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= 0200.0088.p (630 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|YP_004611797.1| outer membrane autotransporter barrel domain... 244 2e-62 gb|AEG07680.1| outer membrane autotransporter barrel domain prot... 235 2e-59 ref|YP_001817154.1| beta strand repeat-containing protein [Opitu... 195 2e-47 ref|ZP_04578484.1| autotransporter [Oxalobacter formigenes OXCC1... 194 5e-47 ref|YP_003692066.1| outer membrane autotransporter barrel domain... 183 9e-44 >ref|YP_004611797.1| outer membrane autotransporter barrel domain-containing protein [Mesorhizobium opportunistum WSM2075] gb|AEH87703.1| outer membrane autotransporter barrel domain protein [Mesorhizobium opportunistum WSM2075] Length = 1320 Score = 244 bits (624), Expect = 2e-62, Method: Compositional matrix adjust. Identities = 206/519 (39%), Positives = 271/519 (52%), Gaps = 68/519 (13%) Query: 2 LRDALLGTTSLVALALLTATAMPSHAADIVWTGANSSIWTDPTNWLPNALPANPNNAVID 61 L+ L +T+L+ + + + AA+I WTGA S+ W NW P ++P ++ +D Sbjct: 14 LKCLALASTALIGVG----QPIAATAAEI-WTGAASTDWFTAGNWNPGSVPTAADDVSLD 68 Query: 62 TTSPNPTAIAGTAGQATNVTIGQNAN--GQLTISGGGTLNDLNGFIGNNAGSNGTVTVDG 119 T P+P I A + +G A+ G LTI+ GGTL D GF+G + +NG+V+V G Sbjct: 69 PTFPHPAVINAPNAAAHYLFVGTIASYSGSLTITSGGTLADTAGFLGYASDANGSVSVVG 128 Query: 120 FGSVWFSPG---VTVGVAGTGTLTIQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMT 176 +VW + + +G TGTLTI GG V+ T G +G G +GT TV G S+W + Sbjct: 129 ADAVWSNSSDLFLALGTNSTGTLTISKGGAVSDTVGHVGFGYG-TGTVTVDGAGSTWTNS 187 Query: 177 DDLAVGANGTGVLTIKAGGTVSDRNGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGT 236 DL V G G L I GG VS+ G +G+ PGSSGTVTV G S+WTNS+ L+V G Sbjct: 188 GDLYVAEFGVGTLDITKGGVVSNAVGTIGWHPGSSGTVTVDGTDSTWTNSSNLFVGDQGK 247 Query: 237 GTLNIENRGVVSNGAGSNAYIGYVFGSNGNATVDGAGS-----SLLVG------------ 279 G L + N G VSN +G +G + GS G ATVDGAGS +L VG Sbjct: 248 GALMVTNGGAVSNLSG---IVGNLVGSTGTATVDGAGSTWANGALAVGNAGFGVLTVTNG 304 Query: 280 ------------------------------KELHVGYVGTGVLNIQNGGAVSNDTTFIGS 309 L +G G G L + NGGAVSN ++G Sbjct: 305 GAITSSVGYAGYAAGSSGMVTVDGSTWTNSSNLFIGDQGKGALTVTNGGAVSNALGYVGD 364 Query: 310 NVGSNGNVVVTGVGSSLSSADFLYVGYSGTGTLDIQNGATVTSAPSATRGIAGIGVIAGS 369 GS G V V G GS+ S+A LYVG G G L I +G V++A +G AGS Sbjct: 365 FAGSTGTVFVDGAGSTWSNASDLYVGNLGAGALAITHGGAVSNASGT------VGAKAGS 418 Query: 370 NGTVTIDGPGSSWTHGGILNVGGGGTGTLTIQNGAVASMIGSAVGFLAGSNGTVTVTGAG 429 G V +DG S+WT+ G L VGG G GTL+I GA S +G+ A SNGT V G G Sbjct: 419 TGMVFVDGKKSTWTNSGTLIVGGLGAGTLSISGGATVDSGSSYIGYSAASNGTAIVDGMG 478 Query: 430 SSWTNSFALL-VGDAGTGILTIQNGGSVTTPLFGVANQA 467 S WT+S L VG +GTG LTI NGG+V + L V N + Sbjct: 479 SKWTSSGNLFVVGQSGTGTLTISNGGAVDSVLGYVGNYS 517 Score = 207 bits (526), Expect = 6e-51, Method: Compositional matrix adjust. Identities = 182/498 (36%), Positives = 238/498 (47%), Gaps = 106/498 (21%) Query: 76 QATNVTIGQNANGQLTISGGGTLNDLNGFIGNNAGSNGTVTVDGFGSVWFSPGVTVGVAG 135 ++N+ +G G L ++ GG +++L+G +GN GS GT TVDG GS W + + VG AG Sbjct: 236 NSSNLFVGDQGKGALMVTNGGAVSNLSGIVGNLVGSTGTATVDGAGSTWANGALAVGNAG 295 Query: 136 TGTLTIQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGANGTGVLTIKAGG 195 G LT+ NGG + + G G GSSG TV G S+W + +L +G G G LT+ GG Sbjct: 296 FGVLTVTNGGAITSSVGYAGYAAGSSGMVTVDG--STWTNSSNLFIGDQGKGALTVTNGG 353 Query: 196 TVSDRNGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGTGTLNIENRGVVSNGAGS-- 253 VS+ G VG GS+GTV V G GS+W+N++ LYV G G L I + G VSN +G+ Sbjct: 354 AVSNALGYVGDFAGSTGTVFVDGAGSTWSNASDLYVGNLGAGALAITHGGAVSNASGTVG 413 Query: 254 ---------------------------------------------NAYIGYVFGSNGNAT 268 ++YIGY SNG A Sbjct: 414 AKAGSTGMVFVDGKKSTWTNSGTLIVGGLGAGTLSISGGATVDSGSSYIGYSAASNGTAI 473 Query: 269 VDGAGSSLLVGKELHV-GYVGTGVLNIQNGGAV--------------------------- 300 VDG GS L V G GTG L I NGGAV Sbjct: 474 VDGMGSKWTSSGNLFVVGQSGTGTLTISNGGAVDSVLGYVGNYSVGTALVTGAGSTWNSS 533 Query: 301 ----------------------SNDTTFIGSNVGSNGNVVVTGVGSSLSSADFLYVGYSG 338 N +G++VGS G V+V G GSS ++ L VG +G Sbjct: 534 SALYVGVSGGGVGTLTIQGGTVKNTVGHLGNSVGSTGTVIVDGAGSSWINSSALSVGTAG 593 Query: 339 TGTLDIQNGATVTSAPSATRGIAGIGVIAGSNGTVTIDGPGSSWTHGGILNVGGGGTGTL 398 TGTL I NG +V SA A +G +A G VT+ G S W + G L +G GTGTL Sbjct: 594 TGTLAISNGGSVKSAA------ATVGGVATGTGLVTVAGANSIWANSGDLYLGNLGTGTL 647 Query: 399 TIQNGAVASMIGSAVGFLAGSNGTVTVTGAGSSWTNSFALLVGDAGTGILTIQNGGSVTT 458 + NG + VG+ GS GT TV GAG++WT+S L VG G G LTI NGG V+ Sbjct: 648 NVLNGGTVTNAWGYVGYNPGSTGTATVNGAGATWTSSAGLTVGLDGAGTLTISNGGIVSA 707 Query: 459 P-LFGVANQAGSTGTVNI 475 + +A+ GS GT+NI Sbjct: 708 AGIVTIASHVGSVGTLNI 725 Score = 100 bits (248), Expect = 1e-18, Method: Compositional matrix adjust. Identities = 87/200 (43%), Positives = 109/200 (54%), Gaps = 14/200 (7%) Query: 283 HVGYVGT-----GVLNIQNGGAVSNDTTFIGSNVGSNGNVVVTGVGS--SLSSADFLYVG 335 H +VGT G L I +GG +++ F+G +NG+V V G + S SS FL +G Sbjct: 85 HYLFVGTIASYSGSLTITSGGTLADTAGFLGYASDANGSVSVVGADAVWSNSSDLFLALG 144 Query: 336 YSGTGTLDIQNGATVTSAPSATRGIAGIGVIAGSNGTVTIDGPGSSWTHGGILNVGGGGT 395 + TGTL I G V S T G G G GTVT+DG GS+WT+ G L V G Sbjct: 145 TNSTGTLTISKGGAV----SDTVGHVGFGY---GTGTVTVDGAGSTWTNSGDLYVAEFGV 197 Query: 396 GTLTIQNGAVASMIGSAVGFLAGSNGTVTVTGAGSSWTNSFALLVGDAGTGILTIQNGGS 455 GTL I G V S +G+ GS+GTVTV G S+WTNS L VGD G G L + NGG+ Sbjct: 198 GTLDITKGGVVSNAVGTIGWHPGSSGTVTVDGTDSTWTNSSNLFVGDQGKGALMVTNGGA 257 Query: 456 VTTPLFGVANQAGSTGTVNI 475 V+ V N GSTGT + Sbjct: 258 VSNLSGIVGNLVGSTGTATV 277 >gb|AEG07680.1| outer membrane autotransporter barrel domain protein [Sinorhizobium meliloti BL225C] Length = 1658 Score = 235 bits (599), Expect = 2e-59, Method: Compositional matrix adjust. Identities = 173/394 (43%), Positives = 238/394 (60%), Gaps = 13/394 (3%) Query: 82 IGQNANGQLTISGGGTLNDLNGFIGNNAGSNGTVTVDGFGSVWFSPG-VTVGVAGTGTLT 140 +G +G L I GG +++ + +IG+ +G+ GT TV G GS W + G + VG G GTL+ Sbjct: 107 VGVQGSGTLIIEEGGAVSNTDAYIGHASGT-GTATVTGAGSAWTNSGSLYVGNGGVGTLS 165 Query: 141 IQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGANGTGVLTIKAGGTVSDR 200 I++GG V G G IGS PGS G ATV+G SSW + VG G G L I+ GGTVS+ Sbjct: 166 IEDGGGVTGIRGFIGSDPGSIGRATVSGAGSSWTNSGLFFVGDGGDGTLEIENGGTVSNS 225 Query: 201 NGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGTGTLNIENRGVVSNGAGSNAYIGYV 260 VG G+ GTVTV+G GS+WTN+ L + +G G L + G V N G +GY Sbjct: 226 FAYVGLAEGAVGTVTVSGAGSAWTNNGELTIGVSGAGALTVAGEGAVGNTTG---ILGYG 282 Query: 261 FGSNGNATVDGAGSSLLVGKELHVGYVGTGVLNIQNGGAVSNDTTFIGSNVGSNGNVVVT 320 GS G A V GAGS+ ++L VG GTG LNI++GG+VSN IG +GS+G VV Sbjct: 283 AGSTGTANVTGAGSTWTNTRDLIVGRSGTGALNIEDGGSVSNAAGSIGQLMGSSGEAVVA 342 Query: 321 GVGSSLSSADFLYVGYSGTGTLDIQNGATVTSAPSATRGIAGIGVIAGSNGTVTIDGPGS 380 GVGS+ ++ L VGY G G L +++G V++ I IG GS+G T+ G S Sbjct: 343 GVGSAWANTGSLTVGYGGDGALTVKDGGAVSNR------IGYIGFSVGSSGVATVTGDAS 396 Query: 381 SWTHGGILNVGGGGTGTLTIQN-GAVASMIGSAVGFLAGSNGTVTVTGAGSSWTNSFALL 439 +W + G L VG G G L+I+N G+V + +G AVGF +G +G V V+GAGS+WTN +L Sbjct: 397 TWVNSGDLLVGYSGKGILSIENGGSVTNRVG-AVGFSSGLSGEVAVSGAGSTWTNDSSLF 455 Query: 440 VGDAGTGILTIQNGGSVTTPLFGVANQAGSTGTV 473 +G GTG +TI +GG+V++ + +GS G V Sbjct: 456 IGTFGTGTMTIADGGAVSSADGYIGRNSGSIGAV 489 Score = 228 bits (580), Expect = 4e-57, Method: Compositional matrix adjust. Identities = 170/367 (46%), Positives = 220/367 (59%), Gaps = 13/367 (3%) Query: 111 SNGTVTVDGFGSVWFSPGVT-VGVAGTGTLTIQNGGTVAGTNGLIGSLPGSSGTATVTGP 169 S G TV G GS W + V VGV G+GTL I+ GG V+ T+ IG G+ GTATVTG Sbjct: 86 STGAATVTGAGSTWTNSDVLFVGVQGSGTLIIEEGGAVSNTDAYIGHASGT-GTATVTGA 144 Query: 170 NSSWNMTDDLAVGANGTGVLTIKAGGTVSDRNGRVGFVPGSSGTVTVTGPGSSWTNSAGL 229 S+W + L VG G G L+I+ GG V+ G +G PGS G TV+G GSSWTNS Sbjct: 145 GSAWTNSGSLYVGNGGVGTLSIEDGGGVTGIRGFIGSDPGSIGRATVSGAGSSWTNSGLF 204 Query: 230 YVAPAGTGTLNIENRGVVSNGAGSNAYIGYVFGSNGNATVDGAGSSLLVGKELHVGYVGT 289 +V G GTL IEN G VSN S AY+G G+ G TV GAGS+ EL +G G Sbjct: 205 FVGDGGDGTLEIENGGTVSN---SFAYVGLAEGAVGTVTVSGAGSAWTNNGELTIGVSGA 261 Query: 290 GVLNIQNGGAVSNDTTFIGSNVGSNGNVVVTGVGSSLSSADFLYVGYSGTGTLDIQNGAT 349 G L + GAV N T +G GS G VTG GS+ ++ L VG SGTG L+I++G + Sbjct: 262 GALTVAGEGAVGNTTGILGYGAGSTGTANVTGAGSTWTNTRDLIVGRSGTGALNIEDGGS 321 Query: 350 VTSAPSATRGIAGIGVIAGSNGTVTIDGPGSSWTHGGILNVGGGGTGTLTIQNG-AVASM 408 V++A + IG + GS+G + G GS+W + G L VG GG G LT+++G AV++ Sbjct: 322 VSNAAGS------IGQLMGSSGEAVVAGVGSAWANTGSLTVGYGGDGALTVKDGGAVSNR 375 Query: 409 IGSAVGFLAGSNGTVTVTGAGSSWTNSFALLVGDAGTGILTIQNGGSVTTPLFGVANQAG 468 IG +GF GS+G TVTG S+W NS LLVG +G GIL+I+NGGSVT + V +G Sbjct: 376 IGY-IGFSVGSSGVATVTGDASTWVNSGDLLVGYSGKGILSIENGGSVTNRVGAVGFSSG 434 Query: 469 STGTVNI 475 +G V + Sbjct: 435 LSGEVAV 441 Score = 128 bits (322), Expect = 3e-27, Method: Compositional matrix adjust. Identities = 123/288 (42%), Positives = 155/288 (53%), Gaps = 21/288 (7%) Query: 197 VSDRNGRVGFVPGSSGTVTVTGPGS-------SWTNSAGLYVAPAGTGTLNIENRGVVSN 249 VS G V V S+ TVTV+G S W + + G G L+IE G V+ Sbjct: 16 VSCLVGLVTTVSASAQTVTVSGDVSPFSATSPDWNVGGDIEIGVTGPGALSIEGGGTVTT 75 Query: 250 GAGSNAYIGYVFGSNGNATVDGAGSSLLVGKELHVGYVGTGVLNIQNGGAVSNDTTFIGS 309 G S G ATV GAGS+ L VG G+G L I+ GGAVSN +IG Sbjct: 76 TVGVLGLTS---ASTGAATVTGAGSTWTNSDVLFVGVQGSGTLIIEEGGAVSNTDAYIGH 132 Query: 310 NVGSNGNVVVTGVGSSLSSADFLYVGYSGTGTLDIQNGATVTSAPSATRGIAGIGVIAGS 369 G+ G VTG GS+ +++ LYVG G GTL I++G VT RG IG GS Sbjct: 133 ASGT-GTATVTGAGSAWTNSGSLYVGNGGVGTLSIEDGGGVT----GIRGF--IGSDPGS 185 Query: 370 NGTVTIDGPGSSWTHGGILNVGGGGTGTLTIQNGAVASMIGSAVGFLAGSNGTVTVTGAG 429 G T+ G GSSWT+ G+ VG GG GTL I+NG S + VG G+ GTVTV+GAG Sbjct: 186 IGRATVSGAGSSWTNSGLFFVGDGGDGTLEIENGGTVSNSFAYVGLAEGAVGTVTVSGAG 245 Query: 430 SSWTNSFALLVGDAGTGILTIQNGGSV--TTPLFGVANQAGSTGTVNI 475 S+WTN+ L +G +G G LT+ G+V TT + G AGSTGT N+ Sbjct: 246 SAWTNNGELTIGVSGAGALTVAGEGAVGNTTGILGYG--AGSTGTANV 291 Score = 104 bits (260), Expect = 5e-20, Method: Compositional matrix adjust. Identities = 81/221 (36%), Positives = 112/221 (50%), Gaps = 51/221 (23%) Query: 79 NVTIGQNANGQLTISGGGTLNDLNGFIGNNAGSNGTVTVDGFGSVWFSPG-VTVGVAGTG 137 ++ +G++ G L I GG++++ G IG GS+G V G GS W + G +TVG G G Sbjct: 303 DLIVGRSGTGALNIEDGGSVSNAAGSIGQLMGSSGEAVVAGVGSAWANTGSLTVGYGGDG 362 Query: 138 TLTIQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGANGTGVLTIKAGGTV 197 LT+++GG V+ G IG GSSG ATVTG S+W + DL VG +G G+L+I+ GG+V Sbjct: 363 ALTVKDGGAVSNRIGYIGFSVGSSGVATVTGDASTWVNSGDLLVGYSGKGILSIENGGSV 422 Query: 198 SDRNGRVGFVPGSSGTVTVTGPGSSWTN-------------------------------- 225 ++R G VGF G SG V V+G GS+WTN Sbjct: 423 TNRVGAVGFSSGLSGEVAVSGAGSTWTNDSSLFIGTFGTGTMTIADGGAVSSADGYIGRN 482 Query: 226 ------------------SAGLYVAPAGTGTLNIENRGVVS 248 S+ +YV AG GTLNI + G +S Sbjct: 483 SGSIGAVIVRDSGSSWTSSSSIYVGNAGFGTLNIADGGAIS 523 >ref|YP_001817154.1| beta strand repeat-containing protein [Opitutus terrae PB90-1] gb|ACB73554.1| autotransporter-associated beta strand repeat protein [Opitutus terrae PB90-1] Length = 860 Score = 195 bits (496), Expect = 2e-47, Method: Compositional matrix adjust. Identities = 162/387 (41%), Positives = 214/387 (55%), Gaps = 15/387 (3%) Query: 76 QATNVTIGQNANGQLTISGGGTLNDLNGFIGNNAGSNGTVTVDGFGSVWF-SPGVTVGVA 134 Q N+ IG N L IS GG +++ + I A S + TV G S W S + VG Sbjct: 193 QTQNLNIGSLGNASLMISNGGFVSNTSATISTGASSTASATVTGENSRWTNSDTLNVGYR 252 Query: 135 GTGTLTIQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGANGTGVLTIKAG 194 GTLTI +GG V+ T G+IG GT TVTG NS+W T L VG +G G L + AG Sbjct: 253 HQGTLTISDGGLVSNTAGMIGGSETGDGTVTVTGSNSTWTNTGGLVVGTSGQGTLAVSAG 312 Query: 195 GTVSDRNGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGTGTLNIENRGVVSNGAGSN 254 GTV+++NG++G+ GSSG VT+T S WTN+A L V +GTG+L IE G VSN A Sbjct: 313 GTVTNQNGQIGWAAGSSGAVTITNGNSRWTNAATLAVGISGTGSLTIEAGGEVSNTA--- 369 Query: 255 AYIGYVFGSNGNATVDGAGSSLLVGKELHVGYVGTGVLNIQNGGAVSNDTTFIGSNVGSN 314 +YIG + GS+G V G S L VG G G L ++N G V+ + +G + GS Sbjct: 370 SYIGQLSGSSGTVAVRGTDSLWASSGALQVGAAGVGALTVENSGTVTATSAALGVSAGST 429 Query: 315 GNVVVTGVGSSLSSADFLYVGYSGTGTLDIQNGATV--TSAPSATRGIAGIGVIAGSNGT 372 G++ V G SL+ L VG +G GTL + G + T A AT G S + Sbjct: 430 GSLTVQDEG-SLALTSSLLVGSNGDGTLAVFGGGVLANTEAYIATGG--------ASISS 480 Query: 373 VTIDGPGSSWTHGGILNVGGGGTGTLTIQNGAVASMIGSAVGFLAGSNGTVTVTGAGSSW 432 T+ G GSSWT+ L +G G G+L+I +G S + A S GTVTV G+ S+W Sbjct: 481 ATVTGNGSSWTNSSRLEIGYAGNGSLSIADGGQVSNTIGLIAQTADSAGTVTVIGSNSTW 540 Query: 433 TNSFALLVGDAGTGILTIQNGGSVTTP 459 TN+ +L + AGTG LTI NGG V+ P Sbjct: 541 TNTTSLEIARAGTGTLTIANGGVVSAP 567 Score = 184 bits (466), Expect = 6e-44, Method: Compositional matrix adjust. Identities = 158/396 (39%), Positives = 214/396 (54%), Gaps = 11/396 (2%) Query: 82 IGQNANGQLTISGGGTLNDLNGFIGNNAGSNGTVTVDGFGSVWF-SPGVTVGVAGTGTLT 140 IG+ G LT+S GG ++ +G GS G++TV G S + + +G G +L Sbjct: 149 IGRGGTGTLTVSNGGAVSAKTTTLGAQGGSTGSITVTGNDSTLTQTQNLNIGSLGNASLM 208 Query: 141 IQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGANGTGVLTIKAGGTVSDR 200 I NGG V+ T+ I + S+ +ATVTG NS W +D L VG G LTI GG VS+ Sbjct: 209 ISNGGFVSNTSATISTGASSTASATVTGENSRWTNSDTLNVGYRHQGTLTISDGGLVSNT 268 Query: 201 NGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGTGTLNIENRGVVSNGAGSNAYIGYV 260 G +G GTVTVTG S+WTN+ GL V +G GTL + G V+N N IG+ Sbjct: 269 AGMIGGSETGDGTVTVTGSNSTWTNTGGLVVGTSGQGTLAVSAGGTVTN---QNGQIGWA 325 Query: 261 FGSNGNATVDGAGSSLLVGKELHVGYVGTGVLNIQNGGAVSNDTTFIGSNVGSNGNVVVT 320 GS+G T+ S L VG GTG L I+ GG VSN ++IG GS+G V V Sbjct: 326 AGSSGAVTITNGNSRWTNAATLAVGISGTGSLTIEAGGEVSNTASYIGQLSGSSGTVAVR 385 Query: 321 GVGSSLSSADFLYVGYSGTGTLDIQNGATVTSAPSATRGIAGIGVIAGSNGTVTIDGPGS 380 G S +S+ L VG +G G L ++N TVT+ +A +GV AGS G++T+ GS Sbjct: 386 GTDSLWASSGALQVGAAGVGALTVENSGTVTATSAA------LGVSAGSTGSLTVQDEGS 439 Query: 381 SWTHGGILNVGGGGTGTLTIQNGAVASMIGSAVGFLAGSNGTVTVTGAGSSWTNSFALLV 440 +L VG G GTL + G V + + + S + TVTG GSSWTNS L + Sbjct: 440 LALTSSLL-VGSNGDGTLAVFGGGVLANTEAYIATGGASISSATVTGNGSSWTNSSRLEI 498 Query: 441 GDAGTGILTIQNGGSVTTPLFGVANQAGSTGTVNIV 476 G AG G L+I +GG V+ + +A A S GTV ++ Sbjct: 499 GYAGNGSLSIADGGQVSNTIGLIAQTADSAGTVTVI 534 >ref|ZP_04578484.1| autotransporter [Oxalobacter formigenes OXCC13] gb|EEO29457.1| autotransporter [Oxalobacter formigenes OXCC13] Length = 878 Score = 194 bits (492), Expect = 5e-47, Method: Compositional matrix adjust. Identities = 155/316 (49%), Positives = 181/316 (57%), Gaps = 13/316 (4%) Query: 165 TVTGPNSSWNMTDDLAVGANGTGVLTIKAGGTVSDRNG--RVGFVPGSSGTVTVTGPGSS 222 TV G SSW L VG GTG L I+ GG VS G VG GS+GTVTV G GS+ Sbjct: 2 TVDGTGSSWTSNGILYVGNYGTGELIIRNGGMVSSPVGPIYVGINSGSTGTVTVDGTGSN 61 Query: 223 WTNSAGLYVAPAGTGTLNIENRGVVSNGAGSNAYIGYVFGSNGNATVDGAGSSLLVGKEL 282 WT+ + + AG GTL+I N G VSN SN YIG G G TVDG GS+ L Sbjct: 62 WTSIGSITIGLAGAGTLSISNGGKVSN---SNGYIGQNAGGTGKVTVDGIGSTWTNAGNL 118 Query: 283 HVGYVGTGVLNIQNGGAVSNDTTFIGSNVGSNGNVVVTGVGSSLSSADFLYVGYSGTGTL 342 VG GTG L I+NGG VSN IG+N GS G V V G GSS + L VG SG G L Sbjct: 119 TVGDFGTGTLIIENGGKVSNTDGLIGNNSGSTGKVTVDGAGSSWTYGGSLIVGNSGDGEL 178 Query: 343 DIQNGATVTSAPSATRGIAGIGVIAGSNGTVTIDGPGSSWTHGGILNVGGGGTGTLTIQN 402 I NG V S S + IG AGS G VT+D GS TH + VG G G L+I+N Sbjct: 179 VISNGGNV-SYSSNVQYATTIGNAAGSTGKVTVDVAGSGLTHNSTMIVGYSGNGELSIRN 237 Query: 403 GAVASMIGSAVGFLAGSNGTVTVTGAGSSWTNSFALLVGDAGTGILTIQNGGSVTTPLFG 462 G V S + +G ++GS GTVTV GAGS+WTN+ L VG+AGT LT+ NGG+V G Sbjct: 238 GGVVSNVTGFIGLISGSTGTVTVDGAGSNWTNTGNLTVGNAGTATLTVSNGGTVEAS--G 295 Query: 463 VANQAGS---TGTVNI 475 V QAGS T+NI Sbjct: 296 V--QAGSGNGIATINI 309 Score = 187 bits (474), Expect = 6e-45, Method: Compositional matrix adjust. Identities = 150/320 (46%), Positives = 181/320 (56%), Gaps = 22/320 (6%) Query: 115 VTVDGFGSVWFSPGVT-VGVAGTGTLTIQNGGTVAGTNG--LIGSLPGSSGTATVTGPNS 171 +TVDG GS W S G+ VG GTG L I+NGG V+ G +G GS+GT TV G S Sbjct: 1 MTVDGTGSSWTSNGILYVGNYGTGELIIRNGGMVSSPVGPIYVGINSGSTGTVTVDGTGS 60 Query: 172 SWNMTDDLAVGANGTGVLTIKAGGTVSDRNGRVGFVPGSSGTVTVTGPGSSWTNSAGLYV 231 +W + +G G G L+I GG VS+ NG +G G +G VTV G GS+WTN+ L V Sbjct: 61 NWTSIGSITIGLAGAGTLSISNGGKVSNSNGYIGQNAGGTGKVTVDGIGSTWTNAGNLTV 120 Query: 232 APAGTGTLNIENRGVVSNGAGSNAYIGYVFGSNGNATVDGAGSSLLVGKELHVGYVGTGV 291 GTGTL IEN G VSN ++ IG GS G TVDGAGSS G L VG G G Sbjct: 121 GDFGTGTLIIENGGKVSN---TDGLIGNNSGSTGKVTVDGAGSSWTYGGSLIVGNSGDGE 177 Query: 292 LNIQNGGAVSNDT-----TFIGSNVGSNGNVVVTGVGSSLSSADFLYVGYSGTGTLDIQN 346 L I NGG VS + T IG+ GS G V V GS L+ + VGYSG G L I+N Sbjct: 178 LVISNGGNVSYSSNVQYATTIGNAAGSTGKVTVDVAGSGLTHNSTMIVGYSGNGELSIRN 237 Query: 347 GATVTSAPSATRGIAGIGVIAGSNGTVTIDGPGSSWTHGGILNVGGGGTGTLTIQNGAVA 406 G V++ IG+I+GS GTVT+DG GS+WT+ G L VG GT TLT+ NG Sbjct: 238 GGVVSNVTGF------IGLISGSTGTVTVDGAGSNWTNTGNLTVGNAGTATLTVSNGGTV 291 Query: 407 SMIGSAVGFLAGS-NGTVTV 425 A G AGS NG T+ Sbjct: 292 ----EASGVQAGSGNGIATI 307 Score = 175 bits (443), Expect = 3e-41, Method: Compositional matrix adjust. Identities = 139/301 (46%), Positives = 173/301 (57%), Gaps = 16/301 (5%) Query: 82 IGQNANGQLTISGGGTLNDLNG--FIGNNAGSNGTVTVDGFGSVWFSPG-VTVGVAGTGT 138 +G G+L I GG ++ G ++G N+GS GTVTVDG GS W S G +T+G+AG GT Sbjct: 18 VGNYGTGELIIRNGGMVSSPVGPIYVGINSGSTGTVTVDGTGSNWTSIGSITIGLAGAGT 77 Query: 139 LTIQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGANGTGVLTIKAGGTVS 198 L+I NGG V+ +NG IG G +G TV G S+W +L VG GTG L I+ GG VS Sbjct: 78 LSISNGGKVSNSNGYIGQNAGGTGKVTVDGIGSTWTNAGNLTVGDFGTGTLIIENGGKVS 137 Query: 199 DRNGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGTGTLNIENRGVVSNGAGSN--AY 256 + +G +G GS+G VTV G GSSWT L V +G G L I N G VS + Sbjct: 138 NTDGLIGNNSGSTGKVTVDGAGSSWTYGGSLIVGNSGDGELVISNGGNVSYSSNVQYATT 197 Query: 257 IGYVFGSNGNATVDGAGSSLLVGKELHVGYVGTGVLNIQNGGAVSNDTTFIGSNVGSNGN 316 IG GS G TVD AGS L + VGY G G L+I+NGG VSN T FIG GS G Sbjct: 198 IGNAAGSTGKVTVDVAGSGLTHNSTMIVGYSGNGELSIRNGGVVSNVTGFIGLISGSTGT 257 Query: 317 VVVTGVGSSLSSADFLYVGYSGTGTLDIQNGATVTSAPSATRGIAGIGVIAGS-NGTVTI 375 V V G GS+ ++ L VG +GT TL + NG TV ++ GV AGS NG TI Sbjct: 258 VTVDGAGSNWTNTGNLTVGNAGTATLTVSNGGTVEAS----------GVQAGSGNGIATI 307 Query: 376 D 376 + Sbjct: 308 N 308 Score = 157 bits (398), Expect = 5e-36, Method: Compositional matrix adjust. Identities = 123/267 (46%), Positives = 156/267 (58%), Gaps = 12/267 (4%) Query: 214 VTVTGPGSSWTNSAGLYVAPAGTGTLNIENRGVVSNGAGSNAYIGYVFGSNGNATVDGAG 273 +TV G GSSWT++ LYV GTG L I N G+VS+ G Y+G GS G TVDG G Sbjct: 1 MTVDGTGSSWTSNGILYVGNYGTGELIIRNGGMVSSPVGP-IYVGINSGSTGTVTVDGTG 59 Query: 274 SSLLVGKELHVGYVGTGVLNIQNGGAVSNDTTFIGSNVGSNGNVVVTGVGSSLSSADFLY 333 S+ + +G G G L+I NGG VSN +IG N G G V V G+GS+ ++A L Sbjct: 60 SNWTSIGSITIGLAGAGTLSISNGGKVSNSNGYIGQNAGGTGKVTVDGIGSTWTNAGNLT 119 Query: 334 VGYSGTGTLDIQNGATVTSAPSATRGIAGIGVIAGSNGTVTIDGPGSSWTHGGILNVGGG 393 VG GTGTL I+NG V S T G+ IG +GS G VT+DG GSSWT+GG L VG Sbjct: 120 VGDFGTGTLIIENGGKV----SNTDGL--IGNNSGSTGKVTVDGAGSSWTYGGSLIVGNS 173 Query: 394 GTGTLTIQNGAVASM-----IGSAVGFLAGSNGTVTVTGAGSSWTNSFALLVGDAGTGIL 448 G G L I NG S + +G AGS G VTV AGS T++ ++VG +G G L Sbjct: 174 GDGELVISNGGNVSYSSNVQYATTIGNAAGSTGKVTVDVAGSGLTHNSTMIVGYSGNGEL 233 Query: 449 TIQNGGSVTTPLFGVANQAGSTGTVNI 475 +I+NGG V+ + +GSTGTV + Sbjct: 234 SIRNGGVVSNVTGFIGLISGSTGTVTV 260 Score = 149 bits (376), Expect = 2e-33, Method: Compositional matrix adjust. Identities = 115/259 (44%), Positives = 146/259 (56%), Gaps = 12/259 (4%) Query: 52 PANPNNAVIDTTSPNPTAIAGTAGQATNV---TIGQNANGQLTISGGGTLNDLNGFIGNN 108 P P I++ S + GT T++ TIG G L+IS GG +++ NG+IG N Sbjct: 37 PVGPIYVGINSGSTGTVTVDGTGSNWTSIGSITIGLAGAGTLSISNGGKVSNSNGYIGQN 96 Query: 109 AGSNGTVTVDGFGSVWFSPG-VTVGVAGTGTLTIQNGGTVAGTNGLIGSLPGSSGTATVT 167 AG G VTVDG GS W + G +TVG GTGTL I+NGG V+ T+GLIG+ GS+G TV Sbjct: 97 AGGTGKVTVDGIGSTWTNAGNLTVGDFGTGTLIIENGGKVSNTDGLIGNNSGSTGKVTVD 156 Query: 168 GPNSSWNMTDDLAVGANGTGVLTIKAGGTVSDRNG-----RVGFVPGSSGTVTVTGPGSS 222 G SSW L VG +G G L I GG VS + +G GS+G VTV GS Sbjct: 157 GAGSSWTYGGSLIVGNSGDGELVISNGGNVSYSSNVQYATTIGNAAGSTGKVTVDVAGSG 216 Query: 223 WTNSAGLYVAPAGTGTLNIENRGVVSNGAGSNAYIGYVFGSNGNATVDGAGSSLLVGKEL 282 T+++ + V +G G L+I N GVVSN G +IG + GS G TVDGAGS+ L Sbjct: 217 LTHNSTMIVGYSGNGELSIRNGGVVSNVTG---FIGLISGSTGTVTVDGAGSNWTNTGNL 273 Query: 283 HVGYVGTGVLNIQNGGAVS 301 VG GT L + NGG V Sbjct: 274 TVGNAGTATLTVSNGGTVE 292 >ref|YP_003692066.1| outer membrane autotransporter barrel domain-containing protein [Starkeya novella DSM 506] gb|ADH87447.1| outer membrane autotransporter barrel domain protein [Starkeya novella DSM 506] Length = 1167 Score = 183 bits (464), Expect = 9e-44, Method: Compositional matrix adjust. Identities = 161/452 (35%), Positives = 240/452 (53%), Gaps = 26/452 (5%) Query: 5 ALLGTTSLVALALLTATAMPSHAADIVWTGANSSIWTDPTNWLPNALPANPNNAVIDTTS 64 ALL TT+++ALA A P +A +WTG NS+ W DP NW LP N +A +D + Sbjct: 28 ALLATTAVIALAY----ASPV-SAQTLWTGTNSNNWFDPGNW-SAGLPNNVTDAEVDNIA 81 Query: 65 PNPTAIAGTAGQATNVTIGQNANGQLTISGGGTLNDLNGFIGNNAGSNGTVTVDGFGSVW 124 N A+ A ++TIG +A G LT+ G G L NG+IG GS GTV V G SVW Sbjct: 82 VNAPAVFAIGANARDLTIGNSAVGSLTVQGAGVLLTTNGYIGRGLGSTGTVVVTGTDSVW 141 Query: 125 FSPG-VTVGVAGTGTLTIQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGA 183 + G VG G+G+LTI NGG V + +G++ SG TVTG +S+W +TD L VG Sbjct: 142 ANTGDFYVGDQGSGSLTIANGGQVISNDSFVGNV--GSGLVTVTGTDSTWTVTDPLIVGN 199 Query: 184 NGTGVLTIKAGGTVSDRNGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGTGTLNIEN 243 G+G++ + GGTV VG GS G + ++G +SW S+ V G+GT+ + + Sbjct: 200 FGSGMVNVDTGGTVETERVTVGAANGSEGFLDISGGTTSWIASSEFIVGEEGSGTVTVSD 259 Query: 244 RGVVSNGAGSNAYIGYVFGSNGNATVDGAGSSLLVGKELHVGYVGTGVLNIQNGGAVSND 303 V + +G+ G T+ G G++ +G G G L I+ G A + Sbjct: 260 GATVES---QTLAVGFGPTGFGQVTITGVGTTWTTTASTGIGSDGVGHLLIEAGAAFNT- 315 Query: 304 TTFIGSNVGSNGNVVVTGVGSSLSSADFLYVGYSGTGTLDIQNGATVTSAPSATRGIAGI 363 +G ++G+ G+ VTG GSSL+++ ++VG G T + +GA+VTS G Sbjct: 316 ---VGVSLGT-GSGTVTGAGSSLTASGQIFVGAGGESTFTVSDGASVTS--------VGA 363 Query: 364 GVIAGSNGTVTIDGPGSSWTHGGILNVGGGGTGTLTIQNGAVASMIGSAVGFLAGSNGTV 423 + G GT T+ G++WT VG G GTL + +G + + S +G A G + Sbjct: 364 NIALGGTGTATVT-SGANWTSSSTFIVGHSGLGTLNVTDGGTVNTLDSVLGRFAAGVGIL 422 Query: 424 TVTGAGSSWTNSFALLVGDAGTGILTIQNGGS 455 V G G+S+ N+ + +G+ GTG L++ GG+ Sbjct: 423 NVEGEGASFVNTGNMGIGNEGTGALSVTAGGT 454 Score = 63.2 bits (152), Expect = 2e-07, Method: Compositional matrix adjust. Identities = 113/360 (31%), Positives = 173/360 (48%), Gaps = 51/360 (14%) Query: 80 VTIGQNANGQLTISGGGTLNDLNGFIGNNAGSNGTVTVDGFGSVWFSPG-VTVGVAGTGT 138 + +G T+S G ++ + I G GT TV G+ W S VG +G GT Sbjct: 340 IFVGAGGESTFTVSDGASVTSVGANIA--LGGTGTATVTS-GANWTSSSTFIVGHSGLGT 396 Query: 139 LTIQNGGTVAGTNGLIGSLPGSSGTATVTGPNSSWNMTDDLAVGANGTGVLTIKAGGTVS 198 L + +GGTV + ++G G V G +S+ T ++ +G GTG L++ AGGT Sbjct: 397 LNVTDGGTVNTLDSVLGRFAAGVGILNVEGEGASFVNTGNMGIGNEGTGALSVTAGGTAE 456 Query: 199 DRNGRVGFVPGSSGTVTVTGPGSSWTNSAGLYVAPAGTGTLNIENRGVVSNGAGSNAYIG 258 ++ +G S G+ +++G GSS T++ L+V G G + +E+ V++ A IG Sbjct: 457 AQSVLLGMEANSGGSASISGAGSSLTSNEFLFVGLEGNGVMFVEDGAQVNS---VVAGIG 513 Query: 259 YVFGSNGNATVDGAGSSLLVGKELHVGYVGTGVLNIQNGGAVS-NDTTFIGSNVGSNGNV 317 G G ATV GA + L +L +G GTGVL I +GG V I + GS+G + Sbjct: 514 ASTGGIGEATVSGA--TWLNSSDLFIGADGTGVLTIADGGRVEVGGAVEIAAGAGSSGTL 571 Query: 318 --------------------VVTGVGSSL-----SSADFLY-VGYSGTGTLDIQNGATVT 351 +V G G+ +S ++ + G +GTGT+D+ +G TV Sbjct: 572 NIGAGEGLAAAAPGTLAAGEIVFGPGTGAIVFNHTSTNYQFSAGMTGTGTIDLFSGTTVL 631 Query: 352 SAPSATRGIAGIGVIAGSNGTVTIDGPGSSWTHGGILNVGGG---GTGTL---TIQNGAV 405 + S+ G G + G GT+ ++G T GG L+V G GTGT+ TI GAV Sbjct: 632 TGNSS--GFTGATTLHG--GTLAVNG-----TLGGTLDVLAGRLQGTGTVGSTTIAGGAV 682