@text
Phosphorylation of the chloroplast light-harvesting complex induces a unique, compact, helix-like structure at its N-terminus. 

The N-terminal domain of the phosphorylated form of the chloroplast light-harvesting complex II, from NMR of a synthetic peptide corresponding to LHC IIb of pea [2]. The phosphate group on Thr-5 makes contacts that cause the polypeptide to fold into a compact, helix-like structure that is absent from the unphosphorylated form. Such a structure is also seen, using FTIR and CD spectroscopy, in both the N-terminal domain and the whole protein - provided the phosphate group is present [2]. The domain becomes disordered when the phosphate group is removed. The unique, compact structure of the phosphorylated N-terminus resembles that of glycogen phosphorylase, and is consistent with regulation of photosynthesis by a mechanism of guided molecular recognition [3]. 

Kinemage 1 presents four views of the complete structure of the phosphorylated N-terminus of LHC II based on NMR.

Kinemage 2 presents the same four views of the phosphorylated LHC II N-terminus, but with the alpha-carbon backbone and the side chain of the phosphorylated amino acid, Thr-5, illustrating the key role of the phosphate group in the structure.

Kinemage 3 presents, for reference, "LHC II -  the most abundant membrane protein in the world" (ref. [4])- from one of Lund Plant Cell Biology students' classes in Molecular Cell Biology.

References: 
1. Stys, D, Drakenberg, T, Spangfort, M D, Forsen, S and Allen, J F (1995) Structure and magnesium binding of peptide fragments of LHC II in its phosphorylated and 
unphosphorylated forms studied by multinuclear NMR. In: Mathis, P. (ed.) Photosynthesis: from Light to Biosphere Kluwer Academic Publishers, Dordrecht. Vol I 
pp 127-130
2. Nilsson, N, Stys, D, Drakenberg, T, Spangfort, M D, Forsen, S and Allen, J F (1997) Phosphorylation Controls the 3-D Structure of Plant Light Harvesting Complex II. J Biol Chem 272, 18350-18357.
3. Allen, J F (1992) How does protein phosphorylation regulate photosynthesis? Trends. Biochem. Sci. 17, 12-17.
4. Kuehlbrandt W, Wang DN, Fujiyoshi Y (1994) Atomic model of plant light-harvesting complex by electron crystallography. Nature  367:614-621.
	Further information on this and related research can be found on the internet at:
	http://www.jfallen.org/~john/webstar


@kinemage 1 
@caption
The complete structure of the phoshorylated N-terminal domain of the chloroplast light-harvesting complex, including hydrogen atoms (blue), and all amino acid side chains, from Arg-1 to Pro-15. Oxygens of the phosphate group at Thr-5 are coloured red. The model was built by Dalibor Stys in the Department of Plant Cell Biology, Lund University, on the basis of NMR carried out in the Department of Physical Chemistry 2, Lund University [1].
View 1 shows the overall structure.
View 2 emphasises the central position of the phosphorylated side-chain of Thr-5.
View 3 illustrates that the fold of the phosphorylated LHC II N-terminus is helix-like, but obviously not an alpha-helix. In fact the turn is predominantly left-handed.
View 4 illustrates that the phosphate group is a key point of interactions that determine the 3-D structure: it should be expected that the dephosphorylated form has a completely different structure. This is confirmed for the peptide by NMR, and FTIR and CD suggest strongly that it is also the case for the whole protein [2].
@onewidth 
@zoom 1.00 
@zslab 200 
@matrix 
1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 

@2zoom 1.00 
@2zslab 200 
@2center -1.790 0.066 0.485 
@2matrix 
0.370045 -0.302742 -0.878302 0.892973 -0.144867 0.426160 -0.256254 -0.941998 0.216733 

@3zoom 1.49 
@3zslab 799 
@3center -1.790 0.066 0.485 
@3matrix 
-0.408450 0.898682 -0.159811 0.593700 0.394552 0.701319 0.693316 0.191573 -0.694703 

@4zoom 1.49 
@4zslab 465 
@4center -1.790 0.066 0.485 
@4matrix 
0.267418 0.400043 0.876615 0.899879 0.221605 -0.375643 -0.344536 0.889301 -0.300729 
@group {molecule}      
@subgroup {mainchain}    
@vectorlist {mc} color= white      
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ca  arg   1 } -5.272, 3.980, 1.263 
{ c   arg   1 } -3.977, 4.699, 1.690 
{ o   arg   1 } -3.859, 5.888, 1.537 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ n   arg   1 } -5.877, 3.319, 2.439 
{ c   arg   1 } P -3.977, 4.699, 1.690 
{ n   lys   2 } -3.020, 3.970, 2.195 
{ ca  lys   2 } -1.728, 4.576, 2.645 
{ c   lys   2 } -1.057, 3.630, 3.621 
{ o   lys   2 } -1.021, 2.435, 3.430 
{ c   lys   2 } P -1.057, 3.630, 3.621 
{ n   ser   3 } -0.499, 4.151, 4.693 
{ ca  ser   3 } 0.180, 3.252, 5.678 
{ c   ser   3 } 1.472, 2.702, 5.072 
{ o   ser   3 } 1.849, 3.066, 3.965 
{ c   ser   3 } P 1.472, 2.702, 5.072 
{ n   ala   4 } 2.157, 1.833, 5.765 
{ ca  ala   4 } 3.415, 1.252, 5.231 
{ c   ala   4 } 3.204, 0.885, 3.750 
{ o   ala   4 } 2.095, 0.831, 3.272 
{ c   ala   4 } P 3.204, 0.885, 3.750 
{ n   thp   5 } 4.270, 0.640, 3.027 
{ ca  thp   5 } 4.112, 0.264, 1.594 
{ c   thp   5 } 3.180, 1.224, 0.881 
{ o   thp   5 } 1.972, 1.084, 0.934 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ p   thp   5 } 1.163, -2.072, 2.630 
{ c   thp   5 } P 3.180, 1.224, 0.881 
{ n   thr   6 } 3.717, 2.163, 0.140 
{ ca  thr   6 } 2.809, 3.058, -0.612 
{ c   thr   6 } 2.161, 2.145, -1.660 
{ o   thr   6 } 1.895, 0.996, -1.379 
{ c   thr   6 } P 2.161, 2.145, -1.660 
{ n   lys   7 } 1.951, 2.578, -2.840 
{ ca  lys   7 } 1.375, 1.661, -3.835 
{ c   lys   7 } -0.029, 1.251, -3.454 
{ o   lys   7 } -0.811, 2.044, -3.060 
{ c   lys   7 } P -0.029, 1.251, -3.454 
{ n   lys   8 } -0.362, -0.023, -3.620 
{ ca  lys   8 } -1.722, -0.495, -3.274 
{ c   lys   8 } -2.141, 0.159, -1.970 
{ o   lys   8 } -3.124, 0.846, -1.932 
{ c   lys   8 } P -2.141, 0.159, -1.970 
{ n   val   9 } -1.409, -0.106, -0.906 
{ ca  val   9 } -1.702, 0.438, 0.413 
{ c   val   9 } -3.066, -0.104, 0.834 
{ o   val   9 } -4.036, 0.608, 0.961 
{ c   val   9 } P -3.066, -0.104, 0.834 
{ n   ala   10 } -3.090, -1.374, 1.017 
{ ca  ala   10 } -4.317, -2.111, 1.400 
{ c   ala   10 } -3.864, -3.555, 1.600 
{ o   ala   10 } -3.738, -4.004, 2.713 
{ c   ala   10 } P -3.864, -3.555, 1.600 
{ n   ser   11 } -3.582, -4.257, 0.536 
{ ca  ser   11 } -3.051, -5.625, 0.699 
{ c   ser   11 } -1.581, -5.593, 0.297 
{ o   ser   11 } -1.268, -5.535, -0.871 
{ c   ser   11 } P -1.581, -5.593, 0.297 
{ n   ser   12 } -0.685, -5.611, 1.254 
{ ca  ser   12 } 0.782, -5.548, 0.920 
{ c   ser   12 } 1.053, -6.360, -0.335 
{ o   ser   12 } 1.005, -7.567, -0.353 
{ c   ser   12 } P 1.053, -6.360, -0.335 
{ n   gly   13 } 1.378, -5.687, -1.418 
{ ca  gly   13 } 1.656, -6.413, -2.689 
{ c   gly   13 } 3.152, -6.536, -2.899 
{ o   gly   13 } 3.802, -7.354, -2.273 
{ c   gly   13 } P 3.152, -6.536, -2.899 
{ n   ser   14 } 3.700, -5.735, -3.729 
{ ca  ser   14 } 5.172, -5.797, -3.975 
{ c   ser   14 } 5.700, -4.406, -4.331 
{ o   ser   14 } 5.215, -3.787, -5.258 
{ c   ser   14 } P 5.700, -4.406, -4.331 
{ n   pro   15 } 6.672, -3.960, -3.570 
{ ca  pro   15 } 7.243, -2.637, -3.869 
{ c   pro   15 } 8.185, -2.714, -5.073 
@vectorlist {ca-ca} color= white    off   
{ ca  arg   1 } P -5.272, 3.980, 1.263 
{ ca  arg   1 } -5.272, 3.980, 1.263 
{ ca  lys   2 } -1.728, 4.576, 2.645 
{ ca  ser   3 } 0.180, 3.252, 5.678 
{ ca  ala   4 } 3.415, 1.252, 5.231 
{ ca  thp   5 } 4.112, 0.264, 1.594 
{ ca  thr   6 } 2.809, 3.058, -0.612 
{ ca  lys   7 } 1.375, 1.661, -3.835 
{ ca  lys   8 } -1.722, -0.495, -3.274 
{ ca  val   9 } -1.702, 0.438, 0.413 
{ ca  ala   10 } -4.317, -2.111, 1.400 
{ ca  ser   11 } -3.051, -5.625, 0.699 
{ ca  ser   12 } 0.782, -5.548, 0.920 
{ ca  gly   13 } 1.656, -6.413, -2.689 
{ ca  ser   14 } 5.172, -5.797, -3.975 
{ ca  pro   15 } 7.243, -2.637, -3.869 
@subgroup {sidechain}    
@vectorlist {sc} color= cyan      
{ ca  arg   1 } P -5.272, 3.980, 1.263 
{ cb  arg   1 } -6.251, 4.984, 0.693 
{ cg  arg   1 } -7.328, 4.267, -0.089 
{ cd  arg   1 } -8.715, 4.689, 0.424 
{ ne  arg   1 } -9.609, 5.014, -0.717 
{ cz  arg   1 } -10.900, 5.113, -0.545 
{ nh1 arg   1 } -11.673, 5.403, -1.550 
{ cz  arg   1 } P -10.900, 5.113, -0.545 
{ nh2 arg   1 } -11.400, 4.928, 0.639 
{ ca  lys   2 } P -1.728, 4.576, 2.645 
{ cb  lys   2 } -2.005, 5.941, 3.299 
{ cg  lys   2 } -3.110, 5.827, 4.313 
{ cd  lys   2 } -3.839, 7.155, 4.459 
{ ce  lys   2 } -5.287, 6.993, 3.990 
{ nz  lys   2 } -6.159, 6.611, 5.146 
{ ca  ser   3 } P 0.180, 3.252, 5.678 
{ cb  ser   3 } -0.760, 2.095, 6.040 
{ og  ser   3 } -0.353, 1.548, 7.290 
{ ca  ala   4 } P 3.415, 1.252, 5.231 
{ cb  ala   4 } 3.776, 0.005, 6.025 
{ ca  thp   5 } P 4.112, 0.264, 1.594 
{ cb  thp   5 } 3.508, -1.144, 1.524 
{ cg2 thp   5 } 4.628, -2.178, 1.661 
{ cb  thp   5 } P 3.508, -1.144, 1.524 
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op1 thp   5 } 0.475, -1.967, 1.372 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op2 thp   5 } 1.347, -3.447, 2.914 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op3 thp   5 } 0.318, -1.517, 3.628 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ ca  thr   6 } P 2.809, 3.058, -0.612 
{ cb  thr   6 } 3.626, 4.135, -1.327 
{ cg2 thr   6 } 2.735, 5.376, -1.543 
{ cb  thr   6 } P 3.626, 4.135, -1.327 
{ og1 thr   6 } 4.747, 4.501, -0.503 
{ ca  lys   7 } P 1.375, 1.661, -3.835 
{ cb  lys   7 } 2.282, 0.411, -3.838 
{ cg  lys   7 } 3.746, 0.805, -3.624 
{ cd  lys   7 } 4.270, 0.153, -2.331 
{ ce  lys   7 } 5.798, 0.156, -2.362 
{ nz  lys   7 } 6.298, 1.542, -2.199 
{ ca  lys   8 } P -1.722, -0.495, -3.274 
{ cb  lys   8 } -1.756, -2.016, -3.086 
{ cg  lys   8 } -0.362, -2.493, -2.605 
{ cd  lys   8 } 0.401, -3.148, -3.772 
{ ce  lys   8 } -0.384, -4.358, -4.286 
{ nz  lys   8 } 0.340, -4.931, -5.453 
{ ca  val   9 } P -1.702, 0.438, 0.413 
{ cb  val   9 } -1.618, 1.986, 0.416 
{ cg1 val   9 } -0.288, 2.392, -0.167 
{ cb  val   9 } P -1.618, 1.986, 0.416 
{ cg2 val   9 } -2.706, 2.641, -0.416 
{ ca  ala   10 } P -4.317, -2.111, 1.400 
{ cb  ala   10 } -5.348, -2.040, 0.270 
{ ca  ser   11 } P -3.051, -5.625, 0.699 
{ cb  ser   11 } -3.830, -6.606, -0.193 
{ og  ser   11 } -4.544, -7.519, 0.640 
{ ca  ser   12 } P 0.782, -5.548, 0.920 
{ cb  ser   12 } 1.563, -6.139, 2.067 
{ og  ser   12 } 2.953, -6.050, 1.765 
{ ca  ser   14 } P 5.172, -5.797, -3.975 
{ cb  ser   14 } 5.449, -6.771, -5.119 
{ og  ser   14 } 6.712, -6.435, -5.708 
{ ca  pro   15 } P 7.243, -2.637, -3.869 
{ cb  pro   15 } 8.032, -2.239, -2.610 
{ cg  pro   15 } 7.779, -3.317, -1.541 
{ cd  pro   15 } 6.949, -4.426, -2.211 
{ n   pro   15 } P 6.672, -3.960, -3.570 
{ cd  pro   15 } 6.949, -4.426, -2.211 
{ c   pro   15 } P 8.185, -2.714, -5.073 
{ ot1 pro   15 } 8.680, -3.786, -5.345 
{ c   pro   15 } P 8.185, -2.714, -5.073 
{ ot2 pro   15 } 8.382, -1.696, -5.709 
@labellist {lb} color= cyan      
{ R } -6.251, 4.984, 0.693 
{ K } -2.005, 5.941, 3.299 
{ S } -0.760, 2.095, 6.040 
{ A } 3.776, 0.005, 6.025 
{thp} 3.508, -1.144, 1.524 
{ T } 3.626, 4.135, -1.327 
{ K } 2.282, 0.411, -3.838 
{ K } -1.756, -2.016, -3.086 
{ V } -1.618, 1.986, 0.416 
{ A } -5.348, -2.040, 0.270 
{ S } -3.830, -6.606, -0.193 
{ S } 1.563, -6.139, 2.067 
{ G } 1.656, -6.413, -2.689 
{ S } 5.449, -6.771, -5.119 
{ P } 8.032, -2.239, -2.610 
@subgroup {hydrogens}    
@vectorlist {hy} color= blue      
{ ca  arg   1 } P -5.272, 3.980, 1.263 
{ ha  arg   1 } -5.025, 3.239, 0.529 
{ cb  arg   1 } P -6.251, 4.984, 0.693 
{ hb1 arg   1 } -6.713, 5.550, 1.504 
{ cb  arg   1 } P -6.251, 4.984, 0.693 
{ hb2 arg   1 } -5.725, 5.666, 0.047 
{ cg  arg   1 } P -7.328, 4.267, -0.089 
{ hg1 arg   1 } -7.261, 4.526, -1.133 
{ cg  arg   1 } P -7.328, 4.267, -0.089 
{ hg2 arg   1 } -7.207, 3.192, 0.023 
{ cd  arg   1 } P -8.715, 4.689, 0.424 
{ hd1 arg   1 } -9.142, 3.853, 0.981 
{ cd  arg   1 } P -8.715, 4.689, 0.424 
{ hd2 arg   1 } -8.606, 5.538, 1.079 
{ ne  arg   1 } P -9.609, 5.014, -0.717 
{ he  arg   1 } -9.218, 5.155, -1.607 
{ nh1 arg   1 } P -11.673, 5.403, -1.550 
{ h11 arg   1 } -12.651, 5.478, -1.428 
{ nh1 arg   1 } P -11.673, 5.403, -1.550 
{ h12 arg   1 } -11.274, 5.538, -2.467 
{ nh2 arg   1 } P -11.400, 4.928, 0.639 
{ h21 arg   1 } -12.402, 5.015, 0.766 
{ nh2 arg   1 } P -11.400, 4.928, 0.639 
{ h22 arg   1 } -10.813, 4.711, 1.407 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ht1 arg   1 } -5.910, 3.987, 3.224 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ht2 arg   1 } -6.821, 2.983, 2.205 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ht3 arg   1 } -5.284, 2.492, 2.718 
{ n   lys   2 } P -3.020, 3.970, 2.195 
{ hn  lys   2 } -3.151, 3.013, 2.281 
{ ca  lys   2 } P -1.728, 4.576, 2.645 
{ ha  lys   2 } -1.104, 4.697, 1.769 
{ cb  lys   2 } P -2.005, 5.941, 3.299 
{ hb1 lys   2 } -1.106, 6.287, 3.773 
{ cb  lys   2 } P -2.005, 5.941, 3.299 
{ hb2 lys   2 } -2.283, 6.652, 2.552 
{ cg  lys   2 } P -3.110, 5.827, 4.313 
{ hg1 lys   2 } -3.807, 5.048, 3.991 
{ cg  lys   2 } P -3.110, 5.827, 4.313 
{ hg2 lys   2 } -2.683, 5.533, 5.274 
{ cd  lys   2 } P -3.839, 7.155, 4.459 
{ hd1 lys   2 } -3.839, 7.465, 5.496 
{ cd  lys   2 } P -3.839, 7.155, 4.459 
{ hd2 lys   2 } -3.359, 7.887, 3.865 
{ ce  lys   2 } P -5.287, 6.993, 3.990 
{ he1 lys   2 } -5.649, 7.893, 3.570 
{ ce  lys   2 } P -5.287, 6.993, 3.990 
{ he2 lys   2 } -5.343, 6.190, 3.252 
{ nz  lys   2 } P -6.159, 6.611, 5.146 
{ hz1 lys   2 } -5.946, 5.646, 5.459 
{ nz  lys   2 } P -6.159, 6.611, 5.146 
{ hz2 lys   2 } -5.964, 7.286, 5.939 
{ nz  lys   2 } P -6.159, 6.611, 5.146 
{ hz3 lys   2 } -7.157, 6.670, 4.874 
{ n   ser   3 } P -0.499, 4.151, 4.693 
{ hn  ser   3 } -0.515, 5.104, 4.850 
{ ca  ser   3 } P 0.180, 3.252, 5.678 
{ ha  ser   3 } 0.418, 3.811, 6.568 
{ cb  ser   3 } P -0.760, 2.095, 6.040 
{ hb1 ser   3 } -1.768, 2.451, 6.125 
{ cb  ser   3 } P -0.760, 2.095, 6.040 
{ hb2 ser   3 } -0.689, 1.334, 5.271 
{ og  ser   3 } P -0.353, 1.548, 7.290 
{ hg  ser   3 } -0.330, 0.583, 7.198 
{ n   ala   4 } P 2.157, 1.833, 5.765 
{ hn  ala   4 } 1.816, 1.566, 6.652 
{ ca  ala   4 } P 3.415, 1.252, 5.231 
{ ha  ala   4 } 4.204, 1.985, 5.319 
{ cb  ala   4 } P 3.776, 0.005, 6.025 
{ hb1 ala   4 } 4.833, -0.082, 6.095 
{ cb  ala   4 } P 3.776, 0.005, 6.025 
{ hb2 ala   4 } 3.339, 0.059, 7.012 
{ cb  ala   4 } P 3.776, 0.005, 6.025 
{ hb3 ala   4 } 3.362, -0.868, 5.509 
{ n   thp   5 } P 4.270, 0.640, 3.027 
{ hn  thp   5 } 5.175, 0.671, 3.418 
{ ca  thp   5 } P 4.112, 0.264, 1.594 
{ ha  thp   5 } 5.067, 0.264, 1.087 
{ cb  thp   5 } P 3.508, -1.144, 1.524 
{ hb  thp   5 } 3.004, -1.273, 0.567 
{ n   thr   6 } P 3.717, 2.163, 0.140 
{ hn  thr   6 } 4.683, 2.223, 0.030 
{ ca  thr   6 } P 2.809, 3.058, -0.612 
{ ha  thr   6 } 2.079, 3.497, 0.038 
{ cb  thr   6 } P 3.626, 4.135, -1.327 
{ hb  thr   6 } 3.971, 3.781, -2.279 
{ og1 thr   6 } P 4.747, 4.501, -0.503 
{ hg1 thr   6 } 4.419, 4.801, 0.344 
{ n   lys   7 } P 1.951, 2.578, -2.840 
{ hn  lys   7 } 2.220, 3.497, -3.101 
{ ca  lys   7 } P 1.375, 1.661, -3.835 
{ ha  lys   7 } 1.400, 2.136, -4.817 
{ cb  lys   7 } P 2.282, 0.411, -3.838 
{ hb1 lys   7 } 1.948, -0.263, -3.045 
{ cb  lys   7 } P 2.282, 0.411, -3.838 
{ hb2 lys   7 } 2.178, -0.113, -4.785 
{ cg  lys   7 } P 3.746, 0.805, -3.624 
{ hg1 lys   7 } 4.350, 0.477, -4.456 
{ cg  lys   7 } P 3.746, 0.805, -3.624 
{ hg2 lys   7 } 3.824, 1.876, -3.523 
{ cd  lys   7 } P 4.270, 0.153, -2.331 
{ hd1 lys   7 } 3.931, 0.690, -1.477 
{ cd  lys   7 } P 4.270, 0.153, -2.331 
{ hd2 lys   7 } 3.927, -0.871, -2.267 
{ ce  lys   7 } P 5.798, 0.156, -2.362 
{ he1 lys   7 } 6.184, -0.461, -1.542 
{ ce  lys   7 } P 5.798, 0.156, -2.362 
{ he2 lys   7 } 6.152, -0.252, -3.300 
{ nz  lys   7 } P 6.298, 1.542, -2.199 
{ hz1 lys   7 } 5.744, 2.189, -2.805 
{ nz  lys   7 } P 6.298, 1.542, -2.199 
{ hz2 lys   7 } 6.187, 1.838, -1.209 
{ nz  lys   7 } P 6.298, 1.542, -2.199 
{ hz3 lys   7 } 7.308, 1.596, -2.474 
{ n   lys   8 } P -0.362, -0.023, -3.620 
{ hn  lys   8 } 0.312, -0.661, -3.974 
{ ca  lys   8 } P -1.722, -0.495, -3.274 
{ ha  lys   8 } -2.403, -0.197, -4.072 
{ cb  lys   8 } P -1.756, -2.016, -3.086 
{ hb1 lys   8 } -2.486, -2.273, -2.335 
{ cb  lys   8 } P -1.756, -2.016, -3.086 
{ hb2 lys   8 } -1.998, -2.499, -4.024 
{ cg  lys   8 } P -0.362, -2.493, -2.605 
{ hg1 lys   8 } 0.204, -1.637, -2.249 
{ cg  lys   8 } P -0.362, -2.493, -2.605 
{ hg2 lys   8 } -0.493, -3.200, -1.833 
{ cd  lys   8 } P 0.401, -3.148, -3.772 
{ hd1 lys   8 } 0.534, -2.430, -4.561 
{ cd  lys   8 } P 0.401, -3.148, -3.772 
{ hd2 lys   8 } 1.370, -3.469, -3.409 
{ ce  lys   8 } P -0.384, -4.358, -4.286 
{ he1 lys   8 } -0.448, -5.096, -3.503 
{ ce  lys   8 } P -0.384, -4.358, -4.286 
{ he2 lys   8 } -1.364, -4.053, -4.590 
{ nz  lys   8 } P 0.340, -4.931, -5.453 
{ hz1 lys   8 } 1.277, -4.484, -5.532 
{ nz  lys   8 } P 0.340, -4.931, -5.453 
{ hz2 lys   8 } 0.468, -5.968, -5.317 
{ nz  lys   8 } P 0.340, -4.931, -5.453 
{ hz3 lys   8 } -0.210, -4.764, -6.320 
{ n   val   9 } P -1.409, -0.106, -0.906 
{ hn  val   9 } -0.658, -0.725, -1.000 
{ ca  val   9 } P -1.702, 0.438, 0.413 
{ ha  val   9 } -0.934, 0.067, 1.103 
{ cb  val   9 } P -1.618, 1.986, 0.416 
{ hb  val   9 } -1.688, 2.354, 1.433 
{ n   ala   10 } P -3.090, -1.374, 1.017 
{ hn  ala   10 } -2.272, -1.873, 0.889 
{ ca  ala   10 } P -4.317, -2.111, 1.400 
{ ha  ala   10 } -4.728, -1.716, 2.323 
{ cb  ala   10 } P -5.348, -2.040, 0.270 
{ hb1 ala   10 } -5.708, -3.011, 0.032 
{ cb  ala   10 } P -5.348, -2.040, 0.270 
{ hb2 ala   10 } -6.180, -1.419, 0.595 
{ cb  ala   10 } P -5.348, -2.040, 0.270 
{ hb3 ala   10 } -4.907, -1.576, -0.597 
{ n   ser   11 } P -3.582, -4.257, 0.536 
{ hn  ser   11 } -3.639, -3.879, -0.375 
{ ca  ser   11 } P -3.051, -5.625, 0.699 
{ ha  ser   11 } -3.152, -5.920, 1.741 
{ cb  ser   11 } P -3.830, -6.606, -0.193 
{ hb1 ser   11 } -4.529, -6.058, -0.808 
{ cb  ser   11 } P -3.830, -6.606, -0.193 
{ hb2 ser   11 } -3.147, -7.150, -0.820 
{ og  ser   11 } P -4.544, -7.519, 0.640 
{ hg  ser   11 } -4.927, -7.022, 1.369 
{ n   ser   12 } P -0.685, -5.611, 1.254 
{ hn  ser   12 } -0.964, -5.636, 2.184 
{ ca  ser   12 } P 0.782, -5.548, 0.920 
{ ha  ser   12 } 1.042, -4.529, 0.771 
{ cb  ser   12 } P 1.563, -6.139, 2.067 
{ hb1 ser   12 } 1.373, -5.581, 2.978 
{ cb  ser   12 } P 1.563, -6.139, 2.067 
{ hb2 ser   12 } 1.282, -7.173, 2.228 
{ og  ser   12 } P 2.953, -6.050, 1.765 
{ hg  ser   12 } 3.117, -6.550, 0.984 
{ n   gly   13 } P 1.378, -5.687, -1.418 
{ hn  gly   13 } 1.394, -4.708, -1.407 
{ ca  gly   13 } P 1.656, -6.413, -2.689 
{ ha1 gly   13 } 1.228, -5.880, -3.520 
{ ca  gly   13 } P 1.656, -6.413, -2.689 
{ ha2 gly   13 } 1.227, -7.410, -2.641 
{ n   ser   14 } P 3.700, -5.735, -3.729 
{ hn  ser   14 } 3.156, -5.086, -4.213 
{ ca  ser   14 } P 5.172, -5.797, -3.975 
{ ha  ser   14 } 5.671, -6.143, -3.086 
{ cb  ser   14 } P 5.449, -6.771, -5.119 
{ hb1 ser   14 } 5.485, -7.762, -4.749 
{ cb  ser   14 } P 5.449, -6.771, -5.119 
{ hb2 ser   14 } 4.675, -6.682, -5.872 
{ og  ser   14 } P 6.712, -6.435, -5.708 
{ hg  ser   14 } 7.058, -7.228, -6.130 
{ ca  pro   15 } P 7.243, -2.637, -3.869 
{ ha  pro   15 } 6.457, -1.917, -4.049 
{ cb  pro   15 } P 8.032, -2.239, -2.610 
{ hb1 pro   15 } 9.071, -2.183, -2.832 
{ cb  pro   15 } P 8.032, -2.239, -2.610 
{ hb2 pro   15 } 7.689, -1.285, -2.251 
{ cg  pro   15 } P 7.779, -3.317, -1.541 
{ hg1 pro   15 } 8.708, -3.700, -1.222 
{ cg  pro   15 } P 7.779, -3.317, -1.541 
{ hg2 pro   15 } 7.220, -2.885, -0.732 
{ cd  pro   15 } P 6.949, -4.426, -2.211 
{ hd1 pro   15 } 7.491, -5.338, -2.231 
{ cd  pro   15 } P 6.949, -4.426, -2.211 
{ hd2 pro   15 } 6.016, -4.551, -1.686 
{ h   thr   6 } P 2.857, 6.087, -0.726 
{ h   thr   6 } 2.857, 6.087, -0.726 
{ h   thr   6 } P 2.840, 5.822, -2.532 
{ h   thr   6 } 2.840, 5.822, -2.532 
{ h   thr   6 } P 1.695, 5.135, -1.762 
{ h   thr   6 } 1.695, 5.135, -1.762 
{ h   thp   5 } P 5.427, -1.958, 0.954 
{ h   thp   5 } 5.427, -1.958, 0.954 
{ h   thp   5 } P 5.034, -2.157, 2.672 
{ h   thp   5 } 5.034, -2.157, 2.672 
{ h   thp   5 } P 4.240, -3.176, 1.457 
{ h   thp   5 } 4.240, -3.176, 1.457 
{ h   val   9 } P -2.273, 3.088, -1.311 
{ h   val   9 } -2.273, 3.088, -1.311 
{ h   val   9 } P -3.445, 1.897, -0.715 
{ h   val   9 } -3.445, 1.897, -0.715 
{ h   val   9 } P -3.201, 3.419, 0.164 
{ h   val   9 } -3.201, 3.419, 0.164 
{ h   val   9 } P -0.439, 2.926, -1.106 
{ h   val   9 } -0.439, 2.926, -1.106 
{ h   val   9 } P 0.241, 3.043, 0.528 
{ h   val   9 } 0.241, 3.043, 0.528 
{ h   val   9 } P 0.322, 1.509, -0.358 
{ h   val   9 } 0.322, 1.509, -0.358 
@group {molecule}      
@subgroup {sidechain}    
@balllist {sco} color= red     radius= 0.200  
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ op1 thp   5 } 0.475, -1.967, 1.372 
{ op2 thp   5 } 1.347, -3.447, 2.914 
{ op3 thp   5 } 0.318, -1.517, 3.628 
@vectorlist {sc} color= cyan      
{ ca  thp   5 } P 4.112, 0.264, 1.594 
{ cb  thp   5 } 3.508, -1.144, 1.524 
{ cg2 thp   5 } 4.628, -2.178, 1.661 
{ cb  thp   5 } P 3.508, -1.144, 1.524 
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op1 thp   5 } 0.475, -1.967, 1.372 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op2 thp   5 } 1.347, -3.447, 2.914 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op3 thp   5 } 0.318, -1.517, 3.628 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ og1 thp   5 } 2.576, -1.312, 2.571 
@labellist {lb} color= cyan      
{thp} 3.508, -1.144, 1.524 


@kinemage 2
@caption
The structure of the phosphorylated LHC II N-terminus from Arg-1 to Pro-15, as the alpha-carbon backbone with Thr(P)-5 as the only visible side chain. Oxygens of the phosphate group at Thr-5 are coloured red. The model was built by Dalibor Stys in the Department of Plant Cell Biology, Lund University, on the basis of NMR carried out in the Department of Physical Chemistry 2, Lund University [1].
View 1 shows the overall fold.
View 2 emphasises the central position of the phosphorylated side-chain of Thr-5.
View 3 illustrates that the fold of the phosphorylated LHC II N-terminus is helix-like, but obviously not an alpha-helix. In fact the turn is predominantly left-handed.
View 4 illustrates that the phosphate group is a key point of interactions that determine the 3-D structure: it should be expected that the dephosphorylated form has a completely different structure. This is confirmed for the peptide by NMR, and FTIR and CD suggest strongly that it is also the case for the whole protein [2].
@onewidth 
@zoom 1.00 
@zslab 200 
@matrix 
1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 

@2zoom 1.00 
@2zslab 200 
@2center -1.790 0.066 0.485 
@2matrix 
0.370045 -0.302742 -0.878302 0.892973 -0.144867 0.426160 -0.256254 -0.941998 0.216733 

@3zoom 1.49 
@3zslab 799 
@3center -1.790 0.066 0.485 
@3matrix 
-0.408450 0.898682 -0.159811 0.593700 0.394552 0.701319 0.693316 0.191573 -0.694703 

@4zoom 1.49 
@4zslab 465 
@4center -1.790 0.066 0.485 
@4matrix 
0.267418 0.400043 0.876615 0.899879 0.221605 -0.375643 -0.344536 0.889301 -0.300729 
@group {molecule}      
@subgroup {mainchain}    
@vectorlist {mc} color= white    off   
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ca  arg   1 } -5.272, 3.980, 1.263 
{ c   arg   1 } -3.977, 4.699, 1.690 
{ o   arg   1 } -3.859, 5.888, 1.537 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ n   arg   1 } -5.877, 3.319, 2.439 
{ c   arg   1 } P -3.977, 4.699, 1.690 
{ n   lys   2 } -3.020, 3.970, 2.195 
{ ca  lys   2 } -1.728, 4.576, 2.645 
{ c   lys   2 } -1.057, 3.630, 3.621 
{ o   lys   2 } -1.021, 2.435, 3.430 
{ c   lys   2 } P -1.057, 3.630, 3.621 
{ n   ser   3 } -0.499, 4.151, 4.693 
{ ca  ser   3 } 0.180, 3.252, 5.678 
{ c   ser   3 } 1.472, 2.702, 5.072 
{ o   ser   3 } 1.849, 3.066, 3.965 
{ c   ser   3 } P 1.472, 2.702, 5.072 
{ n   ala   4 } 2.157, 1.833, 5.765 
{ ca  ala   4 } 3.415, 1.252, 5.231 
{ c   ala   4 } 3.204, 0.885, 3.750 
{ o   ala   4 } 2.095, 0.831, 3.272 
{ c   ala   4 } P 3.204, 0.885, 3.750 
{ n   thp   5 } 4.270, 0.640, 3.027 
{ ca  thp   5 } 4.112, 0.264, 1.594 
{ c   thp   5 } 3.180, 1.224, 0.881 
{ o   thp   5 } 1.972, 1.084, 0.934 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ p   thp   5 } 1.163, -2.072, 2.630 
{ c   thp   5 } P 3.180, 1.224, 0.881 
{ n   thr   6 } 3.717, 2.163, 0.140 
{ ca  thr   6 } 2.809, 3.058, -0.612 
{ c   thr   6 } 2.161, 2.145, -1.660 
{ o   thr   6 } 1.895, 0.996, -1.379 
{ c   thr   6 } P 2.161, 2.145, -1.660 
{ n   lys   7 } 1.951, 2.578, -2.840 
{ ca  lys   7 } 1.375, 1.661, -3.835 
{ c   lys   7 } -0.029, 1.251, -3.454 
{ o   lys   7 } -0.811, 2.044, -3.060 
{ c   lys   7 } P -0.029, 1.251, -3.454 
{ n   lys   8 } -0.362, -0.023, -3.620 
{ ca  lys   8 } -1.722, -0.495, -3.274 
{ c   lys   8 } -2.141, 0.159, -1.970 
{ o   lys   8 } -3.124, 0.846, -1.932 
{ c   lys   8 } P -2.141, 0.159, -1.970 
{ n   val   9 } -1.409, -0.106, -0.906 
{ ca  val   9 } -1.702, 0.438, 0.413 
{ c   val   9 } -3.066, -0.104, 0.834 
{ o   val   9 } -4.036, 0.608, 0.961 
{ c   val   9 } P -3.066, -0.104, 0.834 
{ n   ala   10 } -3.090, -1.374, 1.017 
{ ca  ala   10 } -4.317, -2.111, 1.400 
{ c   ala   10 } -3.864, -3.555, 1.600 
{ o   ala   10 } -3.738, -4.004, 2.713 
{ c   ala   10 } P -3.864, -3.555, 1.600 
{ n   ser   11 } -3.582, -4.257, 0.536 
{ ca  ser   11 } -3.051, -5.625, 0.699 
{ c   ser   11 } -1.581, -5.593, 0.297 
{ o   ser   11 } -1.268, -5.535, -0.871 
{ c   ser   11 } P -1.581, -5.593, 0.297 
{ n   ser   12 } -0.685, -5.611, 1.254 
{ ca  ser   12 } 0.782, -5.548, 0.920 
{ c   ser   12 } 1.053, -6.360, -0.335 
{ o   ser   12 } 1.005, -7.567, -0.353 
{ c   ser   12 } P 1.053, -6.360, -0.335 
{ n   gly   13 } 1.378, -5.687, -1.418 
{ ca  gly   13 } 1.656, -6.413, -2.689 
{ c   gly   13 } 3.152, -6.536, -2.899 
{ o   gly   13 } 3.802, -7.354, -2.273 
{ c   gly   13 } P 3.152, -6.536, -2.899 
{ n   ser   14 } 3.700, -5.735, -3.729 
{ ca  ser   14 } 5.172, -5.797, -3.975 
{ c   ser   14 } 5.700, -4.406, -4.331 
{ o   ser   14 } 5.215, -3.787, -5.258 
{ c   ser   14 } P 5.700, -4.406, -4.331 
{ n   pro   15 } 6.672, -3.960, -3.570 
{ ca  pro   15 } 7.243, -2.637, -3.869 
{ c   pro   15 } 8.185, -2.714, -5.073 
@vectorlist {ca-ca} color= white      
{ ca  arg   1 } P -5.272, 3.980, 1.263 
{ ca  arg   1 } -5.272, 3.980, 1.263 
{ ca  lys   2 } -1.728, 4.576, 2.645 
{ ca  ser   3 } 0.180, 3.252, 5.678 
{ ca  ala   4 } 3.415, 1.252, 5.231 
{ ca  thp   5 } 4.112, 0.264, 1.594 
{ ca  thr   6 } 2.809, 3.058, -0.612 
{ ca  lys   7 } 1.375, 1.661, -3.835 
{ ca  lys   8 } -1.722, -0.495, -3.274 
{ ca  val   9 } -1.702, 0.438, 0.413 
{ ca  ala   10 } -4.317, -2.111, 1.400 
{ ca  ser   11 } -3.051, -5.625, 0.699 
{ ca  ser   12 } 0.782, -5.548, 0.920 
{ ca  gly   13 } 1.656, -6.413, -2.689 
{ ca  ser   14 } 5.172, -5.797, -3.975 
{ ca  pro   15 } 7.243, -2.637, -3.869 
@subgroup {sidechain}    off 
@vectorlist {sc} color= cyan      
{ ca  arg   1 } P -5.272, 3.980, 1.263 
{ cb  arg   1 } -6.251, 4.984, 0.693 
{ cg  arg   1 } -7.328, 4.267, -0.089 
{ cd  arg   1 } -8.715, 4.689, 0.424 
{ ne  arg   1 } -9.609, 5.014, -0.717 
{ cz  arg   1 } -10.900, 5.113, -0.545 
{ nh1 arg   1 } -11.673, 5.403, -1.550 
{ cz  arg   1 } P -10.900, 5.113, -0.545 
{ nh2 arg   1 } -11.400, 4.928, 0.639 
{ ca  lys   2 } P -1.728, 4.576, 2.645 
{ cb  lys   2 } -2.005, 5.941, 3.299 
{ cg  lys   2 } -3.110, 5.827, 4.313 
{ cd  lys   2 } -3.839, 7.155, 4.459 
{ ce  lys   2 } -5.287, 6.993, 3.990 
{ nz  lys   2 } -6.159, 6.611, 5.146 
{ ca  ser   3 } P 0.180, 3.252, 5.678 
{ cb  ser   3 } -0.760, 2.095, 6.040 
{ og  ser   3 } -0.353, 1.548, 7.290 
{ ca  ala   4 } P 3.415, 1.252, 5.231 
{ cb  ala   4 } 3.776, 0.005, 6.025 
{ ca  thp   5 } P 4.112, 0.264, 1.594 
{ cb  thp   5 } 3.508, -1.144, 1.524 
{ cg2 thp   5 } 4.628, -2.178, 1.661 
{ cb  thp   5 } P 3.508, -1.144, 1.524 
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op1 thp   5 } 0.475, -1.967, 1.372 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op2 thp   5 } 1.347, -3.447, 2.914 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op3 thp   5 } 0.318, -1.517, 3.628 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ ca  thr   6 } P 2.809, 3.058, -0.612 
{ cb  thr   6 } 3.626, 4.135, -1.327 
{ cg2 thr   6 } 2.735, 5.376, -1.543 
{ cb  thr   6 } P 3.626, 4.135, -1.327 
{ og1 thr   6 } 4.747, 4.501, -0.503 
{ ca  lys   7 } P 1.375, 1.661, -3.835 
{ cb  lys   7 } 2.282, 0.411, -3.838 
{ cg  lys   7 } 3.746, 0.805, -3.624 
{ cd  lys   7 } 4.270, 0.153, -2.331 
{ ce  lys   7 } 5.798, 0.156, -2.362 
{ nz  lys   7 } 6.298, 1.542, -2.199 
{ ca  lys   8 } P -1.722, -0.495, -3.274 
{ cb  lys   8 } -1.756, -2.016, -3.086 
{ cg  lys   8 } -0.362, -2.493, -2.605 
{ cd  lys   8 } 0.401, -3.148, -3.772 
{ ce  lys   8 } -0.384, -4.358, -4.286 
{ nz  lys   8 } 0.340, -4.931, -5.453 
{ ca  val   9 } P -1.702, 0.438, 0.413 
{ cb  val   9 } -1.618, 1.986, 0.416 
{ cg1 val   9 } -0.288, 2.392, -0.167 
{ cb  val   9 } P -1.618, 1.986, 0.416 
{ cg2 val   9 } -2.706, 2.641, -0.416 
{ ca  ala   10 } P -4.317, -2.111, 1.400 
{ cb  ala   10 } -5.348, -2.040, 0.270 
{ ca  ser   11 } P -3.051, -5.625, 0.699 
{ cb  ser   11 } -3.830, -6.606, -0.193 
{ og  ser   11 } -4.544, -7.519, 0.640 
{ ca  ser   12 } P 0.782, -5.548, 0.920 
{ cb  ser   12 } 1.563, -6.139, 2.067 
{ og  ser   12 } 2.953, -6.050, 1.765 
{ ca  ser   14 } P 5.172, -5.797, -3.975 
{ cb  ser   14 } 5.449, -6.771, -5.119 
{ og  ser   14 } 6.712, -6.435, -5.708 
{ ca  pro   15 } P 7.243, -2.637, -3.869 
{ cb  pro   15 } 8.032, -2.239, -2.610 
{ cg  pro   15 } 7.779, -3.317, -1.541 
{ cd  pro   15 } 6.949, -4.426, -2.211 
{ n   pro   15 } P 6.672, -3.960, -3.570 
{ cd  pro   15 } 6.949, -4.426, -2.211 
{ c   pro   15 } P 8.185, -2.714, -5.073 
{ ot1 pro   15 } 8.680, -3.786, -5.345 
{ c   pro   15 } P 8.185, -2.714, -5.073 
{ ot2 pro   15 } 8.382, -1.696, -5.709 
@labellist {lb} color= cyan      
{ R } -6.251, 4.984, 0.693 
{ K } -2.005, 5.941, 3.299 
{ S } -0.760, 2.095, 6.040 
{ A } 3.776, 0.005, 6.025 
{thp} 3.508, -1.144, 1.524 
{ T } 3.626, 4.135, -1.327 
{ K } 2.282, 0.411, -3.838 
{ K } -1.756, -2.016, -3.086 
{ V } -1.618, 1.986, 0.416 
{ A } -5.348, -2.040, 0.270 
{ S } -3.830, -6.606, -0.193 
{ S } 1.563, -6.139, 2.067 
{ G } 1.656, -6.413, -2.689 
{ S } 5.449, -6.771, -5.119 
{ P } 8.032, -2.239, -2.610 
@subgroup {hydrogens}    off 
@vectorlist {hy} color= blue      
{ ca  arg   1 } P -5.272, 3.980, 1.263 
{ ha  arg   1 } -5.025, 3.239, 0.529 
{ cb  arg   1 } P -6.251, 4.984, 0.693 
{ hb1 arg   1 } -6.713, 5.550, 1.504 
{ cb  arg   1 } P -6.251, 4.984, 0.693 
{ hb2 arg   1 } -5.725, 5.666, 0.047 
{ cg  arg   1 } P -7.328, 4.267, -0.089 
{ hg1 arg   1 } -7.261, 4.526, -1.133 
{ cg  arg   1 } P -7.328, 4.267, -0.089 
{ hg2 arg   1 } -7.207, 3.192, 0.023 
{ cd  arg   1 } P -8.715, 4.689, 0.424 
{ hd1 arg   1 } -9.142, 3.853, 0.981 
{ cd  arg   1 } P -8.715, 4.689, 0.424 
{ hd2 arg   1 } -8.606, 5.538, 1.079 
{ ne  arg   1 } P -9.609, 5.014, -0.717 
{ he  arg   1 } -9.218, 5.155, -1.607 
{ nh1 arg   1 } P -11.673, 5.403, -1.550 
{ h11 arg   1 } -12.651, 5.478, -1.428 
{ nh1 arg   1 } P -11.673, 5.403, -1.550 
{ h12 arg   1 } -11.274, 5.538, -2.467 
{ nh2 arg   1 } P -11.400, 4.928, 0.639 
{ h21 arg   1 } -12.402, 5.015, 0.766 
{ nh2 arg   1 } P -11.400, 4.928, 0.639 
{ h22 arg   1 } -10.813, 4.711, 1.407 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ht1 arg   1 } -5.910, 3.987, 3.224 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ht2 arg   1 } -6.821, 2.983, 2.205 
{ n   arg   1 } P -5.877, 3.319, 2.439 
{ ht3 arg   1 } -5.284, 2.492, 2.718 
{ n   lys   2 } P -3.020, 3.970, 2.195 
{ hn  lys   2 } -3.151, 3.013, 2.281 
{ ca  lys   2 } P -1.728, 4.576, 2.645 
{ ha  lys   2 } -1.104, 4.697, 1.769 
{ cb  lys   2 } P -2.005, 5.941, 3.299 
{ hb1 lys   2 } -1.106, 6.287, 3.773 
{ cb  lys   2 } P -2.005, 5.941, 3.299 
{ hb2 lys   2 } -2.283, 6.652, 2.552 
{ cg  lys   2 } P -3.110, 5.827, 4.313 
{ hg1 lys   2 } -3.807, 5.048, 3.991 
{ cg  lys   2 } P -3.110, 5.827, 4.313 
{ hg2 lys   2 } -2.683, 5.533, 5.274 
{ cd  lys   2 } P -3.839, 7.155, 4.459 
{ hd1 lys   2 } -3.839, 7.465, 5.496 
{ cd  lys   2 } P -3.839, 7.155, 4.459 
{ hd2 lys   2 } -3.359, 7.887, 3.865 
{ ce  lys   2 } P -5.287, 6.993, 3.990 
{ he1 lys   2 } -5.649, 7.893, 3.570 
{ ce  lys   2 } P -5.287, 6.993, 3.990 
{ he2 lys   2 } -5.343, 6.190, 3.252 
{ nz  lys   2 } P -6.159, 6.611, 5.146 
{ hz1 lys   2 } -5.946, 5.646, 5.459 
{ nz  lys   2 } P -6.159, 6.611, 5.146 
{ hz2 lys   2 } -5.964, 7.286, 5.939 
{ nz  lys   2 } P -6.159, 6.611, 5.146 
{ hz3 lys   2 } -7.157, 6.670, 4.874 
{ n   ser   3 } P -0.499, 4.151, 4.693 
{ hn  ser   3 } -0.515, 5.104, 4.850 
{ ca  ser   3 } P 0.180, 3.252, 5.678 
{ ha  ser   3 } 0.418, 3.811, 6.568 
{ cb  ser   3 } P -0.760, 2.095, 6.040 
{ hb1 ser   3 } -1.768, 2.451, 6.125 
{ cb  ser   3 } P -0.760, 2.095, 6.040 
{ hb2 ser   3 } -0.689, 1.334, 5.271 
{ og  ser   3 } P -0.353, 1.548, 7.290 
{ hg  ser   3 } -0.330, 0.583, 7.198 
{ n   ala   4 } P 2.157, 1.833, 5.765 
{ hn  ala   4 } 1.816, 1.566, 6.652 
{ ca  ala   4 } P 3.415, 1.252, 5.231 
{ ha  ala   4 } 4.204, 1.985, 5.319 
{ cb  ala   4 } P 3.776, 0.005, 6.025 
{ hb1 ala   4 } 4.833, -0.082, 6.095 
{ cb  ala   4 } P 3.776, 0.005, 6.025 
{ hb2 ala   4 } 3.339, 0.059, 7.012 
{ cb  ala   4 } P 3.776, 0.005, 6.025 
{ hb3 ala   4 } 3.362, -0.868, 5.509 
{ n   thp   5 } P 4.270, 0.640, 3.027 
{ hn  thp   5 } 5.175, 0.671, 3.418 
{ ca  thp   5 } P 4.112, 0.264, 1.594 
{ ha  thp   5 } 5.067, 0.264, 1.087 
{ cb  thp   5 } P 3.508, -1.144, 1.524 
{ hb  thp   5 } 3.004, -1.273, 0.567 
{ n   thr   6 } P 3.717, 2.163, 0.140 
{ hn  thr   6 } 4.683, 2.223, 0.030 
{ ca  thr   6 } P 2.809, 3.058, -0.612 
{ ha  thr   6 } 2.079, 3.497, 0.038 
{ cb  thr   6 } P 3.626, 4.135, -1.327 
{ hb  thr   6 } 3.971, 3.781, -2.279 
{ og1 thr   6 } P 4.747, 4.501, -0.503 
{ hg1 thr   6 } 4.419, 4.801, 0.344 
{ n   lys   7 } P 1.951, 2.578, -2.840 
{ hn  lys   7 } 2.220, 3.497, -3.101 
{ ca  lys   7 } P 1.375, 1.661, -3.835 
{ ha  lys   7 } 1.400, 2.136, -4.817 
{ cb  lys   7 } P 2.282, 0.411, -3.838 
{ hb1 lys   7 } 1.948, -0.263, -3.045 
{ cb  lys   7 } P 2.282, 0.411, -3.838 
{ hb2 lys   7 } 2.178, -0.113, -4.785 
{ cg  lys   7 } P 3.746, 0.805, -3.624 
{ hg1 lys   7 } 4.350, 0.477, -4.456 
{ cg  lys   7 } P 3.746, 0.805, -3.624 
{ hg2 lys   7 } 3.824, 1.876, -3.523 
{ cd  lys   7 } P 4.270, 0.153, -2.331 
{ hd1 lys   7 } 3.931, 0.690, -1.477 
{ cd  lys   7 } P 4.270, 0.153, -2.331 
{ hd2 lys   7 } 3.927, -0.871, -2.267 
{ ce  lys   7 } P 5.798, 0.156, -2.362 
{ he1 lys   7 } 6.184, -0.461, -1.542 
{ ce  lys   7 } P 5.798, 0.156, -2.362 
{ he2 lys   7 } 6.152, -0.252, -3.300 
{ nz  lys   7 } P 6.298, 1.542, -2.199 
{ hz1 lys   7 } 5.744, 2.189, -2.805 
{ nz  lys   7 } P 6.298, 1.542, -2.199 
{ hz2 lys   7 } 6.187, 1.838, -1.209 
{ nz  lys   7 } P 6.298, 1.542, -2.199 
{ hz3 lys   7 } 7.308, 1.596, -2.474 
{ n   lys   8 } P -0.362, -0.023, -3.620 
{ hn  lys   8 } 0.312, -0.661, -3.974 
{ ca  lys   8 } P -1.722, -0.495, -3.274 
{ ha  lys   8 } -2.403, -0.197, -4.072 
{ cb  lys   8 } P -1.756, -2.016, -3.086 
{ hb1 lys   8 } -2.486, -2.273, -2.335 
{ cb  lys   8 } P -1.756, -2.016, -3.086 
{ hb2 lys   8 } -1.998, -2.499, -4.024 
{ cg  lys   8 } P -0.362, -2.493, -2.605 
{ hg1 lys   8 } 0.204, -1.637, -2.249 
{ cg  lys   8 } P -0.362, -2.493, -2.605 
{ hg2 lys   8 } -0.493, -3.200, -1.833 
{ cd  lys   8 } P 0.401, -3.148, -3.772 
{ hd1 lys   8 } 0.534, -2.430, -4.561 
{ cd  lys   8 } P 0.401, -3.148, -3.772 
{ hd2 lys   8 } 1.370, -3.469, -3.409 
{ ce  lys   8 } P -0.384, -4.358, -4.286 
{ he1 lys   8 } -0.448, -5.096, -3.503 
{ ce  lys   8 } P -0.384, -4.358, -4.286 
{ he2 lys   8 } -1.364, -4.053, -4.590 
{ nz  lys   8 } P 0.340, -4.931, -5.453 
{ hz1 lys   8 } 1.277, -4.484, -5.532 
{ nz  lys   8 } P 0.340, -4.931, -5.453 
{ hz2 lys   8 } 0.468, -5.968, -5.317 
{ nz  lys   8 } P 0.340, -4.931, -5.453 
{ hz3 lys   8 } -0.210, -4.764, -6.320 
{ n   val   9 } P -1.409, -0.106, -0.906 
{ hn  val   9 } -0.658, -0.725, -1.000 
{ ca  val   9 } P -1.702, 0.438, 0.413 
{ ha  val   9 } -0.934, 0.067, 1.103 
{ cb  val   9 } P -1.618, 1.986, 0.416 
{ hb  val   9 } -1.688, 2.354, 1.433 
{ n   ala   10 } P -3.090, -1.374, 1.017 
{ hn  ala   10 } -2.272, -1.873, 0.889 
{ ca  ala   10 } P -4.317, -2.111, 1.400 
{ ha  ala   10 } -4.728, -1.716, 2.323 
{ cb  ala   10 } P -5.348, -2.040, 0.270 
{ hb1 ala   10 } -5.708, -3.011, 0.032 
{ cb  ala   10 } P -5.348, -2.040, 0.270 
{ hb2 ala   10 } -6.180, -1.419, 0.595 
{ cb  ala   10 } P -5.348, -2.040, 0.270 
{ hb3 ala   10 } -4.907, -1.576, -0.597 
{ n   ser   11 } P -3.582, -4.257, 0.536 
{ hn  ser   11 } -3.639, -3.879, -0.375 
{ ca  ser   11 } P -3.051, -5.625, 0.699 
{ ha  ser   11 } -3.152, -5.920, 1.741 
{ cb  ser   11 } P -3.830, -6.606, -0.193 
{ hb1 ser   11 } -4.529, -6.058, -0.808 
{ cb  ser   11 } P -3.830, -6.606, -0.193 
{ hb2 ser   11 } -3.147, -7.150, -0.820 
{ og  ser   11 } P -4.544, -7.519, 0.640 
{ hg  ser   11 } -4.927, -7.022, 1.369 
{ n   ser   12 } P -0.685, -5.611, 1.254 
{ hn  ser   12 } -0.964, -5.636, 2.184 
{ ca  ser   12 } P 0.782, -5.548, 0.920 
{ ha  ser   12 } 1.042, -4.529, 0.771 
{ cb  ser   12 } P 1.563, -6.139, 2.067 
{ hb1 ser   12 } 1.373, -5.581, 2.978 
{ cb  ser   12 } P 1.563, -6.139, 2.067 
{ hb2 ser   12 } 1.282, -7.173, 2.228 
{ og  ser   12 } P 2.953, -6.050, 1.765 
{ hg  ser   12 } 3.117, -6.550, 0.984 
{ n   gly   13 } P 1.378, -5.687, -1.418 
{ hn  gly   13 } 1.394, -4.708, -1.407 
{ ca  gly   13 } P 1.656, -6.413, -2.689 
{ ha1 gly   13 } 1.228, -5.880, -3.520 
{ ca  gly   13 } P 1.656, -6.413, -2.689 
{ ha2 gly   13 } 1.227, -7.410, -2.641 
{ n   ser   14 } P 3.700, -5.735, -3.729 
{ hn  ser   14 } 3.156, -5.086, -4.213 
{ ca  ser   14 } P 5.172, -5.797, -3.975 
{ ha  ser   14 } 5.671, -6.143, -3.086 
{ cb  ser   14 } P 5.449, -6.771, -5.119 
{ hb1 ser   14 } 5.485, -7.762, -4.749 
{ cb  ser   14 } P 5.449, -6.771, -5.119 
{ hb2 ser   14 } 4.675, -6.682, -5.872 
{ og  ser   14 } P 6.712, -6.435, -5.708 
{ hg  ser   14 } 7.058, -7.228, -6.130 
{ ca  pro   15 } P 7.243, -2.637, -3.869 
{ ha  pro   15 } 6.457, -1.917, -4.049 
{ cb  pro   15 } P 8.032, -2.239, -2.610 
{ hb1 pro   15 } 9.071, -2.183, -2.832 
{ cb  pro   15 } P 8.032, -2.239, -2.610 
{ hb2 pro   15 } 7.689, -1.285, -2.251 
{ cg  pro   15 } P 7.779, -3.317, -1.541 
{ hg1 pro   15 } 8.708, -3.700, -1.222 
{ cg  pro   15 } P 7.779, -3.317, -1.541 
{ hg2 pro   15 } 7.220, -2.885, -0.732 
{ cd  pro   15 } P 6.949, -4.426, -2.211 
{ hd1 pro   15 } 7.491, -5.338, -2.231 
{ cd  pro   15 } P 6.949, -4.426, -2.211 
{ hd2 pro   15 } 6.016, -4.551, -1.686 
{ h   thr   6 } P 2.857, 6.087, -0.726 
{ h   thr   6 } 2.857, 6.087, -0.726 
{ h   thr   6 } P 2.840, 5.822, -2.532 
{ h   thr   6 } 2.840, 5.822, -2.532 
{ h   thr   6 } P 1.695, 5.135, -1.762 
{ h   thr   6 } 1.695, 5.135, -1.762 
{ h   thp   5 } P 5.427, -1.958, 0.954 
{ h   thp   5 } 5.427, -1.958, 0.954 
{ h   thp   5 } P 5.034, -2.157, 2.672 
{ h   thp   5 } 5.034, -2.157, 2.672 
{ h   thp   5 } P 4.240, -3.176, 1.457 
{ h   thp   5 } 4.240, -3.176, 1.457 
{ h   val   9 } P -2.273, 3.088, -1.311 
{ h   val   9 } -2.273, 3.088, -1.311 
{ h   val   9 } P -3.445, 1.897, -0.715 
{ h   val   9 } -3.445, 1.897, -0.715 
{ h   val   9 } P -3.201, 3.419, 0.164 
{ h   val   9 } -3.201, 3.419, 0.164 
{ h   val   9 } P -0.439, 2.926, -1.106 
{ h   val   9 } -0.439, 2.926, -1.106 
{ h   val   9 } P 0.241, 3.043, 0.528 
{ h   val   9 } 0.241, 3.043, 0.528 
{ h   val   9 } P 0.322, 1.509, -0.358 
{ h   val   9 } 0.322, 1.509, -0.358 
@group {molecule}      
@subgroup {sidechain}    
@balllist {sco} color= red     radius= 0.200  
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ op1 thp   5 } 0.475, -1.967, 1.372 
{ op2 thp   5 } 1.347, -3.447, 2.914 
{ op3 thp   5 } 0.318, -1.517, 3.628 
@vectorlist {sc} color= cyan      
{ ca  thp   5 } P 4.112, 0.264, 1.594 
{ cb  thp   5 } 3.508, -1.144, 1.524 
{ cg2 thp   5 } 4.628, -2.178, 1.661 
{ cb  thp   5 } P 3.508, -1.144, 1.524 
{ og1 thp   5 } 2.576, -1.312, 2.571 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op1 thp   5 } 0.475, -1.967, 1.372 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op2 thp   5 } 1.347, -3.447, 2.914 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ op3 thp   5 } 0.318, -1.517, 3.628 
{ p   thp   5 } P 1.163, -2.072, 2.630 
{ og1 thp   5 } 2.576, -1.312, 2.571 
@labellist {lb} color= cyan      
{thp} 3.508, -1.144, 1.524 

@kinemage 3 
@caption
LHC II - The most abundant membrane protein in the world.
Kinemage 3 has been prepared for students of Molecular Cell Biology, 10p, at the Department of Plant Cell Biology, Lund University, Sweden, from atomic coordinates were generously provided by Dr. Werner Kuehlbrandt, EMBL, Heidelberg [4].
This three membrane-helix structure applies to a family of light-harvesting pigment-protein complexes that bind 50 % of the chlorophyll in nature.  Coordinates are available only for alpha-carbon positions of part of the LHC II polypeptide.  The polypeptide is coloured white.  The green rings are those assigned to chlorophyll a; the yellow rings are those assigend to chlorophyll b; the orange lines are the carotenoid, lutein.
View 1, membrane normal, looks down on to the complex from the stroma side of the thylakoid membrane. The shortest membrane helix is seen end-on.
View 2, membrane parallel, shows the same features as if viewed from inside the membrane.
Views 3 and 4 focus on the Glutamate-Arginine ion pairs that glue the two long helices together, and provide ligands to two chlorophyll a molecules.  These charged groups must provide strong ionic interactions since they are buried in the hydrophobic lipid environment.
One of our research interests in Plant Cell Biology lies in the structural effect of phosphorylation of threonine in position 5 - see Kinemages 1 and 2.  Kuehlbrandt is not able to resolve the N-terminal domain in this unphosphorylated LHC II complex. One of our objectives is to provide a complete explanation of the effect of phosphorylation on the structure and function of LHC II, and so understand a fundamental regulatory event in photosynthesis - and life on earth. The protein kinase that phosphorylates LHC II is controlled by redox reactions of the photosynthetic electron transport chain. This control is an example of ÒMolecular redox signallingÓ, a process that defines many aspects of the life of cells, and that may specify the location of genes found in chloroplasts and mitochondria.
	Further information on this and related research can be found on the internet at:
	http://www.jfallen.org/~john/webstar

@onewidth 
@viewid {membrane normal}
@zoom 1.14 
@zslab 160 
@center 67.999 17.649 -3.123 
@matrix 
0.973666 -0.227978 0.000000 0.227978 0.973666 0.000000 0.000000 0.000000 1.000000 
@2viewid {membrane paralleE65-R185}
@2zoom 1.14 
@2zslab 160 
@2center 67.999 17.649 -3.123 
@2matrix 
0.969832 -0.015317 -0.243295 0.243714 0.038277 0.969091 -0.005530 -0.999150 0.040856 
@3viewid {E65-R185}
@3zoom 3.16 
@3zslab 190 
@3center 68.216 22.913 -11.469 
@3matrix 
0.969832 -0.015317 -0.243295 0.243714 0.038277 0.969091 -0.005530 -0.999150 0.040856 
@4viewid {E180-R70}
@4zoom 3.16 
@4zslab 800 
@4center 68.216 22.913 -11.469 
@4matrix 
0.969832 -0.015317 -0.243295 0.243714 0.038277 0.969091 -0.005530 -0.999150 0.040856 
@5viewid {membrane normal}
@5zoom 1.26 
@5zslab 230 
@5center 63.920 16.148 -2.141 
@5matrix 
-0.000393 -0.112234 -0.993682 0.999769 -0.021392 0.002021 -0.021484 -0.993451 0.112216 
@group {molecule}      
@subgroup {mainchain}    
@vectorlist {mc} color= white     
{ ca  pro   55 } P 66.712, 30.008, -24.696 
{ ca  pro   55 } 66.712, 30.008, -24.696 
{ ca  glu   56 } P 69.964, 30.855, -23.146 
{ ca  glu   56 } 69.964, 30.855, -23.146 
{ ca  thr   57 } P 67.725, 32.197, -20.401 
{ ca  thr   57 } 67.725, 32.197, -20.401 
{ ca  phe   58 } P 66.122, 28.685, -19.567 
{ ca  phe   58 } 66.122, 28.685, -19.567 
{ ca  ser   59 } P 68.645, 25.943, -20.394 
{ ca  ser   59 } 68.645, 25.943, -20.394 
{ ca  lys   60 } P 71.339, 27.504, -18.144 
{ ca  lys   60 } 71.339, 27.504, -18.144 
{ ca  asn   61 } P 68.765, 28.032, -15.411 
{ ca  asn   61 } 68.765, 28.032, -15.411 
{ ca  arg   62 } P 68.031, 24.369, -15.966 
{ ca  arg   62 } 68.031, 24.369, -15.966 
{ ca  glu   63 } P 71.521, 23.448, -14.864 
{ ca  glu   63 } 71.521, 23.448, -14.864 
{ ca  leu   64 } P 70.692, 25.733, -12.033 
{ ca  leu   64 } 70.692, 25.733, -12.033 
{ ca  glu   65 } P 68.216, 22.913, -11.469 
{ ca  glu   65 } 68.216, 22.913, -11.469 
{ ca  val   66 } P 69.733, 19.469, -12.080 
{ ca  val   66 } 69.733, 19.469, -12.080 
{ ca  ile   67 } P 73.105, 20.136, -10.354 
{ ca  ile   67 } 73.105, 20.136, -10.354 
{ ca  his   68 } P 70.899, 21.622, -7.707 
{ ca  his   68 } 70.899, 21.622, -7.707 
{ ca  ser   69 } P 68.887, 18.516, -8.474 
{ ca  ser   69 } 68.887, 18.516, -8.474 
{ ca  arg   70 } P 71.702, 16.139, -7.624 
{ ca  arg   70 } 71.702, 16.139, -7.624 
{ ca  trp   71 } P 72.940, 18.180, -4.739 
{ ca  trp   71 } 72.940, 18.180, -4.739 
{ ca  ala   72 } P 69.256, 17.872, -4.063 
{ ca  ala   72 } 69.256, 17.872, -4.063 
{ ca  met   73 } P 69.408, 14.074, -4.100 
{ ca  met   73 } 69.408, 14.074, -4.100 
{ ca  leu   74 } P 72.713, 13.448, -2.326 
{ ca  leu   74 } 72.713, 13.448, -2.326 
{ ca  gly   75 } P 71.693, 16.214, 0.050 
{ ca  gly   75 } 71.693, 16.214, 0.050 
{ ca  ala   76 } P 68.504, 14.286, 1.043 
{ ca  ala   76 } 68.504, 14.286, 1.043 
{ ca  leu   77 } P 69.584, 11.028, 2.772 
{ ca  leu   77 } 69.584, 11.028, 2.772 
{ ca  gly   78 } P 72.709, 12.750, 3.956 
{ ca  gly   78 } 72.709, 12.750, 3.956 
{ ca  cys   79 } P 70.344, 15.113, 5.794 
{ ca  cys   79 } 70.344, 15.113, 5.794 
{ ca  val   80 } P 68.217, 12.431, 7.526 
{ ca  val   80 } 68.217, 12.431, 7.526 
{ ca  phe   81 } P 70.441, 9.366, 7.794 
{ ca  phe   81 } 70.441, 9.366, 7.794 
{ ca  pro   82 } P 72.249, 10.374, 11.092 
{ ca  pro   82 } 72.249, 10.374, 11.092 
{ ca  glu   83 } P 68.677, 10.063, 12.405 
{ ca  glu   83 } 68.677, 10.063, 12.405 
{ ca  leu   84 } P 67.689, 6.481, 11.423 
{ ca  leu   84 } 67.689, 6.481, 11.423 
{ ca  leu   85 } P 70.911, 5.343, 12.763 
{ ca  leu   85 } 70.911, 5.343, 12.763 
{ ca  ser   86 } P 70.392, 7.008, 16.258 
{ ca  ser   86 } 70.392, 7.008, 16.258 
{ ca  arg   87 } P 66.625, 6.825, 16.689 
{ ca  arg   87 } 66.625, 6.825, 16.689 
{ ca  asn   88 } P 67.632, 3.101, 16.659 
{ ca  asn   88 } 67.632, 3.101, 16.659 
{ ca  gly   89 } P 70.652, 3.255, 19.018 
{ ca  gly   89 } 70.652, 3.255, 19.018 
{ ca  ser   123 } P 90.317, 21.214, 13.329 
{ ca  ser   123 } 90.317, 21.214, 13.329 
{ ca  ile   124 } P 87.948, 24.015, 12.202 
{ ca  ile   124 } 87.948, 24.015, 12.202 
{ ca  leu   125 } P 89.865, 25.440, 9.216 
{ ca  leu   125 } 89.865, 25.440, 9.216 
{ ca  ala   126 } P 91.248, 21.914, 8.749 
{ ca  ala   126 } 91.248, 21.914, 8.749 
{ ca  ile   127 } P 87.969, 20.614, 7.252 
{ ca  ile   127 } 87.969, 20.614, 7.252 
{ ca  trp   128 } P 87.513, 23.802, 5.159 
{ ca  trp   128 } 87.513, 23.802, 5.159 
{ ca  ala   129 } P 91.124, 23.929, 3.951 
{ ca  ala   129 } 91.124, 23.929, 3.951 
{ ca  thr   130 } P 90.728, 20.659, 2.039 
{ ca  thr   130 } 90.728, 20.659, 2.039 
{ ca  gln   131 } P 87.120, 21.577, 1.420 
{ ca  gln   131 } 87.120, 21.577, 1.420 
{ ca  val   132 } P 87.513, 25.174, 0.535 
{ ca  val   132 } 87.513, 25.174, 0.535 
{ ca  ile   133 } P 90.090, 23.294, -1.501 
{ ca  ile   133 } 90.090, 23.294, -1.501 
{ ca  leu   134 } P 89.103, 19.597, -2.047 
{ ca  leu   134 } 89.103, 19.597, -2.047 
{ ca  met   135 } P 85.864, 20.232, -4.104 
{ ca  met   135 } 85.864, 20.232, -4.104 
{ ca  gly   136 } P 86.823, 23.763, -4.972 
{ ca  gly   136 } 86.823, 23.763, -4.972 
{ ca  ala   137 } P 88.433, 22.315, -8.089 
{ ca  ala   137 } 88.433, 22.315, -8.089 
{ ca  val   138 } P 86.177, 19.292, -8.785 
{ ca  val   138 } 86.177, 19.292, -8.785 
{ ca  glu   139 } P 83.458, 21.814, -9.565 
{ ca  glu   139 } 83.458, 21.814, -9.565 
{ ca  gly   140 } P 86.281, 23.732, -11.234 
{ ca  gly   140 } 86.281, 23.732, -11.234 
{ ca  tyr   141 } P 85.219, 21.531, -14.066 
{ ca  tyr   141 } 85.219, 21.531, -14.066 
{ ca  arg   142 } P 81.826, 20.282, -14.798 
{ ca  arg   142 } 81.826, 20.282, -14.798 
{ ca  ile   143 } P 82.407, 23.065, -16.916 
{ ca  ile   143 } 82.407, 23.065, -16.916 
{ ca  pro   170 } P 67.371, 5.745, -25.263 
{ ca  pro   170 } 67.371, 5.745, -25.263 
{ ca  glu   171 } P 64.133, 3.934, -24.153 
{ ca  glu   171 } 64.133, 3.934, -24.153 
{ ca  ala   172 } P 65.705, 3.775, -20.722 
{ ca  ala   172 } 65.705, 3.775, -20.722 
{ ca  phe   173 } P 67.780, 6.950, -20.927 
{ ca  phe   173 } 67.780, 6.950, -20.927 
{ ca  ala   174 } P 64.679, 8.956, -21.806 
{ ca  ala   174 } 64.679, 8.956, -21.806 
{ ca  glu   175 } P 62.950, 7.608, -18.666 
{ ca  glu   175 } 62.950, 7.608, -18.666 
{ ca  leu   176 } P 66.235, 7.858, -16.778 
{ ca  leu   176 } 66.235, 7.858, -16.778 
{ ca  lys   177 } P 66.378, 11.458, -17.778 
{ ca  lys   177 } 66.378, 11.458, -17.778 
{ ca  val   178 } P 63.032, 12.157, -16.031 
{ ca  val   178 } 63.032, 12.157, -16.031 
{ ca  lys   179 } P 63.231, 10.265, -12.690 
{ ca  lys   179 } 63.231, 10.265, -12.690 
{ ca  glu   180 } P 66.527, 11.987, -12.142 
{ ca  glu   180 } 66.527, 11.987, -12.142 
{ ca  leu   181 } P 64.353, 15.005, -11.621 
{ ca  leu   181 } 64.353, 15.005, -11.621 
{ ca  lys   182 } P 61.270, 13.680, -9.728 
{ ca  lys   182 } 61.270, 13.680, -9.728 
{ ca  asn   183 } P 63.126, 12.163, -6.718 
{ ca  asn   183 } 63.126, 12.163, -6.718 
{ ca  gly   184 } P 65.021, 15.418, -6.790 
{ ca  gly   184 } 65.021, 15.418, -6.790 
{ ca  arg   185 } P 62.188, 17.841, -7.376 
{ ca  arg   185 } 62.188, 17.841, -7.376 
{ ca  leu   186 } P 60.810, 15.940, -4.379 
{ ca  leu   186 } 60.810, 15.940, -4.379 
{ ca  ala   187 } P 63.920, 16.148, -2.141 
{ ca  ala   187 } 63.920, 16.148, -2.141 
{ ca  met   188 } P 64.515, 19.828, -2.895 
{ ca  met   188 } 64.515, 19.828, -2.895 
{ ca  phe   189 } P 60.969, 20.446, -1.760 
{ ca  phe   189 } 60.969, 20.446, -1.760 
{ ca  ser   190 } P 61.873, 18.648, 1.494 
{ ca  ser   190 } 61.873, 18.648, 1.494 
{ ca  met   191 } P 65.424, 19.924, 2.049 
{ ca  met   191 } 65.424, 19.924, 2.049 
{ ca  phe   192 } P 63.740, 23.261, 1.993 
{ ca  phe   192 } 63.740, 23.261, 1.993 
{ ca  gly   193 } P 61.110, 21.589, 4.151 
{ ca  gly   193 } 61.110, 21.589, 4.151 
{ ca  phe   194 } P 63.635, 20.453, 6.789 
{ ca  phe   194 } 63.635, 20.453, 6.789 
{ ca  phe   195 } P 64.795, 24.110, 7.418 
{ ca  phe   195 } 64.795, 24.110, 7.418 
{ ca  val   196 } P 61.387, 25.685, 7.579 
{ ca  val   196 } 61.387, 25.685, 7.579 
{ ca  gln   197 } P 60.728, 22.664, 9.706 
{ ca  gln   197 } 60.728, 22.664, 9.706 
{ ca  ala   198 } P 63.446, 23.252, 12.421 
{ ca  ala   198 } 63.446, 23.252, 12.421 
{ ca  ile   199 } P 63.159, 27.097, 12.204 
{ ca  ile   199 } 63.159, 27.097, 12.204 
{ ca  val   200 } P 59.555, 26.824, 13.297 
{ ca  val   200 } 59.555, 26.824, 13.297 
{ ca  thr   201 } P 60.813, 25.562, 16.761 
{ ca  thr   201 } 60.813, 25.562, 16.761 
{ ca  gly   202 } P 59.454, 21.951, 16.517 
{ ca  gly   202 } 59.454, 21.951, 16.517 
{ ca  lys   203 } P 62.732, 19.956, 16.660 
{ ca  lys   203 } 62.732, 19.956, 16.660 
{ ca  gly   204 } P 64.553, 17.439, 14.452 
{ ca  gly   204 } 64.553, 17.439, 14.452 
{ ca  pro   205 } P 63.202, 16.206, 11.087 
{ ca  pro   205 } 63.202, 16.206, 11.087 
{ ca  leu   206 } P 62.357, 12.663, 11.833 
{ ca  leu   206 } 62.357, 12.663, 11.833 
{ ca  glu   207 } P 61.911, 13.926, 15.376 
{ ca  glu   207 } 61.911, 13.926, 15.376 
{ ca  asn   208 } P 58.847, 15.580, 13.892 
{ ca  asn   208 } 58.847, 15.580, 13.892 
{ ca  leu   209 } P 57.544, 12.509, 12.012 
{ ca  leu   209 } 57.544, 12.509, 12.012 
{ ca  ala   210 } P 57.609, 10.379, 15.115 
{ ca  ala   210 } 57.609, 10.379, 15.115 
{ ca  asp   211 } P 55.704, 13.299, 16.647 
{ ca  asp   211 } 55.704, 13.299, 16.647 
{ ca  his   212 } P 52.873, 13.969, 14.162 
{ ca  his   212 } 52.873, 13.969, 14.162 
{ ca  leu   213 } P 52.351, 10.268, 14.610 
{ ca  leu   213 } 52.351, 10.268, 14.610 
{ ca  ala   214 } P 50.574, 10.604, 17.928 
{ ca  ala   214 } 50.574, 10.604, 17.928 
{ n   cla   1 } P 70.895, 10.021, -10.767 
{ n   cla   1 } 70.895, 10.021, -10.767 
{ n   cla   1 } P 73.227, 11.463, -10.265 
{ n   cla   1 } 73.227, 11.463, -10.265 
{ n   cla   1 } P 74.173, 11.108, -12.860 
{ n   cla   1 } 74.173, 11.108, -12.860 
{ n   cla   1 } P 71.921, 9.760, -13.376 
{ n   cla   1 } 71.921, 9.760, -13.376 
{ n   cla   2 } P 64.206, 6.862, -4.634 
{ n   cla   2 } 64.206, 6.862, -4.634 
{ n   cla   2 } P 63.721, 5.592, -7.127 
{ n   cla   2 } 63.721, 5.592, -7.127 
{ n   cla   2 } P 60.961, 6.231, -6.990 
{ n   cla   2 } 60.961, 6.231, -6.990 
{ n   cla   2 } P 61.468, 7.562, -4.623 
{ n   cla   2 } 61.468, 7.562, -4.623 
{ n   cla   3 } P 55.621, 18.098, 8.400 
{ n   cla   3 } 55.621, 18.098, 8.400 
{ n   cla   3 } P 56.626, 17.850, 5.694 
{ n   cla   3 } 56.626, 17.850, 5.694 
{ n   cla   3 } P 57.344, 20.560, 5.711 
{ n   cla   3 } 57.344, 20.560, 5.711 
{ n   cla   3 } P 56.389, 20.801, 8.201 
{ n   cla   3 } 56.389, 20.801, 8.201 
{ n   cla   4 } P 63.317, 24.044, -10.454 
{ n   cla   4 } 63.317, 24.044, -10.454 
{ n   cla   4 } P 61.114, 22.393, -9.800 
{ n   cla   4 } 61.114, 22.393, -9.800 
{ n   cla   4 } P 60.073, 22.492, -12.434 
{ n   cla   4 } 60.073, 22.492, -12.434 
{ n   cla   4 } P 62.182, 24.033, -13.021 
{ n   cla   4 } 62.182, 24.033, -13.021 
{ n   cla   5 } P 69.307, 28.316, -4.290 
{ n   cla   5 } 69.307, 28.316, -4.290 
{ n   cla   5 } P 70.009, 29.723, -6.765 
{ n   cla   5 } 70.009, 29.723, -6.765 
{ n   cla   5 } P 72.706, 29.083, -6.369 
{ n   cla   5 } 72.706, 29.083, -6.369 
{ n   cla   5 } P 72.058, 27.754, -4.110 
{ n   cla   5 } 72.058, 27.754, -4.110 
{ n   cla   6 } P 76.449, 11.082, 5.682 
{ n   cla   6 } 76.449, 11.082, 5.682 
{ n   cla   6 } P 77.619, 11.101, 8.286 
{ n   cla   6 } 77.619, 11.101, 8.286 
{ n   cla   6 } P 78.344, 13.879, 7.997 
{ n   cla   6 } 78.344, 13.879, 7.997 
{ n   cla   6 } P 77.260, 13.801, 5.596 
{ n   cla   6 } 77.260, 13.801, 5.596 
{ n   cla   7 } P 75.216, 24.660, 9.404 
{ n   cla   7 } 75.216, 24.660, 9.404 
{ n   cla   7 } P 76.245, 24.201, 6.805 
{ n   cla   7 } 76.245, 24.201, 6.805 
{ n   cla   7 } P 78.757, 23.833, 7.816 
{ n   cla   7 } 78.757, 23.833, 7.816 
{ n   cla   7 } P 77.840, 24.213, 10.312 
{ n   cla   7 } 77.840, 24.213, 10.312 
{ n   clb   1 } P 83.410, 14.964, -10.107 
{ n   clb   1 } 83.410, 14.964, -10.107 
{ n   clb   1 } P 82.836, 15.760, -12.813 
{ n   clb   1 } 82.836, 15.760, -12.813 
{ n   clb   1 } P 80.171, 16.243, -12.071 
{ n   clb   1 } 80.171, 16.243, -12.071 
{ n   clb   1 } P 80.701, 15.520, -9.592 
{ n   clb   1 } 80.701, 15.520, -9.592 
{ n   clb   2 } P 53.993, 7.612, -10.895 
{ n   clb   2 } 53.993, 7.612, -10.895 
{ n   clb   2 } P 56.866, 8.127, -11.090 
{ n   clb   2 } 56.866, 8.127, -11.090 
{ n   clb   2 } P 56.699, 9.858, -8.838 
{ n   clb   2 } 56.699, 9.858, -8.838 
{ n   clb   2 } P 53.988, 9.320, -8.673 
{ n   clb   2 } 53.988, 9.320, -8.673 
{ n   clb   3 } P 49.402, 15.516, 6.629 
{ n   clb   3 } 49.402, 15.516, 6.629 
{ n   clb   3 } P 50.554, 13.664, 8.535 
{ n   clb   3 } 50.554, 13.664, 8.535 
{ n   clb   3 } P 48.091, 13.512, 10.009 
{ n   clb   3 } 48.091, 13.512, 10.009 
{ n   clb   3 } P 46.984, 15.326, 8.217 
{ n   clb   3 } 46.984, 15.326, 8.217 
{ n   clb   5 } P 80.389, 25.008, -6.598 
{ n   clb   5 } 80.389, 25.008, -6.598 
{ n   clb   5 } P 77.706, 24.283, -6.804 
{ n   clb   5 } 77.706, 24.283, -6.804 
{ n   clb   5 } P 77.375, 25.604, -9.190 
{ n   clb   5 } 77.375, 25.604, -9.190 
{ n   clb   5 } P 79.923, 26.279, -9.040 
{ n   clb   5 } 79.923, 26.279, -9.040 
{ n   clb   6 } P 84.667, 16.647, 4.847 
{ n   clb   6 } 84.667, 16.647, 4.847 
{ n   clb   6 } P 84.023, 17.176, 2.149 
{ n   clb   6 } 84.023, 17.176, 2.149 
{ n   clb   6 } P 81.897, 18.888, 2.891 
{ n   clb   6 } 81.897, 18.888, 2.891 
{ n   clb   6 } P 82.403, 18.261, 5.460 
{ n   clb   6 } 82.403, 18.261, 5.460 
@vectorlist {ca-ca} color= white     
{ ca  pro   55 } P 66.712, 30.008, -24.696 
{ ca  pro   55 } 66.712, 30.008, -24.696 
{ ca  glu   56 } 69.964, 30.855, -23.146 
{ ca  thr   57 } 67.725, 32.197, -20.401 
{ ca  phe   58 } 66.122, 28.685, -19.567 
{ ca  ser   59 } 68.645, 25.943, -20.394 
{ ca  lys   60 } 71.339, 27.504, -18.144 
{ ca  asn   61 } 68.765, 28.032, -15.411 
{ ca  arg   62 } 68.031, 24.369, -15.966 
{ ca  glu   63 } 71.521, 23.448, -14.864 
{ ca  leu   64 } 70.692, 25.733, -12.033 
{ ca  glu   65 } 68.216, 22.913, -11.469 
{ ca  val   66 } 69.733, 19.469, -12.080 
{ ca  ile   67 } 73.105, 20.136, -10.354 
{ ca  his   68 } 70.899, 21.622, -7.707 
{ ca  ser   69 } 68.887, 18.516, -8.474 
{ ca  arg   70 } 71.702, 16.139, -7.624 
{ ca  trp   71 } 72.940, 18.180, -4.739 
{ ca  ala   72 } 69.256, 17.872, -4.063 
{ ca  met   73 } 69.408, 14.074, -4.100 
{ ca  leu   74 } 72.713, 13.448, -2.326 
{ ca  gly   75 } 71.693, 16.214, 0.050 
{ ca  ala   76 } 68.504, 14.286, 1.043 
{ ca  leu   77 } 69.584, 11.028, 2.772 
{ ca  gly   78 } 72.709, 12.750, 3.956 
{ ca  cys   79 } 70.344, 15.113, 5.794 
{ ca  val   80 } 68.217, 12.431, 7.526 
{ ca  phe   81 } 70.441, 9.366, 7.794 
{ ca  pro   82 } 72.249, 10.374, 11.092 
{ ca  glu   83 } 68.677, 10.063, 12.405 
{ ca  leu   84 } 67.689, 6.481, 11.423 
{ ca  leu   85 } 70.911, 5.343, 12.763 
{ ca  ser   86 } 70.392, 7.008, 16.258 
{ ca  arg   87 } 66.625, 6.825, 16.689 
{ ca  asn   88 } 67.632, 3.101, 16.659 
{ ca  gly   89 } 70.652, 3.255, 19.018 
{ ca  ser   123 } P 90.317, 21.214, 13.329 
{ ca  ser   123 } 90.317, 21.214, 13.329 
{ ca  ile   124 } 87.948, 24.015, 12.202 
{ ca  leu   125 } 89.865, 25.440, 9.216 
{ ca  ala   126 } 91.248, 21.914, 8.749 
{ ca  ile   127 } 87.969, 20.614, 7.252 
{ ca  trp   128 } 87.513, 23.802, 5.159 
{ ca  ala   129 } 91.124, 23.929, 3.951 
{ ca  thr   130 } 90.728, 20.659, 2.039 
{ ca  gln   131 } 87.120, 21.577, 1.420 
{ ca  val   132 } 87.513, 25.174, 0.535 
{ ca  ile   133 } 90.090, 23.294, -1.501 
{ ca  leu   134 } 89.103, 19.597, -2.047 
{ ca  met   135 } 85.864, 20.232, -4.104 
{ ca  gly   136 } 86.823, 23.763, -4.972 
{ ca  ala   137 } 88.433, 22.315, -8.089 
{ ca  val   138 } 86.177, 19.292, -8.785 
{ ca  glu   139 } 83.458, 21.814, -9.565 
{ ca  gly   140 } 86.281, 23.732, -11.234 
{ ca  tyr   141 } 85.219, 21.531, -14.066 
{ ca  arg   142 } 81.826, 20.282, -14.798 
{ ca  ile   143 } 82.407, 23.065, -16.916 
{ ca  pro   170 } P 67.371, 5.745, -25.263 
{ ca  pro   170 } 67.371, 5.745, -25.263 
{ ca  glu   171 } 64.133, 3.934, -24.153 
{ ca  ala   172 } 65.705, 3.775, -20.722 
{ ca  phe   173 } 67.780, 6.950, -20.927 
{ ca  ala   174 } 64.679, 8.956, -21.806 
{ ca  glu   175 } 62.950, 7.608, -18.666 
{ ca  leu   176 } 66.235, 7.858, -16.778 
{ ca  lys   177 } 66.378, 11.458, -17.778 
{ ca  val   178 } 63.032, 12.157, -16.031 
{ ca  lys   179 } 63.231, 10.265, -12.690 
{ ca  glu   180 } 66.527, 11.987, -12.142 
{ ca  leu   181 } 64.353, 15.005, -11.621 
{ ca  lys   182 } 61.270, 13.680, -9.728 
{ ca  asn   183 } 63.126, 12.163, -6.718 
{ ca  gly   184 } 65.021, 15.418, -6.790 
{ ca  arg   185 } 62.188, 17.841, -7.376 
{ ca  leu   186 } 60.810, 15.940, -4.379 
{ ca  ala   187 } 63.920, 16.148, -2.141 
{ ca  met   188 } 64.515, 19.828, -2.895 
{ ca  phe   189 } 60.969, 20.446, -1.760 
{ ca  ser   190 } 61.873, 18.648, 1.494 
{ ca  met   191 } 65.424, 19.924, 2.049 
{ ca  phe   192 } 63.740, 23.261, 1.993 
{ ca  gly   193 } 61.110, 21.589, 4.151 
{ ca  phe   194 } 63.635, 20.453, 6.789 
{ ca  phe   195 } 64.795, 24.110, 7.418 
{ ca  val   196 } 61.387, 25.685, 7.579 
{ ca  gln   197 } 60.728, 22.664, 9.706 
{ ca  ala   198 } 63.446, 23.252, 12.421 
{ ca  ile   199 } 63.159, 27.097, 12.204 
{ ca  val   200 } 59.555, 26.824, 13.297 
{ ca  thr   201 } 60.813, 25.562, 16.761 
{ ca  gly   202 } 59.454, 21.951, 16.517 
{ ca  lys   203 } 62.732, 19.956, 16.660 
{ ca  gly   204 } 64.553, 17.439, 14.452 
{ ca  pro   205 } 63.202, 16.206, 11.087 
{ ca  leu   206 } 62.357, 12.663, 11.833 
{ ca  glu   207 } 61.911, 13.926, 15.376 
{ ca  asn   208 } 58.847, 15.580, 13.892 
{ ca  leu   209 } 57.544, 12.509, 12.012 
{ ca  ala   210 } 57.609, 10.379, 15.115 
{ ca  asp   211 } 55.704, 13.299, 16.647 
{ ca  his   212 } 52.873, 13.969, 14.162 
{ ca  leu   213 } 52.351, 10.268, 14.610 
{ ca  ala   214 } 50.574, 10.604, 17.928 
@subgroup {sidechain}    
@vectorlist {sc} color= green     
{ n   cla   1 } P 73.227, 11.463, -10.265 
{ mg  cla   1 } 72.504, 10.748, -11.846 
{ n   cla   1 } P 70.895, 10.021, -10.767 
{ c1  cla   1 } 69.875, 9.234, -11.276 
{ ch  cla   1 } 69.802, 9.014, -12.595 
{ c4  cla   1 } 70.766, 9.118, -13.458 
{ ch  cla   1 } 69.802, 9.014, -12.595 
{ n   cla   1 } P 71.921, 9.760, -13.376 
{ c4  cla   1 } 70.766, 9.118, -13.458 
{ c3  cla   1 } 70.444, 8.581, -14.695 
{ c2  cla   1 } 71.502, 8.902, -15.528 
{ n   cla   1 } P 73.227, 11.463, -10.265 
{ c1  cla   1 } 72.653, 11.539, -9.002 
{ ch  cla   1 } 71.420, 11.017, -8.638 
{ c4  cla   1 } 70.589, 10.284, -9.463 
{ ch  cla   1 } 71.420, 11.017, -8.638 
{ n   cla   1 } P 70.895, 10.021, -10.767 
{ c4  cla   1 } 70.589, 10.284, -9.463 
{ c3  cla   1 } 69.177, 9.755, -9.119 
{ c2  cla   1 } 68.793, 8.928, -10.265 
{ n   cla   1 } P 74.173, 11.108, -12.860 
{ c1  cla   1 } 75.255, 11.765, -12.405 
{ ch  cla   1 } 75.355, 12.261, -11.149 
{ c4  cla   1 } 74.440, 12.094, -10.137 
{ ch  cla   1 } 75.355, 12.261, -11.149 
{ n   cla   1 } P 73.227, 11.463, -10.265 
{ c4  cla   1 } 74.440, 12.094, -10.137 
{ c3  cla   1 } 74.694, 12.461, -8.774 
{ c2  cla   1 } 73.526, 12.241, -8.099 
{ n   cla   1 } P 71.921, 9.760, -13.376 
{ c1  cla   1 } 72.426, 9.638, -14.661 
{ ch  cla   1 } 73.633, 10.167, -15.036 
{ c4  cla   1 } 74.473, 10.838, -14.179 
{ ch  cla   1 } 73.633, 10.167, -15.036 
{ n   cla   1 } P 74.173, 11.108, -12.860 
{ c4  cla   1 } 74.473, 10.838, -14.179 
{ c3  cla   1 } 75.763, 11.342, -14.530 
{ c2  cla   1 } 76.196, 12.014, -13.439 
{ c1  cla   1 } P 69.875, 9.234, -11.276 
{ c2  cla   1 } 68.793, 8.928, -10.265 
{ c3  cla   1 } 69.177, 9.755, -9.119 
{ c2  cla   1 } 68.793, 8.928, -10.265 
{ c1  cla   1 } P 72.653, 11.539, -9.002 
{ c2  cla   1 } 73.526, 12.241, -8.099 
{ c3  cla   1 } 74.694, 12.461, -8.774 
{ c2  cla   1 } 73.526, 12.241, -8.099 
{ c1  cla   1 } P 75.255, 11.765, -12.405 
{ c2  cla   1 } 76.196, 12.014, -13.439 
{ c3  cla   1 } 75.763, 11.342, -14.530 
{ c2  cla   1 } 76.196, 12.014, -13.439 
{ c1  cla   1 } P 72.426, 9.638, -14.661 
{ c2  cla   1 } 71.502, 8.902, -15.528 
{ c3  cla   1 } 70.444, 8.581, -14.695 
{ c2  cla   1 } 71.502, 8.902, -15.528 
{ n   cla   1 } P 74.173, 11.108, -12.860 
{ mg  cla   1 } 72.504, 10.748, -11.846 
{ n   cla   1 } P 71.921, 9.760, -13.376 
{ mg  cla   1 } 72.504, 10.748, -11.846 
{ n   cla   2 } P 63.721, 5.592, -7.127 
{ mg  cla   2 } 62.592, 6.544, -5.851 
{ n   cla   2 } P 64.206, 6.862, -4.634 
{ c1  cla   2 } 64.219, 7.546, -3.427 
{ ch  cla   2 } 63.131, 8.234, -2.983 
{ c4  cla   2 } 61.909, 8.169, -3.505 
{ ch  cla   2 } 63.131, 8.234, -2.983 
{ n   cla   2 } P 61.468, 7.562, -4.623 
{ c4  cla   2 } 61.909, 8.169, -3.505 
{ c3  cla   2 } 60.905, 8.685, -2.687 
{ c2  cla   2 } 59.694, 8.459, -3.382 
{ n   cla   2 } P 63.721, 5.592, -7.127 
{ c1  cla   2 } 65.075, 5.393, -7.056 
{ ch  cla   2 } 65.876, 5.802, -6.028 
{ c4  cla   2 } 65.495, 6.500, -4.910 
{ ch  cla   2 } 65.876, 5.802, -6.028 
{ n   cla   2 } P 64.206, 6.862, -4.634 
{ c4  cla   2 } 65.495, 6.500, -4.910 
{ c3  cla   2 } 66.442, 7.002, -3.854 
{ c2  cla   2 } 65.554, 7.423, -2.744 
{ n   cla   2 } P 60.961, 6.231, -6.990 
{ c1  cla   2 } 60.950, 5.584, -8.208 
{ ch  cla   2 } 62.058, 5.037, -8.823 
{ c4  cla   2 } 63.349, 5.032, -8.335 
{ ch  cla   2 } 62.058, 5.037, -8.823 
{ n   cla   2 } P 63.721, 5.592, -7.127 
{ c4  cla   2 } 63.349, 5.032, -8.335 
{ c3  cla   2 } 64.452, 4.353, -8.966 
{ c2  cla   2 } 65.567, 4.719, -8.226 
{ n   cla   2 } P 61.468, 7.562, -4.623 
{ c1  cla   2 } 60.102, 7.823, -4.637 
{ ch  cla   2 } 59.250, 7.395, -5.655 
{ c4  cla   2 } 59.636, 6.626, -6.757 
{ ch  cla   2 } 59.250, 7.395, -5.655 
{ n   cla   2 } P 60.961, 6.231, -6.990 
{ c4  cla   2 } 59.636, 6.626, -6.757 
{ c3  cla   2 } 58.765, 6.107, -7.826 
{ c2  cla   2 } 59.639, 5.569, -8.776 
{ c1  cla   2 } P 64.219, 7.546, -3.427 
{ c2  cla   2 } 65.554, 7.423, -2.744 
{ c3  cla   2 } 66.442, 7.002, -3.854 
{ c2  cla   2 } 65.554, 7.423, -2.744 
{ c1  cla   2 } P 65.075, 5.393, -7.056 
{ c2  cla   2 } 65.567, 4.719, -8.226 
{ c3  cla   2 } 64.452, 4.353, -8.966 
{ c2  cla   2 } 65.567, 4.719, -8.226 
{ c1  cla   2 } P 60.950, 5.584, -8.208 
{ c2  cla   2 } 59.639, 5.569, -8.776 
{ c3  cla   2 } 58.765, 6.107, -7.826 
{ c2  cla   2 } 59.639, 5.569, -8.776 
{ c1  cla   2 } P 60.102, 7.823, -4.637 
{ c2  cla   2 } 59.694, 8.459, -3.382 
{ c3  cla   2 } 60.905, 8.685, -2.687 
{ c2  cla   2 } 59.694, 8.459, -3.382 
{ n   cla   2 } P 61.468, 7.562, -4.623 
{ mg  cla   2 } 62.592, 6.544, -5.851 
{ n   cla   3 } P 57.344, 20.560, 5.711 
{ mg  cla   3 } 56.437, 19.417, 6.928 
{ n   cla   3 } P 55.621, 18.098, 8.400 
{ c1  cla   3 } 55.193, 18.496, 9.678 
{ ch  cla   3 } 55.457, 19.763, 10.159 
{ c4  cla   3 } 55.916, 20.750, 9.451 
{ ch  cla   3 } 55.457, 19.763, 10.159 
{ n   cla   3 } P 56.389, 20.801, 8.201 
{ c4  cla   3 } 55.916, 20.750, 9.451 
{ c3  cla   3 } 55.921, 21.931, 10.163 
{ c2  cla   3 } 56.596, 22.806, 9.374 
{ n   cla   3 } P 56.626, 17.850, 5.694 
{ c1  cla   3 } 56.196, 16.536, 5.874 
{ ch  cla   3 } 55.607, 16.026, 7.053 
{ c4  cla   3 } 55.364, 16.729, 8.242 
{ ch  cla   3 } 55.607, 16.026, 7.053 
{ n   cla   3 } P 55.621, 18.098, 8.400 
{ c4  cla   3 } 55.364, 16.729, 8.242 
{ c3  cla   3 } 54.779, 16.140, 9.530 
{ c2  cla   3 } 54.496, 17.353, 10.401 
{ n   cla   3 } P 57.344, 20.560, 5.711 
{ c1  cla   3 } 57.765, 20.269, 4.446 
{ ch  cla   3 } 57.673, 19.021, 3.855 
{ c4  cla   3 } 57.152, 17.886, 4.428 
{ ch  cla   3 } 57.673, 19.021, 3.855 
{ n   cla   3 } P 56.626, 17.850, 5.694 
{ c4  cla   3 } 57.152, 17.886, 4.428 
{ c3  cla   3 } 57.134, 16.588, 3.807 
{ c2  cla   3 } 56.478, 15.750, 4.678 
{ n   cla   3 } P 56.389, 20.801, 8.201 
{ c1  cla   3 } 56.801, 22.091, 8.114 
{ ch  cla   3 } 57.420, 22.586, 7.026 
{ c4  cla   3 } 57.679, 21.876, 5.886 
{ ch  cla   3 } 57.420, 22.586, 7.026 
{ n   cla   3 } P 57.344, 20.560, 5.711 
{ c4  cla   3 } 57.679, 21.876, 5.886 
{ c3  cla   3 } 58.222, 22.458, 4.681 
{ c2  cla   3 } 58.280, 21.441, 3.777 
{ c1  cla   3 } P 55.193, 18.496, 9.678 
{ c2  cla   3 } 54.496, 17.353, 10.401 
{ c3  cla   3 } 54.779, 16.140, 9.530 
{ c2  cla   3 } 54.496, 17.353, 10.401 
{ c1  cla   3 } P 56.196, 16.536, 5.874 
{ c2  cla   3 } 56.478, 15.750, 4.678 
{ c3  cla   3 } 57.134, 16.588, 3.807 
{ c2  cla   3 } 56.478, 15.750, 4.678 
{ c1  cla   3 } P 57.765, 20.269, 4.446 
{ c2  cla   3 } 58.280, 21.441, 3.777 
{ c3  cla   3 } 58.222, 22.458, 4.681 
{ c2  cla   3 } 58.280, 21.441, 3.777 
{ c1  cla   3 } P 56.801, 22.091, 8.114 
{ c2  cla   3 } 56.596, 22.806, 9.374 
{ c3  cla   3 } 55.921, 21.931, 10.163 
{ c2  cla   3 } 56.596, 22.806, 9.374 
{ n   cla   3 } P 56.389, 20.801, 8.201 
{ mg  cla   3 } 56.437, 19.417, 6.928 
{ n   cla   4 } P 61.114, 22.393, -9.800 
{ mg  cla   4 } 61.858, 22.941, -11.521 
{ n   cla   4 } P 63.317, 24.044, -10.454 
{ c1  cla   4 } 64.229, 24.935, -10.991 
{ ch  cla   4 } 64.200, 25.143, -12.344 
{ c4  cla   4 } 63.221, 24.826, -13.164 
{ ch  cla   4 } 64.200, 25.143, -12.344 
{ n   cla   4 } P 62.182, 24.033, -13.021 
{ c4  cla   4 } 63.221, 24.826, -13.164 
{ c3  cla   4 } 63.385, 25.358, -14.440 
{ c2  cla   4 } 62.447, 24.770, -15.229 
{ n   cla   4 } P 61.114, 22.393, -9.800 
{ c1  cla   4 } 61.681, 22.538, -8.550 
{ ch  cla   4 } 62.812, 23.231, -8.253 
{ c4  cla   4 } 63.614, 23.911, -9.123 
{ ch  cla   4 } 62.812, 23.231, -8.253 
{ n   cla   4 } P 63.317, 24.044, -10.454 
{ c4  cla   4 } 63.614, 23.911, -9.123 
{ c3  cla   4 } 64.899, 24.646, -8.728 
{ c2  cla   4 } 65.284, 25.404, -9.940 
{ n   cla   4 } P 60.073, 22.492, -12.434 
{ c1  cla   4 } 59.029, 21.798, -11.913 
{ ch  cla   4 } 58.976, 21.433, -10.569 
{ c4  cla   4 } 59.955, 21.691, -9.576 
{ ch  cla   4 } 58.976, 21.433, -10.569 
{ n   cla   4 } P 61.114, 22.393, -9.800 
{ c4  cla   4 } 59.955, 21.691, -9.576 
{ c3  cla   4 } 59.876, 21.311, -8.156 
{ c2  cla   4 } 60.991, 21.828, -7.551 
{ n   cla   4 } P 62.182, 24.033, -13.021 
{ c1  cla   4 } 61.584, 24.124, -14.269 
{ ch  cla   4 } 60.457, 23.482, -14.601 
{ c4  cla   4 } 59.719, 22.723, -13.746 
{ ch  cla   4 } 60.457, 23.482, -14.601 
{ n   cla   4 } P 60.073, 22.492, -12.434 
{ c4  cla   4 } 59.719, 22.723, -13.746 
{ c3  cla   4 } 58.494, 22.077, -14.109 
{ c2  cla   4 } 58.031, 21.499, -12.953 
{ c1  cla   4 } P 64.229, 24.935, -10.991 
{ c2  cla   4 } 65.284, 25.404, -9.940 
{ c3  cla   4 } 64.899, 24.646, -8.728 
{ c2  cla   4 } 65.284, 25.404, -9.940 
{ c1  cla   4 } P 61.681, 22.538, -8.550 
{ c2  cla   4 } 60.991, 21.828, -7.551 
{ c3  cla   4 } 59.876, 21.311, -8.156 
{ c2  cla   4 } 60.991, 21.828, -7.551 
{ c1  cla   4 } P 59.029, 21.798, -11.913 
{ c2  cla   4 } 58.031, 21.499, -12.953 
{ c3  cla   4 } 58.494, 22.077, -14.109 
{ c2  cla   4 } 58.031, 21.499, -12.953 
{ c1  cla   4 } P 61.584, 24.124, -14.269 
{ c2  cla   4 } 62.447, 24.770, -15.229 
{ c3  cla   4 } 63.385, 25.358, -14.440 
{ c2  cla   4 } 62.447, 24.770, -15.229 
{ n   cla   4 } P 62.182, 24.033, -13.021 
{ mg  cla   4 } 61.858, 22.941, -11.521 
{ n   cla   5 } P 72.706, 29.083, -6.369 
{ mg  cla   5 } 71.120, 28.941, -5.251 
{ n   cla   5 } P 69.307, 28.316, -4.290 
{ c1  cla   5 } 69.205, 27.574, -3.091 
{ ch  cla   5 } 70.316, 26.931, -2.593 
{ c4  cla   5 } 71.558, 27.084, -3.044 
{ ch  cla   5 } 70.316, 26.931, -2.593 
{ n   cla   5 } P 72.058, 27.754, -4.110 
{ c4  cla   5 } 71.558, 27.084, -3.044 
{ c3  cla   5 } 72.494, 26.457, -2.237 
{ c2  cla   5 } 73.699, 26.824, -2.772 
{ n   cla   5 } P 70.009, 29.723, -6.765 
{ c1  cla   5 } 68.644, 29.955, -6.775 
{ ch  cla   5 } 67.739, 29.526, -5.797 
{ c4  cla   5 } 68.027, 28.728, -4.664 
{ ch  cla   5 } 67.739, 29.526, -5.797 
{ n   cla   5 } P 69.307, 28.316, -4.290 
{ c4  cla   5 } 68.027, 28.728, -4.664 
{ c3  cla   5 } 67.003, 28.238, -3.641 
{ c2  cla   5 } 67.766, 27.486, -2.599 
{ n   cla   5 } P 72.706, 29.083, -6.369 
{ c1  cla   5 } 72.837, 29.792, -7.551 
{ ch  cla   5 } 71.807, 30.352, -8.266 
{ c4  cla   5 } 70.479, 30.297, -7.927 
{ ch  cla   5 } 71.807, 30.352, -8.266 
{ n   cla   5 } P 70.009, 29.723, -6.765 
{ c4  cla   5 } 70.479, 30.297, -7.927 
{ c3  cla   5 } 69.426, 30.932, -8.652 
{ c2  cla   5 } 68.272, 30.636, -7.963 
{ n   cla   5 } P 72.058, 27.754, -4.110 
{ c1  cla   5 } 73.389, 27.493, -4.024 
{ ch  cla   5 } 74.302, 27.931, -4.940 
{ c4  cla   5 } 73.986, 28.666, -6.062 
{ ch  cla   5 } 74.302, 27.931, -4.940 
{ n   cla   5 } P 72.706, 29.083, -6.369 
{ c4  cla   5 } 73.986, 28.666, -6.062 
{ c3  cla   5 } 74.940, 29.091, -7.082 
{ c2  cla   5 } 74.178, 29.784, -8.025 
{ c1  cla   5 } P 69.205, 27.574, -3.091 
{ c2  cla   5 } 67.766, 27.486, -2.599 
{ c3  cla   5 } 67.003, 28.238, -3.641 
{ c2  cla   5 } 67.766, 27.486, -2.599 
{ c1  cla   5 } P 68.644, 29.955, -6.775 
{ c2  cla   5 } 68.272, 30.636, -7.963 
{ c3  cla   5 } 69.426, 30.932, -8.652 
{ c2  cla   5 } 68.272, 30.636, -7.963 
{ c1  cla   5 } P 72.837, 29.792, -7.551 
{ c2  cla   5 } 74.178, 29.784, -8.025 
{ c3  cla   5 } 74.940, 29.091, -7.082 
{ c2  cla   5 } 74.178, 29.784, -8.025 
{ c1  cla   5 } P 73.389, 27.493, -4.024 
{ c2  cla   5 } 73.699, 26.824, -2.772 
{ c3  cla   5 } 72.494, 26.457, -2.237 
{ c2  cla   5 } 73.699, 26.824, -2.772 
{ n   cla   5 } P 72.058, 27.754, -4.110 
{ mg  cla   5 } 71.120, 28.941, -5.251 
{ n   cla   6 } P 77.260, 13.801, 5.596 
{ mg  cla   6 } 77.069, 12.593, 6.997 
{ n   cla   6 } P 76.449, 11.082, 5.682 
{ c1  cla   6 } 76.050, 11.308, 4.369 
{ ch  cla   6 } 76.221, 12.566, 3.831 
{ c4  cla   6 } 76.883, 13.575, 4.368 
{ ch  cla   6 } 76.221, 12.566, 3.831 
{ n   cla   6 } P 77.260, 13.801, 5.596 
{ c4  cla   6 } 76.883, 13.575, 4.368 
{ c3  cla   6 } 76.900, 14.704, 3.566 
{ c2  cla   6 } 77.432, 15.708, 4.295 
{ n   cla   6 } P 77.619, 11.101, 8.286 
{ c1  cla   6 } 77.246, 9.767, 8.246 
{ ch  cla   6 } 76.601, 9.154, 7.179 
{ c4  cla   6 } 76.237, 9.745, 5.991 
{ ch  cla   6 } 76.601, 9.154, 7.179 
{ n   cla   6 } P 76.449, 11.082, 5.682 
{ c4  cla   6 } 76.237, 9.745, 5.991 
{ c3  cla   6 } 75.743, 8.985, 4.789 
{ c2  cla   6 } 75.589, 10.008, 3.693 
{ n   cla   6 } P 78.344, 13.879, 7.997 
{ c1  cla   6 } 78.910, 13.667, 9.226 
{ ch  cla   6 } 78.865, 12.439, 9.923 
{ c4  cla   6 } 78.271, 11.252, 9.490 
{ ch  cla   6 } 78.865, 12.439, 9.923 
{ n   cla   6 } P 77.619, 11.101, 8.286 
{ c4  cla   6 } 78.271, 11.252, 9.490 
{ c3  cla   6 } 78.232, 10.025, 10.236 
{ c2  cla   6 } 77.635, 9.087, 9.457 
{ n   cla   6 } P 77.260, 13.801, 5.596 
{ c1  cla   6 } 77.716, 15.115, 5.536 
{ ch  cla   6 } 78.394, 15.751, 6.499 
{ c4  cla   6 } 78.698, 15.181, 7.660 
{ ch  cla   6 } 78.394, 15.751, 6.499 
{ n   cla   6 } P 78.344, 13.879, 7.997 
{ c4  cla   6 } 78.698, 15.181, 7.660 
{ c3  cla   6 } 79.269, 15.890, 8.719 
{ c2  cla   6 } 79.549, 14.898, 9.688 
{ c1  cla   6 } P 76.050, 11.308, 4.369 
{ c2  cla   6 } 75.589, 10.008, 3.693 
{ c3  cla   6 } 75.743, 8.985, 4.789 
{ c2  cla   6 } 75.589, 10.008, 3.693 
{ c1  cla   6 } P 77.246, 9.767, 8.246 
{ c2  cla   6 } 77.635, 9.087, 9.457 
{ c3  cla   6 } 78.232, 10.025, 10.236 
{ c2  cla   6 } 77.635, 9.087, 9.457 
{ c1  cla   6 } P 78.910, 13.667, 9.226 
{ c2  cla   6 } 79.549, 14.898, 9.688 
{ c3  cla   6 } 79.269, 15.890, 8.719 
{ c2  cla   6 } 79.549, 14.898, 9.688 
{ c1  cla   6 } P 77.716, 15.115, 5.536 
{ c2  cla   6 } 77.432, 15.708, 4.295 
{ c3  cla   6 } 76.900, 14.704, 3.566 
{ c2  cla   6 } 77.432, 15.708, 4.295 
{ n   cla   7 } P 76.245, 24.201, 6.805 
{ mg  cla   7 } 76.988, 24.063, 8.560 
{ n   cla   7 } P 75.216, 24.660, 9.404 
{ c1  cla   7 } 74.959, 24.867, 10.768 
{ ch  cla   7 } 75.923, 24.647, 11.673 
{ c4  cla   7 } 77.192, 24.461, 11.446 
{ ch  cla   7 } 75.923, 24.647, 11.673 
{ n   cla   7 } P 77.840, 24.213, 10.312 
{ c4  cla   7 } 77.192, 24.461, 11.446 
{ c3  cla   7 } 77.951, 24.411, 12.604 
{ c2  cla   7 } 79.242, 24.180, 12.199 
{ n   cla   7 } P 76.245, 24.201, 6.805 
{ c1  cla   7 } 74.934, 24.455, 6.472 
{ ch  cla   7 } 73.933, 24.766, 7.366 
{ c4  cla   7 } 74.043, 24.864, 8.722 
{ ch  cla   7 } 73.933, 24.766, 7.366 
{ n   cla   7 } P 75.216, 24.660, 9.404 
{ c4  cla   7 } 74.043, 24.864, 8.722 
{ c3  cla   7 } 72.877, 25.134, 9.664 
{ c2  cla   7 } 73.475, 25.031, 11.056 
{ n   cla   7 } P 78.757, 23.833, 7.816 
{ c1  cla   7 } 79.079, 23.698, 6.486 
{ ch  cla   7 } 78.194, 23.759, 5.457 
{ c4  cla   7 } 76.867, 23.991, 5.594 
{ ch  cla   7 } 78.194, 23.759, 5.457 
{ n   cla   7 } P 76.245, 24.201, 6.805 
{ c4  cla   7 } 76.867, 23.991, 5.594 
{ c3  cla   7 } 75.944, 24.073, 4.485 
{ c2  cla   7 } 74.704, 24.316, 5.042 
{ n   cla   7 } P 77.840, 24.213, 10.312 
{ c1  cla   7 } 79.142, 24.032, 10.744 
{ ch  cla   7 } 80.151, 23.767, 9.875 
{ c4  cla   7 } 79.964, 23.658, 8.490 
{ ch  cla   7 } 80.151, 23.767, 9.875 
{ n   cla   7 } P 78.757, 23.833, 7.816 
{ c4  cla   7 } 79.964, 23.658, 8.490 
{ c3  cla   7 } 81.041, 23.627, 7.558 
{ c2  cla   7 } 80.456, 23.410, 6.325 
{ c1  cla   7 } P 74.959, 24.867, 10.768 
{ c2  cla   7 } 73.475, 25.031, 11.056 
{ c3  cla   7 } 72.877, 25.134, 9.664 
{ c2  cla   7 } 73.475, 25.031, 11.056 
{ c1  cla   7 } P 74.934, 24.455, 6.472 
{ c2  cla   7 } 74.704, 24.316, 5.042 
{ c3  cla   7 } 75.944, 24.073, 4.485 
{ c2  cla   7 } 74.704, 24.316, 5.042 
{ c1  cla   7 } P 79.079, 23.698, 6.486 
{ c2  cla   7 } 80.456, 23.410, 6.325 
{ c3  cla   7 } 81.041, 23.627, 7.558 
{ c2  cla   7 } 80.456, 23.410, 6.325 
{ c1  cla   7 } P 79.142, 24.032, 10.744 
{ c2  cla   7 } 79.242, 24.180, 12.199 
{ c3  cla   7 } 77.951, 24.411, 12.604 
{ c2  cla   7 } 79.242, 24.180, 12.199 
{ n   cla   7 } P 78.757, 23.833, 7.816 
{ mg  cla   7 } 76.988, 24.063, 8.560 
{ n   cla   7 } P 77.840, 24.213, 10.312 
{ mg  cla   7 } 76.988, 24.063, 8.560 
@vectorlist {sc} color= yellow     
{ n   clb   1 } P 82.836, 15.760, -12.813 
{ mg  clb   1 } 81.757, 15.712, -11.131 
{ n   clb   1 } P 83.410, 14.964, -10.107 
{ c1  clb   1 } 83.414, 14.551, -8.747 
{ ch  clb   1 } 82.303, 14.768, -7.947 
{ c4  clb   1 } 81.116, 15.124, -8.379 
{ ch  clb   1 } 82.303, 14.768, -7.947 
{ n   clb   1 } P 80.701, 15.520, -9.592 
{ c4  clb   1 } 81.116, 15.124, -8.379 
{ c3  clb   1 } 80.110, 15.097, -7.382 
{ c2  clb   1 } 78.974, 15.638, -7.979 
{ n   clb   1 } P 82.836, 15.760, -12.813 
{ c1  clb   1 } 84.195, 15.497, -12.977 
{ ch  clb   1 } 85.062, 15.107, -11.960 
{ c4  clb   1 } 84.716, 14.844, -10.643 
{ ch  clb   1 } 85.062, 15.107, -11.960 
{ n   clb   1 } P 83.410, 14.964, -10.107 
{ c4  clb   1 } 84.716, 14.844, -10.643 
{ c3  clb   1 } 85.654, 14.218, -9.633 
{ c2  clb   1 } 84.842, 14.219, -8.300 
{ n   clb   1 } P 80.171, 16.243, -12.071 
{ c1  clb   1 } 80.047, 16.600, -13.392 
{ ch  clb   1 } 81.104, 16.585, -14.301 
{ c4  clb   1 } 82.406, 16.192, -14.038 
{ ch  clb   1 } 81.104, 16.585, -14.301 
{ n   clb   1 } P 82.836, 15.760, -12.813 
{ c4  clb   1 } 82.406, 16.192, -14.038 
{ c3  clb   1 } 83.492, 16.238, -14.988 
{ c2  clb   1 } 84.611, 15.779, -14.329 
{ n   clb   1 } P 80.701, 15.520, -9.592 
{ c1  clb   1 } 79.355, 15.728, -9.381 
{ ch  clb   1 } 78.527, 16.082, -10.329 
{ c4  clb   1 } 78.895, 16.344, -11.580 
{ ch  clb   1 } 78.527, 16.082, -10.329 
{ n   clb   1 } P 80.171, 16.243, -12.071 
{ c4  clb   1 } 78.895, 16.344, -11.580 
{ c3  clb   1 } 77.967, 16.830, -12.541 
{ c2  clb   1 } 78.667, 17.012, -13.691 
{ c1  clb   1 } P 83.414, 14.551, -8.747 
{ c2  clb   1 } 84.842, 14.219, -8.300 
{ c3  clb   1 } 85.654, 14.218, -9.633 
{ c2  clb   1 } 84.842, 14.219, -8.300 
{ c1  clb   1 } P 84.195, 15.497, -12.977 
{ c2  clb   1 } 84.611, 15.779, -14.329 
{ c3  clb   1 } 83.492, 16.238, -14.988 
{ c2  clb   1 } 84.611, 15.779, -14.329 
{ c1  clb   1 } P 80.047, 16.600, -13.392 
{ c2  clb   1 } 78.667, 17.012, -13.691 
{ c3  clb   1 } 77.967, 16.830, -12.541 
{ c2  clb   1 } 78.667, 17.012, -13.691 
{ c1  clb   1 } P 79.355, 15.728, -9.381 
{ c2  clb   1 } 78.974, 15.638, -7.979 
{ c3  clb   1 } 80.110, 15.097, -7.382 
{ c2  clb   1 } 78.974, 15.638, -7.979 
{ n   clb   1 } P 80.171, 16.243, -12.071 
{ mg  clb   1 } 81.757, 15.712, -11.131 
{ n   clb   1 } P 80.701, 15.520, -9.592 
{ mg  clb   1 } 81.757, 15.712, -11.131 
{ n   clb   2 } P 56.866, 8.127, -11.090 
{ mg  clb   2 } 55.538, 8.562, -9.736 
{ n   clb   2 } P 53.993, 7.612, -10.895 
{ c1  clb   2 } 52.622, 7.526, -10.617 
{ ch  clb   2 } 52.132, 8.054, -9.485 
{ c4  clb   2 } 52.766, 8.902, -8.725 
{ ch  clb   2 } 52.132, 8.054, -9.485 
{ n   clb   2 } P 53.988, 9.320, -8.673 
{ c4  clb   2 } 52.766, 8.902, -8.725 
{ c3  clb   2 } 51.914, 9.537, -7.816 
{ c2  clb   2 } 52.738, 10.274, -7.021 
{ n   clb   2 } P 56.866, 8.127, -11.090 
{ c1  clb   2 } 56.732, 7.310, -12.192 
{ ch  clb   2 } 55.537, 6.715, -12.600 
{ c4  clb   2 } 54.265, 6.829, -12.012 
{ ch  clb   2 } 55.537, 6.715, -12.600 
{ n   clb   2 } P 53.993, 7.612, -10.895 
{ c4  clb   2 } 54.265, 6.829, -12.012 
{ c3  clb   2 } 52.978, 6.144, -12.535 
{ c2  clb   2 } 51.864, 6.655, -11.597 
{ n   clb   2 } P 56.699, 9.858, -8.838 
{ c1  clb   2 } 58.043, 10.050, -9.097 
{ ch  clb   2 } 58.761, 9.390, -10.120 
{ c4  clb   2 } 58.218, 8.499, -11.065 
{ ch  clb   2 } 58.761, 9.390, -10.120 
{ n   clb   2 } P 56.866, 8.127, -11.090 
{ c4  clb   2 } 58.218, 8.499, -11.065 
{ c3  clb   2 } 58.924, 7.978, -12.240 
{ c2  clb   2 } 58.008, 7.138, -12.871 
{ n   clb   2 } P 53.988, 9.320, -8.673 
{ c1  clb   2 } 54.068, 10.169, -7.641 
{ ch  clb   2 } 55.218, 10.783, -7.174 
{ c4  clb   2 } 56.461, 10.648, -7.745 
{ ch  clb   2 } 55.218, 10.783, -7.174 
{ n   clb   2 } P 56.699, 9.858, -8.838 
{ c4  clb   2 } 56.461, 10.648, -7.745 
{ c3  clb   2 } 57.682, 11.268, -7.289 
{ c2  clb   2 } 58.506, 11.204, -8.344 
{ c1  clb   2 } P 52.622, 7.526, -10.617 
{ c2  clb   2 } 51.864, 6.655, -11.597 
{ c3  clb   2 } 52.978, 6.144, -12.535 
{ c2  clb   2 } 51.864, 6.655, -11.597 
{ c1  clb   2 } P 56.732, 7.310, -12.192 
{ c2  clb   2 } 58.008, 7.138, -12.871 
{ c3  clb   2 } 58.924, 7.978, -12.240 
{ c2  clb   2 } 58.008, 7.138, -12.871 
{ c1  clb   2 } P 58.043, 10.050, -9.097 
{ c2  clb   2 } 58.506, 11.204, -8.344 
{ c3  clb   2 } 57.682, 11.268, -7.289 
{ c2  clb   2 } 58.506, 11.204, -8.344 
{ c1  clb   2 } P 54.068, 10.169, -7.641 
{ c2  clb   2 } 52.738, 10.274, -7.021 
{ c3  clb   2 } 51.914, 9.537, -7.816 
{ c2  clb   2 } 52.738, 10.274, -7.021 
{ n   clb   2 } P 56.699, 9.858, -8.838 
{ mg  clb   2 } 55.538, 8.562, -9.736 
{ n   clb   3 } P 50.554, 13.664, 8.535 
{ mg  clb   3 } 48.799, 14.571, 8.399 
{ n   clb   3 } P 49.402, 15.516, 6.629 
{ c1  clb   3 } 48.629, 16.457, 5.872 
{ ch  clb   3 } 47.297, 16.761, 6.256 
{ c4  clb   3 } 46.606, 16.200, 7.264 
{ ch  clb   3 } 47.297, 16.761, 6.256 
{ n   clb   3 } P 46.984, 15.326, 8.217 
{ c4  clb   3 } 46.606, 16.200, 7.264 
{ c3  clb   3 } 45.265, 16.595, 7.310 
{ c2  clb   3 } 44.749, 16.018, 8.464 
{ n   clb   3 } P 50.554, 13.664, 8.535 
{ c1  clb   3 } 51.648, 13.827, 7.718 
{ ch  clb   3 } 51.695, 14.674, 6.612 
{ c4  clb   3 } 50.683, 15.441, 6.093 
{ ch  clb   3 } 51.695, 14.674, 6.612 
{ n   clb   3 } P 49.402, 15.516, 6.629 
{ c4  clb   3 } 50.683, 15.441, 6.093 
{ c3  clb   3 } 50.851, 16.324, 4.871 
{ c2  clb   3 } 49.483, 17.045, 4.706 
{ n   clb   3 } P 48.091, 13.512, 10.009 
{ c1  clb   3 } 48.788, 12.560, 10.750 
{ ch  clb   3 } 50.114, 12.191, 10.470 
{ c4  clb   3 } 50.950, 12.713, 9.459 
{ ch  clb   3 } 50.114, 12.191, 10.470 
{ n   clb   3 } P 50.554, 13.664, 8.535 
{ c4  clb   3 } 50.950, 12.713, 9.459 
{ c3  clb   3 } 52.296, 12.209, 9.179 
{ c2  clb   3 } 52.762, 12.942, 8.107 
{ n   clb   3 } P 46.984, 15.326, 8.217 
{ c1  clb   3 } 45.858, 15.223, 9.018 
{ ch  clb   3 } 45.805, 14.441, 10.161 
{ c4  clb   3 } 46.838, 13.606, 10.627 
{ ch  clb   3 } 45.805, 14.441, 10.161 
{ n   clb   3 } P 48.091, 13.512, 10.009 
{ c4  clb   3 } 46.838, 13.606, 10.627 
{ c3  clb   3 } 46.708, 12.621, 11.720 
{ c2  clb   3 } 47.963, 11.999, 11.825 
{ c1  clb   3 } P 48.629, 16.457, 5.872 
{ c2  clb   3 } 49.483, 17.045, 4.706 
{ c3  clb   3 } 50.851, 16.324, 4.871 
{ c2  clb   3 } 49.483, 17.045, 4.706 
{ c1  clb   3 } P 51.648, 13.827, 7.718 
{ c2  clb   3 } 52.762, 12.942, 8.107 
{ c3  clb   3 } 52.296, 12.209, 9.179 
{ c2  clb   3 } 52.762, 12.942, 8.107 
{ c1  clb   3 } P 48.788, 12.560, 10.750 
{ c2  clb   3 } 47.963, 11.999, 11.825 
{ c3  clb   3 } 46.708, 12.621, 11.720 
{ c2  clb   3 } 47.963, 11.999, 11.825 
{ c1  clb   3 } P 45.858, 15.223, 9.018 
{ c2  clb   3 } 44.749, 16.018, 8.464 
{ c3  clb   3 } 45.265, 16.595, 7.310 
{ c2  clb   3 } 44.749, 16.018, 8.464 
{ n   clb   3 } P 46.984, 15.326, 8.217 
{ mg  clb   3 } 48.799, 14.571, 8.399 
{ n   clb   5 } P 77.706, 24.283, -6.804 
{ mg  clb   5 } 78.819, 25.331, -7.896 
{ n   clb   5 } P 80.389, 25.008, -6.598 
{ c1  clb   5 } 81.686, 25.509, -6.747 
{ ch  clb   5 } 82.045, 26.140, -7.914 
{ c4  clb   5 } 81.213, 26.504, -8.871 
{ ch  clb   5 } 82.045, 26.140, -7.914 
{ n   clb   5 } P 79.923, 26.279, -9.040 
{ c4  clb   5 } 81.213, 26.504, -8.871 
{ c3  clb   5 } 81.794, 27.330, -9.813 
{ c2  clb   5 } 80.820, 27.522, -10.761 
{ n   clb   5 } P 77.706, 24.283, -6.804 
{ c1  clb   5 } 77.981, 23.699, -5.589 
{ ch  clb   5 } 79.203, 23.713, -4.956 
{ c4  clb   5 } 80.348, 24.288, -5.428 
{ ch  clb   5 } 79.203, 23.713, -4.956 
{ n   clb   5 } P 80.389, 25.008, -6.598 
{ c4  clb   5 } 80.348, 24.288, -5.428 
{ c3  clb   5 } 81.716, 24.249, -4.756 
{ c2  clb   5 } 82.510, 25.306, -5.467 
{ n   clb   5 } P 77.375, 25.604, -9.190 
{ c1  clb   5 } 76.127, 25.165, -9.108 
{ ch  clb   5 } 75.668, 24.405, -8.099 
{ c4  clb   5 } 76.391, 23.983, -7.018 
{ ch  clb   5 } 75.668, 24.405, -8.099 
{ n   clb   5 } P 77.706, 24.283, -6.804 
{ c4  clb   5 } 76.391, 23.983, -7.018 
{ c3  clb   5 } 75.799, 23.351, -5.876 
{ c2  clb   5 } 76.858, 22.953, -5.114 
{ n   clb   5 } P 79.923, 26.279, -9.040 
{ c1  clb   5 } 79.668, 26.916, -10.217 
{ ch  clb   5 } 78.487, 26.909, -10.847 
{ c4  clb   5 } 77.386, 26.302, -10.368 
{ ch  clb   5 } 78.487, 26.909, -10.847 
{ n   clb   5 } P 77.375, 25.604, -9.190 
{ c4  clb   5 } 77.386, 26.302, -10.368 
{ c3  clb   5 } 76.169, 26.188, -11.092 
{ c2  clb   5 } 75.362, 25.523, -10.237 
{ c1  clb   5 } P 81.686, 25.509, -6.747 
{ c2  clb   5 } 82.510, 25.306, -5.467 
{ c3  clb   5 } 81.716, 24.249, -4.756 
{ c2  clb   5 } 82.510, 25.306, -5.467 
{ c1  clb   5 } P 77.981, 23.699, -5.589 
{ c2  clb   5 } 76.858, 22.953, -5.114 
{ c3  clb   5 } 75.799, 23.351, -5.876 
{ c2  clb   5 } 76.858, 22.953, -5.114 
{ c1  clb   5 } P 76.127, 25.165, -9.108 
{ c2  clb   5 } 75.362, 25.523, -10.237 
{ c3  clb   5 } 76.169, 26.188, -11.092 
{ c2  clb   5 } 75.362, 25.523, -10.237 
{ c1  clb   5 } P 79.668, 26.916, -10.217 
{ c2  clb   5 } 80.820, 27.522, -10.761 
{ c3  clb   5 } 81.794, 27.330, -9.813 
{ c2  clb   5 } 80.820, 27.522, -10.761 
{ n   clb   5 } P 77.375, 25.604, -9.190 
{ mg  clb   5 } 78.819, 25.331, -7.896 
{ n   clb   5 } P 79.923, 26.279, -9.040 
{ mg  clb   5 } 78.819, 25.331, -7.896 
{ n   clb   6 } P 84.023, 17.176, 2.149 
{ mg  clb   6 } 83.294, 17.886, 3.847 
{ n   clb   6 } P 84.667, 16.647, 4.847 
{ c1  clb   6 } 84.754, 16.514, 6.226 
{ ch  clb   6 } 83.837, 17.107, 7.038 
{ c4  clb   6 } 82.837, 17.880, 6.674 
{ ch  clb   6 } 83.837, 17.107, 7.038 
{ n   clb   6 } P 82.403, 18.261, 5.460 
{ c4  clb   6 } 82.837, 17.880, 6.674 
{ c3  clb   6 } 82.212, 18.472, 7.774 
{ c2  clb   6 } 81.199, 19.244, 7.253 
{ n   clb   6 } P 84.023, 17.176, 2.149 
{ c1  clb   6 } 85.099, 16.303, 1.978 
{ ch  clb   6 } 85.830, 15.705, 2.970 
{ c4  clb   6 } 85.643, 15.847, 4.288 
{ ch  clb   6 } 85.830, 15.705, 2.970 
{ n   clb   6 } P 84.667, 16.647, 4.847 
{ c4  clb   6 } 85.643, 15.847, 4.288 
{ c3  clb   6 } 86.417, 15.072, 5.318 
{ c2  clb   6 } 85.867, 15.576, 6.653 
{ n   clb   6 } P 81.897, 18.888, 2.891 
{ c1  clb   6 } 81.747, 19.022, 1.516 
{ ch  clb   6 } 82.533, 18.330, 0.579 
{ c4  clb   6 } 83.590, 17.454, 0.867 
{ ch  clb   6 } 82.533, 18.330, 0.579 
{ n   clb   6 } P 84.023, 17.176, 2.149 
{ c4  clb   6 } 83.590, 17.454, 0.867 
{ c3  clb   6 } 84.302, 16.623, -0.094 
{ c2  clb   6 } 85.290, 15.960, 0.609 
{ n   clb   6 } P 82.403, 18.261, 5.460 
{ c1  clb   6 } 81.365, 19.114, 5.773 
{ ch  clb   6 } 80.634, 19.747, 4.807 
{ c4  clb   6 } 80.876, 19.646, 3.439 
{ ch  clb   6 } 80.634, 19.747, 4.807 
{ n   clb   6 } P 81.897, 18.888, 2.891 
{ c4  clb   6 } 80.876, 19.646, 3.439 
{ c3  clb   6 } 80.128, 20.354, 2.390 
{ c2  clb   6 } 80.662, 19.951, 1.198 
{ c1  clb   6 } P 84.754, 16.514, 6.226 
{ c2  clb   6 } 85.867, 15.576, 6.653 
{ c3  clb   6 } 86.417, 15.072, 5.318 
{ c2  clb   6 } 85.867, 15.576, 6.653 
{ c1  clb   6 } P 85.099, 16.303, 1.978 
{ c2  clb   6 } 85.290, 15.960, 0.609 
{ c3  clb   6 } 84.302, 16.623, -0.094 
{ c2  clb   6 } 85.290, 15.960, 0.609 
{ c1  clb   6 } P 81.747, 19.022, 1.516 
{ c2  clb   6 } 80.662, 19.951, 1.198 
{ c3  clb   6 } 80.128, 20.354, 2.390 
{ c2  clb   6 } 80.662, 19.951, 1.198 
{ c1  clb   6 } P 81.365, 19.114, 5.773 
{ c2  clb   6 } 81.199, 19.244, 7.253 
{ c3  clb   6 } 82.212, 18.472, 7.774 
{ c2  clb   6 } 81.199, 19.244, 7.253 
{ n   clb   6 } P 81.897, 18.888, 2.891 
{ mg  clb   6 } 83.294, 17.886, 3.847 
{ n   clb   6 } P 82.403, 18.261, 5.460 
{ mg  clb   6 } 83.294, 17.886, 3.847 
@vectorlist {sc} color= orange     
{ c1  lut   1 } P 60.498, 14.381, 5.200 
{ c1  lut   1 } 60.498, 14.381, 5.200 
{ c2  lut   1 } 60.675, 14.582, 3.844 
{ c3  lut   1 } 61.093, 13.451, 2.910 
{ c4  lut   1 } 61.347, 13.642, 1.576 
{ c6  lut   1 } 61.994, 12.619, 0.958 
{ c7  lut   1 } 62.843, 12.873, -0.258 
{ c8  lut   1 } 64.077, 12.020, -0.435 
{ c9  lut   1 } 64.837, 12.086, -1.564 
{ c11 lut   1 } 66.079, 11.540, -1.469 
{ c12 lut   1 } 66.867, 11.182, -2.726 
{ c13 lut   1 } 68.016, 10.171, -2.643 
{ c14 lut   1 } 68.839, 9.920, -3.878 
{ c15 lut   1 } 69.827, 8.993, -3.889 
{ c17 lut   1 } 70.468, 8.861, -5.088 
{ c18 lut   1 } 71.640, 7.930, -5.295 
{ c19 lut   1 } 71.972, 7.563, -6.725 
{ c20 lut   1 } 72.998, 6.721, -7.013 
{ c22 lut   1 } 73.322, 6.613, -8.347 
{ c23 lut   1 } 74.062, 5.374, -8.901 
{ c24 lut   1 } 74.896, 5.449, -10.001 
{ c1  lut   2 } P 74.041, 19.193, 4.650 
{ c1  lut   2 } 74.041, 19.193, 4.650 
{ c2  lut   2 } 73.705, 19.802, 3.455 
{ c3  lut   2 } 72.472, 19.342, 2.611 
{ c4  lut   2 } 72.304, 19.767, 1.312 
{ c6  lut   2 } 71.017, 19.984, 0.887 
{ c7  lut   2 } 70.724, 20.713, -0.445 
{ c8  lut   2 } 69.268, 21.005, -0.835 
{ c9  lut   2 } 68.931, 21.723, -1.950 
{ c11 lut   2 } 67.656, 22.191, -1.985 
{ c12 lut   2 } 67.219, 23.238, -3.008 
{ c13 lut   2 } 65.796, 23.821, -2.917 
{ c14 lut   2 } 65.228, 24.671, -4.045 
{ c15 lut   2 } 63.901, 25.026, -4.064 
{ c17 lut   2 } 63.566, 25.996, -4.968 
{ c18 lut   2 } 62.139, 26.493, -5.079 
{ c19 lut   2 } 61.610, 26.852, -6.456 
{ c20 lut   2 } 60.294, 27.147, -6.680 
{ c22 lut   2 } 59.957, 27.347, -7.977 
{ c23 lut   2 } 59.013, 28.466, -8.326 
{ c24 lut   2 } 58.565, 28.717, -9.599