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= 0011.0045.p (480 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_003773954.1| hypothetical protein Hsero_0527 [Herbaspiril... 946 0.0 ref|YP_004214773.1| hypothetical protein Rahaq_4058 [Rahnella sp... 316 5e-84 gb|AAZ39186.1| hypothetical protein [Janthinobacterium lividum] 287 2e-75 ref|ZP_07776089.1| hypothetical protein PFWH6_3507 [Pseudomonas ... 273 4e-71 ref|YP_001353575.1| hypothetical protein mma_1885 [Janthinobacte... 264 2e-68 gb|EFV86360.1| hypothetical protein HMPREF0005_04395 [Achromobac... 263 6e-68 ref|ZP_02882039.1| conserved hypothetical protein [Burkholderia ... 257 3e-66 ref|YP_004355027.1| hypothetical protein PSEBR_a3677 [Pseudomona... 253 5e-65 gb|EGP43412.1| hypothetical protein AXXA_26105 [Achromobacter xy... 253 6e-65 ref|YP_001748753.1| hypothetical protein PputW619_1881 [Pseudomo... 245 1e-62 >ref|YP_003773954.1| hypothetical protein Hsero_0527 [Herbaspirillum seropedicae SmR1] gb|ADJ62046.1| conserved hypothetical protein [Herbaspirillum seropedicae SmR1] Length = 528 Score = 946 bits (2445), Expect = 0.0, Method: Compositional matrix adjust. Identities = 479/480 (99%), Positives = 479/480 (99%) Query: 1 VRPSAPALSLYSADGRLTAPAVWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQAS 60 VRPSAPALSLYSADGRLTAPAVWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQAS Sbjct: 49 VRPSAPALSLYSADGRLTAPAVWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQAS 108 Query: 61 VSSSVYSQSVLLSATAAQGDDGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAE 120 VSSSVYSQSVLLSATAAQGDDGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAE Sbjct: 109 VSSSVYSQSVLLSATAAQGDDGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAE 168 Query: 121 GVAVDFKVSQGSLSDEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDF 180 GVAVDFKVSQGSLSDEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDF Sbjct: 169 GVAVDFKVSQGSLSDEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDF 228 Query: 181 TATLGDDLSLQLQIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFD 240 TATLGDDLSLQLQIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFD Sbjct: 229 TATLGDDLSLQLQIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFD 288 Query: 241 AAARRGQGDAGLMALFKDAFAQLHASATAPVQDHTPALLAADATDRGMLSGLGDFSASIT 300 AAARRGQGDAGLMALFKDAFAQLHASATAPVQDHTPALLAADATDRGMLSGLGDFSASIT Sbjct: 289 AAARRGQGDAGLMALFKDAFAQLHASATAPVQDHTPALLAADATDRGMLSGLGDFSASIT 348 Query: 301 GNSAWPNPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQ 360 GNSAWPNPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQ Sbjct: 349 GNSAWPNPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQ 408 Query: 361 LDSTRQSQNYTYHQIDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVSQTH 420 LDSTRQSQNYTYHQIDDRADSQLEIGYR GFMTQARLRQSASQDSRVSKYVLGELVSQTH Sbjct: 409 LDSTRQSQNYTYHQIDDRADSQLEIGYRQGFMTQARLRQSASQDSRVSKYVLGELVSQTH 468 Query: 421 TPLQAQIVRDFAAQLQDGKEARAADGAYRRSRLLDGISELGLLQSDPQRVRAHGAQWLTE 480 TPLQAQIVRDFAAQLQDGKEARAADGAYRRSRLLDGISELGLLQSDPQRVRAHGAQWLTE Sbjct: 469 TPLQAQIVRDFAAQLQDGKEARAADGAYRRSRLLDGISELGLLQSDPQRVRAHGAQWLTE 528 >ref|YP_004214773.1| hypothetical protein Rahaq_4058 [Rahnella sp. Y9602] gb|ADW75646.1| hypothetical protein Rahaq_4058 [Rahnella sp. Y9602] Length = 528 Score = 316 bits (810), Expect = 5e-84, Method: Compositional matrix adjust. Identities = 179/468 (38%), Positives = 267/468 (57%), Gaps = 12/468 (2%) Query: 16 RLTAPA-VWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQASVSSSVYSQSVLLSA 74 +T PA VWE+ D +S++LA N + S A R++GLG ALL++ + SS YSQSV+ Sbjct: 55 NITKPALVWERSSSDLMSSKLASNFSHSGNAARFTGLGAALLERFTTDSSSYSQSVMKQT 114 Query: 75 TAAQGDDGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAEGVAVDFKVSQGSLS 134 +A + + QLH A +I L++ T +GA +D+ LG++ +G+ V VS+G+LS Sbjct: 115 SAQSTRSAANVAAQTQLHTKADNQINLSIKTASGALVDITLGSDDDGLGVQVNVSKGTLS 174 Query: 135 DEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFTATLG--DDLSLQL 192 D DR A+ L E F +AI GL +PP L L L +FDT L+++D ATLG + +L Sbjct: 175 DADRKALAGLAEGFQKAIDGLTAQPPKLDLSGLTKFDTSVLSSVDLHATLGTTNTQTLDF 234 Query: 193 QIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFDAAARRGQGDAGL 252 D + RSV + AG + + +D + + G+ Q+++A+ SYL+Q +A RG GD L Sbjct: 235 HADANTRSVKSTGVAGTVDISVDMSKRALLGTESQQKQALNSYLKQISSAGNRGNGDESL 294 Query: 253 MALFKDAFAQLHASATAPVQDHT-----PALLAADATDRGMLSGLGDFSASITGNSA-WP 306 M +FKDAF L+++ + P + TD+ M++GL DF+AS++ Sbjct: 295 MNMFKDAFTALNSNYGETATTYKSGGAEPVYFSLTKTDKNMMTGLADFTASVSQTPVDST 354 Query: 307 NPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQLDSTRQ 366 NP+R DE D F YQVSQ ++++G G DR+I Q+ QS L ASYH SL P L L L + R Sbjct: 355 NPMRPDETDTFSYQVSQTSTITGTGTQDRNITQKQQSHLAASYHASLTPGLKLNLTNDRN 414 Query: 367 SQNYTYHQIDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVSQTHTPLQAQ 426 SQNY Y+QIDD+A+S + Y G + A + QSAS + + KYV G L S TP Sbjct: 415 SQNYLYYQIDDKAESTTSVQYHKGALMSASVAQSASNSTHIQKYVKGALESDITTPEITS 474 Query: 427 IVRDFAAQLQDGKEARAADGAYR---RSRLLDGISELGLLQSDPQRVR 471 D LQ E A ++R + L +S + L++SD +++ Sbjct: 475 KTTDLLGTLQSAWENNAPRMSFRDYLNHQTLPDLSGMVLMESDAAQLK 522 >gb|AAZ39186.1| hypothetical protein [Janthinobacterium lividum] Length = 494 Score = 287 bits (735), Expect = 2e-75, Method: Compositional matrix adjust. Identities = 186/480 (38%), Positives = 280/480 (58%), Gaps = 30/480 (6%) Query: 6 PALSLYSADGRLTAPAVWEQRQDDPLSARLARNLAA-SDTAGRWSGLGKALLDQASVSSS 64 PA+S L +P VWE D +S ++ +N A + GR+SGLG ALLDQ Sbjct: 2 PAISYL-----LPSPKVWESPSRDDVSDQMTKNFAPYASFGGRFSGLGAALLDQLKGGVR 56 Query: 65 VYSQSVLLSATAAQ--GDDGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAEGV 122 SQ++L Q V I LH +++L++TT +G + + L + +G+ Sbjct: 57 NVSQALLQPPARTQPAAYAEVGGIAPASLHGNGQDKVSLSITTKSGVEVKLSLDSQDDGL 116 Query: 123 AVDFKVSQGSLSDEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFTA 182 AV S G L D + A+ L EAF QAI G+A P + L LMQFD L +++ A Sbjct: 117 AVRMTTS-GELGDAEVKALGDLSEAFQQAIDGMAQGTPKVRLAGLMQFDQEVLGSVNLHA 175 Query: 183 TL---GDDLSLQ---LQIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYL 236 + G+ S Q Q D +QR V+ AG++ V +DA+ GS +++ +A++SY+ Sbjct: 176 EVLVRGEPQSTQTLDFQADSTQRKVSFTGVAGSLDVKVDASQLNALGSKERQAKAMSSYI 235 Query: 237 EQFDAAARRGQGDAGLMALFKDAFAQLHASATAPVQDHTPAL-------LAADATDRGML 289 +Q D A+ RG GDA LM++FKDAF +H++A PV + L LAA DR M+ Sbjct: 236 KQIDQASWRGHGDAALMSMFKDAFTAVHSNA--PVSPASTGLPEQGKWQLAA--ADRAMV 291 Query: 290 SGLGDFSASITGNSAWPNPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASY 349 +GL DFSAS+T +A+ NP+R E DGF Y++SQ+TS++GA Q DRSI QQ QS+L AS+ Sbjct: 292 TGLPDFSASVTQTAAFSNPMRSSEKDGFQYELSQKTSITGASQNDRSIRQQQQSKLSASF 351 Query: 350 HQSLQPDLPLQLDSTRQSQNYTYHQIDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSK 409 H++L P + L+L +SQNYTYHQI+D A S +IGY+ G + +A L+Q+ASQ + ++K Sbjct: 352 HETLVPGVALRLTDRVESQNYTYHQIEDTASSDAQIGYKDGKLVKASLQQAASQSTHITK 411 Query: 410 YVLGELVSQTHTPLQAQIVRDFAAQL---QDGKEARAAD-GAYRRSRLLDGISELGLLQS 465 ++LG++ S TP ++RD + L + G++ + A +R +LL + + LLQS Sbjct: 412 FMLGKVESDVTTPTDHSLMRDLVSVLGPYKTGEQGMTPEKKAEQREKLLQTLGDDVLLQS 471 >ref|ZP_07776089.1| hypothetical protein PFWH6_3507 [Pseudomonas fluorescens WH6] gb|EFQ62753.1| hypothetical protein PFWH6_3507 [Pseudomonas fluorescens WH6] Length = 523 Score = 273 bits (699), Expect = 4e-71, Method: Compositional matrix adjust. Identities = 169/453 (37%), Positives = 242/453 (53%), Gaps = 10/453 (2%) Query: 23 WEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQASVSSSVYSQSVLLSATAAQGDDG 82 WE + L + N + TA R++GLG LL+Q + SQSVL ++ + G Sbjct: 68 WESDSQNALGKTMGTNFNSLSTASRFNGLGAGLLEQFAKDGRDISQSVLYASADRADNAG 127 Query: 83 VHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAEGVAVDFKVSQGSLSDEDRAAVT 142 I + LH A +++L++ T +G + L + ++G+ V V G L+ ++ AV Sbjct: 128 ELKIDQSLLHSKADNQVSLSIKTASGKTVTFSLSSQSDGLGVQATVDGGELTADELKAVG 187 Query: 143 ALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFTATL----GDDLSLQLQIDGSQ 198 LG AF A+ GL PP L L L QFD+ LA++D A L G D +L D Sbjct: 188 QLGSAFQAAVDGLTAMPPRLDLSNLTQFDSKVLASVDLNAKLKTSAGQDQTLAFHADSQS 247 Query: 199 RSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFDAAARRGQGDAGLMALFKD 258 RS G + + +D A + G+AQQ+ +A+ SYL QFD RG A LM +FKD Sbjct: 248 RSTRMSGPDGELDLSVDLKNAAILGNAQQQAKALKSYLAQFDRVQERGNAKAQLMTMFKD 307 Query: 259 AFAQLHASATAPVQDHTPALLAADATDRGMLSGLGDFSASITGNSAWPNPLRRDEVDGFD 318 AF+ ++++ P P L + TD+G+L+GL DF ASI S NP+R E+D F Sbjct: 308 AFSAMNSNY--PQGPGVPEALTLNPTDQGLLTGLADFKASIRQASESSNPMRPAEIDSFA 365 Query: 319 YQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQLDSTRQSQNYTYHQIDDR 378 Y VSQ+T +SGA DRSI Q +S L ASYH+ L L SQNY Y Q++D+ Sbjct: 366 YNVSQKTRVSGASALDRSITQDQKSSLSASYHKGLDGSKNPSLGRDENSQNYLYIQVEDK 425 Query: 379 ADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVSQTHTPLQAQIVRDFAAQLQ-D 437 A S + Y++G +T A + Q ASQ +R KYV G+LV +T P QA RD+ L+ Sbjct: 426 ATSSANLSYKNGLLTNASVSQEASQTTRTQKYVQGKLVDETFVPKQASAQRDYLVLLEYA 485 Query: 438 GKEARAADGAYRRSRLLDGISELG---LLQSDP 467 KE+R + A + S L D ++ L +LQ DP Sbjct: 486 AKESRNSKDALQESTLKDALTTLHESVMLQEDP 518 >ref|YP_001353575.1| hypothetical protein mma_1885 [Janthinobacterium sp. Marseille] gb|ABR90926.1| Uncharacterized conserved protein [Janthinobacterium sp. Marseille] Length = 542 Score = 264 bits (675), Expect = 2e-68, Method: Compositional matrix adjust. Identities = 173/480 (36%), Positives = 250/480 (52%), Gaps = 23/480 (4%) Query: 6 PALSLYSADGRLTAPAVWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQASVSSSV 65 P S+ + AP VW+ R +D +S +A N + R+ G+G ALLD ++ Sbjct: 58 PTYSIPRIESTAAAPLVWKVRPNDAVSGLMAGNFFSQSIGNRFKGIGSALLDMLKNGANG 117 Query: 66 YSQSVLLSATAAQGDDGVHAILRDQLHR----FASQRIALTLTTNAGARIDVQLGANAEG 121 +QSV +Q D + + +A Q+ L + T +G +++ LG+ + Sbjct: 118 LTQSV------SQAPDETAEVAAPGTSKAPSPWAEQK--LRIQTKSGIDVEIVLGSQDDR 169 Query: 122 VAVDFKVSQGSLSDEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFT 181 + V + S G LSD +R A+ L F AI G++ +PP L L L QFD+ L+++DF Sbjct: 170 LQVQMQ-SSGDLSDAERIALGNLATGFQDAIDGISAKPPVLNLAGLTQFDSKVLSSVDFH 228 Query: 182 ATLGDD----LSLQLQIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLE 237 +++ D +L D + RSV G + V +D + + G+A QR AI SYL+ Sbjct: 229 SSIALDGKTPQTLDFHADSTTRSVNLDGPVGTLNVSVDMRDSSIWGNAGQRTAAIDSYLK 288 Query: 238 QFDAAARRGQGDAGLMALFKDAFAQLHASATAPVQDHTPALLAADATDRGMLSGLGDFSA 297 QFD AA RG D L A+FKDAF Q+++ AP Q +L AD D ML+GL DF A Sbjct: 289 QFDKAASRGNADKELAAMFKDAFTQMNSDYVAPTQQAKISL--ADV-DHAMLTGLADFKA 345 Query: 298 SITGNSAWPNPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDL 357 SI NP E D F Y VSQ T + G Q +R+I QQ +S L ASYH SL PD+ Sbjct: 346 SIKQVPESSNPKNLSETDTFAYDVSQATQVGGPNQFNRTIAQQQRSHLTASYHMSLIPDV 405 Query: 358 PLQLDSTRQSQNYTYHQIDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVS 417 PL L + +SQNY Y QI+D A+S + + Y G +++A QSA Q +R SKY +GEL + Sbjct: 406 PLILTTDNKSQNYYYKQIEDSAESSIGLAYTKGVLSEAFSMQSAKQSTRTSKYEMGELTA 465 Query: 418 QTHTPLQAQIVRDFAAQLQDGKE---ARAADGAYRRSRLLDGISELGLLQSDPQRVRAHG 474 T TP +A RD L+ E Y + L+ + LLQ+DP ++ G Sbjct: 466 DTTTPFEASQKRDILESLKPLMEDLKKNTPSALYNWQQKLEEVHGQILLQTDPADLQDKG 525 >gb|EFV86360.1| hypothetical protein HMPREF0005_04395 [Achromobacter xylosoxidans C54] Length = 513 Score = 263 bits (672), Expect = 6e-68, Method: Compositional matrix adjust. Identities = 170/432 (39%), Positives = 242/432 (56%), Gaps = 17/432 (3%) Query: 21 AVWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQASVSSSVYSQSVLLSATAAQGD 80 A + ++ D LS+ ++ N+ A+ G++ GL ALL + Y+ ++ SA AA Sbjct: 57 AARQVQEPDALSSLMSDNVRAASLTGQFKGLAAALLGRMQNDGGNYTLTIP-SARAAAPV 115 Query: 81 DGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAEGVAVDFKVSQGSLSDEDRAA 140 DG+ A Q A +AL +TT +GA++ V L +N +G+ V V L++E+R+A Sbjct: 116 DGIAA---PQGAAVADNSVALRITTASGAKVTVTLESNEKGLGVQIDVGDAKLTEEERSA 172 Query: 141 VTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFTATLG----DDLSLQLQIDG 196 + L ++F A+ GLA PP LAL L +F+T L+++ AT+G D +S Q D Sbjct: 173 IAGLSKSFQDAVDGLASVPPKLALGALAKFNTSVLSSVSLEATVGAEGPDRVSFNFQADA 232 Query: 197 SQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFDAAARRGQGDAGLMALF 256 QRS+T T AG+ ++ +DA+ GSAQQ+ AI +YL +FD+A +RG+GDA LMALF Sbjct: 233 GQRSLTVKTVAGSAQINVDASQPSQYGSAQQQTTAINNYLSKFDSAQKRGEGDATLMALF 292 Query: 257 KDAFAQLHASAT--APVQDHTPALLAADATDRGMLSGLGDFSASITGNSAWPNPLRRDEV 314 K FA LH S AP T L R MLSGL DFSASI NPL+ E Sbjct: 293 KSGFADLHKSYGDWAPQGTATTRLGMPAEVHRTMLSGLADFSASINQAPVASNPLQPREF 352 Query: 315 DGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQLDSTRQSQNYTYHQ 374 D F Y+ SQ T+ SG Q D +I QQ QS L AS+H++L PD L L +SQNY +HQ Sbjct: 353 DTFSYETSQNTTSSGRPQLDLAITQQQQSSLNASFHRALSPDQKLNLTKDPESQNYAFHQ 412 Query: 375 IDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVSQTH-TPLQAQIVRDFAA 433 I D ++ +I Y G + +A +S++ + VSK+V G+LV Q+ TP +D Sbjct: 413 IRDDYSNRTDIAYEDGELAKASFTESSTMSTLVSKFVKGKLVDQSRITPTTQTRTQDLMG 472 Query: 434 QLQDGKEARAAD 445 L RAAD Sbjct: 473 LL------RAAD 478 >ref|ZP_02882039.1| conserved hypothetical protein [Burkholderia graminis C4D1M] gb|EDT12284.1| conserved hypothetical protein [Burkholderia graminis C4D1M] Length = 515 Score = 257 bits (657), Expect = 3e-66, Method: Compositional matrix adjust. Identities = 170/433 (39%), Positives = 245/433 (56%), Gaps = 23/433 (5%) Query: 3 PSAPALSL---YSADGRLTA--PAV-WEQRQDDPLSARLARNLAASDTAGRWSGLGKALL 56 PSA ++++ Y+ +G L+A P V W D ++ R+A N AA AGR++GLG ALL Sbjct: 47 PSASSITVLETYTPEGTLSAAMPTVSWASDNRDAVTLRMAGNYAAQTMAGRFAGLGSALL 106 Query: 57 DQASVSSSVYSQSVLLSATAAQGDDGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLG 116 D+ + S YSQ+V + G GV I R + +I LT+ T +G +++ LG Sbjct: 107 DRFRTTGSDYSQTVSV------GSAGVGGIGRSSQQ--PAGQIGLTVRTASGVTVEIALG 158 Query: 117 ANAEGVAVDFKVSQGSLSDEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLA 176 + G++V K S G+LS+ +R A+ L E F QAI GL PP L L L Q DT LA Sbjct: 159 SEDGGLSVSIK-SSGALSESERNALAKLSEGFQQAIDGLGAVPPKLDLSGLTQSDTSVLA 217 Query: 177 ALDFTATL----GDDLSLQLQIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAI 232 ++ F ++ D+S D + RS++ +AAG M V +D + + + G+ QR ++ Sbjct: 218 SVSFEYSITGAGNADVSASYSQDSAARSLSVTSAAGTMSVKVDTSHSALWGTNAQRAASV 277 Query: 233 ASYLEQFDAAARRGQGDAGLMALFKDAFAQLHASATAPVQDHTPALLAADA---TDRGML 289 ASYL+QFD A RG G+A LM++F+D FAQ++ S P + P + + ML Sbjct: 278 ASYLQQFDHANSRGHGNATLMSMFEDGFAQMNESYGTPSAEVLPGTGYGPGLQQSAQAML 337 Query: 290 SGLGDFSASITGNSAWPNPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASY 349 +GL DFSASIT SA PNP+R E+D F YQVSQ T L G+ + + I Q +S L ASY Sbjct: 338 TGLADFSASITDASASPNPMRPGEIDAFSYQVSQTTQLEGS-RFEGKISQSQRSHLVASY 396 Query: 350 HQSLQPDLPLQLDSTRQSQNYTYHQIDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSK 409 HQ+L+ L S R SQNY Y +IDD +S +++ G + A LRQ++ + +R K Sbjct: 397 HQALKGGAKPALTSLRSSQNYDYVRIDDSGESAVQLAMERGALAHASLRQTSDRSTRHLK 456 Query: 410 YVLGELVSQTHTP 422 Y G L S TP Sbjct: 457 YERGVLTSDLATP 469 >ref|YP_004355027.1| hypothetical protein PSEBR_a3677 [Pseudomonas brassicacearum subsp. brassicacearum NFM421] gb|AEA70023.1| Conserved hypothetical protein [Pseudomonas brassicacearum subsp. brassicacearum NFM421] Length = 500 Score = 253 bits (646), Expect = 5e-65, Method: Compositional matrix adjust. Identities = 164/457 (35%), Positives = 251/457 (54%), Gaps = 16/457 (3%) Query: 22 VWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQASVSSSVYSQSVLLSATAAQGDD 81 VWE+ D ++ + N + A R+ GLG AL++Q + S S SQSVL T A Sbjct: 44 VWEKAGQDAVTNVMGINPKSLSIANRFHGLGAALVEQFAKSGSSISQSVL--HTTADKAH 101 Query: 82 GVHAILRDQ--LHRFASQRIALTLTTNAGARIDVQLGANAEGVAVDFKVSQGSLSDEDRA 139 I +Q LH A I+L++ T +G + L + +G+ V V G LS+++ Sbjct: 102 NAAEIKSEQTLLHNKADNLISLSIKTASGKTVTFSLTSQDDGLGVQATVDGGPLSEDELK 161 Query: 140 AVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFTATL----GDDLSLQLQID 195 A+ LG AF A+ GL PP L L KL QFD+ LA++D A L G+DL L + D Sbjct: 162 AIGVLGSAFQAAVDGLTAVPPKLDLGKLTQFDSSVLASIDLNAKLKGVDGEDLILAYRAD 221 Query: 196 GSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFDAAARRGQGDAGLMAL 255 R+ G + + +D + + G A+Q+ A+ SYL Q + RG A LM + Sbjct: 222 SQSRTTQMSGPDGELNLSVDLKNSAILGDAKQQANALNSYLAQLERVQERGNAKAALMEM 281 Query: 256 FKDAFAQLHASATAPVQDHTPA-LLAADATDRGMLSGLGDFSASITGNSAWPNPLRRDEV 314 FKDAF+ +++ Q TP+ L +ATD+G+L+GL DF ASI + NP+R EV Sbjct: 282 FKDAFSAMNSHYP---QGATPSQPLTRNATDKGLLTGLADFEASIKQTNNASNPMRLSEV 338 Query: 315 DGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQLDSTRQSQNYTYHQ 374 D F Y +SQ+T ++G+ ++RS+ Q QS L ASYH+SL+ L +T SQNY Y + Sbjct: 339 DSFAYTLSQKTVVAGSIMSNRSVDQVQQSSLAASYHKSLKGGKAPVLGTTTDSQNYLYVE 398 Query: 375 IDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVSQTHTPLQAQIVRDFAAQ 434 ++D+A S + Y+ G +T+A + Q+ASQ +R +YVLG++V +T P +A R Sbjct: 399 VNDKASSSASLAYKDGRLTRASVTQNASQGTRTQQYVLGKMVEETVVPKEASTSRSHLVL 458 Query: 435 LQ-DGKEARAADGAYRRSRLLDGISELG---LLQSDP 467 L+ K+++ + A +S L + ++ L LLQ +P Sbjct: 459 LEYAAKQSKKSQDAQEQSMLKEALATLHNSVLLQENP 495 >gb|EGP43412.1| hypothetical protein AXXA_26105 [Achromobacter xylosoxidans AXX-A] Length = 513 Score = 253 bits (646), Expect = 6e-65, Method: Compositional matrix adjust. Identities = 163/409 (39%), Positives = 233/409 (56%), Gaps = 11/409 (2%) Query: 21 AVWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQASVSSSVYSQSVLLSATAAQGD 80 A + R+ D LS+ ++ N+ AS G++ GL LL + YS S+ L A AA Sbjct: 57 AAGQVREPDALSSLMSDNVRASSLTGQFKGLAATLLGRMQNDGGNYSLSMPL-ARAAAPV 115 Query: 81 DGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAEGVAVDFKVSQGSLSDEDRAA 140 DGV A Q A +AL +TT +GA++ V L +N +G+ V V L++E+R A Sbjct: 116 DGVAA---PQGAAVADNSVALRITTASGAKVTVTLESNEKGLGVQIDVGDAKLTEEERTA 172 Query: 141 VTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFTATLG----DDLSLQLQIDG 196 + L ++F +A+ GL PP LAL L +F++ L+++ AT+G D +S Q D Sbjct: 173 IAGLSKSFQEAVDGLTAVPPKLALGALAKFNSSVLSSVSLEATVGAEGPDRVSFNFQADA 232 Query: 197 SQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFDAAARRGQGDAGLMALF 256 QRS+T T AG+ ++ +DA+ GSAQQ+ AI +YL +FD+A RGQGDA LM LF Sbjct: 233 GQRSLTIKTVAGSAQINVDASKPSQFGSAQQQTAAINNYLTKFDSAQNRGQGDAELMTLF 292 Query: 257 KDAFAQLHASAT--APVQDHTPALLAADATDRGMLSGLGDFSASITGNSAWPNPLRRDEV 314 K F+ LH S AP T L R MLSGL DFSASI NPL+ E+ Sbjct: 293 KSGFSDLHKSYGEWAPEGKTTTRLGMPAEVHRTMLSGLADFSASINQAPVASNPLQAREL 352 Query: 315 DGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLPLQLDSTRQSQNYTYHQ 374 D F Y+ SQ T+ SG Q D +I QQ QS L AS+H++L PD L L + +SQNY ++Q Sbjct: 353 DTFSYETSQNTTSSGRPQLDLAISQQQQSSLNASFHRALTPDQKLNLTTDPESQNYAFYQ 412 Query: 375 IDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVSQTH-TP 422 I D S+ +I Y G + +A +S++ + V+++V G+LV Q+ TP Sbjct: 413 IRDDHSSRTDIAYEDGELAKASFTESSTMSTLVTRFVKGKLVDQSRITP 461 >ref|YP_001748753.1| hypothetical protein PputW619_1881 [Pseudomonas putida W619] gb|ACA72384.1| conserved hypothetical protein [Pseudomonas putida W619] Length = 525 Score = 245 bits (625), Expect = 1e-62, Method: Compositional matrix adjust. Identities = 180/479 (37%), Positives = 253/479 (52%), Gaps = 28/479 (5%) Query: 11 YSADGRLTAPA---VWEQRQDDPLSARLARNLAASDTAGRWSGLGKALLDQASVSSSV-Y 66 Y+A G L VWEQ D LS + + AS A R+ GLG ALL+Q + S Sbjct: 54 YTAKGTLGEAQTRYVWEQDGIDKLSMYMLSAIQASSPAARFQGLGAALLEQLAASGGQRM 113 Query: 67 SQSVLLSATAAQGDDGVHAILRDQLHRFASQRIALTLTTNAGARIDVQLGANAEGVAVDF 126 SQS L A D + A+ + +L A+ ++ LTT +GA + V L ++ G+AVD Sbjct: 114 SQSGLAIDDGATNDPLLLAMQQARLREHATSSVSFNLTTGSGATVTVGLYSSTNGLAVDA 173 Query: 127 KVSQGSLSDEDRAAVTALGEAFDQAIQGLAGRPPTLALDKLMQFDTHQLAALDFTATL-- 184 V G+L+ E+ + AL +F A+ GL PP+L L L++ D L A L Sbjct: 174 DVQGGTLTSEELKGLAALANSFQAALNGLTQEPPSLQLGALVKLDPALFTGLQLNAKLQT 233 Query: 185 --GDDLSLQLQIDGSQRSVTAHTAAGAMKVGLDATAAPVTGSAQQRQRAIASYLEQFDAA 242 G+ + LQ++ R +T A G +K+ LD + GS QRQ A+A+YL QFDAA Sbjct: 234 ASGEQQTFDLQLNEDSRKLTLQGANGTVKMNLDTQDGALLGSQAQRQAAVANYLVQFDAA 293 Query: 243 ARRGQGDAGLMALFKDAFAQLHASATAPVQDHT--PAL--LAADATDRGMLSGLGDFSAS 298 +RG GDA LMALFKDAF+QL++ V D + PA LA R +LSGL DF AS Sbjct: 294 QKRGHGDAQLMALFKDAFSQLNS-----VDDTSKRPAGHDLAQSTASRLLLSGLADFDAS 348 Query: 299 ITGNSAWPNPLRRDEVDGFDYQVSQRTSLSGAGQADRSIVQQAQSRLKASYHQSLQPDLP 358 IT NP+R +EVD FDY+VSQ T+L G AD ++ Q+ ++ +KA++H+ L P + Sbjct: 349 ITQTEQKINPMRPEEVDHFDYKVSQSTTLQGPA-ADLAVEQEQRASMKAAWHEGLNPLVG 407 Query: 359 LQLDSTRQSQNYTYHQIDDRADSQLEIGYRHGFMTQARLRQSASQDSRVSKYVLGELVSQ 418 L L ++QNY+YH IDD++ S + + + + +A Q ASQ RV Y G L Sbjct: 408 LTLTRDNKTQNYSYHTIDDQSRSSTRLAFSNNALVEATATQEASQKERVRTYQEGVLQDD 467 Query: 419 THTPLQAQIVRDFAAQLQDGKEARAADGAYRRSRL-------LDGISELGLLQSDPQRV 470 T A R+ E + D A RR+ L L G+S LLQS P ++ Sbjct: 468 TTNSAAAAQARELLDV---LDELLSQDRAVRRAGLASTLQEQLAGLSHQWLLQSAPGQI 523