***************** FILE 3D_ALI - sequence alignment based on 3D superposition ****************
FT   file: aat.3D_ALI
DT    created at EMBL Sat Aug  3 23:32:17 1991      
NS    1  
FN    2aat  chain: -; Range(PDB):   13 -  408         resolution: 2.8 angstroms. 
NA    12 
NL    396  
DB    RELEASE 17.0 OF EMBL/SWISS-PROT WITH  20024 SEQUENCES                 
TH    threshold_1 - % identity       0.35
TH    threshold_2 - % alignment      0.35
AU    This file was generated by the program CHARON
AU    Stefano Pascarella and Patrick Argos, EMBL, Postfach 10 22 09, 6900 Heidelberg, Germany
AU    
NT    The sequence alignments and part of the notation included in this file has been taken from the HSSP files: 
NT    Sander C. and Schneider R. : Database of homology-derived protein structures. Protins, in press.
NT    Notation:    seq_id = sequence identifyer eithr from PDB or from SWISSPROT.
NT                 %ide = percentage of identical residues.
NT                 ifir, ilast = first and last residue of the alignment in the test sequence.
NT			jfir, jlast = first and last residue of the alignment in the aligned protein.
NT                 lali = length of the alignment excluding insertions and deletions.
NT                 ngap, lgap = number and total length of all insertions and deletions.
NT                 lseq2 = length of the entire sequence of the aligned protein.
NT                 HSP = numeration in the HSSP file.
NT                 PDB = numeration in the PDB file.
NT                 A = aminoacid sequence.
NT                 STRUCT = secondary structure assignment as found in DSSP file.
NT                 PHI, PSI, CHIx = dihedral angles phi, psi and chi1, chi2....
NT                 ACC = accessibility as found in DSSPfiles.
NT     Symbols:    '-'  indicates a gap in the structural alignments.
NT                 '?'  indicates a structural gap: the sequence is known but the structure is unresolved.
NT                 ' ' indictes a gap in the sequence alignments.
NT                 pairs of lower case letters in the alignment bracket an insertion in the sequence.
EN

     ..............................................................................................................................
          seq_id          %ide  ifir  ilas  jfir  jlas  lali  ngap  lgap  lseq
->   1. 2aat
  2. TYRB$ECOLI            0.42     1   396     1   397   396     1     1   397 AROMATIC-AMINO-ACID AMINOTRANSFERASE (EC 2.6.1.57) (
  3. AATM$RAT              0.42     2   395    33   428   394     2     2   430 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) MITOCHONDRIA
  4. AATM$MOUSE            0.42     2   396    33   429   395     2     2   430 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) MITOCHONDRIA
  5. AATC$HUMAN            0.42     1   396     5   408   396     4     8   412 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) CYTOPLASMIC
  6. AATM$PIG              0.41     2   396    33   429   395     2     2   430 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) MITOCHONDRIA
  7. AATC$MOUSE            0.41     1   396     5   408   396     4     8   412 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) CYTOPLASMIC
  8. AATM$HUMAN            0.41     2   396    33   429   395     2     2   430 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) MITOCHONDRIA
  9. AATM$CHICK            0.40     2   395    26   421   394     2     2   423 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) MITOCHONDRIA
 10. AATM$HORSE            0.40     2   396     4   400   395     2     2   401 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) MITOCHONDRIA
 11. AATC$RAT              0.40     1   396     5   408   396     4     8   412 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) CYTOPLASMIC
 12. AATC$PIG              0.40     1   396     5   408   396     4     8   412 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) CYTOPLASMIC
 13. AATC$HORSE            0.40     1   396     5   408   396     4     8   412 ASPARTATE AMINOTRANSFERASE (EC 2.6.1.1) CYTOPLASMIC

     ..............................................................................................................................
####
CC    Structure superposition
NB    1  blocks
NC    3 structures per block
                                  2aat                                                                            

    HSP   PDB A  STRUCT     PHI    PSI   ACC |HSP   PDB A  STRUCT     PHI    PSI   ACC |HSP   PDB A  STRUCT     PHI    PSI   ACC |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
  1.   1   13 M            360.0   81.1  208 |
  2.   2   14 F       +   -153.4    2.5  183 |
  3.   3   15 E S    S+    -93.6 -102.5  142 |
  4.   4   16 N S    S+    -69.4  153.9  162 |
  5.   5   17 I S    S+     44.8   99.5  146 |
  6.   6   18 T       -   -113.1 -127.0   95 |
  7.   7   19 A       +   -173.7 -152.4   85 |
  8.   8   20 A       +    179.8  -61.0  100 |
  9.   9   21 P       -    -87.6  174.7  129 |
 10.  10   22 A       -      4.1  117.0   77 |
 11.  11   23 D   >   -    -78.1  129.7   61 |
 12.  12   24 P T 3  S+    -78.2   65.2   80 |
 13.  13   25 I T 3  S+   -147.1   -3.2   96 |
 14.  14   26 L S <  S+    -89.9  -23.0   78 |
 15.  15   27 G S    S-    -12.6  -14.9   31 |
 16.  16   28 L S  > S+   -156.9  -48.5    6 |
 17.  17   29 A T  4 S-     24.5 -102.3   39 |
 18.  18   30 D T >> S+    -81.8  -53.4  133 |
 19.  19   31 L T 34 S+    -39.0  -13.0   80 |
 20.  20   32 F T 3< S+    -70.0  -63.2   32 |
 21.  21   33 R T X4 S+    -74.6  -14.5  219 |
 22.  22   34 A T 3< S+     -9.9  -89.6   50 |
 23.  23   35 D T 3  S-    -61.6   -6.8   92 |
 24.  24   36 E   <   +     61.6   89.2  163 |
 25.  25   37 R S    S-    174.1  175.2  135 |
 26.  26   38 P       -    -48.2   82.8  124 |
 27.  27   39 G       -    -75.2   19.0    9 |
 28.  28   40 K       -     38.4  -73.4   30 |
 29.  29   41 I B     -a   158.9  152.3   45 |
 30.  30   42 N       -    -77.8   74.0   24 |
 31.  31   43 L S    S+    -67.4  100.1    3 |
 32.  32   44 G       +    143.2   85.9   10 |
 33.  33   45 I       -   -127.2  162.1   12 |
 34.  34   46 G S    S+   -104.1    9.0   65 |
 35.  35   47 V S    S-   -161.9  163.7   27 |
 36.  36   48 Y       +    -55.5 -167.2   24 |
 37.  37   49 K       -    161.1  153.1   37 |
 38.  38   50 D   >   -   -101.2  179.4   35 |
 39.  39   51 E T 3  S+    -65.2   30.6  111 |
 40.  40   52 T T 3  S-   -148.8  -43.7   96 |
 41.  41   53 G   <   +     75.8   48.7   37 |
 42.  42   54 K       -   -121.7  131.7  148 |
 43.  43   55 T       -    -99.3   92.0   72 |
 44.  44   56 P       -    -65.0  176.6   67 |
 45.  45   57 V       -    -99.6  -22.9   64 |
 46.  46   58 L       -    108.2  -72.3   29 |
 47.  47   59 T S >> S+    118.2 -110.4   44 |
 48.  48   60 S T 34 S+      9.1  -46.0    0 |
 49.  49   61 V T 3> S+    -85.9  -34.5    0 |
 50.  50   62 K H <> S+    -75.4  -36.6  103 |
 51.  51   63 K H  < S+    -65.8  -18.1  121 |
 52.  52   64 A H  > S+   -108.3  -22.1    0 |
 53.  53   65 E H  < S+    -70.8   -9.2   45 |
 54.  54   66 Q T >X S+    -88.9  -44.0  115 |
 55.  55   67 Y H 3> S+    -60.1  -20.1  119 |
 56.  56   68 L H 3< S+   -110.6   -4.9   15 |
 57.  57   69 L H <4 S+   -101.5  -18.1  133 |
 58.  58   70 E H  < S+    -90.7  -50.6  135 |
 59.  59   71 N S  < S+   -122.7   71.8   99 |
 60.  60   72 E       +   -126.0   53.7   78 |
 61.  61   73 T       -    -24.2  -19.1  134 |
 62.  62   74 T       -   -159.6 -126.2   97 |
 63.  63   75 K       +    144.7   37.0  156 |
 64.  64   76 N       -    -72.6  161.7  130 |
 65.  65   77 Y       -    -40.9  154.6  187 |
 66.  66   78 L       -   -109.6  153.6   42 |
 67.  67   79 G B >   -B   -64.9  161.3   41 |
 68.  68   80 I T 3  S+    -78.9   28.8   34 |
 69.  69   81 D T 3  S-   -145.1   18.0   44 |
 70.  70   82 G B <   -B    63.0 -112.9    8 |
 71.  71   83 I   >>  -   -147.1  124.3   32 |
 72.  72   84 P H 3> S+    -81.7   30.5   68 |
 73.  73   85 E H 3> S+   -104.3  -33.3   96 |
 74.  74   86 F H <> S+    -67.8  -44.2    1 |
 75.  75   87 G H  X S+    -65.7  -50.8    2 |
 76.  76   88 R H  X S+    -69.4  -33.4  172 |
 77.  77   89 C H  X S+    -88.4  -23.1   10 |
 78.  78   90 T H  X S+    -54.3  -59.0    1 |
 79.  79   91 Q H  X>S+    -44.0  -70.2   25 |
 80.  80   92 E H  X5S+    -52.5  -45.9   81 |
 81.  81   93 L H  <5S+    -73.9  -25.6   40 |
 82.  82   94 L H  <5S+    -78.0  -87.9    4 |
 83.  83   95 F H  <5S-    -43.9  -33.2    6 |
 84.  84   96 G   ><< -    101.2  146.4    7 |
 85.  85   97 K T 3  S+    -18.4  -84.4  125 |
 86.  86   98 G T 3  S+    -62.8  -26.3   63 |
 87.  87   99 S   X   -    -51.7  119.5   33 |
 88.  88  100 A T 3  S+    -76.8    4.7   62 |
 89.  89  101 L T >> S+    -62.8  -32.9   33 |
 90.  90  102 I T <4 S+    -67.3  -42.1   43 |
 91.  91  103 N T 34 S+   -117.0   38.8  117 |
 92.  92  104 D T <4 S-   -100.5  -25.7   93 |
 93.  93  105 K    <  +     65.9   86.9  130 |
 94.  94  106 R       +   -163.4   34.1   44 |
 95.  95  107 A E     -C  -172.3  140.7   11 |
 96.  96  108 R E     -C  -139.8  152.4   76 |
 97.  97  109 T E     -C  -137.6  131.3    7 |
 98.  98  110 A E     -C   -99.8  169.4    2 |
 99.  99  111 Q E     -C   -84.8  162.7    0 |
100. 100  112 T E     -C  -160.7  145.6    1 |
101. 101  113 P S    S-    -70.0   81.3   16 |
102. 102  114 G S >  S-     14.1  153.1    1 |
103. 103  115 G T >> S+     40.3  -99.8    9 |
104. 104  116 T H 3> S+    -64.8  -16.0   50 |
105. 105  117 G H <4 S+    -88.6   -8.6   17 |
106. 106  118 A H <4 S+   -102.9  -17.9    0 |
107. 107  119 L H  X S+    -84.2  -26.5    0 |
108. 108  120 R H  X S+    -81.3  -26.7   94 |
109. 109  121 V H  > S+    -75.0  -21.6    0 |
110. 110  122 A H  > S+    -73.5  -40.2    0 |
111. 111  123 A H  X S+    -62.7  -42.2    1 |
112. 112  124 D H  X S+    -94.2  -19.9   41 |
113. 113  125 F H  < S+    -70.1  -52.7   11 |
114. 114  126 L H  < S+    -64.9  -30.2   12 |
115. 115  127 A H  < S+    -59.5  -57.9   50 |
116. 116  128 K S  < S+    -63.2 -151.0   51 |
117. 117  129 N S    S+     20.4  -70.4  103 |
118. 118  130 T S    S-    -66.6  132.4   27 |
119. 119  131 S       +    -95.3   41.8  113 |
120. 120  132 V       -    -98.2  155.6   13 |
121. 121  133 K       +   -131.6    0.0  163 |
122. 122  134 R E     -f  -168.1  159.8   67 |
123. 123  135 V E     -fg -131.9  123.4    0 |
124. 124  136 W E     -fg  -97.6  130.6    1 |
125. 125  137 V       -    -93.8  -80.9    0 |
126. 126  138 S       -    146.5  140.5    0 |
127. 127  139 N S    S+   -127.8  113.4   74 |
128. 128  140 P S    S+    -76.4  159.5   19 |
129. 129  141 S       -   -118.9 -126.7   20 |
130. 130  142 W   >>  -   -142.2  112.7   50 |
131. 131  143 P T 34 S+    -68.6   -1.6   65 |
132. 132  144 N T 3> S+    -98.6  -15.2   58 |
133. 133  145 H T <4 S+    -62.0  -51.6    0 |
134. 134  146 K T  < S+    -70.9  -13.0   90 |
135. 135  147 S T  4 S+    -90.2  -31.9   59 |
136. 136  148 V S  < S+   -100.5   13.5    7 |
137. 137  149 F S    S+   -126.3   11.3    1 |
138. 138  150 N S >  S+   -119.5   -7.0   54 |
139. 139  151 S T 3  S+    -52.5  -63.5   43 |
140. 140  152 A T 3  S-    -90.3   70.3   28 |
141. 141  153 G S <  S+     47.9  -42.1   64 |
142. 142  154 L       -    -23.4  111.4   15 |
143. 143  155 E E     -f  -100.5  152.0  108 |
144. 144  156 V E     -f   -85.9  149.7   13 |
145. 145  157 R E     -f  -113.2 -179.8  103 |
146. 146  158 E       -   -132.2  109.4   77 |
147. 147  159 Y       -    -80.9 -129.9    9 |
148. 148  160 A       +    161.4   92.8   15 |
149. 149  161 Y       +   -125.2  171.1   18 |
150. 150  162 Y       +     70.4   74.0   30 |
151. 151  163 D       -    -96.2   -0.2   90 |
152. 152  164 A S    S+     84.6 -169.4   38 |
153. 153  165 E S    S+     57.8 -120.9  164 |
154. 154  166 N S    S-    -48.0  113.6  102 |
155. 155  167 H       +    -84.9   92.0   24 |
156. 156  168 T       -   -165.3  140.1   68 |
157. 157  169 L       -    -32.8  119.7   33 |
158. 158  170 D    >  +    -94.3   97.3   60 |
159. 159  171 F H  > S+    -64.1  -38.5   56 |
160. 160  172 D H  > S+    -59.4  -52.6  111 |
161. 161  173 A H  > S+    -72.5  -33.4   27 |
162. 162  174 L H  X S+    -63.1  -77.0    7 |
163. 163  175 I H  X S+    -39.1  -32.8   38 |
164. 164  176 N H  X S+    -83.0  -47.1   84 |
165. 165  177 S H  < S+    -73.3  -27.6   37 |
166. 166  178 L H >< S+    -76.1  -66.1    0 |
167. 167  179 N H 3< S+    -38.3  -42.0   49 |
168. 168  180 E T 3< S+    -20.9  -79.3  104 |
169. 169  181 A S <  S-    -81.2 -174.3   23 |
170. 170  182 Q       -    -52.0  145.6  144 |
171. 171  183 A S    S+    -43.8  -84.1   53 |
172. 172  184 G S    S+    -58.6   82.4   50 |
173. 173  185 D       -   -149.9  153.0    1 |
174. 174  186 V E     -g  -117.9  133.9    4 |
175. 175  187 V E     -g   -98.3  167.8    1 |
176. 176  188 L       -   -133.1  110.0    0 |
177. 177  189 F       -   -132.3  103.4    9 |
178. 178  190 H       -    -56.0  127.8   26 |
179. 179  191 G S    S-    -16.8  -65.9    2 |
180. 180  192 C S    S+   -126.3 -100.6    4 |
181. 181  193 C S    S-   -122.8  135.7    6 |
182. 182  194 H       -    -43.4  163.8    2 |
183. 183  195 N S    S+   -135.9  113.1   14 |
184. 184  196 P S    S+    -95.1   24.8    9 |
185. 185  197 T       -   -138.1   81.6    1 |
186. 186  198 G       +    -51.6   55.1    0 |
187. 187  199 I       +    -82.0 -124.4   16 |
188. 188  200 D       -    114.8  138.5   28 |
189. 189  201 P       -    -76.5  129.3   11 |
190. 190  202 T    >  -    -71.9 -167.8   62 |
191. 191  203 L H  > S+    -57.1  -55.8   53 |
192. 192  204 E H  > S+    -60.8  -28.7  125 |
193. 193  205 Q H  > S+    -77.1  -33.4   37 |
194. 194  206 W H >X S+    -70.8  -49.2    3 |
195. 195  207 Q H 3X S+    -47.0  -41.8  106 |
196. 196  208 T H 3< S+    -62.3  -48.0   52 |
197. 197  209 L H << S+    -82.5  -14.2    3 |
198. 198  210 A H  X S+    -84.1  -46.3    1 |
199. 199  211 Q H  X S+    -49.3  -31.5  149 |
200. 200  212 L H  >>S+    -86.9  -30.7   34 |
201. 201  213 S H  >5S+    -57.2  -42.0    0 |
202. 202  214 V H  <5S+    -50.9  -84.6   38 |
203. 203  215 E H  <5S+    -71.4  -27.3  166 |
204. 204  216 K H  <5S-    -58.0  -48.9   90 |
205. 205  217 G    << +    135.9  -79.3   23 |
206. 206  218 W       -     43.4  -83.8    1 |
207. 207  219 L       -     85.0  112.9   60 |
208. 208  220 P       -    -66.6  148.0    0 |
209. 209  221 L       -    -97.7  -89.5    0 |
210. 210  222 F       -    101.7   84.5    0 |
211. 211  223 D E     -d   -89.7  125.3   17 |
212. 212  224 F E     +d  -127.2   63.7    3 |
213. 213  225 A E    S+d  -100.5  172.8   22 |
214. 214  226 Y S >  S+     66.8  -22.5   60 |
215. 215  227 Q T 3   +    -32.1  143.1   22 |
216. 216  228 G T 3  S+     28.8   60.0    0 |
217. 217  229 F S <  S+   -145.9  -17.1    5 |
218. 218  230 A S    S+   -118.1   10.2    9 |
219. 219  231 R S  > S-   -162.9    9.1   36 |
220. 220  232 G T  4 S-     83.9   -1.7   18 |
221. 221  233 L T  > S+     93.1  -41.0   28 |
222. 222  234 E T >4 S+    -81.7  -70.9  136 |
223. 223  235 E T >X S+    -43.3  -22.2   44 |
224. 224  236 D H 3> S+    -49.5  -70.8    0 |
225. 225  237 A H <X S+    -80.6   25.6   11 |
226. 226  238 E H <>>S+   -102.7  -55.3   57 |
227. 227  239 G H  <5S+    -31.2  -57.2    0 |
228. 228  240 L H  <5S+    -74.7  -52.9    0 |
229. 229  241 R H >X5S+    -53.8  -52.5  104 |
230. 230  242 A T 3<5S+    -41.7  -41.4   32 |
231. 231  243 F T 34<S+    -89.5   15.6    0 |
232. 232  244 A T <4 S+   -113.9  -34.7   16 |
233. 233  245 A S  < S+    -97.0   13.9  111 |
234. 234  246 M S    S+   -102.0  -49.6   91 |
235. 235  247 H       -    -66.5 -120.2   21 |
236. 236  248 K S    S+    161.7  -40.7  141 |
237. 237  249 E       +   -138.3  139.9   93 |
238. 238  250 L E     - E -166.2  164.4    9 |
239. 239  251 I E     - E -142.8  105.6   17 |
240. 240  252 V E     - E -105.8  132.8    0 |
241. 241  253 A E     -dE -119.0  128.1    0 |
242. 242  254 S E     -d  -126.4  167.5   10 |
243. 243  255 S E     -d  -167.2  115.8   12 |
244. 244  256 Y    >  +    -75.9    3.7   14 |
245. 245  257 S T  4 S+    -82.7   86.3   14 |
246. 246  258 A T  4 S+    152.8  -70.5    8 |
247. 247  259 N T  4 S+    -60.0   -8.3   11 |
248. 248  260 F S  < S-   -134.5  -10.1    0 |
249. 249  261 G S    S+     71.3   54.2   20 |
250. 250  262 L   >   +   -120.9  -19.2    4 |
251. 251  263 Y T 3   +    -37.0 -138.1   65 |
252. 252  264 N T 3  S+     51.4  -54.3  149 |
253. 253  265 E S <  S-   -107.0  100.0   66 |
254. 254  266 R       +    -53.9  101.6   90 |
255. 255  267 V       +   -132.3  130.5    0 |
256. 256  268 G E     -C   162.9 -157.3    0 |
257. 257  269 A E     -C  -172.5  160.2    0 |
258. 258  270 C E     -CE -104.4  124.1    2 |
259. 259  271 T E     -CE -119.3  125.1    0 |
260. 260  272 L E     -CE  -97.0  149.4   13 |
261. 261  273 V E     +CE -151.7  146.3    7 |
262. 262  274 A       -   -153.3 -174.4    6 |
263. 263  275 A S    S+    -87.9  -32.3   56 |
264. 264  276 D    >  -   -103.6  129.0   79 |
265. 265  277 S H  > S+    -66.1   -7.6   38 |
266. 266  278 E H >> S+    -82.0  -58.7  125 |
267. 267  279 T H 3> S+    -55.7  -26.5   46 |
268. 268  280 V H 3X S+    -98.9  -16.8    0 |
269. 269  281 D H <X S+    -73.7  -30.2   78 |
270. 270  282 R H  X S+    -71.8  -62.9  158 |
271. 271  283 A H  X S+    -63.5  -34.4   11 |
272. 272  284 F H  X S+    -65.9  -43.6    1 |
273. 273  285 S H  < S+    -55.8  -33.3   58 |
274. 274  286 Q H >X S+    -86.4  -43.5   99 |
275. 275  287 M H >X S+    -53.6  -40.5    1 |
276. 276  288 K H 3< S+    -66.2    6.7   47 |
277. 277  289 A H <> S+   -112.1  -24.3   54 |
278. 278  290 A H XX S+    -53.6  -52.2   14 |
279. 279  291 I H 3< S+    -55.8  -55.2    2 |
280. 280  292 R H 34 S+    -49.2  -25.2  164 |
281. 281  293 A H << S+    -89.5  -50.0   80 |
282. 282  294 N S  < S-    -55.5 -117.3   63 |
283. 283  295 Y S    S-    -76.1  141.5   52 |
284. 284  296 S S    S-    -96.6   83.7   61 |
285. 285  297 N S    S-     97.5  127.3   40 |
286. 286  298 P       -    -50.5  149.3    6 |
287. 287  299 P   >   -    -62.7   62.3   46 |
288. 288  300 A T 3>  +    -27.6  -31.3   35 |
289. 289  301 H H 3> S+    -55.4  -36.1   69 |
290. 290  302 G H <4 S+    -68.6  -57.6    1 |
291. 291  303 A H >> S+    -49.4  -43.9    0 |
292. 292  304 S H 3X S+    -64.5  -44.7   25 |
293. 293  305 V H 3< S+    -80.5    5.1    0 |
294. 294  306 V H <> S+   -121.4  -26.1    0 |
295. 295  307 A H  X S+    -80.8  -39.1    5 |
296. 296  308 T H >< S+    -62.5  -57.6   27 |
297. 297  309 I H >4 S+    -55.1  -40.0    0 |
298. 298  310 L H 3< S+    -73.8  -20.3    8 |
299. 299  311 S T << S+   -115.0   36.9   84 |
300. 300  312 N   <>  -   -150.9  114.4   64 |
301. 301  313 D T  4 S+    -70.0  -31.6  131 |
302. 302  314 A T  4 S+    -70.9  -54.5   56 |
303. 303  315 L T  > S+    -71.8  -38.2   23 |
304. 304  316 R H  X S+    -71.4  -25.9   65 |
305. 305  317 A H  4 S+    -79.4  -22.5   60 |
306. 306  318 I H >> S+    -79.3  -51.1   59 |
307. 307  319 W H 3X S+    -55.8  -54.4    7 |
308. 308  320 E H 3X S+    -62.8  -20.9   78 |
309. 309  321 Q H <> S+    -85.5  -30.5  102 |
310. 310  322 E H  X S+    -60.3  -47.7   39 |
311. 311  323 L H  X S+    -60.2  -48.4    6 |
312. 312  324 T H  X S+    -52.0  -44.0   59 |
313. 313  325 D H  X S+    -61.8  -53.9   77 |
314. 314  326 M H  < S+    -44.4  -41.8   13 |
315. 315  327 R H >X S+    -66.6  -61.0   28 |
316. 316  328 Q H >X S+    -16.5  -60.1  135 |
317. 317  329 R H 3< S+    -73.0    9.0   22 |
318. 318  330 I H <4 S+   -123.2  -20.3    6 |
319. 319  331 Q H <X S+    -88.4  -54.8   87 |
320. 320  332 R H >X S+    -66.5  -64.2  125 |
321. 321  333 M H 3> S+    -51.4  -38.3    3 |
322. 322  334 R H 3> S+    -52.8  -39.7    2 |
323. 323  335 Q H <X S+    -58.5  -52.7  121 |
324. 324  336 L H  X S+    -45.0  -64.6   41 |
325. 325  337 F H  X S+    -40.3  -48.0    6 |
326. 326  338 V H  X S+    -66.0  -41.5   20 |
327. 327  339 N H  < S+    -69.5  -34.8   65 |
328. 328  340 T H >< S+    -55.5  -46.3   28 |
329. 329  341 L H >< S+    -70.2  -25.0   11 |
330. 330  342 Q T 3< S+    -68.3  -13.6  158 |
331. 331  343 E T <  S+   -123.0   14.6  126 |
332. 332  344 K S <  S+   -163.0 -117.1  147 |
333. 333  345 G       +      8.8 -110.4   30 |
334. 334  346 A       +     80.6   63.9   76 |
335. 335  347 N S    S+   -138.1   -1.4  103 |
336. 336  348 R S    S-   -174.2  161.8   97 |
337. 337  349 D   >   -    -72.7   76.8  116 |
338. 338  350 F T >>  +    -76.7   17.9   22 |
339. 339  351 S H >>  +    -44.6  -65.2   45 |
340. 340  352 F H X4 S+    -17.5  -66.3   11 |
341. 341  353 I H X4 S+    -37.1  -59.4    2 |
342. 342  354 I H << S+    -42.7  -55.1   46 |
343. 343  355 K T << S+   -124.7   97.9  152 |
344. 344  356 Q S <  S-   -179.3   64.9   15 |
345. 345  357 N       +    -24.3  166.9   18 |
346. 346  358 G S    S-     89.8 -160.2    7 |
347. 347  359 M S    S+   -115.9   11.1    4 |
348. 348  360 F E     +H  -120.8  148.7    4 |
349. 349  361 S E     -H   179.0  139.9    2 |
350. 350  362 F E     -H   -99.2  161.0   25 |
351. 351  363 S       -   -137.1  170.8   25 |
352. 352  364 G S    S+    -77.1   44.1   32 |
353. 353  365 L       -   -104.6   93.0   15 |
354. 354  366 T   >   -    -60.9   95.0  107 |
355. 355  367 K T >> S+     31.7  -74.5  113 |
356. 356  368 E H 3> S+    -31.5  -29.3  113 |
357. 357  369 Q H <> S+    -72.3  -38.2   37 |
358. 358  370 V H <> S+    -90.4  -23.6    4 |
359. 359  371 L H  X S+    -67.2  -30.3  109 |
360. 360  372 R H >< S+    -53.0  -55.8  120 |
361. 361  373 L H 3<>S+    -48.9  -52.0    7 |
362. 362  374 R H 3<5S+    -31.6  -55.0   71 |
363. 363  375 E T <<5S-    -21.7 -146.4   79 |
364. 364  376 E T   5S+    -90.5   45.7  169 |
365. 365  377 F T   5S-   -130.0 -110.3   51 |
366. 366  378 G     < +    127.9   28.5    5 |
367. 367  379 V B     -a  -101.6  148.7   15 |
368. 368  380 Y       +   -132.3   90.8   16 |
369. 369  381 A       -    -85.9 -163.3    6 |
370. 370  382 V       -   -124.7   28.2   27 |
371. 371  383 A S    S+     35.7   51.1   71 |
372. 372  384 S S    S-   -158.2  -16.1   64 |
373. 373  385 G S    S+     99.0    0.7    2 |
374. 374  386 R E     -H   -81.9  120.6   25 |
375. 375  387 V E     -H  -129.1  141.2   21 |
376. 376  388 N E >   -H   -79.3   99.7    0 |
377. 377  389 V G >  S+    -56.6  -20.8    3 |
378. 378  390 A G 3  S+    -58.5  -31.7    5 |
379. 379  391 G G <  S+    -85.2   -8.5    9 |
380. 380  392 M   <   +    -82.5  131.0    2 |
381. 381  393 T    >  -   -133.7  168.0   12 |
382. 382  394 P H  > S+    -53.0  -50.9   61 |
383. 383  395 D H  4 S+    -71.1  -46.3  134 |
384. 384  396 N H  > S+    -74.8  -41.9   25 |
385. 385  397 M H  X S+    -14.9  -73.0    6 |
386. 386  398 A H >X S+    -35.0  -87.0   53 |
387. 387  399 P H 3> S+    -47.1  -46.1   66 |
388. 388  400 L H 3X S+    -63.5  -28.6   10 |
389. 389  401 C H << S+    -72.5  -38.4    2 |
390. 390  402 E H  < S+    -89.5   -2.9  112 |
391. 391  403 A H  < S+    -67.1  -50.6    5 |
392. 392  404 I S >X S+    -52.9  -35.7   21 |
393. 393  405 V G >4 S+    -51.2  -61.5   47 |
394. 394  406 A G 34 S+    -57.0  -21.8   50 |
395. 395  407 V G <4       -80.7  -25.4    8 |
396. 396  408 L   <<        97.6  360.0  105 |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
####


$$$$
CC   Sequence alignments  -  from 1
NB   1 blocks
NC   120 sequences per block

     .........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|......
  1. MM  V V   FVI
  2. FFWWFWFWWWFFF
  3. EQTTAAATSAAAV
  4. NKHHEHQHHHQEE
  5. IVVVVVVVVVVVV
  6. TDEEPEPEEEPPP
  7. AAMMQMQMMMQQQ
  8. AYGGAGAGGGAAA
  9. PAPPQPPPPPPQQ
 10. AGPPPPPPPPPPP
 11. DDDDVDVDDDVVV
 12. PPPPLPLPPPLLL
 13. IIIIVIVIIIVVV
 14. LLLLFLFLLLFFF
 15. GTGGKGKGGGKKK
 16. LLVVLVLVVVLLL
 17. AMTTTTTTTTIIT
 18. DEEEAEAEEEAAA
 19. LRAADADAAADDD
 20. FFFFFFFFFYFFF
 21. RKKKRKRKKKRRR
 22. AERRERDRRRDEE
 23. DDDDDDDDDDDDD
 24. EPTTPTPTTTPPP
 25. RRNNDNDNNNDDD
 26. PSSSPSPSSSPPP
 27. GDKKRKRKKKRRR
 28. KKKKKKKKKKKKK
 29. IVMMVMVMMMVVV
 30. NNNNNNNNNNNNN
 31. LLLLLLLLLLLLL
 32. GSGGGGGGGGGGG
 33. IIVVVVVVVVVVV
 34. GGGGGGGGGGGGG
 35. VLAAAAAAAAAAA
 36. YYYYYYYYYYYYY
 37. KYRRRRRRRRRRR
 38. DNDDTDTDDDTTT
 39. EEDDDDDDDDDDD
 40. TDNNDNENNNDDD
 41. GGGGCGSGGGSCC
 42. KIKKHKQKKKQQQ
 43. TIPPPPPPSPPPP
 44. PPYYWYWYYYWWW
 45. VQVVVVVVVVVVV
 46. LLLLLLLLLLLLL
 47. TQPPPPPPNPPPP
 48. SASSVSVSCSVVV
 49. VVVVVVVVVVVVV
 50. KARRKRRRRRTRR
 51. KEKKKKKKKKKKK
 52. AAAAVAVAAAVVV
 53. EEEEEEEEEEEEE
 54. QAAAQAQAAAQQQ
 55. YRQQKQKQMQKRK
 56. LLIIIIIIIIIII
 57. LNAAAAAAAAAAA
 58. EAGAnAnAAANNN
 59. NQKKnKnKKKdDN
 60. EPNNSNSNKNsSS
 61. THLLLLLLMLLss
 62. TGDDNDNDDDNnn
 63. KAKKHKHKKKHHH
 64. NsEEEEEEEEEEE
 65. YyYYYYYYYYYYY
 66. LLLLLLLLLLLLL
 67. GPPPPPPPPPPPP
 68. IMIIIIIIIIIII
 69. DEGGLGLGAGLLL
 70. GGGGGGGGGGGGG
 71. ILLLLLLLLLLLL
 72. PNAAAAAAAAAAA
 73. ECDEEEEEDEEEE
 74. FYFFFFFFFFFFF
 75. GRCCRCRCTCRRR
 76. RHKKSKSKRKSTS
 77. CAAACACAAACCC
 78. TISSASASSSAAA
 79. QAAASASAAASSS
 80. EPEEREREEEQRR
 81. LLLLLLLLLLLLL
 82. LLAAAAVAAAVAA
 83. FFLLLLLLLLLLL
 84. GGGGGGGGGGGGG
 85. KAEEDEDEEEDDD
 86. GDNNDNNNNNNDD
 87. SHSNSNSSSSSSS
 88. APEEPEPEEEPPP
 89. LVVVAVAVAAAAA
 90. ILLLLLILFLLLL
 91. NKKKKKRKKKRQQ
 92. DQSSESESSSEEE
 93. KQGGKGNGGGNKK
 94. RRRRRRRRRRGRR
 95. AVFFVYVFYYVVV
 96. RAVVGVGVVVGGG
 97. TTTTGTGTTTGGG
 98. AIVVVVVVVVVVV
 99. QQQQQQQQQQQQQ
100. TTTTSTSTGSSSS
101. PLIILILIIILLL
102. GGSSGSGSSSGGG
103. GGGGGGGGGGAGG
104. TSTTTTTTTTTTT
105. GGGGGGGGGGGGG
106. AAAAAAAASAAAA
107. LLLLLLLLLLLLL
108. RKRRRRRRRRRRR
109. VVVVIIIIVIIII
110. AGGGGGGGGGGGG
111. AAAAAAAAAAAAA
112. DDSSDNDSNNDEE
113. FFFFFFFFFFFFF
114. LLLLLLLLLLLLL
115. AKQQAQGQQQAAS
116. KRRRrRrRRRrrr
117. NYFFnFdFFFdnn
118. TFFFNFNFFFNNN
119. SPKKKKKKKKKKK
120. VEffNfNfffNDN
121. KSrrTrTrrrTTT
122. RGDDPDPDDDPPP
123. VVVVVVIVVVVVV
124. WWFFYFYFYFYYY
125. VVLLVLVLLLVVV
126. SSPPSPSPPPSSS
127. NDKKSKSKKKSSS
128. PPPPPPPPPPPPP
129. STSSTSTTSSTTT
130. WWWWWWWWWWWWW
131. PEGGEGEGGGEEE
132. NNNNNNNNNNNNN
133. HHHHHHHHHHHHH
134. KVTTNTNTTTNNN
135. SAPPAPAPPPGGG
136. VIIIVIVIIIVVV
137. FFFFFFFFFFFFF
138. NARRSRSRRRSTS
139. SGDDADADDDATG
140. AAAAAAAAAAAAA
141. GGGGGGGGGGGGG
142. LFMMfMfMLLfff
143. EEQQdQdQQQddd
144. VVLLILILLLIII
145. RSQQRHRQQHRRR
146. ETGGSSPGAASSS
147. YYYYYYYYYYYYY
148. APRRRRCRRRRRH
149. YWYYYYYYYYYYY
150. YYYYWYWYYYWWW
151. DDDDDDDDDDDDD
152. AEPPAPAPPPATA
153. EAKKEKEKKKEET
154. NTTTKTKTTTKKK
155. HNCCRCRCCCRRR
156. TGGGGGGGSGGGG
157. LVFFLFLFLFLLL
158. DRDDDDDDDDDDD
159. FFFFLFLFFVLLL
160. DNSSQTQTTTQQQ
161. ADGGGGGGGGGGG
162. LLAAFAFAAAFFF
163. ILLLLLLVMLLLL
164. NAEENENEEENSN
165. STDDDDDDDDDDD
166. LLIILILIIILLL
167. NKSSESESSSEEE
168. ETKKNKNKKKNNN
169. ALIIAIAIIIAAA
170. QPPPPPPPPPPPP
171. AAEEEAEEEQEEE
172. GRQQFQFQKQFFF
173. DSSSSSSSSSSSS
174. VIVVIVIVIIIII
175. VVLLVIFLIIFFF
176. LLLLVLVLLLVVV
177. FLLLLLLLLLLLL
178. HHHHHHHHHHHHH
179. GPAAAAAAAAAAA
180. CCCCCCCCCCCCC
181. CCAAAAAAAAAAA
182. HHHHHHHHHHHHH
183. NNNNNNNNNNNNN
184. PPPPPPPPPPPPP
185. TTTTTTTTTTTTT
186. GGGGGGGGGGGGG
187. IAVVIVTVVVTTT
188. DDDDDDDDDDDDD
189. PLPPPPPPPPPPP
190. TTRRTRTRRRTTT
191. LNPPPPPPQPEPP
192. EDEEEEEEEEEEE
193. QQQQQQQQQQEQQ
194. WWWWWWWWWWWWW
195. QDKKKKKKKKKKK
196. TAEEQEQEEEQQQ
197. LVMIIMIILIIII
198. AIAAAAAAAAAAA
199. QEASSTATSTASS
200. LIVVVLVVVLVVV
201. SLVVMVMVVVMMM
202. VKKKKKQKKKKKK
203. EAKKRKRKKKRRR
204. KRKKRNRRRNRRR
205. GENNFNFNNNFFF
206. WLLLLLLLLLLLL
207. LIFFFFFFLFFFF
208. PPAAPAPAAAPPP
209. LFFFFFFFYFFFF
210. FLFFFFFFFFFFF
211. DDDDDDDDDDDDD
212. FIMMSMSMMMSSS
213. AAAAAAAAAAAAA
214. YYYYYYYYYYYYY
215. QQQQQQQQQQQQQ
216. GGGGGGGGGGGGG
217. FFFFFFFFFFFFF
218. AGAAAAAAAAAAA
219. RASSSSSSSSSSS
220. GGggggggggggg
221. LMgglglgiglll
222. EEDDENEDNNEED
223. EEKKRKKKRKKKR
224. DDDDDDDDDDDDD
225. AAAAAAAAAAAAA
226. EYWWWWWWWWWWW
227. GAAAAAAAAAAAA
228. LIVVIVIVLVIIV
229. RRRRRRRRRRRRR
230. AAHHYHYHHYYYY
231. FIFFFFFFFFFFF
232. AAIIVIVIIIVVV
233. ASEESESEEESSS
234. MAQQEQEQQQEEE
235. HGGGGGGGGGGGG
236. KLIIFIFIIIFFF
237. EPNNENENDNEEE
238. LAVVFVLVVVLLL
239. ILCCFCFCVCFFF
240. VVLLCLCLLLCCC
241. ASCCACACSCPAA
242. SNQQQQQQQQQQQ
243. SSSSSSSSSSSSS
244. YFYYFYFYYYFFF
245. SSAASASAAASSS
246. AKKKKKKKKKKKK
247. NINNNNNNNNNNN
248. FFMMFMFMMMFFF
249. GSGGGGGGGGGGG
250. LLLLLLLLLLLLL
251. YYYYYYYYYYYYY
252. NGGGNGNGGGNNN
253. EEEEEEEEEEEEE
254. RRRRRRRRRRRRR
255. VVVVVVVVAVVVV
256. GGGGGGGGGGGGG
257. AGAANANAAANNN
258. CLFFLFLFFFLLL
259. TSTTTTTTTTTTT
260. LVVVVVVMVMVVV
261. VMVVVVVVIVVVV
262. ACCCGCGCCCGAA
263. AEKKKKKKRKKKK
264. DDDDEDEDDDEEE
265. SAAAPASAAAHPP
266. EEEEEEDDEDDDD
267. TAEESESEEESSS
268. VAAAIAVAAAVII
269. DGKKLKLKKKLLL
270. RRRRQRRRRRRRR
271. AVVVVVVVVVVVV
272. FLEELELEEELLL
273. SGSSSSSSSSSSS
274. QQQQQQQQQQQQQ
275. MLLLMLMLLLMMM
276. KKKKEKEKKKEEQ
277. AAIIKIKIIIKKK
278. ATLLILILLLIII
279. IVIIVIVIIIVVV
280. RRRRRRRRRRRRR
281. ARPPIPIPPPIVI
282. NNLLTMTMMLTTT
283. YYYYWYWYYYWWW
284. SSSSSSSSSSSSS
285. NSNNNNNNNNNNN
286. PPPPPPPPPPPPP
287. PPPPPPPPPPPPP
288. ANLLAVALMLAAA
289. HFNNQNQNNNQQQ
290. GGGGGGGGGGGGG
291. AAAAAAAAAAAAA
292. SQRRRRRRRRRRR
293. VVIIIIIIIIIII
294. VVAAVAVAAAVVV
295. AAAAASAASSAAA
296. TATTSTAALTTRF
297. IVIITITIIITTT
298. LLLLLLLLLLLLL
299. SNTTSTSNNTSSS
300. NDSSNSDTTSNDD
301. DEPPPPPPPPPPP
302. AADDEDEDEDEEG
303. LLLLLLLLLLLLL
304. RKRRFRFRRRFFF
305. AAKKEQKKKKKHK
306. ISQQEQEQEQEEE
307. WWWWWWWWWWWWW
308. ELLLTLKLLLKTT
309. QAQQGQGQVQGGG
310. EEEENENEEENNN
311. LVVVVVVVVVVVV
312. TEKKKKKKKKKKK
313. DEGGTGTGGGTTT
314. MMMMMMMMMMMMM
315. RRAAAAAAAAAAA
316. QTDDDDDDDDDDD
317. RRRRRRRRRRRRR
318. IIIIIIIIIIIII
319. QLIILILIIILLL
320. RASSTSTGSSTSS
321. MMMMMMMMMMMMM
322. RRRRRRRRRRRRR
323. QQTTSTSTTTSSS
324. LEQQEQEQQQEEE
325. FLLLLLLLLLLLL
326. VVVVRVRVVVRRR
327. NKSSASASSSAAA
328. TVNNRNRNNNRRR
329. LLLLLLLLLLLLL
330. QSKKEKEKKKEEE
331. ETKKAKAKKKAAA
332. KEEELELEEELLL
333. GMGGKGKGGGKKK
334. APSSTSTSSSTTT
335. NESSPSPTSSPPP
336. RRHHGHGHHHGGG
337. DNNNTNTNNSTTT
338. FFWWWWWWWWWWW
339. SDQQNQSQQQSNN
340. FYHHHHHHHHHHH
341. ILIIIIIIIIIII
342. ILTTTVTTTATTT
343. KNDDDDEDDDEDE
344. QQQQQQQQQQQQQ
345. NRIIIIIIIIIII
346. GGGGGGGGGGGGG
347. MMMMMMMMMMMMM
348. FFFFFFFFFFFFF
349. SSCCSCSCCCSSS
350. FYFFFFFFFFFFF
351. STTTTTTTTTTTT
352. GGGGGGGGGGGGG
353. LLLLLILLLLLLL
354. TSKKNKNKKKNNN
355. KAPPPPPPPPPPP
356. EAEEKEKEEEKKK
357. QQQQQQQQQQQQQ
358. VVVVVVVVVVVVV
359. LDEEEEEEEEEEE
360. RRRRYRYRRRYYY
361. LLLLLLLLLLLLL
362. RRTTVTVITTVIV
363. EEKKNKNKKKNNN
364. EEEEEEEEEEEEQ
365. FFFFKFKFFFKKK
366. GGSSHSHSSSHHH
367. VVVVIIIIIIIII
368. YYYYYYYYYYYYY
369. ALMMLMLMMMLLL
370. VITTLTLTTTMLL
371. AAKKPKPKKKPPP
372. SSDDSDSDDDSSS
373. GGGGGGGGGGGGG
374. RRRRRRRRRRRRR
375. VMIIIIIIIIIII
376. NCSSNSNSSSNNN
377. VVVVVVMVVVMMM
378. AAAASACAAACCC
379. GGGGGGGGGGGGG
380. MLVVLVLVVVLLL
381. TNTTTTTTATTTT
382. PTSSTSTSSSTTT
383. DAGGKGKSSGKKK
384. NNNNNNNNNNNNN
385. MVVVLVLVVVLLL
386. AQGGDGDGGGDDD
387. PRYYYYYYYYYYY
388. LVLLVLVLLLVVV
389. CAAAAAAAAAAAA
390. EKHHTHTHHHTTT
391. AAAASASAAASSS
392. IFIIIIIIIIIII
393. VAHHHHHHHHNHH
394. AAQQEQEQQQEEE
395. VVVVAVAVVVAAA
396. LM TVTVT TVVV

     .........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|......
%%%%
CC    Chi angles
NB     1  blocks
NC     3  structures per block
                                  2aat

    HSP   PDB A    CHI1   CHI2   CHI3   CHI4 |HSP   PDB A    CHI1   CHI2   CHI3   CHI4 |HSP   PDB A    CHI1   CHI2   CHI3   CHI4 |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
  1.   1   13 M   76.08 -32.73 154.08-999.00 |
  2.   2   14 F   90.83  -6.27-999.00-999.00 |
  3.   3   15 E -111.05  98.96-154.44-999.00 |
  4.   4   16 N -124.07  19.38-999.00-999.00 |
  5.   5   17 I -147.42-124.58-999.00-999.00 |
  6.   6   18 T  -68.12-999.00-999.00-999.00 |
  7.   7   19 A -999.00-999.00-999.00-999.00 |
  8.   8   20 A -999.00-999.00-999.00-999.00 |
  9.   9   21 P -999.00-999.00-999.00-999.00 |
 10.  10   22 A -999.00-999.00-999.00-999.00 |
 11.  11   23 D  176.18  78.79-999.00-999.00 |
 12.  12   24 P -999.00-999.00-999.00-999.00 |
 13.  13   25 I -134.40  78.84-999.00-999.00 |
 14.  14   26 L  158.61 -87.51-999.00-999.00 |
 15.  15   27 G -999.00-999.00-999.00-999.00 |
 16.  16   28 L  -45.61 -66.73-999.00-999.00 |
 17.  17   29 A -999.00-999.00-999.00-999.00 |
 18.  18   30 D  -65.83 120.91-999.00-999.00 |
 19.  19   31 L  145.08  81.54-999.00-999.00 |
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276. 276  288 K  -34.05-136.64-143.39 -68.67 |
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283. 283  295 Y   38.00 -98.23-999.00-999.00 |
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309. 309  321 Q -154.11 -92.58-134.27-999.00 |
310. 310  322 E  -28.26-103.77 154.93-999.00 |
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312. 312  324 T  -81.87-999.00-999.00-999.00 |
313. 313  325 D  -75.43 -13.87-999.00-999.00 |
314. 314  326 M -152.84 149.88  29.89-999.00 |
315. 315  327 R  -95.27  98.77  44.93  37.47 |
316. 316  328 Q -124.03 -84.50  66.06-999.00 |
317. 317  329 R  -36.80-158.75  23.55 173.84 |
318. 318  330 I -106.64 109.35-999.00-999.00 |
319. 319  331 Q  -73.28-169.89-147.06-999.00 |
320. 320  332 R  133.96 104.49-154.89 -92.34 |
321. 321  333 M  -85.45 -67.10 -43.06-999.00 |
322. 322  334 R -141.85 149.46-132.13 -37.82 |
323. 323  335 Q  179.61-177.33 -25.43-999.00 |
324. 324  336 L -122.50 -28.88-999.00-999.00 |
325. 325  337 F  169.68  92.55-999.00-999.00 |
326. 326  338 V  170.15-999.00-999.00-999.00 |
327. 327  339 N  176.28 140.49-999.00-999.00 |
328. 328  340 T  -36.10-999.00-999.00-999.00 |
329. 329  341 L  -76.19-163.45-999.00-999.00 |
330. 330  342 Q  178.94 164.17-139.67-999.00 |
331. 331  343 E  -78.05 168.78-177.44-999.00 |
332. 332  344 K  -74.28 -91.60 167.16 -95.13 |
333. 333  345 G -999.00-999.00-999.00-999.00 |
334. 334  346 A -999.00-999.00-999.00-999.00 |
335. 335  347 N  -99.06-132.65-999.00-999.00 |
336. 336  348 R   63.45 -82.81-172.79  42.64 |
337. 337  349 D  153.35-151.88-999.00-999.00 |
338. 338  350 F  -91.86  42.48-999.00-999.00 |
339. 339  351 S   44.95-999.00-999.00-999.00 |
340. 340  352 F   61.13 -62.65-999.00-999.00 |
341. 341  353 I  118.41 152.30-999.00-999.00 |
342. 342  354 I  -18.52 145.27-999.00-999.00 |
343. 343  355 K -139.78  54.78-176.40-163.67 |
344. 344  356 Q  156.72-144.95 126.26-999.00 |
345. 345  357 N  127.13  42.86-999.00-999.00 |
346. 346  358 G -999.00-999.00-999.00-999.00 |
347. 347  359 M   95.20-168.81  77.36-999.00 |
348. 348  360 F  -69.26 -46.93-999.00-999.00 |
349. 349  361 S  -63.49-999.00-999.00-999.00 |
350. 350  362 F   56.18-145.98-999.00-999.00 |
351. 351  363 S  -43.63-999.00-999.00-999.00 |
352. 352  364 G -999.00-999.00-999.00-999.00 |
353. 353  365 L  -43.35 -90.39-999.00-999.00 |
354. 354  366 T   37.46-999.00-999.00-999.00 |
355. 355  367 K  -18.80 136.28  91.94-132.89 |
356. 356  368 E  -34.99 -53.33  96.14-999.00 |
357. 357  369 Q -136.37 140.83 -34.77-999.00 |
358. 358  370 V  156.76-999.00-999.00-999.00 |
359. 359  371 L -172.37  49.62-999.00-999.00 |
360. 360  372 R -149.50 131.99-178.03 140.50 |
361. 361  373 L  -94.86 -19.04-999.00-999.00 |
362. 362  374 R  172.21  99.11 133.64-115.83 |
363. 363  375 E   85.05 136.97-147.24-999.00 |
364. 364  376 E   38.57 -60.20-130.11-999.00 |
365. 365  377 F  -77.94 -54.52-999.00-999.00 |
366. 366  378 G -999.00-999.00-999.00-999.00 |
367. 367  379 V   13.66-999.00-999.00-999.00 |
368. 368  380 Y  -75.19  82.06-999.00-999.00 |
369. 369  381 A -999.00-999.00-999.00-999.00 |
370. 370  382 V   89.37-999.00-999.00-999.00 |
371. 371  383 A -999.00-999.00-999.00-999.00 |
372. 372  384 S   49.06-999.00-999.00-999.00 |
373. 373  385 G -999.00-999.00-999.00-999.00 |
374. 374  386 R -170.02-148.02 107.11 172.61 |
375. 375  387 V  -29.53-999.00-999.00-999.00 |
376. 376  388 N -169.21  85.95-999.00-999.00 |
377. 377  389 V  164.89-999.00-999.00-999.00 |
378. 378  390 A -999.00-999.00-999.00-999.00 |
379. 379  391 G -999.00-999.00-999.00-999.00 |
380. 380  392 M  -92.40 178.96-159.23-999.00 |
381. 381  393 T  -88.58-999.00-999.00-999.00 |
382. 382  394 P -999.00-999.00-999.00-999.00 |
383. 383  395 D  -86.30 -69.14-999.00-999.00 |
384. 384  396 N  -23.22 177.20-999.00-999.00 |
385. 385  397 M -148.96  32.69-104.56-999.00 |
386. 386  398 A -999.00-999.00-999.00-999.00 |
387. 387  399 P -999.00-999.00-999.00-999.00 |
388. 388  400 L  140.50  74.83-999.00-999.00 |
389. 389  401 C -175.69-999.00-999.00-999.00 |
390. 390  402 E  137.96-117.55 -75.73-999.00 |
391. 391  403 A -999.00-999.00-999.00-999.00 |
392. 392  404 I -146.97 141.79-999.00-999.00 |
393. 393  405 V  -65.63-999.00-999.00-999.00 |
394. 394  406 A -999.00-999.00-999.00-999.00 |
395. 395  407 V  -35.68-999.00-999.00-999.00 |
396. 396  408 L -100.26 -40.47-999.00-999.00 |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
END.