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= 0034.0452.p (393 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value E8YJI8.1 E8YJI8_9BURK TonB-dependent siderophore receptor 416 e-114 E1TCF9.1 E1TCF9_BURSG TonB-dependent siderophore receptor 413 e-113 B1G5F9.1 B1G5F9_9BURK TonB-dependent siderophore receptor 411 e-113 D5NKY2.1 D5NKY2_9BURK TonB-dependent siderophore receptor 313 2e-83 Q3SN48.1 Q3SN48_NITWN TonB-dependent siderophore receptor 309 5e-82 >E8YJI8.1 E8YJI8_9BURK TonB-dependent siderophore receptor Length = 731 Score = 416 bits (1068), Expect = e-114, Method: Compositional matrix adjust. Identities = 203/395 (51%), Positives = 258/395 (65%), Gaps = 3/395 (0%) Query: 1 VRQNVRYLHDDIDYYQTSITGPLAADNRTVPIWSNINREHLTNFAVDNQAQIKFNTGALA 60 V QN+RYLH D YYQTS+T L A+ RTV +W N++ EH T F VD AQ K TG + Sbjct: 338 VSQNLRYLHIDQHYYQTSVTSALGANQRTVSMWGNVDNEHYTQFQVDTHAQAKVTTGQIQ 397 Query: 61 HTTLVGIDYQRTLGGVNRGGAVTGSINIYNPNFAALSTAQITTFEDYSLTQVGAYLQDQV 120 HT L G+DYQR++ G G +V G++++YNPNFA+L T Q T DYSL+ VG Y QD+ Sbjct: 398 HTLLFGLDYQRSMLGDTEGNSVLGTVDLYNPNFASLPTQQANTRLDYSLSTVGVYAQDEA 457 Query: 121 KLGNWSLQLGGRKDWTTSNDVQRTGAVTTVA--RQNDSAFTWRGGLTYQFDSGLAPYVSY 178 + NW L +G R+DWT N ND AFTWR GL Y+F++G+APY+SY Sbjct: 458 RWRNWVLTVGVREDWTGGNQQTTLLTTGAGTTYHSNDHAFTWRAGLAYEFENGIAPYLSY 517 Query: 179 AKSFQPTIGSNTGAAPFVPTTGKQYEAGVKFQPKNTDALFTLAVYDLRQQNVLTPDPVFP 238 ++SFQP +G+ APF PT G+Q EAGV++QPK D F+LA + L Q NV DP P Sbjct: 518 SRSFQPVLGATYSGAPFSPTRGRQVEAGVRYQPKWFDGFFSLAAFTLTQDNVSVTDPNHP 577 Query: 239 TRSVQTGEIRSRGIEFEAHANLTENLKAIASINKMVQDIPRSNTATRGKRPVAQPGQMAS 298 T +VQTG+IRSRG+EFEAHANLT ++K IAS + Q++ S GKRP P AS Sbjct: 578 TNAVQTGQIRSRGLEFEAHANLTADVKVIASYTYLNQEVTNSTMINLGKRPTIAPRNTAS 637 Query: 299 AWLDYTIHGGSLDKLGFAGGVRYVGSSYGTADNLTTVGGRTLFDAAIHYDYDQHWKFALN 358 W DYT H G L +G GVRY+ SS G A N TV GR L D HYD Q+W+ +LN Sbjct: 638 LWADYTFHRGPLRNVGVGSGVRYMSSSAGDAANTFTVPGRVLVDVGAHYDI-QNWRLSLN 696 Query: 359 AANLFNKEYLAYCSNGFLCYWGATRTVLATARYQW 393 N+F++EY++YC+ +CYWGATRTVL TARYQW Sbjct: 697 LNNVFDREYISYCTTAAVCYWGATRTVLGTARYQW 731 >E1TCF9.1 E1TCF9_BURSG TonB-dependent siderophore receptor Length = 729 Score = 413 bits (1062), Expect = e-113, Method: Compositional matrix adjust. Identities = 202/395 (51%), Positives = 253/395 (64%), Gaps = 3/395 (0%) Query: 1 VRQNVRYLHDDIDYYQTSITGPLAADNRTVPIWSNINREHLTNFAVDNQAQIKFNTGALA 60 V QN+RYLH D YYQTS+T L A+ RTV +W N++ EH T F VD AQ K TG + Sbjct: 336 VSQNLRYLHIDQHYYQTSVTSALGANQRTVSMWGNVDNEHYTQFQVDTHAQAKLATGEVQ 395 Query: 61 HTTLVGIDYQRTLGGVNRGGAVTGSINIYNPNFAALSTAQITTFEDYSLTQVGAYLQDQV 120 HT L G+DYQR++ G G AV G++++YNPNF+AL T Q T DYSL+ VG Y QD+ Sbjct: 396 HTLLFGLDYQRSMLGDTEGNAVVGTVDLYNPNFSALPTQQANTRLDYSLSTVGVYAQDEA 455 Query: 121 KLGNWSLQLGGRKDWTTSNDVQRTGAVTTVA--RQNDSAFTWRGGLTYQFDSGLAPYVSY 178 + NW L G R+DWT N ND AFTWR GL Y+F++G+APY+ Y Sbjct: 456 RWRNWVLTFGVREDWTGGNQQTTLLTTGKGTTYHSNDHAFTWRAGLAYEFENGIAPYIGY 515 Query: 179 AKSFQPTIGSNTGAAPFVPTTGKQYEAGVKFQPKNTDALFTLAVYDLRQQNVLTPDPVFP 238 ++SFQP +G+ APF PT G+Q EAGV++QPK D F+LA + L Q NV DP P Sbjct: 516 SRSFQPVLGATYSGAPFAPTKGRQVEAGVRYQPKWFDGFFSLAAFTLTQDNVSVTDPNHP 575 Query: 239 TRSVQTGEIRSRGIEFEAHANLTENLKAIASINKMVQDIPRSNTATRGKRPVAQPGQMAS 298 T ++QTG+IRSRGIEFEAHAN+T +K IAS + Q + S A GKRP P AS Sbjct: 576 TNAIQTGQIRSRGIEFEAHANVTPEVKVIASYTYLNQVVTNSTMANLGKRPTIAPRNTAS 635 Query: 299 AWLDYTIHGGSLDKLGFAGGVRYVGSSYGTADNLTTVGGRTLFDAAIHYDYDQHWKFALN 358 W DYT H G L G GVRY+ SS G N TV GR L D HYD Q+W+ +LN Sbjct: 636 LWADYTFHHGPLRNFGVGSGVRYMSSSAGDLANTFTVPGRVLVDLGAHYDI-QNWRLSLN 694 Query: 359 AANLFNKEYLAYCSNGFLCYWGATRTVLATARYQW 393 N+F++EY++YC+ +CYWGATRTVL TARYQW Sbjct: 695 LNNVFDREYISYCTTAAVCYWGATRTVLGTARYQW 729 >B1G5F9.1 B1G5F9_9BURK TonB-dependent siderophore receptor Length = 730 Score = 411 bits (1057), Expect = e-113, Method: Compositional matrix adjust. Identities = 207/398 (52%), Positives = 261/398 (65%), Gaps = 8/398 (2%) Query: 1 VRQNVRYLHDDIDYYQTSITGPLAADNRTVPIWSNINREHLTNFAVDNQAQIKFNTGALA 60 V QN+RYLH D YYQTS+T L AD RTV +W N++ EH T F VD AQ K TGA+ Sbjct: 336 VSQNLRYLHIDQHYYQTSVTSALGADQRTVSMWGNVDNEHYTQFQVDTHAQAKVATGAVQ 395 Query: 61 HTTLVGIDYQRTLGGVNRGGAVTGSINIYNPNFAALSTAQITTFEDYSLTQVGAYLQDQV 120 HT L G+DYQR++ G G +V G++++YNPNF++L Q T DYSL+ VG Y QD+ Sbjct: 396 HTLLFGLDYQRSMLGDTEGNSVLGTVDLYNPNFSSLPMQQANTRLDYSLSTVGVYAQDEA 455 Query: 121 KLGNWSLQLGGRKDWTTSNDVQRTGAVTT----VARQNDSAFTWRGGLTYQFDSGLAPYV 176 + NW L G R+DWT N Q+T +TT + ND AFTWR GL YQF+SG+APYV Sbjct: 456 RWRNWVLTFGVRQDWTGGN--QQTTLLTTGKGSIYHTNDHAFTWRAGLAYQFESGIAPYV 513 Query: 177 SYAKSFQPTIGSNTGAAPFVPTTGKQYEAGVKFQPKNTDALFTLAVYDLRQQNVLTPDPV 236 SY++SFQP +G+ APF PT G+Q EAGV++QPK D F+LA + L Q NV DP Sbjct: 514 SYSRSFQPVLGATFSGAPFSPTKGRQVEAGVRYQPKWFDGFFSLAAFTLTQDNVSVVDPN 573 Query: 237 FPTRSVQTGEIRSRGIEFEAHANLTENLKAIASINKMVQDIPRSNTATR-GKRPVAQPGQ 295 ++QTG++RSRG+EFEAHAN+T +LK IAS + Q + + T T GKRP P Sbjct: 574 NLGYTIQTGQVRSRGVEFEAHANVTADLKVIASYTYLNQQVTSTTTPTSFGKRPTIAPRN 633 Query: 296 MASAWLDYTIHGGSLDKLGFAGGVRYVGSSYGTADNLTTVGGRTLFDAAIHYDYDQHWKF 355 AS W DYT H G L G GVRY+ SS G A N TV GR L D HYD Q+W+ Sbjct: 634 TASLWADYTFHRGPLRNFGVGSGVRYMSSSAGDAANTFTVPGRVLVDLGAHYDI-QNWRL 692 Query: 356 ALNAANLFNKEYLAYCSNGFLCYWGATRTVLATARYQW 393 +LN N F++EY++YC+ +CYWGATRTVL TARYQW Sbjct: 693 SLNLNNAFDREYISYCTTASVCYWGATRTVLGTARYQW 730 >D5NKY2.1 D5NKY2_9BURK TonB-dependent siderophore receptor Length = 731 Score = 313 bits (803), Expect = 2e-83, Method: Compositional matrix adjust. Identities = 169/405 (41%), Positives = 230/405 (56%), Gaps = 19/405 (4%) Query: 2 RQNVRYLHDDIDYYQTSITGPLAADNRTVPIWSNINREHLTNFAVDNQAQIKFNTGALAH 61 RQ + Y + D+ G + V ++ N E+ F VDNQ Q K +TG LAH Sbjct: 333 RQKLNYTYVTDDFANVFPLGFAPGSSTNVNRYAFFNDENAKFFTVDNQVQAKISTGPLAH 392 Query: 62 TTLVGIDYQRTLGGVNRGGAVTGSINIYNPNFAALSTAQITTFEDYSLTQVGAYLQDQVK 121 T L G D+QR L N G + +N++ P + ++T T+ + Q G Y QDQ+ Sbjct: 393 TALFGFDFQRVLYRENVGLGLAPQLNVFAPVYLPVTTPNNTSDDFIRQKQFGLYAQDQIA 452 Query: 122 LGNWSLQLGGRKDWTTSND---VQRTGAVTTVARQNDSAFTWRGGLTYQFDSGLAPYVSY 178 G W +G R+DW++++D VQ Q+ AFTWR G+ Y FD+G+APY S+ Sbjct: 453 YGKWRFLIGAREDWSSADDNNPVQNYNQA-----QSARAFTWRTGVVYLFDNGIAPYASF 507 Query: 179 AKSFQPTIGSNTGAAPFVPTTGKQYEAGVKFQPKNTDALFTLAVYDLRQQNVLTPDPVFP 238 AKSF P G G PTT +QYE GVK+QP ++ T + +DL ++NVLT DP+ P Sbjct: 508 AKSFDPQAGVLYGGGTAKPTTAQQYEVGVKYQPPGYNSFITASAFDLTERNVLTSDPLHP 567 Query: 239 TRSVQTGEIRSRGIEFEAHANLTENLKAIASINKM----------VQDIPRSNTATRGKR 288 S Q GE+R+RG E E HA+L++NL +AS + Q I T +GK Sbjct: 568 GFSTQAGEVRARGFEIEGHASLSDNLDLVASYTFLNDVTTESADSTQTIAGDTTPLQGKV 627 Query: 289 PVAQPGQMASAWLDYTIHGGSLDKLGFAGGVRYVGSSYGTADNLTTVGGRTLFDAAIHYD 348 P P M SAW+DYT+H G L LGF GVRY+GSSY +++L V T FDAA+HYD Sbjct: 628 PFGMPKNMVSAWIDYTLHSGDLRGLGFGAGVRYIGSSYDQSNSL-RVPSSTQFDAAVHYD 686 Query: 349 YDQHWKFALNAANLFNKEYLAYCSNGFLCYWGATRTVLATARYQW 393 QHW F+LN NLFN++Y+A C +G C +G VLATARY+W Sbjct: 687 TGQHWLFSLNGKNLFNRQYVASCLSGTTCTYGDGVEVLATARYRW 731 >Q3SN48.1 Q3SN48_NITWN TonB-dependent siderophore receptor Length = 819 Score = 309 bits (792), Expect = 5e-82, Method: Compositional matrix adjust. Identities = 183/406 (45%), Positives = 232/406 (57%), Gaps = 30/406 (7%) Query: 2 RQNVRYLHDDIDYYQTSITGPLAADNRTVPIWSNINREHLTNFAVDNQAQIKFNTGALAH 61 RQN++Y H+ DY + G L AD RT+ ++ R FAVDN A++K TG L H Sbjct: 430 RQNLQYSHEIWDYRDVAPVG-LQADLRTLDRSASRVRYGWDTFAVDNHAELKATTGVLHH 488 Query: 62 TTLVGIDYQRTLGGVNRG--GAVTGSINIYNP-----------NFAALSTAQITTFEDYS 108 T L G+DY R +G V G I+++ P NF ++ T +T Sbjct: 489 TVLFGVDY-RMRKSTQQGTWDGVVGPIDVFAPVYGSPVFMPADNFGSVQTQNLT------ 541 Query: 109 LTQVGAYLQDQVKLGNWSLQLGGRKDWTTSNDVQRTGAVT-TVARQNDSAFTWRGGLTYQ 167 G YLQDQ+KL W L LGGR DW D + G V QN SAFT R GL Y+ Sbjct: 542 ----GIYLQDQIKLERWILTLGGRHDWV---DTRTVGIFNNAVNNQNSSAFTKRAGLGYE 594 Query: 168 FDSGLAPYVSYAKSFQPTIGSNTGAAPFVPTTGKQYEAGVKFQPKNTDALFTLAVYDLRQ 227 FDSG+ PY+SY++SF PT G+ PF PTTG Q+EAG+KFQPK+T+ T AVYDLR+ Sbjct: 595 FDSGMVPYISYSESFVPTSGTTFDGTPFKPTTGIQHEAGIKFQPKDTNLRMTAAVYDLRR 654 Query: 228 QNVLTPDPVFPTRSVQTGEIRSRGIEFEAHANLTENLKAIASINKMVQDIPRSNTATRGK 287 QNV T DP P S+Q GE+ SRG EFEA A+LT NL A+ + RSN A GK Sbjct: 655 QNVTTIDPAHPGFSIQIGEVTSRGFEFEAVASLTSNLNLTAAYAYNDARVTRSNGADLGK 714 Query: 288 RPVAQPGQMASAWLDYTIHGGSLDKLGFAGGVRYVGSSYGTADNLTTVGGRTLFDAAIHY 347 RP P +AS W DYTI G+L+ LGF GG+ YV +S G A N T+ DA I Y Sbjct: 715 RPFRSPPHLASLWADYTIREGALNGLGFGGGIHYVSASVGDALNTFYAPAYTVVDAMIRY 774 Query: 348 DYDQHWKFALNAANLFNKEYLAYCSNGFLCYWGATRTVLATARYQW 393 D D +W+F++NA NLF+ +Y+A C C G RTVL Y+W Sbjct: 775 DID-NWRFSVNATNLFDTQYVAACFFIDQCNVGRVRTVLGRVSYRW 819