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= 0030.0051.p (380 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IPP8.1 D8IPP8_HERSS ABC-type branched-chain amino acid transpo... 695 0.0 A4G345.1 A4G345_HERAR Putative ABC-type branched-chain amino aci... 570 e-160 A6SVQ8.1 A6SVQ8_JANMA ABC-type branched-chain amino acid transpo... 560 e-157 F1VX52.1 F1VX52_9BURK Putative amino acid ABC transporter 558 e-157 E6V4T8.1 E6V4T8_VARPD Extracellular ligand-binding receptor 506 e-141 >D8IPP8.1 D8IPP8_HERSS ABC-type branched-chain amino acid transport system, periplasmic component protein Length = 380 Score = 695 bits (1793), Expect = 0.0, Method: Compositional matrix adjust. Identities = 344/380 (90%), Positives = 360/380 (94%) Query: 1 MKLKSTIIPLTGAIALAFAGAAYSQEVIKIAHVGPLSGPNAHMGKDNENGARMAIDELNA 60 MKLKS IIPLT AI LAFAGAAYSQEV+KIAHVGPLSGPNAHMGKDNENGARMA+DELNA Sbjct: 1 MKLKSAIIPLTAAIGLAFAGAAYSQEVVKIAHVGPLSGPNAHMGKDNENGARMAVDELNA 60 Query: 61 KGFMIGGKKVKFELIGEDDASDPKQATAVATKLVDQKVAAVIGHLNSGTTIPASKIYNDA 120 KGF IGGKKVKFEL+GEDDASDPKQATAVATKLVDQKVAAVIGHLNSGTTIPASKIY+DA Sbjct: 61 KGFTIGGKKVKFELVGEDDASDPKQATAVATKLVDQKVAAVIGHLNSGTTIPASKIYSDA 120 Query: 121 GIPQVSPSATNPKYTQQGFKTAFRVVANDAQLGAVLGKYAVTALKTKNVAVIDDRTAYGQ 180 GIPQVSPSATNPKYTQQGFKTAFRVVANDAQLGA LGKYAV L TK +AVIDDRTAYGQ Sbjct: 121 GIPQVSPSATNPKYTQQGFKTAFRVVANDAQLGAALGKYAVQKLGTKQIAVIDDRTAYGQ 180 Query: 181 GVAEEFAKGAQGAGATIVGKQFTNDKATDFNAILTSIKAKKPEVVFFGGMDAVGGPMLRQ 240 GVA+EFAKGA+ AG TIVG Q+TNDKATDFNAILTS+K KKP+VVFFGGMDAVGGPMLRQ Sbjct: 181 GVADEFAKGAKAAGGTIVGTQYTNDKATDFNAILTSLKGKKPDVVFFGGMDAVGGPMLRQ 240 Query: 241 MKQLGITAKFMGGDGICTGSLPGLAGDGLIDDQVVCAEAGGVDESGKKGMDDFRAAYKKK 300 MKQLGI+AKFMGGDGICTGSLPGLAGDGL DDQV+CAEAGGVDE+GKKGMDDFRAAYKKK Sbjct: 241 MKQLGISAKFMGGDGICTGSLPGLAGDGLGDDQVICAEAGGVDEAGKKGMDDFRAAYKKK 300 Query: 301 FGIDVVYNAAYAYDATLTVADAMKKANSADPAKYLPELAKISHKGVTGTIAFDAKGDIKN 360 FGIDVVYNAAYAYDAT+TVADAM KA SADP KYLPELAKISHKGVTG IAFDAKGDIK+ Sbjct: 301 FGIDVVYNAAYAYDATMTVADAMAKAGSADPKKYLPELAKISHKGVTGVIAFDAKGDIKD 360 Query: 361 GSLTLYTYKKGERTLLAVVK 380 GSLTLYTYK G+RTLLAV K Sbjct: 361 GSLTLYTYKGGQRTLLAVTK 380 >A4G345.1 A4G345_HERAR Putative ABC-type branched-chain amino acid transport system, periplasmic component Length = 381 Score = 570 bits (1468), Expect = e-160, Method: Compositional matrix adjust. Identities = 289/381 (75%), Positives = 334/381 (87%), Gaps = 1/381 (0%) Query: 1 MKLKSTIIPLTGAIALAFAGAAYSQE-VIKIAHVGPLSGPNAHMGKDNENGARMAIDELN 59 M+ KS +IPL GA+A A AG A +QE VIKI V P++G +AHMGKDNENGARMA+++LN Sbjct: 1 MQFKSKMIPLAGALAFALAGGAAAQEQVIKIGSVAPITGTDAHMGKDNENGARMAVEDLN 60 Query: 60 AKGFMIGGKKVKFELIGEDDASDPKQATAVATKLVDQKVAAVIGHLNSGTTIPASKIYND 119 AKG IGGKKVKF+L+ EDDASDPKQATA A KLVD V AVIGHLNSGTTIPAS+IY + Sbjct: 61 AKGTTIGGKKVKFQLLAEDDASDPKQATAAAQKLVDAGVVAVIGHLNSGTTIPASRIYAN 120 Query: 120 AGIPQVSPSATNPKYTQQGFKTAFRVVANDAQLGAVLGKYAVTALKTKNVAVIDDRTAYG 179 AGIPQVSPSATNPKYTQQGFKTAFRVVANDAQLG VLG+YAV L K+VAVIDDRTAYG Sbjct: 121 AGIPQVSPSATNPKYTQQGFKTAFRVVANDAQLGQVLGQYAVKTLGGKSVAVIDDRTAYG 180 Query: 180 QGVAEEFAKGAQGAGATIVGKQFTNDKATDFNAILTSIKAKKPEVVFFGGMDAVGGPMLR 239 QGVA+EFAKG + AG +IV Q+TN+KATDFN+ILTSIKAKKP+++FFGGMDAVGGPMLR Sbjct: 181 QGVADEFAKGVKAAGGSIVASQYTNNKATDFNSILTSIKAKKPDIIFFGGMDAVGGPMLR 240 Query: 240 QMKQLGITAKFMGGDGICTGSLPGLAGDGLIDDQVVCAEAGGVDESGKKGMDDFRAAYKK 299 QMKQLGI AKFMGGDGICTGSLPGLAG L D+QVVCAEAGGV E+ +KG++DFRA+YKK Sbjct: 241 QMKQLGINAKFMGGDGICTGSLPGLAGTALGDNQVVCAEAGGVPEARRKGVEDFRASYKK 300 Query: 300 KFGIDVVYNAAYAYDATLTVADAMKKANSADPAKYLPELAKISHKGVTGTIAFDAKGDIK 359 +FG++VVY AAYAYDAT V +AMKKANS +PAKYLPELAK ++ G+TGTIAFDAKGDIK Sbjct: 301 RFGVEVVYTAAYAYDATNAVVEAMKKANSWEPAKYLPELAKSNYPGITGTIAFDAKGDIK 360 Query: 360 NGSLTLYTYKKGERTLLAVVK 380 +G+LTLYT++ G+R +LAV K Sbjct: 361 DGTLTLYTFRGGKREMLAVTK 381 >A6SVQ8.1 A6SVQ8_JANMA ABC-type branched-chain amino acid transport systems, periplasmic component Length = 381 Score = 560 bits (1443), Expect = e-157, Method: Compositional matrix adjust. Identities = 284/381 (74%), Positives = 332/381 (87%), Gaps = 1/381 (0%) Query: 1 MKLKSTIIPLTGAIALAFAGAAYSQE-VIKIAHVGPLSGPNAHMGKDNENGARMAIDELN 59 M+ K+ +IPLTGA+ LA AG+ +QE ++KI HVGP++G +AHMGKDNENGAR+A++ELN Sbjct: 1 MQFKTKMIPLTGAVLLALAGSTLAQEQIVKIGHVGPVTGTDAHMGKDNENGARLAVEELN 60 Query: 60 AKGFMIGGKKVKFELIGEDDASDPKQATAVATKLVDQKVAAVIGHLNSGTTIPASKIYND 119 AKG +I GKKVK + + EDDA+DPKQATA ATKLVD VA VIGHLNSG TIPAS+IY + Sbjct: 61 AKGVVINGKKVKLQYMPEDDAADPKQATAAATKLVDSNVAVVIGHLNSGATIPASRIYAN 120 Query: 120 AGIPQVSPSATNPKYTQQGFKTAFRVVANDAQLGAVLGKYAVTALKTKNVAVIDDRTAYG 179 AGI Q+SPS+T+PKYTQQGFKTAFRVVANDAQLG VLG+YAV +L KNVAVIDDRTAYG Sbjct: 121 AGIVQISPSSTSPKYTQQGFKTAFRVVANDAQLGRVLGQYAVKSLAAKNVAVIDDRTAYG 180 Query: 180 QGVAEEFAKGAQGAGATIVGKQFTNDKATDFNAILTSIKAKKPEVVFFGGMDAVGGPMLR 239 QGVAEEFAKG + AG T+V Q+TN+KATDFNAILT+IKAKKP+V+FFGGMDAVGGPML+ Sbjct: 181 QGVAEEFAKGVKAAGGTVVASQYTNNKATDFNAILTAIKAKKPDVIFFGGMDAVGGPMLQ 240 Query: 240 QMKQLGITAKFMGGDGICTGSLPGLAGDGLIDDQVVCAEAGGVDESGKKGMDDFRAAYKK 299 QMKQLGI AKFMGGDGICTGSLPGLAG GL ++ V CAEAGGV+++ K G+D FRAAYKK Sbjct: 241 QMKQLGINAKFMGGDGICTGSLPGLAGAGLGENNVYCAEAGGVEDARKAGLDKFRAAYKK 300 Query: 300 KFGIDVVYNAAYAYDATLTVADAMKKANSADPAKYLPELAKISHKGVTGTIAFDAKGDIK 359 +FGIDV+Y AAYAYDAT V DAM+KA S + AKYLPEL KIS+ GVTGTIAFDAKGDIK Sbjct: 301 RFGIDVIYTAAYAYDATYAVVDAMQKAKSWESAKYLPELTKISYPGVTGTIAFDAKGDIK 360 Query: 360 NGSLTLYTYKKGERTLLAVVK 380 +G+LTLYTY+ G+RT LAVVK Sbjct: 361 DGTLTLYTYRGGKRTELAVVK 381 >F1VX52.1 F1VX52_9BURK Putative amino acid ABC transporter Length = 383 Score = 558 bits (1438), Expect = e-157, Method: Compositional matrix adjust. Identities = 288/383 (75%), Positives = 322/383 (84%), Gaps = 3/383 (0%) Query: 1 MKLKSTIIPLTGAIALAFAGAAYSQE-VIKIAHVGPLSGPNAHMGKDNENGARMAIDELN 59 M+ + +IPL A+A AFAG A +QE VIKI HVGP+SG AH+GKDNENGA+MAIDELN Sbjct: 1 MQFNTKMIPLAAALAFAFAGTASAQEQVIKIGHVGPISGAIAHLGKDNENGAKMAIDELN 60 Query: 60 AKGFMIGGKKVKFELIGEDDASDPKQATAVATKLVDQKVAAVIGHLNSGTTIPASKIYND 119 AKG +IGGKKVKFEL+ EDDA+DPKQ TAVA KLVD KV VIGHLNSGTTIPASKIY + Sbjct: 61 AKGVVIGGKKVKFELLAEDDAADPKQGTAVAQKLVDAKVNGVIGHLNSGTTIPASKIYYE 120 Query: 120 AGIPQVSPSATNPKYTQQGFKTAFRVVANDAQLGAVLGKYAVTALKTKNVAVIDDRTAYG 179 AGIPQ+SPSATNPKYTQQGFKTAFRVVAND QLG LG+YAV LK K VAVIDDRTAYG Sbjct: 121 AGIPQISPSATNPKYTQQGFKTAFRVVANDGQLGGTLGRYAVQVLKAKRVAVIDDRTAYG 180 Query: 180 QGVAEEFAKGAQG--AGATIVGKQFTNDKATDFNAILTSIKAKKPEVVFFGGMDAVGGPM 237 QGVAEEF KGA+G G IV Q+TNDKATDFNAILTSIK+K P+VVFFGGMDAV GPM Sbjct: 181 QGVAEEFIKGAKGKSTGVEIVATQYTNDKATDFNAILTSIKSKNPDVVFFGGMDAVAGPM 240 Query: 238 LRQMKQLGITAKFMGGDGICTGSLPGLAGDGLIDDQVVCAEAGGVDESGKKGMDDFRAAY 297 LRQMKQLGI AKFMGGDGICT +L LAGD + D+QVVCAEAGGV+++ KKGM+DF+AAY Sbjct: 241 LRQMKQLGINAKFMGGDGICTEALATLAGDAMADNQVVCAEAGGVEDAQKKGMEDFKAAY 300 Query: 298 KKKFGIDVVYNAAYAYDATLTVADAMKKANSADPAKYLPELAKISHKGVTGTIAFDAKGD 357 KKKFG+DV A Y YD+ +T+ DAM KA SADPAKY P LAKI HKGVTG IAFD KGD Sbjct: 301 KKKFGVDVQIYAPYVYDSVMTMVDAMVKAGSADPAKYAPVLAKIQHKGVTGNIAFDDKGD 360 Query: 358 IKNGSLTLYTYKKGERTLLAVVK 380 IK+G+LTLY+YK G+R LAVVK Sbjct: 361 IKDGTLTLYSYKGGKRLQLAVVK 383 >E6V4T8.1 E6V4T8_VARPD Extracellular ligand-binding receptor Length = 402 Score = 506 bits (1304), Expect = e-141, Method: Compositional matrix adjust. Identities = 249/354 (70%), Positives = 291/354 (82%) Query: 27 VIKIAHVGPLSGPNAHMGKDNENGARMAIDELNAKGFMIGGKKVKFELIGEDDASDPKQA 86 V+KI HVGP SGP AH+GKDNE GA+MAI++LNAKG IG K KF L+ EDDA DPKQ Sbjct: 49 VVKIGHVGPTSGPIAHLGKDNEFGAKMAIEDLNAKGLKIGDKVAKFVLVPEDDAGDPKQG 108 Query: 87 TAVATKLVDQKVAAVIGHLNSGTTIPASKIYNDAGIPQVSPSATNPKYTQQGFKTAFRVV 146 TAVA KLVD+KV V+GHLNSGTTIPASK+Y+DAGIPQVSPSATNPKYT+QGFKT FRVV Sbjct: 109 TAVAQKLVDEKVNGVVGHLNSGTTIPASKLYSDAGIPQVSPSATNPKYTRQGFKTTFRVV 168 Query: 147 ANDAQLGAVLGKYAVTALKTKNVAVIDDRTAYGQGVAEEFAKGAQGAGATIVGKQFTNDK 206 A+D QLG LGKYAV LK KN+AVIDDRTAYGQGVAEEF K A+ AG TIVG +FT DK Sbjct: 169 ADDTQLGGTLGKYAVDTLKGKNIAVIDDRTAYGQGVAEEFEKAAKAAGGTIVGHEFTTDK 228 Query: 207 ATDFNAILTSIKAKKPEVVFFGGMDAVGGPMLRQMKQLGITAKFMGGDGICTGSLPGLAG 266 +TDFNAILT +KA KP+V+FFGGMDAVGGPML+Q+KQLG+ KFMGGDG+CTG LP LAG Sbjct: 229 STDFNAILTKLKAAKPDVLFFGGMDAVGGPMLKQVKQLGLNVKFMGGDGLCTGELPKLAG 288 Query: 267 DGLIDDQVVCAEAGGVDESGKKGMDDFRAAYKKKFGIDVVYNAAYAYDATLTVADAMKKA 326 D + +D VVCAEAGGVD K+ ++DF+A +K K G++V A Y YDA +A+AM KA Sbjct: 289 DAIGEDMVVCAEAGGVDGDFKQPLEDFKAKFKAKNGVEVQIYAPYVYDAVNVLAEAMVKA 348 Query: 327 NSADPAKYLPELAKISHKGVTGTIAFDAKGDIKNGSLTLYTYKKGERTLLAVVK 380 S+DP KYLPE+ K+ +KGVTG IAFD KGDIKNG+LTL+TYK G RT +AVV+ Sbjct: 349 GSSDPEKYLPEVGKLQYKGVTGPIAFDEKGDIKNGALTLFTYKGGVRTQIAVVR 402