M-CSA Mechanism and Catalytic Site Atlas

Anthranilate synthase (M-CSA:314)

Proteins that are close homologues to the M-CSA reference protein and have the same catalytic residues (highlighted in green, below) probably share the same mechanism. Please also check if the homologue shares the same FunTree Structural Cluster and the same Pfam family, as another measure of similarity.

Legend:
Reference Residue Conserved Residue Non Conserved Residue Outside Alignment Reference Residue not in this sequence

Homologous SwissProt sequences of Q06128, Q06129

Reference Sequence	Homologue	Leu85 (main-N) Gly56 (main-N) His306 Thr333 Tyr357 Arg377 Cys84 His175 Gly393 (main-N) Glu177
Q06128	Q06128	X X His306 Thr333 Tyr357 Arg377 X X Gly393 X
Q06128	A0QX93	X X His403 Thr430 Tyr454 Arg474 X X Gly490 X
Q06128	A2XNK3	X X His437 Thr464 Tyr488 Arg508 X X Gly542 X
Q06128	O07898	X X His272 Ala300 Phe324 Arg344 X X Gly360 X
Q06128	O25869	X X His383 Thr410 Tyr434 Arg454 X X Gly470 X
Q06128	O27692	X X His335 Thr362 Tyr386 Arg406 X X Gly422 X
Q06128	O28669	X X His299 Thr326 Tyr350 Arg369 X X Gly384 X
Q06128	O66849	X X His373 Thr400 Tyr424 Arg444 X X Gly460 X
Q06128	O94277	Leu89 Gly65 Ser593 Ser620 Tyr644 Arg664 Cys88 His177 Ala682 Glu179
Q06128	O94582	X X His361 Thr388 Tyr412 Arg433 X X Gly449 X
Q06128	P00895	X X His398 Thr425 Tyr449 Arg469 X X Gly485 X
Q06128	P00897	X X His397 Thr424 Tyr448 Arg468 X X Gly484 X
Q06128	P00898	X X His398 Thr425 Tyr449 Arg469 X X Gly485 X
Q06128	P00899	X X His380 Thr407 Tyr431 Arg452 X X Gly468 X
Q06128	P03963	X X His380 Thr407 Tyr431 Arg451 X X Gly467 X
Q06128	P05041	X X His339 Ser366 Trp390 Arg410 X X Gly426 X
Q06128	P05378	X X His343 Thr370 Tyr394 Arg414 X X Gly430 X
Q06128	P06557	X X His394 Thr421 Tyr445 Arg465 X X Gly481 X
Q06128	P09785	X X His401 Thr428 Tyr452 Arg472 X X Gly488 X
Q06128	P0AEJ2	X X His276 Ala303 Phe327 Arg347 X X Gly363 X
Q06128	P0AEJ3	X X His276 Ala303 Phe327 Arg347 X X Gly363 X
Q06128	P12679	X X His337 Ser364 Trp388 Arg408 X X Gly424 X
Q06128	P12680	X X His340 Ser367 Trp391 Arg411 X X Gly427 X
Q06128	P14953	X X His375 Thr402 Tyr426 Arg446 X X Gly462 X
Q06128	P15395	Leu608 Gly582 His395 Thr422 Tyr446 Arg466 Cys607 His697 Thr482 Glu699
Q06128	P18267	X X His378 Thr405 Tyr429 Arg449 X X Gly465 X
Q06128	P9WFW8	X X His254 Ala282 Tyr305 Arg325 X X Gly343 X
Q06128	P20170	X X His387 Thr414 Tyr438 Arg458 X X Gly479 X
Q06128	P20463	X X His342 Thr369 Tyr394 Arg414 X X Gly430 X
Q06128	P20579	X X His372 Thr399 Tyr423 Arg443 X X Gly459 X
Q06128	P20580	X X His372 Thr399 Tyr423 Arg443 X X Gly459 X
Q06128	P21689	X X His372 Thr399 Tyr423 Arg443 X X Gly459 X
Q06128	P21690	X X His366 Thr393 Tyr417 Arg437 X X Gly453 X
Q06128	P9WFW9	X X His254 Ala282 Tyr305 Arg325 X X Gly343 X
Q06128	P22099	X X His418 Thr445 Tyr469 Arg489 X X Gly505 X
Q06128	P23300	X X His275 Ala303 Phe327 Arg347 X X Gly363 X
Q06128	P23315	X X His376 Thr403 Phe427 Arg447 X X Gly463 X
Q06128	P23973	X X His354 Ala381 Tyr405 Arg425 X X Gly441 X
Q06128	P26940	X X His337 Thr364 Tyr388 Arg408 X X Gly424 X
Q06128	P27629	X X His345 Ser372 Trp396 Arg416 X X Gly432 X
Q06128	P27630	X X His349 Thr376 Tyr400 Pro420 X X Gly436 X
Q06128	P28820	X X His348 Thr375 Tyr399 Arg419 X X Gly435 X
Q06128	P30526	X X His381 Thr408 Tyr432 Arg452 X X Gly468 X
Q06128	P32068	X X His455 Thr482 Tyr506 Arg526 X X Gly560 X
Q06128	P32069	X X His468 Thr495 Tyr519 Arg539 X X Gly573 X
Q06128	P32483	Leu83 Gly56 Gln577 Ser604 Tyr628 Arg648 Cys82 His169 Ala664 Glu171
Q06128	P33975	X X His396 Thr423 Tyr447 Arg467 X X Gly487 X
Q06128	P37254	Leu113 Gly80 Gln657 Ser690 Tyr723 Arg743 Cys112 His207 Ala761 Glu209
Q06128	P38051	X X His318 Ala344 Tyr368 Arg387 X X Gly403 X
Q06128	P42387	X X His398 Thr425 Tyr449 Arg469 X X Gly485 X
Q06128	P43761	X X His398 Thr425 Tyr449 Arg469 X X Gly485 X
Q06128	P44613	X X His315 Ala342 Tyr366 Arg385 X X Gly401 X
Q06128	P45744	X X His280 Ala308 Phe332 Arg352 X X Gly368 X
Q06128	P9WFX0	X X His334 Thr361 Tyr385 Arg405 X X Gly421 X
Q06128	P50872	Leu611 Gly585 His399 Thr426 Tyr450 Arg470 Cys610 His699 Thr486 Glu701
Q06128	P56995	X X His370 Thr397 Tyr421 Arg441 X X Gly457 X
Q06128	P67002	X X His388 Thr415 Tyr439 Arg459 X X Gly475 X
Q06128	P74130	X X His370 Thr397 Phe421 Arg441 X X Gly457 X
Q06128	P95646	X X His375 Thr402 Tyr426 Arg446 X X Gly462 X
Q06128	P96556	X X His388 Thr415 Tyr439 Arg459 X X Gly475 X
Q06128	P9WFX1	X X His334 Thr361 Tyr385 Arg405 X X Gly421 X
Q06128	P9WFX2	X X His388 Thr415 Tyr439 Arg459 X X Gly475 X
Q06128	P9WFX3	X X His388 Thr415 Tyr439 Arg459 X X Gly475 X
Q06128	Q02001	X X His343 Thr370 Tyr394 Arg414 X X Gly430 X
Q06128	Q08653	X X His333 Thr360 Tyr384 Arg409 X X Gly425 X
Q06128	Q44598	X X His397 Thr424 Tyr448 Arg468 X X Gly484 X
Q06128	Q44689	X X His398 Thr425 Tyr449 Arg469 X X Gly484 X
Q06128	Q44691	X X His397 Thr424 Tyr448 Arg468 X X Gly484 X
Q06128	Q44695	X X His399 Thr426 Tyr450 Arg470 X X Gly486 X
Q06128	Q44697	X X His400 Thr427 Tyr451 Arg471 X X Gly487 X
Q06128	Q51508	X X His348 Ala375 Tyr399 Arg419 X X Gly435 X
Q06128	Q51519	Leu518 Gly486 His275 Thr300 Tyr324 Arg348 Cys517 His602 Thr365 Glu604
Q06128	Q51791	Leu518 Gly486 His275 Thr300 Tyr324 Arg348 Cys517 His602 Thr365 Glu604
Q06128	Q57527	X X Gln214 Ser243 Tyr267 Arg286 X X Gly302 X
Q06128	Q58475	X X His357 Thr384 Tyr408 Arg428 X X Gly444 X
Q06128	Q5F8B4	X X His370 Thr397 Tyr421 Arg441 X X Gly457 X
Q06128	Q5V213	X X His398 Thr425 Tyr449 Arg469 X X Gly489 X
Q06128	Q5V448	X X His361 Thr388 Tyr412 Arg432 X X Gly448 X
Q06128	Q5V631	X X His368 Thr395 Tyr419 Arg439 X X Gly455 X
Q06128	Q5Z856	Leu136 Gly108 Thr762 Ser789 Tyr813 Arg833 Cys135 His281 Ala849 Glu283
Q06128	Q6TAS3	Leu172 Gly144 Thr776 Ser803 Tyr827 Arg847 Cys171 His306 Ala863 Glu308
Q06128	Q73XV3	X X His334 Thr361 Tyr385 Arg405 X X Gly421 X
Q06128	Q7TYQ1	X X His334 Thr361 Tyr385 Arg405 X X Gly421 X
Q06128	Q89A29	X X His399 Thr426 Tyr450 Arg470 X X Gly486 X
Q06128	Q8GMH4	X X His375 Thr402 Tyr426 Arg446 X X Gly462 X
Q06128	Q8LPN3	Leu173 Gly145 Thr797 Ser824 Tyr848 Arg868 Cys172 His316 Ala884 Glu318
Q06128	Q94GF1	X X His437 Thr464 Tyr488 Arg508 X X Gly542 X
Q06128	Q9CKY6	X X Gln213 Ser242 Tyr266 Arg285 X X Gly301 X
Q06128	Q9CPI5	X X His311 Ala338 Tyr362 Arg381 X X Gly401 X
Q06128	Q9HPG5	X X His397 Thr424 Tyr448 Arg468 X X Gly488 X
Q06128	Q9HS66	X X His359 Thr386 Tyr410 Arg430 X X Gly446 X
Q06128	Q9KST2	X X His403 Thr430 Tyr454 Arg474 X X Gly490 X
Q06128	Q9M9V6	X X His440 Ala467 Tyr491 Arg510 X X Gly527 X
Q06128	Q9S358	X X His370 Thr397 Tyr421 Arg441 X X Gly457 X
Q06128	Q9S7H8	X X His445 Ala472 Tyr496 Arg515 X X Gly532 X
Q06128	Q9WW00	X X His370 Thr397 Tyr421 Arg441 X X Gly457 X
Q06128	Q9X6J4	X X His381 Thr408 Tyr432 Arg452 X X Gly468 X
Q06128	Q9X7C5	X X His385 Thr412 Tyr436 Arg456 X X Gly472 X
Q06128	Q9XAZ0	X X His370 Thr397 Tyr421 Arg441 X X Gly457 X
Q06128	Q9XJ29	X X His465 Thr492 Tyr516 Arg536 X X Gly570 X
Q06128	Q9Y8T0	X X His319 Thr346 Tyr370 Arg389 X X Gly407 X
Q06128	Q9YGB3	X X His317 Thr344 Tyr368 Arg388 X X Gly404 X
Q06128	Q9Z4W7	X X His392 Thr419 Tyr443 Arg463 X X Gly479 X
Q06128	Q9ZER9	X X His398 Thr425 Tyr449 Arg469 X X Gly485 X
Q06128	Q9ZES2	X X His411 Thr438 Tyr461 Arg481 X X Gly497 X
Q06128	Q9ZJU5	X X His383 Thr410 Tyr434 Arg454 X X Gly470 X
Q06128	Q9ZPC0	X X His460 Ala487 Tyr511 Arg530 X X Gly547 X
Q06129	Q8X239	Leu80 Tyr52 X X X X Cys79 His166 X Glu168
Q06129	Q97VZ9	Leu80 Tyr52 X X X X Cys79 His166 X Glu168
Q06129	Q9ZJU6	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	A6VH31	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	O19914	Leu80 Gly54 X X X X Cys79 His173 X Glu175
Q06129	O25868	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	O26805	Leu78 not aligned X X X X Cys77 His164 X Glu166
Q06129	P26922	Leu81 Cys54 X X X X Cys80 His169 X Glu171
Q06129	P26923	Leu90 Gly62 X X X X Cys89 His177 X Glu179
Q06129	P27627	Leu84 Cys57 X X X X Cys83 His170 X Glu172
Q06129	P09786	Leu84 Gly58 X X X X Cys83 His169 X Glu171
Q06129	Q06129	Leu85 Gly56 X X X X Cys84 His175 X Glu177
Q06129	A0Q2S8	Tyr85 Asn59 X X X X Cys84 His171 X Glu173
Q06129	A3DCD4	Tyr83 Ala57 X X X X Cys82 His169 X Glu171
Q06129	A4FW79	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	A4IXW6	Tyr85 Glu60 X X X X Cys84 His172 X Glu174
Q06129	A4XKX8	Tyr83 Ser57 X X X X Cys82 His169 X Glu171
Q06129	A5IPX0	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	A5N5D9	Tyr83 Asn57 X X X X Cys82 His169 X Glu171
Q06129	A5UK20	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	A9A9L8	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	A6LKY1	Tyr81 Ser55 X X X X Cys80 His166 X Glu168
Q06129	A6LQ90	Tyr83 Asn57 X X X X Cys82 His169 X Glu171
Q06129	A6QE71	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	A6TYP2	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	A6UQ90	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	A6UVC9	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	A7GKG1	Tyr85 Asn59 X X X X Cys84 His171 X Glu173
Q06129	A7WY93	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	A8AC69	Leu80 Leu53 X X X X Cys79 His166 X Glu168
Q06129	A8Z0R1	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	B1YIZ1	Tyr87 Arg61 X X X X Cys86 His173 X Glu175
Q06129	B2URJ0	Leu259 Gly233 X X X X Cys258 His342 X Glu344
Q06129	B3CPU7	Tyr85 Gln53 X X X X Cys84 His175 X Glu177
Q06129	B7IHI2	Tyr81 Ala55 X X X X Cys80 His166 X Glu168
Q06129	B7IUT1	Tyr85 Asn59 X X X X Cys84 His171 X Glu173
Q06129	B9DLM7	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	B9DYY7	Tyr83 Asn57 X X X X Cys82 His169 X Glu171
Q06129	B9E8Y0	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	B9KH18	Tyr88 Asn57 X X X X Cys87 His179 X Glu181
Q06129	B9MS76	Tyr83 Ser57 X X X X Cys82 His169 X Glu171
Q06129	C0QYF1	Tyr85 Ser59 X X X X Cys84 His171 X Glu173
Q06129	C0R5H8	Tyr85 Gln53 X X X X Cys84 His175 X Glu177
Q06129	C1D0M2	Tyr80 Ser54 X X X X Cys79 His165 X Glu167
Q06129	O19886	Leu290 Gly263 X X X X Cys289 His372 X Glu374
Q06129	O27079	Leu252 Gly226 X X X X Cys251 His336 X Glu338
Q06129	O27693	Leu90 Gly62 X X X X Cys89 His177 X Glu179
Q06129	O28670	Leu72 Gly51 X X X X Cys71 His155 X Glu157
Q06129	O28995	Leu250 Gly224 X X X X Cys249 His333 X Glu335
Q06129	O59071	Leu80 not aligned X X X X Cys79 His166 X Glu168
Q06129	O66601	Tyr83 Ala57 X X X X Cys82 His169 X Glu171
Q06129	O66727	Leu265 Gly239 X X X X Cys264 His348 X Glu350
Q06129	O94277	Leu89 Gly65 Ser593 Ser620 Tyr644 Arg664 Cys88 His177 Ala682 Glu179
Q06129	P00900	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	P00901	Leu81 Cys55 X X X X Cys80 His174 X Glu176
Q06129	P00902	Leu80 Cys54 X X X X Cys79 His173 X Glu175
Q06129	P00903	Leu80 Cys54 X X X X Cys79 His168 X Glu170
Q06129	Q636D9	Leu246 Gly220 X X X X Cys245 His330 X Glu332
Q06129	P00904	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	P00905	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	P00906	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	P00908	Met105 Gly78 X X X X Cys104 His198 X Glu200
Q06129	P00937	Met93 Gly66 X X X X Cys92 His181 X Glu183
Q06129	P05328	Met105 Gly78 X X X X Cys104 His199 X Glu201
Q06129	P05379	Leu92 Cys66 X X X X Cys91 His181 X Glu183
Q06129	P06193	Leu80 Cys54 X X X X Cys79 His168 X Glu170
Q06129	P06194	Leu80 Cys54 X X X X Cys79 His168 X Glu170
Q06129	P06195	Leu80 Cys54 X X X X Cys79 His172 X Glu174
Q06129	P06531	Met105 Gly78 X X X X Cys104 His199 X Glu201
Q06129	P06558	Leu81 Gly55 X X X X Cys80 His185 X Glu187
Q06129	P09575	Met87 Gly60 X X X X Cys86 His175 X Glu177
Q06129	P0CN86	Met87 Gly60 X X X X Cys86 His176 X Glu178
Q06129	P0CN87	Met87 Gly60 X X X X Cys86 His176 X Glu178
Q06129	P14952	Leu83 Gly57 X X X X Cys82 not aligned X not aligned
Q06129	P15395	Leu608 Gly582 His395 Thr422 Tyr446 Arg466 Cys607 His697 Thr482 Glu699
Q06129	P18483	Met103 Gly76 X X X X Cys102 His197 X Glu199
Q06129	P20409	Met82 Gly55 X X X X Cys81 His170 X Glu172
Q06129	P20441	Leu90 Gly61 X X X X Cys89 His182 X Glu184
Q06129	P20576	Leu80 Cys54 X X X X Cys79 His173 X Glu175
Q06129	P22101	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	P24773	Met103 Gly76 X X X X Cys102 His197 X Glu199
Q06129	P25170	Met92 Gly65 X X X X Cys91 His181 X Glu183
Q06129	P27710	Met87 Gly60 X X X X Cys86 His176 X Glu178
Q06129	P28819	Leu80 Cys54 X X X X Cys79 His168 X Glu170
Q06129	P32483	Leu83 Gly56 Gln577 Ser604 Tyr628 Arg648 Cys82 His169 Ala664 Glu171
Q06129	P60502	Tyr84 Ala58 X X X X Cys83 His169 X Glu171
Q06129	Q6LXA7	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	P33974	Leu89 Gly60 X X X X Cys88 His178 X Glu180
Q06129	P37254	Leu113 Gly80 Gln657 Ser690 Tyr723 Arg743 Cys112 His207 Ala761 Glu209
Q06129	P42388	Leu85 Ser59 X X X X Cys84 His170 X Glu172
Q06129	P44339	Leu79 Asp53 X X X X Cys78 His168 X Glu170
Q06129	P48261	Leu80 Gly54 X X X X Cys79 His169 X Glu171
Q06129	Q8TNY3	Phe258 Gly232 X X X X Cys257 His342 X Glu344
Q06129	P50872	Leu611 Gly585 His399 Thr426 Tyr450 Arg470 Cys610 His699 Thr486 Glu701
Q06129	P51362	Leu80 Gly54 X X X X Cys79 His169 X Glu171
Q06129	P64296	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	P71381	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	P99105	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	P9WN34	Leu84 Gly57 X X X X Cys83 His172 X Glu174
Q06129	P9WN35	Leu84 Gly57 X X X X Cys83 His172 X Glu174
Q06129	Q02003	Leu78 Gly52 X X X X Cys77 His168 X Glu170
Q06129	Q046I2	Tyr89 Asn63 X X X X Cys88 His176 X Glu178
Q06129	Q08654	Leu127 Gly101 X X X X Cys126 His215 X Glu217
Q06129	Q0W700	Leu79 not aligned X X X X Cys78 His165 X Glu167
Q06129	Q12UJ5	Leu80 not aligned X X X X Cys79 His166 X Glu168
Q06129	Q1J0T4	Tyr80 Ser54 X X X X Cys79 His165 X Glu167
Q06129	Q1XDC5	Leu80 Gly54 X X X X Cys79 His169 X Glu171
Q06129	Q2FJM5	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q2G0Y6	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q2NER5	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	Q2S0V0	Tyr88 Cys56 X X X X Cys87 His178 X Glu180
Q06129	Q2YVL5	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q42565	Met153 Gly127 X X X X Cys152 His247 X Glu249
Q06129	Q44696	Leu85 Ser59 X X X X Cys84 His170 X Glu172
Q06129	Q46E00	Leu80 not aligned X X X X Cys79 His166 X Glu168
Q06129	Q6KZC5	Val80 Ala52 X X X X Cys79 His166 X Glu168
Q06129	Q49UU9	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q4FMW8	Phe88 Leu62 X X X X Cys87 His177 X Glu179
Q06129	Q4L386	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q57690	Leu81 Lys57 X X X X Cys80 His168 X Glu170
Q06129	Q58970	Leu77 not aligned X X X X Cys76 His163 X Glu165
Q06129	Q5FMD6	Tyr88 Asn62 X X X X Cys87 His175 X Glu177
Q06129	Q5GSJ3	Tyr85 Gln53 X X X X Cys84 His175 X Glu177
Q06129	Q5HIQ6	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q5HRX1	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q5JFM4	Leu79 not aligned X X X X Cys78 His165 X Glu167
Q06129	Q5P9L5	Tyr88 Asn57 X X X X Cys87 His179 X Glu181
Q06129	Q5V214	Leu97 Gly68 X X X X Cys96 His187 X Glu189
Q06129	Q5V632	Leu77 Gly53 X X X X Cys76 His167 X Glu169
Q06129	Q5Z856	Leu136 Gly108 Thr762 Ser789 Tyr813 Arg833 Cys135 His281 Ala849 Glu283
Q06129	Q6ASN4	Tyr100 Ala74 X X X X Cys99 His186 X Glu188
Q06129	Q6GC81	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q6GJQ6	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q6HES7	Leu246 Gly220 X X X X Cys245 His330 X Glu332
Q06129	Q6TAS3	Leu172 Gly144 Thr776 Ser803 Tyr827 Arg847 Cys171 His306 Ala863 Glu308
Q06129	Q71YI0	Leu248 Gly222 X X X X Cys247 His332 X Glu334
Q06129	Q732I2	Leu246 Gly220 X X X X Cys245 His330 X Glu332
Q06129	Q8TXV8	Leu77 not aligned X X X X Cys76 His164 X Glu166
Q06129	Q73ER7	Tyr85 Asn59 X X X X Cys84 His171 X Glu173
Q06129	Q73IH1	Tyr85 Gln53 X X X X Cys84 His175 X Glu177
Q06129	Q74LF7	Tyr89 Asn63 X X X X Cys88 His176 X Glu178
Q06129	Q764B9	Met149 Gly123 X X X X Cys148 His243 X Glu245
Q06129	Q7XUS2	Met162 Gly136 X X X X Cys161 His256 X Glu258
Q06129	Q8Q0U4	Phe258 Gly232 X X X X Cys257 His342 X Glu344
Q06129	Q81WF1	Leu246 Gly220 X X X X Cys245 His330 X Glu332
Q06129	Q891G7	Tyr83 Asn57 X X X X Cys82 His169 X Glu171
Q06129	Q89A30	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	Q8CMQ8	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q8CXH8	Leu248 Gly222 X X X X Cys247 His332 X Glu334
Q06129	Q8G5P4	Tyr98 Ala72 X X X X Cys97 His184 X Glu186
Q06129	Q8LPN3	Leu173 Gly145 Thr797 Ser824 Tyr848 Arg868 Cys172 His316 Ala884 Glu318
Q06129	Q8NY69	Tyr87 Asn61 X X X X Cys86 His172 X Glu174
Q06129	Q8PXF0	Leu80 not aligned X X X X Cys79 His166 X Glu168
Q06129	Q8RC63	Tyr85 Ala59 X X X X Cys84 His171 X Glu173
Q06129	Q8RDR4	Tyr83 Ala57 X X X X Cys82 His169 X Glu171
Q06129	Q8RG87	Met248 Gly222 X X X X Cys247 His332 X Glu334
Q06129	Q8THC7	Leu80 not aligned X X X X Cys79 His166 X Glu168
Q06129	Q8U0R9	Leu79 not aligned X X X X Cys78 His165 X Glu167
Q06129	Q8XHB2	Leu246 Gly220 X X X X Cys245 His327 X Glu329
Q06129	Q8XI46	Tyr82 Asn56 X X X X Cys81 His168 X Glu170
Q06129	Q8Y664	Leu248 Gly222 X X X X Cys247 His332 X Glu334
Q06129	Q8YXQ7	Met273 Gly246 X X X X Cys272 His355 X Glu357
Q06129	Q8ZEG6	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	Q8ZT92	Tyr81 Ser55 X X X X Cys80 His164 X Glu166
Q06129	Q8ZY49	Leu238 Gly211 X X X X Cys237 His320 X Glu322
Q06129	Q92370	Met109 Gly82 X X X X Cys108 His197 X Glu199
Q06129	Q92411	Ala104 Asp78 X X X X Cys103 His199 X Glu201
Q06129	Q979P8	Val82 Pro54 X X X X Cys81 His168 X Glu170
Q06129	Q9CF80	Leu248 Gly222 X X X X Cys247 His331 X Asp333
Q06129	Q9FJM5	Met150 Gly124 X X X X Cys149 His244 X Glu246
Q06129	Q9HJM3	Val81 Pro53 X X X X Cys80 His167 X Glu169
Q06129	Q9HPG6	Leu88 Gly59 X X X X Cys87 His175 X Glu177
Q06129	Q9K8V6	Leu244 Gly218 X X X X Cys243 His328 X Glu330
Q06129	Q9K9V8	Leu247 Gly221 X X X X Cys246 His331 X Glu333
Q06129	Q9KST3	Leu85 Gly59 X X X X Cys84 His170 X Glu172
Q06129	Q9L4N5	Leu248 Gly222 X X X X Cys247 His331 X Asp333
Q06129	Q9RT91	Tyr80 Ser54 X X X X Cys79 His165 X Glu167
Q06129	Q9V0I6	Leu79 not aligned X X X X Cys78 His165 X Glu167
Q06129	Q9YGB2	Leu79 Gly52 X X X X Cys78 His165 X Glu167