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= 0034.0244.p (452 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J0U8.1 D8J0U8_HERSS TonB-dependent siderophore receptor protei... 600 e-169 D7HX82.1 D7HX82_PSESS Ferrichrome-iron receptor 446 e-123 E7PSI3.1 E7PSI3_PSESG TonB-dependent siderophore receptor, putative 444 e-122 E7P2E0.1 E7P2E0_PSESG TonB-dependent siderophore receptor, putative 444 e-122 Q48LI5.1 Q48LI5_PSE14 TonB-dependent siderophore receptor, putative 444 e-122 >D8J0U8.1 D8J0U8_HERSS TonB-dependent siderophore receptor protein EC=3.6.3.30 EC=3.6.3.34 Length = 723 Score = 600 bits (1548), Expect = e-169, Method: Compositional matrix adjust. Identities = 285/447 (63%), Positives = 354/447 (79%), Gaps = 6/447 (1%) Query: 8 MLSPQPWVQPVRIDSLNFNTRFDLEFNDNWRGYITAGRSRAVIDDYLAFPYGSNVATVFS 67 ML+PQPW QPVR S+N R D EFN +WRGY+ AGRSRAVIDDYLAFPYGS S Sbjct: 281 MLTPQPWSQPVRDSSVNARLRIDTEFNADWRGYVQAGRSRAVIDDYLAFPYGSGNGA--S 338 Query: 68 PTFAANGDYDVYDYRSPDDTRRNDEAQAVVQGKFNMGALRHGLTLGLTMSRRVIDKSDGI 127 PTFAANGD+DVYDYR P+D RRNDE QAV GKF G ++H LTLG+ MSRR++DKSDGI Sbjct: 339 PTFAANGDFDVYDYRVPNDERRNDEVQAVAIGKFASGWVQHELTLGMAMSRRIVDKSDGI 398 Query: 128 SIPVGTGNIYSPAAAPLAPSG-ADIPASYRNLDSRQQAMLFTDRVQFGERWEVLAGGRQV 186 S+ VG GNIY+ P+ P+ A IPA+YRNLDSRQ+A+ F+DR+QF +RW+VLAGGRQV Sbjct: 399 SVLVGQGNIYN--GTPVLPAANAVIPAAYRNLDSRQKALFFSDRMQFSQRWQVLAGGRQV 456 Query: 187 WLKEKTYAATGATTRDTDRNQFLPQLALIYKPQVNMSLYGSYAETLSMGTAAAFWQTNYP 246 WL E+++ +TGA TRDT RN FLPQLALI+KP N+SLYGSYAETLS+G++A FW +N+P Sbjct: 457 WLNEQSFNSTGAVTRDTSRNLFLPQLALIFKPVQNLSLYGSYAETLSLGSSAPFWVSNFP 516 Query: 247 TILPPSVARQLETGIKYDWNKDLSFTAAIFRMKKAYEYPQPDGA-GGFKYVQQGKQTHTG 305 LPPSVARQLE G+KY+++ +L+ TAA+FR +KAYEY +PD + GF YVQQG+QT+TG Sbjct: 517 VTLPPSVARQLEAGVKYEFSPELALTAAVFRTRKAYEYQKPDNSPTGFTYVQQGQQTNTG 576 Query: 306 LELGAAGNVTKQLRLAASLAFIQARADGTGTPAYDDKQAVNVPRLRGALYADYALAALPG 365 +ELGA G +T +L + A+ ++ARA TGT +DD+Q VNVPRLR A+YADYA+ + G Sbjct: 577 VELGANGKLTPRLAIGAAATVLRARASDTGTARFDDQQVVNVPRLRTAVYADYAVPGMEG 636 Query: 366 LNLQGSWLYSGSKSATRDGSATVPSYHIFNTGLRYQTRMGGHPTTVRLTVDNVFDKRYWK 425 +N+ GSW YS SK ATRDGS +P+ H+FN GLRYQ R+ GH T+R +DN+FDKRYWK Sbjct: 637 VNVMGSWNYSASKPATRDGSVNLPAVHVFNAGLRYQLRVNGHAATLRANIDNLFDKRYWK 696 Query: 426 DTGESLGDSYLHLGAPRLARLSVQYDF 452 D G+ LGD Y+HLGAPR ARLS+QYDF Sbjct: 697 DAGQYLGDGYVHLGAPRTARLSLQYDF 723 >D7HX82.1 D7HX82_PSESS Ferrichrome-iron receptor Length = 724 Score = 446 bits (1148), Expect = e-123, Method: Compositional matrix adjust. Identities = 236/450 (52%), Positives = 307/450 (68%), Gaps = 8/450 (1%) Query: 8 MLSPQPWVQPVRIDSLNFNTRFDLEFNDNWRGYITAGRSRAVIDDYLAFPYG-----SNV 62 +L Q W PV IDSLN + RF+ FND+W+G ++A RSR VIDDY AF +G S Sbjct: 278 LLGYQNWSNPVGIDSLNMSGRFEYRFNDSWKGSLSASRSRVVIDDYSAFAWGCYGSASCA 337 Query: 63 ATVFSPTFAANGDYDVYDYRSPDDTRRNDEAQAVVQGKFNMGALRHGLTLGLTMSRRVID 122 A F+A G YD+YD+RSPDDTRRNDE +A + G FN G+L H LT G + RR +D Sbjct: 338 AEAVPNHFSAEGGYDIYDFRSPDDTRRNDEVEAAMSGTFNTGSLGHELTFGTSAYRRTVD 397 Query: 123 KSDGISIPVGTGNIYSPAAAPLAPSGADIPASYRNLDSRQQAMLFTDRVQFGERWEVLAG 182 + VG+G I + + +APS +P + R LDSRQ + TDR+ F E W+ + G Sbjct: 398 TRGTFNEFVGSGTI-NESPESVAPSPLTLPHTERRLDSRQYGLFITDRISFNEHWQTVLG 456 Query: 183 GRQVWLKEKTYAATGATTRDTDRNQFLPQLALIYKPQVNMSLYGSYAETLSMGTAAAFWQ 242 GRQV L E+ + G+ R T+R FLPQ ALIYKP N+SLY S+++ LS+G AA++ Sbjct: 457 GRQVRLDEQAFTEDGSDARHTERYVFLPQAALIYKPVDNVSLYTSHSKGLSLGGTAAWFT 516 Query: 243 TNYPTILPPSVARQLETGIKYDWNKDLSFTAAIFRMKKAYEYPQPDGAGGFKYVQQGKQT 302 TN IL P+V+RQLE GIKYDW + +S TAA+F+ ++AY+Y +P+ G F YVQQG+Q Sbjct: 517 TNASEILAPTVSRQLEAGIKYDWQR-MSLTAAVFQARQAYQYSRPNDDGTFTYVQQGEQK 575 Query: 303 HTGLELGAAGNVTKQLRLAASLAFIQARADGTGTPAYDDKQAVNVPRLRGALYADYALAA 362 +TGLELGA+G VT +L+++AS A I+AR +G+GT AYDD QA+NVP+ RG L ADY+L Sbjct: 576 NTGLELGASGWVTDRLQISASAAAIRARVEGSGTEAYDDHQALNVPKYRGTLQADYSL-P 634 Query: 363 LPGLNLQGSWLYSGSKSATRDGSATVPSYHIFNTGLRYQTRMGGHPTTVRLTVDNVFDKR 422 +PGL L G YS SK A R+GS V Y +FN G RY TR+ G+ T VRLTVDN+FDKR Sbjct: 635 VPGLALLGGMQYSASKYADREGSVQVNDYTLFNIGSRYSTRISGYDTVVRLTVDNLFDKR 694 Query: 423 YWKDTGESLGDSYLHLGAPRLARLSVQYDF 452 YW+D GE LGD YL +GAPR ARLS +F Sbjct: 695 YWRDAGEYLGDDYLFMGAPRTARLSATVNF 724 >E7PSI3.1 E7PSI3_PSESG TonB-dependent siderophore receptor, putative Length = 724 Score = 444 bits (1143), Expect = e-122, Method: Compositional matrix adjust. Identities = 236/450 (52%), Positives = 305/450 (67%), Gaps = 8/450 (1%) Query: 8 MLSPQPWVQPVRIDSLNFNTRFDLEFNDNWRGYITAGRSRAVIDDYLAFPYG-----SNV 62 +L Q W PV IDSLN N RF+ FND+W+G ++A RSR VIDDY AF +G S Sbjct: 278 LLGYQNWSNPVGIDSLNMNGRFEYRFNDSWKGSLSASRSRVVIDDYSAFAWGCYGSASCA 337 Query: 63 ATVFSPTFAANGDYDVYDYRSPDDTRRNDEAQAVVQGKFNMGALRHGLTLGLTMSRRVID 122 A F+A G YD+YD+RSPDDTRRNDE +A + G FN G+L H LT G + RR +D Sbjct: 338 AEAVPNHFSAEGGYDIYDFRSPDDTRRNDEVEAAMSGTFNTGSLGHELTFGTSAYRRTVD 397 Query: 123 KSDGISIPVGTGNIYSPAAAPLAPSGADIPASYRNLDSRQQAMLFTDRVQFGERWEVLAG 182 + VG+G I + + +APS +P + R LDSRQ + TDR+ F E W+ + G Sbjct: 398 TRGTFNEFVGSGTI-NESPESVAPSPLTLPHTERRLDSRQYGLFMTDRISFNEHWQTVLG 456 Query: 183 GRQVWLKEKTYAATGATTRDTDRNQFLPQLALIYKPQVNMSLYGSYAETLSMGTAAAFWQ 242 GRQV L E+ + G+ R T+R FLPQ ALIYKP N+SLY SY++ LS+G AA++ Sbjct: 457 GRQVRLDEQAFTEDGSDARHTERYVFLPQAALIYKPVDNVSLYTSYSKGLSLGGTAAWFT 516 Query: 243 TNYPTILPPSVARQLETGIKYDWNKDLSFTAAIFRMKKAYEYPQPDGAGGFKYVQQGKQT 302 TN IL P+V+RQLE GIKYDW + +S TAA+F+ ++AY+Y +P+ G F YVQQG+Q Sbjct: 517 TNASEILAPTVSRQLEAGIKYDWQR-MSLTAAVFQARQAYQYSRPNDDGTFTYVQQGEQK 575 Query: 303 HTGLELGAAGNVTKQLRLAASLAFIQARADGTGTPAYDDKQAVNVPRLRGALYADYALAA 362 +TGLELGA+G VT +L+++AS A I+AR + +GT AYDD QA+NVPR RG L ADY+L Sbjct: 576 NTGLELGASGWVTDRLQISASAAAIRARVEDSGTEAYDDHQALNVPRYRGTLQADYSL-P 634 Query: 363 LPGLNLQGSWLYSGSKSATRDGSATVPSYHIFNTGLRYQTRMGGHPTTVRLTVDNVFDKR 422 + GL L G YS SK A R+GS V Y +FN G RY TR+ G+ T +RLTVDN+FDKR Sbjct: 635 VSGLALLGGMQYSASKYADREGSVQVNDYTLFNIGSRYSTRISGYDTVLRLTVDNLFDKR 694 Query: 423 YWKDTGESLGDSYLHLGAPRLARLSVQYDF 452 YW+D GE LGD YL +GAPR ARLS +F Sbjct: 695 YWRDAGEYLGDDYLFMGAPRTARLSATVNF 724 >E7P2E0.1 E7P2E0_PSESG TonB-dependent siderophore receptor, putative Length = 724 Score = 444 bits (1143), Expect = e-122, Method: Compositional matrix adjust. Identities = 236/450 (52%), Positives = 305/450 (67%), Gaps = 8/450 (1%) Query: 8 MLSPQPWVQPVRIDSLNFNTRFDLEFNDNWRGYITAGRSRAVIDDYLAFPYG-----SNV 62 +L Q W PV IDSLN N RF+ FND+W+G ++A RSR VIDDY AF +G S Sbjct: 278 LLGYQNWSNPVGIDSLNMNGRFEYRFNDSWKGSLSASRSRVVIDDYSAFAWGCYGSASCA 337 Query: 63 ATVFSPTFAANGDYDVYDYRSPDDTRRNDEAQAVVQGKFNMGALRHGLTLGLTMSRRVID 122 A F+A G YD+YD+RSPDDTRRNDE +A + G FN G+L H LT G + RR +D Sbjct: 338 AEAVPNHFSAEGGYDIYDFRSPDDTRRNDEVEAAMSGTFNTGSLGHELTFGTSAYRRTVD 397 Query: 123 KSDGISIPVGTGNIYSPAAAPLAPSGADIPASYRNLDSRQQAMLFTDRVQFGERWEVLAG 182 + VG+G I + + +APS +P + R LDSRQ + TDR+ F E W+ + G Sbjct: 398 TRGTFNEFVGSGTI-NESPESVAPSPLTLPHTERRLDSRQYGLFMTDRISFNEHWQTVLG 456 Query: 183 GRQVWLKEKTYAATGATTRDTDRNQFLPQLALIYKPQVNMSLYGSYAETLSMGTAAAFWQ 242 GRQV L E+ + G+ R T+R FLPQ ALIYKP N+SLY SY++ LS+G AA++ Sbjct: 457 GRQVRLDEQAFTEDGSDARHTERYVFLPQAALIYKPVDNVSLYTSYSKGLSLGGTAAWFT 516 Query: 243 TNYPTILPPSVARQLETGIKYDWNKDLSFTAAIFRMKKAYEYPQPDGAGGFKYVQQGKQT 302 TN IL P+V+RQLE GIKYDW + +S TAA+F+ ++AY+Y +P+ G F YVQQG+Q Sbjct: 517 TNASEILAPTVSRQLEAGIKYDWQR-MSLTAAVFQARQAYQYSRPNDDGTFTYVQQGEQK 575 Query: 303 HTGLELGAAGNVTKQLRLAASLAFIQARADGTGTPAYDDKQAVNVPRLRGALYADYALAA 362 +TGLELGA+G VT +L+++AS A I+AR + +GT AYDD QA+NVPR RG L ADY+L Sbjct: 576 NTGLELGASGWVTDRLQISASAAAIRARVEDSGTEAYDDHQALNVPRYRGTLQADYSL-P 634 Query: 363 LPGLNLQGSWLYSGSKSATRDGSATVPSYHIFNTGLRYQTRMGGHPTTVRLTVDNVFDKR 422 + GL L G YS SK A R+GS V Y +FN G RY TR+ G+ T +RLTVDN+FDKR Sbjct: 635 VSGLALLGGMQYSASKYADREGSVQVNDYTLFNIGSRYSTRISGYDTVLRLTVDNLFDKR 694 Query: 423 YWKDTGESLGDSYLHLGAPRLARLSVQYDF 452 YW+D GE LGD YL +GAPR ARLS +F Sbjct: 695 YWRDAGEYLGDDYLFMGAPRTARLSATVNF 724 >Q48LI5.1 Q48LI5_PSE14 TonB-dependent siderophore receptor, putative Length = 724 Score = 444 bits (1142), Expect = e-122, Method: Compositional matrix adjust. Identities = 235/450 (52%), Positives = 304/450 (67%), Gaps = 8/450 (1%) Query: 8 MLSPQPWVQPVRIDSLNFNTRFDLEFNDNWRGYITAGRSRAVIDDYLAFPYG-----SNV 62 +L Q W PV IDSLN N RF+ FND+W+G ++A RSR VIDDY AF +G S Sbjct: 278 LLGYQNWSNPVGIDSLNMNGRFEYRFNDSWKGSLSASRSRVVIDDYSAFAWGCYGSASCA 337 Query: 63 ATVFSPTFAANGDYDVYDYRSPDDTRRNDEAQAVVQGKFNMGALRHGLTLGLTMSRRVID 122 A F+A G YD+YD+RSPDDTRRNDE +A + G FN G+L H LT G + RR++D Sbjct: 338 AEAVPNHFSAEGGYDIYDFRSPDDTRRNDEVEAAMSGTFNTGSLGHELTFGTSAYRRIVD 397 Query: 123 KSDGISIPVGTGNIYSPAAAPLAPSGADIPASYRNLDSRQQAMLFTDRVQFGERWEVLAG 182 + VG+G I + + +APS +P + R LDSRQ + TDR+ F E W+ + G Sbjct: 398 TRGTFNEFVGSGTI-NESPESVAPSPLTLPHTERRLDSRQYGLFMTDRISFNEHWQTVLG 456 Query: 183 GRQVWLKEKTYAATGATTRDTDRNQFLPQLALIYKPQVNMSLYGSYAETLSMGTAAAFWQ 242 GRQV L E+ + G+ R T+R FLPQ ALIYKP N+SLY SY + LS+G AA++ Sbjct: 457 GRQVRLDEQAFTEDGSDARHTERYVFLPQAALIYKPVDNVSLYTSYCKGLSLGGTAAWFT 516 Query: 243 TNYPTILPPSVARQLETGIKYDWNKDLSFTAAIFRMKKAYEYPQPDGAGGFKYVQQGKQT 302 TN IL P+V+RQLE GIKYDW + +S TAA+F+ ++AY+Y +P+ G F YVQQG+Q Sbjct: 517 TNASEILAPTVSRQLEAGIKYDWQR-MSLTAAVFQARQAYQYSRPNDDGTFTYVQQGEQK 575 Query: 303 HTGLELGAAGNVTKQLRLAASLAFIQARADGTGTPAYDDKQAVNVPRLRGALYADYALAA 362 +TG ELGA+G VT +L+++AS A I+AR + +GT AYDD QA+NVPR RG L ADY+L Sbjct: 576 NTGFELGASGWVTDRLQISASAAAIRARVEDSGTEAYDDHQALNVPRYRGTLQADYSL-P 634 Query: 363 LPGLNLQGSWLYSGSKSATRDGSATVPSYHIFNTGLRYQTRMGGHPTTVRLTVDNVFDKR 422 + GL L G YS SK A R+GS V Y +FN G RY TR+ G+ T +RLTVDN+FDKR Sbjct: 635 VSGLALLGGMQYSASKYADREGSVQVNDYTLFNIGSRYSTRISGYDTVLRLTVDNLFDKR 694 Query: 423 YWKDTGESLGDSYLHLGAPRLARLSVQYDF 452 YW+D GE LGD YL +GAPR ARLS +F Sbjct: 695 YWRDAGEYLGDDYLFMGAPRTARLSATVNF 724