BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0011.0031.p (554 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IXF8.1 D8IXF8_HERSS Aerotaxis sensor receptor (Chemotaxis tran... 1108 0.0 D8IX98.1 D8IX98_HERSS Aerotaxis sensor receptor transmembrane pr... 602 e-170 A6SVC0.1 A6SVC0_JANMA Aerotaxis sensor receptor (Chemotaxis tran... 593 e-167 A4G2C8.1 A4G2C8_HERAR Aerotaxis receptor 560 e-157 Q1GZY7.1 Q1GZY7_METFK Methyl-accepting chemotaxis sensory transd... 534 e-149 E6QR54.1 E6QR54_9ZZZZ Aerotaxis receptor 508 e-141 Q3SIF7.1 Q3SIF7_THIDA Chemotaxis sensory transducer 492 e-137 Q3SG91.1 Q3SG91_THIDA Chemotaxis sensory transducer 489 e-136 Q0K2E5.1 Q0K2E5_CUPNH Aerotaxis sensor receptor (Chemotaxis tran... 477 e-132 B2JQ48.1 B2JQ48_BURP8 Methyl-accepting chemotaxis sensory transd... 471 e-130 >D8IXF8.1 D8IXF8_HERSS Aerotaxis sensor receptor (Chemotaxis transducer) transmembrane protein Length = 554 Score = 1108 bits (2867), Expect = 0.0, Method: Compositional matrix adjust. Identities = 551/554 (99%), Positives = 553/554 (99%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE Sbjct: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR Sbjct: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLRE+PVARRLGWTMGVLTLMF Sbjct: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLRELPVARRLGWTMGVLTLMF 180 Query: 181 ILGGAVAGNAVMSAGGSPFAVWLGTAAGALMLLASWAMLHASIVAPLQRAIKAVHGLAGG 240 ILGGAVAGNAVMSAGGSPFAVWLGTAAGALMLLASWAMLHASIVAPLQRAIKAVHGLAGG Sbjct: 181 ILGGAVAGNAVMSAGGSPFAVWLGTAAGALMLLASWAMLHASIVAPLQRAIKAVHGLAGG 240 Query: 241 DLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSGRT 300 DLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSGRT Sbjct: 241 DLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSGRT 300 Query: 301 EAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTMEEID 360 EAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGG+SVQRMGRTMEEID Sbjct: 301 EAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGSSVQRMGRTMEEID 360 Query: 361 AASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAAAK 420 AASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAAAK Sbjct: 361 AASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAAAK 420 Query: 421 DIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQLNQ 480 DIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQLNQ Sbjct: 421 DIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQLNQ 480 Query: 481 AVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKISYAVSRAATVAPDTSVAL 540 AVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKISYAVSRAA VAPDTSVAL Sbjct: 481 AVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKISYAVSRAANVAPDTSVAL 540 Query: 541 PPASQGPRKLALAR 554 PPASQGPRKLALAR Sbjct: 541 PPASQGPRKLALAR 554 >D8IX98.1 D8IX98_HERSS Aerotaxis sensor receptor transmembrane protein Length = 520 Score = 602 bits (1551), Expect = e-170, Method: Compositional matrix adjust. Identities = 310/525 (59%), Positives = 391/525 (74%), Gaps = 9/525 (1%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR N+P+T ERLL DGK+IVSKTDL+GNI YVNPYFIEISGFEE EL+GAPQN++RHP+ Sbjct: 1 MRMNMPVTGQERLLIDGKAIVSKTDLKGNITYVNPYFIEISGFEENELLGAPQNLIRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAFADMWAT+K G PW GLVKNR KNGD+YWV+ANVTP+RENG+ VGYMSVRT+P R Sbjct: 61 MPAEAFADMWATIKGGTPWTGLVKNRSKNGDHYWVRANVTPIRENGQIVGYMSVRTKPER 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 + V AE Y GQA+G+ +HRG VVRTGL GWL L M + RL +MG++ L Sbjct: 121 DAVAGAEKLYASIRRGQAKGIALHRGEVVRTGLAGWLGKLSRMQLNSRLNLSMGIM-LAI 179 Query: 181 ILGGAVAGNAVMSAGGSPFAVWLGTAAGALML--LASWAMLHASIVAPLQRAIKAVHGLA 238 L VAG A + W+ A A L + W L +++ PL +A+ H + Sbjct: 180 QLAVVVAGMAALHQW------WISALAAAAALLSIVQWIALRNALIKPLHQALDITHAIT 233 Query: 239 GGDLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSG 298 GGDL I+TT ++G LL++L+Q+NVNL AIIGDVR NVE++T++T EIA+GN+DLS Sbjct: 234 GGDLSVRIETTRHDELGRLLRSLRQMNVNLTAIIGDVRSNVETITLATREIASGNLDLSR 293 Query: 299 RTEAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTMEE 358 RTEAQA+ LEETASS+ E A+TVRQNAD A A+ A +ASAIA RGG++V G TM E Sbjct: 294 RTEAQAANLEETASSMHELASTVRQNADHAVQANDLAGTASAIAMRGGDAVASTGTTMNE 353 Query: 359 IDAASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAA 418 I +SHKIVDII LID I+FQTNILALNAAVEAARAGEQGRGFAVVA+EVR+LAQRSAAA Sbjct: 354 ISESSHKIVDIISLIDSIAFQTNILALNAAVEAARAGEQGRGFAVVASEVRSLAQRSAAA 413 Query: 419 AKDIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQL 478 AK+IK LID S KV+ GN+ V + M ++ +V+ ++ M EI A+ +QS GI Q+ Sbjct: 414 AKEIKELIDASVEKVDIGNRQVEQATSTMRDIVASVQRVSGIMGEIKEATQQQSAGINQV 473 Query: 479 NQAVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKIS 523 ++A+ +D +TQQNA+LVE+AAAAA +L++Q V+L QA+SVFK + Sbjct: 474 HEAITQMDASTQQNASLVEEAAAAAGSLQEQTVRLLQAISVFKFN 518 >A6SVC0.1 A6SVC0_JANMA Aerotaxis sensor receptor (Chemotaxis transducer) transmembrane protein Length = 555 Score = 593 bits (1529), Expect = e-167, Method: Compositional matrix adjust. Identities = 314/531 (59%), Positives = 402/531 (75%), Gaps = 9/531 (1%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR NLP+T+ E L+DG S+VSKTD +G I YVNP F+E SGF+EEELIG P N++RHP+ Sbjct: 1 MRTNLPVTSNEYFLQDGSSLVSKTDTKGRITYVNPAFMEASGFQEEELIGKPHNLIRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAF DMW TLKEGLPW GLVKNR KNGD+YWV ANVTPVREN V +MSVR++P+R Sbjct: 61 MPEEAFGDMWQTLKEGLPWTGLVKNRRKNGDFYWVNANVTPVRENNEIVAFMSVRSKPNR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 EQV+ A+A Y +F A QA+GL + RGAVV TG+ G L LR++ + ++ +G++TL+ Sbjct: 121 EQVEGADAIYARFKADQAKGLAIRRGAVVSTGIFGKLAALRDIGLGSKIA--LGMMTLIA 178 Query: 181 ILG--GAVAGNAVMSAGGSPFAVWLG--TAAGALMLLASWAMLHASIVAPLQRAIKAVHG 236 ++ G VA AV +A W TAAG + L WA LHAS+V PL+ I Sbjct: 179 LIAALGFVATTAVENAARMG---WYAGATAAGVCVALLLWASLHASVVRPLRTLIAETRV 235 Query: 237 LAGGDLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDL 296 +AGGDL DMG L QALQQ+NVNLR+++GD+R NV+S+TI+T EIA GNMDL Sbjct: 236 IAGGDLTFDFAVDRHDDMGQLQQALQQMNVNLRSVMGDIRTNVDSITIATREIAAGNMDL 295 Query: 297 SGRTEAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTM 356 SGRTE+QAS+LEETASS+E+FA+TV+QNADSA+ A+ QSAS +A +GG V+++G TM Sbjct: 296 SGRTESQASSLEETASSMEQFASTVKQNADSASQANELVQSASEVAGKGGAVVEKVGATM 355 Query: 357 EEIDAASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSA 416 +EI A++ KIVDII LIDGI+FQTNILALNAAVEAARAGEQG+GFAVVA+EVR+LAQRSA Sbjct: 356 DEISASAKKIVDIISLIDGIAFQTNILALNAAVEAARAGEQGKGFAVVASEVRSLAQRSA 415 Query: 417 AAAKDIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIE 476 +AAK+IKGLIDDS KV++GN+LV + M ++ +V+ + M EITVAS EQS GI+ Sbjct: 416 SAAKEIKGLIDDSVEKVDAGNRLVSDAMTTMDDIVSSVQRVTGIMNEITVASREQSNGID 475 Query: 477 QLNQAVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKISYAVS 527 Q+N A++ +DE TQQNAALVE+AAAAA +L +Q L+Q++SVF+ VS Sbjct: 476 QVNLAISQMDEVTQQNAALVEEAAAAAASLEEQTFHLTQSISVFRTGRGVS 526 >A4G2C8.1 A4G2C8_HERAR Aerotaxis receptor Length = 553 Score = 560 bits (1444), Expect = e-157, Method: Compositional matrix adjust. Identities = 304/547 (55%), Positives = 395/547 (72%), Gaps = 11/547 (2%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR NLP+T E +L D S+VSKTD +G I YVNP FIE SGF EEEL+G P N++RHP+ Sbjct: 1 MRTNLPVTNAEFILRDEMSLVSKTDTKGRISYVNPAFIEASGFTEEELLGKPHNLIRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP +AF DMW TL++GLPW G+VKNR KNGD+YWV ANVTPVRE + V YMSVR++PSR Sbjct: 61 MPEQAFGDMWQTLQQGLPWTGMVKNRRKNGDFYWVNANVTPVREEQKIVAYMSVRSKPSR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLT-LM 179 EQV A Y +F AG A+GL + RG VV +GL G L L+ + + R+G +M L L+ Sbjct: 121 EQVDATAKIYARFKAGTAKGLMIKRGEVVASGLFGKLASLKNIGLGARIGISMSALIALI 180 Query: 180 FILGGAVAGNAVMSAGGSPFAVWLG--TAAGALMLLASWAMLHASIVAPLQRAIKAVHGL 237 LG A A +A ++ W G T GA++++ +WA L+ SI+ PL R I + Sbjct: 181 MTLGFAAATAVENAA----WSYWYGAATIVGAVIVILTWAGLYFSIMRPLDRLISKTRVI 236 Query: 238 AGGDLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLS 297 AGGD ++ D DMG L QALQQ+NVNLR+++GD+R+NV+S+TI+T EIA GNMDLS Sbjct: 237 AGGDFTANFDVDRHDDMGQLQQALQQMNVNLRSVMGDIRQNVDSITIATHEIAEGNMDLS 296 Query: 298 GRTEAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTME 357 RTEAQAS+LEETASS+++FA+TV+QNAD+A A+R SAS +A +GG V+++G TM Sbjct: 297 RRTEAQASSLEETASSMQQFASTVKQNADNAQQANRLVLSASEVAGKGGAVVEKVGATMN 356 Query: 358 EIDAASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAA 417 EI A++ +IVDII LIDGI+FQTNILALNAAVEAARAGEQG+GFAVVA EVR+LAQRSA Sbjct: 357 EISASAKRIVDIISLIDGIAFQTNILALNAAVEAARAGEQGKGFAVVAGEVRSLAQRSAN 416 Query: 418 AAKDIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQ 477 AA++IK LIDDS KV GN+LV + M + +V+++ M EIT AS EQS GIEQ Sbjct: 417 AAREIKHLIDDSVDKVGVGNRLVGDAMATMEGIVNSVKSVTDIMNEITQASREQSDGIEQ 476 Query: 478 LNQAVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKISYAVSRAATVAPDTS 537 +N A++ +D+ TQQNAALVE+AAAAA +L++Q LSQ++S+FK + AT+ P Sbjct: 477 VNLAISHMDQVTQQNAALVEEAAAAAASLKEQTEHLSQSISIFK----TTGGATMVPGVV 532 Query: 538 VALPPAS 544 P +S Sbjct: 533 RKQPGSS 539 >Q1GZY7.1 Q1GZY7_METFK Methyl-accepting chemotaxis sensory transducer with Pas/Pac sensor Length = 598 Score = 534 bits (1376), Expect = e-149, Method: Compositional matrix adjust. Identities = 277/523 (52%), Positives = 365/523 (69%), Gaps = 7/523 (1%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR N+P+T E L+DG+SI+S TDLQG I Y+N FIE+SGF E+ELIG+P N+VRHP+ Sbjct: 1 MRINMPVTNNEYFLQDGQSILSTTDLQGKITYINQDFIEVSGFTEDELIGSPHNLVRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAFADMWATLK GLPW G+VKNR KNGDYYWV AN TP+R+NG VGYMSVR +PSR Sbjct: 61 MPPEAFADMWATLKAGLPWTGMVKNRRKNGDYYWVLANATPMRQNGNVVGYMSVRVKPSR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 +QV+ A Y + + GL++HRG +++T ++ +M L + V T+ Sbjct: 121 QQVEQASQIYARLRENKHHGLKLHRGEILKTDFISRVRRAMQMT----LKTQVAVTTIAI 176 Query: 181 ILGGAVAGNAVMSAGGSPFAVWLGTAAGALMLLASWAM-LHASIVAPLQRAIKAVHGLAG 239 +L V A + F V G A A++ + S A+ L S++ PL+ A + LA Sbjct: 177 LLAMVVVIAATFNGLDISFVV--GGALVAMVAMLSLAVSLSNSVIKPLREATDIANALAS 234 Query: 240 GDLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSGR 299 GDL + + G+LL+AL Q+NVN+ A+I D+R N++ + EIANGN DLS R Sbjct: 235 GDLSHKFSASKTDETGMLLRALNQMNVNIVAMITDIRTNMQRINTGVNEIANGNNDLSAR 294 Query: 300 TEAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTMEEI 359 TE+QAS+LEETASS+EE A+TV+QNAD+A A++ SAS++A RGG + + M I Sbjct: 295 TESQASSLEETASSMEELASTVKQNADNARQANQLVISASSVAARGGEVIGEVRDRMRLI 354 Query: 360 DAASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAAA 419 +++KI DIIG+IDGI+FQTNILALNAAVEAARAGEQGRGFAVVA+EVR LA RSAAAA Sbjct: 355 SESANKISDIIGVIDGIAFQTNILALNAAVEAARAGEQGRGFAVVASEVRNLAHRSAAAA 414 Query: 420 KDIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQLN 479 K+IKGLI DS +VE+G + V + M E+ +V N+ MAEI+ AS EQS GI+Q+N Sbjct: 415 KEIKGLISDSVERVEAGVEFVDQAGTTMTEIVASVRNVTDIMAEISAASIEQSAGIDQVN 474 Query: 480 QAVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKI 522 AVN +DE TQ+NAALVE++AAAA+ LR ++L +A SVFK+ Sbjct: 475 HAVNDMDEVTQRNAALVEESAAAADALRQDVLQLERAASVFKL 517 >E6QR54.1 E6QR54_9ZZZZ Aerotaxis receptor Length = 559 Score = 508 bits (1308), Expect = e-141, Method: Compositional matrix adjust. Identities = 272/522 (52%), Positives = 363/522 (69%), Gaps = 4/522 (0%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR N+P+T E +L ++IVSKTDLQGNI Y+N F+ ISGF E+EL+GAPQNIVRHP+ Sbjct: 1 MRNNMPVTGVEYVLSSSETIVSKTDLQGNITYINQDFVNISGFSEDELLGAPQNIVRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAFAD W TLK G W GLVKNRCKNGDYYWV+AN P+ ENG+ +GY S+R +PSR Sbjct: 61 MPTEAFADFWRTLKSGKAWTGLVKNRCKNGDYYWVEANAAPMLENGQIIGYTSIRIKPSR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 EQVQAAE+AYR+ AG R L V G VR L W L+ + ++ + G+L ++F Sbjct: 121 EQVQAAESAYREIRAGNTR-LEVVEGEAVRRSLFAWFNFLKSASIKAKMIMSSGLLAILF 179 Query: 181 ILGGAVAGNAVMSAGGSPFAVWLGTAAGALMLLASWAMLHASIVAPLQRAIKAVHGLAGG 240 V A+ S P +V + + G L+ + + SIV PL+R + ++ G Sbjct: 180 AANLMVT--AISSTQYDPRSVTV-SVMGLLLSVLFGVTFYRSIVTPLERVRHDIDRMSAG 236 Query: 241 DLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSGRT 300 DL I + + ++G ++QAL+ L +N++ ++G ++ + + EIA GN DLSGRT Sbjct: 237 DLSGKIVSDSDNELGNVMQALRILQINVKLLVGQIKEAADIVNTGAREIAAGNSDLSGRT 296 Query: 301 EAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTMEEID 360 E+QAS+LE+TAS++E+ +TV+QNAD+A A++ + S IA +GG +V + TM I Sbjct: 297 ESQASSLEQTASAMEQLTSTVKQNADNAHEANKLVATTSDIAVKGGTAVGNVVNTMNSIQ 356 Query: 361 AASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAAAK 420 +S KI DII +ID I+FQTNILALNAAVEAARAGEQGRGFAVVA EVR+LAQRSA AAK Sbjct: 357 ESSRKIADIISVIDSIAFQTNILALNAAVEAARAGEQGRGFAVVATEVRSLAQRSADAAK 416 Query: 421 DIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQLNQ 480 +IK LIDDS KV+ G++LV + M E+ +V+N+A M+EIT AS EQS GIE++NQ Sbjct: 417 EIKALIDDSVEKVDLGSKLVDAAGKTMDEIVTSVKNVAGYMSEITAASKEQSAGIEEVNQ 476 Query: 481 AVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKI 522 AV +DE TQQNAALVEQAAAAAE ++DQA +L+Q V F++ Sbjct: 477 AVTQMDEVTQQNAALVEQAAAAAETMQDQAARLTQLVGEFRL 518 >Q3SIF7.1 Q3SIF7_THIDA Chemotaxis sensory transducer Length = 557 Score = 492 bits (1266), Expect = e-137, Method: Compositional matrix adjust. Identities = 267/524 (50%), Positives = 352/524 (67%), Gaps = 4/524 (0%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR N P+T E +L+D +++VSKTDL+GNI YVN F+++SGF E ELIGAPQNIVRHP+ Sbjct: 1 MRSNQPVTNVEYVLKDTETVVSKTDLRGNITYVNQDFVDVSGFSEAELIGAPQNIVRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAFAD+W TL+ G W+GLVKNRCKNGDYYWV A+V P+ ENG+ VGY S+R++P R Sbjct: 61 MPEEAFADLWRTLQSGKVWSGLVKNRCKNGDYYWVDADVAPLIENGKTVGYASIRSKPDR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 EQV+ AE YR AG +GL + G ++ R + L + L+F Sbjct: 121 EQVKEAERVYRAVKAGD-KGLGIVEGKAIKCSSLDRCFARRAPALKTLLAIASSSMALIF 179 Query: 181 ILGGAVAGNAVMSAGGSPFAVWL-GTAAGALMLLASWAML-HASIVAPLQRAIKAVHGLA 238 ++ +A A G F WL G A + L A +A+L + S+V PL R + ++ Sbjct: 180 VVMAVLAWLATTETNGQ-FTGWLMGIAGLGVPLAALFAVLSYRSVVIPLDRVRADIERMS 238 Query: 239 GGDLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSG 298 GDL I ++ L+Q+L+ L +N++ +IG ++++ + + EIA GN DLS Sbjct: 239 AGDLTGRIVAGGADELVRLMQSLRVLQINMKLLIGQIKQSTDLVGNGAAEIAKGNADLSA 298 Query: 299 RTEAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTMEE 358 RTE+QAS+LEETASS+EE TV+QNA+ +A + S + IA GG V ++ TM Sbjct: 299 RTESQASSLEETASSLEELTGTVKQNAEGTRHASQLVTSTAQIAANGGEVVGKVITTMGS 358 Query: 359 IDAASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAA 418 I +S KI DIIG+IDGI+FQTNILALNAAVEAARAGEQGRGFAVVA EVR LAQRSA A Sbjct: 359 IKESSRKISDIIGVIDGIAFQTNILALNAAVEAARAGEQGRGFAVVATEVRNLAQRSAGA 418 Query: 419 AKDIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQL 478 AK+IK LI+DS A+V++G +LV E AM ++ +V+ +A +A AS EQS GIEQ+ Sbjct: 419 AKEIKTLINDSVAQVDAGRKLVDEAGDAMDDIVTSVQLVADIIAGTASASQEQSTGIEQV 478 Query: 479 NQAVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKI 522 NQAV +DE TQQNAALVEQ AAA+E L+DQAVKL+ V FK+ Sbjct: 479 NQAVAQMDELTQQNAALVEQVAAASETLQDQAVKLAAIVDTFKL 522 >Q3SG91.1 Q3SG91_THIDA Chemotaxis sensory transducer Length = 566 Score = 489 bits (1258), Expect = e-136, Method: Compositional matrix adjust. Identities = 281/556 (50%), Positives = 373/556 (67%), Gaps = 8/556 (1%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR NLP+T L +G ++VSKTD +G I+Y NP F+E SG+ E ELIG P N+VRHP+ Sbjct: 1 MRVNLPVTNHAYELSEGDTLVSKTDREGVIVYANPAFVEASGYTEAELIGQPHNLVRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAFAD+W+TL+ GLPW GLVKNR KNGD+YWVQANVTPVRE+G G++SVRTRP+R Sbjct: 61 MPPEAFADLWSTLQAGLPWTGLVKNRRKNGDFYWVQANVTPVREDGVLSGFLSVRTRPTR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 EQ+ AE YR+ G + L + RG V R GL G L R +PV R+ + + + Sbjct: 121 EQIAEAEQLYRQLREGSPKRLEIRRGVVSRGGLVGRLLAFRRIPVNTRILLSTAIGATLM 180 Query: 181 ILGGAVA---GNAVMSAGGS----PFAVWLGTAAGALMLLASWAMLHASIVAPLQRAIKA 233 + GG +A+ A G P V A GA++ L + +I+ PL RA+ Sbjct: 181 LAGGVFGWYETSALARAAGVDSVIPTVVAAAGAVGAVLTLLFGYFISRTILRPLDRALGV 240 Query: 234 VHGLAGGDLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGN 293 +AGGDL + TA + G L+ ALQQ+ N+ A++ D+ NV S+ ++TGEIA GN Sbjct: 241 ARAIAGGDLSHRFEVTAWEETGQLMLALQQMTANMVAVLSDIGSNVGSIRVATGEIAAGN 300 Query: 294 MDLSGRTEAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMG 353 DL+GRTE+QAS LE+TA+S+EE TV+QNA+ A +A++ A +A+ IA +GG V ++ Sbjct: 301 ADLAGRTESQASNLEQTAASMEELTGTVKQNAEHARHANQLADAATDIAVKGGGVVNQVV 360 Query: 354 RTMEEIDAASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQ 413 TM I A+S +I DII +IDGI+FQTNILALNAAVEAARAGEQGRGFAVVA EVR LAQ Sbjct: 361 DTMTSIKASSARISDIISVIDGIAFQTNILALNAAVEAARAGEQGRGFAVVATEVRHLAQ 420 Query: 414 RSAAAAKDIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSG 473 RS AA++IK LI DS KVE G +LV + +AM ++ +VE +A + I AS EQ Sbjct: 421 RSTLAAREIKDLIGDSVEKVEQGAKLVDQAGEAMDDIVTSVELVAGIVGGIATASQEQHA 480 Query: 474 GIEQLNQAVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKISYAVSRAATVA 533 GIEQ+N+AV +DE TQQNAALVE+AAAAA++L +QA +L+QAV VF + +R+ Sbjct: 481 GIEQVNEAVGQMDEITQQNAALVEEAAAAAQSLHEQADRLAQAVGVFSLGRGRARSQPAG 540 Query: 534 PDTSVALPPASQGPRK 549 + L PA+ P+K Sbjct: 541 TRPAPRLMPAAS-PQK 555 >Q0K2E5.1 Q0K2E5_CUPNH Aerotaxis sensor receptor (Chemotaxis transducer) transmembrane protein Length = 514 Score = 477 bits (1227), Expect = e-132, Method: Compositional matrix adjust. Identities = 259/521 (49%), Positives = 347/521 (66%), Gaps = 7/521 (1%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR N P+T E D +++S TD Q I Y N F+E+SGF EE+ G P N+VRHP+ Sbjct: 1 MRDNQPVTQREFDFPDNATLMSTTDTQSYITYANAAFVEVSGFTREEIQGQPHNLVRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAFADMWATLK G PW LVKNR KNGD+YWV+AN TPV NGR GYMSVRT+ +R Sbjct: 61 MPAEAFADMWATLKGGEPWTALVKNRRKNGDHYWVRANATPVVRNGRPAGYMSVRTKATR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARRLGWTMGVLTLMF 180 E++ AAE YR F GQA + H+G +VRTGL + + MPV R+ + L + Sbjct: 121 EEIAAAEKLYRDFREGQAGSRKFHKGLIVRTGLMAFTSLFQTMPVRWRVRLALAALLPVS 180 Query: 181 ILGGAVAGNAVMSAGGSPFAVWLGTAAGALMLLASWAMLHASIVAPLQRAIKAVHGLAGG 240 I+G G + M+ G + L T LLASW L I PL++ ++ +A G Sbjct: 181 IIGAWGMGLSGMALPGFAGVMALAT------LLASW-WLQRQITTPLEQVLQQALRVASG 233 Query: 241 DLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSGRT 300 + + ++G+ L+ + QL + R +I DV V ++ ++ EIA GN+DLS RT Sbjct: 234 ESQKAVHMNRVDEIGMTLRTISQLGLMFRWLIDDVSGQVVNVQTASNEIARGNIDLSART 293 Query: 301 EAQASALEETASSVEEFAATVRQNADSAANADRQAQSASAIAQRGGNSVQRMGRTMEEID 360 E AS+++ET++S+ + +TV+ NA++AA A++ + SAS A+RGG +V + TM EI Sbjct: 294 EQAASSVQETSASMAQMTSTVQSNAETAAQANKLSGSASVAAERGGQAVSEVVNTMNEIT 353 Query: 361 AASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRSAAAAK 420 +S +I DIIG+IDGI+FQTNILALNAAVEAARAGEQGRGFAVVA EVR+LAQRSA AAK Sbjct: 354 ESSRRIADIIGVIDGIAFQTNILALNAAVEAARAGEQGRGFAVVAGEVRSLAQRSANAAK 413 Query: 421 DIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGIEQLNQ 480 +IKGLID S V SG +LV E +AM ++ V+ ++ +AEI+ A+ EQS GI Q+ Sbjct: 414 EIKGLIDVSVHNVASGAKLVDEAGKAMDDIVSQVKRVSDLIAEISAATTEQSSGISQVGG 473 Query: 481 AVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFK 521 AV+ +D TQQNAALVEQ+AAAAE+L+ QA +L +AVSVF+ Sbjct: 474 AVSDLDNITQQNAALVEQSAAAAESLKQQATRLVEAVSVFR 514 >B2JQ48.1 B2JQ48_BURP8 Methyl-accepting chemotaxis sensory transducer with Pas/Pac sensor Length = 556 Score = 471 bits (1212), Expect = e-130, Method: Compositional matrix adjust. Identities = 264/535 (49%), Positives = 347/535 (64%), Gaps = 15/535 (2%) Query: 1 MRKNLPITTTERLLEDGKSIVSKTDLQGNILYVNPYFIEISGFEEEELIGAPQNIVRHPE 60 MR N P+T E + +VS TDL+G I Y NP FI +SG+ +ELIG P N++RHP+ Sbjct: 1 MRNNQPVTQNEYDYPSSQMLVSATDLKGKIQYCNPAFIAVSGYSRDELIGKPHNLIRHPD 60 Query: 61 MPREAFADMWATLKEGLPWNGLVKNRCKNGDYYWVQANVTPVRENGRAVGYMSVRTRPSR 120 MP EAFADMWAT+ G PW+ VKNR KNGDYYWV+A+VTPV ENG VGY+SVR +P R Sbjct: 61 MPAEAFADMWATIGAGRPWSAFVKNRRKNGDYYWVRASVTPVVENGTPVGYLSVRVKPDR 120 Query: 121 EQVQAAEAAYRKFSAGQARGLRVHRGAVVRTGLTGWLQGLREMPVARR--LGWTMGVLTL 178 EQ++AA+A Y K AG+ARG+R+H+G VVRTGL G L L +PVA R +G+ + + Sbjct: 121 EQIRAADALYAKIRAGEARGVRLHQGVVVRTGLLGKLGALMRLPVAVRATIGYMVAPVA- 179 Query: 179 MFILGGAVAGNAVMSAGGSPFAVWLGTAAGALMLLASWAMLHASIVAPLQRAIKAVHGLA 238 M G AV G G P W+ A A+ +L + P+ +A Sbjct: 180 MLAAGLAVWG------GTPPLPFWIAFGVTAATSAAAAQLLSRHLGQPVDAMSSFATRMA 233 Query: 239 GGDLDSHIDTTARGDMGLLLQALQQLNVNLRAIIGDVRRNVESMTISTGEIANGNMDLSG 298 GDL + + D+G +LQAL QL NL AI+ DVR + M + EI+ GN+DL+ Sbjct: 234 AGDLTADLAIARHDDLGDVLQALNQLKANLAAIVFDVRAQIGGMLDAAHEISTGNVDLAR 293 Query: 299 RTEAQASALEETASSVEEFAATVRQNADSAANA---DRQAQSASAIAQRGGNSVQRMGRT 355 RTE QA++LEETA+++E+ TV+ NAD+A A R AQSASA GG Q++ +T Sbjct: 294 RTEMQAASLEETAATMEQLTTTVQANADAAGRALDLVRDAQSASAT---GGKVAQQVEQT 350 Query: 356 MEEIDAASHKIVDIIGLIDGISFQTNILALNAAVEAARAGEQGRGFAVVAAEVRTLAQRS 415 M I AS +I DI G+IDGI+FQTNILALNAAVEAARAGE GR FAVVA EVR LAQR Sbjct: 351 MAGITEASKRIADITGVIDGIAFQTNILALNAAVEAARAGEAGRSFAVVAGEVRMLAQRC 410 Query: 416 AAAAKDIKGLIDDSRAKVESGNQLVRETAQAMGELGGAVENMAVTMAEITVASNEQSGGI 475 AA+AK+IK ++D + +V G QLV T M + AV ++ + E+ AS+EQ+ GI Sbjct: 411 AASAKEIKQVVDTTVNEVSQGTQLVARTTAQMAVIDQAVARVSSLIVEVANASSEQADGI 470 Query: 476 EQLNQAVNAIDETTQQNAALVEQAAAAAENLRDQAVKLSQAVSVFKISYAVSRAA 530 Q+NQAV+ +D TQQNAALVEQAAA A+ L +QA L +AV +F ++ A +++A Sbjct: 471 SQVNQAVSHLDSATQQNAALVEQAAATAQRLAEQADVLDEAVRLFSVAGAPAQSA 525