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= 0005.0195.p (462 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IT41.1 D8IT41_HERSS Gluconate transporter family protein 684 0.0 D5NEA1.1 D5NEA1_9BURK Gluconate transporter 627 e-177 Q13J14.1 Q13J14_BURXL Gluconate transporter 625 e-177 B2T7Y6.1 B2T7Y6_BURPP Gluconate transporter 613 e-173 C3KBK1.1 C3KBK1_PSEFS Putative gluconate transport-related membr... 562 e-158 >D8IT41.1 D8IT41_HERSS Gluconate transporter family protein Length = 456 Score = 684 bits (1765), Expect = 0.0, Method: Compositional matrix adjust. Identities = 376/459 (81%), Positives = 418/459 (91%), Gaps = 5/459 (1%) Query: 3 LTTEIAAWAVQDTRLLLSVLIALIAIVVLISVLKIAPFLSILLGTFIAGTGGPGXAGLPL 62 ++T +AAWA QDT+LLL L AL+ IVVLIS L IAPFLSIL+GTF+AG G AGLPL Sbjct: 2 ISTHLAAWAAQDTQLLLVTLTALVTIVVLISFLSIAPFLSILIGTFVAGIG----AGLPL 57 Query: 63 EKIASSFSKGAGSILGEAGIIIALGAMLGALMADSGAADKIVTTLLRYAKGAAIPWMMAL 122 E IA +FSKGAGS+LGEAGIIIALGAMLGALMA+SGAAD+IV TLLRYA+G+ IPWMMAL Sbjct: 58 EDIAKAFSKGAGSLLGEAGIIIALGAMLGALMAESGAADRIVNTLLRYARGSFIPWMMAL 117 Query: 123 VALVVGLPLFFEVGLVMMAPIIFVMARRSQQPILRVAIPALAGMTTLHALLPPHPGPLIA 182 VALVVGLPLFFEVGLVMMAPIIFVMARRS+ PI+RVAIPALAGMTTLHALLPPHPGPLIA Sbjct: 118 VALVVGLPLFFEVGLVMMAPIIFVMARRSELPIMRVAIPALAGMTTLHALLPPHPGPLIA 177 Query: 183 VSALHADLGTTMLLGFVVAIPAVILAGPLYGMWLAPRMPIGEPEQIGALFKGQQAPELQP 242 VSALHADLGTTMLLGF+VAIPAVI+AGPLYG ++APR+ + EP+QIG LF ++ + QP Sbjct: 178 VSALHADLGTTMLLGFIVAIPAVIIAGPLYGNFIAPRLNLAEPDQIGKLFSAREG-QSQP 236 Query: 243 GFLPSLITILLPVVLMLGRTVAKIWVMPETTLFEMLNFFGEPIIALTVTVLFAVVVLGWS 302 FL +L+TILLPVVLMLGRTVA+IWV P+T LFEMLNFFGEPIIALTVTVLFAVVVLGW Sbjct: 237 SFLVALVTILLPVVLMLGRTVARIWVTPKTELFEMLNFFGEPIIALTVTVLFAVVVLGWG 296 Query: 303 RGVSRTDVGAILRKALPPIAGLLLTIGAGGGLKQALLTAGISDTITKVATGTHVPLILLA 362 +G SR +VGA LR+ALPPIAGLLLTIGAGGGLKQ LL+AGISDTITK+A GTH+PLILLA Sbjct: 297 QGSSRFEVGATLRRALPPIAGLLLTIGAGGGLKQTLLSAGISDTITKIADGTHMPLILLA 356 Query: 363 WLIAVALRQATGSATVATTATAGIVAPLVASLSGTHNALMALAIGAGSVFFCHVNDAGFW 422 W+IAVALRQATGSATVATTATAGIVAPLVA LS THN+LMALAIGAGSVFFCHVNDAGFW Sbjct: 357 WIIAVALRQATGSATVATTATAGIVAPLVAGLSATHNSLMALAIGAGSVFFCHVNDAGFW 416 Query: 423 MVKEYFGLDLKQTFATWSVIQTIVSVVGLVMTLLLWGVL 461 MVKEYFGL+LKQT ATWSVIQT+VSV+GL MTL+LWG+L Sbjct: 417 MVKEYFGLNLKQTLATWSVIQTLVSVIGLGMTLVLWGLL 455 >D5NEA1.1 D5NEA1_9BURK Gluconate transporter Length = 458 Score = 627 bits (1616), Expect = e-177, Method: Compositional matrix adjust. Identities = 344/462 (74%), Positives = 396/462 (85%), Gaps = 4/462 (0%) Query: 1 LHLTTEIAAWAVQDTRLLLSVLIALIAIVVLISVLKIAPFLSILLGTFIAGTGGPGXAGL 60 +HLTT +A W+ DT+L+LS + L+ I+V IS LK+APFLSIL+GTF AG AGL Sbjct: 1 MHLTTTLAPWSSHDTQLILSCALGLVLIIVFISALKLAPFLSILVGTFAAGFS----AGL 56 Query: 61 PLEKIASSFSKGAGSILGEAGIIIALGAMLGALMADSGAADKIVTTLLRYAKGAAIPWMM 120 PLE +AS+FSKGAG++LG+ GIIIALGAMLGALMA+SGAAD++V+T+L+++ +PWMM Sbjct: 57 PLEAVASAFSKGAGALLGDVGIIIALGAMLGALMAESGAADRLVSTILKHSTPRTLPWMM 116 Query: 121 ALVALVVGLPLFFEVGLVMMAPIIFVMARRSQQPILRVAIPALAGMTTLHALLPPHPGPL 180 A+VAL++GLPLFFEVGLVMM PIIFVMARRSQQPILR+AIPALAGMTTLHALLPPHPGPL Sbjct: 117 AVVALIIGLPLFFEVGLVMMVPIIFVMARRSQQPILRIAIPALAGMTTLHALLPPHPGPL 176 Query: 181 IAVSALHADLGTTMLLGFVVAIPAVILAGPLYGMWLAPRMPIGEPEQIGALFKGQQAPEL 240 IAVSALHADLG T+ LG +VAIPAVILAGPLYG+WL+ RM + EPE++G LF +Q Sbjct: 177 IAVSALHADLGLTLGLGLIVAIPAVILAGPLYGIWLSRRMHVVEPEEMGKLFSAKQDTGE 236 Query: 241 QPGFLPSLITILLPVVLMLGRTVAKIWVMPETTLFEMLNFFGEPIIALTVTVLFAVVVLG 300 PGF SLITILLPVVLMLGRTVAK+ + PET LF LNF GEP++AL +TVLFAVV LG Sbjct: 237 PPGFAISLITILLPVVLMLGRTVAKLLLQPETFLFNTLNFLGEPLVALGLTVLFAVVALG 296 Query: 301 WSRGVSRTDVGAILRKALPPIAGLLLTIGAGGGLKQALLTAGISDTITKVATGTHVPLIL 360 WSRG++R VG ILRK+LPPIA LLLTIGAGGGLKQAL+ AGIS TI KVA G H+PLIL Sbjct: 297 WSRGMARERVGGILRKSLPPIAALLLTIGAGGGLKQALVVAGISTTIGKVAVGAHMPLIL 356 Query: 361 LAWLIAVALRQATGSATVATTATAGIVAPLVASLSGTHNALMALAIGAGSVFFCHVNDAG 420 LAWLIAVALRQATGSATVATT TAGIVAP+VA LS THN+LMALAIGAGSVFFCHVNDAG Sbjct: 357 LAWLIAVALRQATGSATVATTTTAGIVAPVVAGLSTTHNSLMALAIGAGSVFFCHVNDAG 416 Query: 421 FWMVKEYFGLDLKQTFATWSVIQTIVSVVGLVMTLLLWGVLT 462 FWMV+EYFGL LKQT WSV+QTIVSVVGL +TL+LW VLT Sbjct: 417 FWMVREYFGLQLKQTVMVWSVLQTIVSVVGLALTLVLWTVLT 458 >Q13J14.1 Q13J14_BURXL Gluconate transporter Length = 458 Score = 625 bits (1613), Expect = e-177, Method: Compositional matrix adjust. Identities = 343/462 (74%), Positives = 396/462 (85%), Gaps = 4/462 (0%) Query: 1 LHLTTEIAAWAVQDTRLLLSVLIALIAIVVLISVLKIAPFLSILLGTFIAGTGGPGXAGL 60 +HLTT +A W+ DT+L+LS + L+ I+V IS LK+APFLSIL+GTF AG AGL Sbjct: 1 MHLTTTLAPWSSHDTQLILSCALGLVLIIVFISALKLAPFLSILVGTFAAGFS----AGL 56 Query: 61 PLEKIASSFSKGAGSILGEAGIIIALGAMLGALMADSGAADKIVTTLLRYAKGAAIPWMM 120 PLE +AS+FSKGAG++LG+ GIIIALGAMLGALMA+SGAAD++V+T+L+++ +PWMM Sbjct: 57 PLEAVASAFSKGAGALLGDVGIIIALGAMLGALMAESGAADRLVSTILKHSTPRTLPWMM 116 Query: 121 ALVALVVGLPLFFEVGLVMMAPIIFVMARRSQQPILRVAIPALAGMTTLHALLPPHPGPL 180 ALVAL++GLPLFFEVGLVMM PIIFVMARRSQQPILR+AIPALAGMTTLHALLPPHPGPL Sbjct: 117 ALVALIIGLPLFFEVGLVMMVPIIFVMARRSQQPILRIAIPALAGMTTLHALLPPHPGPL 176 Query: 181 IAVSALHADLGTTMLLGFVVAIPAVILAGPLYGMWLAPRMPIGEPEQIGALFKGQQAPEL 240 IAVSALHADLG T+ LG +VAIPAVILAGPLYG+WL+ RM + EPE++G LF +Q Sbjct: 177 IAVSALHADLGLTLGLGLIVAIPAVILAGPLYGIWLSRRMHVVEPEEMGKLFSAKQDTGE 236 Query: 241 QPGFLPSLITILLPVVLMLGRTVAKIWVMPETTLFEMLNFFGEPIIALTVTVLFAVVVLG 300 PGF SLITILLPVVLMLGRTVAK+ + PET LF L+F GEP++AL +TVLFAVV LG Sbjct: 237 PPGFAISLITILLPVVLMLGRTVAKLLLQPETFLFNTLDFLGEPLVALGLTVLFAVVALG 296 Query: 301 WSRGVSRTDVGAILRKALPPIAGLLLTIGAGGGLKQALLTAGISDTITKVATGTHVPLIL 360 WSRG++R VG ILRK+LPPIA LLLTIGAGGGLKQAL+ AGIS TI K+A G H+PLIL Sbjct: 297 WSRGMARERVGGILRKSLPPIAALLLTIGAGGGLKQALVVAGISTTIGKIAVGAHMPLIL 356 Query: 361 LAWLIAVALRQATGSATVATTATAGIVAPLVASLSGTHNALMALAIGAGSVFFCHVNDAG 420 LAWLIAVALRQATGSATVATT TAGIVAP+VA LS THN+LMALAIGAGSVFFCHVNDAG Sbjct: 357 LAWLIAVALRQATGSATVATTTTAGIVAPVVAGLSTTHNSLMALAIGAGSVFFCHVNDAG 416 Query: 421 FWMVKEYFGLDLKQTFATWSVIQTIVSVVGLVMTLLLWGVLT 462 FWMV+EYFGL LKQT WSV+QTIVSVVGL +TL+LW VLT Sbjct: 417 FWMVREYFGLQLKQTVMVWSVLQTIVSVVGLALTLVLWTVLT 458 >B2T7Y6.1 B2T7Y6_BURPP Gluconate transporter Length = 458 Score = 613 bits (1582), Expect = e-173, Method: Compositional matrix adjust. Identities = 334/450 (74%), Positives = 387/450 (86%), Gaps = 4/450 (0%) Query: 1 LHLTTEIAAWAVQDTRLLLSVLIALIAIVVLISVLKIAPFLSILLGTFIAGTGGPGXAGL 60 +HLTT +A W+ DT+L+LS ++ L I+V ISVLK+APFLSIL+GTF AG AGL Sbjct: 1 MHLTTTLAPWSSHDTQLILSCVLGLALIIVFISVLKLAPFLSILVGTFAAGFA----AGL 56 Query: 61 PLEKIASSFSKGAGSILGEAGIIIALGAMLGALMADSGAADKIVTTLLRYAKGAAIPWMM 120 PLE +AS+F+KGAG++LG+ GIIIALGAMLGALMA+SGAAD++V+T+L+++ +PWMM Sbjct: 57 PLEAVASAFTKGAGALLGDVGIIIALGAMLGALMAESGAADRLVSTILKHSTPRTLPWMM 116 Query: 121 ALVALVVGLPLFFEVGLVMMAPIIFVMARRSQQPILRVAIPALAGMTTLHALLPPHPGPL 180 A+VAL++GLPLFFEVGLVMM PIIFVMARRSQQPILR+AIPALAGMTTLHALLPPHPGPL Sbjct: 117 AVVALIIGLPLFFEVGLVMMVPIIFVMARRSQQPILRIAIPALAGMTTLHALLPPHPGPL 176 Query: 181 IAVSALHADLGTTMLLGFVVAIPAVILAGPLYGMWLAPRMPIGEPEQIGALFKGQQAPEL 240 IAVSALHADLG T+ LG +VAIPAVILAGPLYG+WL+ RM + EPE++G LF +Q Sbjct: 177 IAVSALHADLGLTLGLGLIVAIPAVILAGPLYGIWLSKRMHVVEPEEMGKLFSAKQDTGE 236 Query: 241 QPGFLPSLITILLPVVLMLGRTVAKIWVMPETTLFEMLNFFGEPIIALTVTVLFAVVVLG 300 PGF SLITILLPVVLMLGRTVAK+ + PE+ LF LNF GEP++AL +TVLFAVV LG Sbjct: 237 PPGFAISLITILLPVVLMLGRTVAKLLLQPESFLFNTLNFLGEPLVALGLTVLFAVVALG 296 Query: 301 WSRGVSRTDVGAILRKALPPIAGLLLTIGAGGGLKQALLTAGISDTITKVATGTHVPLIL 360 WSRG++R VG ILRK+LPPIA LLLTIGAGGGLKQAL+ AGIS TI K+A G H+PLIL Sbjct: 297 WSRGMARERVGGILRKSLPPIAALLLTIGAGGGLKQALVVAGISSTIGKIAVGAHMPLIL 356 Query: 361 LAWLIAVALRQATGSATVATTATAGIVAPLVASLSGTHNALMALAIGAGSVFFCHVNDAG 420 LAWLIAVALRQATGSATVATT TAGIVAP+VA LS THN+LMALAIGAGSVFFCHVNDAG Sbjct: 357 LAWLIAVALRQATGSATVATTTTAGIVAPVVAGLSATHNSLMALAIGAGSVFFCHVNDAG 416 Query: 421 FWMVKEYFGLDLKQTFATWSVIQTIVSVVG 450 FWMV+EYFGL LKQT WSV+QTIVSVVG Sbjct: 417 FWMVREYFGLQLKQTVLVWSVLQTIVSVVG 446 >C3KBK1.1 C3KBK1_PSEFS Putative gluconate transport-related membrane protein Length = 539 Score = 562 bits (1449), Expect = e-158, Method: Compositional matrix adjust. Identities = 319/460 (69%), Positives = 377/460 (81%), Gaps = 4/460 (0%) Query: 3 LTTEIAAWAVQDTRLLLSVLIALIAIVVLISVLKIAPFLSILLGTFIAGTGGPGXAGLPL 62 L AAW V DTRL+L VL+A+ +I+VLIS K+ PFLSIL+GTFIAG G AGLP Sbjct: 84 LELSTAAWMVHDTRLMLCVLLAIASIIVLISATKLPPFLSILIGTFIAGVG----AGLPP 139 Query: 63 EKIASSFSKGAGSILGEAGIIIALGAMLGALMADSGAADKIVTTLLRYAKGAAIPWMMAL 122 E++A +FSKGAG+ILGEAGIIIALG+MLGALMA+SGAAD+I TTLL KG ++PW+MAL Sbjct: 140 EEVAKAFSKGAGAILGEAGIIIALGSMLGALMAESGAADRIATTLLGLGKGKSLPWVMAL 199 Query: 123 VALVVGLPLFFEVGLVMMAPIIFVMARRSQQPILRVAIPALAGMTTLHALLPPHPGPLIA 182 VA+V+GLPLFFEVGLVMM PIIFVMA+RS QP+L++AIPALAGMTTLHAL+PPHPGPLIA Sbjct: 200 VAMVIGLPLFFEVGLVMMVPIIFVMAKRSNQPLLKIAIPALAGMTTLHALMPPHPGPLIA 259 Query: 183 VSALHADLGTTMLLGFVVAIPAVILAGPLYGMWLAPRMPIGEPEQIGALFKGQQAPELQP 242 V ALHADLG TMLLGF +A+PAVILAGPLYG WL+ R+ + EP IGALF QP Sbjct: 260 VGALHADLGLTMLLGFCLAVPAVILAGPLYGNWLSKRLHVDEPADIGALFSAPPKAPRQP 319 Query: 243 GFLPSLITILLPVVLMLGRTVAKIWVMPETTLFEMLNFFGEPIIALTVTVLFAVVVLGWS 302 F SL+ ILLPV+LMLG T+AK+ + E+T+ L F GEP+IAL + V+ AV+ LGW+ Sbjct: 320 SFGVSLLIILLPVILMLGSTLAKVALPAESTVGLTLKFLGEPLIALGLAVIAAVICLGWA 379 Query: 303 RGVSRTDVGAILRKALPPIAGLLLTIGAGGGLKQALLTAGISDTITKVATGTHVPLILLA 362 G+ R +VG LRKAL PIA LLLTIGAGGGLKQ LL AG+S TI+KVA G H+P +LLA Sbjct: 380 AGMPRAEVGNTLRKALAPIAVLLLTIGAGGGLKQTLLDAGVSQTISKVAEGAHMPYLLLA 439 Query: 363 WLIAVALRQATGSATVATTATAGIVAPLVASLSGTHNALMALAIGAGSVFFCHVNDAGFW 422 WLIAVALRQATGSATVATT TAGI+AP++A L+ T ++L+ALAIGAGSVFFCHVNDAGFW Sbjct: 440 WLIAVALRQATGSATVATTTTAGILAPMMAGLAATQSSLVALAIGAGSVFFCHVNDAGFW 499 Query: 423 MVKEYFGLDLKQTFATWSVIQTIVSVVGLVMTLLLWGVLT 462 MV+EYFGL LKQT WSV+QTIVSVVGL+ TLL+W LT Sbjct: 500 MVREYFGLQLKQTIWVWSVLQTIVSVVGLIGTLLMWHFLT 539