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= 0008.0010.p (448 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B1G892.1 B1G892_9BURK Major facilitator superfamily MFS_1 670 0.0 B9JHM2.1 B9JHM2_AGRRK Tartrate transporter protein 647 0.0 Q6D8V7.1 Q6D8V7_ERWCT Probable transport protein 632 e-179 A7IJG9.1 A7IJG9_XANP2 Major facilitator superfamily MFS_1 632 e-179 B8IBH8.1 B8IBH8_METNO Major facilitator superfamily MFS_1 624 e-176 >B1G892.1 B1G892_9BURK Major facilitator superfamily MFS_1 Length = 456 Score = 670 bits (1728), Expect = 0.0, Method: Compositional matrix adjust. Identities = 340/433 (78%), Positives = 385/433 (88%), Gaps = 3/433 (0%) Query: 6 SAVEKSAIRKVSLRLVPFVALMFFINFLDRTAISFAGPNGMTKDLALTAAQFGFAAGVFF 65 + VE+SAIRKVS+RLVPFVALMFFINFLDRTAISFAGPNGMTKDL L+AAQFG AAGVFF Sbjct: 7 NQVERSAIRKVSIRLVPFVALMFFINFLDRTAISFAGPNGMTKDLGLSAAQFGLAAGVFF 66 Query: 66 IGYVLLEIPSNLALHKYGARRWLARIMVTWGIVALLFTWVSNVEGLYVLRFLLGVAEAGF 125 IGY++LEIPSNLALHK+GARRWLARIMV+WG+VALLFTWVS++ GLY LRFLLGV EAGF Sbjct: 67 IGYIVLEIPSNLALHKFGARRWLARIMVSWGVVALLFTWVSSIPGLYTLRFLLGVTEAGF 126 Query: 126 FPGAILFLSMWVPARHRSHILALFYLAQPLTIVIGAPVAALLIEAHGLFGLEGWRVMFAG 185 FPGAILFLSMWVP+R+RSHILALFYLAQPLTIVIGAPVAALLIEAHGLFGL GWRVMF G Sbjct: 127 FPGAILFLSMWVPSRYRSHILALFYLAQPLTIVIGAPVAALLIEAHGLFGLAGWRVMFFG 186 Query: 186 VAIPAIVVGVIAWFYLADKPADAKWLNEAERNWLTAALASEN--KTKRITAQS-NVTSAL 242 VA+PAIV+GV+AWFYLAD+P+ A+WL AE+ WLTA L +E + T S + +AL Sbjct: 187 VAVPAIVIGVVAWFYLADRPSQARWLTAAEKAWLTAELEAEELARANASTQHSMHARAAL 246 Query: 243 TNSRVWLLSLVYFGLIYGLYALAFFLPTIIGGFEAQFGSKFNVFQKGLITAIPYLPAAVA 302 + RVW+ +L+YFGLIYGLYALAFFLPTIIGGFE QFG+ FNVFQKGLITAIPYLPAA+A Sbjct: 247 RSGRVWMFALMYFGLIYGLYALAFFLPTIIGGFEGQFGTHFNVFQKGLITAIPYLPAALA 306 Query: 303 LYLWSRDATHRGVRSWHVGVPALLGAVSIPMALYMNTPAATVAAITVTACAIFSALPTFW 362 LYLWSR+AT GVR+WH+GVPAL+GA SIP+ALYM +PAATVA ITVTACAIFSALP FW Sbjct: 307 LYLWSRNATKHGVRAWHIGVPALIGAASIPLALYMQSPAATVAVITVTACAIFSALPNFW 366 Query: 363 SIPGRFLSGAAAAAGIALINTVGNAAGFIAPFVTGAIKDATGSYQAPMFVVGALMLMSAV 422 ++P RFLSGAAAAAGIALINT+GN AGF+AP+VTGA+KDATGSY APMFVVG LMLMSA Sbjct: 367 ALPARFLSGAAAAAGIALINTIGNLAGFMAPYVTGAVKDATGSYHAPMFVVGVLMLMSAG 426 Query: 423 VIFAIGAGARQEQ 435 + FA + AR + Sbjct: 427 LAFAFCSSARLPK 439 >B9JHM2.1 B9JHM2_AGRRK Tartrate transporter protein Length = 445 Score = 647 bits (1668), Expect = 0.0, Method: Compositional matrix adjust. Identities = 319/438 (72%), Positives = 373/438 (85%) Query: 1 MEAATSAVEKSAIRKVSLRLVPFVALMFFINFLDRTAISFAGPNGMTKDLALTAAQFGFA 60 ++ + E+SA+RK+S RL PF+ LMFFINFLDRTAISFAGPNGMT DL LTAAQFGFA Sbjct: 4 VQTGIAPAEQSALRKISWRLAPFIGLMFFINFLDRTAISFAGPNGMTTDLGLTAAQFGFA 63 Query: 61 AGVFFIGYVLLEIPSNLALHKYGARRWLARIMVTWGIVALLFTWVSNVEGLYVLRFLLGV 120 AG+FF+GY++LEIPSNLALHKYGARRWLARIMVTWGIVALLFTWVS+ LY LRFLLGV Sbjct: 64 AGIFFLGYIVLEIPSNLALHKYGARRWLARIMVTWGIVALLFTWVSSATELYTLRFLLGV 123 Query: 121 AEAGFFPGAILFLSMWVPARHRSHILALFYLAQPLTIVIGAPVAALLIEAHGLFGLEGWR 180 AEAGFFPGAILFLS WVP+RHR+ ILALFYLAQPLT VIGAPVA+LLI+AHG FGLEGWR Sbjct: 124 AEAGFFPGAILFLSGWVPSRHRAKILALFYLAQPLTTVIGAPVASLLIQAHGAFGLEGWR 183 Query: 181 VMFAGVAIPAIVVGVIAWFYLADKPADAKWLNEAERNWLTAALASENKTKRITAQSNVTS 240 +MF GVA+PAI+VG+I WFYL D P DAKWL +AE++WL LA+E K + S V Sbjct: 184 IMFFGVAVPAIIVGIITWFYLPDTPKDAKWLTKAEKDWLVGELANEEKAISKSHGSMVGK 243 Query: 241 ALTNSRVWLLSLVYFGLIYGLYALAFFLPTIIGGFEAQFGSKFNVFQKGLITAIPYLPAA 300 ALT+ RVWLL+LVYFG+IYGLYALAFFLPTII GFEA+F +KF+VF KGLITAIPYLPAA Sbjct: 244 ALTSGRVWLLALVYFGMIYGLYALAFFLPTIIAGFEAKFATKFDVFDKGLITAIPYLPAA 303 Query: 301 VALYLWSRDATHRGVRSWHVGVPALLGAVSIPMALYMNTPAATVAAITVTACAIFSALPT 360 VALY WS DA+ RGVR+WHVG+PAL+GA SIP+ALYM++P AT+A I +TACAIFSALP Sbjct: 304 VALYFWSNDASKRGVRTWHVGIPALVGAASIPLALYMSSPEATIAVIAITACAIFSALPN 363 Query: 361 FWSIPGRFLSGAAAAAGIALINTVGNAAGFIAPFVTGAIKDATGSYQAPMFVVGALMLMS 420 FW++P +FL+GA AAAGIALINT+GN AGF AP++TGA+KD TG YQ PMF+VGA ML+S Sbjct: 364 FWALPSKFLTGAGAAAGIALINTIGNLAGFAAPYITGAVKDMTGFYQLPMFIVGAFMLLS 423 Query: 421 AVVIFAIGAGARQEQTLS 438 A+++F+I E LS Sbjct: 424 AILVFSIRQPRSPEGALS 441 >Q6D8V7.1 Q6D8V7_ERWCT Probable transport protein Length = 460 Score = 632 bits (1631), Expect = e-179, Method: Compositional matrix adjust. Identities = 301/433 (69%), Positives = 363/433 (83%) Query: 6 SAVEKSAIRKVSLRLVPFVALMFFINFLDRTAISFAGPNGMTKDLALTAAQFGFAAGVFF 65 SAVE+SAIRK+S RLVPFV LMFFINFLDRTAISFAGPNGM DLALT AQFG A+G+FF Sbjct: 23 SAVEQSAIRKISWRLVPFVGLMFFINFLDRTAISFAGPNGMNADLALTVAQFGLASGIFF 82 Query: 66 IGYVLLEIPSNLALHKYGARRWLARIMVTWGIVALLFTWVSNVEGLYVLRFLLGVAEAGF 125 IGY+LLE+PSNLALH++GAR+WL+RIMV+WGIV+LLFTWVS++EGLY+LRFLLG+AEAGF Sbjct: 83 IGYILLEVPSNLALHRFGARKWLSRIMVSWGIVSLLFTWVSSLEGLYILRFLLGIAEAGF 142 Query: 126 FPGAILFLSMWVPARHRSHILALFYLAQPLTIVIGAPVAALLIEAHGLFGLEGWRVMFAG 185 FPGAILFLSMWVPAR+RS IL+LFYLAQPLT+V+GAP+AA LIE HGLFGL GWRVMF G Sbjct: 143 FPGAILFLSMWVPARYRSRILSLFYLAQPLTVVLGAPLAAWLIEQHGLFGLSGWRVMFLG 202 Query: 186 VAIPAIVVGVIAWFYLADKPADAKWLNEAERNWLTAALASENKTKRITAQSNVTSALTNS 245 V+IPAI+VG+I WFYL D+PADAKWLN E+ WL + L SE+ TK V + + N Sbjct: 203 VSIPAIIVGIITWFYLVDRPADAKWLNADEKRWLVSELESEHATKNHNKHPGVMTVMFNK 262 Query: 246 RVWLLSLVYFGLIYGLYALAFFLPTIIGGFEAQFGSKFNVFQKGLITAIPYLPAAVALYL 305 RVW+L L+YFG IYGLYALAFFLPTII GF+ QFG+ FNV KGLITAIPYLPAA+ +Y Sbjct: 263 RVWVLCLIYFGFIYGLYALAFFLPTIIAGFQQQFGTTFNVMDKGLITAIPYLPAAIVMYF 322 Query: 306 WSRDATHRGVRSWHVGVPALLGAVSIPMALYMNTPAATVAAITVTACAIFSALPTFWSIP 365 WSRDAT RG RSWH+ +PAL GA+SIP+AL+M +P AT+A ITVTAC+IF+ALP FW++P Sbjct: 323 WSRDATRRGCRSWHIAIPALTGAISIPLALFMESPTATIAVITVTACSIFAALPNFWTLP 382 Query: 366 GRFLSGAAAAAGIALINTVGNAAGFIAPFVTGAIKDATGSYQAPMFVVGALMLMSAVVIF 425 +FL+GA+AAA IALINT+GN AGF A ++TGA++ TG+Y PM +VG ML+SAV++ Sbjct: 383 TQFLTGASAAAAIALINTIGNVAGFSAGYITGAVRGVTGTYVMPMMIVGGFMLLSAVLMV 442 Query: 426 AIGAGARQEQTLS 438 + R + S Sbjct: 443 LLSRSDRVSKAAS 455 >A7IJG9.1 A7IJG9_XANP2 Major facilitator superfamily MFS_1 Length = 446 Score = 632 bits (1631), Expect = e-179, Method: Compositional matrix adjust. Identities = 324/438 (73%), Positives = 371/438 (84%), Gaps = 3/438 (0%) Query: 2 EAATSAVEKSAIRKVSLRLVPFVALMFFINFLDRTAISFAGPNGMTKDLALTAAQFGFAA 61 E SAVE+SAI KVS RL PF+ LMFFINFLDRTA+SFAGPNGM++DL LTA+QFGFAA Sbjct: 3 EPEVSAVERSAISKVSWRLTPFIGLMFFINFLDRTAVSFAGPNGMSRDLGLTASQFGFAA 62 Query: 62 GVFFIGYVLLEIPSNLALHKYGARRWLARIMVTWGIVALLFTWVSNVEGLYVLRFLLGVA 121 G+FF+GY+LLE+PSNLALHK+GARRWLARIMVTWGIVALLFTWVS+VEGLY+LRFLLGVA Sbjct: 63 GIFFLGYILLEVPSNLALHKFGARRWLARIMVTWGIVALLFTWVSSVEGLYILRFLLGVA 122 Query: 122 EAGFFPGAILFLSMWVPARHRSHILALFYLAQPLTIVIGAPVAALLIEAHGLFGLEGWRV 181 EAGFFPGAIL+LS+WVPARHR+ +LALFY+AQPLTIVIGAP A+LL+ A G+ GL GWR+ Sbjct: 123 EAGFFPGAILYLSLWVPARHRNKVLALFYVAQPLTIVIGAPFASLLLGADGMMGLAGWRI 182 Query: 182 MFAGVAIPAIVVGVIAWFYLADKPADAKWLNEAERNWLTAALASENKTKRITAQSNVTSA 241 MF GVAIPAI+VG++AWFYL D+PADAKWL AER WLT LA E K K + A Sbjct: 183 MFFGVAIPAILVGIVAWFYLVDRPADAKWLTTAEREWLTGELAKEEKAKAGKHNILASGA 242 Query: 242 LTNSRVWLLSLVYFGLIYGLYALAFFLPTIIGGFEAQFGSKFNVFQKGLITAIPYLPAAV 301 L N RVWLLS +YFGLIYGLYALAFFLPTIIGGFEAQFG+KF+V QKGLITAIPYLPAA Sbjct: 243 LLNGRVWLLSFIYFGLIYGLYALAFFLPTIIGGFEAQFGTKFDVMQKGLITAIPYLPAAA 302 Query: 302 ALYLWSRDATHRGVRSWHVGVPALLGAVSIPMALYMNTPAATVAAITVTACAIFSALPTF 361 AL LWSR A GV+ WHVG+PAL+GA+SIP AL+MN+PAATVA IT+TACAIFSALP F Sbjct: 303 ALLLWSRHAAKTGVKPWHVGLPALIGALSIPAALFMNSPAATVAVITITACAIFSALPNF 362 Query: 362 WSIPGRFLSGAAAAAGIALINTVGNAAGFIAPFVTGAIKDATGSYQAPMFVVGALMLMSA 421 W+IP RFLSGA AAAGIALINTVGN AGF APF+TGA+KDATGS+Q M VVG M++SA Sbjct: 363 WAIPARFLSGAGAAAGIALINTVGNVAGFAAPFITGAVKDATGSFQVAMLVVGGFMMLSA 422 Query: 422 VVIFAIGAGARQEQTLSS 439 V+ + +RQ + Sbjct: 423 VLTLVV---SRQRDAVPD 437 >B8IBH8.1 B8IBH8_METNO Major facilitator superfamily MFS_1 Length = 450 Score = 624 bits (1609), Expect = e-176, Method: Compositional matrix adjust. Identities = 327/437 (74%), Positives = 375/437 (85%), Gaps = 1/437 (0%) Query: 4 ATSAVEKSAIRKVSLRLVPFVALMFFINFLDRTAISFAGPNGMTKDLALTAAQFGFAAGV 63 A +VE++AI K++ RLVPF+ LMFFINFLDRTAISFAGPNGMT+DL LTAAQFGFAAG+ Sbjct: 13 ARHSVEETAIAKIAWRLVPFIGLMFFINFLDRTAISFAGPNGMTRDLGLTAAQFGFAAGI 72 Query: 64 FFIGYVLLEIPSNLALHKYGARRWLARIMVTWGIVALLFTWVSNVEGLYVLRFLLGVAEA 123 FF GY++LE+PSNLALH++GAR WL+RIMVTWGIVALLFTWV + EGLY+LRFLLGVAEA Sbjct: 73 FFFGYIILEVPSNLALHRFGARIWLSRIMVTWGIVALLFTWVESAEGLYLLRFLLGVAEA 132 Query: 124 GFFPGAILFLSMWVPARHRSHILALFYLAQPLTIVIGAPVAALLIEAHGLFGLEGWRVMF 183 GFFPGAILFLS+WVPARHRS ILALFY+AQPLTIV+GAP+A+LL+ A GLFGL GWR+MF Sbjct: 133 GFFPGAILFLSLWVPARHRSRILALFYVAQPLTIVVGAPLASLLLGADGLFGLAGWRIMF 192 Query: 184 AGVAIPAIVVGVIAWFYLADKPADAKWLNEAERNWLTAALASENKTKRITAQSNVTSALT 243 GVA+PAIVVGV+AWFYL D+PADA+WL+ AER+WL LA E K + A+ Sbjct: 193 FGVAVPAIVVGVVAWFYLPDRPADARWLSPAERDWLVQELAREEHAKATPHGVHAGRAML 252 Query: 244 NSRVWLLSLVYFGLIYGLYALAFFLPTIIGGFEAQFGSKFNVFQKGLITAIPYLPAAVAL 303 N RVWLLSL+YFGLIYGLYALAFFLPTII GFE QFG+KFNVF+KGLITAIPYLPAA+AL Sbjct: 253 NGRVWLLSLIYFGLIYGLYALAFFLPTIIAGFEGQFGTKFNVFEKGLITAIPYLPAAIAL 312 Query: 304 YLWSRDATHRGVRSWHVGVPALLGAVSIPMALYMNTPAATVAAITVTACAIFSALPTFWS 363 LWSRDA RGVRSWHVG+PAL+GAVS+P AL M +PAATVA ITVTACAIFSALP FW+ Sbjct: 313 LLWSRDAARRGVRSWHVGLPALVGAVSVPAALQMGSPAATVACITVTACAIFSALPNFWA 372 Query: 364 IPGRFLSGAAAAAGIALINTVGNAAGFIAPFVTGAIKDATGSYQAPMFVVGALMLMSAVV 423 IP RFLSGA AAAGIALINT+GNAAGF AP++TGA+KDATGSY APM +VG ML+SA + Sbjct: 373 IPARFLSGAGAAAGIALINTIGNAAGFAAPYITGAVKDATGSYAAPMLIVGGFMLLSAGL 432 Query: 424 IFAIGAGARQEQTLSSE 440 FA+G A E LS Sbjct: 433 SFAVGRAA-PEPALSPR 448