 hn} P 3.59, 19.96, 19.13 {ile 85 o} L 2.63, 21.22, 18.82
<2.71>{arg 90 hn} P 5.48, 19.58, 21.11 {arg 86 o} L 4.63, 21.19, 21.63
<2.14>{arg 90 hn} P 5.48, 19.58, 21.11 {glu 87 o} L 4.36, 18.78, 21.70
<2.27>{val 91 hn} P 5.53, 16.97, 21.43 {glu 87 o} L 4.38, 17.99, 21.80
<2.38>{val 91 hn} P 5.53, 16.97, 21.43 {ala 88 o} L 5.02, 17.07, 19.85
<1.89>{phe 92 hn} P 6.36, 16.06, 19.39 {ala 88 o} L 5.27, 16.80, 19.24
<1.82>{asp 93 hn} P 8.89, 17.13, 19.30 {phe 89 o} L 8.10, 18.14, 19.29
<1.95>{lys 94 hn} P 11.63, 14.64, 19.50 {phe 92 o} L 10.64, 14.59, 18.56
<2.04>{gly 96 hn} P 13.62, 17.38, 22.75 {asp 93 o} L 12.53, 17.13, 21.86
<1.69>{ile 100 hn} P 12.32, 20.01, 14.19 {val 136 o} L 11.72, 20.79, 13.54
<2.07>{leu 105 hn} P 11.87, 12.74, 13.16 {ser 101 o} L 12.85, 13.72, 12.72
<2.00>{arg 106 hn} P 11.69, 10.32, 12.35 {ala 102 o} L 12.81, 10.67, 11.59
<2.02>{his 107 hn} P 11.93, 8.49, 14.36 {ala 103 o} L 13.19, 9.14, 14.39
<2.07>{val 108 hn} P 9.53, 9.40, 16.16 {glu 104 o} L 10.34, 10.52, 15.70
<2.00>{met 109 hn} P 7.86, 8.65, 14.05 {leu 105 o} L 8.37, 9.55, 13.10
<2.13>{thr 110 hn} P 7.68, 6.07, 14.16 {arg 106 o} L 8.96, 6.60, 13.60
<2.35>{thr 110 hn} P 7.68, 6.07, 14.16 {his 107 o} L 8.38, 6.29, 15.64
<2.40>{asn 111 hn} P 6.47, 5.48, 16.40 {his 107 o} L 8.02, 6.11, 16.31
<2.49>{leu 112 hn} P 4.00, 5.79, 15.57 {val 108 o} L 5.05, 7.15, 15.83
<2.40>{leu 112 hn} P 4.00, 5.79, 15.57 {met 109 o} L 4.47, 5.71, 13.96
<2.16>{gly 113 hn} P 3.17, 3.74, 15.02 {thr 110 o} L 4.53, 3.12, 15.27
<2.05>{glu 114 hn} P 3.59, 4.04, 12.67 {met 109 o} L 4.34, 5.19, 13.09
@group {EFhand4}
@vectorlist {Calcium} color= hotpink
{ca ca 4 } P 13.784, 23.887, 8.345 {ca ca 4 } L 13.784, 23.887, 8.345
{ca ca 4 } P 12.784, 23.887, 8.345 {ca ca 4 } L 14.784, 23.887, 8.345
{ca ca 4 } P 13.784, 22.887, 8.345 {ca ca 4 } L 13.784, 24.887, 8.345
{ca ca 4 } P 13.784, 23.887, 7.345 {ca ca 4 } L 13.784, 23.887, 9.345
@vectorlist {alpha C} color= hotpink
{ ca glu 114 } P 3.803, 3.360, 10.602 { ca lys 115 } L 7.297, 1.989, 9.843
{ ca leu 116 } L 8.649, 4.371, 7.195
{ ca thr 117 } L 12.050, 4.085, 5.485
{ ca asp 118 } L 14.577, 6.930, 5.770
{ ca glu 119 } L 13.527, 7.937, 2.234
{ ca glu 120 } L 9.830, 8.325, 3.044
{ ca val 121 } L 10.669, 10.437, 6.135
{ ca asp 122 } L 13.075, 12.553, 4.111
{ ca glu 123 } L 10.207, 13.343, 1.730
{ ca met 124 } L 8.072, 14.439, 4.692
{ ca ile 125 } L 10.750, 16.847, 5.993
{ ca arg 126 } L 11.371, 18.236, 2.471
{ ca glu 127 } L 7.724, 18.974, 1.862
{ ca ala 128 } L 7.571, 21.118, 5.020
{ ca asn 129 } L 11.140, 22.484, 5.227
{ ca ile 130 } L 11.162, 26.175, 4.220
{ ca asp 131 } L 14.490, 27.585, 5.494
{ ca gly 132 } L 16.074, 24.483, 3.963
{ ca asp 133 } L 17.961, 23.224, 7.010
{ ca gly 134 } L 16.597, 19.670, 6.441
{ ca gln 135 } L 14.802, 20.011, 9.811
{ ca val 136 } L 11.302, 21.075, 10.853
{ ca asn 137 } L 11.008, 23.901, 13.320
{ ca tyr 138 } L 7.918, 25.107, 15.152
{ ca glu 139 } L 7.168, 27.636, 12.441
{ ca glu 140 } L 7.390, 25.044, 9.626
{ ca phe 141 } L 5.474, 22.608, 11.866
{ ca val 142 } L 2.377, 24.816, 12.411
{ ca gln 143 } L 2.121, 25.667, 8.701
{ ca met 144 } L 2.294, 21.909, 8.132
{ ca met 145 } L -0.327, 21.086, 10.763
{ ca thr 146 } L -2.833, 23.864, 10.177
{ ca ala 147 } L -2.095, 24.829, 6.582
@vectorlist {Mainchain} color= hotpink off
{ c glu 114 } P 5.316, 3.253, 10.567 { n lys 115 } L 5.819, 2.198, 10.003
{ ca lys 115 } L 7.297, 1.989, 9.843
{ c lys 115 } L 7.640, 2.392, 8.389
{ o lys 115 } L 7.323, 1.806, 7.330
{ c lys 115 } P 7.640, 2.392, 8.389 { n leu 116 } L 8.214, 3.568, 8.342
{ ca leu 116 } L 8.649, 4.371, 7.195
{ c leu 116 } L 10.173, 4.237, 6.979
{ o leu 116 } L 10.887, 4.254, 7.980
{ c leu 116 } P 10.173, 4.237, 6.979 { n thr 117 } L 10.588, 4.172, 5.720
{ ca thr 117 } L 12.050, 4.085, 5.485
{ c thr 117 } L 12.613, 5.488, 5.633
{ o thr 117 } L 11.800, 6.444, 5.696
{ c thr 117 } P 12.613, 5.488, 5.633 { n asp 118 } L 13.937, 5.615, 5.679
{ ca asp 118 } L 14.577, 6.930, 5.770
{ c asp 118 } L 14.152, 7.792, 4.553
{ o asp 118 } L 14.156, 9.029, 4.717
{ c asp 118 } P 14.152, 7.792, 4.553 { n glu 119 } L 13.882, 7.231, 3.427
{ ca glu 119 } L 13.527, 7.937, 2.234
{ c glu 119 } L 12.132, 8.572, 2.316
{ o glu 119 } L 11.947, 9.673, 1.795
{ c glu 119 } P 12.132, 8.572, 2.316 { n glu 120 } L 11.198, 7.841, 2.882
{ ca glu 120 } L 9.830, 8.325, 3.044
{ c glu 120 } L 9.779, 9.426, 4.065
{ o glu 120 } L 8.980, 10.369, 3.831
{ c glu 120 } P 9.779, 9.426, 4.065 { n val 121 } L 10.607, 9.403, 5.076
{ ca val 121 } L 10.669, 10.437, 6.135
{ c val 121 } L 11.329, 11.702, 5.591
{ o val 121 } L 10.965, 12.841, 5.882
{ c val 121 } P 11.329, 11.702, 5.591 { n asp 122 } L 12.324, 11.499, 4.774
{ ca asp 122 } L 13.075, 12.553, 4.111
{ c asp 122 } L 12.095, 13.418, 3.289
{ o asp 122 } L 12.221, 14.641, 3.282
{ c asp 122 } P 12.095, 13.418, 3.289 { n glu 123 } L 11.213, 12.764, 2.582
{ ca glu 123 } L 10.207, 13.343, 1.730
{ c glu 123 } L 9.238, 14.178, 2.548
{ o glu 123 } L 8.807, 15.229, 2.003
{ c glu 123 } P 9.238, 14.178, 2.548 { n met 124 } L 8.926, 13.751, 3.733
{ ca met 124 } L 8.072, 14.439, 4.692
{ c met 124 } L 8.742, 15.748, 5.139
{ o met 124 } L 8.097, 16.795, 5.074
{ c met 124 } P 8.742, 15.748, 5.139 { n ile 125 } L 9.961, 15.655, 5.595
{ ca ile 125 } L 10.750, 16.847, 5.993
{ c ile 125 } L 10.753, 17.827, 4.804
{ o ile 125 } L 10.240, 18.936, 4.902
{ c ile 125 } P 10.753, 17.827, 4.804 { n arg 126 } L 11.273, 17.412, 3.660
{ ca arg 126 } L 11.371, 18.236, 2.471
{ c arg 126 } L 10.121, 19.067, 2.260
{ o arg 126 } L 10.175, 20.298, 2.190
{ c arg 126 } P 10.121, 19.067, 2.260 { n glu 127 } L 9.022, 18.366, 2.089
{ ca glu 127 } L 7.724, 18.974, 1.862
{ c glu 127 } L 7.427, 20.133, 2.806
{ o glu 127 } L 6.789, 21.128, 2.376
{ c glu 127 } P 7.427, 20.133, 2.806 { n ala 128 } L 7.847, 20.078, 4.051
{ ca ala 128 } L 7.571, 21.118, 5.020
{ c ala 128 } L 8.742, 22.028, 5.345
{ o ala 128 } L 8.500, 23.007, 6.087
{ c ala 128 } P 8.742, 22.028, 5.345 { n asn 129 } L 9.933, 21.729, 4.922
{ ca asn 129 } L 11.140, 22.484, 5.227
{ c asn 129 } L 11.310, 23.710, 4.327
{ o asn 129 } L 11.619, 23.618, 3.115
{ c asn 129 } P 11.310, 23.710, 4.327 { n ile 130 } L 11.083, 24.868, 4.910
{ ca ile 130 } L 11.162, 26.175, 4.220
{ c ile 130 } L 12.560, 26.742, 4.220
{ o ile 130 } L 13.161, 26.910, 3.146
{ c ile 130 } P 12.560, 26.742, 4.220 { n asp 131 } L 13.143, 26.994, 5.374
{ ca asp 131 } L 14.490, 27.585, 5.494
{ c asp 131 } L 15.594, 26.660, 5.005
{ o asp 131 } L 16.789, 27.007, 5.137
{ c asp 131 } P 15.594, 26.660, 5.005 { n gly 132 } L 15.246, 25.509, 4.492
{ ca gly 132 } L 16.074, 24.483, 3.963
{ c gly 132 } L 17.166, 23.967, 4.841
{ o gly 132 } L 18.301, 23.695, 4.342
{ c gly 132 } P 17.166, 23.967, 4.841 { n asp 133 } L 16.913, 23.784, 6.118
{ ca asp 133 } L 17.961, 23.224, 7.010
{ c asp 133 } L 17.785, 21.710, 7.061
{ o asp 133 } L 18.650, 21.089, 7.709
{ c asp 133 } P 17.785, 21.710, 7.061 { n gly 134 } L 16.780, 21.133, 6.419
{ ca gly 134 } L 16.597, 19.670, 6.441
{ c gly 134 } L 15.947, 19.212, 7.759
{ o gly 134 } L 15.861, 18.001, 8.073
{ c gly 134 } P 15.947, 19.212, 7.759 { n gln 135 } L 15.437, 20.157, 8.506
{ ca gln 135 } L 14.802, 20.011, 9.811
{ c gln 135 } L 13.467, 20.752, 9.846
{ o gln 135 } L 13.288, 21.657, 9.023
{ c gln 135 } P 13.467, 20.752, 9.846 { n val 136 } L 12.611, 20.379, 10.798
{ ca val 136 } L 11.302, 21.075, 10.853
{ c val 136 } L 11.269, 21.767, 12.199
{ o val 136 } L 11.462, 21.126, 13.259
{ c val 136 } P 11.269, 21.767, 12.199 { n asn 137 } L 11.103, 23.068, 12.077
{ ca asn 137 } L 11.008, 23.901, 13.320
{ c asn 137 } L 9.526, 24.179, 13.558
{ o asn 137 } L 8.658, 23.803, 12.742
{ c asn 137 } P 9.526, 24.179, 13.558 { n tyr 138 } L 9.269, 24.804, 14.689
{ ca tyr 138 } L 7.918, 25.107, 15.152
{ c tyr 138 } L 7.099, 25.810, 14.103
{ o tyr 138 } L 5.946, 25.454, 13.771
{ c tyr 138 } P 7.099, 25.810, 14.103 { n glu 139 } L 7.721, 26.830, 13.545
{ ca glu 139 } L 7.168, 27.636, 12.441
{ c glu 139 } L 6.781, 26.763, 11.264
{ o glu 139 } L 5.631, 26.802, 10.793
{ c glu 139 } P 6.781, 26.763, 11.264 { n glu 140 } L 7.732, 25.965, 10.767
{ ca glu 140 } L 7.390, 25.044, 9.626
{ c glu 140 } L 6.327, 24.057, 10.076
{ o glu 140 } L 5.337, 23.789, 9.351
{ c glu 140 } P 6.327, 24.057, 10.076 { n phe 141 } L 6.443, 23.555, 11.293
{ ca phe 141 } L 5.474, 22.608, 11.866
{ c phe 141 } L 4.031, 23.091, 11.859
{ o phe 141 } L 3.147, 22.324, 11.377
{ c phe 141 } P 4.031, 23.091, 11.859 { n val 142 } L 3.753, 24.276, 12.352
{ ca val 142 } L 2.377, 24.816, 12.411
{ c val 142 } L 1.749, 25.007, 11.021
{ o val 142 } L 0.534, 24.773, 10.807
{ c val 142 } P 1.749, 25.007, 11.021 { n gln 143 } L 2.568, 25.454, 10.082
{ ca gln 143 } L 2.121, 25.667, 8.701
{ c gln 143 } L 1.809, 24.291, 8.085
{ o gln 143 } L 1.026, 24.216, 7.123
{ c gln 143 } P 1.809, 24.291, 8.085 { n met 144 } L 2.489, 23.288, 8.659
{ ca met 144 } L 2.294, 21.909, 8.132
{ c met 144 } L 1.047, 21.289, 8.743
{ o met 144 } L 0.302, 20.566, 8.062
{ c met 144 } P 1.047, 21.289, 8.743 { n met 145 } L 0.826, 21.586, 10.009
{ ca met 145 } L -0.327, 21.086, 10.763
{ c met 145 } L -1.631, 21.706, 10.261
{ o met 145 } L -2.500, 21.028, 9.684
{ c met 145 } P -1.631, 21.706, 10.261 { n thr 146 } L -1.729, 22.987, 10.497
{ ca thr 146 } L -2.833, 23.864, 10.177
{ c thr 146 } L -3.048, 24.133, 8.701
{ o thr 146 } L -4.185, 24.037, 8.210
{ c thr 146 } P -3.048, 24.133, 8.701 { n ala 147 } L -1.985, 24.535, 8.027
{ ca ala 147 } L -2.095, 24.829, 6.582
{ c ala 147 } L -1.250, 23.827, 5.799
{ o ala 147 } L -1.938, 22.966, 5.190
@vectorlist {Sidechain} color= magenta off
{ ca asn 129 } P 11.140, 22.484, 5.227 { cb asn 129 } L 12.269, 21.482, 5.181
{ cg asn 129 } L 13.604, 22.086, 5.542
{ od1 asn 129 } L 13.666, 23.014, 6.366
{ cg asn 129 } P 13.604, 22.086, 5.542 { nd2 asn 129 } L 14.650, 21.555, 4.923
{ ca asp 131 } P 14.490, 27.585, 5.494 { cb asp 131 } L 14.704, 28.096, 6.923
{ cg asp 131 } L 14.959, 26.954, 7.889
{ od1 asp 131 } L 15.078, 27.133, 9.112
{ cg asp 131 } P 14.959, 26.954, 7.889 { od2 asp 131 } L 15.096, 25.841, 7.343
{ ca asp 133 } P 17.961, 23.224, 7.010 { cb asp 133 } L 18.005, 23.909, 8.348
{ cg asp 133 } L 16.755, 23.757, 9.211
{ od1 asp 133 } L 16.821, 24.148, 10.404
{ cg asp 133 } P 16.755, 23.757, 9.211 { od2 asp 133 } L 15.730, 23.258, 8.690
{ ca asn 137 } P 11.008, 23.901, 13.320 { cb asn 137 } L 11.962, 25.058, 13.217
{ cg asn 137 } L 11.584, 26.158, 12.248
{ od1 asn 137 } L 12.470, 27.027, 12.073
{ cg asn 137 } P 11.584, 26.158, 12.248 { nd2 asn 137 } L 10.399, 26.183, 11.663
{ ca glu 140 } P 7.390, 25.044, 9.626 { cb glu 140 } L 8.647, 24.350, 9.129
{ cg glu 140 } L 9.780, 25.306, 8.658
{ cd glu 140 } L 11.126, 24.668, 8.574
{ oe1 glu 140 } L 11.416, 23.758, 9.341
{ cd glu 140 } P 11.126, 24.668, 8.574 { oe2 glu 140 } L 11.900, 25.077, 7.693
@vectorlist {H-bond} color= green off
<2.33>{val 121 hn} P 11.23, 8.62, 5.11 {thr 117 o} L 11.63, 7.10, 5.52
<2.19>{asp 122 hn} P 12.58, 10.55, 4.60 {asp 118 o} L 13.68, 9.48, 4.68
<2.36>{glu 123 hn} P 11.24, 11.77, 2.64 {glu 119 o} L 11.74, 10.30, 2.05
<2.53>{met 124 hn} P 9.32, 12.87, 3.99 {glu 120 o} L 9.08, 11.12, 3.88
<2.00>{ile 125 hn} P 10.35, 14.74, 5.67 {val 121 o} L 10.78, 13.41, 5.82
<1.96>{arg 126 hn} P 11.62, 16.48, 3.61 {asp 122 o} L 12.04, 15.19, 3.38
<2.16>{glu 127 hn} P 9.09, 17.37, 2.12 {glu 123 o} L 8.89, 15.87, 2.04
<2.61>{ala 128 hn} P 8.38, 19.28, 4.34 {met 124 o} L 8.18, 17.54, 4.85
<1.97>{ala 128 hn} P 8.38, 19.28, 4.34 {ile 125 o} L 9.68, 19.04, 4.73
<2.07>{asn 129 hn} P 10.01, 20.92, 4.34 {ile 125 o} L 10.17, 19.53, 4.73
<2.25>{asn 129 hn} P 10.01, 20.92, 4.34 {arg 126 o} L 10.12, 20.48, 2.84
<2.10>{val 136 hn} P 12.85, 19.66, 11.44 {ile 100 o} L 12.83, 18.27, 11.95
<1.69>{phe 141 hn} P 7.23, 23.84, 11.84 {asn 137 o} L 8.23, 23.81, 12.47
<1.90>{val 142 hn} P 4.52, 24.82, 12.70 {tyr 138 o} L 5.52, 25.26, 13.45
<2.45>{gln 143 hn} P 3.52, 25.65, 10.33 {glu 139 o} L 5.00, 26.46, 10.65
<2.25>{met 144 hn} P 3.11, 23.47, 9.42 {glu 140 o} L 4.67, 23.69, 9.37
<2.27>{met 144 hn} P 3.11, 23.47, 9.42 {phe 141 o} L 3.14, 22.67, 10.79
<1.90>{met 145 hn} P 1.49, 22.18, 10.47 {phe 141 o} L 2.65, 22.28, 11.10
<2.02>{thr 146 hn} P -0.94, 23.40, 10.95 {val 142 o} L 0.09, 24.36, 10.85
<2.83>{ala 147 hn} P -1.12, 24.64, 8.51 {val 142 o} L 0.04, 24.73, 10.12
@kinemage 5
@caption
IgG Fab fragment.
@onewidth
@group {Light}
@vectorlist {Constant} color= red
{ ca lys l 107 } P -4.654, 0.144, -1.705 { ca arg l 108 } L -4.691, -3.596, -1.762
{ ca ala l 109 } L -6.400, -6.357, -3.869
{ ca asp l 110 } L -10.304, -6.556, -3.511
{ ca ala l 111 } L -11.021, -8.553, -0.282
{ ca ala l 112 } L -14.349, -10.095, 0.528
{ ca pro l 113 } L -16.010, -9.818, 3.992
{ ca thr l 114 } L -16.313, -12.877, 6.194
{ ca val l 115 } L -19.593, -12.252, 7.978
{ ca ser l 116 } L -20.949, -14.314, 10.895
{ ca ile l 117 } L -24.193, -14.013, 12.914
{ ca phe l 118 } L -24.512, -14.888, 16.528
{ ca pro l 119 } L -27.726, -15.415, 18.536
{ ca pro l 120 } L -28.350, -13.978, 22.060
{ ca ser l 121 } L -26.844, -16.155, 24.705
{ ca ser l 122 } L -28.751, -17.824, 27.560
{ ca glu l 123 } L -26.778, -15.917, 30.247
{ ca gln l 124 } L -27.677, -12.518, 28.724
{ ca leu l 125 } L -31.308, -13.514, 28.349
{ ca thr l 126 } L -31.322, -14.427, 32.109
{ ca ser l 127 } L -29.890, -10.930, 32.677
{ ca gly l 128 } L -33.036, -9.414, 31.017
{ ca gly l 129 } L -32.363, -8.493, 27.329
{ ca ala l 130 } L -30.890, -9.898, 24.152
{ ca ser l 131 } L -28.407, -8.613, 21.592
{ ca val l 132 } L -27.867, -10.251, 18.176
{ ca val l 133 } L -24.337, -9.620, 16.700
{ ca cys l 134 } L -22.917, -9.796, 13.237
{ ca phe l 135 } L -19.217, -9.611, 12.489
{ ca leu l 136 } L -18.272, -8.536, 8.949
{ ca asn l 137 } L -14.507, -9.338, 9.049
{ ca asn l 138 } L -11.480, -8.672, 6.916
{ ca phe l 139 } L -12.819, -6.743, 3.939
{ ca tyr l 140 } L -11.236, -4.299, 1.579
{ ca pro l 141 } L -12.371, -1.682, 0.392
{ ca lys l 142 } L -13.655, 0.215, 3.377
{ ca asp l 143 } L -16.975, 0.738, 1.656
{ ca ile l 144 } L -19.458, -1.698, 3.121
{ ca asn l 145 } L -23.185, -1.281, 3.760
{ ca val l 146 } L -25.064, -3.272, 6.426
{ ca lys l 147 } L -28.644, -3.682, 7.562
{ ca trp l 148 } L -30.574, -5.986, 9.742
{ ca lys l 149 } L -33.614, -7.602, 8.240
{ ca ile l 150 } L -36.087, -9.051, 10.782
{ ca asp l 151 } L -38.715, -11.204, 9.069
{ ca gly l 152 } L -38.293, -9.762, 5.530
{ ca ser l 153 } L -38.539, -6.085, 6.564
{ ca glu l 154 } L -35.585, -4.079, 7.920
{ ca arg l 155 } L -34.830, -2.581, 11.324
{ ca gln l 156 } L -32.500, 0.142, 12.361
{ ca asn l 157 } L -32.789, 2.261, 15.535
{ ca gly l 158 } L -31.297, -0.352, 17.790
{ ca val l 159 } L -28.220, -1.084, 15.635
{ ca leu l 160 } L -24.736, 0.065, 16.745
{ ca asn l 161 } L -21.511, -0.199, 14.730
{ ca ser l 162 } L -17.761, -0.567, 15.304
{ ca trp l 163 } L -15.135, -0.300, 12.576
{ ca thr l 164 } L -11.370, -0.764, 13.029
{ ca asp l 165 } L -8.917, 1.409, 11.063
{ ca gln l 166 } L -7.020, -0.288, 8.211
{ ca asp l 167 } L -5.189, -3.315, 9.674
{ ca ser l 168 } L -1.442, -2.872, 9.912
{ ca lys l 169 } L -0.657, -6.448, 8.966
{ ca asp l 170 } L -2.956, -7.078, 5.988
{ ca ser l 171 } L -4.640, -3.723, 5.014
{ ca thr l 172 } L -8.154, -4.936, 5.729
{ ca tyr l 173 } L -11.134, -3.692, 7.772
{ ca ser l 174 } L -13.395, -5.539, 10.098
{ ca met l 175 } L -16.548, -4.431, 11.832
{ ca ser l 176 } L -19.144, -5.507, 14.331
{ ca ser l 177 } L -22.740, -4.521, 14.038
{ ca thr l 178 } L -24.806, -5.237, 17.176
{ ca leu l 179 } L -28.664, -4.964, 17.143
{ ca thr l 180 } L -29.421, -4.967, 21.002
{ ca leu l 181 } L -32.983, -5.939, 21.989
{ ca thr l 182 } L -35.045, -6.822, 25.136
{ ca lys l 183 } L -35.936, -10.536, 25.852
{ ca asp l 184 } L -39.603, -9.936, 24.672
{ ca glu l 185 } L -38.742, -7.921, 21.486
{ ca tyr l 186 } L -36.462, -10.868, 20.772
{ ca glu l 187 } L -39.232, -13.435, 21.711
{ ca arg l 188 } L -41.173, -12.193, 18.681
{ ca his l 189 } L -39.735, -12.707, 15.129
{ ca asn l 190 } L -38.015, -16.013, 14.341
{ ca ser l 191 } L -35.662, -14.776, 11.690
{ ca tyr l 192 } L -32.856, -12.453, 12.355
{ ca thr l 193 } L -30.762, -11.372, 9.449
{ ca cys l 194 } L -27.600, -9.413, 9.064
{ ca glu l 195 } L -27.001, -8.263, 5.496
{ ca ala l 196 } L -23.905, -6.992, 3.866
{ ca thr l 197 } L -23.293, -5.099, 0.689
{ ca his l 198 } L -19.801, -4.725, -0.833
{ ca lys l 199 } L -17.675, -4.075, -4.029
{ ca thr l 200 } L -16.566, -7.676, -4.227
{ ca ser l 201 } L -20.176, -8.840, -4.745
{ ca thr l 202 } L -23.240, -8.229, -6.953
{ ca ser l 203 } L -25.159, -10.401, -4.536
{ ca pro l 204 } L -26.055, -9.108, -1.051
{ ca ile l 205 } L -24.153, -11.365, 1.393
{ ca val l 206 } L -26.840, -12.672, 3.632
{ ca lys l 207 } L -26.310, -14.338, 6.959
{ ca ser l 208 } L -29.471, -15.426, 8.884
{ ca phe l 209 } L -30.503, -17.548, 11.835
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{ ca glu l 105 } L -4.780, 4.318, 3.594
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{ ca gly h 54 } L 11.437, 34.758, 28.163
{ ca lys h 55 } L 9.354, 37.754, 29.114
{ ca gly h 56 } L 6.387, 38.922, 27.102
{ ca tyr h 57 } L 3.158, 37.136, 27.832
{ ca leu h 58 } L 0.482, 35.283, 25.962
{ ca ser h 25 } P 14.393, 19.742, 27.360 { ca gly h 26 } L 17.326, 19.975, 24.940
{ ca tyr h 27 } L 16.766, 23.737, 24.289
{ ca thr h 28 } L 16.806, 27.008, 26.415
{ ca phe h 29 } L 13.181, 27.226, 27.586
{ ca thr h 30 } L 12.819, 31.003, 27.731
{ ca ser h 31 } L 14.088, 31.335, 24.142
{ ca tyr h 32 } L 11.048, 29.577, 22.503
{ ca gly h 33 } L 7.277, 29.836, 22.823
{ ca tyr h 101 } P 12.420, 31.326, 17.452 { ca gly h 102 } L 11.915, 35.011, 16.683
{ ca gly h 103 } L 8.213, 35.697, 17.358
{ ca ser h 104 } L 4.527, 35.475, 16.730
{ ca asp h 105 } L 1.747, 37.983, 15.817
{ ca leu h 106 } L 2.078, 37.037, 12.163
{ ca ala h 107 } L 4.363, 33.932, 11.634
{ ca val h 108 } L 7.919, 32.918, 12.907
{ ca tyr h 109 } L 5.675, 30.489, 14.786
@group {Disulphide}
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{ sg cys h 151 } P -15.925, -14.543, 25.006 { sg cys h 206 } L -14.337, -14.658, 26.225
{ sg cys l 23 } P -4.910, 23.750, 3.789 { sg cys l 88 } L -4.680, 22.546, 5.389
{ sg cys l 134 } P -23.472, -9.779, 10.503 { sg cys l 194 } L -24.950, -8.750, 9.619
{ sg cys l 214 } P -30.241, -21.432, 17.440 { sg cys h 139 } L -30.679, -21.528, 15.458
@kinemage 6
@caption
Actin
@onewidth
@group {Actin}
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{ ca asp 1 } P 105.992, 48.589, 42.982 { ca asp 1 } L 105.992, 48.589, 42.982
{ ca glu 2 } L 109.054, 50.658, 43.886
{ ca asp 3 } L 106.934, 52.121, 46.541
{ ca glu 4 } L 103.473, 50.426, 45.793
{ ca thr 5 } L 104.720, 47.577, 48.030
{ ca thr 6 } L 107.097, 49.766, 49.860
{ ca ala 7 } L 104.859, 52.367, 51.646
{ ca leu 8 } L 104.730, 51.848, 55.413
{ ca val 9 } L 101.840, 52.965, 57.647
{ ca cys 10 } L 102.538, 53.609, 61.244
{ ca asp 11 } L 99.775, 54.671, 63.577
{ ca asn 12 } L 101.196, 55.868, 66.906
{ ca gly 13 } L 98.820, 55.604, 69.845
{ ca ser 14 } L 98.682, 56.222, 73.482
{ ca gly 15 } L 98.352, 52.482, 74.261
{ ca leu 16 } L 99.156, 50.638, 70.991
{ ca val 17 } L 101.238, 51.122, 67.816
{ ca lys 18 } L 99.552, 49.740, 64.652
{ ca ala 19 } L 101.983, 49.204, 61.733
{ ca gly 20 } L 102.313, 47.374, 58.439
{ ca phe 21 } L 102.467, 47.890, 54.704
{ ca ala 22 } L 100.156, 50.105, 52.655
{ ca gly 23 } L 98.223, 47.596, 50.715
{ ca asp 24 } L 97.493, 45.185, 53.598
{ ca asp 25 } L 93.980, 44.972, 55.068
{ ca ala 26 } L 95.056, 45.159, 58.705
{ ca pro 27 } L 98.233, 46.049, 60.695
{ ca arg 28 } L 101.116, 43.641, 60.464
{ ca ala 29 } L 102.267, 44.859, 63.861
{ ca val 30 } L 100.342, 45.829, 66.969
{ ca phe 31 } L 102.099, 46.250, 70.308
{ ca pro 32 } L 102.232, 48.426, 73.460
{ ca ser 33 } L 103.593, 51.864, 73.323
{ ca ile 34 } L 106.017, 51.424, 76.227
{ ca val 35 } L 109.780, 51.679, 76.710
{ ca gly 36 } L 111.096, 49.873, 79.719
{ ca arg 37 } L 114.283, 50.785, 81.444
{ ca pro 38 } L 115.752, 48.111, 83.881
{ ca arg 39 } L 115.687, 49.036, 87.524
{ ca his 40 } L 118.742, 46.698, 88.246
{ ca gln 41 } L 121.910, 45.392, 86.703
{ ca gly 42 } L 121.802, 41.842, 85.414
{ ca val 43 } L 120.873, 39.633, 82.438
{ ca met 44 } L 118.463, 37.011, 81.062
{ ca val 45 } L 120.094, 33.659, 80.368
{ ca gly 46 } L 121.863, 33.780, 77.043
{ ca met 47 } L 121.312, 37.438, 76.382
{ ca gly 48 } L 123.526, 40.434, 76.951
{ ca gln 49 } L 122.870, 43.500, 79.054
{ ca lys 50 } L 120.035, 45.427, 77.554
{ ca asp 51 } L 119.658, 49.070, 78.106
{ ca ser 52 } L 116.068, 49.233, 77.104
{ ca tyr 53 } L 113.011, 47.226, 76.263
{ ca val 54 } L 110.035, 48.124, 73.978
{ ca gly 55 } L 106.515, 46.839, 73.388
{ ca asp 56 } L 105.709, 43.397, 74.658
{ ca glu 57 } L 109.161, 42.608, 76.060
{ ca ala 58 } L 108.724, 45.688, 78.253
{ ca gln 59 } L 105.294, 44.551, 79.327
{ ca ser 60 } L 106.368, 40.964, 80.023
{ ca lys 61 } L 109.378, 41.923, 81.988
{ ca arg 62 } L 107.670, 44.858, 83.804
{ ca gly 63 } L 108.662, 43.814, 87.301
{ ca ile 64 } L 112.393, 44.710, 86.762
{ ca leu 65 } L 112.029, 47.839, 84.560
{ ca thr 66 } L 110.553, 51.347, 84.871
{ ca leu 67 } L 107.919, 51.544, 82.206
{ ca lys 68 } L 107.281, 54.775, 80.330
{ ca tyr 69 } L 104.590, 55.894, 77.950
{ ca pro 70 } L 105.999, 58.323, 75.149
{ ca ile 71 } L 102.588, 59.468, 74.025
{ ca glu 72 } L 100.460, 61.170, 76.612
{ ca his 73 } L 96.906, 61.668, 75.405
{ ca gly 74 } L 97.792, 61.197, 71.753
{ ca ile 75 } L 100.599, 63.838, 71.779
{ ca ile 76 } L 104.348, 62.721, 71.750
{ ca thr 77 } L 105.691, 63.843, 75.099
{ ca asn 78 } L 109.123, 62.154, 75.069
{ ca trp 79 } L 111.064, 62.235, 71.829
{ ca asp 80 } L 113.999, 60.022, 73.049
{ ca asp 81 } L 111.601, 57.256, 73.929
{ ca met 82 } L 109.495, 57.725, 70.759
{ ca glu 83 } L 112.530, 57.330, 68.435
{ ca lys 84 } L 113.050, 54.113, 70.405
{ ca ile 85 } L 109.479, 52.853, 69.565
{ ca trp 86 } L 109.945, 53.792, 65.874
{ ca his 87 } L 113.287, 52.028, 65.744
{ ca his 88 } L 111.676, 48.916, 67.166
{ ca thr 89 } L 108.852, 49.163, 64.630
{ ca phe 90 } L 110.986, 49.322, 61.566
{ ca tyr 91 } L 113.806, 47.073, 62.508
{ ca asn 92 } L 112.323, 44.396, 64.657
{ ca glu 93 } L 108.590, 44.359, 64.096
{ ca leu 94 } L 108.403, 44.949, 60.315
{ ca arg 95 } L 112.113, 43.995, 59.865
{ ca val 96 } L 112.482, 46.455, 57.004
{ ca ala 97 } L 115.308, 48.913, 56.442
{ ca pro 98 } L 113.563, 52.380, 56.581
{ ca glu 99 } L 115.899, 54.115, 54.094
{ ca glu 100 } L 114.165, 52.584, 51.140
{ ca his 101 } L 110.495, 52.811, 52.306
{ ca pro 102 } L 108.099, 55.820, 52.106
{ ca thr 103 } L 106.491, 56.139, 55.612
{ ca leu 104 } L 102.897, 57.456, 56.269
{ ca leu 105 } L 102.567, 58.459, 59.858
{ ca thr 106 } L 99.631, 59.719, 61.854
{ ca glu 107 } L 99.213, 62.569, 64.297
{ ca ala 108 } L 96.472, 63.718, 66.638
{ ca pro 109 } L 93.744, 66.291, 66.101
{ ca leu 110 } L 95.283, 69.606, 67.272
{ ca asn 111 } L 98.882, 68.323, 67.236
{ ca pro 112 } L 101.193, 71.274, 67.798
{ ca lys 113 } L 102.837, 72.566, 64.580
{ ca ala 114 } L 106.218, 72.096, 66.142
{ ca asn 115 } L 105.730, 68.345, 66.744
{ ca arg 116 } L 104.721, 67.649, 63.102
{ ca glu 117 } L 107.965, 69.441, 62.203
{ ca lys 118 } L 109.924, 67.443, 64.873
{ ca met 119 } L 108.838, 63.945, 63.805
{ ca thr 120 } L 109.670, 65.000, 60.275
{ ca gln 121 } L 113.110, 66.105, 61.456
{ ca ile 122 } L 113.543, 62.614, 63.068
{ ca met 123 } L 112.036, 60.669, 60.180
{ ca phe 124 } L 114.239, 62.268, 57.533
{ ca glu 125 } L 117.324, 63.110, 59.587
{ ca thr 126 } L 117.786, 60.071, 61.907
{ ca phe 127 } L 115.915, 57.289, 59.944
{ ca asn 128 } L 116.665, 58.599, 56.450
{ ca val 129 } L 113.342, 57.471, 54.954
{ ca pro 130 } L 112.936, 58.384, 51.151
{ ca ala 131 } L 109.669, 60.224, 51.745
{ ca met 132 } L 107.016, 60.565, 54.421
{ ca tyr 133 } L 103.596, 62.143, 55.154
{ ca val 134 } L 101.662, 62.829, 58.373
{ ca ala 135 } L 97.812, 62.241, 58.166
{ ca ile 136 } L 95.395, 63.379, 60.980
{ ca gln 137 } L 93.841, 60.381, 62.631
{ ca ala 138 } L 90.065, 61.149, 62.453
{ ca val 139 } L 90.573, 62.113, 58.869
{ ca leu 140 } L 91.925, 58.601, 57.991
{ ca ser 141 } L 89.144, 56.976, 59.905
{ ca leu 142 } L 86.486, 58.856, 57.909
{ ca tyr 143 } L 88.059, 58.195, 54.635
{ ca ala 144 } L 88.397, 54.480, 55.363
{ ca ser 145 } L 84.549, 54.501, 55.675
{ ca gly 146 } L 84.432, 55.799, 52.121
{ ca arg 147 } L 83.424, 59.428, 52.875
{ ca thr 148 } L 84.860, 62.946, 53.077
{ ca thr 149 } L 82.443, 64.869, 55.227
{ ca gly 150 } L 81.267, 63.550, 58.510
{ ca ile 151 } L 82.202, 63.873, 62.184
{ ca val 152 } L 84.404, 61.173, 63.759
{ ca leu 153 } L 84.047, 60.225, 67.425
{ ca asp 154 } L 87.500, 58.811, 67.944
{ ca ser 155 } L 88.315, 56.949, 71.205
{ ca gly 156 } L 91.275, 54.839, 72.059
{ ca asp 157 } L 93.469, 54.337, 74.997
{ ca gly 158 } L 94.337, 57.786, 76.442
{ ca val 159 } L 92.041, 60.304, 74.428
{ ca thr 160 } L 88.560, 60.789, 72.984
{ ca his 161 } L 87.943, 63.313, 70.221
{ ca asn 162 } L 85.265, 64.626, 67.945
{ ca val 163 } L 86.695, 65.838, 64.658
{ ca pro 164 } L 84.167, 67.376, 62.251
{ ca ile 165 } L 85.621, 67.061, 58.692
{ ca tyr 166 } L 84.296, 68.854, 55.585
{ ca glu 167 } L 85.491, 67.771, 52.137
{ ca gly 168 } L 88.575, 66.564, 53.827
{ ca tyr 169 } L 89.563, 69.531, 55.949
{ ca ala 170 } L 89.244, 68.795, 59.675
{ ca leu 171 } L 87.606, 71.803, 61.314
{ ca pro 172 } L 90.005, 73.139, 64.011
{ ca his 173 } L 87.555, 75.242, 65.970
{ ca ala 174 } L 84.915, 72.518, 66.301
{ ca ile 175 } L 87.174, 69.627, 67.510
{ ca met 176 } L 86.591, 68.472, 71.148
{ ca arg 177 } L 88.864, 66.413, 73.266
{ ca leu 178 } L 87.746, 64.432, 76.275
{ ca asp 179 } L 90.624, 62.863, 78.267
{ ca gly 182 } P 89.819, 52.724, 77.522 { ca arg 183 } L 92.676, 53.064, 80.071
{ ca asp 184 } L 90.426, 55.046, 82.466
{ ca leu 185 } L 87.683, 52.504, 81.710
{ ca thr 186 } L 89.704, 49.410, 82.688
{ ca asp 187 } L 90.594, 51.031, 86.015
{ ca tyr 188 } L 87.005, 51.859, 86.796
{ ca leu 189 } L 85.887, 48.283, 86.024
{ ca met 190 } L 88.662, 47.177, 88.329
{ ca lys 191 } L 87.170, 49.034, 91.248
{ ca ile 192 } L 83.485, 48.039, 90.504
{ ca leu 193 } L 84.679, 44.445, 90.313
{ ca thr 194 } L 86.746, 44.528, 93.564
{ ca glu 195 } L 83.708, 46.358, 94.945
{ ca arg 196 } L 81.624, 43.293, 93.781
{ ca gly 197 } L 83.712, 41.556, 96.506
{ ca tyr 198 } L 86.937, 40.557, 94.677
{ ca ser 199 } L 90.687, 40.821, 94.524
{ ca phe 200 } L 92.975, 41.514, 91.686
{ ca val 201 } L 95.937, 41.045, 93.725
{ ca thr 202 } L 98.855, 39.615, 91.647
{ ca thr 203 } L 99.823, 41.094, 88.249
{ ca ala 204 } L 98.135, 38.105, 86.546
{ ca glu 205 } L 94.893, 39.300, 88.125
{ ca arg 206 } L 95.421, 43.008, 87.184
{ ca glu 207 } L 96.019, 42.435, 83.423
{ ca ile 208 } L 93.017, 40.233, 82.792
{ ca val 209 } L 90.454, 42.832, 84.128
{ ca arg 210 } L 91.225, 44.505, 80.820
{ ca asp 211 } L 90.387, 41.230, 78.952
{ ca ile 212 } L 87.127, 41.068, 80.932
{ ca lys 213 } L 86.301, 44.682, 79.810
{ ca glu 214 } L 87.002, 43.794, 76.159
{ ca lys 215 } L 85.136, 40.386, 76.048
{ ca leu 216 } L 82.140, 40.826, 78.360
{ ca cys 217 } L 81.428, 44.608, 78.441
{ ca tyr 218 } L 78.358, 46.134, 76.915
{ ca val 219 } L 76.764, 49.521, 76.274
{ ca ala 220 } L 73.210, 49.142, 76.972
{ ca leu 221 } L 70.543, 51.265, 75.528
{ ca asp 222 } L 68.228, 52.270, 78.324
{ ca phe 223 } L 70.875, 51.828, 80.937
{ ca glu 224 } L 68.077, 52.943, 83.291
{ ca asn 225 } L 65.866, 49.889, 83.065
{ ca glu 226 } L 68.920, 47.670, 82.700
{ ca met 227 } L 69.962, 48.220, 86.314
{ ca ala 228 } L 66.237, 47.570, 87.076
{ ca thr 229 } L 66.570, 44.371, 85.026
{ ca ala 230 } L 69.761, 43.467, 86.958
{ ca ala 231 } L 67.741, 43.425, 90.196
{ ca ser 232 } L 64.934, 41.037, 89.057
{ ca ser 233 } L 68.026, 38.940, 88.140
{ ca ser 234 } L 67.616, 37.488, 84.866
{ ca ser 235 } L 70.130, 35.341, 83.079
{ ca leu 236 } L 71.958, 38.670, 82.359
{ ca glu 237 } L 74.986, 37.568, 84.543
{ ca lys 238 } L 78.311, 36.426, 83.039
{ ca ser 239 } L 81.082, 34.346, 84.561
{ ca tyr 240 } L 84.607, 34.406, 83.196
{ ca glu 241 } L 87.220, 31.719, 84.181
{ ca leu 242 } L 90.470, 33.339, 85.391
{ ca pro 243 } L 94.180, 32.170, 84.440
{ ca asp 244 } L 93.318, 29.282, 86.803
{ ca gly 245 } L 89.826, 27.851, 87.825
{ ca gln 246 } L 88.668, 30.854, 89.930
{ ca val 247 } L 85.445, 31.544, 88.108
{ ca ile 248 } L 84.598, 35.130, 88.600
{ ca thr 249 } L 81.028, 36.368, 87.943
{ ca ile 250 } L 80.090, 39.703, 86.418
{ ca gly 251 } L 76.466, 40.256, 85.891
{ ca asn 252 } L 75.586, 43.806, 86.151
{ ca glu 253 } L 78.932, 45.934, 86.121
{ ca arg 254 } L 79.406, 44.547, 82.694
{ ca phe 255 } L 77.554, 47.717, 81.383
{ ca arg 256 } L 78.201, 50.056, 84.340
{ ca cys 257 } L 81.706, 50.404, 82.849
{ ca pro 258 } L 80.744, 51.843, 79.321
{ ca glu 259 } L 77.848, 53.919, 80.993
{ ca thr 260 } L 81.027, 55.830, 82.193
{ ca leu 261 } L 81.482, 57.138, 78.623
{ ca phe 262 } L 77.972, 58.847, 78.783
{ ca gln 263 } L 78.240, 59.729, 82.479
{ ca pro 264 } L 81.816, 60.913, 83.369
{ ca ser 265 } L 80.288, 61.573, 86.859
{ ca phe 266 } L 80.784, 57.814, 87.558
{ ca ile 267 } L 84.440, 58.638, 87.792
{ ca gly 268 } L 84.578, 62.067, 89.363
{ ca met 269 } L 84.757, 63.707, 85.985
{ ca glu 270 } L 82.837, 66.979, 85.630
{ ca ser 271 } L 83.203, 67.096, 81.801
{ ca ala 272 } L 80.294, 66.383, 79.484
{ ca gly 273 } L 79.924, 62.920, 77.869
{ ca ile 274 } L 80.487, 61.411, 74.391
{ ca his 275 } L 76.967, 62.111, 72.979
{ ca glu 276 } L 76.648, 65.640, 74.246
{ ca thr 277 } L 80.103, 66.309, 73.007
{ ca thr 278 } L 79.222, 64.912, 69.509
{ ca tyr 279 } L 76.412, 67.365, 69.555
{ ca asn 280 } L 78.293, 70.347, 70.891
{ ca ser 281 } L 80.949, 69.920, 68.187
{ ca ile 282 } L 78.075, 70.027, 65.770
{ ca met 283 } L 76.391, 73.207, 67.112
{ ca lys 284 } L 79.935, 74.830, 66.860
{ ca cys 285 } L 80.095, 74.237, 63.087
{ ca asp 286 } L 78.546, 76.133, 60.185
{ ca ile 287 } L 74.763, 75.785, 59.952
{ ca asp 288 } L 74.570, 74.656, 56.374
{ ca ile 289 } L 77.013, 71.755, 57.147
{ ca arg 290 } L 75.178, 70.471, 60.208
{ ca lys 291 } L 72.788, 68.134, 58.220
{ ca asp 292 } L 75.904, 66.427, 56.767
{ ca leu 293 } L 77.697, 65.869, 60.022
{ ca tyr 294 } L 74.496, 64.450, 61.545
{ ca ala 295 } L 74.028, 61.799, 58.934
{ ca asn 296 } L 77.714, 60.831, 59.199
{ ca asn 297 } L 78.842, 60.110, 62.704
{ ca val 298 } L 81.667, 57.718, 62.036
{ ca met 299 } L 83.058, 55.888, 64.978
{ ca ser 300 } L 86.596, 54.679, 65.345
{ ca gly 301 } L 88.881, 53.454, 68.104
{ ca gly 302 } L 89.295, 50.487, 70.462
{ ca thr 303 } L 87.009, 51.948, 73.122
{ ca thr 304 } L 84.075, 52.450, 70.641
{ ca met 305 } L 83.901, 48.677, 70.131
{ ca tyr 306 } L 81.656, 47.964, 73.214
{ ca pro 307 } L 78.496, 46.372, 71.572
{ ca gly 308 } L 75.377, 48.622, 71.507
{ ca ile 309 } L 77.459, 51.767, 71.536
{ ca ala 310 } L 76.064, 52.808, 68.228
{ ca asp 311 } L 72.349, 52.232, 69.266
{ ca arg 312 } L 72.830, 54.245, 72.480
{ ca met 313 } L 74.559, 57.032, 70.445
{ ca gln 314 } L 71.840, 56.837, 67.805
{ ca lys 315 } L 69.192, 57.546, 70.330
{ ca glu 316 } L 71.351, 59.840, 72.329
{ ca ile 317 } L 71.764, 62.371, 69.554
{ ca thr 318 } L 68.306, 61.887, 67.852
{ ca ala 319 } L 66.819, 63.131, 71.050
{ ca leu 320 } L 69.098, 66.236, 71.142
{ ca ala 321 } L 68.998, 67.059, 67.448
{ ca pro 322 } L 66.095, 69.061, 65.782
{ ca ser 323 } L 63.493, 66.422, 64.490
{ ca thr 324 } L 63.816, 67.721, 60.944
{ ca met 325 } L 67.238, 66.026, 61.001
{ ca lys 326 } L 68.527, 62.724, 59.890
{ ca ile 327 } L 70.841, 61.089, 62.429
{ ca lys 328 } L 73.246, 58.314, 61.263
{ ca ile 329 } L 75.843, 56.568, 63.424
{ ca ile 330 } L 78.270, 54.524, 61.326
{ ca ala 331 } L 80.321, 52.061, 63.397
{ ca pro 332 } L 82.209, 49.549, 61.150
{ ca pro 333 } L 83.509, 46.169, 62.478
{ ca glu 334 } L 87.154, 46.787, 61.782
{ ca arg 335 } L 86.934, 50.136, 63.732
{ ca lys 336 } L 89.802, 49.345, 66.159
{ ca tyr 337 } L 92.008, 49.784, 62.969
{ ca ser 338 } L 89.955, 52.451, 60.940
{ ca val 339 } L 92.701, 54.981, 61.244
{ ca trp 340 } L 95.296, 52.494, 59.997
{ ca ile 341 } L 93.192, 51.121, 57.184
{ ca gly 342 } L 92.420, 54.675, 55.977
{ ca gly 343 } L 96.180, 55.217, 55.802
{ ca ser 344 } L 96.759, 51.927, 53.959
{ ca ile 345 } L 94.189, 52.869, 51.347
{ ca leu 346 } L 95.360, 56.424, 50.934
{ ca ala 347 } L 99.053, 55.600, 50.813
{ ca ser 348 } L 98.641, 52.742, 48.353
{ ca leu 349 } L 96.509, 55.048, 46.168
{ ca ser 350 } L 97.289, 55.989, 42.702
{ ca thr 351 } L 96.891, 59.759, 43.393
{ ca phe 352 } L 98.815, 60.100, 46.624
{ ca gln 353 } L 102.195, 59.898, 45.087
{ ca gln 354 } L 102.227, 63.616, 44.405
{ ca met 355 } L 101.684, 64.483, 48.158
{ ca trp 356 } L 104.614, 62.423, 49.598
{ ca ile 357 } L 107.219, 64.832, 51.204
{ ca thr 358 } L 110.526, 63.716, 49.630
{ ca lys 359 } L 114.059, 64.273, 50.986
{ ca gln 360 } L 114.378, 66.629, 47.955
{ ca glu 361 } L 111.518, 68.779, 49.404
{ ca tyr 362 } L 113.001, 68.519, 52.882
{ ca asp 363 } L 116.745, 69.122, 52.252
{ ca glu 364 } L 115.561, 72.141, 50.297
{ ca ala 365 } L 112.621, 73.593, 52.403
{ ca gly 366 } L 113.305, 72.625, 56.057
{ ca pro 367 } L 110.681, 70.826, 58.319
{ ca ser 368 } L 108.295, 73.594, 57.386
{ ca ile 369 } L 107.675, 71.797, 54.047
{ ca val 370 } L 105.556, 68.922, 55.445
{ ca his 371 } L 104.076, 71.023, 58.192
{ ca arg 372 } L 101.618, 72.576, 55.625
@vectorlist {ATP bind} color= cyan
{ ca asp 179 } P 90.624, 62.863, 78.267 { ca leu 180 } L 88.745, 59.675, 79.383
{ ca ala 181 } L 89.233, 56.536, 77.349
{ ca gly 182 } L 89.819, 52.724, 77.522
@kinemage 7
@caption
Hexokinase
@onewidth
@group {hexokinase}
@vectorlist {Alpha C} color= yellow
{ ca ala 2 } P 27.995, 4.505, 5.547 { ca ala 2 } L 27.995, 4.505, 5.547
{ ca ala 3 } L 25.854, 5.484, 8.588
{ ca ala 4 } L 27.261, 7.521, 11.725
{ ca unk 5 } L 27.601, 4.477, 14.096
{ ca asp 6 } L 29.559, 2.938, 11.274
{ ca unk 7 } L 31.633, 5.850, 10.264
{ ca ser 8 } L 32.794, 6.174, 13.876
{ ca leu 9 } L 33.904, 2.529, 14.011
{ ca val 10 } L 35.659, 3.128, 10.651
{ ca glu 11 } L 37.636, 6.159, 11.947
{ ca val 12 } L 38.773, 4.206, 14.920
{ ca his 13 } L 40.171, 1.414, 12.716
{ ca unk 14 } L 41.861, 4.398, 10.932
{ ca unk 15 } L 43.513, 5.155, 14.299
{ ca val 16 } L 44.614, 1.543, 14.864
{ ca phe 17 } L 46.169, 0.751, 11.391
{ ca ile 18 } L 47.393, 4.317, 10.469
{ ca val 19 } L 51.157, 4.560, 10.750
{ ca pro 20 } L 52.647, 8.111, 10.370
{ ca pro 21 } L 56.325, 8.936, 9.299
{ ca unk 22 } L 57.041, 9.759, 12.841
{ ca ile 23 } L 56.329, 6.182, 13.759
{ ca leu 24 } L 58.162, 4.950, 10.670
{ ca gln 25 } L 61.079, 7.199, 11.535
{ ca ala 26 } L 61.182, 5.845, 15.094
{ ca val 27 } L 61.162, 2.277, 13.835
{ ca val 28 } L 63.804, 2.932, 11.128
{ ca ser 29 } L 66.079, 4.473, 13.817
{ ca ile 30 } L 66.139, 1.496, 16.154
{ ca leu 31 } L 66.400, -0.634, 13.014
{ ca thr 32 } L 69.837, 1.102, 12.253
{ ca thr 33 } L 70.932, 0.264, 15.689
{ ca arg 34 } L 69.665, -3.294, 15.725
{ ca unk 35 } L 71.537, -3.785, 12.407
{ ca asp 36 } L 74.724, -2.553, 14.052
{ ca asp 37 } L 73.973, -4.758, 17.056
{ ca unk 38 } L 73.904, -7.850, 14.898
{ ca asp 39 } L 77.189, -7.049, 13.043
{ ca ser 40 } L 78.916, -6.604, 16.470
{ ca ser 41 } L 80.053, -9.374, 18.717
{ ca ala 42 } L 76.460, -10.391, 19.359
{ ca ala 43 } L 73.017, -8.896, 18.454
{ ca ser 44 } L 69.346, -10.135, 17.691
{ ca ile 45 } L 69.366, -9.708, 13.820
{ ca pro 46 } L 71.394, -12.640, 12.496
{ ca met 47 } L 73.225, -10.449, 9.934
{ ca val 48 } L 74.925, -13.522, 8.532
{ ca pro 49 } L 77.736, -12.876, 5.979
{ ca gly 50 } L 76.876, -14.112, 2.500
{ ca trp 51 } L 80.536, -14.676, 1.777
{ ca val 52 } L 80.286, -12.723, -1.451
{ ca leu 53 } L 83.475, -10.838, -1.209
{ ca lys 54 } L 83.225, -9.368, -4.768
{ ca gln 55 } L 81.154, -6.922, -6.597
{ ca val 56 } L 80.561, -8.281, -10.164
{ ca ser 57 } L 81.139, -6.803, -13.547
{ ca gly 58 } L 78.511, -7.746, -16.049
{ ca ala 59 } L 81.575, -8.907, -17.992
{ ca gln 60 } L 81.470, -12.429, -16.354
{ ca ala 61 } L 80.656, -15.134, -19.000
{ ca gly 62 } L 79.913, -18.852, -19.200
{ ca ser 63 } L 77.484, -21.644, -18.405
{ ca phe 64 } L 76.399, -22.067, -14.785
{ ca leu 65 } L 74.033, -24.315, -12.947
{ ca ala 66 } L 71.618, -23.507, -10.171
{ ca ile 67 } L 68.951, -25.068, -8.093
{ ca val 68 } L 66.523, -24.223, -5.469
{ ca met 69 } L 64.008, -26.484, -4.037
{ ca gly 70 } L 61.147, -26.087, -1.622
{ ca gly 71 } L 58.195, -28.086, -0.811
{ ca gly 72 } L 56.881, -29.132, -4.166
{ ca asp 73 } L 59.550, -28.478, -6.694
{ ca leu 74 } L 63.115, -28.229, -7.554
{ ca glu 75 } L 64.023, -25.774, -10.197
{ ca val 76 } L 67.139, -26.480, -12.063
{ ca ile 77 } L 68.390, -23.615, -14.039
{ ca leu 78 } L 71.144, -23.467, -16.552
{ ca ile 79 } L 72.261, -19.971, -17.141
{ ca ser 80 } L 74.386, -18.439, -19.855
{ ca leu 81 } L 76.354, -15.356, -18.626
{ ca ala 82 } L 77.934, -12.682, -20.952
{ ca gly 83 } L 79.136, -9.001, -20.668
{ ca arg 84 } L 75.956, -7.645, -18.523
{ ca gln 85 } L 73.170, -9.926, -19.925
{ ca glu 86 } L 72.126, -13.581, -19.143
{ ca ser 87 } L 70.087, -16.458, -20.683
{ ca ser 88 } L 68.555, -19.014, -18.436
{ ca ile 89 } L 66.737, -22.198, -19.264
{ ca unk 90 } L 64.975, -24.311, -16.789
{ ca ala 91 } L 63.009, -27.251, -15.667
{ ca ser 92 } L 61.134, -28.138, -12.505
{ ca arg 93 } L 60.659, -31.459, -10.753
{ ca ser 94 } L 58.014, -32.122, -8.146
{ ca leu 95 } L 59.111, -33.601, -4.893
{ ca ala 96 } L 58.173, -37.217, -4.875
{ ca ala 97 } L 55.156, -37.153, -2.590
{ ca ala 98 } L 56.470, -38.771, 0.544
{ ca met 99 } L 59.689, -36.627, 0.480
{ ca ser 100 } L 59.734, -34.244, 3.429
{ ca thr 101 } L 59.016, -37.017, 5.651
{ ca thr 102 } L 61.362, -39.717, 4.573
{ ca ala 103 } L 63.135, -41.782, 7.029
{ ca ile 104 } L 66.029, -42.060, 4.731
{ ca pro 105 } L 68.200, -39.086, 3.874
{ ca ser 106 } L 69.872, -40.619, 0.981
{ ca asp 107 } L 66.493, -40.235, -0.649
{ ca leu 108 } L 66.407, -36.432, -0.931
{ ca trp 109 } L 69.912, -36.055, -2.513
{ ca gly 110 } L 69.366, -39.124, -4.686
{ ca asn 111 } L 66.385, -37.245, -6.007
{ ca unk 112 } L 68.250, -33.986, -6.910
{ ca ala 113 } L 71.124, -35.953, -8.433
{ ca unk 114 } L 69.044, -37.918, -10.947
{ ca ser 115 } L 66.955, -34.850, -11.893
{ ca asn 116 } L 70.351, -33.172, -12.507
{ ca ala 117 } L 71.498, -36.177, -14.542
{ ca ala 118 } L 68.240, -35.858, -16.586
{ ca phe 119 } L 68.600, -32.105, -17.263
{ ca ser 120 } L 72.233, -32.433, -18.385
{ ca ser 121 } L 71.500, -35.328, -20.632
{ ca unk 122 } L 68.725, -33.089, -22.050
{ ca glu 123 } L 70.871, -30.042, -22.241
{ ca phe 124 } L 74.256, -31.410, -23.250
{ ca ser 125 } L 74.181, -34.994, -24.363
{ ca ser 126 } L 77.889, -34.553, -24.412
{ ca unk 127 } L 79.858, -31.534, -22.662
{ ca ala 128 } L 83.613, -31.454, -21.483
{ ca gly 129 } L 84.965, -29.311, -18.590
{ ca ser 130 } L 82.308, -29.659, -15.851
{ ca val 131 } L 80.105, -26.855, -14.604
{ ca pro 132 } L 79.757, -25.053, -11.213
{ ca leu 133 } L 76.528, -25.133, -9.441
{ ca gly 134 } L 74.843, -22.733, -7.051
{ ca phe 135 } L 72.296, -24.163, -4.559
{ ca thr 136 } L 69.875, -21.731, -3.109
{ ca phe 137 } L 68.884, -23.324, 0.128
{ ca unk 138 } L 66.437, -21.144, 1.939
{ ca glu 139 } L 66.270, -22.934, 5.249
{ ca ala 140 } L 69.112, -22.503, 7.890
{ ca gly 141 } L 72.409, -20.626, 8.033
{ ca ala 142 } L 75.596, -22.128, 8.982
{ ca lys 143 } L 77.814, -20.983, 6.261
{ ca glu 144 } L 81.355, -20.847, 7.346
{ ca unk 145 } L 82.174, -20.510, 3.689
{ ca val 146 } L 80.196, -20.324, 0.395
{ ca ile 147 } L 81.017, -23.862, -0.437
{ ca lys 148 } L 79.477, -24.694, 2.996
{ ca gly 149 } L 75.872, -24.789, 4.334
{ ca gln 150 } L 74.475, -26.657, 7.497
{ ca ile 151 } L 70.719, -27.217, 8.174
{ ca thr 152 } L 69.860, -25.277, 11.240
{ ca unk 153 } L 66.254, -26.407, 11.245
{ ca gln 154 } L 63.873, -27.595, 8.555
{ ca ala 155 } L 61.399, -24.976, 7.330
{ ca unk 156 } L 58.948, -25.339, 4.428
{ ca ala 157 } L 57.651, -28.437, 6.248
{ ca phe 158 } L 60.296, -31.129, 5.711
{ ca ser 159 } L 61.435, -33.503, 8.436
{ ca leu 160 } L 63.961, -35.768, 7.370
{ ca ala 161 } L 66.031, -37.514, 9.845
{ ca unk 162 } L 69.714, -36.744, 10.438
{ ca leu 163 } L 70.686, -33.626, 8.463
{ ca unk 164 } L 71.788, -30.584, 10.689
{ ca lys 165 } L 74.823, -31.523, 8.619
{ ca leu 166 } L 76.478, -29.820, 5.736
{ ca ile 167 } L 73.929, -30.399, 3.012
{ ca ser 168 } L 76.703, -29.826, 0.445
{ ca ala 169 } L 78.856, -32.899, 0.854
{ ca met 170 } L 75.436, -34.650, 1.021
{ ca unk 171 } L 74.565, -33.809, -2.575
{ ca asn 172 } L 77.917, -33.962, -4.422
{ ca ala 173 } L 78.395, -37.439, -3.151
{ ca unk 174 } L 75.361, -38.539, -5.012
{ ca phe 175 } L 76.823, -36.628, -8.060
{ ca pro 176 } L 80.213, -38.442, -8.547
{ ca ala 177 } L 78.330, -41.559, -8.021
{ ca gly 178 } L 76.414, -40.624, -11.145
{ ca asp 179 } L 78.918, -37.996, -12.594
{ ca unk 180 } L 79.407, -34.502, -14.061
{ ca unk 181 } L 79.317, -31.114, -11.974
{ ca unk 182 } L 80.574, -29.232, -8.877
{ ca ser 183 } L 78.705, -27.495, -6.010
{ ca val 184 } L 80.738, -24.343, -5.515
{ ca ala 185 } L 78.222, -22.256, -3.485
{ ca asp 186 } L 75.273, -22.670, -1.111
{ ca ile 187 } L 73.120, -19.515, -0.627
{ ca ser 190 } P 67.859, -12.673, -0.660 { ca his 191 } L 71.628, -12.915, -1.488
{ ca gly 192 } L 70.832, -14.216, -4.839
{ ca ile 193 } L 68.740, -11.308, -5.701
{ ca leu 194 } L 71.152, -8.733, -4.661
{ ca unk 195 } L 73.821, -10.412, -6.746
{ ca unk 196 } L 72.106, -11.414, -9.991
{ ca val 197 } L 70.250, -8.054, -9.892
{ ca asn 198 } L 73.693, -6.227, -9.443
{ ca tyr 199 } L 75.268, -8.020, -12.427
{ ca thr 200 } L 72.661, -6.457, -14.796
{ ca asp 201 } L 72.306, -3.053, -12.922
{ ca ala 202 } L 75.401, -1.529, -11.343
{ ca unk 203 } L 73.153, 0.918, -9.314
{ ca ile 204 } L 71.718, -1.972, -7.178
{ ca lys 205 } L 72.119, -1.204, -3.464
{ ca met 206 } L 70.017, -3.994, -1.956
{ ca gly 207 } L 68.292, -7.245, -2.546
{ ca ile 208 } L 64.852, -7.572, -0.741
{ ca ile 209 } L 62.083, -10.125, -0.687
{ ca phe 210 } L 58.486, -9.196, 0.019
{ ca gly 211 } L 56.773, -12.646, -0.064
{ ca ser 212 } L 55.519, -14.966, 2.726
{ ca gly 213 } L 58.675, -13.975, 4.534
{ ca val 214 } L 60.551, -10.776, 4.287
{ ca asn 215 } L 64.252, -10.178, 4.285
{ ca ala 216 } L 66.965, -8.181, 2.490
{ ca ala 217 } L 70.631, -8.276, 1.565
{ ca tyr 218 } L 73.158, -5.580, 0.854
{ ca trp 219 } L 76.916, -5.143, 0.779
{ ca cys 220 } L 78.745, -4.059, 3.854
{ ca asp 221 } L 82.474, -4.014, 4.113
{ ca ser 222 } L 84.587, -6.501, 6.093
{ ca thr 223 } L 86.239, -3.781, 8.282
{ ca unk 224 } L 82.872, -2.499, 9.548
{ ca ile 225 } L 81.960, -5.960, 10.708
{ ca gly 226 } L 82.804, -8.338, 13.777
{ ca asp 227 } L 84.134, -11.167, 11.926
{ ca ala 228 } L 87.299, -9.236, 11.931
{ ca ala 229 } L 89.584, -11.737, 13.317
{ ca asp 230 } L 89.734, -14.143, 10.395
{ ca gly 231 } L 90.784, -13.296, 6.775
{ ca gly 232 } L 94.146, -12.251, 5.216
{ ca unk 233 } L 93.561, -12.472, 1.495
{ ca unk 234 } L 90.569, -10.294, 1.898
{ ca gly 235 } L 91.194, -6.893, 0.465
{ ca gly 236 } L 91.457, -5.998, 4.125
{ ca ala 237 } L 88.413, -3.820, 3.850
{ ca gly 238 } L 86.244, -4.273, 0.879
{ ca unk 239 } L 83.055, -5.929, -0.216
{ ca met 240 } L 80.989, -8.250, 2.076
{ ca unk 241 } L 77.374, -9.264, 1.217
{ ca ile 242 } L 75.115, -9.825, 4.188
{ ca cys 243 } L 71.991, -11.897, 4.678
{ ca cys 244 } L 70.230, -9.699, 7.239
{ ca asp 245 } L 67.429, -12.154, 8.006
{ ca gln 246 } L 65.709, -9.103, 9.605
{ ca ser 247 } L 62.278, -10.652, 9.671
{ ca ser 248 } L 63.142, -10.850, 13.442
{ ca phe 249 } L 63.673, -7.187, 14.190
{ ca arg 250 } L 62.021, -5.965, 17.397
{ ca lys 251 } L 61.120, -9.315, 18.960
{ ca ala 252 } L 61.998, -7.098, 21.978
{ ca phe 253 } L 59.101, -4.819, 21.115
{ ca pro 254 } L 60.435, -1.296, 22.309
{ ca ser 255 } L 59.098, 0.154, 18.910
{ ca leu 256 } L 56.800, -1.660, 16.293
{ ca pro 257 } L 53.135, -0.299, 16.528
{ ca gln 258 } L 51.893, -3.666, 17.466
{ ca ile 259 } L 47.995, -3.313, 17.678
{ ca unk 260 } L 45.797, -5.906, 19.654
{ ca tyr 261 } L 45.100, -7.782, 16.375
{ ca leu 262 } L 48.851, -8.251, 15.934
{ ca unk 263 } L 49.324, -9.590, 19.501
{ ca thr 264 } L 46.618, -12.122, 18.838
{ ca leu 265 } L 48.175, -13.267, 15.550
{ ca asn 266 } L 51.512, -13.679, 17.461
{ ca unk 267 } L 49.897, -15.818, 20.109
{ ca unk 268 } L 48.155, -18.086, 17.878
{ ca ser 269 } L 51.319, -18.615, 15.924
{ ca pro 270 } L 53.938, -21.279, 16.693
{ ca unk 271 } L 54.475, -18.301, 18.903
{ ca ala 272 } L 56.557, -15.341, 19.905
{ ca unk 273 } L 59.241, -14.903, 17.017
{ ca lys 274 } L 59.937, -13.138, 13.666
{ ca thr 275 } L 57.955, -10.084, 14.651
{ ca phe 276 } L 59.151, -7.718, 11.924
{ ca unk 277 } L 57.894, -10.479, 9.479
{ ca lys 278 } L 54.614, -10.811, 11.286
{ ca asn 279 } L 54.056, -7.015, 11.068
{ ca ser 280 } L 54.847, -6.538, 7.370
{ ca unk 281 } L 54.336, -10.023, 5.796
{ ca ala 282 } L 51.312, -9.978, 3.611
{ ca lys 283 } L 50.921, -13.667, 4.330
{ ca asn 284 } L 49.024, -12.610, 7.487
{ ca unk 285 } L 46.918, -9.764, 6.048
{ ca gly 286 } L 43.655, -11.799, 5.535
{ ca gln 287 } L 43.811, -12.995, 9.211
{ ca ser 288 } L 44.274, -9.426, 10.405
{ ca leu 289 } L 41.209, -8.517, 8.272
{ ca arg 290 } L 39.207, -11.458, 9.726
{ ca asp 291 } L 39.922, -10.381, 13.325
{ ca val 292 } L 38.520, -6.821, 12.967
{ ca leu 293 } L 35.591, -8.120, 11.058
{ ca met 294 } L 34.790, -10.722, 13.769
{ ca unk 295 } L 35.321, -7.937, 16.322
{ ca phe 296 } L 32.562, -5.828, 14.702
{ ca lys 297 } L 30.165, -8.748, 14.414
{ ca unk 298 } L 30.493, -9.389, 18.096
{ ca unk 299 } L 29.903, -5.687, 18.907
{ ca gly 300 } L 26.828, -6.201, 16.697
{ ca gln 301 } L 27.711, -3.653, 14.035
{ ca unk 302 } L 27.855, -5.954, 11.055
{ ca his 303 } L 26.782, -9.244, 9.676
{ ca unk 304 } L 23.541, -8.842, 11.633
{ ca unk 305 } L 21.896, -12.173, 11.620
{ ca unk 306 } L 24.351, -13.824, 9.041
{ ca ala 307 } L 26.037, -17.307, 9.794
{ ca unk 308 } L 29.817, -17.658, 10.363
{ ca ser 309 } L 32.131, -20.180, 8.771
{ ca phe 310 } L 34.311, -17.161, 8.770
{ ca unk 311 } L 35.360, -17.651, 12.390
{ ca ala 312 } L 38.067, -20.090, 11.287
{ ca ala 313 } L 41.595, -18.956, 11.993
{ ca asn 314 } L 43.461, -18.090, 8.753
{ ca val 315 } L 40.401, -18.910, 6.455
{ ca glu 316 } L 41.137, -15.790, 4.586
{ ca asn 317 } L 44.484, -15.881, 2.865
{ ca thr 318 } L 46.294, -12.895, 1.289
{ ca ser 319 } L 44.134, -13.073, -1.790
{ ca tyr 320 } L 41.057, -11.937, 0.063
{ ca pro 321 } L 42.036, -8.209, 0.892
{ ca ala 322 } L 43.938, -8.208, -2.444
{ ca lys 323 } L 40.748, -9.020, -4.321
{ ca ile 324 } L 38.723, -6.594, -2.153
{ ca gln 325 } L 41.250, -3.866, -2.978
{ ca lys 326 } L 41.137, -4.668, -6.716
{ ca leu 327 } L 37.228, -4.431, -6.623
{ ca pro 328 } L 36.762, -1.967, -9.557
{ ca his 329 } L 33.335, -0.541, -9.506
{ ca phe 330 } L 31.718, 1.010, -6.556
{ ca asp 331 } L 28.938, -1.019, -5.165
{ ca leu 332 } L 31.853, -3.352, -4.606
{ ca arg 333 } L 30.093, -6.143, -6.529
{ ca unk 334 } L 33.233, -8.402, -6.397
{ ca unk 335 } L 33.462, -8.402, -2.479
{ ca unk 336 } L 29.760, -9.163, -2.125
{ ca asp 337 } L 30.320, -12.102, -4.468
{ ca leu 338 } L 33.213, -13.257, -2.353
{ ca phe 339 } L 31.755, -12.914, 1.117
{ ca unk 340 } L 28.505, -14.381, -0.050
{ ca gly 341 } L 29.061, -17.862, -1.209
{ ca asp 342 } L 32.554, -18.295, 0.016
{ ca gln 343 } L 31.444, -17.626, 3.540
{ ca gly 344 } L 27.736, -17.537, 2.676
{ ca ile 345 } L 27.421, -14.085, 4.196
{ ca ala 346 } L 25.216, -11.348, 2.771
{ ca unk 347 } L 26.500, -7.906, 3.460
{ ca lys 348 } L 25.008, -4.615, 2.420
{ ca thr 349 } L 27.073, -2.023, 0.521
{ ca unk 350 } L 27.676, 0.027, 3.706
{ ca met 351 } L 29.474, -3.011, 5.242
{ ca lys 352 } L 31.367, -3.618, 1.995
{ ca unk 353 } L 32.509, -0.046, 2.418
{ ca val 354 } L 33.956, -0.899, 5.786
{ ca val 355 } L 35.438, -4.130, 4.579
{ ca arg 356 } L 37.158, -2.231, 1.697
{ ca arg 357 } L 38.360, 0.716, 3.755
{ ca unk 358 } L 39.774, -1.883, 6.245
{ ca leu 359 } L 41.613, -3.831, 3.450
{ ca phe 360 } L 42.919, -0.396, 2.503
{ ca leu 361 } L 44.489, 0.353, 5.849
{ ca ile 362 } L 45.822, -3.058, 6.330
{ ca ala 363 } L 47.592, -3.084, 2.896
{ ca ala 364 } L 49.088, 0.316, 3.127
{ ca tyr 365 } L 50.568, -0.293, 6.570
{ ca ala 366 } L 52.263, -3.596, 5.653
{ ca phe 367 } L 53.628, -1.704, 2.568
{ ca arg 368 } L 54.807, 1.273, 4.744
{ ca leu 369 } L 56.372, -0.687, 7.613
{ ca val 370 } L 57.852, -3.075, 5.105
{ ca val 371 } L 60.380, -0.409, 3.753
{ ca cys 372 } L 61.695, 0.590, 7.187
{ ca unk 373 } L 64.537, -1.836, 6.987
{ ca ile 374 } L 65.438, -0.686, 3.457
{ ca unk 375 } L 65.882, 3.010, 4.468
{ ca ala 376 } L 67.789, 1.819, 7.588
{ ca ile 377 } L 70.444, 0.172, 5.395
{ ca cys 378 } L 70.799, 3.142, 3.088
{ ca gln 379 } L 71.210, 5.307, 6.065
{ ca lys 380 } L 73.606, 3.070, 7.918
{ ca lys 381 } L 75.663, 2.425, 4.754
{ ca gly 382 } L 75.160, 6.042, 3.555
{ ca tyr 383 } L 73.463, 5.229, 0.163
{ ca ser 384 } L 71.905, 8.625, -0.825
{ ca ser 385 } L 70.678, 7.214, -4.095
{ ca gly 386 } L 70.471, 3.685, -5.521
{ ca his 387 } L 68.167, 0.979, -6.721
{ ca ile 388 } L 66.432, -1.481, -4.473
{ ca ala 389 } L 65.771, -4.681, -6.393
{ ca ala 390 } L 62.594, -6.218, -4.996
{ ca unk 391 } L 61.150, -9.672, -5.416
{ ca gly 392 } L 58.287, -11.530, -3.731
{ ca ser 393 } L 54.622, -12.362, -4.248
{ ca unk 394 } L 53.541, -9.180, -2.484
{ ca arg 395 } L 54.730, -7.405, -5.480
{ ca ser 396 } L 51.743, -8.532, -7.502
{ ca tyr 397 } L 49.575, -7.320, -4.549
{ ca ser 398 } L 47.163, -4.378, -5.177
{ ca gly 399 } L 49.061, -0.971, -5.014
{ ca phe 400 } L 51.958, -2.360, -2.738
{ ca ser 401 } L 54.685, -0.928, -5.088
{ ca unk 402 } L 53.388, 2.628, -4.956
{ ca asn 403 } L 52.704, 2.428, -1.240
{ ca ser 404 } L 56.262, 1.575, -0.039
{ ca ala 405 } L 57.556, 4.002, -2.583
{ ca thr 406 } L 55.842, 6.932, -1.069
{ ca unk 407 } L 56.407, 5.540, 2.451
{ ca asn 408 } L 60.088, 6.046, 1.539
{ ca unk 409 } L 59.397, 9.603, 0.251
{ ca asn 410 } L 57.874, 10.038, 3.776
{ ca ile 411 } L 60.724, 8.781, 5.823
{ ca tyr 412 } L 63.293, 10.712, 3.822
{ ca gly 413 } L 61.255, 13.829, 2.913
{ ca trp 414 } L 61.657, 13.985, -0.807
{ ca pro 415 } L 59.387, 16.670, -2.427
{ ca gln 416 } L 59.051, 14.914, -5.815
{ ca ser 417 } L 56.044, 14.245, -7.845
{ ca ala 418 } L 56.592, 10.937, -9.597
{ ca unk 419 } L 58.263, 7.807, -8.301
{ ca unk 420 } L 60.606, 7.545, -11.200
{ ca ser 421 } L 62.154, 10.790, -10.063
{ ca lys 422 } L 62.809, 9.593, -6.463
{ ca pro 423 } L 66.545, 9.373, -5.376
{ ca ile 424 } L 66.209, 5.692, -4.242
{ ca unk 425 } L 63.908, 3.606, -6.350
{ ca ile 426 } L 62.502, 0.204, -5.834
{ ca thr 427 } L 62.664, -1.678, -9.101
{ ca pro 428 } L 61.991, -5.379, -9.899
{ ca ala 429 } L 64.923, -7.736, -9.220
{ ca ile 430 } L 66.360, -10.177, -11.577
{ ca asp 431 } L 65.794, -13.902, -10.593
{ ca gly 432 } L 67.268, -14.351, -7.062
{ ca unk 433 } L 66.760, -18.090, -6.592
{ ca gly 434 } L 68.027, -19.009, -10.098
{ ca ala 435 } L 70.383, -16.587, -11.893
{ ca ala 436 } L 71.613, -14.811, -8.765
{ ca ser 437 } L 72.764, -18.323, -7.575
{ ca unk 438 } L 74.479, -18.921, -10.937
{ ca val 439 } L 76.200, -15.489, -10.846
{ ca ile 440 } L 77.484, -16.391, -7.317
{ ca unk 441 } L 78.926, -19.659, -8.486
{ ca ser 442 } L 80.954, -17.925, -11.175
{ ca ile 443 } L 82.219, -15.509, -8.540
{ ca ala 444 } L 82.889, -18.424, -6.150
{ ca ser 445 } L 84.472, -20.790, -8.577
{ ca ala 446 } L 87.043, -18.214, -9.631
{ ca unk 447 } L 87.975, -17.406, -5.983
{ ca unk 448 } L 88.498, -21.168, -5.584
{ ca ser 449 } L 90.366, -21.416, -8.905
{ ca unk 450 } L 92.849, -18.683, -8.392
{ ca ala 451 } L 92.457, -19.792, -4.723
{ ca unk 452 } L 91.825, -16.426, -3.157
{ ca unk 453 } L 89.782, -17.739, -0.161
{ ca ser 454 } L 86.034, -18.099, 0.528
{ ca ala 455 } L 85.446, -17.813, 4.253
{ ca unk 456 } L 86.723, -17.534, 7.706
{ ca unk 457 } L 90.308, -18.681, 8.264
{ ca ala 458 } L 90.395, -22.292, 9.356
@vectorlist {ATP bind} color= cyan
{ ca ile 187 } P 73.120, -19.515, -0.627 { ca unk 188 } L 69.992, -17.621, 0.441
