# Job: dupa update # Query: 3icjA # No: Chain Z rmsd lali nres %id PDB Description 1: 3icj-A 66.0 0.0 468 468 100 MOLECULE: UNCHARACTERIZED METAL-DEPENDENT HYDROLASE; 2: 3mtw-A 30.1 3.1 315 404 20 MOLECULE: L-ARGININE CARBOXYPEPTIDASE CC2672; 3: 3ls9-A 29.6 2.7 326 453 16 MOLECULE: TRIAZINE HYDROLASE; 4: 2paj-A 28.8 2.8 310 421 16 MOLECULE: PUTATIVE CYTOSINE/GUANINE DEAMINASE; 5: 3mkv-A 28.7 3.0 309 414 19 MOLECULE: PUTATIVE AMIDOHYDROLASE; 6: 4c5y-A 28.4 3.2 323 436 16 MOLECULE: OCHRATOXINASE; 7: 2uz9-A 28.3 3.0 318 444 16 MOLECULE: GUANINE DEAMINASE; 8: 1j6p-A 28.1 2.8 315 407 16 MOLECULE: METAL-DEPENDENT HYDROLASE OF 9: 2oof-A 28.1 2.9 325 403 18 MOLECULE: 4-IMIDAZOLONE-5-PROPANOATE AMIDOHYDROLASE; 10: 4cqb-A 27.6 2.6 311 402 17 MOLECULE: N-ISOPROPYLAMMELIDE ISOPROPYL AMIDOHYDROLASE; 11: 1k6w-A 26.7 3.5 319 423 16 MOLECULE: CYTOSINE DEAMINASE; 12: 4rdv-B 24.9 3.3 317 451 13 MOLECULE: N-FORMIMINO-L-GLUTAMATE IMINOHYDROLASE; 13: 3ooq-A 24.5 3.0 277 384 20 MOLECULE: AMIDOHYDROLASE; 14: 2vun-A 23.7 3.0 284 385 16 MOLECULE: ENAMIDASE; 15: 3giq-A 23.6 3.5 294 475 17 MOLECULE: N-ACYL-D-GLUTAMATE DEACYLASE; 16: 1onx-A 23.0 3.2 289 390 16 MOLECULE: ISOASPARTYL DIPEPTIDASE; 17: 1yrr-B 22.8 3.3 282 334 18 MOLECULE: N-ACETYLGLUCOSAMINE-6-PHOSPHATE DEACETYLASE; 18: 1gkp-A 22.7 3.2 296 458 17 MOLECULE: HYDANTOINASE; 19: 3e74-A 22.6 3.3 282 429 18 MOLECULE: ALLANTOINASE; 20: 3gri-A 22.0 3.3 290 422 19 MOLECULE: DIHYDROOROTASE; 21: 4b3z-D 21.9 3.4 297 477 15 MOLECULE: DIHYDROPYRIMIDINASE-RELATED PROTEIN 1; 22: 3nqb-A 21.7 3.4 280 587 16 MOLECULE: ADENINE DEAMINASE 2; 23: 2imr-A 21.0 5.6 280 380 17 MOLECULE: HYPOTHETICAL PROTEIN DR_0824; 24: 2ogj-A 20.3 3.8 274 379 18 MOLECULE: DIHYDROOROTASE; 25: 1a4m-A 17.7 3.4 264 349 15 MOLECULE: ADENOSINE DEAMINASE; 26: 1a5k-C 17.2 3.5 279 566 17 MOLECULE: UREASE (GAMMA SUBUNIT); 27: 2y1h-B 16.6 2.9 215 265 17 MOLECULE: PUTATIVE DEOXYRIBONUCLEASE TATDN3; 28: 2ffi-A 15.3 3.6 219 273 15 MOLECULE: 2-PYRONE-4,6-DICARBOXYLIC ACID HYDROLASE, PUTATIV 29: 3cjp-A 15.2 2.9 200 262 16 MOLECULE: PREDICTED AMIDOHYDROLASE, DIHYDROOROTASE FAMILY; 30: 3gg7-A 15.1 3.1 204 243 15 MOLECULE: UNCHARACTERIZED METALLOPROTEIN; 31: 4dlf-A 14.7 4.2 221 287 10 MOLECULE: AMIDOHYDROLASE 2; 32: 2ob3-A 14.5 3.7 222 329 13 MOLECULE: PARATHION HYDROLASE; 33: 3pnu-A 14.5 3.7 236 338 17 MOLECULE: DIHYDROOROTASE; 34: 1bf6-A 14.3 3.7 219 291 13 MOLECULE: PHOSPHOTRIESTERASE HOMOLOGY PROTEIN; 35: 2a3l-A 14.3 3.7 274 616 8 MOLECULE: AMP DEAMINASE; 36: 3irs-A 14.2 3.5 210 281 10 MOLECULE: UNCHARACTERIZED PROTEIN BB4693; 37: 3k2g-B 14.2 4.1 227 358 12 MOLECULE: RESINIFERATOXIN-BINDING, PHOSPHOTRIESTERASE- 38: 2vc5-A 13.7 4.1 225 314 14 MOLECULE: ARYLDIALKYLPHOSPHATASE; 39: 4mup-B 13.6 3.4 220 286 13 MOLECULE: AMIDOHYDROLASE; 40: 4hk5-D 13.4 3.7 230 380 14 MOLECULE: URACIL-5-CARBOXYLATE DECARBOXYLASE; 41: 1v77-A 13.1 3.4 178 202 8 MOLECULE: HYPOTHETICAL PROTEIN PH1877; 42: 2dvt-A 12.5 3.3 206 325 12 MOLECULE: THERMOPHILIC REVERSIBLE GAMMA-RESORCYLATE DECARBO 43: 4ofc-A 12.4 4.0 216 335 14 MOLECULE: 2-AMINO-3-CARBOXYMUCONATE-6-SEMIALDEHYDE DECARBOX 44: 4qrn-A 12.2 3.5 211 352 8 MOLECULE: 5-CARBOXYVANILLATE DECARBOXYLASE; 45: 1itq-A 12.2 3.9 223 369 11 MOLECULE: RENAL DIPEPTIDASE; 46: 3qy6-A 12.2 3.4 188 247 13 MOLECULE: TYROSINE-PROTEIN PHOSPHATASE YWQE; 47: 2gwg-A 12.0 4.2 225 329 13 MOLECULE: 4-OXALOMESACONATE HYDRATASE; 48: 4dzi-C 11.1 4.4 209 388 13 MOLECULE: PUTATIVE TIM-BARREL METAL-DEPENDENT HYDROLASE; 49: 2qpx-A 11.1 4.4 220 376 11 MOLECULE: PREDICTED METAL-DEPENDENT HYDROLASE OF THE TIM-BA 50: 1j5s-A 9.7 3.8 216 451 14 MOLECULE: URONATE ISOMERASE; 51: 3iac-A 9.6 3.6 206 469 13 MOLECULE: GLUCURONATE ISOMERASE; 52: 3f2b-A 9.1 8.3 181 994 8 MOLECULE: DNA-DIRECTED DNA POLYMERASE III ALPHA CHAIN; 53: 3dcp-A 9.1 3.2 165 277 12 MOLECULE: HISTIDINOL-PHOSPHATASE; 54: 3au2-A 8.7 6.1 178 575 13 MOLECULE: DNA POLYMERASE BETA FAMILY (X FAMILY); 55: 1m65-A 7.4 3.8 160 234 9 MOLECULE: HYPOTHETICAL PROTEIN YCDX; 56: 1bks-A 6.0 3.8 167 255 7 MOLECULE: TRYPTOPHAN SYNTHASE; 57: 2yb1-A 5.1 4.0 149 284 11 MOLECULE: AMIDOHYDROLASE; 58: 2anu-A 4.7 3.8 133 224 13 MOLECULE: HYPOTHETICAL PROTEIN TM0559; 59: 3e38-A 4.2 3.7 154 342 10 MOLECULE: TWO-DOMAIN PROTEIN CONTAINING PREDICTED PHP-LIKE # Structural equivalences 1: 3icj-A 3icj-A 1 - 468 <=> 1 - 468 (CYS 34 - LYS 501 <=> CYS 34 - LYS 501 ) 2: 3icj-A 3mtw-A 1 - 11 <=> 2 - 12 (CYS 34 - TYR 44 <=> GLU 28 - LEU 38 ) 2: 3icj-A 3mtw-A 13 - 20 <=> 13 - 20 (SER 46 - VAL 53 <=> ASP 39 - VAL 46 ) 2: 3icj-A 3mtw-A 21 - 37 <=> 23 - 39 (SER 54 - SER 70 <=> PRO 49 - GLY 65 ) 2: 3icj-A 3mtw-A 40 - 43 <=> 40 - 43 (LEU 73 - ALA 76 <=> ASP 66 - PRO 69 ) 2: 3icj-A 3mtw-A 46 - 71 <=> 44 - 69 (ALA 79 - GLU 104 <=> ALA 70 - SER 95 ) 2: 3icj-A 3mtw-A 74 - 77 <=> 70 - 73 (MET 107 - GLU 110 <=> LEU 96 - VAL 99 ) 2: 3icj-A 3mtw-A 172 - 175 <=> 75 - 78 (ARG 205 - ILE 208 <=> GLY 101 - SER 104 ) 2: 3icj-A 3mtw-A 178 - 213 <=> 79 - 114 (LYS 211 - ALA 246 <=> LEU 105 - ASP 140 ) 2: 3icj-A 3mtw-A 214 - 235 <=> 116 - 137 (LEU 247 - SER 268 <=> VAL 142 - ILE 163 ) 2: 3icj-A 3mtw-A 237 - 241 <=> 175 - 179 (GLU 270 - LYS 274 <=> THR 201 - TYR 205 ) 2: 3icj-A 3mtw-A 257 - 270 <=> 181 - 194 (ILE 290 - ALA 303 <=> ALA 207 - SER 220 ) 2: 3icj-A 3mtw-A 271 - 274 <=> 197 - 200 (ARG 304 - LEU 307 <=> ASN 223 - GLY 226 ) 2: 3icj-A 3mtw-A 288 - 327 <=> 201 - 240 (GLU 321 - PHE 360 <=> GLN 227 - GLY 266 ) 2: 3icj-A 3mtw-A 333 - 366 <=> 241 - 274 (SER 366 - SER 399 <=> VAL 267 - TYR 300 ) 2: 3icj-A 3mtw-A 367 - 370 <=> 292 - 295 (ASP 400 - ILE 403 <=> ASP 318 - ILE 321 ) 2: 3icj-A 3mtw-A 380 - 383 <=> 297 - 300 (LYS 413 - TYR 416 <=> GLU 323 - ARG 326 ) 2: 3icj-A 3mtw-A 384 - 390 <=> 302 - 308 (ARG 417 - SER 423 <=> ASN 328 - LYS 334 ) 2: 3icj-A 3mtw-A 391 - 404 <=> 310 - 323 (ILE 424 - PRO 437 <=> GLY 336 - PRO 349 ) 2: 3icj-A 3mtw-A 405 - 416 <=> 325 - 336 (ALA 438 - ASN 449 <=> GLY 351 - ARG 362 ) 2: 3icj-A 3mtw-A 424 - 446 <=> 337 - 359 (GLU 457 - GLU 479 <=> TYR 363 - SER 385 ) 2: 3icj-A 3mtw-A 447 - 468 <=> 361 - 382 (ASP 480 - LYS 501 <=> ASP 387 - ALA 408 ) 3: 3icj-A 3ls9-A 2 - 8 <=> 1 - 7 (MET 35 - GLY 41 <=> MET 1 - LEU 7 ) 3: 3icj-A 3ls9-A 9 - 20 <=> 9 - 20 (THR 42 - VAL 53 <=> ARG 9 - LEU 20 ) 3: 3icj-A 3ls9-A 21 - 35 <=> 23 - 37 (SER 54 - ASP 68 <=> ALA 23 - LYS 37 ) 3: 3icj-A 3ls9-A 38 - 41 <=> 38 - 41 (THR 71 - ARG 74 <=> ASP 38 - ASP 41 ) 3: 3icj-A 3ls9-A 45 - 71 <=> 42 - 68 (LEU 78 - GLU 104 <=> ARG 42 - GLU 68 ) 3: 3icj-A 3ls9-A 73 - 76 <=> 69 - 72 (GLY 106 - LEU 109 <=> GLY 69 - ARG 72 ) 3: 3icj-A 3ls9-A 133 - 136 <=> 75 - 78 (ARG 166 - HIS 169 <=> PRO 75 - GLU 78 ) 3: 3icj-A 3ls9-A 169 - 176 <=> 90 - 97 (GLU 202 - ASN 209 <=> LEU 90 - TRP 97 ) 3: 3icj-A 3ls9-A 178 - 211 <=> 100 - 133 (LYS 211 - GLU 244 <=> GLY 100 - PHE 133 ) 3: 3icj-A 3ls9-A 212 - 221 <=> 140 - 149 (LYS 245 - GLU 254 <=> SER 140 - ALA 149 ) 3: 3icj-A 3ls9-A 224 - 236 <=> 150 - 162 (GLY 257 - PRO 269 <=> THR 150 - SER 162 ) 3: 3icj-A 3ls9-A 237 - 242 <=> 183 - 188 (GLU 270 - LEU 275 <=> ARG 183 - CYS 188 ) 3: 3icj-A 3ls9-A 245 - 248 <=> 189 - 192 (LEU 278 - GLY 281 <=> LEU 189 - ILE 192 ) 3: 3icj-A 3ls9-A 249 - 252 <=> 195 - 198 (LYS 282 - GLY 285 <=> TYR 195 - PRO 198 ) 3: 3icj-A 3ls9-A 253 - 256 <=> 202 - 205 (ARG 286 - ARG 289 <=> GLY 202 - ARG 205 ) 3: 3icj-A 3ls9-A 258 - 261 <=> 206 - 209 (TRP 291 - UNK 294 <=> ILE 206 - GLY 209 ) 3: 3icj-A 3ls9-A 262 - 265 <=> 211 - 214 (LEU 295 - ASP 298 <=> CYS 211 - PRO 214 ) 3: 3icj-A 3ls9-A 290 - 316 <=> 215 - 241 (VAL 323 - GLY 349 <=> TYR 215 - GLU 241 ) 3: 3icj-A 3ls9-A 318 - 326 <=> 255 - 263 (LYS 351 - ALA 359 <=> THR 255 - HIS 263 ) 3: 3icj-A 3ls9-A 330 - 333 <=> 264 - 267 (ALA 363 - SER 366 <=> GLY 264 - SER 267 ) 3: 3icj-A 3ls9-A 334 - 368 <=> 270 - 304 (GLY 367 - TRP 401 <=> VAL 270 - GLY 304 ) 3: 3icj-A 3ls9-A 382 - 390 <=> 307 - 315 (ALA 415 - SER 423 <=> LEU 307 - ASP 315 ) 3: 3icj-A 3ls9-A 391 - 401 <=> 317 - 327 (ILE 424 - PRO 434 <=> GLY 317 - SER 327 ) 3: 3icj-A 3ls9-A 402 - 422 <=> 330 - 350 (ILE 435 - PRO 455 <=> ASN 330 - ASP 350 ) 3: 3icj-A 3ls9-A 423 - 464 <=> 355 - 396 (GLY 456 - ARG 497 <=> GLU 355 - LEU 396 ) 3: 3icj-A 3ls9-A 465 - 468 <=> 407 - 410 (ASP 498 - LYS 501 <=> PRO 407 - GLY 410 ) 4: 3icj-A 2paj-A 1 - 8 <=> 1 - 8 (CYS 34 - GLY 41 <=> PRO 10 - ALA 17 ) 4: 3icj-A 2paj-A 9 - 15 <=> 10 - 16 (THR 42 - SER 48 <=> ALA 19 - ARG 25 ) 4: 3icj-A 2paj-A 16 - 19 <=> 22 - 25 (PRO 49 - LYS 52 <=> PRO 31 - VAL 34 ) 4: 3icj-A 2paj-A 20 - 34 <=> 27 - 41 (VAL 53 - GLY 67 <=> GLY 36 - GLY 50 ) 4: 3icj-A 2paj-A 38 - 41 <=> 42 - 45 (THR 71 - ARG 74 <=> ALA 51 - PRO 54 ) 4: 3icj-A 2paj-A 45 - 71 <=> 46 - 72 (LEU 78 - GLU 104 <=> ARG 55 - GLN 81 ) 4: 3icj-A 2paj-A 73 - 76 <=> 73 - 76 (GLY 106 - LEU 109 <=> SER 82 - LYS 85 ) 4: 3icj-A 2paj-A 175 - 178 <=> 80 - 83 (ILE 208 - LYS 211 <=> PHE 106 - LEU 109 ) 4: 3icj-A 2paj-A 180 - 211 <=> 84 - 115 (LEU 213 - GLU 244 <=> PHE 110 - TYR 141 ) 4: 3icj-A 2paj-A 212 - 221 <=> 122 - 131 (LYS 245 - GLU 254 <=> ASP 148 - ALA 157 ) 4: 3icj-A 2paj-A 224 - 236 <=> 132 - 144 (GLY 257 - PRO 269 <=> GLU 158 - GLY 170 ) 4: 3icj-A 2paj-A 237 - 242 <=> 166 - 171 (GLU 270 - LEU 275 <=> ALA 192 - ILE 197 ) 4: 3icj-A 2paj-A 245 - 248 <=> 172 - 175 (LEU 278 - GLY 281 <=> GLU 198 - ALA 201 ) 4: 3icj-A 2paj-A 249 - 252 <=> 178 - 181 (LYS 282 - GLY 285 <=> TYR 204 - ALA 207 ) 4: 3icj-A 2paj-A 253 - 256 <=> 185 - 188 (ARG 286 - ARG 289 <=> ALA 211 - ARG 214 ) 4: 3icj-A 2paj-A 258 - 262 <=> 189 - 193 (TRP 291 - LEU 295 <=> VAL 215 - PRO 219 ) 4: 3icj-A 2paj-A 263 - 266 <=> 195 - 198 (PHE 296 - GLY 299 <=> THR 221 - TYR 224 ) 4: 3icj-A 2paj-A 290 - 315 <=> 199 - 224 (VAL 323 - ILE 348 <=> SER 225 - SER 250 ) 4: 3icj-A 2paj-A 318 - 326 <=> 227 - 235 (LYS 351 - ALA 359 <=> SER 266 - HIS 274 ) 4: 3icj-A 2paj-A 330 - 333 <=> 236 - 239 (ALA 363 - SER 366 <=> ASP 275 - GLY 278 ) 4: 3icj-A 2paj-A 334 - 367 <=> 242 - 275 (GLY 367 - ASP 400 <=> VAL 281 - LEU 314 ) 4: 3icj-A 2paj-A 384 - 390 <=> 276 - 282 (ARG 417 - SER 423 <=> PRO 320 - ASP 326 ) 4: 3icj-A 2paj-A 391 - 401 <=> 284 - 294 (ILE 424 - PRO 434 <=> GLY 328 - ALA 338 ) 4: 3icj-A 2paj-A 402 - 418 <=> 297 - 313 (ILE 435 - TYR 451 <=> ASN 341 - GLN 357 ) 4: 3icj-A 2paj-A 420 - 423 <=> 314 - 317 (VAL 453 - GLY 456 <=> ARG 358 - LEU 361 ) 4: 3icj-A 2paj-A 426 - 464 <=> 318 - 356 (VAL 459 - ARG 497 <=> ALA 381 - LEU 419 ) 4: 3icj-A 2paj-A 465 - 468 <=> 367 - 370 (ASP 498 - LYS 501 <=> PRO 430 - GLY 433 ) 5: 3icj-A 3mkv-A 1 - 11 <=> 2 - 12 (CYS 34 - TYR 44 <=> THR 2 - LEU 12 ) 5: 3icj-A 3mkv-A 13 - 20 <=> 13 - 20 (SER 46 - VAL 53 <=> ASP 13 - LEU 20 ) 5: 3icj-A 3mkv-A 21 - 38 <=> 23 - 40 (SER 54 - THR 71 <=> PHE 23 - ILE 40 ) 5: 3icj-A 3mkv-A 42 - 45 <=> 41 - 44 (ILE 75 - LEU 78 <=> LYS 41 - ASN 44 ) 5: 3icj-A 3mkv-A 48 - 72 <=> 45 - 69 (GLY 81 - LEU 105 <=> ALA 45 - ILE 69 ) 5: 3icj-A 3mkv-A 172 - 176 <=> 73 - 77 (ARG 205 - ASN 209 <=> LEU 73 - ALA 77 ) 5: 3icj-A 3mkv-A 179 - 210 <=> 78 - 109 (ILE 212 - GLY 243 <=> THR 78 - ALA 109 ) 5: 3icj-A 3mkv-A 213 - 235 <=> 110 - 132 (ALA 246 - SER 268 <=> GLY 110 - ARG 132 ) 5: 3icj-A 3mkv-A 237 - 241 <=> 181 - 185 (GLU 270 - LYS 274 <=> GLU 181 - MET 185 ) 5: 3icj-A 3mkv-A 257 - 270 <=> 187 - 200 (ILE 290 - ALA 303 <=> ALA 187 - SER 200 ) 5: 3icj-A 3mkv-A 271 - 274 <=> 203 - 206 (ARG 304 - LEU 307 <=> ASP 203 - GLY 206 ) 5: 3icj-A 3mkv-A 288 - 327 <=> 207 - 246 (GLU 321 - PHE 360 <=> VAL 207 - GLY 246 ) 5: 3icj-A 3mkv-A 333 - 368 <=> 247 - 282 (SER 366 - TRP 401 <=> VAL 247 - ALA 282 ) 5: 3icj-A 3mkv-A 369 - 372 <=> 297 - 300 (TRP 402 - ASN 405 <=> LYS 297 - ASP 300 ) 5: 3icj-A 3mkv-A 379 - 383 <=> 302 - 306 (ALA 412 - TYR 416 <=> HIS 302 - LEU 306 ) 5: 3icj-A 3mkv-A 384 - 390 <=> 308 - 314 (ARG 417 - SER 423 <=> SER 308 - ARG 314 ) 5: 3icj-A 3mkv-A 391 - 401 <=> 316 - 326 (ILE 424 - PRO 434 <=> GLY 316 - LEU 326 ) 5: 3icj-A 3mkv-A 402 - 406 <=> 330 - 334 (ILE 435 - ASP 439 <=> GLN 330 - SER 334 ) 5: 3icj-A 3mkv-A 409 - 416 <=> 335 - 342 (VAL 442 - ASN 449 <=> ASP 335 - GLU 342 ) 5: 3icj-A 3mkv-A 425 - 446 <=> 343 - 364 (ARG 458 - GLU 479 <=> VAL 343 - GLN 364 ) 5: 3icj-A 3mkv-A 447 - 468 <=> 366 - 387 (ASP 480 - LYS 501 <=> LYS 366 - LYS 387 ) 6: 3icj-A 4c5y-A 1 - 14 <=> 4 - 17 (CYS 34 - PHE 47 <=> LYS 48 - ASP 61 ) 6: 3icj-A 4c5y-A 16 - 20 <=> 18 - 22 (PRO 49 - VAL 53 <=> GLY 62 - ARG 66 ) 6: 3icj-A 4c5y-A 21 - 53 <=> 24 - 56 (SER 54 - LEU 86 <=> ALA 68 - VAL 100 ) 6: 3icj-A 4c5y-A 56 - 71 <=> 57 - 72 (LYS 89 - GLU 104 <=> PRO 101 - GLY 116 ) 6: 3icj-A 4c5y-A 103 - 106 <=> 75 - 78 (PHE 136 - GLY 139 <=> ASP 119 - ASN 122 ) 6: 3icj-A 4c5y-A 172 - 177 <=> 79 - 84 (ARG 205 - GLU 210 <=> ASP 123 - LEU 128 ) 6: 3icj-A 4c5y-A 179 - 209 <=> 85 - 115 (ILE 212 - VAL 242 <=> ALA 129 - GLY 159 ) 6: 3icj-A 4c5y-A 214 - 235 <=> 118 - 139 (LEU 247 - SER 268 <=> CYS 162 - ALA 183 ) 6: 3icj-A 4c5y-A 237 - 240 <=> 189 - 192 (GLU 270 - ASP 273 <=> ALA 233 - LEU 236 ) 6: 3icj-A 4c5y-A 247 - 250 <=> 194 - 197 (LEU 280 - PHE 283 <=> ILE 238 - GLY 241 ) 6: 3icj-A 4c5y-A 257 - 270 <=> 198 - 211 (ILE 290 - ALA 303 <=> ALA 242 - SER 255 ) 6: 3icj-A 4c5y-A 271 - 274 <=> 214 - 217 (ARG 304 - LEU 307 <=> ASP 258 - ASN 261 ) 6: 3icj-A 4c5y-A 288 - 327 <=> 218 - 257 (GLU 321 - PHE 360 <=> PHE 262 - GLY 301 ) 6: 3icj-A 4c5y-A 333 - 368 <=> 258 - 293 (SER 366 - TRP 401 <=> CYS 302 - LEU 337 ) 6: 3icj-A 4c5y-A 372 - 383 <=> 305 - 316 (ASN 405 - TYR 416 <=> TRP 349 - LEU 360 ) 6: 3icj-A 4c5y-A 384 - 390 <=> 318 - 324 (ARG 417 - SER 423 <=> ALA 362 - LYS 368 ) 6: 3icj-A 4c5y-A 391 - 407 <=> 326 - 342 (ILE 424 - PRO 440 <=> GLY 370 - ALA 386 ) 6: 3icj-A 4c5y-A 409 - 417 <=> 343 - 351 (VAL 442 - ARG 450 <=> LEU 387 - ARG 395 ) 6: 3icj-A 4c5y-A 424 - 444 <=> 352 - 372 (GLU 457 - LEU 477 <=> GLY 396 - GLY 416 ) 6: 3icj-A 4c5y-A 445 - 468 <=> 375 - 398 (ALA 478 - LYS 501 <=> ALA 419 - GLU 442 ) 7: 3icj-A 2uz9-A 1 - 6 <=> 2 - 7 (CYS 34 - ILE 39 <=> LEU 9 - ARG 14 ) 7: 3icj-A 2uz9-A 8 - 11 <=> 8 - 11 (GLY 41 - TYR 44 <=> GLY 15 - VAL 18 ) 7: 3icj-A 2uz9-A 13 - 16 <=> 12 - 15 (SER 46 - PRO 49 <=> HIS 19 - TRP 22 ) 7: 3icj-A 2uz9-A 17 - 20 <=> 19 - 22 (VAL 50 - VAL 53 <=> MET 26 - LEU 29 ) 7: 3icj-A 2uz9-A 21 - 26 <=> 25 - 30 (SER 54 - SER 59 <=> HIS 32 - SER 37 ) 7: 3icj-A 2uz9-A 27 - 38 <=> 32 - 43 (ASN 60 - THR 71 <=> SER 39 - GLN 50 ) 7: 3icj-A 2uz9-A 41 - 48 <=> 46 - 53 (ARG 74 - GLY 81 <=> LYS 53 - PHE 60 ) 7: 3icj-A 2uz9-A 49 - 55 <=> 57 - 63 (GLU 82 - GLY 88 <=> GLU 64 - HIS 70 ) 7: 3icj-A 2uz9-A 56 - 72 <=> 65 - 81 (LYS 89 - LEU 105 <=> GLU 72 - TYR 88 ) 7: 3icj-A 2uz9-A 74 - 77 <=> 82 - 85 (MET 107 - GLU 110 <=> SER 89 - GLY 92 ) 7: 3icj-A 2uz9-A 173 - 178 <=> 101 - 106 (LYS 206 - LYS 211 <=> PHE 108 - ARG 113 ) 7: 3icj-A 2uz9-A 180 - 211 <=> 108 - 139 (LEU 213 - GLU 244 <=> GLN 115 - HIS 146 ) 7: 3icj-A 2uz9-A 212 - 221 <=> 141 - 150 (LYS 245 - GLU 254 <=> ASP 148 - THR 157 ) 7: 3icj-A 2uz9-A 225 - 236 <=> 152 - 163 (ARG 258 - PRO 269 <=> LYS 159 - CYS 170 ) 7: 3icj-A 2uz9-A 237 - 242 <=> 183 - 188 (GLU 270 - LEU 275 <=> GLU 190 - VAL 195 ) 7: 3icj-A 2uz9-A 247 - 250 <=> 189 - 192 (LEU 280 - PHE 283 <=> SER 196 - LEU 199 ) 7: 3icj-A 2uz9-A 251 - 256 <=> 195 - 200 (GLU 284 - ARG 289 <=> ASN 202 - LYS 207 ) 7: 3icj-A 2uz9-A 258 - 261 <=> 201 - 204 (TRP 291 - UNK 294 <=> PRO 208 - THR 211 ) 7: 3icj-A 2uz9-A 262 - 265 <=> 206 - 209 (LEU 295 - ASP 298 <=> ARG 213 - LEU 216 ) 7: 3icj-A 2uz9-A 290 - 315 <=> 210 - 235 (VAL 323 - ILE 348 <=> SER 217 - SER 242 ) 7: 3icj-A 2uz9-A 316 - 319 <=> 241 - 244 (GLY 349 - ALA 352 <=> VAL 248 - VAL 251 ) 7: 3icj-A 2uz9-A 322 - 333 <=> 253 - 264 (VAL 355 - SER 366 <=> ASN 260 - LEU 271 ) 7: 3icj-A 2uz9-A 334 - 368 <=> 268 - 302 (GLY 367 - TRP 401 <=> THR 275 - SER 309 ) 7: 3icj-A 2uz9-A 382 - 390 <=> 305 - 313 (ALA 415 - SER 423 <=> PHE 312 - LYS 320 ) 7: 3icj-A 2uz9-A 391 - 403 <=> 315 - 327 (ILE 424 - GLU 436 <=> GLU 322 - GLY 334 ) 7: 3icj-A 2uz9-A 404 - 422 <=> 329 - 347 (PRO 437 - PRO 455 <=> SER 336 - LEU 354 ) 7: 3icj-A 2uz9-A 425 - 446 <=> 355 - 376 (ARG 458 - GLU 479 <=> SER 362 - ASP 383 ) 7: 3icj-A 2uz9-A 447 - 464 <=> 378 - 395 (ASP 480 - ARG 497 <=> GLU 385 - PRO 402 ) 7: 3icj-A 2uz9-A 465 - 468 <=> 417 - 420 (ASP 498 - LYS 501 <=> VAL 424 - LYS 427 ) 8: 3icj-A 1j6p-A 1 - 14 <=> 1 - 14 (CYS 34 - PHE 47 <=> HIS -1 - PHE 12 ) 8: 3icj-A 1j6p-A 16 - 20 <=> 15 - 19 (PRO 49 - VAL 53 <=> SER 13 - PHE 17 ) 8: 3icj-A 1j6p-A 21 - 40 <=> 21 - 40 (SER 54 - LEU 73 <=> GLY 19 - VAL 38 ) 8: 3icj-A 1j6p-A 50 - 71 <=> 41 - 62 (ILE 83 - GLU 104 <=> ASP 39 - UNK 60 ) 8: 3icj-A 1j6p-A 73 - 76 <=> 63 - 66 (GLY 106 - LEU 109 <=> THR 61 - ARG 64 ) 8: 3icj-A 1j6p-A 133 - 136 <=> 70 - 73 (ARG 166 - HIS 169 <=> GLU 68 - SER 71 ) 8: 3icj-A 1j6p-A 169 - 177 <=> 79 - 87 (GLU 202 - GLU 210 <=> PHE 77 - ASP 85 ) 8: 3icj-A 1j6p-A 179 - 206 <=> 88 - 115 (ILE 212 - PHE 239 <=> ARG 86 - ASP 113 ) 8: 3icj-A 1j6p-A 208 - 211 <=> 116 - 119 (SER 241 - GLU 244 <=> UNK 114 - HIS 117 ) 8: 3icj-A 1j6p-A 214 - 221 <=> 120 - 127 (LEU 247 - GLU 254 <=> GLU 118 - VAL 125 ) 8: 3icj-A 1j6p-A 224 - 236 <=> 128 - 140 (GLY 257 - PRO 269 <=> ARG 126 - LEU 138 ) 8: 3icj-A 1j6p-A 237 - 243 <=> 149 - 155 (GLU 270 - GLU 276 <=> GLY 147 - LEU 153 ) 8: 3icj-A 1j6p-A 247 - 252 <=> 159 - 164 (LEU 280 - GLY 285 <=> ASN 157 - PHE 162 ) 8: 3icj-A 1j6p-A 253 - 256 <=> 166 - 169 (ARG 286 - ARG 289 <=> GLY 164 - PHE 167 ) 8: 3icj-A 1j6p-A 258 - 261 <=> 170 - 173 (TRP 291 - UNK 294 <=> VAL 168 - GLY 171 ) 8: 3icj-A 1j6p-A 262 - 265 <=> 175 - 178 (LEU 295 - ASP 298 <=> HIS 173 - TYR 176 ) 8: 3icj-A 1j6p-A 290 - 315 <=> 179 - 204 (VAL 323 - ILE 348 <=> LEU 177 - TYR 202 ) 8: 3icj-A 1j6p-A 316 - 319 <=> 206 - 209 (GLY 349 - ALA 352 <=> THR 204 - GLU 207 ) 8: 3icj-A 1j6p-A 324 - 333 <=> 213 - 222 (LEU 357 - SER 366 <=> LEU 211 - LYS 220 ) 8: 3icj-A 1j6p-A 334 - 368 <=> 226 - 260 (GLY 367 - TRP 401 <=> THR 224 - GLY 258 ) 8: 3icj-A 1j6p-A 382 - 390 <=> 263 - 271 (ALA 415 - SER 423 <=> ILE 261 - GLU 269 ) 8: 3icj-A 1j6p-A 391 - 401 <=> 273 - 283 (ILE 424 - PRO 434 <=> GLY 271 - ALA 281 ) 8: 3icj-A 1j6p-A 402 - 418 <=> 286 - 302 (ILE 435 - TYR 451 <=> ASN 284 - GLN 300 ) 8: 3icj-A 1j6p-A 420 - 423 <=> 304 - 307 (VAL 453 - GLY 456 <=> ALA 302 - PRO 305 ) 8: 3icj-A 1j6p-A 425 - 445 <=> 309 - 329 (ARG 458 - ALA 478 <=> ASN 307 - PHE 327 ) 8: 3icj-A 1j6p-A 447 - 464 <=> 330 - 347 (ASP 480 - ARG 497 <=> LYS 328 - LEU 345 ) 8: 3icj-A 1j6p-A 465 - 468 <=> 358 - 361 (ASP 498 - LYS 501 <=> ILE 356 - HIS 359 ) 9: 3icj-A 2oof-A 1 - 15 <=> 3 - 17 (CYS 34 - SER 48 <=> CYS 5 - SER 19 ) 9: 3icj-A 2oof-A 16 - 20 <=> 21 - 25 (PRO 49 - VAL 53 <=> ASP 23 - LEU 27 ) 9: 3icj-A 2oof-A 21 - 38 <=> 28 - 45 (SER 54 - THR 71 <=> HIS 30 - ASP 47 ) 9: 3icj-A 2oof-A 44 - 47 <=> 48 - 51 (GLU 77 - GLY 80 <=> TYR 52 - HIS 55 ) 9: 3icj-A 2oof-A 50 - 71 <=> 52 - 73 (ILE 83 - GLU 104 <=> TRP 56 - PHE 77 ) 9: 3icj-A 2oof-A 103 - 106 <=> 76 - 79 (PHE 136 - GLY 139 <=> SER 80 - GLU 83 ) 9: 3icj-A 2oof-A 130 - 134 <=> 80 - 84 (LEU 163 - CYS 167 <=> GLU 84 - ARG 88 ) 9: 3icj-A 2oof-A 162 - 169 <=> 92 - 99 (ILE 195 - GLU 202 <=> GLU 96 - GLY 103 ) 9: 3icj-A 2oof-A 170 - 177 <=> 101 - 108 (GLU 203 - GLU 210 <=> ILE 105 - ARG 112 ) 9: 3icj-A 2oof-A 179 - 209 <=> 109 - 139 (ILE 212 - VAL 242 <=> ALA 113 - GLY 143 ) 9: 3icj-A 2oof-A 210 - 221 <=> 147 - 158 (GLY 243 - GLU 254 <=> GLU 151 - GLY 162 ) 9: 3icj-A 2oof-A 224 - 236 <=> 159 - 171 (GLY 257 - PRO 269 <=> GLU 163 - ALA 175 ) 9: 3icj-A 2oof-A 238 - 243 <=> 194 - 199 (LEU 271 - GLU 276 <=> ILE 198 - ALA 203 ) 9: 3icj-A 2oof-A 246 - 249 <=> 200 - 203 (ASN 279 - LYS 282 <=> GLU 204 - LEU 207 ) 9: 3icj-A 2oof-A 257 - 265 <=> 204 - 212 (ILE 290 - ASP 298 <=> ALA 208 - GLU 216 ) 9: 3icj-A 2oof-A 288 - 314 <=> 213 - 239 (GLU 321 - ALA 347 <=> HIS 217 - UNK 243 ) 9: 3icj-A 2oof-A 315 - 319 <=> 241 - 245 (ILE 348 - ALA 352 <=> GLN 245 - LEU 249 ) 9: 3icj-A 2oof-A 321 - 327 <=> 246 - 252 (ASP 354 - PHE 360 <=> GLY 250 - ALA 256 ) 9: 3icj-A 2oof-A 331 - 334 <=> 253 - 256 (GLU 364 - GLY 367 <=> ASN 257 - ALA 260 ) 9: 3icj-A 2oof-A 335 - 370 <=> 258 - 293 (ARG 368 - ILE 403 <=> SER 262 - THR 297 ) 9: 3icj-A 2oof-A 381 - 390 <=> 294 - 303 (TRP 414 - SER 423 <=> LYS 298 - LYS 307 ) 9: 3icj-A 2oof-A 391 - 401 <=> 305 - 315 (ILE 424 - PRO 434 <=> GLY 309 - ASN 319 ) 9: 3icj-A 2oof-A 402 - 418 <=> 319 - 335 (ILE 435 - TYR 451 <=> ALA 323 - PHE 339 ) 9: 3icj-A 2oof-A 425 - 446 <=> 336 - 357 (ARG 458 - GLU 479 <=> GLY 340 - GLN 361 ) 9: 3icj-A 2oof-A 447 - 464 <=> 359 - 376 (ASP 480 - ARG 497 <=> GLN 363 - CYS 380 ) 9: 3icj-A 2oof-A 465 - 468 <=> 378 - 381 (ASP 498 - LYS 501 <=> HIS 382 - GLU 385 ) 10: 3icj-A 4cqb-A 1 - 11 <=> 4 - 14 (CYS 34 - TYR 44 <=> PHE 5 - SER 15 ) 10: 3icj-A 4cqb-A 17 - 20 <=> 15 - 18 (VAL 50 - VAL 53 <=> GLU 16 - SER 19 ) 10: 3icj-A 4cqb-A 21 - 35 <=> 20 - 34 (SER 54 - ASP 68 <=> TYR 21 - ALA 35 ) 10: 3icj-A 4cqb-A 38 - 43 <=> 35 - 40 (THR 71 - ALA 76 <=> LYS 36 - VAL 41 ) 10: 3icj-A 4cqb-A 48 - 75 <=> 41 - 68 (GLY 81 - SER 108 <=> LYS 42 - SER 69 ) 10: 3icj-A 4cqb-A 78 - 82 <=> 69 - 73 (MET 111 - ARG 115 <=> THR 70 - LEU 74 ) 10: 3icj-A 4cqb-A 103 - 106 <=> 74 - 77 (PHE 136 - GLY 139 <=> PRO 75 - TRP 78 ) 10: 3icj-A 4cqb-A 132 - 136 <=> 78 - 82 (ARG 165 - HIS 169 <=> SER 79 - THR 83 ) 10: 3icj-A 4cqb-A 169 - 176 <=> 87 - 94 (GLU 202 - ASN 209 <=> ILE 88 - TYR 95 ) 10: 3icj-A 4cqb-A 178 - 210 <=> 95 - 127 (LYS 211 - GLY 243 <=> LYS 96 - VAL 128 ) 10: 3icj-A 4cqb-A 211 - 221 <=> 133 - 143 (GLU 244 - GLU 254 <=> THR 134 - LYS 144 ) 10: 3icj-A 4cqb-A 224 - 227 <=> 144 - 147 (GLY 257 - LYS 260 <=> GLU 145 - LYS 148 ) 10: 3icj-A 4cqb-A 228 - 236 <=> 150 - 158 (MET 261 - PRO 269 <=> ILE 151 - ALA 159 ) 10: 3icj-A 4cqb-A 237 - 240 <=> 171 - 174 (GLU 270 - ASP 273 <=> LEU 172 - LYS 175 ) 10: 3icj-A 4cqb-A 257 - 265 <=> 180 - 188 (ILE 290 - ASP 298 <=> CYS 181 - PRO 189 ) 10: 3icj-A 4cqb-A 288 - 291 <=> 189 - 192 (GLU 321 - MET 324 <=> ALA 190 - GLU 193 ) 10: 3icj-A 4cqb-A 292 - 315 <=> 195 - 218 (ASN 325 - ILE 348 <=> VAL 196 - HIS 219 ) 10: 3icj-A 4cqb-A 316 - 332 <=> 224 - 240 (GLY 349 - PHE 365 <=> GLY 225 - TYR 241 ) 10: 3icj-A 4cqb-A 333 - 342 <=> 243 - 252 (SER 366 - VAL 375 <=> ARG 244 - PHE 253 ) 10: 3icj-A 4cqb-A 343 - 364 <=> 260 - 281 (ARG 376 - ILE 397 <=> LEU 261 - THR 282 ) 10: 3icj-A 4cqb-A 382 - 390 <=> 284 - 292 (ALA 415 - SER 423 <=> THR 285 - GLU 293 ) 10: 3icj-A 4cqb-A 391 - 401 <=> 294 - 304 (ILE 424 - PRO 434 <=> GLY 295 - ILE 305 ) 10: 3icj-A 4cqb-A 402 - 418 <=> 311 - 327 (ILE 435 - TYR 451 <=> PHE 312 - LEU 328 ) 10: 3icj-A 4cqb-A 427 - 444 <=> 334 - 351 (SER 460 - LEU 477 <=> ASP 335 - GLY 352 ) 10: 3icj-A 4cqb-A 445 - 448 <=> 353 - 356 (ALA 478 - LEU 481 <=> GLU 354 - TYR 357 ) 10: 3icj-A 4cqb-A 450 - 464 <=> 357 - 371 (LYS 483 - ARG 497 <=> GLY 358 - SER 372 ) 10: 3icj-A 4cqb-A 465 - 468 <=> 373 - 376 (ASP 498 - LYS 501 <=> SER 374 - TRP 377 ) 11: 3icj-A 1k6w-A 1 - 10 <=> 1 - 10 (CYS 34 - ILE 43 <=> ALA 4 - LEU 13 ) 11: 3icj-A 1k6w-A 17 - 20 <=> 11 - 14 (VAL 50 - VAL 53 <=> PRO 14 - GLU 17 ) 11: 3icj-A 1k6w-A 21 - 37 <=> 17 - 33 (SER 54 - SER 70 <=> TRP 20 - SER 36 ) 11: 3icj-A 1k6w-A 47 - 75 <=> 39 - 67 (GLY 80 - SER 108 <=> THR 42 - ALA 70 ) 11: 3icj-A 1k6w-A 103 - 106 <=> 70 - 73 (PHE 136 - GLY 139 <=> PRO 73 - ASN 76 ) 11: 3icj-A 1k6w-A 133 - 136 <=> 74 - 77 (ARG 166 - HIS 169 <=> GLN 77 - THR 80 ) 11: 3icj-A 1k6w-A 169 - 175 <=> 82 - 88 (GLU 202 - ILE 208 <=> ILE 85 - ARG 91 ) 11: 3icj-A 1k6w-A 177 - 210 <=> 89 - 122 (GLU 210 - GLY 243 <=> LYS 92 - VAL 125 ) 11: 3icj-A 1k6w-A 211 - 221 <=> 127 - 137 (GLU 244 - GLU 254 <=> LEU 130 - LYS 140 ) 11: 3icj-A 1k6w-A 224 - 227 <=> 138 - 141 (GLY 257 - LYS 260 <=> GLN 141 - ALA 144 ) 11: 3icj-A 1k6w-A 228 - 236 <=> 144 - 152 (MET 261 - PRO 269 <=> ILE 147 - PRO 155 ) 11: 3icj-A 1k6w-A 237 - 243 <=> 165 - 171 (GLU 270 - GLU 276 <=> LEU 168 - ARG 174 ) 11: 3icj-A 1k6w-A 257 - 266 <=> 174 - 183 (ILE 290 - GLY 299 <=> ALA 177 - PHE 186 ) 11: 3icj-A 1k6w-A 288 - 315 <=> 186 - 213 (GLU 321 - ILE 348 <=> THR 189 - ASP 216 ) 11: 3icj-A 1k6w-A 317 - 333 <=> 220 - 236 (ASP 350 - SER 366 <=> SER 223 - GLY 239 ) 11: 3icj-A 1k6w-A 334 - 342 <=> 239 - 247 (GLY 367 - VAL 375 <=> VAL 242 - MET 250 ) 11: 3icj-A 1k6w-A 343 - 368 <=> 255 - 280 (ARG 376 - TRP 401 <=> THR 258 - GLN 283 ) 11: 3icj-A 1k6w-A 370 - 373 <=> 281 - 284 (ILE 403 - ARG 406 <=> GLY 284 - ASP 287 ) 11: 3icj-A 1k6w-A 375 - 379 <=> 285 - 289 (GLY 408 - ALA 412 <=> THR 288 - ARG 292 ) 11: 3icj-A 1k6w-A 382 - 390 <=> 292 - 300 (ALA 415 - SER 423 <=> ILE 295 - GLU 303 ) 11: 3icj-A 1k6w-A 391 - 401 <=> 302 - 312 (ILE 424 - PRO 434 <=> GLY 305 - VAL 315 ) 11: 3icj-A 1k6w-A 402 - 417 <=> 319 - 334 (ILE 435 - ARG 450 <=> LEU 322 - VAL 337 ) 11: 3icj-A 1k6w-A 424 - 427 <=> 335 - 338 (GLU 457 - SER 460 <=> CYS 338 - MET 341 ) 11: 3icj-A 1k6w-A 428 - 448 <=> 343 - 363 (ARG 461 - LEU 481 <=> ILE 346 - TYR 366 ) 11: 3icj-A 1k6w-A 450 - 464 <=> 364 - 378 (LYS 483 - ARG 497 <=> GLY 367 - ALA 381 ) 11: 3icj-A 1k6w-A 465 - 468 <=> 380 - 383 (ASP 498 - LYS 501 <=> ASN 383 - ASP 386 ) 12: 3icj-A 4rdv-B 3 - 13 <=> 1 - 11 (LYS 36 - SER 46 <=> SER 2 - PRO 12 ) 12: 3icj-A 4rdv-B 17 - 20 <=> 12 - 15 (VAL 50 - VAL 53 <=> GLU 13 - ALA 16 ) 12: 3icj-A 4rdv-B 21 - 26 <=> 18 - 23 (SER 54 - SER 59 <=> VAL 19 - SER 24 ) 12: 3icj-A 4rdv-B 27 - 36 <=> 25 - 34 (ASN 60 - SER 69 <=> ASP 26 - ASP 35 ) 12: 3icj-A 4rdv-B 38 - 41 <=> 35 - 38 (THR 71 - ARG 74 <=> ALA 36 - ASP 39 ) 12: 3icj-A 4rdv-B 49 - 54 <=> 39 - 44 (GLU 82 - LYS 87 <=> GLY 40 - GLY 45 ) 12: 3icj-A 4rdv-B 56 - 75 <=> 45 - 64 (LYS 89 - SER 108 <=> GLY 46 - ALA 65 ) 12: 3icj-A 4rdv-B 103 - 108 <=> 66 - 71 (PHE 136 - ASP 141 <=> LEU 67 - GLY 72 ) 12: 3icj-A 4rdv-B 132 - 136 <=> 72 - 76 (ARG 165 - HIS 169 <=> ASN 73 - SER 77 ) 12: 3icj-A 4rdv-B 169 - 177 <=> 81 - 89 (GLU 202 - GLU 210 <=> ARG 82 - ALA 90 ) 12: 3icj-A 4rdv-B 179 - 211 <=> 90 - 122 (ILE 212 - GLU 244 <=> ARG 91 - HIS 123 ) 12: 3icj-A 4rdv-B 212 - 220 <=> 135 - 143 (LYS 245 - LEU 253 <=> GLU 136 - ALA 144 ) 12: 3icj-A 4rdv-B 224 - 236 <=> 145 - 157 (GLY 257 - PRO 269 <=> SER 146 - LEU 158 ) 12: 3icj-A 4rdv-B 237 - 242 <=> 181 - 186 (GLU 270 - LEU 275 <=> ALA 182 - LEU 187 ) 12: 3icj-A 4rdv-B 246 - 249 <=> 187 - 190 (ASN 279 - LYS 282 <=> GLN 188 - ARG 191 ) 12: 3icj-A 4rdv-B 250 - 256 <=> 193 - 199 (PHE 283 - ARG 289 <=> LEU 194 - SER 200 ) 12: 3icj-A 4rdv-B 258 - 261 <=> 200 - 203 (TRP 291 - UNK 294 <=> LEU 201 - CYS 204 ) 12: 3icj-A 4rdv-B 262 - 265 <=> 205 - 208 (LEU 295 - ASP 298 <=> HIS 206 - ARG 209 ) 12: 3icj-A 4rdv-B 290 - 301 <=> 209 - 220 (VAL 323 - GLU 334 <=> ALA 210 - ALA 221 ) 12: 3icj-A 4rdv-B 304 - 307 <=> 221 - 224 (LYS 337 - GLY 340 <=> ALA 222 - ASP 225 ) 12: 3icj-A 4rdv-B 308 - 315 <=> 226 - 233 (LEU 341 - ILE 348 <=> LEU 227 - ALA 234 ) 12: 3icj-A 4rdv-B 318 - 325 <=> 249 - 256 (LYS 351 - ASP 358 <=> ARG 250 - GLU 257 ) 12: 3icj-A 4rdv-B 329 - 333 <=> 257 - 261 (GLU 362 - SER 366 <=> ASN 258 - ASP 262 ) 12: 3icj-A 4rdv-B 334 - 362 <=> 264 - 292 (GLY 367 - HIS 395 <=> TRP 265 - SER 293 ) 12: 3icj-A 4rdv-B 363 - 367 <=> 294 - 298 (PHE 396 - ASP 400 <=> GLU 295 - GLY 299 ) 12: 3icj-A 4rdv-B 382 - 390 <=> 301 - 309 (ALA 415 - SER 423 <=> ILE 302 - ALA 310 ) 12: 3icj-A 4rdv-B 391 - 402 <=> 311 - 322 (ILE 424 - ILE 435 <=> GLY 312 - VAL 323 ) 12: 3icj-A 4rdv-B 404 - 417 <=> 323 - 336 (PRO 437 - ARG 450 <=> SER 324 - GLY 337 ) 12: 3icj-A 4rdv-B 418 - 421 <=> 338 - 341 (TYR 451 - ASP 454 <=> ARG 339 - ASP 342 ) 12: 3icj-A 4rdv-B 422 - 426 <=> 344 - 348 (PRO 455 - VAL 459 <=> ARG 345 - TYR 349 ) 12: 3icj-A 4rdv-B 427 - 445 <=> 355 - 373 (SER 460 - ALA 478 <=> ILE 356 - GLN 374 ) 12: 3icj-A 4rdv-B 447 - 464 <=> 374 - 391 (ASP 480 - ARG 497 <=> PRO 375 - GLY 392 ) 12: 3icj-A 4rdv-B 465 - 468 <=> 404 - 407 (ASP 498 - LYS 501 <=> LEU 405 - ARG 408 ) 13: 3icj-A 3ooq-A 2 - 14 <=> 1 - 13 (MET 35 - PHE 47 <=> LYS 6 - THR 18 ) 13: 3icj-A 3ooq-A 17 - 20 <=> 14 - 17 (VAL 50 - VAL 53 <=> SER 19 - PHE 22 ) 13: 3icj-A 3ooq-A 21 - 35 <=> 19 - 33 (SER 54 - ASP 68 <=> GLY 24 - GLU 38 ) 13: 3icj-A 3ooq-A 38 - 41 <=> 34 - 37 (THR 71 - ARG 74 <=> ASN 39 - ASP 42 ) 13: 3icj-A 3ooq-A 46 - 73 <=> 38 - 65 (ALA 79 - GLY 106 <=> PRO 43 - GLU 70 ) 13: 3icj-A 3ooq-A 76 - 80 <=> 66 - 70 (LEU 109 - ASP 113 <=> GLU 71 - TYR 75 ) 13: 3icj-A 3ooq-A 172 - 175 <=> 77 - 80 (ARG 205 - ILE 208 <=> GLU 82 - ASP 85 ) 13: 3icj-A 3ooq-A 188 - 191 <=> 93 - 96 (TYR 221 - SER 224 <=> ASN 98 - ASP 101 ) 13: 3icj-A 3ooq-A 192 - 208 <=> 98 - 114 (ALA 225 - SER 241 <=> ALA 103 - PRO 119 ) 13: 3icj-A 3ooq-A 226 - 229 <=> 127 - 130 (LEU 259 - ASN 262 <=> ILE 132 - ARG 135 ) 13: 3icj-A 3ooq-A 252 - 255 <=> 135 - 138 (GLY 285 - LEU 288 <=> GLU 140 - ILE 143 ) 13: 3icj-A 3ooq-A 256 - 267 <=> 141 - 152 (ARG 289 - SER 300 <=> ASP 146 - ASN 157 ) 13: 3icj-A 3ooq-A 287 - 290 <=> 165 - 168 (GLY 320 - VAL 323 <=> SER 170 - UNK 173 ) 13: 3icj-A 3ooq-A 292 - 298 <=> 170 - 176 (ASN 325 - GLU 331 <=> THR 175 - ASP 181 ) 13: 3icj-A 3ooq-A 300 - 344 <=> 208 - 252 (ILE 333 - ASP 377 <=> GLY 213 - LYS 257 ) 13: 3icj-A 3ooq-A 346 - 360 <=> 253 - 267 (GLN 379 - GLN 393 <=> ILE 258 - GLY 272 ) 13: 3icj-A 3ooq-A 362 - 365 <=> 268 - 271 (HIS 395 - VAL 398 <=> PRO 273 - THR 276 ) 13: 3icj-A 3ooq-A 367 - 371 <=> 272 - 276 (ASP 400 - VAL 404 <=> PHE 277 - LEU 281 ) 13: 3icj-A 3ooq-A 379 - 383 <=> 279 - 283 (ALA 412 - TYR 416 <=> LYS 284 - UNK 288 ) 13: 3icj-A 3ooq-A 384 - 390 <=> 285 - 291 (ARG 417 - SER 423 <=> THR 290 - LYS 296 ) 13: 3icj-A 3ooq-A 391 - 405 <=> 293 - 307 (ILE 424 - ALA 438 <=> GLY 298 - LEU 312 ) 13: 3icj-A 3ooq-A 406 - 417 <=> 309 - 320 (ASP 439 - ARG 450 <=> PHE 314 - TYR 325 ) 13: 3icj-A 3ooq-A 425 - 446 <=> 321 - 342 (ARG 458 - GLU 479 <=> GLY 326 - GLU 347 ) 13: 3icj-A 3ooq-A 447 - 468 <=> 344 - 365 (ASP 480 - LYS 501 <=> ARG 349 - ASP 370 ) 14: 3icj-A 2vun-A 1 - 8 <=> 1 - 8 (CYS 34 - GLY 41 <=> SER 2 - ILE 9 ) 14: 3icj-A 2vun-A 9 - 15 <=> 10 - 16 (THR 42 - SER 48 <=> LYS 11 - ILE 17 ) 14: 3icj-A 2vun-A 16 - 19 <=> 18 - 21 (PRO 49 - LYS 52 <=> SER 19 - LEU 22 ) 14: 3icj-A 2vun-A 20 - 35 <=> 23 - 38 (VAL 53 - ASP 68 <=> ALA 24 - GLY 39 ) 14: 3icj-A 2vun-A 37 - 41 <=> 39 - 43 (SER 70 - ARG 74 <=> GLU 40 - LYS 44 ) 14: 3icj-A 2vun-A 44 - 70 <=> 44 - 70 (GLU 77 - ASP 103 <=> ASP 45 - SER 71 ) 14: 3icj-A 2vun-A 73 - 77 <=> 75 - 79 (GLY 106 - GLU 110 <=> ALA 76 - LYS 80 ) 14: 3icj-A 2vun-A 191 - 209 <=> 82 - 100 (SER 224 - VAL 242 <=> ASP 83 - SER 101 ) 14: 3icj-A 2vun-A 210 - 221 <=> 114 - 125 (GLY 243 - GLU 254 <=> LYS 115 - TYR 126 ) 14: 3icj-A 2vun-A 224 - 227 <=> 126 - 129 (GLY 257 - LYS 260 <=> ASN 127 - PRO 130 ) 14: 3icj-A 2vun-A 228 - 231 <=> 132 - 135 (MET 261 - PHE 264 <=> VAL 133 - HIS 136 ) 14: 3icj-A 2vun-A 232 - 237 <=> 137 - 142 (ALA 265 - GLU 270 <=> GLY 138 - GLU 143 ) 14: 3icj-A 2vun-A 239 - 243 <=> 147 - 151 (LEU 272 - GLU 276 <=> GLU 148 - ILE 152 ) 14: 3icj-A 2vun-A 247 - 250 <=> 152 - 155 (LEU 280 - PHE 283 <=> GLU 153 - LYS 156 ) 14: 3icj-A 2vun-A 257 - 264 <=> 158 - 165 (ILE 290 - VAL 297 <=> VAL 159 - GLY 166 ) 14: 3icj-A 2vun-A 290 - 316 <=> 169 - 195 (VAL 323 - GLY 349 <=> ILE 170 - GLY 196 ) 14: 3icj-A 2vun-A 318 - 321 <=> 203 - 206 (LYS 351 - ASP 354 <=> THR 204 - ALA 207 ) 14: 3icj-A 2vun-A 322 - 327 <=> 208 - 213 (VAL 355 - PHE 360 <=> ASP 209 - LYS 214 ) 14: 3icj-A 2vun-A 333 - 340 <=> 214 - 221 (SER 366 - SER 373 <=> PRO 215 - ASN 222 ) 14: 3icj-A 2vun-A 341 - 346 <=> 226 - 231 (LEU 374 - GLN 379 <=> ALA 227 - GLU 232 ) 14: 3icj-A 2vun-A 347 - 364 <=> 233 - 250 (LEU 380 - ILE 397 <=> ASP 234 - ASN 251 ) 14: 3icj-A 2vun-A 380 - 383 <=> 251 - 254 (LYS 413 - TYR 416 <=> PRO 252 - ALA 255 ) 14: 3icj-A 2vun-A 384 - 388 <=> 257 - 261 (ARG 417 - LEU 421 <=> VAL 258 - ALA 262 ) 14: 3icj-A 2vun-A 390 - 402 <=> 266 - 278 (SER 423 - ILE 435 <=> GLN 267 - SER 279 ) 14: 3icj-A 2vun-A 403 - 406 <=> 282 - 285 (GLU 436 - ASP 439 <=> LEU 283 - LEU 286 ) 14: 3icj-A 2vun-A 407 - 417 <=> 287 - 297 (PRO 440 - ARG 450 <=> ILE 288 - MET 298 ) 14: 3icj-A 2vun-A 424 - 445 <=> 298 - 319 (GLU 457 - ALA 478 <=> SER 299 - LEU 320 ) 14: 3icj-A 2vun-A 447 - 464 <=> 320 - 337 (ASP 480 - ARG 497 <=> ASN 321 - THR 338 ) 14: 3icj-A 2vun-A 465 - 468 <=> 345 - 348 (ASP 498 - LYS 501 <=> ASP 346 - GLY 349 ) 15: 3icj-A 3giq-A 1 - 35 <=> 3 - 37 (CYS 34 - ASP 68 <=> LEU 7 - GLU 41 ) 15: 3icj-A 3giq-A 39 - 42 <=> 38 - 41 (ALA 72 - ILE 75 <=> LEU 42 - HIS 45 ) 15: 3icj-A 3giq-A 46 - 73 <=> 42 - 69 (ALA 79 - GLY 106 <=> PRO 46 - PHE 73 ) 15: 3icj-A 3giq-A 187 - 191 <=> 70 - 74 (HIS 220 - SER 224 <=> VAL 74 - ASP 78 ) 15: 3icj-A 3giq-A 193 - 207 <=> 75 - 89 (GLN 226 - MET 240 <=> LEU 79 - GLY 93 ) 15: 3icj-A 3giq-A 208 - 211 <=> 94 - 97 (SER 241 - GLU 244 <=> SER 98 - PRO 101 ) 15: 3icj-A 3giq-A 212 - 239 <=> 118 - 145 (LYS 245 - LEU 272 <=> ALA 122 - LEU 149 ) 15: 3icj-A 3giq-A 240 - 243 <=> 164 - 167 (ASP 273 - GLU 276 <=> ALA 168 - ASP 171 ) 15: 3icj-A 3giq-A 247 - 250 <=> 171 - 174 (LEU 280 - PHE 283 <=> ALA 175 - GLU 178 ) 15: 3icj-A 3giq-A 256 - 266 <=> 176 - 186 (ARG 289 - GLY 299 <=> GLY 180 - TYR 190 ) 15: 3icj-A 3giq-A 289 - 314 <=> 190 - 215 (LEU 322 - ALA 347 <=> ALA 194 - ILE 219 ) 15: 3icj-A 3giq-A 316 - 341 <=> 222 - 247 (GLY 349 - LEU 374 <=> VAL 226 - CYS 251 ) 15: 3icj-A 3giq-A 343 - 354 <=> 256 - 267 (ARG 376 - LYS 387 <=> SER 260 - ARG 271 ) 15: 3icj-A 3giq-A 355 - 360 <=> 273 - 278 (VAL 388 - GLN 393 <=> VAL 277 - TYR 282 ) 15: 3icj-A 3giq-A 362 - 365 <=> 279 - 282 (HIS 395 - VAL 398 <=> PRO 283 - GLY 286 ) 15: 3icj-A 3giq-A 366 - 370 <=> 338 - 342 (SER 399 - ILE 403 <=> ILE 342 - MET 346 ) 15: 3icj-A 3giq-A 379 - 383 <=> 344 - 348 (ALA 412 - TYR 416 <=> GLU 348 - LYS 352 ) 15: 3icj-A 3giq-A 384 - 388 <=> 350 - 354 (ARG 417 - LEU 421 <=> ILE 354 - PRO 358 ) 15: 3icj-A 3giq-A 393 - 401 <=> 355 - 363 (LYS 426 - PRO 434 <=> CYS 359 - LEU 367 ) 15: 3icj-A 3giq-A 402 - 406 <=> 371 - 375 (ILE 435 - ASP 439 <=> PRO 375 - GLY 379 ) 15: 3icj-A 3giq-A 407 - 417 <=> 377 - 387 (PRO 440 - ARG 450 <=> PHE 381 - GLU 391 ) 15: 3icj-A 3giq-A 425 - 462 <=> 390 - 427 (ARG 458 - LEU 495 <=> LEU 394 - PHE 431 ) 15: 3icj-A 3giq-A 465 - 468 <=> 428 - 431 (ASP 498 - LYS 501 <=> ASP 432 - THR 435 ) 16: 3icj-A 1onx-A 1 - 13 <=> 8 - 20 (CYS 34 - SER 46 <=> GLY 8 - PRO 20 ) 16: 3icj-A 1onx-A 17 - 20 <=> 21 - 24 (VAL 50 - VAL 53 <=> GLU 21 - GLY 24 ) 16: 3icj-A 1onx-A 21 - 35 <=> 26 - 40 (SER 54 - ASP 68 <=> CYS 26 - SER 40 ) 16: 3icj-A 1onx-A 38 - 41 <=> 41 - 44 (THR 71 - ARG 74 <=> ASN 41 - SER 44 ) 16: 3icj-A 1onx-A 44 - 47 <=> 45 - 48 (GLU 77 - GLY 80 <=> ASP 45 - PRO 48 ) 16: 3icj-A 1onx-A 48 - 71 <=> 50 - 73 (GLY 81 - GLU 104 <=> CYS 50 - GLY 73 ) 16: 3icj-A 1onx-A 168 - 173 <=> 78 - 83 (LEU 201 - LYS 206 <=> ALA 78 - ARG 83 ) 16: 3icj-A 1onx-A 187 - 190 <=> 85 - 88 (HIS 220 - GLU 223 <=> PRO 85 - ALA 88 ) 16: 3icj-A 1onx-A 193 - 208 <=> 89 - 104 (GLN 226 - SER 241 <=> LEU 89 - LEU 104 ) 16: 3icj-A 1onx-A 210 - 221 <=> 113 - 124 (GLY 243 - GLU 254 <=> PRO 113 - ASN 124 ) 16: 3icj-A 1onx-A 225 - 235 <=> 125 - 135 (ARG 258 - SER 268 <=> GLU 125 - GLY 135 ) 16: 3icj-A 1onx-A 236 - 242 <=> 141 - 147 (PRO 269 - LEU 275 <=> SER 141 - SER 147 ) 16: 3icj-A 1onx-A 248 - 251 <=> 153 - 156 (GLY 281 - GLU 284 <=> ALA 153 - ASP 156 ) 16: 3icj-A 1onx-A 256 - 266 <=> 157 - 167 (ARG 289 - GLY 299 <=> ARG 157 - ASP 167 ) 16: 3icj-A 1onx-A 287 - 290 <=> 168 - 171 (GLY 320 - VAL 323 <=> HIS 168 - ALA 171 ) 16: 3icj-A 1onx-A 291 - 307 <=> 173 - 189 (MET 324 - GLY 340 <=> PRO 173 - GLY 189 ) 16: 3icj-A 1onx-A 308 - 316 <=> 196 - 204 (LEU 341 - GLY 349 <=> GLY 196 - ASP 204 ) 16: 3icj-A 1onx-A 318 - 328 <=> 207 - 217 (LYS 351 - GLU 361 <=> LYS 207 - GLU 217 ) 16: 3icj-A 1onx-A 329 - 333 <=> 219 - 223 (GLU 362 - SER 366 <=> CYS 219 - ILE 223 ) 16: 3icj-A 1onx-A 334 - 339 <=> 226 - 231 (GLY 367 - ALA 372 <=> LEU 226 - VAL 231 ) 16: 3icj-A 1onx-A 340 - 343 <=> 233 - 236 (SER 373 - ARG 376 <=> ARG 233 - PRO 236 ) 16: 3icj-A 1onx-A 344 - 352 <=> 239 - 247 (ASP 377 - GLU 385 <=> GLU 239 - LYS 247 ) 16: 3icj-A 1onx-A 354 - 364 <=> 248 - 258 (LYS 387 - ILE 397 <=> GLY 248 - ASP 258 ) 16: 3icj-A 1onx-A 380 - 383 <=> 259 - 262 (LYS 413 - TYR 416 <=> GLU 259 - ALA 262 ) 16: 3icj-A 1onx-A 384 - 391 <=> 266 - 273 (ARG 417 - ILE 424 <=> GLY 266 - ALA 273 ) 16: 3icj-A 1onx-A 393 - 402 <=> 279 - 288 (LYS 426 - ILE 435 <=> ARG 279 - GLY 288 ) 16: 3icj-A 1onx-A 403 - 406 <=> 305 - 308 (GLU 436 - ASP 439 <=> ALA 305 - GLU 308 ) 16: 3icj-A 1onx-A 407 - 417 <=> 310 - 320 (PRO 440 - ARG 450 <=> LEU 310 - ASP 320 ) 16: 3icj-A 1onx-A 426 - 466 <=> 323 - 363 (VAL 459 - PRO 499 <=> PHE 323 - LEU 363 ) 17: 3icj-A 1yrr-B 3 - 13 <=> 1 - 11 (LYS 36 - SER 46 <=> TYR 2 - GLY 12 ) 17: 3icj-A 1yrr-B 17 - 20 <=> 12 - 15 (VAL 50 - VAL 53 <=> HIS 13 - LEU 16 ) 17: 3icj-A 1yrr-B 21 - 37 <=> 18 - 34 (SER 54 - SER 70 <=> HIS 19 - ALA 35 ) 17: 3icj-A 1yrr-B 41 - 44 <=> 35 - 38 (ARG 74 - GLU 77 <=> GLU 36 - PRO 39 ) 17: 3icj-A 1yrr-B 47 - 69 <=> 39 - 61 (GLY 80 - LEU 102 <=> GLU 40 - GLY 62 ) 17: 3icj-A 1yrr-B 72 - 75 <=> 62 - 65 (LEU 105 - SER 108 <=> CYS 63 - VAL 66 ) 17: 3icj-A 1yrr-B 179 - 182 <=> 70 - 73 (ILE 212 - VAL 215 <=> THR 71 - ALA 74 ) 17: 3icj-A 1yrr-B 184 - 209 <=> 74 - 99 (ASP 217 - VAL 242 <=> VAL 75 - ILE 100 ) 17: 3icj-A 1yrr-B 210 - 221 <=> 106 - 117 (GLY 243 - GLU 254 <=> MET 107 - LEU 118 ) 17: 3icj-A 1yrr-B 224 - 227 <=> 118 - 121 (GLY 257 - LYS 260 <=> ALA 119 - PRO 122 ) 17: 3icj-A 1yrr-B 228 - 237 <=> 123 - 132 (MET 261 - GLU 270 <=> GLN 124 - PRO 133 ) 17: 3icj-A 1yrr-B 238 - 242 <=> 138 - 142 (LEU 271 - LEU 275 <=> LEU 155 - LEU 159 ) 17: 3icj-A 1yrr-B 247 - 250 <=> 144 - 147 (LEU 280 - PHE 283 <=> GLU 161 - ASP 164 ) 17: 3icj-A 1yrr-B 256 - 264 <=> 148 - 156 (ARG 289 - VAL 297 <=> VAL 165 - PRO 173 ) 17: 3icj-A 1yrr-B 292 - 295 <=> 157 - 160 (ASN 325 - GLU 328 <=> GLU 174 - PRO 177 ) 17: 3icj-A 1yrr-B 297 - 314 <=> 161 - 178 (VAL 330 - ALA 347 <=> ALA 178 - HIS 195 ) 17: 3icj-A 1yrr-B 318 - 321 <=> 180 - 183 (LYS 351 - ASP 354 <=> ASN 197 - LEU 200 ) 17: 3icj-A 1yrr-B 322 - 328 <=> 185 - 191 (VAL 355 - GLU 361 <=> GLU 202 - ARG 208 ) 17: 3icj-A 1yrr-B 331 - 340 <=> 192 - 201 (GLU 364 - SER 373 <=> ALA 209 - TYR 218 ) 17: 3icj-A 1yrr-B 341 - 345 <=> 204 - 208 (LEU 374 - ASP 378 <=> MET 221 - THR 225 ) 17: 3icj-A 1yrr-B 347 - 353 <=> 215 - 221 (LEU 380 - LEU 386 <=> ALA 232 - GLU 238 ) 17: 3icj-A 1yrr-B 354 - 362 <=> 223 - 231 (LYS 387 - HIS 395 <=> ASP 240 - ASP 248 ) 17: 3icj-A 1yrr-B 364 - 367 <=> 232 - 235 (ILE 397 - ASP 400 <=> GLY 249 - VAL 252 ) 17: 3icj-A 1yrr-B 384 - 392 <=> 239 - 247 (ARG 417 - THR 425 <=> ASN 256 - LYS 264 ) 17: 3icj-A 1yrr-B 393 - 401 <=> 250 - 258 (LYS 426 - PRO 434 <=> LYS 267 - THR 275 ) 17: 3icj-A 1yrr-B 402 - 417 <=> 260 - 275 (ILE 435 - ARG 450 <=> GLY 308 - HIS 323 ) 17: 3icj-A 1yrr-B 424 - 446 <=> 276 - 298 (GLU 457 - GLU 479 <=> CYS 324 - GLU 346 ) 17: 3icj-A 1yrr-B 447 - 466 <=> 300 - 319 (ASP 480 - PRO 499 <=> ARG 348 - PHE 367 ) 18: 3icj-A 1gkp-A 2 - 11 <=> 1 - 10 (MET 35 - TYR 44 <=> PRO 2 - ILE 11 ) 18: 3icj-A 1gkp-A 13 - 16 <=> 11 - 14 (SER 46 - PRO 49 <=> THR 12 - SER 15 ) 18: 3icj-A 1gkp-A 18 - 33 <=> 15 - 30 (LYS 51 - ALA 66 <=> ARG 16 - ILE 31 ) 18: 3icj-A 1gkp-A 35 - 38 <=> 31 - 34 (ASP 68 - THR 71 <=> GLY 32 - LEU 35 ) 18: 3icj-A 1gkp-A 42 - 45 <=> 35 - 38 (ILE 75 - LEU 78 <=> GLU 36 - PRO 39 ) 18: 3icj-A 1gkp-A 47 - 71 <=> 39 - 63 (GLY 80 - GLU 104 <=> GLY 40 - LEU 64 ) 18: 3icj-A 1gkp-A 172 - 176 <=> 65 - 69 (ARG 205 - ASN 209 <=> PHE 66 - PHE 70 ) 18: 3icj-A 1gkp-A 188 - 210 <=> 73 - 95 (TYR 221 - GLY 243 <=> THR 74 - PRO 96 ) 18: 3icj-A 1gkp-A 211 - 222 <=> 102 - 113 (GLU 244 - ARG 255 <=> LEU 103 - GLU 114 ) 18: 3icj-A 1gkp-A 224 - 237 <=> 114 - 127 (GLY 257 - GLU 270 <=> GLY 115 - SER 128 ) 18: 3icj-A 1gkp-A 238 - 243 <=> 133 - 138 (LEU 271 - GLU 276 <=> THR 134 - ARG 139 ) 18: 3icj-A 1gkp-A 246 - 251 <=> 139 - 144 (ASN 279 - GLU 284 <=> GLU 140 - GLY 145 ) 18: 3icj-A 1gkp-A 257 - 266 <=> 145 - 154 (ILE 290 - GLY 299 <=> ILE 146 - TYR 155 ) 18: 3icj-A 1gkp-A 290 - 315 <=> 159 - 184 (VAL 323 - ILE 348 <=> GLY 160 - GLU 185 ) 18: 3icj-A 1gkp-A 316 - 341 <=> 216 - 241 (GLY 349 - LEU 374 <=> GLU 217 - CYS 242 ) 18: 3icj-A 1gkp-A 342 - 351 <=> 244 - 253 (VAL 375 - LYS 384 <=> ALA 245 - ALA 254 ) 18: 3icj-A 1gkp-A 352 - 367 <=> 255 - 270 (GLU 385 - ASP 400 <=> GLY 256 - ASP 271 ) 18: 3icj-A 1gkp-A 368 - 371 <=> 291 - 294 (TRP 401 - VAL 404 <=> ARG 292 - ARG 295 ) 18: 3icj-A 1gkp-A 379 - 383 <=> 295 - 299 (ALA 412 - TYR 416 <=> ASN 296 - LEU 300 ) 18: 3icj-A 1gkp-A 384 - 389 <=> 302 - 307 (ARG 417 - SER 422 <=> ALA 303 - PHE 308 ) 18: 3icj-A 1gkp-A 394 - 401 <=> 309 - 316 (LEU 427 - PRO 434 <=> ASP 310 - CYS 317 ) 18: 3icj-A 1gkp-A 402 - 405 <=> 337 - 340 (ILE 435 - ALA 438 <=> ILE 338 - ILE 341 ) 18: 3icj-A 1gkp-A 406 - 416 <=> 343 - 353 (ASP 439 - ASN 449 <=> ARG 344 - SER 354 ) 18: 3icj-A 1gkp-A 425 - 446 <=> 356 - 377 (ARG 458 - GLU 479 <=> ARG 357 - PHE 378 ) 18: 3icj-A 1gkp-A 447 - 465 <=> 379 - 397 (ASP 480 - ASP 498 <=> ARG 380 - GLN 398 ) 19: 3icj-A 3e74-A 1 - 13 <=> 2 - 14 (CYS 34 - SER 46 <=> PHE 3 - GLU 15 ) 19: 3icj-A 3e74-A 16 - 35 <=> 15 - 34 (PRO 49 - ASP 68 <=> ASN 16 - GLN 35 ) 19: 3icj-A 3e74-A 38 - 42 <=> 35 - 39 (THR 71 - ILE 75 <=> ASP 36 - ALA 40 ) 19: 3icj-A 3e74-A 48 - 69 <=> 40 - 61 (GLY 81 - LEU 102 <=> LYS 41 - ILE 62 ) 19: 3icj-A 3e74-A 188 - 208 <=> 62 - 82 (TYR 221 - SER 241 <=> GLY 72 - PRO 92 ) 19: 3icj-A 3e74-A 209 - 212 <=> 89 - 92 (VAL 242 - LYS 245 <=> THR 99 - ARG 102 ) 19: 3icj-A 3e74-A 213 - 222 <=> 94 - 103 (ALA 246 - ARG 255 <=> SER 104 - LYS 113 ) 19: 3icj-A 3e74-A 224 - 237 <=> 104 - 117 (GLY 257 - GLU 270 <=> GLY 114 - VAL 127 ) 19: 3icj-A 3e74-A 238 - 241 <=> 123 - 126 (LEU 271 - LYS 274 <=> ARG 133 - GLU 136 ) 19: 3icj-A 3e74-A 248 - 251 <=> 128 - 131 (GLY 281 - GLU 284 <=> ASP 138 - GLY 141 ) 19: 3icj-A 3e74-A 257 - 264 <=> 132 - 139 (ILE 290 - VAL 297 <=> VAL 142 - VAL 149 ) 19: 3icj-A 3e74-A 290 - 315 <=> 141 - 166 (VAL 323 - ILE 348 <=> ASP 163 - GLU 188 ) 19: 3icj-A 3e74-A 316 - 341 <=> 198 - 223 (GLY 349 - LEU 374 <=> GLU 220 - SER 245 ) 19: 3icj-A 3e74-A 342 - 351 <=> 226 - 235 (VAL 375 - LYS 384 <=> GLY 248 - GLN 257 ) 19: 3icj-A 3e74-A 352 - 369 <=> 237 - 254 (GLU 385 - TRP 402 <=> GLY 259 - ASP 276 ) 19: 3icj-A 3e74-A 370 - 373 <=> 270 - 273 (ILE 403 - ARG 406 <=> ARG 292 - GLU 295 ) 19: 3icj-A 3e74-A 380 - 383 <=> 276 - 279 (LYS 413 - TYR 416 <=> LYS 298 - TRP 301 ) 19: 3icj-A 3e74-A 384 - 389 <=> 281 - 286 (ARG 417 - SER 422 <=> LYS 303 - GLU 308 ) 19: 3icj-A 3e74-A 394 - 401 <=> 288 - 295 (LEU 427 - PRO 434 <=> ASP 310 - SER 317 ) 19: 3icj-A 3e74-A 402 - 405 <=> 313 - 316 (ILE 435 - ALA 438 <=> ILE 335 - LEU 338 ) 19: 3icj-A 3e74-A 406 - 416 <=> 319 - 329 (ASP 439 - ASN 449 <=> CYS 341 - GLN 351 ) 19: 3icj-A 3e74-A 425 - 429 <=> 331 - 335 (ARG 458 - GLU 462 <=> ARG 353 - LEU 357 ) 19: 3icj-A 3e74-A 430 - 464 <=> 337 - 371 (GLU 463 - ARG 497 <=> UNK 359 - PRO 393 ) 20: 3icj-A 3gri-A 2 - 11 <=> 1 - 10 (MET 35 - TYR 44 <=> UNK 1 - LEU 10 ) 20: 3icj-A 3gri-A 16 - 19 <=> 12 - 15 (PRO 49 - LYS 52 <=> ASN 12 - LEU 15 ) 20: 3icj-A 3gri-A 20 - 35 <=> 17 - 32 (VAL 53 - ASP 68 <=> GLN 17 - PRO 32 ) 20: 3icj-A 3gri-A 39 - 42 <=> 33 - 36 (ALA 72 - ILE 75 <=> ALA 33 - PRO 36 ) 20: 3icj-A 3gri-A 45 - 71 <=> 37 - 63 (LEU 78 - GLU 104 <=> SER 37 - GLU 63 ) 20: 3icj-A 3gri-A 73 - 76 <=> 67 - 70 (GLY 106 - LEU 109 <=> GLU 67 - GLU 70 ) 20: 3icj-A 3gri-A 188 - 213 <=> 71 - 96 (TYR 221 - ALA 246 <=> THR 71 - VAL 96 ) 20: 3icj-A 3gri-A 214 - 222 <=> 103 - 111 (LEU 247 - ARG 255 <=> PHE 103 - ASP 111 ) 20: 3icj-A 3gri-A 224 - 236 <=> 112 - 124 (GLY 257 - PRO 269 <=> ASP 112 - ILE 124 ) 20: 3icj-A 3gri-A 237 - 240 <=> 134 - 137 (GLU 270 - ASP 273 <=> VAL 134 - PRO 137 ) 20: 3icj-A 3gri-A 247 - 251 <=> 138 - 142 (LEU 280 - GLU 284 <=> ALA 138 - GLU 142 ) 20: 3icj-A 3gri-A 256 - 263 <=> 143 - 150 (ARG 289 - PHE 296 <=> GLY 143 - ASP 150 ) 20: 3icj-A 3gri-A 290 - 315 <=> 154 - 179 (VAL 323 - ILE 348 <=> VAL 154 - GLU 179 ) 20: 3icj-A 3gri-A 316 - 341 <=> 208 - 233 (GLY 349 - LEU 374 <=> GLU 208 - THR 233 ) 20: 3icj-A 3gri-A 342 - 351 <=> 236 - 245 (VAL 375 - LYS 384 <=> SER 236 - ARG 245 ) 20: 3icj-A 3gri-A 352 - 369 <=> 247 - 264 (GLU 385 - TRP 402 <=> GLY 247 - ASP 264 ) 20: 3icj-A 3gri-A 370 - 373 <=> 280 - 283 (ILE 403 - ARG 406 <=> ARG 280 - GLU 283 ) 20: 3icj-A 3gri-A 378 - 383 <=> 284 - 289 (ARG 411 - TYR 416 <=> ASP 284 - LEU 289 ) 20: 3icj-A 3gri-A 384 - 388 <=> 291 - 295 (ARG 417 - LEU 421 <=> GLY 291 - GLY 295 ) 20: 3icj-A 3gri-A 392 - 401 <=> 296 - 305 (THR 425 - PRO 434 <=> THR 296 - ALA 305 ) 20: 3icj-A 3gri-A 402 - 405 <=> 322 - 325 (ILE 435 - ALA 438 <=> GLY 322 - GLY 325 ) 20: 3icj-A 3gri-A 406 - 412 <=> 328 - 334 (ASP 439 - ASP 445 <=> THR 328 - TYR 334 ) 20: 3icj-A 3gri-A 413 - 416 <=> 336 - 339 (ALA 446 - ASN 449 <=> HIS 336 - LYS 339 ) 20: 3icj-A 3gri-A 425 - 446 <=> 342 - 363 (ARG 458 - GLU 479 <=> ASP 342 - GLU 363 ) 20: 3icj-A 3gri-A 448 - 465 <=> 364 - 381 (LEU 481 - ASP 498 <=> TYR 364 - ASP 381 ) 21: 3icj-A 4b3z-D 1 - 10 <=> 1 - 10 (CYS 34 - ILE 43 <=> ASP 15 - ILE 24 ) 21: 3icj-A 4b3z-D 12 - 15 <=> 11 - 14 (THR 45 - SER 48 <=> ILE 25 - ASP 28 ) 21: 3icj-A 4b3z-D 17 - 33 <=> 15 - 31 (VAL 50 - ALA 66 <=> GLN 29 - ILE 45 ) 21: 3icj-A 4b3z-D 35 - 38 <=> 32 - 35 (ASP 68 - THR 71 <=> GLY 46 - LEU 49 ) 21: 3icj-A 4b3z-D 41 - 44 <=> 36 - 39 (ARG 74 - GLU 77 <=> ILE 50 - GLY 53 ) 21: 3icj-A 4b3z-D 47 - 71 <=> 40 - 64 (GLY 80 - GLU 104 <=> GLY 54 - LYS 78 ) 21: 3icj-A 4b3z-D 74 - 77 <=> 65 - 68 (MET 107 - GLU 110 <=> THR 84 - ASP 87 ) 21: 3icj-A 4b3z-D 188 - 206 <=> 69 - 87 (TYR 221 - PHE 239 <=> ASP 88 - ASP 106 ) 21: 3icj-A 4b3z-D 208 - 211 <=> 88 - 91 (SER 241 - GLU 244 <=> HIS 107 - PRO 110 ) 21: 3icj-A 4b3z-D 212 - 222 <=> 99 - 109 (LYS 245 - ARG 255 <=> THR 118 - ASP 128 ) 21: 3icj-A 4b3z-D 224 - 237 <=> 110 - 123 (GLY 257 - GLU 270 <=> THR 129 - THR 142 ) 21: 3icj-A 4b3z-D 238 - 243 <=> 129 - 134 (LEU 271 - GLU 276 <=> VAL 148 - GLU 153 ) 21: 3icj-A 4b3z-D 247 - 250 <=> 135 - 138 (LEU 280 - PHE 283 <=> VAL 154 - GLN 157 ) 21: 3icj-A 4b3z-D 256 - 266 <=> 141 - 151 (ARG 289 - GLY 299 <=> GLY 160 - TYR 170 ) 21: 3icj-A 4b3z-D 290 - 315 <=> 156 - 181 (VAL 323 - ILE 348 <=> GLN 175 - GLU 200 ) 21: 3icj-A 4b3z-D 316 - 340 <=> 213 - 237 (GLY 349 - SER 373 <=> GLU 232 - MET 256 ) 21: 3icj-A 4b3z-D 341 - 344 <=> 241 - 244 (LEU 374 - ASP 377 <=> ALA 260 - ILE 263 ) 21: 3icj-A 4b3z-D 346 - 351 <=> 245 - 250 (GLN 379 - LYS 384 <=> ILE 264 - LYS 269 ) 21: 3icj-A 4b3z-D 352 - 369 <=> 252 - 269 (GLU 385 - TRP 402 <=> GLY 271 - THR 288 ) 21: 3icj-A 4b3z-D 370 - 373 <=> 289 - 292 (ILE 403 - ARG 406 <=> SER 308 - PRO 311 ) 21: 3icj-A 4b3z-D 383 - 401 <=> 297 - 315 (TYR 416 - PRO 434 <=> TYR 316 - CYS 334 ) 21: 3icj-A 4b3z-D 402 - 405 <=> 336 - 339 (ILE 435 - ALA 438 <=> VAL 355 - ILE 358 ) 21: 3icj-A 4b3z-D 406 - 417 <=> 342 - 353 (ASP 439 - ARG 450 <=> ARG 361 - THR 372 ) 21: 3icj-A 4b3z-D 425 - 446 <=> 355 - 376 (ARG 458 - GLU 479 <=> LYS 374 - TYR 395 ) 21: 3icj-A 4b3z-D 447 - 462 <=> 378 - 393 (ASP 480 - LEU 495 <=> ARG 397 - TRP 412 ) 21: 3icj-A 4b3z-D 465 - 468 <=> 394 - 397 (ASP 498 - LYS 501 <=> ASP 413 - LYS 416 ) 22: 3icj-A 3nqb-A 2 - 11 <=> 25 - 34 (MET 35 - TYR 44 <=> ASP 33 - VAL 42 ) 22: 3icj-A 3nqb-A 13 - 18 <=> 35 - 40 (SER 46 - LYS 51 <=> ASP 43 - GLU 48 ) 22: 3icj-A 3nqb-A 19 - 38 <=> 42 - 61 (LYS 52 - THR 71 <=> ARG 50 - SER 69 ) 22: 3icj-A 3nqb-A 40 - 43 <=> 62 - 65 (LEU 73 - ALA 76 <=> ARG 70 - ALA 73 ) 22: 3icj-A 3nqb-A 48 - 74 <=> 66 - 92 (GLY 81 - MET 107 <=> ALA 74 - ILE 100 ) 22: 3icj-A 3nqb-A 188 - 207 <=> 93 - 112 (TYR 221 - MET 240 <=> THR 101 - ASP 120 ) 22: 3icj-A 3nqb-A 209 - 212 <=> 113 - 116 (VAL 242 - LYS 245 <=> PRO 121 - PHE 124 ) 22: 3icj-A 3nqb-A 213 - 221 <=> 124 - 132 (ALA 246 - GLU 254 <=> GLY 132 - ILE 140 ) 22: 3icj-A 3nqb-A 224 - 238 <=> 133 - 147 (GLY 257 - LEU 271 <=> GLU 141 - VAL 155 ) 22: 3icj-A 3nqb-A 239 - 243 <=> 162 - 166 (LEU 272 - GLU 276 <=> ALA 170 - ALA 174 ) 22: 3icj-A 3nqb-A 246 - 251 <=> 167 - 172 (ASN 279 - GLU 284 <=> ASP 175 - PRO 180 ) 22: 3icj-A 3nqb-A 256 - 261 <=> 173 - 178 (ARG 289 - UNK 294 <=> GLU 181 - ALA 186 ) 22: 3icj-A 3nqb-A 262 - 265 <=> 180 - 183 (LEU 295 - ASP 298 <=> ILE 188 - UNK 191 ) 22: 3icj-A 3nqb-A 290 - 295 <=> 184 - 189 (VAL 323 - GLU 328 <=> ARG 192 - ARG 197 ) 22: 3icj-A 3nqb-A 296 - 318 <=> 193 - 215 (ILE 329 - LYS 351 <=> UNK 201 - LYS 223 ) 22: 3icj-A 3nqb-A 319 - 327 <=> 218 - 226 (ALA 352 - PHE 360 <=> ASP 226 - GLY 234 ) 22: 3icj-A 3nqb-A 334 - 337 <=> 228 - 231 (GLY 367 - GLU 370 <=> SER 236 - HIS 239 ) 22: 3icj-A 3nqb-A 339 - 344 <=> 232 - 237 (ALA 372 - ASP 377 <=> GLU 240 - GLU 245 ) 22: 3icj-A 3nqb-A 346 - 366 <=> 238 - 258 (GLN 379 - SER 399 <=> ASP 246 - LEU 266 ) 22: 3icj-A 3nqb-A 384 - 388 <=> 262 - 266 (ARG 417 - LEU 421 <=> PHE 270 - LEU 274 ) 22: 3icj-A 3nqb-A 390 - 402 <=> 272 - 284 (SER 423 - ILE 435 <=> LEU 280 - PHE 292 ) 22: 3icj-A 3nqb-A 404 - 417 <=> 291 - 304 (PRO 437 - ARG 450 <=> GLY 299 - TYR 312 ) 22: 3icj-A 3nqb-A 425 - 463 <=> 305 - 343 (ARG 458 - ASP 496 <=> GLY 313 - GLU 351 ) 22: 3icj-A 3nqb-A 465 - 468 <=> 344 - 347 (ASP 498 - LYS 501 <=> ASP 352 - GLY 355 ) 23: 3icj-A 2imr-A 1 - 6 <=> 2 - 7 (CYS 34 - ILE 39 <=> THR 35 - THR 40 ) 23: 3icj-A 2imr-A 10 - 14 <=> 11 - 15 (ILE 43 - PHE 47 <=> LEU 44 - ALA 51 ) 23: 3icj-A 2imr-A 18 - 44 <=> 16 - 42 (LYS 51 - GLU 77 <=> GLN 52 - PRO 78 ) 23: 3icj-A 2imr-A 47 - 53 <=> 43 - 49 (GLY 80 - LEU 86 <=> HIS 79 - ALA 85 ) 23: 3icj-A 2imr-A 57 - 71 <=> 52 - 66 (PHE 90 - GLU 104 <=> VAL 88 - MET 102 ) 23: 3icj-A 2imr-A 133 - 136 <=> 78 - 81 (ARG 166 - HIS 169 <=> GLN 114 - PRO 117 ) 23: 3icj-A 2imr-A 185 - 220 <=> 92 - 127 (TYR 218 - LEU 253 <=> GLY 128 - ARG 163 ) 23: 3icj-A 2imr-A 226 - 236 <=> 128 - 138 (LEU 259 - PRO 269 <=> GLU 164 - VAL 174 ) 23: 3icj-A 2imr-A 237 - 242 <=> 152 - 157 (GLU 270 - LEU 275 <=> ALA 188 - LEU 193 ) 23: 3icj-A 2imr-A 246 - 249 <=> 158 - 161 (ASN 279 - LYS 282 <=> GLU 194 - ARG 197 ) 23: 3icj-A 2imr-A 250 - 256 <=> 163 - 169 (PHE 283 - ARG 289 <=> LEU 199 - ARG 205 ) 23: 3icj-A 2imr-A 258 - 261 <=> 170 - 173 (TRP 291 - UNK 294 <=> LEU 206 - SER 209 ) 23: 3icj-A 2imr-A 262 - 265 <=> 175 - 178 (LEU 295 - ASP 298 <=> HIS 211 - PHE 214 ) 23: 3icj-A 2imr-A 290 - 315 <=> 179 - 204 (VAL 323 - ILE 348 <=> THR 215 - ALA 240 ) 23: 3icj-A 2imr-A 318 - 324 <=> 246 - 252 (LYS 351 - LEU 357 <=> THR 282 - ASP 288 ) 23: 3icj-A 2imr-A 325 - 328 <=> 255 - 258 (ASP 358 - GLU 361 <=> GLY 291 - ALA 294 ) 23: 3icj-A 2imr-A 332 - 368 <=> 259 - 295 (PHE 365 - TRP 401 <=> ALA 295 - GLU 331 ) 23: 3icj-A 2imr-A 382 - 390 <=> 298 - 306 (ALA 415 - SER 423 <=> THR 334 - ALA 342 ) 23: 3icj-A 2imr-A 391 - 401 <=> 308 - 318 (ILE 424 - PRO 434 <=> GLY 344 - VAL 354 ) 23: 3icj-A 2imr-A 402 - 405 <=> 320 - 323 (ILE 435 - ALA 438 <=> SER 356 - THR 359 ) 23: 3icj-A 2imr-A 406 - 418 <=> 325 - 337 (ASP 439 - TYR 451 <=> ASN 361 - TYR 373 ) 23: 3icj-A 2imr-A 426 - 444 <=> 340 - 358 (VAL 459 - LEU 477 <=> LEU 376 - GLY 394 ) 23: 3icj-A 2imr-A 448 - 455 <=> 359 - 366 (LEU 481 - PHE 488 <=> THR 397 - GLU 404 ) 23: 3icj-A 2imr-A 459 - 464 <=> 371 - 376 (TYR 492 - ARG 497 <=> GLY 409 - LEU 414 ) 24: 3icj-A 2ogj-A 1 - 6 <=> 2 - 7 (CYS 34 - ILE 39 <=> ALA 15 - THR 20 ) 24: 3icj-A 2ogj-A 8 - 16 <=> 8 - 16 (GLY 41 - PRO 49 <=> ASN 21 - LYS 29 ) 24: 3icj-A 2ogj-A 17 - 20 <=> 18 - 21 (VAL 50 - VAL 53 <=> ALA 31 - SER 34 ) 24: 3icj-A 2ogj-A 21 - 26 <=> 23 - 28 (SER 54 - SER 59 <=> THR 36 - GLY 41 ) 24: 3icj-A 2ogj-A 27 - 35 <=> 30 - 38 (ASN 60 - ASP 68 <=> ASP 43 - SER 51 ) 24: 3icj-A 2ogj-A 39 - 42 <=> 39 - 42 (ALA 72 - ILE 75 <=> ALA 52 - ALA 55 ) 24: 3icj-A 2ogj-A 46 - 53 <=> 43 - 50 (ALA 79 - LEU 86 <=> PRO 56 - ASP 63 ) 24: 3icj-A 2ogj-A 55 - 69 <=> 51 - 65 (GLY 88 - LEU 102 <=> ALA 64 - ILE 80 ) 24: 3icj-A 2ogj-A 70 - 73 <=> 71 - 74 (ASP 103 - GLY 106 <=> ASP 86 - ILE 89 ) 24: 3icj-A 2ogj-A 192 - 195 <=> 75 - 78 (ALA 225 - HIS 228 <=> ARG 90 - GLU 93 ) 24: 3icj-A 2ogj-A 196 - 208 <=> 80 - 92 (LEU 229 - SER 241 <=> GLY 95 - GLY 107 ) 24: 3icj-A 2ogj-A 209 - 221 <=> 94 - 106 (VAL 242 - GLU 254 <=> ALA 109 - ILE 121 ) 24: 3icj-A 2ogj-A 224 - 238 <=> 108 - 122 (GLY 257 - LEU 271 <=> GLU 123 - SER 137 ) 24: 3icj-A 2ogj-A 239 - 244 <=> 142 - 147 (LEU 272 - GLU 277 <=> LEU 157 - GLU 162 ) 24: 3icj-A 2ogj-A 247 - 251 <=> 150 - 154 (LEU 280 - GLU 284 <=> ALA 165 - GLU 169 ) 24: 3icj-A 2ogj-A 256 - 265 <=> 155 - 164 (ARG 289 - ASP 298 <=> HIS 170 - SER 179 ) 24: 3icj-A 2ogj-A 288 - 291 <=> 165 - 168 (GLU 321 - MET 324 <=> HIS 180 - THR 183 ) 24: 3icj-A 2ogj-A 292 - 316 <=> 172 - 196 (ASN 325 - GLY 349 <=> GLY 187 - GLU 211 ) 24: 3icj-A 2ogj-A 319 - 327 <=> 200 - 208 (ALA 352 - PHE 360 <=> LEU 215 - LEU 223 ) 24: 3icj-A 2ogj-A 331 - 340 <=> 209 - 218 (GLU 364 - SER 373 <=> GLY 224 - PHE 233 ) 24: 3icj-A 2ogj-A 341 - 344 <=> 225 - 228 (LEU 374 - ASP 377 <=> SER 240 - GLU 243 ) 24: 3icj-A 2ogj-A 345 - 353 <=> 231 - 239 (ASP 378 - LEU 386 <=> ASP 246 - CYS 254 ) 24: 3icj-A 2ogj-A 354 - 360 <=> 241 - 247 (LYS 387 - GLN 393 <=> GLY 258 - GLY 264 ) 24: 3icj-A 2ogj-A 363 - 366 <=> 253 - 256 (PHE 396 - SER 399 <=> PHE 270 - LYS 273 ) 24: 3icj-A 2ogj-A 382 - 385 <=> 257 - 260 (ALA 415 - LEU 418 <=> VAL 274 - ALA 277 ) 24: 3icj-A 2ogj-A 386 - 389 <=> 265 - 268 (LYS 419 - SER 422 <=> GLY 282 - PRO 285 ) 24: 3icj-A 2ogj-A 394 - 401 <=> 269 - 276 (LEU 427 - PRO 434 <=> PHE 286 - HIS 293 ) 24: 3icj-A 2ogj-A 402 - 405 <=> 283 - 286 (ILE 435 - ALA 438 <=> PRO 300 - ASP 303 ) 24: 3icj-A 2ogj-A 407 - 417 <=> 287 - 297 (PRO 440 - ARG 450 <=> LEU 304 - VAL 314 ) 24: 3icj-A 2ogj-A 425 - 441 <=> 298 - 314 (ARG 458 - GLN 474 <=> ASP 315 - SER 331 ) 24: 3icj-A 2ogj-A 443 - 448 <=> 315 - 320 (THR 476 - LEU 481 <=> VAL 332 - UNK 337 ) 24: 3icj-A 2ogj-A 450 - 462 <=> 323 - 335 (LYS 483 - LEU 495 <=> ARG 340 - PHE 352 ) 24: 3icj-A 2ogj-A 465 - 468 <=> 336 - 339 (ASP 498 - LYS 501 <=> ASP 353 - ASP 356 ) 25: 3icj-A 1a4m-A 59 - 72 <=> 5 - 18 (MET 92 - LEU 105 <=> ASN 8 - ALA 21 ) 25: 3icj-A 1a4m-A 75 - 78 <=> 19 - 22 (SER 108 - MET 111 <=> ILE 22 - GLU 25 ) 25: 3icj-A 1a4m-A 99 - 102 <=> 26 - 29 (GLY 132 - ILE 135 <=> TYR 29 - LYS 32 ) 25: 3icj-A 1a4m-A 126 - 131 <=> 32 - 37 (ARG 159 - TYR 164 <=> GLY 35 - ALA 40 ) 25: 3icj-A 1a4m-A 132 - 135 <=> 43 - 46 (ARG 165 - PHE 168 <=> LEU 46 - ILE 49 ) 25: 3icj-A 1a4m-A 169 - 177 <=> 62 - 70 (GLU 202 - GLU 210 <=> PHE 65 - ALA 73 ) 25: 3icj-A 1a4m-A 180 - 211 <=> 71 - 102 (LEU 213 - GLU 244 <=> GLY 74 - HIS 105 ) 25: 3icj-A 1a4m-A 212 - 221 <=> 125 - 134 (LYS 245 - GLU 254 <=> ASP 128 - LEU 137 ) 25: 3icj-A 1a4m-A 224 - 227 <=> 135 - 138 (GLY 257 - LYS 260 <=> GLN 138 - GLU 141 ) 25: 3icj-A 1a4m-A 228 - 236 <=> 143 - 151 (MET 261 - PRO 269 <=> ILE 146 - CYS 154 ) 25: 3icj-A 1a4m-A 237 - 243 <=> 161 - 167 (GLU 270 - GLU 276 <=> GLU 164 - LYS 170 ) 25: 3icj-A 1a4m-A 247 - 251 <=> 168 - 172 (LEU 280 - GLU 284 <=> LYS 171 - LYS 175 ) 25: 3icj-A 1a4m-A 256 - 267 <=> 173 - 184 (ARG 289 - SER 300 <=> THR 176 - THR 187 ) 25: 3icj-A 1a4m-A 287 - 315 <=> 185 - 213 (GLY 320 - ILE 348 <=> ILE 188 - GLY 216 ) 25: 3icj-A 1a4m-A 316 - 327 <=> 217 - 228 (GLY 349 - PHE 360 <=> SER 220 - LEU 231 ) 25: 3icj-A 1a4m-A 332 - 342 <=> 229 - 239 (PHE 365 - VAL 375 <=> LYS 232 - THR 242 ) 25: 3icj-A 1a4m-A 343 - 368 <=> 242 - 267 (ARG 376 - TRP 401 <=> ASP 245 - GLY 270 ) 25: 3icj-A 1a4m-A 370 - 373 <=> 270 - 273 (ILE 403 - ARG 406 <=> ASP 273 - THR 276 ) 25: 3icj-A 1a4m-A 383 - 389 <=> 275 - 281 (TYR 416 - SER 422 <=> HIS 278 - LYS 284 ) 25: 3icj-A 1a4m-A 390 - 401 <=> 283 - 294 (SER 423 - PRO 434 <=> ASP 286 - PRO 297 ) 25: 3icj-A 1a4m-A 402 - 405 <=> 297 - 300 (ILE 435 - ALA 438 <=> PHE 300 - THR 303 ) 25: 3icj-A 1a4m-A 407 - 418 <=> 301 - 312 (PRO 440 - TYR 451 <=> LEU 304 - MET 315 ) 25: 3icj-A 1a4m-A 425 - 434 <=> 313 - 322 (ARG 458 - LEU 467 <=> GLY 316 - LEU 325 ) 25: 3icj-A 1a4m-A 436 - 444 <=> 323 - 331 (THR 469 - LEU 477 <=> ASN 326 - PHE 334 ) 25: 3icj-A 1a4m-A 445 - 448 <=> 337 - 340 (ALA 478 - LEU 481 <=> LYS 340 - LEU 343 ) 25: 3icj-A 1a4m-A 449 - 452 <=> 343 - 346 (GLY 482 - GLU 485 <=> ARG 346 - ARG 349 ) 26: 3icj-A 1a5k-C 2 - 11 <=> 66 - 75 (MET 35 - TYR 44 <=> ASP 67 - VAL 76 ) 26: 3icj-A 1a5k-C 14 - 36 <=> 76 - 98 (PHE 47 - SER 69 <=> ASP 77 - ALA 99 ) 26: 3icj-A 1a5k-C 37 - 40 <=> 107 - 110 (SER 70 - LEU 73 <=> VAL 108 - PRO 111 ) 26: 3icj-A 1a5k-C 43 - 46 <=> 111 - 114 (ALA 76 - ALA 79 <=> ILE 112 - ALA 115 ) 26: 3icj-A 1a5k-C 48 - 68 <=> 115 - 135 (GLY 81 - HIS 101 <=> THR 116 - HIS 136 ) 26: 3icj-A 1a5k-C 70 - 73 <=> 136 - 139 (ASP 103 - GLY 106 <=> TRP 137 - PRO 140 ) 26: 3icj-A 1a5k-C 191 - 206 <=> 140 - 155 (SER 224 - PHE 239 <=> GLN 141 - GLY 156 ) 26: 3icj-A 1a5k-C 207 - 211 <=> 168 - 172 (MET 240 - GLU 244 <=> THR 169 - GLY 173 ) 26: 3icj-A 1a5k-C 212 - 221 <=> 174 - 183 (LYS 245 - GLU 254 <=> TRP 175 - ALA 184 ) 26: 3icj-A 1a5k-C 224 - 236 <=> 184 - 196 (GLY 257 - PRO 269 <=> ASP 185 - GLY 197 ) 26: 3icj-A 1a5k-C 237 - 243 <=> 203 - 209 (GLU 270 - GLU 276 <=> ALA 204 - ALA 210 ) 26: 3icj-A 1a5k-C 257 - 265 <=> 212 - 220 (ILE 290 - ASP 298 <=> VAL 213 - ASP 221 ) 26: 3icj-A 1a5k-C 290 - 314 <=> 222 - 246 (VAL 323 - ALA 347 <=> GLY 223 - SER 247 ) 26: 3icj-A 1a5k-C 320 - 328 <=> 255 - 263 (VAL 353 - GLU 361 <=> VAL 256 - GLY 264 ) 26: 3icj-A 1a5k-C 331 - 341 <=> 264 - 274 (GLU 364 - LEU 374 <=> GLY 265 - GLY 275 ) 26: 3icj-A 1a5k-C 343 - 373 <=> 280 - 310 (ARG 376 - ARG 406 <=> ALA 281 - GLU 311 ) 26: 3icj-A 1a5k-C 378 - 382 <=> 337 - 341 (ARG 411 - ALA 415 <=> ARG 338 - ILE 342 ) 26: 3icj-A 1a5k-C 384 - 389 <=> 347 - 352 (ARG 417 - SER 422 <=> LEU 348 - ALA 353 ) 26: 3icj-A 1a5k-C 394 - 401 <=> 354 - 361 (LEU 427 - PRO 434 <=> SER 355 - GLN 362 ) 26: 3icj-A 1a5k-C 402 - 405 <=> 363 - 366 (ILE 435 - ALA 438 <=> MET 364 - VAL 367 ) 26: 3icj-A 1a5k-C 406 - 418 <=> 368 - 380 (ASP 439 - TYR 451 <=> GLU 369 - MET 381 ) 26: 3icj-A 1a5k-C 427 - 446 <=> 398 - 417 (SER 460 - GLU 479 <=> ARG 399 - ALA 418 ) 26: 3icj-A 1a5k-C 447 - 467 <=> 419 - 439 (ASP 480 - LEU 500 <=> GLU 420 - PHE 440 ) 27: 3icj-A 2y1h-B 59 - 71 <=> 1 - 13 (MET 92 - GLU 104 <=> GLY 5 - ALA 17 ) 27: 3icj-A 2y1h-B 72 - 76 <=> 15 - 19 (LEU 105 - LEU 109 <=> ASP 19 - ASP 23 ) 27: 3icj-A 2y1h-B 189 - 208 <=> 20 - 39 (ILE 222 - SER 241 <=> LEU 24 - ALA 43 ) 27: 3icj-A 2y1h-B 210 - 221 <=> 45 - 56 (GLY 243 - GLU 254 <=> PHE 49 - ASN 60 ) 27: 3icj-A 2y1h-B 228 - 236 <=> 57 - 65 (MET 261 - PRO 269 <=> GLY 61 - VAL 69 ) 27: 3icj-A 2y1h-B 237 - 243 <=> 83 - 89 (GLU 270 - GLU 276 <=> VAL 90 - GLU 96 ) 27: 3icj-A 2y1h-B 247 - 251 <=> 90 - 94 (LEU 280 - GLU 284 <=> ASN 97 - ARG 101 ) 27: 3icj-A 2y1h-B 257 - 260 <=> 95 - 98 (ILE 290 - VAL 293 <=> LEU 102 - ILE 105 ) 27: 3icj-A 2y1h-B 261 - 266 <=> 100 - 105 (UNK 294 - GLY 299 <=> GLU 107 - PHE 112 ) 27: 3icj-A 2y1h-B 286 - 289 <=> 107 - 110 (SER 319 - LEU 322 <=> PRO 114 - ALA 117 ) 27: 3icj-A 2y1h-B 292 - 316 <=> 119 - 143 (ASN 325 - GLY 349 <=> GLN 126 - SER 150 ) 27: 3icj-A 2y1h-B 319 - 333 <=> 144 - 158 (ALA 352 - SER 366 <=> ALA 151 - GLU 165 ) 27: 3icj-A 2y1h-B 334 - 344 <=> 160 - 170 (GLY 367 - ASP 377 <=> VAL 167 - SER 177 ) 27: 3icj-A 2y1h-B 346 - 360 <=> 171 - 185 (GLN 379 - GLN 393 <=> VAL 178 - PRO 192 ) 27: 3icj-A 2y1h-B 362 - 367 <=> 186 - 191 (HIS 395 - ASP 400 <=> PRO 193 - SER 198 ) 27: 3icj-A 2y1h-B 380 - 383 <=> 192 - 195 (LYS 413 - TYR 416 <=> GLY 199 - GLN 202 ) 27: 3icj-A 2y1h-B 384 - 390 <=> 197 - 203 (ARG 417 - SER 423 <=> LEU 204 - LEU 210 ) 27: 3icj-A 2y1h-B 393 - 402 <=> 205 - 214 (LYS 426 - ILE 435 <=> SER 212 - ALA 221 ) 27: 3icj-A 2y1h-B 403 - 406 <=> 223 - 226 (GLU 436 - ASP 439 <=> ASN 230 - TRP 233 ) 27: 3icj-A 2y1h-B 407 - 416 <=> 228 - 237 (PRO 440 - ASN 449 <=> ILE 235 - GLN 244 ) 27: 3icj-A 2y1h-B 425 - 428 <=> 238 - 241 (ARG 458 - ARG 461 <=> VAL 245 - ILE 248 ) 27: 3icj-A 2y1h-B 429 - 443 <=> 244 - 258 (GLU 462 - THR 476 <=> GLU 251 - PHE 265 ) 27: 3icj-A 2y1h-B 444 - 447 <=> 260 - 263 (LEU 477 - ASP 480 <=> LYS 267 - HIS 270 ) 28: 3icj-A 2ffi-A 60 - 70 <=> 3 - 13 (PRO 93 - ASP 103 <=> LEU 12 - PHE 22 ) 28: 3icj-A 2ffi-A 101 - 104 <=> 19 - 22 (ILE 134 - GLY 137 <=> LEU 28 - GLN 31 ) 28: 3icj-A 2ffi-A 170 - 175 <=> 23 - 28 (GLU 203 - ILE 208 <=> ARG 32 - ASN 37 ) 28: 3icj-A 2ffi-A 188 - 208 <=> 32 - 52 (TYR 221 - SER 241 <=> PRO 41 - GLN 61 ) 28: 3icj-A 2ffi-A 210 - 221 <=> 60 - 71 (GLY 243 - GLU 254 <=> ASN 69 - PRO 80 ) 28: 3icj-A 2ffi-A 229 - 237 <=> 73 - 81 (ASN 262 - GLU 270 <=> GLN 82 - GLU 90 ) 28: 3icj-A 2ffi-A 240 - 244 <=> 84 - 88 (ASP 273 - GLU 277 <=> VAL 93 - THR 97 ) 28: 3icj-A 2ffi-A 246 - 251 <=> 90 - 95 (ASN 279 - GLU 284 <=> ALA 99 - LEU 104 ) 28: 3icj-A 2ffi-A 256 - 266 <=> 96 - 106 (ARG 289 - GLY 299 <=> GLY 105 - GLY 115 ) 28: 3icj-A 2ffi-A 288 - 295 <=> 107 - 114 (GLU 321 - GLU 328 <=> GLN 116 - GLY 123 ) 28: 3icj-A 2ffi-A 297 - 314 <=> 118 - 135 (VAL 330 - ALA 347 <=> ARG 127 - ARG 144 ) 28: 3icj-A 2ffi-A 316 - 337 <=> 136 - 157 (GLY 349 - GLU 370 <=> GLN 145 - ASP 166 ) 28: 3icj-A 2ffi-A 338 - 341 <=> 159 - 162 (HIS 371 - LEU 374 <=> PHE 168 - PRO 171 ) 28: 3icj-A 2ffi-A 342 - 346 <=> 172 - 176 (VAL 375 - GLN 379 <=> GLY 181 - LEU 185 ) 28: 3icj-A 2ffi-A 347 - 350 <=> 178 - 181 (LEU 380 - ILE 383 <=> THR 187 - GLY 190 ) 28: 3icj-A 2ffi-A 352 - 360 <=> 182 - 190 (GLU 385 - GLN 393 <=> ARG 191 - SER 199 ) 28: 3icj-A 2ffi-A 362 - 371 <=> 191 - 200 (HIS 395 - VAL 404 <=> GLY 200 - GLU 209 ) 28: 3icj-A 2ffi-A 384 - 392 <=> 209 - 217 (ARG 417 - THR 425 <=> ALA 218 - TYR 226 ) 28: 3icj-A 2ffi-A 393 - 402 <=> 221 - 230 (LYS 426 - ILE 435 <=> ARG 230 - HIS 239 ) 28: 3icj-A 2ffi-A 403 - 406 <=> 237 - 240 (GLU 436 - ASP 439 <=> VAL 246 - GLY 249 ) 28: 3icj-A 2ffi-A 407 - 415 <=> 242 - 250 (PRO 440 - VAL 448 <=> ALA 251 - GLY 259 ) 28: 3icj-A 2ffi-A 426 - 441 <=> 251 - 266 (VAL 459 - GLN 474 <=> CYS 260 - ALA 275 ) 28: 3icj-A 2ffi-A 443 - 448 <=> 267 - 272 (THR 476 - LEU 481 <=> LEU 276 - LEU 281 ) 29: 3icj-A 3cjp-A 61 - 71 <=> 1 - 11 (ALA 94 - GLU 104 <=> LEU 3 - LEU 13 ) 29: 3icj-A 3cjp-A 188 - 209 <=> 12 - 33 (TYR 221 - VAL 242 <=> PRO 14 - THR 35 ) 29: 3icj-A 3cjp-A 210 - 221 <=> 71 - 82 (GLY 243 - GLU 254 <=> SER 73 - TYR 84 ) 29: 3icj-A 3cjp-A 228 - 237 <=> 84 - 93 (MET 261 - GLU 270 <=> SER 86 - PRO 95 ) 29: 3icj-A 3cjp-A 238 - 242 <=> 104 - 108 (LEU 271 - LEU 275 <=> TYR 106 - ASN 110 ) 29: 3icj-A 3cjp-A 247 - 250 <=> 110 - 113 (LEU 280 - PHE 283 <=> VAL 112 - LYS 115 ) 29: 3icj-A 3cjp-A 257 - 261 <=> 114 - 118 (ILE 290 - UNK 294 <=> LEU 116 - GLY 120 ) 29: 3icj-A 3cjp-A 262 - 265 <=> 120 - 123 (LEU 295 - ASP 298 <=> LEU 122 - ALA 125 ) 29: 3icj-A 3cjp-A 289 - 293 <=> 124 - 128 (LEU 322 - LYS 326 <=> SER 126 - LYS 130 ) 29: 3icj-A 3cjp-A 295 - 307 <=> 129 - 141 (GLU 328 - GLY 340 <=> SER 131 - GLY 143 ) 29: 3icj-A 3cjp-A 308 - 315 <=> 143 - 150 (LEU 341 - ILE 348 <=> LEU 145 - PHE 152 ) 29: 3icj-A 3cjp-A 316 - 331 <=> 154 - 169 (GLY 349 - GLU 364 <=> VAL 156 - PRO 171 ) 29: 3icj-A 3cjp-A 332 - 338 <=> 171 - 177 (PHE 365 - HIS 371 <=> VAL 173 - HIS 179 ) 29: 3icj-A 3cjp-A 339 - 354 <=> 179 - 194 (ALA 372 - LYS 387 <=> GLY 181 - GLN 196 ) 29: 3icj-A 3cjp-A 355 - 360 <=> 196 - 201 (VAL 388 - GLN 393 <=> LEU 198 - SER 203 ) 29: 3icj-A 3cjp-A 362 - 365 <=> 202 - 205 (HIS 395 - VAL 398 <=> ALA 204 - SER 207 ) 29: 3icj-A 3cjp-A 384 - 392 <=> 208 - 216 (ARG 417 - THR 425 <=> VAL 210 - LEU 218 ) 29: 3icj-A 3cjp-A 393 - 406 <=> 219 - 232 (LYS 426 - ASP 439 <=> LYS 221 - GLN 234 ) 29: 3icj-A 3cjp-A 409 - 416 <=> 233 - 240 (VAL 442 - ASN 449 <=> LEU 235 - LYS 242 ) 29: 3icj-A 3cjp-A 425 - 429 <=> 241 - 245 (ARG 458 - GLU 462 <=> MET 243 - SER 247 ) 29: 3icj-A 3cjp-A 430 - 441 <=> 247 - 258 (GLU 463 - GLN 474 <=> VAL 249 - ARG 260 ) 29: 3icj-A 3cjp-A 444 - 447 <=> 259 - 262 (LEU 477 - ASP 480 <=> LEU 261 - ILE 264 ) 30: 3icj-A 3gg7-A 61 - 73 <=> 1 - 13 (ALA 94 - GLY 106 <=> SER 0 - PRO 12 ) 30: 3icj-A 3gg7-A 188 - 201 <=> 14 - 27 (TYR 221 - VAL 234 <=> ASP 13 - LEU 26 ) 30: 3icj-A 3gg7-A 203 - 209 <=> 28 - 34 (SER 236 - VAL 242 <=> THR 27 - THR 33 ) 30: 3icj-A 3gg7-A 210 - 218 <=> 39 - 47 (GLY 243 - PHE 251 <=> TRP 38 - ALA 46 ) 30: 3icj-A 3gg7-A 226 - 236 <=> 48 - 58 (LEU 259 - PRO 269 <=> GLY 47 - PHE 57 ) 30: 3icj-A 3gg7-A 237 - 240 <=> 72 - 75 (GLU 270 - ASP 273 <=> TRP 71 - ARG 74 ) 30: 3icj-A 3gg7-A 247 - 250 <=> 76 - 79 (LEU 280 - PHE 283 <=> TYR 75 - GLU 78 ) 30: 3icj-A 3gg7-A 257 - 261 <=> 80 - 84 (ILE 290 - UNK 294 <=> THR 79 - GLY 83 ) 30: 3icj-A 3gg7-A 262 - 266 <=> 86 - 90 (LEU 295 - GLY 299 <=> VAL 85 - GLY 89 ) 30: 3icj-A 3gg7-A 286 - 289 <=> 92 - 95 (SER 319 - LEU 322 <=> PRO 91 - ARG 94 ) 30: 3icj-A 3gg7-A 292 - 307 <=> 101 - 116 (ASN 325 - GLY 340 <=> GLN 100 - GLY 115 ) 30: 3icj-A 3gg7-A 308 - 316 <=> 118 - 126 (LEU 341 - GLY 349 <=> ARG 117 - ARG 125 ) 30: 3icj-A 3gg7-A 319 - 332 <=> 127 - 140 (ALA 352 - PHE 365 <=> ALA 126 - ARG 139 ) 30: 3icj-A 3gg7-A 333 - 340 <=> 143 - 150 (SER 366 - SER 373 <=> THR 142 - SER 149 ) 30: 3icj-A 3gg7-A 342 - 365 <=> 151 - 174 (VAL 375 - VAL 398 <=> GLY 150 - ARG 173 ) 30: 3icj-A 3gg7-A 380 - 383 <=> 176 - 179 (LYS 413 - TYR 416 <=> GLN 175 - ALA 178 ) 30: 3icj-A 3gg7-A 384 - 390 <=> 181 - 187 (ARG 417 - SER 423 <=> LEU 180 - ARG 186 ) 30: 3icj-A 3gg7-A 393 - 401 <=> 189 - 197 (LYS 426 - PRO 434 <=> ARG 188 - PRO 196 ) 30: 3icj-A 3gg7-A 402 - 405 <=> 205 - 208 (ILE 435 - ALA 438 <=> ALA 204 - PRO 207 ) 30: 3icj-A 3gg7-A 406 - 416 <=> 210 - 220 (ASP 439 - ASN 449 <=> ASP 209 - LYS 219 ) 30: 3icj-A 3gg7-A 424 - 427 <=> 221 - 224 (GLU 457 - SER 460 <=> ILE 220 - ILE 223 ) 30: 3icj-A 3gg7-A 428 - 441 <=> 226 - 239 (ARG 461 - GLN 474 <=> ALA 225 - ARG 238 ) 30: 3icj-A 3gg7-A 444 - 447 <=> 240 - 243 (LEU 477 - ASP 480 <=> LEU 239 - THR 242 ) 31: 3icj-A 4dlf-A 60 - 70 <=> 1 - 11 (PRO 93 - ASP 103 <=> ALA 3 - TRP 13 ) 31: 3icj-A 4dlf-A 77 - 80 <=> 12 - 15 (GLU 110 - ASP 113 <=> ARG 14 - ALA 17 ) 31: 3icj-A 4dlf-A 132 - 136 <=> 22 - 26 (ARG 165 - HIS 169 <=> GLY 24 - GLY 28 ) 31: 3icj-A 4dlf-A 188 - 208 <=> 33 - 53 (TYR 221 - SER 241 <=> LEU 35 - GLN 55 ) 31: 3icj-A 4dlf-A 209 - 219 <=> 60 - 70 (VAL 242 - GLU 252 <=> GLU 62 - ASP 72 ) 31: 3icj-A 4dlf-A 226 - 237 <=> 71 - 82 (LEU 259 - GLU 270 <=> GLU 73 - ASP 84 ) 31: 3icj-A 4dlf-A 239 - 243 <=> 89 - 93 (LEU 272 - GLU 276 <=> ALA 91 - ALA 95 ) 31: 3icj-A 4dlf-A 247 - 251 <=> 94 - 98 (LEU 280 - GLU 284 <=> GLU 96 - THR 100 ) 31: 3icj-A 4dlf-A 256 - 266 <=> 99 - 109 (ARG 289 - GLY 299 <=> LYS 101 - ASP 111 ) 31: 3icj-A 4dlf-A 287 - 290 <=> 110 - 113 (GLY 320 - VAL 323 <=> GLU 112 - VAL 115 ) 31: 3icj-A 4dlf-A 292 - 295 <=> 116 - 119 (ASN 325 - GLU 328 <=> PHE 118 - ASP 121 ) 31: 3icj-A 4dlf-A 296 - 318 <=> 122 - 144 (ILE 329 - LYS 351 <=> PHE 124 - GLN 146 ) 31: 3icj-A 4dlf-A 320 - 332 <=> 145 - 157 (VAL 353 - PHE 365 <=> LEU 147 - ALA 159 ) 31: 3icj-A 4dlf-A 333 - 337 <=> 159 - 163 (SER 366 - GLU 370 <=> TRP 161 - ASP 165 ) 31: 3icj-A 4dlf-A 338 - 341 <=> 165 - 168 (HIS 371 - LEU 374 <=> ALA 167 - PRO 170 ) 31: 3icj-A 4dlf-A 343 - 346 <=> 183 - 186 (ARG 376 - GLN 379 <=> TRP 185 - ALA 188 ) 31: 3icj-A 4dlf-A 347 - 360 <=> 188 - 201 (LEU 380 - GLN 393 <=> ARG 190 - SER 203 ) 31: 3icj-A 4dlf-A 363 - 368 <=> 203 - 208 (PHE 396 - TRP 401 <=> LEU 205 - ASP 210 ) 31: 3icj-A 4dlf-A 369 - 372 <=> 213 - 216 (TRP 402 - ASN 405 <=> LEU 215 - SER 218 ) 31: 3icj-A 4dlf-A 384 - 392 <=> 224 - 232 (ARG 417 - THR 425 <=> CYS 226 - PHE 234 ) 31: 3icj-A 4dlf-A 393 - 402 <=> 236 - 245 (LYS 426 - ILE 435 <=> ARG 238 - VAL 247 ) 31: 3icj-A 4dlf-A 403 - 406 <=> 250 - 253 (GLU 436 - ASP 439 <=> ALA 252 - ASP 255 ) 31: 3icj-A 4dlf-A 407 - 416 <=> 256 - 265 (PRO 440 - ASN 449 <=> ALA 258 - SER 267 ) 31: 3icj-A 4dlf-A 425 - 446 <=> 266 - 287 (ARG 458 - GLU 479 <=> ARG 268 - PRO 289 ) 32: 3icj-A 2ob3-A 61 - 71 <=> 16 - 26 (ALA 94 - GLU 104 <=> GLY 50 - GLY 60 ) 32: 3icj-A 2ob3-A 172 - 180 <=> 28 - 36 (ARG 205 - LEU 213 <=> SER 62 - PRO 70 ) 32: 3icj-A 2ob3-A 181 - 210 <=> 41 - 70 (THR 214 - GLY 243 <=> SER 75 - PHE 104 ) 32: 3icj-A 2ob3-A 213 - 221 <=> 75 - 83 (ALA 246 - GLU 254 <=> ASP 109 - SER 117 ) 32: 3icj-A 2ob3-A 224 - 236 <=> 84 - 96 (GLY 257 - PRO 269 <=> ARG 118 - LEU 130 ) 32: 3icj-A 2ob3-A 237 - 244 <=> 115 - 122 (GLU 270 - GLU 277 <=> PHE 149 - TYR 156 ) 32: 3icj-A 2ob3-A 257 - 265 <=> 131 - 139 (ILE 290 - ASP 298 <=> ALA 165 - THR 173 ) 32: 3icj-A 2ob3-A 288 - 291 <=> 140 - 143 (GLU 321 - MET 324 <=> GLY 174 - THR 177 ) 32: 3icj-A 2ob3-A 292 - 317 <=> 146 - 171 (ASN 325 - ASP 350 <=> GLN 180 - SER 205 ) 32: 3icj-A 2ob3-A 318 - 329 <=> 173 - 184 (LYS 351 - GLU 362 <=> ARG 207 - SER 218 ) 32: 3icj-A 2ob3-A 330 - 333 <=> 186 - 189 (ALA 363 - SER 366 <=> GLY 220 - PRO 223 ) 32: 3icj-A 2ob3-A 334 - 339 <=> 192 - 197 (GLY 367 - ALA 372 <=> VAL 226 - SER 231 ) 32: 3icj-A 2ob3-A 340 - 359 <=> 199 - 218 (SER 373 - ALA 392 <=> ASP 233 - LEU 252 ) 32: 3icj-A 2ob3-A 360 - 363 <=> 220 - 223 (GLN 393 - PHE 396 <=> HIS 254 - TYR 257 ) 32: 3icj-A 2ob3-A 367 - 370 <=> 238 - 241 (ASP 400 - ILE 403 <=> LEU 272 - ARG 275 ) 32: 3icj-A 2ob3-A 383 - 389 <=> 248 - 254 (TYR 416 - SER 422 <=> LEU 282 - ILE 288 ) 32: 3icj-A 2ob3-A 390 - 401 <=> 258 - 269 (SER 423 - PRO 434 <=> TYR 292 - THR 303 ) 32: 3icj-A 2ob3-A 404 - 407 <=> 290 - 293 (PRO 437 - PRO 440 <=> GLY 324 - PHE 327 ) 32: 3icj-A 2ob3-A 408 - 417 <=> 296 - 305 (TRP 441 - ARG 450 <=> LEU 330 - LYS 339 ) 32: 3icj-A 2ob3-A 425 - 444 <=> 306 - 325 (ARG 458 - LEU 477 <=> GLY 340 - SER 359 ) 33: 3icj-A 3pnu-A 54 - 57 <=> 6 - 9 (LYS 87 - PHE 90 <=> GLN -3 - ALA 0 ) 33: 3icj-A 3pnu-A 58 - 70 <=> 11 - 23 (VAL 91 - ASP 103 <=> LYS 2 - ARG 14 ) 33: 3icj-A 3pnu-A 185 - 198 <=> 24 - 37 (TYR 218 - SER 231 <=> ASP 15 - ARG 28 ) 33: 3icj-A 3pnu-A 200 - 210 <=> 38 - 48 (GLY 233 - GLY 243 <=> ASP 29 - LEU 39 ) 33: 3icj-A 3pnu-A 211 - 221 <=> 56 - 66 (GLU 244 - GLU 254 <=> GLU 47 - LEU 57 ) 33: 3icj-A 3pnu-A 224 - 227 <=> 67 - 70 (GLY 257 - LYS 260 <=> LYS 58 - LYS 61 ) 33: 3icj-A 3pnu-A 228 - 237 <=> 74 - 83 (MET 261 - GLU 270 <=> PHE 65 - LYS 74 ) 33: 3icj-A 3pnu-A 240 - 243 <=> 88 - 91 (ASP 273 - GLU 276 <=> LYS 79 - TYR 82 ) 33: 3icj-A 3pnu-A 247 - 251 <=> 92 - 96 (LEU 280 - GLU 284 <=> SER 83 - GLU 87 ) 33: 3icj-A 3pnu-A 257 - 264 <=> 97 - 104 (ILE 290 - VAL 297 <=> ILE 88 - PRO 95 ) 33: 3icj-A 3pnu-A 290 - 294 <=> 116 - 120 (VAL 323 - ASP 327 <=> SER 107 - ILE 111 ) 33: 3icj-A 3pnu-A 295 - 315 <=> 122 - 142 (GLU 328 - ILE 348 <=> TYR 113 - GLU 133 ) 33: 3icj-A 3pnu-A 316 - 331 <=> 151 - 166 (GLY 349 - GLU 364 <=> GLU 142 - PRO 157 ) 33: 3icj-A 3pnu-A 332 - 343 <=> 168 - 179 (PHE 365 - ARG 376 <=> LEU 159 - THR 170 ) 33: 3icj-A 3pnu-A 347 - 354 <=> 181 - 188 (LEU 380 - LYS 387 <=> CYS 172 - GLU 179 ) 33: 3icj-A 3pnu-A 355 - 372 <=> 190 - 207 (VAL 388 - ASN 405 <=> LEU 181 - ILE 198 ) 33: 3icj-A 3pnu-A 378 - 389 <=> 223 - 234 (ARG 411 - SER 422 <=> ARG 214 - ALA 225 ) 33: 3icj-A 3pnu-A 391 - 401 <=> 238 - 248 (ILE 424 - PRO 434 <=> TYR 229 - ALA 239 ) 33: 3icj-A 3pnu-A 402 - 405 <=> 258 - 261 (ILE 435 - ALA 438 <=> VAL 255 - ALA 258 ) 33: 3icj-A 3pnu-A 406 - 416 <=> 264 - 274 (ASP 439 - ASN 449 <=> ILE 261 - GLN 271 ) 33: 3icj-A 3pnu-A 425 - 442 <=> 275 - 292 (ARG 458 - VAL 475 <=> ASN 272 - ILE 289 ) 33: 3icj-A 3pnu-A 444 - 448 <=> 293 - 297 (LEU 477 - LEU 481 <=> TYR 290 - PHE 294 ) 33: 3icj-A 3pnu-A 455 - 465 <=> 298 - 308 (PHE 488 - ASP 498 <=> LYS 295 - LYS 305 ) 34: 3icj-A 1bf6-A 60 - 71 <=> 5 - 16 (PRO 93 - GLU 104 <=> THR 6 - ILE 17 ) 34: 3icj-A 1bf6-A 168 - 171 <=> 20 - 23 (LEU 201 - SER 204 <=> GLY 21 - ASN 24 ) 34: 3icj-A 1bf6-A 173 - 176 <=> 24 - 27 (LYS 206 - ASN 209 <=> ASN 25 - CYS 28 ) 34: 3icj-A 1bf6-A 185 - 210 <=> 31 - 56 (TYR 218 - GLY 243 <=> GLN 32 - ARG 57 ) 34: 3icj-A 1bf6-A 211 - 221 <=> 59 - 69 (GLU 244 - GLU 254 <=> GLY 60 - MET 70 ) 34: 3icj-A 1bf6-A 224 - 236 <=> 70 - 82 (GLY 257 - PRO 269 <=> ARG 71 - TYR 83 ) 34: 3icj-A 1bf6-A 237 - 244 <=> 103 - 110 (GLU 270 - GLU 277 <=> GLU 104 - GLN 111 ) 34: 3icj-A 1bf6-A 257 - 261 <=> 119 - 123 (ILE 290 - UNK 294 <=> ALA 120 - ALA 124 ) 34: 3icj-A 1bf6-A 262 - 266 <=> 125 - 129 (LEU 295 - GLY 299 <=> ILE 126 - GLU 130 ) 34: 3icj-A 1bf6-A 288 - 291 <=> 130 - 133 (GLU 321 - MET 324 <=> GLY 131 - THR 134 ) 34: 3icj-A 1bf6-A 292 - 329 <=> 136 - 173 (ASN 325 - GLU 362 <=> GLU 137 - ALA 174 ) 34: 3icj-A 1bf6-A 330 - 333 <=> 175 - 178 (ALA 363 - SER 366 <=> GLY 176 - LEU 179 ) 34: 3icj-A 1bf6-A 334 - 340 <=> 181 - 187 (GLY 367 - SER 373 <=> VAL 182 - ASP 188 ) 34: 3icj-A 1bf6-A 341 - 344 <=> 190 - 193 (LEU 374 - ASP 377 <=> ASP 191 - ASP 194 ) 34: 3icj-A 1bf6-A 346 - 359 <=> 194 - 207 (GLN 379 - ALA 392 <=> ASN 195 - PHE 208 ) 34: 3icj-A 1bf6-A 360 - 363 <=> 209 - 212 (GLN 393 - PHE 396 <=> THR 210 - LYS 213 ) 34: 3icj-A 1bf6-A 367 - 370 <=> 213 - 216 (ASP 400 - ILE 403 <=> ASN 214 - TYR 217 ) 34: 3icj-A 1bf6-A 384 - 389 <=> 224 - 229 (ARG 417 - SER 422 <=> MET 225 - ARG 230 ) 34: 3icj-A 1bf6-A 390 - 401 <=> 233 - 244 (SER 423 - PRO 434 <=> LEU 234 - THR 245 ) 34: 3icj-A 1bf6-A 404 - 408 <=> 257 - 261 (PRO 437 - TRP 441 <=> TYR 258 - LEU 262 ) 34: 3icj-A 1bf6-A 409 - 417 <=> 263 - 271 (VAL 442 - ARG 450 <=> THR 264 - SER 272 ) 34: 3icj-A 1bf6-A 425 - 444 <=> 272 - 291 (ARG 458 - LEU 477 <=> GLY 273 - GLN 292 ) 35: 3icj-A 2a3l-A 7 - 13 <=> 153 - 159 (ASN 40 - SER 46 <=> SER 376 - PHE 382 ) 35: 3icj-A 2a3l-A 59 - 75 <=> 161 - 177 (MET 92 - SER 108 <=> ASN 384 - GLN 400 ) 35: 3icj-A 2a3l-A 76 - 79 <=> 179 - 182 (LEU 109 - VAL 112 <=> HIS 402 - ARG 405 ) 35: 3icj-A 2a3l-A 97 - 100 <=> 185 - 188 (GLY 130 - ARG 133 <=> LYS 408 - LEU 411 ) 35: 3icj-A 2a3l-A 124 - 127 <=> 207 - 210 (ILE 157 - PRO 160 <=> ARG 430 - PHE 433 ) 35: 3icj-A 2a3l-A 133 - 140 <=> 223 - 230 (ARG 166 - MET 173 <=> ASP 446 - ASP 453 ) 35: 3icj-A 2a3l-A 160 - 166 <=> 231 - 237 (THR 193 - ARG 199 <=> LYS 454 - PHE 460 ) 35: 3icj-A 2a3l-A 169 - 172 <=> 246 - 249 (GLU 202 - ARG 205 <=> PRO 469 - GLN 472 ) 35: 3icj-A 2a3l-A 176 - 210 <=> 259 - 293 (ASN 209 - GLY 243 <=> GLN 482 - ILE 516 ) 35: 3icj-A 2a3l-A 212 - 221 <=> 303 - 312 (LYS 245 - GLU 254 <=> GLN 526 - ASP 535 ) 35: 3icj-A 2a3l-A 225 - 236 <=> 313 - 324 (ARG 258 - PRO 269 <=> LEU 536 - LEU 547 ) 35: 3icj-A 2a3l-A 237 - 246 <=> 346 - 355 (GLU 270 - ASN 279 <=> ASN 569 - THR 578 ) 35: 3icj-A 2a3l-A 256 - 263 <=> 370 - 377 (ARG 289 - PHE 296 <=> GLN 593 - VAL 600 ) 35: 3icj-A 2a3l-A 265 - 268 <=> 378 - 381 (ASP 298 - LEU 301 <=> ASP 601 - SER 604 ) 35: 3icj-A 2a3l-A 286 - 289 <=> 383 - 386 (SER 319 - LEU 322 <=> PRO 606 - ARG 609 ) 35: 3icj-A 2a3l-A 291 - 307 <=> 404 - 420 (MET 324 - GLY 340 <=> ALA 627 - ASN 643 ) 35: 3icj-A 2a3l-A 308 - 315 <=> 431 - 438 (LEU 341 - ILE 348 <=> ILE 654 - GLY 661 ) 35: 3icj-A 2a3l-A 316 - 327 <=> 442 - 453 (GLY 349 - PHE 360 <=> ASP 665 - CYS 676 ) 35: 3icj-A 2a3l-A 334 - 342 <=> 454 - 462 (GLY 367 - VAL 375 <=> HIS 677 - LEU 685 ) 35: 3icj-A 2a3l-A 343 - 370 <=> 465 - 492 (ARG 376 - ILE 403 <=> SER 688 - ASP 715 ) 35: 3icj-A 2a3l-A 382 - 390 <=> 495 - 503 (ALA 415 - SER 423 <=> ARG 718 - LEU 726 ) 35: 3icj-A 2a3l-A 391 - 400 <=> 505 - 514 (ILE 424 - SER 433 <=> GLY 728 - ASP 737 ) 35: 3icj-A 2a3l-A 401 - 404 <=> 516 - 519 (PRO 434 - PRO 437 <=> LEU 739 - HIS 742 ) 35: 3icj-A 2a3l-A 405 - 417 <=> 523 - 535 (ALA 438 - ARG 450 <=> GLU 746 - VAL 758 ) 35: 3icj-A 2a3l-A 425 - 429 <=> 536 - 540 (ARG 458 - GLU 462 <=> TRP 759 - ALA 763 ) 35: 3icj-A 2a3l-A 430 - 434 <=> 542 - 546 (GLU 463 - LEU 467 <=> ASP 765 - ILE 769 ) 35: 3icj-A 2a3l-A 436 - 447 <=> 547 - 558 (THR 469 - ASP 480 <=> ALA 770 - HIS 781 ) 35: 3icj-A 2a3l-A 450 - 453 <=> 564 - 567 (LYS 483 - ARG 486 <=> TRP 787 - LYS 790 ) 36: 3icj-A 3irs-A 60 - 71 <=> 1 - 12 (PRO 93 - GLU 104 <=> LEU 1 - ALA 12 ) 36: 3icj-A 3irs-A 74 - 78 <=> 41 - 45 (MET 107 - MET 111 <=> SER 41 - LYS 45 ) 36: 3icj-A 3irs-A 188 - 209 <=> 46 - 67 (TYR 221 - VAL 242 <=> SER 46 - ARG 67 ) 36: 3icj-A 3irs-A 210 - 221 <=> 77 - 88 (GLY 243 - GLU 254 <=> ASN 77 - PRO 88 ) 36: 3icj-A 3irs-A 228 - 237 <=> 89 - 98 (MET 261 - GLU 270 <=> ASP 89 - GLU 98 ) 36: 3icj-A 3irs-A 238 - 244 <=> 108 - 114 (LEU 271 - GLU 277 <=> GLN 108 - ASP 114 ) 36: 3icj-A 3irs-A 257 - 266 <=> 117 - 126 (ILE 290 - GLY 299 <=> ILE 117 - VAL 126 ) 36: 3icj-A 3irs-A 289 - 294 <=> 130 - 135 (LEU 322 - ASP 327 <=> PRO 130 - ASP 135 ) 36: 3icj-A 3irs-A 295 - 315 <=> 137 - 157 (GLU 328 - ILE 348 <=> ARG 137 - GLY 157 ) 36: 3icj-A 3irs-A 316 - 319 <=> 166 - 169 (GLY 349 - ALA 352 <=> TYR 166 - PRO 169 ) 36: 3icj-A 3irs-A 321 - 331 <=> 170 - 180 (ASP 354 - GLU 364 <=> GLU 170 - PRO 180 ) 36: 3icj-A 3irs-A 332 - 339 <=> 182 - 189 (PHE 365 - ALA 372 <=> LEU 182 - GLY 189 ) 36: 3icj-A 3irs-A 340 - 354 <=> 191 - 205 (SER 373 - LYS 387 <=> TRP 191 - PRO 205 ) 36: 3icj-A 3irs-A 355 - 360 <=> 207 - 212 (VAL 388 - GLN 393 <=> LEU 207 - ASP 212 ) 36: 3icj-A 3irs-A 362 - 367 <=> 213 - 218 (HIS 395 - ASP 400 <=> MET 213 - LEU 218 ) 36: 3icj-A 3irs-A 380 - 383 <=> 219 - 222 (LYS 413 - TYR 416 <=> PRO 219 - ALA 222 ) 36: 3icj-A 3irs-A 384 - 392 <=> 224 - 232 (ARG 417 - THR 425 <=> PHE 224 - LEU 232 ) 36: 3icj-A 3irs-A 393 - 406 <=> 235 - 248 (LYS 426 - ASP 439 <=> ARG 235 - LYS 248 ) 36: 3icj-A 3irs-A 407 - 413 <=> 251 - 257 (PRO 440 - ALA 446 <=> THR 251 - LEU 257 ) 36: 3icj-A 3irs-A 425 - 441 <=> 258 - 274 (ARG 458 - GLN 474 <=> PRO 258 - ARG 274 ) 36: 3icj-A 3irs-A 444 - 447 <=> 275 - 278 (LEU 477 - ASP 480 <=> LEU 275 - GLN 278 ) 37: 3icj-A 3k2g-B 61 - 71 <=> 28 - 38 (ALA 94 - GLU 104 <=> GLY 27 - ASN 37 ) 37: 3icj-A 3k2g-B 103 - 107 <=> 59 - 63 (PHE 136 - TRP 140 <=> PRO 58 - GLU 62 ) 37: 3icj-A 3k2g-B 131 - 135 <=> 64 - 68 (TYR 164 - PHE 168 <=> ILE 63 - LEU 67 ) 37: 3icj-A 3k2g-B 184 - 210 <=> 82 - 108 (ASP 217 - GLY 243 <=> ASP 81 - ARG 107 ) 37: 3icj-A 3k2g-B 213 - 221 <=> 113 - 121 (ALA 246 - GLU 254 <=> ASP 112 - SER 120 ) 37: 3icj-A 3k2g-B 224 - 236 <=> 122 - 134 (GLY 257 - PRO 269 <=> ALA 121 - TYR 133 ) 37: 3icj-A 3k2g-B 237 - 245 <=> 155 - 163 (GLU 270 - LEU 278 <=> GLU 154 - GLY 162 ) 37: 3icj-A 3k2g-B 257 - 261 <=> 171 - 175 (ILE 290 - UNK 294 <=> ILE 170 - GLY 174 ) 37: 3icj-A 3k2g-B 262 - 265 <=> 177 - 180 (LEU 295 - ASP 298 <=> ILE 176 - SER 179 ) 37: 3icj-A 3k2g-B 287 - 290 <=> 181 - 184 (GLY 320 - VAL 323 <=> SER 180 - THR 183 ) 37: 3icj-A 3k2g-B 292 - 314 <=> 187 - 209 (ASN 325 - ALA 347 <=> GLU 186 - LEU 208 ) 37: 3icj-A 3k2g-B 315 - 329 <=> 211 - 225 (ILE 348 - GLU 362 <=> GLY 210 - GLU 224 ) 37: 3icj-A 3k2g-B 330 - 333 <=> 227 - 230 (ALA 363 - SER 366 <=> GLY 226 - LEU 229 ) 37: 3icj-A 3k2g-B 334 - 342 <=> 233 - 241 (GLY 367 - VAL 375 <=> THR 232 - SER 240 ) 37: 3icj-A 3k2g-B 343 - 359 <=> 244 - 260 (ARG 376 - ALA 392 <=> ASP 243 - PHE 259 ) 37: 3icj-A 3k2g-B 360 - 363 <=> 262 - 265 (GLN 393 - PHE 396 <=> UNK 261 - UNK 264 ) 37: 3icj-A 3k2g-B 366 - 369 <=> 266 - 269 (SER 399 - TRP 402 <=> ASP 265 - TYR 268 ) 37: 3icj-A 3k2g-B 371 - 374 <=> 271 - 274 (VAL 404 - VAL 407 <=> ASP 270 - VAL 273 ) 37: 3icj-A 3k2g-B 384 - 389 <=> 285 - 290 (ARG 417 - SER 422 <=> ALA 284 - ALA 289 ) 37: 3icj-A 3k2g-B 390 - 401 <=> 294 - 305 (SER 423 - PRO 434 <=> TYR 293 - PHE 304 ) 37: 3icj-A 3k2g-B 403 - 406 <=> 316 - 319 (GLU 436 - ASP 439 <=> ASN 315 - ALA 318 ) 37: 3icj-A 3k2g-B 407 - 417 <=> 322 - 332 (PRO 440 - ARG 450 <=> THR 321 - HIS 331 ) 37: 3icj-A 3k2g-B 425 - 442 <=> 333 - 350 (ARG 458 - VAL 475 <=> GLY 332 - VAL 349 ) 37: 3icj-A 3k2g-B 444 - 447 <=> 351 - 354 (LEU 477 - ASP 480 <=> PHE 350 - SER 353 ) 38: 3icj-A 2vc5-A 61 - 71 <=> 17 - 27 (ALA 94 - GLU 104 <=> GLY 17 - VAL 27 ) 38: 3icj-A 2vc5-A 169 - 175 <=> 30 - 36 (GLU 202 - ILE 208 <=> GLU 30 - TRP 36 ) 38: 3icj-A 2vc5-A 178 - 210 <=> 38 - 70 (LYS 211 - GLY 243 <=> HIS 38 - MET 70 ) 38: 3icj-A 2vc5-A 213 - 221 <=> 75 - 83 (ALA 246 - GLU 254 <=> ASP 75 - VAL 83 ) 38: 3icj-A 2vc5-A 224 - 236 <=> 84 - 96 (GLY 257 - PRO 269 <=> LYS 84 - ILE 96 ) 38: 3icj-A 2vc5-A 237 - 244 <=> 117 - 124 (GLU 270 - GLU 277 <=> LEU 117 - GLU 124 ) 38: 3icj-A 2vc5-A 257 - 265 <=> 133 - 141 (ILE 290 - ASP 298 <=> ALA 133 - ASP 141 ) 38: 3icj-A 2vc5-A 287 - 291 <=> 142 - 146 (GLY 320 - MET 324 <=> GLU 142 - THR 146 ) 38: 3icj-A 2vc5-A 292 - 317 <=> 149 - 174 (ASN 325 - ASP 350 <=> VAL 149 - HIS 174 ) 38: 3icj-A 2vc5-A 318 - 333 <=> 176 - 191 (LYS 351 - SER 366 <=> ASN 176 - ASP 191 ) 38: 3icj-A 2vc5-A 334 - 339 <=> 195 - 200 (GLY 367 - ALA 372 <=> ILE 195 - LEU 200 ) 38: 3icj-A 2vc5-A 340 - 359 <=> 202 - 221 (SER 373 - ALA 392 <=> ASP 202 - LEU 221 ) 38: 3icj-A 2vc5-A 360 - 364 <=> 223 - 227 (GLN 393 - ILE 397 <=> ARG 223 - ASP 227 ) 38: 3icj-A 2vc5-A 365 - 368 <=> 231 - 234 (VAL 398 - TRP 401 <=> PRO 231 - LYS 234 ) 38: 3icj-A 2vc5-A 384 - 389 <=> 238 - 243 (ARG 417 - SER 422 <=> THR 238 - ILE 243 ) 38: 3icj-A 2vc5-A 390 - 401 <=> 247 - 258 (SER 423 - PRO 434 <=> TYR 247 - CYS 258 ) 38: 3icj-A 2vc5-A 403 - 406 <=> 278 - 281 (GLU 436 - ASP 439 <=> TRP 278 - THR 281 ) 38: 3icj-A 2vc5-A 407 - 417 <=> 284 - 294 (PRO 440 - ARG 450 <=> PHE 284 - ASN 294 ) 38: 3icj-A 2vc5-A 425 - 444 <=> 295 - 314 (ARG 458 - LEU 477 <=> GLY 295 - SER 314 ) 39: 3icj-A 4mup-B 59 - 70 <=> 15 - 26 (MET 92 - ASP 103 <=> PRO 18 - TYR 29 ) 39: 3icj-A 4mup-B 175 - 178 <=> 31 - 34 (ILE 208 - LYS 211 <=> PRO 34 - PRO 37 ) 39: 3icj-A 4mup-B 187 - 209 <=> 45 - 67 (HIS 220 - VAL 242 <=> PRO 48 - GLY 70 ) 39: 3icj-A 4mup-B 210 - 219 <=> 74 - 83 (GLY 243 - GLU 252 <=> ASN 77 - GLU 86 ) 39: 3icj-A 4mup-B 226 - 237 <=> 84 - 95 (LEU 259 - GLU 270 <=> MET 87 - ASP 98 ) 39: 3icj-A 4mup-B 240 - 243 <=> 97 - 100 (ASP 273 - GLU 276 <=> THR 100 - GLU 103 ) 39: 3icj-A 4mup-B 245 - 248 <=> 101 - 104 (LEU 278 - GLY 281 <=> LYS 104 - GLU 107 ) 39: 3icj-A 4mup-B 249 - 252 <=> 106 - 109 (LYS 282 - GLY 285 <=> LEU 109 - ALA 112 ) 39: 3icj-A 4mup-B 256 - 266 <=> 110 - 120 (ARG 289 - GLY 299 <=> GLY 113 - PRO 123 ) 39: 3icj-A 4mup-B 290 - 293 <=> 124 - 127 (VAL 323 - LYS 326 <=> VAL 127 - SER 130 ) 39: 3icj-A 4mup-B 295 - 322 <=> 128 - 155 (GLU 328 - VAL 355 <=> GLU 131 - HIS 158 ) 39: 3icj-A 4mup-B 324 - 337 <=> 156 - 169 (LEU 357 - GLU 370 <=> LEU 159 - ASP 172 ) 39: 3icj-A 4mup-B 338 - 341 <=> 171 - 174 (HIS 371 - LEU 374 <=> HIS 174 - PHE 177 ) 39: 3icj-A 4mup-B 343 - 346 <=> 184 - 187 (ARG 376 - GLN 379 <=> GLU 187 - ALA 190 ) 39: 3icj-A 4mup-B 347 - 360 <=> 189 - 202 (LEU 380 - GLN 393 <=> LEU 192 - ALA 205 ) 39: 3icj-A 4mup-B 362 - 365 <=> 203 - 206 (HIS 395 - VAL 398 <=> GLY 206 - GLU 209 ) 39: 3icj-A 4mup-B 367 - 370 <=> 208 - 211 (ASP 400 - ILE 403 <=> SER 211 - SER 214 ) 39: 3icj-A 4mup-B 380 - 383 <=> 215 - 218 (LYS 413 - TYR 416 <=> ALA 218 - ALA 221 ) 39: 3icj-A 4mup-B 384 - 392 <=> 220 - 228 (ARG 417 - THR 425 <=> PHE 223 - ALA 231 ) 39: 3icj-A 4mup-B 393 - 402 <=> 231 - 240 (LYS 426 - ILE 435 <=> ARG 234 - HIS 243 ) 39: 3icj-A 4mup-B 403 - 406 <=> 250 - 253 (GLU 436 - ASP 439 <=> PRO 253 - ALA 256 ) 39: 3icj-A 4mup-B 408 - 415 <=> 254 - 261 (TRP 441 - VAL 448 <=> ARG 257 - GLY 264 ) 39: 3icj-A 4mup-B 424 - 448 <=> 262 - 286 (GLU 457 - LEU 481 <=> TRP 265 - VAL 289 ) 40: 3icj-A 4hk5-D 59 - 70 <=> 1 - 12 (MET 92 - ASP 103 <=> THR 5 - TYR 16 ) 40: 3icj-A 4hk5-D 102 - 105 <=> 36 - 39 (ILE 135 - PHE 138 <=> ASP 40 - ARG 43 ) 40: 3icj-A 4hk5-D 134 - 138 <=> 45 - 49 (CYS 167 - ALA 171 <=> SER 49 - ALA 53 ) 40: 3icj-A 4hk5-D 156 - 165 <=> 54 - 63 (PHE 189 - GLU 198 <=> LEU 58 - GLY 67 ) 40: 3icj-A 4hk5-D 187 - 208 <=> 71 - 92 (HIS 220 - SER 241 <=> ALA 75 - LEU 96 ) 40: 3icj-A 4hk5-D 210 - 221 <=> 109 - 120 (GLY 243 - GLU 254 <=> ALA 113 - CYS 124 ) 40: 3icj-A 4hk5-D 225 - 237 <=> 122 - 134 (ARG 258 - GLU 270 <=> GLN 126 - PRO 138 ) 40: 3icj-A 4hk5-D 239 - 242 <=> 142 - 145 (LEU 272 - LEU 275 <=> VAL 146 - SER 149 ) 40: 3icj-A 4hk5-D 246 - 252 <=> 147 - 153 (ASN 279 - GLY 285 <=> GLU 151 - LYS 157 ) 40: 3icj-A 4hk5-D 256 - 265 <=> 154 - 163 (ARG 289 - ASP 298 <=> TYR 158 - SER 167 ) 40: 3icj-A 4hk5-D 289 - 295 <=> 166 - 172 (LEU 322 - GLU 328 <=> GLY 170 - PRO 176 ) 40: 3icj-A 4hk5-D 296 - 314 <=> 174 - 192 (ILE 329 - ALA 347 <=> LEU 178 - PRO 196 ) 40: 3icj-A 4hk5-D 315 - 324 <=> 221 - 230 (ILE 348 - LEU 357 <=> GLU 225 - TYR 234 ) 40: 3icj-A 4hk5-D 325 - 331 <=> 233 - 239 (ASP 358 - GLU 364 <=> GLY 237 - ARG 243 ) 40: 3icj-A 4hk5-D 332 - 338 <=> 241 - 247 (PHE 365 - HIS 371 <=> LEU 245 - HIS 251 ) 40: 3icj-A 4hk5-D 339 - 342 <=> 249 - 252 (ALA 372 - VAL 375 <=> GLY 253 - LEU 256 ) 40: 3icj-A 4hk5-D 343 - 346 <=> 256 - 259 (ARG 376 - GLN 379 <=> ALA 260 - ILE 263 ) 40: 3icj-A 4hk5-D 347 - 351 <=> 283 - 287 (LEU 380 - LYS 384 <=> TRP 287 - LYS 291 ) 40: 3icj-A 4hk5-D 353 - 362 <=> 288 - 297 (LEU 386 - HIS 395 <=> GLU 292 - TYR 301 ) 40: 3icj-A 4hk5-D 384 - 392 <=> 301 - 309 (ARG 417 - THR 425 <=> GLY 305 - SER 313 ) 40: 3icj-A 4hk5-D 393 - 404 <=> 313 - 324 (LYS 426 - PRO 437 <=> ARG 317 - PRO 328 ) 40: 3icj-A 4hk5-D 406 - 416 <=> 336 - 346 (ASP 439 - ASN 449 <=> SER 340 - LYS 350 ) 40: 3icj-A 4hk5-D 425 - 428 <=> 347 - 350 (ARG 458 - ARG 461 <=> ALA 351 - GLU 354 ) 40: 3icj-A 4hk5-D 429 - 441 <=> 353 - 365 (GLU 462 - GLN 474 <=> SER 357 - ARG 369 ) 40: 3icj-A 4hk5-D 443 - 447 <=> 366 - 370 (THR 476 - ASP 480 <=> VAL 370 - LYS 374 ) 40: 3icj-A 4hk5-D 454 - 457 <=> 374 - 377 (GLY 487 - ALA 490 <=> GLU 378 - HIS 381 ) 41: 3icj-A 1v77-A 60 - 72 <=> 1 - 13 (PRO 93 - LEU 105 <=> VAL 7 - ALA 19 ) 41: 3icj-A 1v77-A 194 - 199 <=> 15 - 20 (GLU 227 - LEU 232 <=> GLU 21 - TRP 26 ) 41: 3icj-A 1v77-A 201 - 209 <=> 21 - 29 (VAL 234 - VAL 242 <=> PHE 27 - LYS 35 ) 41: 3icj-A 1v77-A 236 - 239 <=> 34 - 37 (PRO 269 - LEU 272 <=> VAL 40 - GLU 43 ) 41: 3icj-A 1v77-A 249 - 252 <=> 42 - 45 (LYS 282 - GLY 285 <=> ALA 48 - GLU 51 ) 41: 3icj-A 1v77-A 255 - 264 <=> 46 - 55 (LEU 288 - VAL 297 <=> TYR 52 - ASN 61 ) 41: 3icj-A 1v77-A 291 - 304 <=> 56 - 69 (MET 324 - LYS 337 <=> PRO 62 - LYS 75 ) 41: 3icj-A 1v77-A 307 - 327 <=> 70 - 90 (GLY 340 - PHE 360 <=> SER 76 - GLY 96 ) 41: 3icj-A 1v77-A 333 - 340 <=> 91 - 98 (SER 366 - SER 373 <=> VAL 97 - TRP 104 ) 41: 3icj-A 1v77-A 341 - 360 <=> 105 - 124 (LEU 374 - GLN 393 <=> GLY 111 - SER 130 ) 41: 3icj-A 1v77-A 362 - 372 <=> 125 - 135 (HIS 395 - ASN 405 <=> LEU 131 - GLU 141 ) 41: 3icj-A 1v77-A 380 - 383 <=> 140 - 143 (LYS 413 - TYR 416 <=> LEU 146 - MET 149 ) 41: 3icj-A 1v77-A 384 - 390 <=> 146 - 152 (ARG 417 - SER 423 <=> ALA 152 - LYS 158 ) 41: 3icj-A 1v77-A 391 - 402 <=> 154 - 165 (ILE 424 - ILE 435 <=> LYS 160 - GLU 171 ) 41: 3icj-A 1v77-A 403 - 416 <=> 168 - 181 (GLU 436 - ASN 449 <=> ASP 174 - VAL 187 ) 41: 3icj-A 1v77-A 424 - 444 <=> 182 - 202 (GLU 457 - LEU 477 <=> ILE 188 - LYS 208 ) 42: 3icj-A 2dvt-A 59 - 70 <=> 1 - 12 (MET 92 - ASP 103 <=> MET 1 - ALA 12 ) 42: 3icj-A 2dvt-A 74 - 77 <=> 31 - 34 (MET 107 - GLU 110 <=> GLU 31 - HIS 34 ) 42: 3icj-A 2dvt-A 188 - 191 <=> 38 - 41 (TYR 221 - SER 224 <=> ASP 38 - ASP 41 ) 42: 3icj-A 2dvt-A 192 - 208 <=> 43 - 59 (ALA 225 - SER 241 <=> ARG 43 - LEU 59 ) 42: 3icj-A 2dvt-A 210 - 222 <=> 77 - 89 (GLY 243 - ARG 255 <=> ALA 77 - ALA 89 ) 42: 3icj-A 2dvt-A 225 - 237 <=> 90 - 102 (ARG 258 - GLU 270 <=> LYS 90 - PRO 102 ) 42: 3icj-A 2dvt-A 239 - 242 <=> 109 - 112 (LEU 272 - LEU 275 <=> ALA 109 - GLU 112 ) 42: 3icj-A 2dvt-A 247 - 250 <=> 115 - 118 (LEU 280 - PHE 283 <=> ARG 115 - ASN 118 ) 42: 3icj-A 2dvt-A 256 - 265 <=> 121 - 130 (ARG 289 - ASP 298 <=> GLY 121 - PHE 130 ) 42: 3icj-A 2dvt-A 289 - 295 <=> 139 - 145 (LEU 322 - GLU 328 <=> PRO 139 - PRO 145 ) 42: 3icj-A 2dvt-A 297 - 313 <=> 148 - 164 (VAL 330 - HIS 346 <=> ARG 148 - HIS 164 ) 42: 3icj-A 2dvt-A 315 - 325 <=> 192 - 202 (ILE 348 - ASP 358 <=> GLU 192 - ALA 202 ) 42: 3icj-A 2dvt-A 326 - 331 <=> 205 - 210 (ALA 359 - GLU 364 <=> LEU 205 - PRO 210 ) 42: 3icj-A 2dvt-A 332 - 338 <=> 212 - 218 (PHE 365 - HIS 371 <=> LEU 212 - HIS 218 ) 42: 3icj-A 2dvt-A 339 - 342 <=> 220 - 223 (ALA 372 - VAL 375 <=> GLY 220 - LEU 223 ) 42: 3icj-A 2dvt-A 343 - 346 <=> 227 - 230 (ARG 376 - GLN 379 <=> MET 227 - ILE 230 ) 42: 3icj-A 2dvt-A 347 - 351 <=> 250 - 254 (LEU 380 - LYS 384 <=> MET 250 - ASN 254 ) 42: 3icj-A 2dvt-A 353 - 360 <=> 255 - 262 (LEU 386 - GLN 393 <=> GLU 255 - SER 262 ) 42: 3icj-A 2dvt-A 362 - 365 <=> 263 - 266 (HIS 395 - VAL 398 <=> GLY 263 - ARG 266 ) 42: 3icj-A 2dvt-A 384 - 392 <=> 269 - 277 (ARG 417 - THR 425 <=> THR 269 - ILE 277 ) 42: 3icj-A 2dvt-A 393 - 406 <=> 281 - 294 (LYS 426 - ASP 439 <=> ARG 281 - ASP 294 ) 42: 3icj-A 2dvt-A 407 - 413 <=> 297 - 303 (PRO 440 - ALA 446 <=> SER 297 - THR 303 ) 42: 3icj-A 2dvt-A 425 - 441 <=> 304 - 320 (ARG 458 - GLN 474 <=> SER 304 - ARG 320 ) 42: 3icj-A 2dvt-A 443 - 447 <=> 321 - 325 (THR 476 - ASP 480 <=> LEU 321 - ASP 325 ) 43: 3icj-A 4ofc-A 61 - 70 <=> 1 - 10 (ALA 94 - ASP 103 <=> MET 1 - LEU 10 ) 43: 3icj-A 4ofc-A 77 - 80 <=> 35 - 38 (GLU 110 - ASP 113 <=> GLY 35 - LYS 38 ) 43: 3icj-A 4ofc-A 165 - 168 <=> 41 - 44 (GLU 198 - LEU 201 <=> LYS 41 - LYS 44 ) 43: 3icj-A 4ofc-A 171 - 174 <=> 45 - 48 (SER 204 - ILE 207 <=> VAL 45 - VAL 48 ) 43: 3icj-A 4ofc-A 187 - 208 <=> 54 - 75 (HIS 220 - SER 241 <=> TRP 54 - THR 75 ) 43: 3icj-A 4ofc-A 210 - 219 <=> 97 - 106 (GLY 243 - GLU 252 <=> ASN 97 - SER 106 ) 43: 3icj-A 4ofc-A 226 - 237 <=> 107 - 118 (LEU 259 - GLU 270 <=> TYR 107 - PRO 118 ) 43: 3icj-A 4ofc-A 239 - 242 <=> 125 - 128 (LEU 272 - LEU 275 <=> ALA 125 - GLU 128 ) 43: 3icj-A 4ofc-A 247 - 250 <=> 131 - 134 (LEU 280 - PHE 283 <=> ARG 131 - LYS 134 ) 43: 3icj-A 4ofc-A 256 - 265 <=> 137 - 146 (ARG 289 - ASP 298 <=> GLY 137 - HIS 146 ) 43: 3icj-A 4ofc-A 288 - 295 <=> 148 - 155 (GLU 321 - GLU 328 <=> ASN 148 - GLN 155 ) 43: 3icj-A 4ofc-A 296 - 314 <=> 157 - 175 (ILE 329 - ALA 347 <=> LEU 157 - PRO 175 ) 43: 3icj-A 4ofc-A 315 - 324 <=> 198 - 207 (ILE 348 - LEU 357 <=> GLU 198 - ILE 207 ) 43: 3icj-A 4ofc-A 325 - 331 <=> 210 - 216 (ASP 358 - GLU 364 <=> GLY 210 - PRO 216 ) 43: 3icj-A 4ofc-A 332 - 338 <=> 218 - 224 (PHE 365 - HIS 371 <=> LEU 218 - HIS 224 ) 43: 3icj-A 4ofc-A 339 - 342 <=> 226 - 229 (ALA 372 - VAL 375 <=> GLY 226 - PHE 229 ) 43: 3icj-A 4ofc-A 343 - 346 <=> 233 - 236 (ARG 376 - GLN 379 <=> VAL 233 - ILE 236 ) 43: 3icj-A 4ofc-A 347 - 351 <=> 256 - 260 (LEU 380 - LYS 384 <=> LYS 256 - GLY 260 ) 43: 3icj-A 4ofc-A 354 - 361 <=> 261 - 268 (LYS 387 - PRO 394 <=> SER 261 - VAL 268 ) 43: 3icj-A 4ofc-A 363 - 366 <=> 269 - 272 (PHE 396 - SER 399 <=> HIS 269 - LEU 272 ) 43: 3icj-A 4ofc-A 384 - 392 <=> 273 - 281 (ARG 417 - THR 425 <=> SER 273 - ILE 281 ) 43: 3icj-A 4ofc-A 393 - 402 <=> 285 - 294 (LYS 426 - ILE 435 <=> LYS 285 - PHE 294 ) 43: 3icj-A 4ofc-A 403 - 413 <=> 297 - 307 (GLU 436 - ALA 446 <=> GLY 297 - SER 307 ) 43: 3icj-A 4ofc-A 425 - 441 <=> 310 - 326 (ARG 458 - GLN 474 <=> GLU 310 - ALA 326 ) 43: 3icj-A 4ofc-A 443 - 447 <=> 327 - 331 (THR 476 - ASP 480 <=> PHE 327 - GLU 331 ) 43: 3icj-A 4ofc-A 455 - 458 <=> 332 - 335 (PHE 488 - GLU 491 <=> ARG 332 - PHE 335 ) 44: 3icj-A 4qrn-A 58 - 70 <=> 12 - 24 (VAL 91 - ASP 103 <=> GLN 11 - ALA 23 ) 44: 3icj-A 4qrn-A 174 - 180 <=> 26 - 32 (ILE 207 - LEU 213 <=> ARG 25 - TYR 31 ) 44: 3icj-A 4qrn-A 187 - 190 <=> 68 - 71 (HIS 220 - GLU 223 <=> LEU 67 - GLY 70 ) 44: 3icj-A 4qrn-A 191 - 208 <=> 73 - 90 (SER 224 - SER 241 <=> ARG 72 - LEU 89 ) 44: 3icj-A 4qrn-A 210 - 221 <=> 108 - 119 (GLY 243 - GLU 254 <=> ALA 107 - CYS 118 ) 44: 3icj-A 4qrn-A 225 - 237 <=> 121 - 133 (ARG 258 - GLU 270 <=> LYS 120 - ALA 132 ) 44: 3icj-A 4qrn-A 239 - 242 <=> 140 - 143 (LEU 272 - LEU 275 <=> SER 139 - GLU 142 ) 44: 3icj-A 4qrn-A 247 - 251 <=> 146 - 150 (LEU 280 - GLU 284 <=> ARG 145 - GLU 149 ) 44: 3icj-A 4qrn-A 256 - 265 <=> 152 - 161 (ARG 289 - ASP 298 <=> GLY 151 - HIS 160 ) 44: 3icj-A 4qrn-A 288 - 295 <=> 163 - 170 (GLU 321 - GLU 328 <=> GLN 162 - GLU 169 ) 44: 3icj-A 4qrn-A 297 - 313 <=> 173 - 189 (VAL 330 - HIS 346 <=> ASP 172 - HIS 188 ) 44: 3icj-A 4qrn-A 315 - 324 <=> 216 - 225 (ILE 348 - LEU 357 <=> GLU 215 - ILE 224 ) 44: 3icj-A 4qrn-A 325 - 331 <=> 228 - 234 (ASP 358 - GLU 364 <=> GLY 227 - PRO 233 ) 44: 3icj-A 4qrn-A 332 - 338 <=> 236 - 242 (PHE 365 - HIS 371 <=> LEU 235 - HIS 241 ) 44: 3icj-A 4qrn-A 339 - 346 <=> 244 - 251 (ALA 372 - GLN 379 <=> GLY 243 - LEU 250 ) 44: 3icj-A 4qrn-A 347 - 351 <=> 278 - 282 (LEU 380 - LYS 384 <=> GLU 277 - LYS 281 ) 44: 3icj-A 4qrn-A 353 - 364 <=> 283 - 294 (LEU 386 - ILE 397 <=> SER 282 - TRP 293 ) 44: 3icj-A 4qrn-A 384 - 392 <=> 297 - 305 (ARG 417 - THR 425 <=> ALA 296 - MET 304 ) 44: 3icj-A 4qrn-A 393 - 406 <=> 309 - 322 (LYS 426 - ASP 439 <=> ARG 308 - ALA 321 ) 44: 3icj-A 4qrn-A 407 - 413 <=> 325 - 331 (PRO 440 - ALA 446 <=> VAL 324 - MET 330 ) 44: 3icj-A 4qrn-A 425 - 445 <=> 332 - 352 (ARG 458 - ALA 478 <=> ASP 331 - LEU 351 ) 45: 3icj-A 1itq-A 58 - 72 <=> 12 - 26 (VAL 91 - LEU 105 <=> ARG 12 - GLN 26 ) 45: 3icj-A 1itq-A 180 - 184 <=> 31 - 35 (LEU 213 - ASP 217 <=> PHE 31 - LEU 35 ) 45: 3icj-A 1itq-A 192 - 209 <=> 51 - 68 (ALA 225 - VAL 242 <=> ASN 51 - TYR 68 ) 45: 3icj-A 1itq-A 210 - 223 <=> 82 - 95 (GLY 243 - GLU 256 <=> THR 82 - MET 95 ) 45: 3icj-A 1itq-A 224 - 227 <=> 97 - 100 (GLY 257 - LYS 260 <=> PRO 97 - PHE 100 ) 45: 3icj-A 1itq-A 228 - 235 <=> 118 - 125 (MET 261 - SER 268 <=> VAL 118 - GLU 125 ) 45: 3icj-A 1itq-A 236 - 239 <=> 127 - 130 (PRO 269 - LEU 272 <=> GLY 127 - ILE 130 ) 45: 3icj-A 1itq-A 240 - 243 <=> 135 - 138 (ASP 273 - GLU 276 <=> GLY 135 - ARG 138 ) 45: 3icj-A 1itq-A 247 - 250 <=> 139 - 142 (LEU 280 - PHE 283 <=> ALA 139 - GLN 142 ) 45: 3icj-A 1itq-A 256 - 263 <=> 144 - 151 (ARG 289 - PHE 296 <=> GLY 144 - THR 151 ) 45: 3icj-A 1itq-A 264 - 267 <=> 160 - 163 (VAL 297 - SER 300 <=> ASP 160 - LEU 163 ) 45: 3icj-A 1itq-A 274 - 277 <=> 164 - 167 (LEU 307 - GLU 310 <=> VAL 164 - GLY 167 ) 45: 3icj-A 1itq-A 286 - 291 <=> 168 - 173 (SER 319 - MET 324 <=> ASP 168 - SER 173 ) 45: 3icj-A 1itq-A 292 - 295 <=> 175 - 178 (ASN 325 - GLU 328 <=> GLY 175 - PRO 178 ) 45: 3icj-A 1itq-A 296 - 314 <=> 180 - 198 (ILE 329 - ALA 347 <=> GLY 180 - HIS 198 ) 45: 3icj-A 1itq-A 319 - 337 <=> 200 - 218 (ALA 352 - GLU 370 <=> SER 200 - SER 218 ) 45: 3icj-A 1itq-A 338 - 341 <=> 220 - 223 (HIS 371 - LEU 374 <=> SER 220 - TYR 223 ) 45: 3icj-A 1itq-A 342 - 360 <=> 232 - 250 (VAL 375 - GLN 393 <=> VAL 232 - ASN 250 ) 45: 3icj-A 1itq-A 362 - 365 <=> 251 - 254 (HIS 395 - VAL 398 <=> PHE 251 - ASN 254 ) 45: 3icj-A 1itq-A 366 - 370 <=> 256 - 260 (SER 399 - ILE 403 <=> ILE 256 - ASN 260 ) 45: 3icj-A 1itq-A 383 - 392 <=> 269 - 278 (TYR 416 - THR 425 <=> ASP 269 - ALA 278 ) 45: 3icj-A 1itq-A 393 - 402 <=> 282 - 291 (LYS 426 - ILE 435 <=> ALA 282 - GLY 291 ) 45: 3icj-A 1itq-A 403 - 406 <=> 300 - 303 (GLU 436 - ASP 439 <=> GLU 300 - SER 303 ) 45: 3icj-A 1itq-A 407 - 414 <=> 305 - 312 (PRO 440 - ALA 447 <=> TYR 305 - LEU 312 ) 45: 3icj-A 1itq-A 425 - 438 <=> 316 - 329 (ARG 458 - GLY 471 <=> ASN 316 - ASN 329 ) 45: 3icj-A 1itq-A 440 - 444 <=> 330 - 334 (ALA 473 - LEU 477 <=> LEU 330 - PHE 334 ) 46: 3icj-A 3qy6-A 62 - 70 <=> 1 - 9 (PHE 95 - ASP 103 <=> MET 1 - LEU 9 ) 46: 3icj-A 3qy6-A 71 - 74 <=> 14 - 17 (GLU 104 - MET 107 <=> ASP 14 - GLY 17 ) 46: 3icj-A 3qy6-A 185 - 208 <=> 18 - 41 (TYR 218 - SER 241 <=> ASP 18 - PRO 41 ) 46: 3icj-A 3qy6-A 211 - 221 <=> 53 - 63 (GLU 244 - GLU 254 <=> ALA 53 - ASN 63 ) 46: 3icj-A 3qy6-A 224 - 227 <=> 64 - 67 (GLY 257 - LYS 260 <=> LYS 64 - ILE 67 ) 46: 3icj-A 3qy6-A 228 - 234 <=> 73 - 79 (MET 261 - LEU 267 <=> LEU 73 - GLN 79 ) 46: 3icj-A 3qy6-A 261 - 264 <=> 80 - 83 (UNK 294 - VAL 297 <=> GLU 80 - ILE 83 ) 46: 3icj-A 3qy6-A 296 - 308 <=> 84 - 96 (ILE 329 - LEU 341 <=> TYR 84 - LEU 96 ) 46: 3icj-A 3qy6-A 309 - 319 <=> 104 - 114 (ASP 342 - ALA 352 <=> TYR 104 - VAL 114 ) 46: 3icj-A 3qy6-A 321 - 331 <=> 116 - 126 (ASP 354 - GLU 364 <=> ARG 116 - GLN 126 ) 46: 3icj-A 3qy6-A 332 - 340 <=> 130 - 138 (PHE 365 - SER 373 <=> TYR 130 - GLU 138 ) 46: 3icj-A 3qy6-A 343 - 364 <=> 146 - 167 (ARG 376 - ILE 397 <=> ASN 146 - LEU 167 ) 46: 3icj-A 3qy6-A 365 - 370 <=> 169 - 174 (VAL 398 - ILE 403 <=> GLY 169 - GLN 174 ) 46: 3icj-A 3qy6-A 381 - 384 <=> 177 - 180 (TRP 414 - ARG 417 <=> ALA 177 - LEU 180 ) 46: 3icj-A 3qy6-A 385 - 388 <=> 183 - 186 (LEU 418 - LEU 421 <=> VAL 183 - ASN 186 ) 46: 3icj-A 3qy6-A 392 - 401 <=> 187 - 196 (THR 425 - PRO 434 <=> LEU 187 - HIS 196 ) 46: 3icj-A 3qy6-A 402 - 416 <=> 200 - 214 (ILE 435 - ASN 449 <=> THR 200 - LYS 214 ) 46: 3icj-A 3qy6-A 425 - 434 <=> 215 - 224 (ARG 458 - LEU 467 <=> GLU 215 - LEU 224 ) 46: 3icj-A 3qy6-A 436 - 441 <=> 225 - 230 (THR 469 - GLN 474 <=> THR 225 - LEU 230 ) 46: 3icj-A 3qy6-A 444 - 447 <=> 231 - 234 (LEU 477 - ASP 480 <=> LEU 231 - ASN 234 ) 47: 3icj-A 2gwg-A 61 - 68 <=> 1 - 8 (ALA 94 - HIS 101 <=> UNK 1 - HIS 8 ) 47: 3icj-A 2gwg-A 71 - 74 <=> 9 - 12 (GLU 104 - MET 107 <=> TYR 9 - ALA 12 ) 47: 3icj-A 2gwg-A 172 - 175 <=> 17 - 20 (ARG 205 - ILE 208 <=> GLU 17 - ARG 20 ) 47: 3icj-A 2gwg-A 178 - 190 <=> 39 - 51 (LYS 211 - GLU 223 <=> LEU 39 - ILE 51 ) 47: 3icj-A 2gwg-A 191 - 208 <=> 53 - 70 (SER 224 - SER 241 <=> ASN 53 - PRO 70 ) 47: 3icj-A 2gwg-A 210 - 221 <=> 86 - 97 (GLY 243 - GLU 254 <=> ASN 93 - PRO 104 ) 47: 3icj-A 2gwg-A 228 - 237 <=> 98 - 107 (MET 261 - GLU 270 <=> ASP 105 - PRO 114 ) 47: 3icj-A 2gwg-A 239 - 242 <=> 117 - 120 (LEU 272 - LEU 275 <=> CYS 124 - GLU 127 ) 47: 3icj-A 2gwg-A 247 - 251 <=> 123 - 127 (LEU 280 - GLU 284 <=> LYS 130 - GLU 134 ) 47: 3icj-A 2gwg-A 256 - 265 <=> 129 - 138 (ARG 289 - ASP 298 <=> GLY 136 - ASP 145 ) 47: 3icj-A 2gwg-A 285 - 288 <=> 141 - 144 (THR 318 - GLU 321 <=> GLY 148 - TRP 151 ) 47: 3icj-A 2gwg-A 289 - 294 <=> 146 - 151 (LEU 322 - ASP 327 <=> SER 153 - ASP 158 ) 47: 3icj-A 2gwg-A 295 - 313 <=> 153 - 171 (GLU 328 - HIS 346 <=> ILE 160 - HIS 178 ) 47: 3icj-A 2gwg-A 315 - 323 <=> 181 - 189 (ILE 348 - ALA 356 <=> ALA 197 - CYS 205 ) 47: 3icj-A 2gwg-A 325 - 331 <=> 193 - 199 (ASP 358 - GLU 364 <=> ASP 209 - PRO 215 ) 47: 3icj-A 2gwg-A 332 - 338 <=> 201 - 207 (PHE 365 - HIS 371 <=> LEU 217 - HIS 223 ) 47: 3icj-A 2gwg-A 339 - 342 <=> 209 - 212 (ALA 372 - VAL 375 <=> GLY 225 - VAL 228 ) 47: 3icj-A 2gwg-A 343 - 346 <=> 216 - 219 (ARG 376 - GLN 379 <=> TRP 232 - PHE 235 ) 47: 3icj-A 2gwg-A 347 - 351 <=> 232 - 236 (LEU 380 - LYS 384 <=> GLU 248 - LEU 252 ) 47: 3icj-A 2gwg-A 353 - 361 <=> 237 - 245 (LEU 386 - PRO 394 <=> ASN 253 - VAL 261 ) 47: 3icj-A 2gwg-A 363 - 366 <=> 246 - 249 (PHE 396 - SER 399 <=> TYR 262 - PRO 265 ) 47: 3icj-A 2gwg-A 383 - 390 <=> 253 - 260 (TYR 416 - SER 423 <=> LEU 269 - VAL 276 ) 47: 3icj-A 2gwg-A 392 - 402 <=> 261 - 271 (THR 425 - ILE 435 <=> ASP 277 - GLY 287 ) 47: 3icj-A 2gwg-A 403 - 407 <=> 284 - 288 (GLU 436 - PRO 440 <=> TYR 300 - LYS 304 ) 47: 3icj-A 2gwg-A 409 - 415 <=> 289 - 295 (VAL 442 - VAL 448 <=> ARG 305 - THR 311 ) 47: 3icj-A 2gwg-A 425 - 444 <=> 296 - 315 (ARG 458 - LEU 477 <=> ILE 312 - PRO 331 ) 47: 3icj-A 2gwg-A 445 - 448 <=> 318 - 321 (ALA 478 - LEU 481 <=> ASP 334 - LEU 337 ) 47: 3icj-A 2gwg-A 454 - 457 <=> 322 - 325 (GLY 487 - ALA 490 <=> LYS 338 - GLY 341 ) 48: 3icj-A 4dzi-C 59 - 71 <=> 3 - 15 (MET 92 - GLU 104 <=> ASN 5 - GLU 17 ) 48: 3icj-A 4dzi-C 94 - 100 <=> 38 - 44 (VAL 127 - ARG 133 <=> ASP 40 - ALA 46 ) 48: 3icj-A 4dzi-C 103 - 106 <=> 58 - 61 (PHE 136 - GLY 139 <=> THR 60 - PRO 63 ) 48: 3icj-A 4dzi-C 187 - 208 <=> 98 - 119 (HIS 220 - SER 241 <=> GLN 100 - PRO 121 ) 48: 3icj-A 4dzi-C 210 - 218 <=> 144 - 152 (GLY 243 - PHE 251 <=> ASN 146 - GLY 154 ) 48: 3icj-A 4dzi-C 226 - 237 <=> 156 - 167 (LEU 259 - GLU 270 <=> PRO 158 - SER 169 ) 48: 3icj-A 4dzi-C 238 - 242 <=> 177 - 181 (LEU 271 - LEU 275 <=> GLU 179 - VAL 183 ) 48: 3icj-A 4dzi-C 248 - 251 <=> 182 - 185 (GLY 281 - GLU 284 <=> LEU 184 - GLY 187 ) 48: 3icj-A 4dzi-C 257 - 265 <=> 186 - 194 (ILE 290 - ASP 298 <=> ALA 188 - ALA 196 ) 48: 3icj-A 4dzi-C 290 - 295 <=> 203 - 208 (VAL 323 - GLU 328 <=> ARG 205 - ARG 210 ) 48: 3icj-A 4dzi-C 296 - 313 <=> 210 - 227 (ILE 329 - HIS 346 <=> HIS 212 - HIS 229 ) 48: 3icj-A 4dzi-C 315 - 324 <=> 256 - 265 (ILE 348 - LEU 357 <=> ALA 266 - ILE 275 ) 48: 3icj-A 4dzi-C 325 - 331 <=> 268 - 274 (ASP 358 - GLU 364 <=> GLY 278 - PRO 284 ) 48: 3icj-A 4dzi-C 332 - 340 <=> 276 - 284 (PHE 365 - SER 373 <=> LEU 286 - GLY 294 ) 48: 3icj-A 4dzi-C 341 - 347 <=> 286 - 292 (LEU 374 - LEU 380 <=> TYR 296 - ILE 302 ) 48: 3icj-A 4dzi-C 348 - 351 <=> 312 - 315 (GLU 381 - LYS 384 <=> GLU 322 - ARG 325 ) 48: 3icj-A 4dzi-C 353 - 361 <=> 316 - 324 (LEU 386 - PRO 394 <=> ASN 326 - TYR 334 ) 48: 3icj-A 4dzi-C 383 - 392 <=> 326 - 335 (TYR 416 - THR 425 <=> ASP 336 - ILE 345 ) 48: 3icj-A 4dzi-C 393 - 402 <=> 339 - 348 (LYS 426 - ILE 435 <=> LYS 349 - HIS 358 ) 48: 3icj-A 4dzi-C 403 - 415 <=> 351 - 363 (GLU 436 - VAL 448 <=> GLY 361 - LYS 373 ) 48: 3icj-A 4dzi-C 425 - 441 <=> 364 - 380 (ARG 458 - GLN 474 <=> GLY 374 - ASP 390 ) 48: 3icj-A 4dzi-C 443 - 446 <=> 381 - 384 (THR 476 - GLU 479 <=> LEU 391 - VAL 394 ) 49: 3icj-A 2qpx-A 59 - 71 <=> 11 - 23 (MET 92 - GLU 104 <=> GLN 10 - ILE 22 ) 49: 3icj-A 2qpx-A 77 - 80 <=> 25 - 28 (GLU 110 - ASP 113 <=> GLY 24 - PRO 27 ) 49: 3icj-A 2qpx-A 103 - 106 <=> 29 - 32 (PHE 136 - GLY 139 <=> ASN 28 - ASP 31 ) 49: 3icj-A 2qpx-A 134 - 137 <=> 41 - 44 (CYS 167 - VAL 170 <=> ALA 40 - ASP 43 ) 49: 3icj-A 2qpx-A 164 - 167 <=> 45 - 48 (ARG 197 - ALA 200 <=> TYR 44 - ALA 47 ) 49: 3icj-A 2qpx-A 190 - 210 <=> 84 - 104 (GLU 223 - GLY 243 <=> THR 83 - PHE 103 ) 49: 3icj-A 2qpx-A 215 - 219 <=> 111 - 115 (LYS 248 - GLU 252 <=> LEU 110 - GLN 114 ) 49: 3icj-A 2qpx-A 225 - 236 <=> 119 - 130 (ARG 258 - PRO 269 <=> LEU 118 - LEU 129 ) 49: 3icj-A 2qpx-A 239 - 242 <=> 151 - 154 (LEU 272 - LEU 275 <=> PHE 150 - ASP 153 ) 49: 3icj-A 2qpx-A 247 - 250 <=> 157 - 160 (LEU 280 - PHE 283 <=> GLN 156 - ALA 159 ) 49: 3icj-A 2qpx-A 256 - 266 <=> 162 - 172 (ARG 289 - GLY 299 <=> GLY 161 - TYR 171 ) 49: 3icj-A 2qpx-A 288 - 293 <=> 173 - 178 (GLU 321 - LYS 326 <=> ARG 172 - LEU 177 ) 49: 3icj-A 2qpx-A 294 - 315 <=> 209 - 230 (ASP 327 - ILE 348 <=> TYR 208 - GLY 229 ) 49: 3icj-A 2qpx-A 316 - 319 <=> 238 - 241 (GLY 349 - ALA 352 <=> UNK 237 - GLY 240 ) 49: 3icj-A 2qpx-A 320 - 331 <=> 243 - 254 (VAL 353 - GLU 364 <=> PRO 242 - THR 253 ) 49: 3icj-A 2qpx-A 332 - 342 <=> 258 - 268 (PHE 365 - VAL 375 <=> LEU 257 - TYR 267 ) 49: 3icj-A 2qpx-A 347 - 354 <=> 273 - 280 (LEU 380 - LYS 387 <=> GLY 272 - PRO 279 ) 49: 3icj-A 2qpx-A 355 - 360 <=> 282 - 287 (VAL 388 - GLN 393 <=> LEU 281 - SER 286 ) 49: 3icj-A 2qpx-A 361 - 367 <=> 290 - 296 (PRO 394 - ASP 400 <=> ASP 289 - GLY 295 ) 49: 3icj-A 2qpx-A 384 - 392 <=> 300 - 308 (ARG 417 - THR 425 <=> VAL 299 - ALA 307 ) 49: 3icj-A 2qpx-A 393 - 401 <=> 312 - 320 (LYS 426 - PRO 434 <=> ARG 311 - SER 319 ) 49: 3icj-A 2qpx-A 403 - 406 <=> 324 - 327 (GLU 436 - ASP 439 <=> GLU 323 - GLY 326 ) 49: 3icj-A 2qpx-A 407 - 417 <=> 330 - 340 (PRO 440 - ARG 450 <=> ALA 329 - HIS 339 ) 49: 3icj-A 2qpx-A 427 - 451 <=> 352 - 376 (SER 460 - LEU 484 <=> LYS 351 - VAL 375 ) 50: 3icj-A 1j5s-A 59 - 70 <=> 24 - 35 (MET 92 - ASP 103 <=> ASP 23 - ASP 34 ) 50: 3icj-A 1j5s-A 76 - 80 <=> 44 - 48 (LEU 109 - ASP 113 <=> PRO 43 - ILE 47 ) 50: 3icj-A 1j5s-A 105 - 108 <=> 60 - 63 (PHE 138 - ASP 141 <=> TRP 59 - MET 62 ) 50: 3icj-A 1j5s-A 109 - 112 <=> 66 - 69 (GLN 142 - LEU 145 <=> CYS 65 - SER 68 ) 50: 3icj-A 1j5s-A 137 - 141 <=> 73 - 77 (VAL 170 - ASN 174 <=> ILE 72 - ARG 76 ) 50: 3icj-A 1j5s-A 191 - 206 <=> 136 - 151 (SER 224 - PHE 239 <=> THR 135 - THR 150 ) 50: 3icj-A 1j5s-A 208 - 211 <=> 152 - 155 (SER 241 - GLU 244 <=> THR 151 - PRO 154 ) 50: 3icj-A 1j5s-A 212 - 221 <=> 157 - 166 (LYS 245 - GLU 254 <=> SER 156 - LYS 165 ) 50: 3icj-A 1j5s-A 224 - 227 <=> 167 - 170 (GLY 257 - LYS 260 <=> GLU 166 - GLU 169 ) 50: 3icj-A 1j5s-A 228 - 237 <=> 172 - 181 (MET 261 - GLU 270 <=> VAL 171 - ASP 180 ) 50: 3icj-A 1j5s-A 239 - 242 <=> 216 - 219 (LEU 272 - LEU 275 <=> LEU 215 - SER 218 ) 50: 3icj-A 1j5s-A 246 - 251 <=> 221 - 226 (ASN 279 - GLU 284 <=> GLU 220 - HIS 225 ) 50: 3icj-A 1j5s-A 256 - 265 <=> 227 - 236 (ARG 289 - ASP 298 <=> GLY 226 - LEU 235 ) 50: 3icj-A 1j5s-A 290 - 293 <=> 237 - 240 (VAL 323 - LYS 326 <=> GLU 236 - VAL 239 ) 50: 3icj-A 1j5s-A 294 - 316 <=> 272 - 294 (ASP 327 - GLY 349 <=> PHE 271 - ALA 293 ) 50: 3icj-A 1j5s-A 318 - 331 <=> 320 - 333 (LYS 351 - GLU 364 <=> ARG 319 - ASP 332 ) 50: 3icj-A 1j5s-A 332 - 337 <=> 336 - 341 (PHE 365 - GLU 370 <=> LEU 335 - TYR 340 ) 50: 3icj-A 1j5s-A 339 - 343 <=> 342 - 346 (ALA 372 - ARG 376 <=> VAL 341 - THR 345 ) 50: 3icj-A 1j5s-A 346 - 354 <=> 351 - 359 (GLN 379 - LYS 387 <=> ILE 350 - PRO 358 ) 50: 3icj-A 1j5s-A 355 - 360 <=> 361 - 366 (VAL 388 - GLN 393 <=> VAL 360 - PRO 365 ) 50: 3icj-A 1j5s-A 363 - 367 <=> 371 - 375 (PHE 396 - ASP 400 <=> ASP 370 - GLY 374 ) 50: 3icj-A 1j5s-A 384 - 391 <=> 379 - 386 (ARG 417 - ILE 424 <=> HIS 378 - VAL 385 ) 50: 3icj-A 1j5s-A 392 - 401 <=> 391 - 400 (THR 425 - PRO 434 <=> ASN 390 - ARG 399 ) 50: 3icj-A 1j5s-A 404 - 407 <=> 404 - 407 (PRO 437 - PRO 440 <=> SER 403 - SER 406 ) 50: 3icj-A 1j5s-A 408 - 417 <=> 410 - 419 (TRP 441 - ARG 450 <=> GLU 409 - VAL 418 ) 50: 3icj-A 1j5s-A 427 - 444 <=> 434 - 451 (SER 460 - LEU 477 <=> ALA 433 - PHE 450 ) 51: 3icj-A 3iac-A 10 - 13 <=> 20 - 23 (ILE 43 - SER 46 <=> HIS 21 - ALA 24 ) 51: 3icj-A 3iac-A 59 - 70 <=> 25 - 36 (MET 92 - ASP 103 <=> PRO 26 - SER 37 ) 51: 3icj-A 3iac-A 187 - 190 <=> 38 - 41 (HIS 220 - GLU 223 <=> GLN 39 - ALA 42 ) 51: 3icj-A 3iac-A 192 - 206 <=> 142 - 156 (ALA 225 - PHE 239 <=> ALA 143 - THR 157 ) 51: 3icj-A 3iac-A 208 - 211 <=> 157 - 160 (SER 241 - GLU 244 <=> THR 158 - PRO 161 ) 51: 3icj-A 3iac-A 212 - 236 <=> 162 - 186 (LYS 245 - PRO 269 <=> ASP 163 - PRO 187 ) 51: 3icj-A 3iac-A 239 - 242 <=> 222 - 225 (LEU 272 - LEU 275 <=> LEU 223 - ARG 226 ) 51: 3icj-A 3iac-A 247 - 251 <=> 227 - 231 (LEU 280 - GLU 284 <=> ASP 228 - ALA 232 ) 51: 3icj-A 3iac-A 256 - 265 <=> 233 - 242 (ARG 289 - ASP 298 <=> GLY 234 - GLU 243 ) 51: 3icj-A 3iac-A 289 - 292 <=> 243 - 246 (LEU 322 - ASN 325 <=> THR 244 - PHE 247 ) 51: 3icj-A 3iac-A 293 - 316 <=> 278 - 301 (LYS 326 - GLY 349 <=> THR 279 - ALA 302 ) 51: 3icj-A 3iac-A 318 - 331 <=> 326 - 339 (LYS 351 - GLU 364 <=> ASN 327 - ASP 340 ) 51: 3icj-A 3iac-A 332 - 336 <=> 345 - 349 (PHE 365 - ILE 369 <=> PRO 346 - LEU 350 ) 51: 3icj-A 3iac-A 338 - 341 <=> 350 - 353 (HIS 371 - LEU 374 <=> TYR 351 - ASN 354 ) 51: 3icj-A 3iac-A 342 - 354 <=> 356 - 368 (VAL 375 - LYS 387 <=> ASP 357 - GLN 369 ) 51: 3icj-A 3iac-A 355 - 359 <=> 376 - 380 (VAL 388 - ALA 392 <=> VAL 377 - SER 381 ) 51: 3icj-A 3iac-A 363 - 367 <=> 386 - 390 (PHE 396 - ASP 400 <=> ASP 387 - GLY 391 ) 51: 3icj-A 3iac-A 384 - 392 <=> 394 - 402 (ARG 417 - THR 425 <=> GLN 395 - GLY 403 ) 51: 3icj-A 3iac-A 393 - 402 <=> 407 - 416 (LYS 426 - ILE 435 <=> PHE 408 - SER 417 ) 51: 3icj-A 3iac-A 404 - 407 <=> 419 - 422 (PRO 437 - PRO 440 <=> SER 420 - ARG 423 ) 51: 3icj-A 3iac-A 408 - 417 <=> 424 - 433 (TRP 441 - ARG 450 <=> GLU 425 - LEU 434 ) 51: 3icj-A 3iac-A 429 - 444 <=> 452 - 467 (GLU 462 - LEU 477 <=> ARG 453 - THR 468 ) 52: 3icj-A 3f2b-A 44 - 48 <=> 60 - 64 (GLU 77 - GLY 81 <=> LEU 292 - VAL 296 ) 52: 3icj-A 3f2b-A 50 - 53 <=> 93 - 96 (ILE 83 - LEU 86 <=> ASN 325 - ALA 328 ) 52: 3icj-A 3f2b-A 59 - 70 <=> 107 - 118 (MET 92 - ASP 103 <=> GLY 339 - PRO 350 ) 52: 3icj-A 3f2b-A 71 - 74 <=> 124 - 127 (GLU 104 - MET 107 <=> ALA 356 - SER 359 ) 52: 3icj-A 3f2b-A 189 - 208 <=> 128 - 147 (ILE 222 - SER 241 <=> VAL 360 - ASP 379 ) 52: 3icj-A 3f2b-A 210 - 221 <=> 150 - 161 (GLY 243 - GLU 254 <=> VAL 382 - ALA 393 ) 52: 3icj-A 3f2b-A 224 - 233 <=> 162 - 171 (GLY 257 - TYR 266 <=> LYS 394 - GLY 403 ) 52: 3icj-A 3f2b-A 260 - 263 <=> 172 - 175 (VAL 293 - PHE 296 <=> LEU 404 - ASN 407 ) 52: 3icj-A 3f2b-A 291 - 294 <=> 176 - 179 (MET 324 - ASP 327 <=> ILE 408 - ASP 411 ) 52: 3icj-A 3f2b-A 295 - 304 <=> 215 - 224 (GLU 328 - LYS 337 <=> PRO 653 - ASP 662 ) 52: 3icj-A 3f2b-A 308 - 311 <=> 225 - 228 (LEU 341 - ALA 344 <=> GLY 663 - VAL 666 ) 52: 3icj-A 3f2b-A 335 - 339 <=> 229 - 233 (ARG 368 - ALA 372 <=> GLY 667 - ASP 671 ) 52: 3icj-A 3f2b-A 341 - 344 <=> 238 - 241 (LEU 374 - ASP 377 <=> PHE 676 - VAL 687 ) 52: 3icj-A 3f2b-A 347 - 350 <=> 242 - 245 (LEU 380 - ILE 383 <=> GLU 688 - ALA 691 ) 52: 3icj-A 3f2b-A 352 - 361 <=> 246 - 255 (GLU 385 - PRO 394 <=> ARG 692 - PRO 701 ) 52: 3icj-A 3f2b-A 364 - 370 <=> 256 - 262 (ILE 397 - ILE 403 <=> PRO 702 - LEU 708 ) 52: 3icj-A 3f2b-A 373 - 376 <=> 263 - 266 (ARG 406 - GLU 409 <=> TYR 713 - ASP 716 ) 52: 3icj-A 3f2b-A 379 - 383 <=> 267 - 271 (ALA 412 - TYR 416 <=> GLU 717 - LYS 721 ) 52: 3icj-A 3f2b-A 384 - 392 <=> 273 - 281 (ARG 417 - THR 425 <=> ILE 723 - GLY 731 ) 52: 3icj-A 3f2b-A 393 - 401 <=> 287 - 295 (LYS 426 - PRO 434 <=> PRO 737 - HIS 745 ) 52: 3icj-A 3f2b-A 402 - 415 <=> 326 - 339 (ILE 435 - VAL 448 <=> VAL 776 - SER 789 ) 52: 3icj-A 3f2b-A 425 - 441 <=> 340 - 356 (ARG 458 - GLN 474 <=> PHE 790 - LYS 806 ) 52: 3icj-A 3f2b-A 443 - 446 <=> 357 - 360 (THR 476 - GLU 479 <=> ILE 807 - LEU 810 ) 53: 3icj-A 3dcp-A 61 - 70 <=> 1 - 10 (ALA 94 - ASP 103 <=> UNK 1 - GLU 10 ) 53: 3icj-A 3dcp-A 71 - 74 <=> 15 - 18 (GLU 104 - MET 107 <=> GLY 15 - ASP 18 ) 53: 3icj-A 3dcp-A 188 - 208 <=> 19 - 39 (TYR 221 - SER 241 <=> ASP 19 - GLU 39 ) 53: 3icj-A 3dcp-A 210 - 221 <=> 68 - 79 (GLY 243 - GLU 254 <=> LEU 68 - LYS 79 ) 53: 3icj-A 3dcp-A 224 - 227 <=> 80 - 83 (GLY 257 - LYS 260 <=> LYS 80 - ALA 83 ) 53: 3icj-A 3dcp-A 228 - 234 <=> 86 - 92 (MET 261 - LEU 267 <=> LEU 86 - PHE 92 ) 53: 3icj-A 3dcp-A 261 - 264 <=> 93 - 96 (UNK 294 - VAL 297 <=> GLU 93 - TYR 96 ) 53: 3icj-A 3dcp-A 291 - 295 <=> 97 - 101 (MET 324 - GLU 328 <=> LEU 97 - GLU 101 ) 53: 3icj-A 3dcp-A 297 - 303 <=> 102 - 108 (VAL 330 - ALA 336 <=> ASP 102 - LEU 108 ) 53: 3icj-A 3dcp-A 305 - 308 <=> 109 - 112 (PRO 338 - LEU 341 <=> ASN 109 - GLY 112 ) 53: 3icj-A 3dcp-A 311 - 314 <=> 119 - 122 (ALA 344 - ALA 347 <=> VAL 119 - LEU 122 ) 53: 3icj-A 3dcp-A 316 - 326 <=> 159 - 169 (GLY 349 - ALA 359 <=> TYR 159 - ALA 169 ) 53: 3icj-A 3dcp-A 329 - 332 <=> 170 - 173 (GLU 362 - PHE 365 <=> ASP 170 - LEU 173 ) 53: 3icj-A 3dcp-A 334 - 341 <=> 177 - 184 (GLY 367 - LEU 374 <=> ARG 177 - LEU 184 ) 53: 3icj-A 3dcp-A 343 - 364 <=> 207 - 228 (ARG 376 - ILE 397 <=> PHE 207 - LEU 228 ) 53: 3icj-A 3dcp-A 366 - 370 <=> 229 - 233 (SER 399 - ILE 403 <=> PHE 229 - CYS 233 ) 53: 3icj-A 3dcp-A 383 - 391 <=> 237 - 245 (TYR 416 - ILE 424 <=> TYR 237 - LEU 245 ) 53: 3icj-A 3dcp-A 392 - 401 <=> 251 - 260 (THR 425 - PRO 434 <=> ILE 251 - HIS 260 ) 53: 3icj-A 3dcp-A 404 - 407 <=> 264 - 267 (PRO 437 - PRO 440 <=> ASP 264 - ARG 267 ) 53: 3icj-A 3dcp-A 410 - 415 <=> 268 - 273 (SER 443 - VAL 448 <=> GLY 268 - CYS 273 ) 53: 3icj-A 3dcp-A 425 - 428 <=> 274 - 277 (ARG 458 - ARG 461 <=> GLN 274 - GLU 277 ) 54: 3icj-A 3au2-A 35 - 39 <=> 296 - 300 (ASP 68 - ALA 72 <=> THR 296 - VAL 300 ) 54: 3icj-A 3au2-A 59 - 70 <=> 335 - 346 (MET 92 - ASP 103 <=> PRO 335 - THR 346 ) 54: 3icj-A 3au2-A 71 - 74 <=> 350 - 353 (GLU 104 - MET 107 <=> GLY 350 - THR 353 ) 54: 3icj-A 3au2-A 189 - 208 <=> 354 - 373 (ILE 222 - SER 241 <=> LEU 354 - ASP 373 ) 54: 3icj-A 3au2-A 210 - 222 <=> 389 - 401 (GLY 243 - ARG 255 <=> ALA 389 - GLU 401 ) 54: 3icj-A 3au2-A 224 - 233 <=> 402 - 411 (GLY 257 - TYR 266 <=> THR 402 - GLY 411 ) 54: 3icj-A 3au2-A 260 - 264 <=> 412 - 416 (VAL 293 - VAL 297 <=> ALA 412 - ILE 416 ) 54: 3icj-A 3au2-A 290 - 293 <=> 417 - 420 (VAL 323 - LYS 326 <=> HIS 417 - GLY 420 ) 54: 3icj-A 3au2-A 296 - 299 <=> 421 - 424 (ILE 329 - VAL 332 <=> THR 421 - TYR 424 ) 54: 3icj-A 3au2-A 303 - 308 <=> 425 - 430 (ALA 336 - LEU 341 <=> PRO 425 - ARG 430 ) 54: 3icj-A 3au2-A 310 - 314 <=> 435 - 439 (VAL 343 - ALA 347 <=> VAL 435 - VAL 439 ) 54: 3icj-A 3au2-A 318 - 328 <=> 449 - 459 (LYS 351 - GLU 361 <=> ASP 449 - GLU 459 ) 54: 3icj-A 3au2-A 331 - 334 <=> 460 - 463 (GLU 364 - GLY 367 <=> ASN 460 - VAL 463 ) 54: 3icj-A 3au2-A 335 - 341 <=> 465 - 471 (ARG 368 - LEU 374 <=> VAL 465 - ALA 471 ) 54: 3icj-A 3au2-A 343 - 346 <=> 483 - 486 (ARG 376 - GLN 379 <=> ASP 483 - ALA 486 ) 54: 3icj-A 3au2-A 347 - 364 <=> 488 - 505 (LEU 380 - ILE 397 <=> PHE 488 - ASP 505 ) 54: 3icj-A 3au2-A 384 - 390 <=> 513 - 519 (ARG 417 - SER 423 <=> LEU 513 - GLY 519 ) 54: 3icj-A 3au2-A 391 - 402 <=> 521 - 532 (ILE 424 - ILE 435 <=> GLY 521 - GLN 532 ) 54: 3icj-A 3au2-A 404 - 407 <=> 535 - 538 (PRO 437 - PRO 440 <=> HIS 535 - PHE 538 ) 54: 3icj-A 3au2-A 408 - 415 <=> 540 - 547 (TRP 441 - VAL 448 <=> GLU 540 - GLN 547 ) 54: 3icj-A 3au2-A 425 - 430 <=> 548 - 553 (ARG 458 - GLU 463 <=> ARG 548 - PRO 553 ) 54: 3icj-A 3au2-A 433 - 437 <=> 556 - 560 (HIS 466 - HIS 470 <=> VAL 556 - LEU 560 ) 54: 3icj-A 3au2-A 444 - 447 <=> 565 - 568 (LEU 477 - ASP 480 <=> LEU 565 - TRP 568 ) 55: 3icj-A 1m65-A 62 - 68 <=> 2 - 8 (PHE 95 - HIS 101 <=> PRO 3 - HIS 9 ) 55: 3icj-A 1m65-A 70 - 73 <=> 15 - 18 (ASP 103 - GLY 106 <=> ALA 16 - THR 19 ) 55: 3icj-A 1m65-A 189 - 208 <=> 19 - 38 (ILE 222 - SER 241 <=> LEU 20 - ASP 39 ) 55: 3icj-A 1m65-A 210 - 213 <=> 52 - 55 (GLY 243 - ALA 246 <=> PHE 53 - MET 56 ) 55: 3icj-A 1m65-A 215 - 218 <=> 56 - 59 (LYS 248 - PHE 251 <=> ARG 57 - PRO 60 ) 55: 3icj-A 1m65-A 225 - 234 <=> 62 - 71 (ARG 258 - LEU 267 <=> VAL 63 - ILE 72 ) 55: 3icj-A 1m65-A 261 - 264 <=> 72 - 75 (UNK 294 - VAL 297 <=> GLU 73 - ILE 76 ) 55: 3icj-A 1m65-A 291 - 296 <=> 76 - 81 (MET 324 - ILE 329 <=> LYS 77 - GLU 82 ) 55: 3icj-A 1m65-A 303 - 308 <=> 84 - 89 (ALA 336 - LEU 341 <=> CYS 85 - PHE 90 ) 55: 3icj-A 1m65-A 310 - 315 <=> 95 - 100 (VAL 343 - ILE 348 <=> ILE 96 - HIS 101 ) 55: 3icj-A 1m65-A 318 - 328 <=> 111 - 121 (LYS 351 - GLU 361 <=> THR 112 - ALA 122 ) 55: 3icj-A 1m65-A 331 - 334 <=> 122 - 125 (GLU 364 - GLY 367 <=> SER 123 - VAL 126 ) 55: 3icj-A 1m65-A 335 - 340 <=> 127 - 132 (ARG 368 - SER 373 <=> ILE 128 - GLY 133 ) 55: 3icj-A 1m65-A 341 - 344 <=> 135 - 138 (LEU 374 - ASP 377 <=> LYS 136 - ILE 139 ) 55: 3icj-A 1m65-A 346 - 354 <=> 139 - 147 (GLN 379 - LYS 387 <=> ASP 140 - ALA 148 ) 55: 3icj-A 1m65-A 355 - 363 <=> 152 - 160 (VAL 388 - PHE 396 <=> VAL 153 - SER 161 ) 55: 3icj-A 1m65-A 384 - 392 <=> 161 - 169 (ARG 417 - THR 425 <=> ASN 172 - VAL 180 ) 55: 3icj-A 1m65-A 393 - 402 <=> 175 - 184 (LYS 426 - ILE 435 <=> TRP 186 - THR 195 ) 55: 3icj-A 1m65-A 404 - 407 <=> 187 - 190 (PRO 437 - PRO 440 <=> THR 198 - GLU 201 ) 55: 3icj-A 1m65-A 410 - 415 <=> 191 - 196 (SER 443 - VAL 448 <=> PHE 202 - LYS 207 ) 55: 3icj-A 1m65-A 425 - 428 <=> 197 - 200 (ARG 458 - ARG 461 <=> ILE 208 - ALA 211 ) 55: 3icj-A 1m65-A 433 - 437 <=> 208 - 212 (HIS 466 - HIS 470 <=> ILE 219 - SER 223 ) 55: 3icj-A 1m65-A 444 - 447 <=> 216 - 219 (LEU 477 - ASP 480 <=> LEU 227 - PHE 230 ) 55: 3icj-A 1m65-A 455 - 458 <=> 231 - 234 (PHE 488 - GLU 491 <=> PHE 242 - LEU 245 ) 56: 3icj-A 1bks-A 12 - 15 <=> 12 - 15 (THR 45 - SER 48 <=> ASN 12 - ARG 15 ) 56: 3icj-A 1bks-A 63 - 70 <=> 18 - 25 (PHE 96 - ASP 103 <=> ALA 18 - LEU 25 ) 56: 3icj-A 1bks-A 184 - 201 <=> 28 - 45 (ASP 217 - VAL 234 <=> PRO 28 - ALA 45 ) 56: 3icj-A 1bks-A 203 - 210 <=> 46 - 53 (SER 236 - GLY 243 <=> ASP 46 - PRO 53 ) 56: 3icj-A 1bks-A 211 - 223 <=> 79 - 91 (GLU 244 - GLU 256 <=> ALA 79 - LYS 91 ) 56: 3icj-A 1bks-A 228 - 235 <=> 94 - 101 (MET 261 - SER 268 <=> THR 94 - MET 101 ) 56: 3icj-A 1bks-A 239 - 242 <=> 111 - 114 (LEU 272 - LEU 275 <=> ILE 111 - PHE 114 ) 56: 3icj-A 1bks-A 247 - 252 <=> 116 - 121 (LEU 280 - GLY 285 <=> ALA 116 - VAL 121 ) 56: 3icj-A 1bks-A 256 - 264 <=> 122 - 130 (ARG 289 - VAL 297 <=> GLY 122 - ASP 130 ) 56: 3icj-A 1bks-A 291 - 318 <=> 131 - 158 (MET 324 - LYS 351 <=> VAL 131 - ALA 158 ) 56: 3icj-A 1bks-A 324 - 328 <=> 163 - 167 (LEU 357 - GLU 361 <=> LEU 163 - ALA 167 ) 56: 3icj-A 1bks-A 331 - 334 <=> 168 - 171 (GLU 364 - GLY 367 <=> SER 168 - ARG 171 ) 56: 3icj-A 1bks-A 335 - 339 <=> 173 - 177 (ARG 368 - ALA 372 <=> TYR 173 - LEU 177 ) 56: 3icj-A 1bks-A 343 - 346 <=> 181 - 184 (ARG 376 - GLN 379 <=> LEU 193 - LEU 196 ) 56: 3icj-A 1bks-A 347 - 360 <=> 186 - 199 (LEU 380 - GLN 393 <=> GLU 198 - GLY 211 ) 56: 3icj-A 1bks-A 361 - 365 <=> 202 - 206 (PRO 394 - VAL 398 <=> ILE 214 - GLU 218 ) 56: 3icj-A 1bks-A 385 - 389 <=> 212 - 216 (LEU 418 - SER 422 <=> VAL 224 - ALA 228 ) 56: 3icj-A 1bks-A 394 - 399 <=> 217 - 222 (LEU 427 - ASP 432 <=> ALA 229 - GLY 234 ) 56: 3icj-A 1bks-A 400 - 403 <=> 225 - 228 (SER 433 - GLU 436 <=> ILE 237 - ILE 240 ) 56: 3icj-A 1bks-A 406 - 410 <=> 246 - 250 (ASP 439 - SER 443 <=> PHE 258 - MET 262 ) 56: 3icj-A 1bks-A 430 - 433 <=> 252 - 255 (GLU 463 - HIS 466 <=> ALA 264 - ARG 267 ) 57: 3icj-A 2yb1-A 62 - 69 <=> 2 - 9 (PHE 95 - LEU 102 <=> ASN 3 - SER 10 ) 57: 3icj-A 2yb1-A 71 - 74 <=> 14 - 17 (GLU 104 - MET 107 <=> GLY 15 - THR 18 ) 57: 3icj-A 2yb1-A 191 - 208 <=> 20 - 37 (SER 224 - SER 241 <=> GLU 21 - ASP 38 ) 57: 3icj-A 2yb1-A 210 - 220 <=> 40 - 50 (GLY 243 - LEU 253 <=> CYS 41 - ALA 51 ) 57: 3icj-A 2yb1-A 225 - 234 <=> 53 - 62 (ARG 258 - LEU 267 <=> ARG 54 - VAL 63 ) 57: 3icj-A 2yb1-A 261 - 265 <=> 63 - 67 (UNK 294 - ASP 298 <=> GLU 64 - SER 68 ) 57: 3icj-A 2yb1-A 279 - 291 <=> 158 - 170 (TYR 312 - MET 324 <=> THR 159 - ALA 171 ) 57: 3icj-A 2yb1-A 295 - 310 <=> 171 - 186 (GLU 328 - VAL 343 <=> SER 172 - ALA 187 ) 57: 3icj-A 2yb1-A 335 - 339 <=> 187 - 191 (ARG 368 - ALA 372 <=> VAL 188 - PRO 192 ) 57: 3icj-A 2yb1-A 340 - 344 <=> 193 - 197 (SER 373 - ASP 377 <=> ARG 194 - GLY 198 ) 57: 3icj-A 2yb1-A 345 - 353 <=> 199 - 207 (ASP 378 - LEU 386 <=> THR 200 - ASP 208 ) 57: 3icj-A 2yb1-A 355 - 358 <=> 214 - 217 (VAL 388 - SER 391 <=> GLN 215 - GLU 218 ) 57: 3icj-A 2yb1-A 359 - 364 <=> 219 - 224 (ALA 392 - ILE 397 <=> ALA 220 - SER 225 ) 57: 3icj-A 2yb1-A 384 - 392 <=> 227 - 235 (ARG 417 - THR 425 <=> ASP 228 - ALA 236 ) 57: 3icj-A 2yb1-A 393 - 402 <=> 241 - 250 (LYS 426 - ILE 435 <=> TYR 242 - ALA 251 ) 57: 3icj-A 2yb1-A 404 - 407 <=> 254 - 257 (PRO 437 - PRO 440 <=> ASP 258 - HIS 261 ) 57: 3icj-A 2yb1-A 431 - 434 <=> 259 - 262 (ALA 464 - LEU 467 <=> GLU 263 - PRO 266 ) 57: 3icj-A 2yb1-A 441 - 444 <=> 267 - 270 (GLN 474 - LEU 477 <=> PRO 271 - ARG 274 ) 57: 3icj-A 2yb1-A 445 - 448 <=> 272 - 275 (ALA 478 - LEU 481 <=> LEU 276 - ARG 279 ) 58: 3icj-A 2anu-A 58 - 69 <=> 1 - 12 (VAL 91 - LEU 102 <=> THR 5 - THR 16 ) 58: 3icj-A 2anu-A 71 - 74 <=> 17 - 20 (GLU 104 - MET 107 <=> GLY 21 - PRO 24 ) 58: 3icj-A 2anu-A 189 - 208 <=> 21 - 40 (ILE 222 - SER 241 <=> LEU 25 - ASP 44 ) 58: 3icj-A 2anu-A 210 - 221 <=> 66 - 77 (GLY 243 - GLU 254 <=> PHE 70 - GLN 81 ) 58: 3icj-A 2anu-A 224 - 227 <=> 78 - 81 (GLY 257 - LYS 260 <=> LYS 82 - TRP 85 ) 58: 3icj-A 2anu-A 228 - 233 <=> 86 - 91 (MET 261 - TYR 266 <=> UNK 90 - GLY 95 ) 58: 3icj-A 2anu-A 260 - 266 <=> 92 - 98 (VAL 293 - GLY 299 <=> VAL 96 - THR 102 ) 58: 3icj-A 2anu-A 291 - 294 <=> 114 - 117 (MET 324 - ASP 327 <=> PRO 118 - PRO 121 ) 58: 3icj-A 2anu-A 323 - 329 <=> 118 - 124 (ALA 356 - GLU 362 <=> VAL 122 - LYS 128 ) 58: 3icj-A 2anu-A 334 - 339 <=> 132 - 137 (GLY 367 - ALA 372 <=> VAL 136 - PRO 141 ) 58: 3icj-A 2anu-A 341 - 344 <=> 146 - 149 (LEU 374 - ASP 377 <=> LEU 155 - ASN 158 ) 58: 3icj-A 2anu-A 347 - 350 <=> 150 - 153 (LEU 380 - ILE 383 <=> UNK 159 - PHE 162 ) 58: 3icj-A 2anu-A 352 - 355 <=> 154 - 157 (GLU 385 - VAL 388 <=> LYS 163 - PHE 166 ) 58: 3icj-A 2anu-A 356 - 359 <=> 159 - 162 (ARG 389 - ALA 392 <=> ALA 168 - ILE 171 ) 58: 3icj-A 2anu-A 360 - 364 <=> 164 - 168 (GLN 393 - ILE 397 <=> ASN 173 - LEU 177 ) 58: 3icj-A 2anu-A 385 - 389 <=> 169 - 173 (LEU 418 - SER 422 <=> PHE 178 - GLY 182 ) 58: 3icj-A 2anu-A 390 - 402 <=> 175 - 187 (SER 423 - ILE 435 <=> LYS 184 - GLU 196 ) 58: 3icj-A 2anu-A 404 - 407 <=> 190 - 193 (PRO 437 - PRO 440 <=> HIS 199 - SER 202 ) 58: 3icj-A 2anu-A 435 - 438 <=> 196 - 199 (TYR 468 - GLY 471 <=> THR 205 - LYS 208 ) 58: 3icj-A 2anu-A 447 - 450 <=> 206 - 209 (ASP 480 - LYS 483 <=> ALA 215 - GLU 218 ) 59: 3icj-A 3e38-A 12 - 15 <=> 10 - 13 (THR 45 - SER 48 <=> PRO 31 - ASP 34 ) 59: 3icj-A 3e38-A 59 - 69 <=> 16 - 26 (MET 92 - LEU 102 <=> THR 37 - SER 47 ) 59: 3icj-A 3e38-A 70 - 73 <=> 30 - 33 (ASP 103 - GLY 106 <=> ASP 51 - VAL 54 ) 59: 3icj-A 3e38-A 188 - 210 <=> 34 - 56 (TYR 221 - GLY 243 <=> TRP 55 - ILE 77 ) 59: 3icj-A 3e38-A 211 - 221 <=> 67 - 77 (GLU 244 - GLU 254 <=> SER 88 - ARG 98 ) 59: 3icj-A 3e38-A 224 - 227 <=> 78 - 81 (GLY 257 - LYS 260 <=> GLU 99 - GLU 102 ) 59: 3icj-A 3e38-A 228 - 234 <=> 85 - 91 (MET 261 - LEU 267 <=> ILE 106 - SER 112 ) 59: 3icj-A 3e38-A 235 - 240 <=> 110 - 115 (SER 268 - ASP 273 <=> SER 131 - GLN 136 ) 59: 3icj-A 3e38-A 295 - 313 <=> 117 - 135 (GLU 328 - HIS 346 <=> ASP 138 - ASN 156 ) 59: 3icj-A 3e38-A 316 - 319 <=> 147 - 150 (GLY 349 - ALA 352 <=> THR 168 - TRP 171 ) 59: 3icj-A 3e38-A 321 - 328 <=> 151 - 158 (ASP 354 - GLU 361 <=> PRO 172 - GLN 179 ) 59: 3icj-A 3e38-A 331 - 335 <=> 159 - 163 (GLU 364 - ARG 368 <=> GLU 180 - HIS 184 ) 59: 3icj-A 3e38-A 356 - 359 <=> 164 - 167 (ARG 389 - ALA 392 <=> GLY 185 - VAL 188 ) 59: 3icj-A 3e38-A 360 - 364 <=> 169 - 173 (GLN 393 - ILE 397 <=> ASN 190 - TYR 194 ) 59: 3icj-A 3e38-A 382 - 390 <=> 174 - 182 (ALA 415 - SER 423 <=> UNK 195 - LEU 203 ) 59: 3icj-A 3e38-A 391 - 402 <=> 185 - 196 (ILE 424 - ILE 435 <=> ASN 206 - GLN 217 ) 59: 3icj-A 3e38-A 408 - 411 <=> 208 - 211 (TRP 441 - ILE 444 <=> GLU 229 - THR 232 ) 59: 3icj-A 3e38-A 435 - 438 <=> 213 - 216 (TYR 468 - GLY 471 <=> THR 234 - PHE 237 ) 59: 3icj-A 3e38-A 455 - 458 <=> 218 - 221 (PHE 488 - GLU 491 <=> LYS 239 - SER 242 ) 59: 3icj-A 3e38-A 463 - 468 <=> 275 - 280 (ASP 496 - LYS 501 <=> ASN 296 - VAL 301 ) # Translation-rotation matrices -matrix "3icj-A 3icj-A U(1,.) 1.000000 0.000000 0.000000 -0.000000" -matrix "3icj-A 3icj-A U(2,.) 0.000000 1.000000 0.000000 0.000000" -matrix "3icj-A 3icj-A U(3,.) -0.000000 0.000000 1.000000 0.000000" -matrix "3icj-A 3mtw-A U(1,.) -0.174331 0.934735 -0.309645 -94.167030" -matrix "3icj-A 3mtw-A U(2,.) -0.487303 -0.355150 -0.797750 75.787857" -matrix "3icj-A 3mtw-A U(3,.) -0.855655 0.011818 0.517412 35.028843" -matrix "3icj-A 3ls9-A U(1,.) -0.425710 -0.832960 0.353480 52.278038" -matrix "3icj-A 3ls9-A U(2,.) 0.904483 -0.380460 0.192770 -3.591136" -matrix "3icj-A 3ls9-A U(3,.) -0.026085 0.401780 0.915364 -0.443341" -matrix "3icj-A 2paj-A U(1,.) -0.581077 -0.692420 0.427673 42.528412" -matrix "3icj-A 2paj-A U(2,.) 0.557658 -0.721495 -0.410442 11.474611" -matrix "3icj-A 2paj-A U(3,.) 0.592762 -0.000003 0.805378 -6.149408" -matrix "3icj-A 3mkv-A U(1,.) -0.942836 -0.291842 0.160899 4.653111" -matrix "3icj-A 3mkv-A U(2,.) 0.062061 0.320600 0.945180 -44.081680" -matrix "3icj-A 3mkv-A U(3,.) -0.327428 0.901135 -0.284161 10.376687" -matrix "3icj-A 4c5y-A U(1,.) 0.384279 0.042424 0.922242 28.063595" -matrix "3icj-A 4c5y-A U(2,.) 0.799317 0.484580 -0.355350 -17.248287" -matrix "3icj-A 4c5y-A U(3,.) -0.461975 0.873718 0.152303 -40.884384" -matrix "3icj-A 2uz9-A U(1,.) 0.121752 0.910486 0.395212 15.193579" -matrix "3icj-A 2uz9-A U(2,.) -0.868703 0.290359 -0.401307 -1.213409" -matrix "3icj-A 2uz9-A U(3,.) -0.480138 -0.294462 0.826293 43.699505" -matrix "3icj-A 1j6p-A U(1,.) 0.838530 0.173670 -0.516436 -92.356956" -matrix "3icj-A 1j6p-A U(2,.) 0.435199 -0.783777 0.443053 23.739708" -matrix "3icj-A 1j6p-A U(3,.) -0.327825 -0.596266 -0.732801 109.560745" -matrix "3icj-A 2oof-A U(1,.) -0.703303 -0.513959 0.491132 39.101921" -matrix "3icj-A 2oof-A U(2,.) 0.667241 -0.715610 0.206622 14.059189" -matrix "3icj-A 2oof-A U(3,.) 0.245264 0.473021 0.846225 -17.965317" -matrix "3icj-A 4cqb-A U(1,.) -0.556114 -0.007315 0.831074 -107.440437" -matrix "3icj-A 4cqb-A U(2,.) 0.688125 0.556708 0.465360 -62.225941" -matrix "3icj-A 4cqb-A U(3,.) -0.466070 0.830676 -0.304560 72.462456" -matrix "3icj-A 1k6w-A U(1,.) 0.107960 -0.993034 -0.047206 34.426731" -matrix "3icj-A 1k6w-A U(2,.) -0.911018 -0.079811 -0.404569 61.823406" -matrix "3icj-A 1k6w-A U(3,.) 0.397983 0.086682 -0.913288 107.531929" -matrix "3icj-A 4rdv-B U(1,.) -0.144458 -0.251571 -0.956997 40.960011" -matrix "3icj-A 4rdv-B U(2,.) 0.636961 0.716480 -0.284494 -18.571022" -matrix "3icj-A 4rdv-B U(3,.) 0.757240 -0.650667 0.056740 -35.343918" -matrix "3icj-A 3ooq-A U(1,.) -0.040257 -0.521316 0.852413 3.059727" -matrix "3icj-A 3ooq-A U(2,.) 0.198390 -0.840290 -0.504533 126.933395" -matrix "3icj-A 3ooq-A U(3,.) 0.979296 0.148800 0.137252 -35.167126" -matrix "3icj-A 2vun-A U(1,.) -0.857078 -0.408385 0.314068 15.373652" -matrix "3icj-A 2vun-A U(2,.) 0.154146 0.378414 0.912711 -66.908768" -matrix "3icj-A 2vun-A U(3,.) -0.491586 0.830677 -0.261379 15.620806" -matrix "3icj-A 3giq-A U(1,.) 0.238767 0.486998 -0.840133 -10.827455" -matrix "3icj-A 3giq-A U(2,.) 0.962375 -0.234231 0.137732 -8.111319" -matrix "3icj-A 3giq-A U(3,.) -0.129710 -0.841409 -0.524601 75.091209" -matrix "3icj-A 1onx-A U(1,.) -0.054544 -0.466527 -0.882824 40.205330" -matrix "3icj-A 1onx-A U(2,.) 0.894870 -0.415080 0.164059 -24.150579" -matrix "3icj-A 1onx-A U(3,.) -0.442981 -0.781064 0.440121 51.860649" -matrix "3icj-A 1yrr-B U(1,.) -0.830867 -0.251700 0.496293 15.400872" -matrix "3icj-A 1yrr-B U(2,.) -0.457538 0.816626 -0.351825 43.487556" -matrix "3icj-A 1yrr-B U(3,.) -0.316732 -0.519393 -0.793670 109.955917" -matrix "3icj-A 1gkp-A U(1,.) -0.615853 0.647414 -0.448977 -12.506952" -matrix "3icj-A 1gkp-A U(2,.) -0.572931 0.023161 0.819276 -37.749451" -matrix "3icj-A 1gkp-A U(3,.) 0.540810 0.761786 0.356660 -88.561195" -matrix "3icj-A 3e74-A U(1,.) 0.684285 -0.249617 -0.685160 235.140930" -matrix "3icj-A 3e74-A U(2,.) -0.725015 -0.333578 -0.602560 120.857430" -matrix "3icj-A 3e74-A U(3,.) -0.078145 0.909075 -0.409239 33.915173" -matrix "3icj-A 3gri-A U(1,.) -0.165321 0.004435 -0.986230 53.100670" -matrix "3icj-A 3gri-A U(2,.) -0.234815 0.971056 0.043729 -5.559126" -matrix "3icj-A 3gri-A U(3,.) 0.957878 0.238811 -0.159495 -42.307091" -matrix "3icj-A 4b3z-D U(1,.) -0.178754 0.099723 0.978827 39.982403" -matrix "3icj-A 4b3z-D U(2,.) 0.051504 0.994435 -0.091908 6.157347" -matrix "3icj-A 4b3z-D U(3,.) -0.982545 0.033984 -0.182896 162.900604" -matrix "3icj-A 3nqb-A U(1,.) -0.255399 -0.914319 0.314311 -4.688315" -matrix "3icj-A 3nqb-A U(2,.) -0.202840 0.368530 0.907216 24.407278" -matrix "3icj-A 3nqb-A U(3,.) -0.945319 0.167947 -0.279583 85.099350" -matrix "3icj-A 2imr-A U(1,.) -0.211545 -0.305563 -0.928375 33.299274" -matrix "3icj-A 2imr-A U(2,.) 0.320506 -0.919035 0.229457 35.435738" -matrix "3icj-A 2imr-A U(3,.) -0.923322 -0.249010 0.292352 42.578758" -matrix "3icj-A 2ogj-A U(1,.) 0.499619 0.527588 0.687046 -55.677303" -matrix "3icj-A 2ogj-A U(2,.) -0.839177 0.491508 0.232815 0.508871" -matrix "3icj-A 2ogj-A U(3,.) -0.214857 -0.692872 0.688306 50.935307" -matrix "3icj-A 1a4m-A U(1,.) 0.674444 0.407864 0.615445 -60.826008" -matrix "3icj-A 1a4m-A U(2,.) 0.643660 -0.733162 -0.219487 14.773870" -matrix "3icj-A 1a4m-A U(3,.) 0.361700 0.544169 -0.757002 30.549183" -matrix "3icj-A 1a5k-C U(1,.) -0.711331 0.695238 -0.103211 -9.268897" -matrix "3icj-A 1a5k-C U(2,.) 0.393588 0.272352 -0.878016 19.947226" -matrix "3icj-A 1a5k-C U(3,.) -0.582321 -0.665183 -0.467370 161.874969" -matrix "3icj-A 2y1h-B U(1,.) -0.706757 -0.441890 -0.552474 12.839179" -matrix "3icj-A 2y1h-B U(2,.) -0.047536 0.808828 -0.586121 13.740434" -matrix "3icj-A 2y1h-B U(3,.) 0.705857 -0.387983 -0.592651 3.876733" -matrix "3icj-A 2ffi-A U(1,.) 0.734948 0.166945 0.657252 -31.324234" -matrix "3icj-A 2ffi-A U(2,.) -0.391520 -0.686897 0.612278 23.492910" -matrix "3icj-A 2ffi-A U(3,.) 0.553681 -0.707320 -0.439472 35.698158" -matrix "3icj-A 3cjp-A U(1,.) -0.446546 -0.175980 -0.877284 82.527115" -matrix "3icj-A 3cjp-A U(2,.) -0.892910 0.024613 0.449562 13.551181" -matrix "3icj-A 3cjp-A U(3,.) -0.057521 0.984086 -0.168126 -26.049698" -matrix "3icj-A 3gg7-A U(1,.) 0.945988 -0.298086 0.127484 -6.213229" -matrix "3icj-A 3gg7-A U(2,.) -0.146117 -0.040988 0.988418 -6.230395" -matrix "3icj-A 3gg7-A U(3,.) -0.289408 -0.953659 -0.082330 32.152416" -matrix "3icj-A 4dlf-A U(1,.) 0.422653 -0.698652 -0.577278 117.814842" -matrix "3icj-A 4dlf-A U(2,.) 0.905369 0.354217 0.234173 -2.513282" -matrix "3icj-A 4dlf-A U(3,.) 0.040876 -0.621624 0.782249 -79.474709" -matrix "3icj-A 2ob3-A U(1,.) 0.683497 0.723318 0.098196 1.012276" -matrix "3icj-A 2ob3-A U(2,.) 0.129164 0.012556 -0.991544 27.636744" -matrix "3icj-A 2ob3-A U(3,.) -0.718435 0.690401 -0.084844 26.180611" -matrix "3icj-A 3pnu-A U(1,.) 0.108623 0.992200 -0.061154 6.929904" -matrix "3icj-A 3pnu-A U(2,.) -0.599319 0.016283 -0.800344 43.798271" -matrix "3icj-A 3pnu-A U(3,.) -0.793106 0.123587 0.596413 22.362209" -matrix "3icj-A 1bf6-A U(1,.) 0.192884 -0.384816 0.902614 44.365437" -matrix "3icj-A 1bf6-A U(2,.) -0.777676 -0.620897 -0.098525 -11.011034" -matrix "3icj-A 1bf6-A U(3,.) 0.598344 -0.682938 -0.419024 -8.069142" -matrix "3icj-A 2a3l-A U(1,.) -0.841848 -0.498250 0.207459 -25.946045" -matrix "3icj-A 2a3l-A U(2,.) 0.383605 -0.281986 0.879392 23.161356" -matrix "3icj-A 2a3l-A U(3,.) -0.379657 0.819897 0.428520 44.687473" -matrix "3icj-A 3irs-A U(1,.) 0.888332 -0.415367 -0.195796 22.917776" -matrix "3icj-A 3irs-A U(2,.) -0.333079 -0.289323 -0.897413 57.803455" -matrix "3icj-A 3irs-A U(3,.) 0.316107 0.862417 -0.395365 -43.482124" -matrix "3icj-A 3k2g-B U(1,.) 0.989450 -0.093606 -0.110577 -14.243530" -matrix "3icj-A 3k2g-B U(2,.) 0.101932 0.992168 0.072199 -28.274948" -matrix "3icj-A 3k2g-B U(3,.) 0.102952 -0.082709 0.991242 -46.290413" -matrix "3icj-A 2vc5-A U(1,.) 0.517999 -0.837681 -0.173110 -48.345352" -matrix "3icj-A 2vc5-A U(2,.) 0.229492 -0.058858 0.971529 -65.234283" -matrix "3icj-A 2vc5-A U(3,.) -0.824021 -0.542979 0.161752 43.800743" -matrix "3icj-A 4mup-B U(1,.) -0.078350 0.948982 -0.305440 -13.555906" -matrix "3icj-A 4mup-B U(2,.) -0.657086 -0.279571 -0.700056 55.351204" -matrix "3icj-A 4mup-B U(3,.) -0.749733 0.145851 0.645467 -9.123678" -matrix "3icj-A 4hk5-D U(1,.) 0.518684 0.848698 -0.103339 -23.303328" -matrix "3icj-A 4hk5-D U(2,.) 0.089742 -0.174247 -0.980604 21.728853" -matrix "3icj-A 4hk5-D U(3,.) -0.850243 0.499350 -0.166542 24.561522" -matrix "3icj-A 1v77-A U(1,.) 0.940447 0.155452 0.302315 -15.892735" -matrix "3icj-A 1v77-A U(2,.) -0.313867 0.055506 0.947843 -1.143281" -matrix "3icj-A 1v77-A U(3,.) 0.130564 -0.986283 0.100992 62.221596" -matrix "3icj-A 2dvt-A U(1,.) 0.133357 0.020427 0.990857 -30.850172" -matrix "3icj-A 2dvt-A U(2,.) -0.852731 -0.507119 0.125222 79.990189" -matrix "3icj-A 2dvt-A U(3,.) 0.505040 -0.861634 -0.050209 17.414402" -matrix "3icj-A 4ofc-A U(1,.) -0.463032 0.370624 0.805133 -13.914845" -matrix "3icj-A 4ofc-A U(2,.) 0.807616 0.550682 0.210966 45.236202" -matrix "3icj-A 4ofc-A U(3,.) -0.365183 0.747922 -0.554305 -16.754663" -matrix "3icj-A 4qrn-A U(1,.) 0.680170 0.698559 0.222225 -36.767883" -matrix "3icj-A 4qrn-A U(2,.) 0.710869 -0.702563 0.032717 -15.239678" -matrix "3icj-A 4qrn-A U(3,.) 0.178982 0.135720 -0.974446 126.399391" -matrix "3icj-A 1itq-A U(1,.) 0.346966 0.034380 -0.937248 10.368358" -matrix "3icj-A 1itq-A U(2,.) 0.574188 0.782369 0.241261 -74.860497" -matrix "3icj-A 1itq-A U(3,.) 0.741568 -0.621866 0.251715 -4.066115" -matrix "3icj-A 3qy6-A U(1,.) 0.492229 0.859565 -0.137325 -41.994377" -matrix "3icj-A 3qy6-A U(2,.) -0.125189 0.226025 0.966044 15.846317" -matrix "3icj-A 3qy6-A U(3,.) 0.861416 -0.458323 0.218864 13.239416" -matrix "3icj-A 2gwg-A U(1,.) -0.843562 -0.083774 0.530457 25.692158" -matrix "3icj-A 2gwg-A U(2,.) 0.286281 0.765559 0.576163 -64.105240" -matrix "3icj-A 2gwg-A U(3,.) -0.454364 0.637888 -0.621813 69.628662" -matrix "3icj-A 4dzi-C U(1,.) 0.295610 -0.765971 -0.570879 74.437294" -matrix "3icj-A 4dzi-C U(2,.) 0.727358 -0.206949 0.654310 1.067665" -matrix "3icj-A 4dzi-C U(3,.) -0.619326 -0.608655 0.495959 -31.443819" -matrix "3icj-A 2qpx-A U(1,.) -0.570247 0.465165 0.677081 10.472204" -matrix "3icj-A 2qpx-A U(2,.) 0.791489 0.090465 0.604452 -27.803555" -matrix "3icj-A 2qpx-A U(3,.) 0.219918 0.880589 -0.419761 -10.326348" -matrix "3icj-A 1j5s-A U(1,.) -0.307755 -0.929789 -0.201940 87.508476" -matrix "3icj-A 1j5s-A U(2,.) 0.845884 -0.170197 -0.505484 2.435073" -matrix "3icj-A 1j5s-A U(3,.) 0.435623 -0.326383 0.838872 -41.877621" -matrix "3icj-A 3iac-A U(1,.) -0.700162 0.546638 0.459304 57.459049" -matrix "3icj-A 3iac-A U(2,.) -0.221562 -0.777887 0.588049 34.335842" -matrix "3icj-A 3iac-A U(3,.) 0.678737 0.309965 0.665761 -52.375694" -matrix "3icj-A 3f2b-A U(1,.) -0.251833 -0.053525 -0.966290 -33.668983" -matrix "3icj-A 3f2b-A U(2,.) -0.535392 0.839464 0.093033 24.975342" -matrix "3icj-A 3f2b-A U(3,.) 0.806186 0.540773 -0.240061 -17.675402" -matrix "3icj-A 3dcp-A U(1,.) -0.185021 0.168094 0.968252 -50.283897" -matrix "3icj-A 3dcp-A U(2,.) -0.916468 0.326157 -0.231748 -57.812103" -matrix "3icj-A 3dcp-A U(3,.) -0.354758 -0.930250 0.093707 58.497940" -matrix "3icj-A 3au2-A U(1,.) -0.913513 -0.286876 -0.288437 29.005138" -matrix "3icj-A 3au2-A U(2,.) 0.247136 -0.954540 0.166665 -10.760241" -matrix "3icj-A 3au2-A U(3,.) -0.323137 0.080968 0.942882 6.783158" -matrix "3icj-A 1m65-A U(1,.) -0.326759 -0.781076 -0.532118 39.083618" -matrix "3icj-A 1m65-A U(2,.) 0.191816 0.496498 -0.846579 14.059648" -matrix "3icj-A 1m65-A U(3,.) 0.925438 -0.378696 -0.012413 37.752106" -matrix "3icj-A 1bks-A U(1,.) -0.337821 -0.899645 -0.276615 53.485947" -matrix "3icj-A 1bks-A U(2,.) 0.934818 -0.354905 0.012606 -24.575533" -matrix "3icj-A 1bks-A U(3,.) -0.109513 -0.254326 0.960898 17.238916" -matrix "3icj-A 2yb1-A U(1,.) -0.045055 0.489252 0.870978 -44.393738" -matrix "3icj-A 2yb1-A U(2,.) -0.495792 0.745960 -0.444673 27.272778" -matrix "3icj-A 2yb1-A U(3,.) -0.867272 -0.451859 0.208958 44.048920" -matrix "3icj-A 2anu-A U(1,.) 0.455516 -0.174032 -0.873051 66.206764" -matrix "3icj-A 2anu-A U(2,.) -0.020380 -0.982487 0.185214 27.866871" -matrix "3icj-A 2anu-A U(3,.) -0.889994 -0.066575 -0.451086 68.122208" -matrix "3icj-A 3e38-A U(1,.) -0.152408 -0.037959 -0.987588 48.532299" -matrix "3icj-A 3e38-A U(2,.) 0.918403 -0.374596 -0.127333 -23.651636" -matrix "3icj-A 3e38-A U(3,.) -0.365113 -0.926411 0.091953 70.860893"