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= 0180.0076.p (588 letters) Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,459,386 sequences; 5,307,515,862 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|ZP_08627441.1| putative methyl accepting chemotaxis protein ... 798 0.0 ref|YP_001203286.1| methyl-accepting chemotaxis sensory transduc... 791 0.0 ref|YP_001990301.1| methyl-accepting chemotaxis sensory transduc... 784 0.0 ref|YP_001242704.1| methyl-accepting chemotaxis sensory transduc... 782 0.0 ref|NP_946447.1| methyl-accepting chemotaxis sensory transducer ... 778 0.0 >ref|ZP_08627441.1| putative methyl accepting chemotaxis protein [Bradyrhizobiaceae bacterium SG-6C] gb|EGP10067.1| putative methyl accepting chemotaxis protein [Bradyrhizobiaceae bacterium SG-6C] Length = 583 Score = 798 bits (2060), Expect = 0.0, Method: Compositional matrix adjust. Identities = 399/588 (67%), Positives = 481/588 (81%), Gaps = 5/588 (0%) Query: 1 MAFGLFRKQVPEPAAPAVAPQVPTAAAAPDVSTETDSAEDSSKEILELLELELGAMIRQL 60 MAFGLFRK++PE P ++P P AA P + DSA +EILELLELEL AMIRQL Sbjct: 1 MAFGLFRKRLPEQVTPDISPDAPVAAPEPVAAPHHDSA----REILELLELELAAMIRQL 56 Query: 61 ERAASSVADGAEATAAKLATIRARTNALTGRSSDAQGTATTFSQAADRFTHSAEGIGAQV 120 ERAA+SVA GA++TA+ L+ IR R + L GR+S+AQ TA TFSQ+AD+FT SA GIGAQV Sbjct: 57 ERAANSVASGAQSTASTLSAIRHRADKLAGRTSEAQATAETFSQSADKFTQSAHGIGAQV 116 Query: 121 RSASQLADDAAAAAREATANVDRLRESSAAIGNVVNLIAQIARQTTLLALNSTIEAARAG 180 R AS+LAD+A+ AAREA NV+RLRESSAAIGNVVNLIA IA+QTTLLALNSTIEAARAG Sbjct: 117 RDASKLADEASEAAREAGLNVERLRESSAAIGNVVNLIAMIAKQTTLLALNSTIEAARAG 176 Query: 181 AAGKGFAVVATEVKALAVQTQSATEEITRKIEALQKDATGSADAVHRISQAIEKIRPVFE 240 +AGKGFAVVA+EVKALAVQTQ+ATEEI RKI+ALQ+DA S DAVHRI+ AI+ I+PVF Sbjct: 177 SAGKGFAVVASEVKALAVQTQNATEEIKRKIDALQQDAATSFDAVHRITAAIDAIKPVFA 236 Query: 241 NVNGAVAEQNEITGEMGRNAASASHFIVSVGTSAGEIDSATREAAAHGDNVAKAGKAVTA 300 +VNGAVAEQNE TGE+ +NAASAS FIVSVGTS+ EID A REA +HG++VA+AGKAVT Sbjct: 237 HVNGAVAEQNETTGEITQNAASASQFIVSVGTSSAEIDHAAREAESHGESVAQAGKAVTM 296 Query: 301 FAQKLKARCAVLLRQDERGDPRKNERLPCSLKIEITTARGIVTAPVYEIAMDGILIGGPD 360 FA+KLK RCAVLLRQ+E G+ RK ER+PC L+IEI T R V A V+EI++DG+LIGG Sbjct: 297 FAEKLKTRCAVLLRQNE-GEERKAERMPCRLQIEIETGRSPVKAEVFEISVDGLLIGGAG 355 Query: 361 AEKLPAQETLNATLQEIGACRIRIGERSKAGSQARFEAATAELREKIEDRMWAIHEENAE 420 A LP Q+ + A LQ+IG+C IR+ ++ G+QA F + A L+++IED++W IH+EN E Sbjct: 356 AASLPLQQIMQAKLQDIGSCSIRVTGQTSGGAQAEFVSPDAALKDRIEDKVWTIHDENTE 415 Query: 421 LVTRAIEAGSALSKMFENGLASGAIAIADMFDTDYVEIAGTNPVQYRTKMLDWAERTLPA 480 VTRA+EAG A++K+FE +A G I+I D+FD +YV+I G++PVQYRT+ LDWA+R LP Sbjct: 416 FVTRAMEAGDAITKIFETAVARGDISIDDLFDENYVKIEGSDPVQYRTRFLDWADRALPD 475 Query: 481 FQEAFLARDKRMAFCVMIDQNGYLPVHNKLYSQPQRPGDEAYNTANSRNRRIFNDAAGLA 540 QE LARD R AFC ID+NGYLPVHNK+YSQPQRPGD A+NTAN RNRRIFND AGLA Sbjct: 476 IQETMLARDSRAAFCATIDRNGYLPVHNKIYSQPQRPGDTAWNTANCRNRRIFNDPAGLA 535 Query: 541 AGRNQRAYLIQTYARDMGGGNTVMMREIDVPVRVRGRHWGGFRTAYKL 588 AGRN R+YLIQ+YARDMG G T+MMREIDVP+RV GRHWGGFRTAYK+ Sbjct: 536 AGRNIRSYLIQSYARDMGNGQTIMMREIDVPIRVNGRHWGGFRTAYKI 583 >ref|YP_001203286.1| methyl-accepting chemotaxis sensory transducer [Bradyrhizobium sp. ORS 278] emb|CAL75049.1| Methyl-accepting chemotaxis sensory transducer precursor [Bradyrhizobium sp. ORS 278] Length = 566 Score = 791 bits (2044), Expect = 0.0, Method: Compositional matrix adjust. Identities = 403/550 (73%), Positives = 468/550 (85%) Query: 39 EDSSKEILELLELELGAMIRQLERAASSVADGAEATAAKLATIRARTNALTGRSSDAQGT 98 +DS+K IL+LLELELG MIRQLERAA++VA GAEATA L IR R +AL+GRSS AQGT Sbjct: 17 DDSAKAILDLLELELGGMIRQLERAANAVASGAEATAGTLTDIRQRADALSGRSSAAQGT 76 Query: 99 ATTFSQAADRFTHSAEGIGAQVRSASQLADDAAAAAREATANVDRLRESSAAIGNVVNLI 158 A TF+QAA++ T SA GI AQV+ A QLAD A+AAAREA NVDRLRESSAAIGNVVNLI Sbjct: 77 AATFAQAAEKVTQSAHGIRAQVQDAGQLADLASAAAREARENVDRLRESSAAIGNVVNLI 136 Query: 159 AQIARQTTLLALNSTIEAARAGAAGKGFAVVATEVKALAVQTQSATEEITRKIEALQKDA 218 +QIARQTTLLALNSTIEAARAG AG+GFAVVATEVKALAVQTQ+ATEEITRKIEALQKDA Sbjct: 137 SQIARQTTLLALNSTIEAARAGEAGRGFAVVATEVKALAVQTQNATEEITRKIEALQKDA 196 Query: 219 TGSADAVHRISQAIEKIRPVFENVNGAVAEQNEITGEMGRNAASASHFIVSVGTSAGEID 278 +GSADAVHRI+QAIE IRPVF NVNGAVAEQN+ TGEM NAA AS FI SV SA +I Sbjct: 197 SGSADAVHRIAQAIEAIRPVFTNVNGAVAEQNQTTGEMSDNAAQASQFISSVVDSAADIG 256 Query: 279 SATREAAAHGDNVAKAGKAVTAFAQKLKARCAVLLRQDERGDPRKNERLPCSLKIEITTA 338 SAT++A ++G+ V AG+AVT +AQKLKARCAVLLRQ +R +ERLPC LK++I Sbjct: 257 SATQQAESYGERVTSAGRAVTMYAQKLKARCAVLLRQGDRTARSGSERLPCHLKLQIKLG 316 Query: 339 RGIVTAPVYEIAMDGILIGGPDAEKLPAQETLNATLQEIGACRIRIGERSKAGSQARFEA 398 +TAPVYEI+ DG+LI GPDA +LP E +A L+++G CR+R+ E+ KAG+QARF+A Sbjct: 317 ARAITAPVYEISNDGVLITGPDASRLPVNERFDAVLEDVGRCRLRVTEQIKAGAQARFDA 376 Query: 399 ATAELREKIEDRMWAIHEENAELVTRAIEAGSALSKMFENGLASGAIAIADMFDTDYVEI 458 AELREKIED++WA+HEEN E V RA+EAG+ L+++FEN +A G I I DMFDT+YVEI Sbjct: 377 PGAELREKIEDKLWALHEENNEFVARAMEAGTELNRIFENAIARGEITIEDMFDTNYVEI 436 Query: 459 AGTNPVQYRTKMLDWAERTLPAFQEAFLARDKRMAFCVMIDQNGYLPVHNKLYSQPQRPG 518 GT+P+Q+R+++LDWAER LP FQEAFLARD+RMAFCV ID+NGYLPVHNK+YS PQRPG Sbjct: 437 PGTDPLQHRSRILDWAERALPPFQEAFLARDQRMAFCVAIDRNGYLPVHNKIYSHPQRPG 496 Query: 519 DEAYNTANSRNRRIFNDAAGLAAGRNQRAYLIQTYARDMGGGNTVMMREIDVPVRVRGRH 578 D A+NTANSRNRRIFND AGLAAGRNQR YLIQ+YARDMG GNTVMMREIDVP+RVRGRH Sbjct: 497 DVAFNTANSRNRRIFNDPAGLAAGRNQRPYLIQSYARDMGNGNTVMMREIDVPIRVRGRH 556 Query: 579 WGGFRTAYKL 588 WGGFRTAYKL Sbjct: 557 WGGFRTAYKL 566 >ref|YP_001990301.1| methyl-accepting chemotaxis sensory transducer [Rhodopseudomonas palustris TIE-1] gb|ACE99825.1| methyl-accepting chemotaxis sensory transducer [Rhodopseudomonas palustris TIE-1] Length = 583 Score = 784 bits (2024), Expect = 0.0, Method: Compositional matrix adjust. Identities = 426/588 (72%), Positives = 489/588 (83%), Gaps = 5/588 (0%) Query: 1 MAFGLFRKQVPEPAAPAVAPQVPTAAAAPDVSTETDSAEDSSKEILELLELELGAMIRQL 60 MAFGLFRK+ PE A V P AAA P V+ DS++EILELLELELG++IRQL Sbjct: 1 MAFGLFRKRSPETATLNVVAASPPAAAEPTVAEA-----DSAREILELLELELGSLIRQL 55 Query: 61 ERAASSVADGAEATAAKLATIRARTNALTGRSSDAQGTATTFSQAADRFTHSAEGIGAQV 120 ERAA SV G ++T + L TIR RT+ALTGR+S AQ TA++FSQAAD+FTHSA GIGAQV Sbjct: 56 ERAAHSVTTGVQSTTSTLHTIRERTDALTGRTSAAQTTASSFSQAADKFTHSAHGIGAQV 115 Query: 121 RSASQLADDAAAAAREATANVDRLRESSAAIGNVVNLIAQIARQTTLLALNSTIEAARAG 180 R ASQLADDA+AAA EATANV+RLR+SSAAIGNVVNLI+QIARQTTLLALNSTIEAARAG Sbjct: 116 RQASQLADDASAAADEATANVERLRDSSAAIGNVVNLISQIARQTTLLALNSTIEAARAG 175 Query: 181 AAGKGFAVVATEVKALAVQTQSATEEITRKIEALQKDATGSADAVHRISQAIEKIRPVFE 240 AAG+GFAVVATEVKALAVQTQ ATEEI RKI+ALQ+DA+ SADAVHRI+ AI IRPVFE Sbjct: 176 AAGRGFAVVATEVKALAVQTQEATEEIKRKIDALQRDASSSADAVHRITSAISAIRPVFE 235 Query: 241 NVNGAVAEQNEITGEMGRNAASASHFIVSVGTSAGEIDSATREAAAHGDNVAKAGKAVTA 300 VNGAVAEQN TGE+ NA SAS FI SVG SA EIDSATREA HGD VA+AG+ VT Sbjct: 236 TVNGAVAEQNATTGEIAGNATSASTFIASVGDSAAEIDSATREAEQHGDEVARAGQNVTN 295 Query: 301 FAQKLKARCAVLLRQDERGDPRKNERLPCSLKIEITTARGIVTAPVYEIAMDGILIGGPD 360 FA+KL+AR AVLL+ +R D R+ E+LPC L+IE+ T+RG +TAPVYEI+MDG+LI GP Sbjct: 296 FAEKLRARTAVLLKLGDREDARRREKLPCHLQIELDTSRGRITAPVYEISMDGVLISGPS 355 Query: 361 AEKLPAQETLNATLQEIGACRIRIGERSKAGSQARFEAATAELREKIEDRMWAIHEENAE 420 A L + L+A LQ+IGACRIRI E KAG+ A F A A L+ +IEDR+WAI +EN E Sbjct: 356 AAALTTGQQLSAELQDIGACRIRIAEHGKAGALALFVAPDAALQSRIEDRLWAIRDENTE 415 Query: 421 LVTRAIEAGSALSKMFENGLASGAIAIADMFDTDYVEIAGTNPVQYRTKMLDWAERTLPA 480 VTRAIEAG LSK+FE G+ASGA+ + MFD +Y+EIAGT+P QYRT+ LDWA+R LP Sbjct: 416 FVTRAIEAGHELSKIFERGIASGALTLEQMFDENYIEIAGTDPKQYRTQYLDWADRALPP 475 Query: 481 FQEAFLARDKRMAFCVMIDQNGYLPVHNKLYSQPQRPGDEAYNTANSRNRRIFNDAAGLA 540 FQE+FLA+D+RMAFCVMID+NGYLPVHNKLYSQPQRPGD A+NTANSRNRRIFND AGLA Sbjct: 476 FQESFLAKDRRMAFCVMIDRNGYLPVHNKLYSQPQRPGDVAFNTANSRNRRIFNDPAGLA 535 Query: 541 AGRNQRAYLIQTYARDMGGGNTVMMREIDVPVRVRGRHWGGFRTAYKL 588 AGRN R++LIQ+YARDMGGG TVMMREIDVPVRVRGRHWGGFRTAYKL Sbjct: 536 AGRNTRSFLIQSYARDMGGGQTVMMREIDVPVRVRGRHWGGFRTAYKL 583 >ref|YP_001242704.1| methyl-accepting chemotaxis sensory transducer [Bradyrhizobium sp. BTAi1] gb|ABQ38798.1| methyl-accepting chemotaxis sensory transducer [Bradyrhizobium sp. BTAi1] Length = 584 Score = 782 bits (2020), Expect = 0.0, Method: Compositional matrix adjust. Identities = 406/588 (69%), Positives = 476/588 (80%), Gaps = 4/588 (0%) Query: 1 MAFGLFRKQVPEPAAPAVAPQVPTAAAAPDVSTETDSAEDSSKEILELLELELGAMIRQL 60 MAFG ++ P P A P A V T + DS+ IL+LLELELG MIRQL Sbjct: 1 MAFGFLARRAPAPETKAEVALKPIAV----VETPAGADGDSASAILDLLELELGGMIRQL 56 Query: 61 ERAASSVADGAEATAAKLATIRARTNALTGRSSDAQGTATTFSQAADRFTHSAEGIGAQV 120 ERAA++VA GAEATA L IR R +ALTGRSS AQGTA TF+QAA++ T SA GI AQV Sbjct: 57 ERAANAVASGAEATAGTLTDIRQRADALTGRSSAAQGTAATFAQAAEKVTQSAHGIRAQV 116 Query: 121 RSASQLADDAAAAAREATANVDRLRESSAAIGNVVNLIAQIARQTTLLALNSTIEAARAG 180 + A QLAD A+AAA EA ANVDRLRESSAAIGNVVNLI+QIARQTTLLALNSTIEAARAG Sbjct: 117 QDAGQLADQASAAASEARANVDRLRESSAAIGNVVNLISQIARQTTLLALNSTIEAARAG 176 Query: 181 AAGKGFAVVATEVKALAVQTQSATEEITRKIEALQKDATGSADAVHRISQAIEKIRPVFE 240 AG+GFAVVATEVKALA+QTQ+ATEEITRKIEALQKDA GSADAVHRI+QAI+ IRPVF Sbjct: 177 DAGRGFAVVATEVKALAIQTQNATEEITRKIEALQKDAAGSADAVHRIAQAIDAIRPVFT 236 Query: 241 NVNGAVAEQNEITGEMGRNAASASHFIVSVGTSAGEIDSATREAAAHGDNVAKAGKAVTA 300 NVNGAVAEQN+ TGEM NAA AS FI SV SA +I +AT++A ++G++V AG+AV Sbjct: 237 NVNGAVAEQNQTTGEMSGNAAQASQFIASVVDSAADIGTATKQAESYGESVTSAGRAVKM 296 Query: 301 FAQKLKARCAVLLRQDERGDPRKNERLPCSLKIEITTARGIVTAPVYEIAMDGILIGGPD 360 AQKLKARCAVLLRQ R NERLPC L +EI + ++ PVYEI+ DG+LI GP+ Sbjct: 297 HAQKLKARCAVLLRQGNRVARSGNERLPCHLSLEIKSGARSLSVPVYEISNDGMLITGPE 356 Query: 361 AEKLPAQETLNATLQEIGACRIRIGERSKAGSQARFEAATAELREKIEDRMWAIHEENAE 420 A +LP E +A L+++G CR+R+ E+ KAG+QARF+A AELREKIED++WA+HEEN E Sbjct: 357 ASRLPVNERFDAVLEDVGPCRLRVTEQVKAGAQARFDAPNAELREKIEDKLWALHEENNE 416 Query: 421 LVTRAIEAGSALSKMFENGLASGAIAIADMFDTDYVEIAGTNPVQYRTKMLDWAERTLPA 480 V RA+EAG+ L+++FEN + +G I + DMFDT+YVEIAGTNP Q+R+++LDWA+R LP Sbjct: 417 FVARAMEAGTELNRIFENAVKNGEITLEDMFDTNYVEIAGTNPQQHRSRILDWADRALPP 476 Query: 481 FQEAFLARDKRMAFCVMIDQNGYLPVHNKLYSQPQRPGDEAYNTANSRNRRIFNDAAGLA 540 FQEAFLA+D RMAFCV ID+NGYLPVHN++YS PQRPGD A+NTANSRNRRIFNDAAGLA Sbjct: 477 FQEAFLAKDARMAFCVAIDRNGYLPVHNRIYSHPQRPGDVAFNTANSRNRRIFNDAAGLA 536 Query: 541 AGRNQRAYLIQTYARDMGGGNTVMMREIDVPVRVRGRHWGGFRTAYKL 588 AGRNQR YLIQ+YARDMG GNTVMMREIDVP+RVRGRHWGGFRTAYKL Sbjct: 537 AGRNQRPYLIQSYARDMGNGNTVMMREIDVPIRVRGRHWGGFRTAYKL 584 >ref|NP_946447.1| methyl-accepting chemotaxis sensory transducer [Rhodopseudomonas palustris CGA009] emb|CAE26539.1| methyl-accepting chemotaxis sensory transducer [Rhodopseudomonas palustris CGA009] Length = 583 Score = 778 bits (2008), Expect = 0.0, Method: Compositional matrix adjust. Identities = 423/588 (71%), Positives = 489/588 (83%), Gaps = 5/588 (0%) Query: 1 MAFGLFRKQVPEPAAPAVAPQVPTAAAAPDVSTETDSAEDSSKEILELLELELGAMIRQL 60 MAFGLFRK+ PE AA V P AAA P V+ DS++EILELLELELG++IRQL Sbjct: 1 MAFGLFRKRSPETAALNVVAASPPAAAEPTVAEA-----DSAREILELLELELGSLIRQL 55 Query: 61 ERAASSVADGAEATAAKLATIRARTNALTGRSSDAQGTATTFSQAADRFTHSAEGIGAQV 120 ERAA SV G ++T + L TIR RT+AL+GR+S AQ TA++FSQAAD+FTHSA GIGAQV Sbjct: 56 ERAAHSVTTGVQSTTSTLHTIRERTDALSGRTSAAQTTASSFSQAADKFTHSAHGIGAQV 115 Query: 121 RSASQLADDAAAAAREATANVDRLRESSAAIGNVVNLIAQIARQTTLLALNSTIEAARAG 180 R ASQLADDA+AAA EATANV+RLR+SSAAIGNVVNLI+QIARQTTLLALNSTIEAARAG Sbjct: 116 RQASQLADDASAAADEATANVERLRDSSAAIGNVVNLISQIARQTTLLALNSTIEAARAG 175 Query: 181 AAGKGFAVVATEVKALAVQTQSATEEITRKIEALQKDATGSADAVHRISQAIEKIRPVFE 240 AAG+GFAVVATEVKALAVQTQ ATEEI RKI+ALQ+DA+ SADAVHRI+ AI IRPVFE Sbjct: 176 AAGRGFAVVATEVKALAVQTQEATEEIKRKIDALQRDASSSADAVHRITSAISAIRPVFE 235 Query: 241 NVNGAVAEQNEITGEMGRNAASASHFIVSVGTSAGEIDSATREAAAHGDNVAKAGKAVTA 300 VNGAVAEQN TGE+ NA SAS FI SVG SA EIDSATREA HGD VA+AG+ VT Sbjct: 236 TVNGAVAEQNATTGEIAGNATSASTFIASVGDSAAEIDSATREAEQHGDEVARAGQNVTN 295 Query: 301 FAQKLKARCAVLLRQDERGDPRKNERLPCSLKIEITTARGIVTAPVYEIAMDGILIGGPD 360 FA+KL+AR AVLL+ +R D R+ E+LPC L+IE+ T+RG +TAPVYEI+MDG+LI GP Sbjct: 296 FAEKLRARTAVLLKLGDREDARRREKLPCHLQIELDTSRGRITAPVYEISMDGVLISGPS 355 Query: 361 AEKLPAQETLNATLQEIGACRIRIGERSKAGSQARFEAATAELREKIEDRMWAIHEENAE 420 A L + L+A LQ+IGACRIRI E KAG+ A F A A L+ ++EDR+WAI +EN E Sbjct: 356 AAALTTGQQLSAELQDIGACRIRIAEHGKAGALALFVAPDAALQNRVEDRLWAIRDENTE 415 Query: 421 LVTRAIEAGSALSKMFENGLASGAIAIADMFDTDYVEIAGTNPVQYRTKMLDWAERTLPA 480 VTRAIEAG LSK+FE G+ASGA+ + MFD +Y+EIAGT+P QYRT+ LDWA+R LP Sbjct: 416 FVTRAIEAGHELSKIFERGIASGALTLEQMFDENYIEIAGTDPKQYRTQYLDWADRALPP 475 Query: 481 FQEAFLARDKRMAFCVMIDQNGYLPVHNKLYSQPQRPGDEAYNTANSRNRRIFNDAAGLA 540 FQE+FLA+++RMAFCVMID+NGYLPVHNKLYS PQRPGD A+NTANSRNRRIFND AGLA Sbjct: 476 FQESFLAKNRRMAFCVMIDRNGYLPVHNKLYSLPQRPGDVAFNTANSRNRRIFNDPAGLA 535 Query: 541 AGRNQRAYLIQTYARDMGGGNTVMMREIDVPVRVRGRHWGGFRTAYKL 588 AGRN R++LIQ+YARDMGGG TVMMREIDVPVRVRGRHWGGFRTAYKL Sbjct: 536 AGRNTRSFLIQSYARDMGGGQTVMMREIDVPVRVRGRHWGGFRTAYKL 583