BLAST Search Results

BLASTP 2.2.25+ Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer, 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 composition-based statistics: Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST protein database searches with composition-based statistics and other refinements", Nucleic Acids Res. 29:2994-3005. Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,229,318 sequences; 5,219,829,388 total letters Query= Rv1672c Length=443 Score E Sequences producing significant alignments: (Bits) Value gi|15608810|ref|NP_216188.1| integral membrane transport protein... 852 0.0 gi|289443129|ref|ZP_06432873.1| conserved membrane transporter [... 850 0.0 gi|340626677|ref|YP_004745129.1| putative integral membrane tran... 844 0.0 gi|308375643|ref|ZP_07444620.2| conserved membrane transporter [... 831 0.0 gi|307725963|ref|YP_003909176.1| major facilitator superfamily p... 308 1e-81 gi|188584582|ref|YP_001928027.1| major facilitator superfamily p... 302 8e-80 gi|254564225|ref|YP_003071320.1| tartrate transporter ttuB [Meth... 302 8e-80 gi|240141716|ref|YP_002966196.1| tartrate transporter ttuB [meth... 301 2e-79 gi|218533218|ref|YP_002424034.1| major facilitator superfamily M... 300 3e-79 gi|163854257|ref|YP_001642300.1| major facilitator transporter [... 297 2e-78 gi|302530403|ref|ZP_07282745.1| 4-hydroxyphenylacetate permease ... 292 1e-76 gi|226303509|ref|YP_002763467.1| MFS transporter [Rhodococcus er... 291 2e-76 gi|226362450|ref|YP_002780228.1| MFS transporter [Rhodococcus op... 290 4e-76 gi|111020371|ref|YP_703343.1| MFS superfamily tartrate symporter... 288 1e-75 gi|325001205|ref|ZP_08122317.1| MFS transporter [Pseudonocardia ... 285 2e-74 gi|333989689|ref|YP_004522303.1| integral membrane transport pro... 282 8e-74 gi|331696883|ref|YP_004333122.1| major facilitator superfamily p... 279 8e-73 gi|146338956|ref|YP_001204004.1| MFS family tartrate transporter... 279 8e-73 gi|158424502|ref|YP_001525794.1| major facilitator superfamily p... 278 1e-72 gi|115524211|ref|YP_781122.1| major facilitator transporter [Rho... 278 2e-72 gi|134103667|ref|YP_001109328.1| MFS superfamily tartrate sympor... 277 3e-72 gi|323139818|ref|ZP_08074851.1| major facilitator superfamily MF... 276 5e-72 gi|170744808|ref|YP_001773463.1| d-galactonate transporter [Meth... 275 1e-71 gi|27377532|ref|NP_769061.1| MFS permease [Bradyrhizobium japoni... 274 2e-71 gi|319793799|ref|YP_004155439.1| major facilitator superfamily p... 274 2e-71 gi|116669405|ref|YP_830338.1| major facilitator transporter [Art... 271 1e-70 gi|222083216|ref|YP_002542619.1| MFS permease [Agrobacterium vit... 271 2e-70 gi|46202735|ref|ZP_00208640.1| COG0477: Permeases of the major f... 270 3e-70 gi|170744823|ref|YP_001773478.1| major facilitator transporter [... 270 3e-70 gi|323136046|ref|ZP_08071129.1| major facilitator superfamily MF... 269 9e-70 gi|300313516|ref|YP_003777608.1| major facilitator superfamily p... 265 8e-69 gi|209885002|ref|YP_002288859.1| MFS transporter, ACS family [Ol... 265 8e-69 gi|300719058|ref|YP_003743861.1| major facilitator transporter t... 265 9e-69 gi|298717135|ref|YP_003729777.1| tartrate transporter [Pantoea v... 265 9e-69 gi|148253713|ref|YP_001238298.1| MFS family transporter [Bradyrh... 265 1e-68 gi|300704978|ref|YP_003746581.1| transport protein (mfs superfam... 265 1e-68 gi|27381680|ref|NP_773209.1| MFS permease [Bradyrhizobium japoni... 265 1e-68 gi|325961825|ref|YP_004239731.1| sugar phosphate permease [Arthr... 265 2e-68 gi|297157739|gb|ADI07451.1| transporter protein [Streptomyces bi... 263 4e-68 gi|170750640|ref|YP_001756900.1| major facilitator transporter [... 263 4e-68 gi|222081349|ref|YP_002540712.1| tartrate transporter protein [A... 263 4e-68 gi|295701351|ref|YP_003610352.1| major facilitator superfamily M... 262 8e-68 gi|338740417|ref|YP_004677379.1| putative tartrate transporter [... 262 9e-68 gi|183980622|ref|YP_001848913.1| integral membrane transport pro... 262 9e-68 gi|300698121|ref|YP_003748782.1| transporter Major facilitator s... 261 1e-67 gi|220919654|ref|YP_002494957.1| major facilitator superfamily M... 261 2e-67 gi|4033481|sp|P70786.1|TUB3_AGRVI RecName: Full=Putative tartrat... 260 3e-67 gi|220921441|ref|YP_002496742.1| major facilitator superfamily p... 260 3e-67 gi|307730654|ref|YP_003907878.1| major facilitator superfamily p... 260 4e-67 gi|189352165|ref|YP_001947792.1| permease of the major facilitat... 259 5e-67 >gi|15608810|ref|NP_216188.1| integral membrane transport protein [Mycobacterium tuberculosis H37Rv] gi|15841127|ref|NP_336164.1| phthalate permease family protein [Mycobacterium tuberculosis CDC1551] gi|31792858|ref|NP_855351.1| integral membrane transport protein [Mycobacterium bovis AF2122/97] 65 more sequence titles Length=443 Score = 852 bits (2202), Expect = 0.0, Method: Compositional matrix adjust. Identities = 442/443 (99%), Positives = 443/443 (100%), Gaps = 0/443 (0%) Query 1 VATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA 60 +ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA Sbjct 1 MATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA 60 Query 61 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA 120 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA Sbjct 61 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA 120 Query 121 EGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA 180 EGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA Sbjct 121 EGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA 180 Query 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL 240 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL Sbjct 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL 240 Query 241 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI 300 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI Sbjct 241 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI 300 Query 301 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL Sbjct 301 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 Query 361 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH Sbjct 361 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 Query 421 AGRTVCANDSEIMLHPSPATPFV 443 AGRTVCANDSEIMLHPSPATPFV Sbjct 421 AGRTVCANDSEIMLHPSPATPFV 443 >gi|289443129|ref|ZP_06432873.1| conserved membrane transporter [Mycobacterium tuberculosis T46] gi|289569718|ref|ZP_06449945.1| conserved membrane transporter [Mycobacterium tuberculosis T17] gi|289750227|ref|ZP_06509605.1| conserved membrane transporter [Mycobacterium tuberculosis T92] gi|289753763|ref|ZP_06513141.1| phthalate permease [Mycobacterium tuberculosis EAS054] gi|289416048|gb|EFD13288.1| conserved membrane transporter [Mycobacterium tuberculosis T46] gi|289543472|gb|EFD47120.1| conserved membrane transporter [Mycobacterium tuberculosis T17] gi|289690814|gb|EFD58243.1| conserved membrane transporter [Mycobacterium tuberculosis T92] gi|289694350|gb|EFD61779.1| phthalate permease [Mycobacterium tuberculosis EAS054] Length=443 Score = 850 bits (2196), Expect = 0.0, Method: Compositional matrix adjust. Identities = 441/443 (99%), Positives = 442/443 (99%), Gaps = 0/443 (0%) Query 1 VATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA 60 +ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA Sbjct 1 MATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA 60 Query 61 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA 120 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA Sbjct 61 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA 120 Query 121 EGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA 180 EGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA Sbjct 121 EGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA 180 Query 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL 240 MFVIEAL ALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL Sbjct 181 MFVIEALAALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL 240 Query 241 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI 300 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI Sbjct 241 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI 300 Query 301 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL Sbjct 301 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 Query 361 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH Sbjct 361 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 Query 421 AGRTVCANDSEIMLHPSPATPFV 443 AGRTVCANDSEIMLHPSPATPFV Sbjct 421 AGRTVCANDSEIMLHPSPATPFV 443 >gi|340626677|ref|YP_004745129.1| putative integral membrane transport protein [Mycobacterium canettii CIPT 140010059] gi|340004867|emb|CCC44013.1| putative conserved integral membrane transport protein [Mycobacterium canettii CIPT 140010059] Length=443 Score = 844 bits (2181), Expect = 0.0, Method: Compositional matrix adjust. Identities = 438/443 (99%), Positives = 439/443 (99%), Gaps = 0/443 (0%) Query 1 VATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA 60 +ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA Sbjct 1 MATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAA 60 Query 61 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA 120 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA Sbjct 61 GVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVA 120 Query 121 EGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA 180 E GFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA Sbjct 121 EAGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRA 180 Query 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL 240 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARL EDTPAPTGRSSGAGWDL Sbjct 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLAEDTPAPTGRSSGAGWDL 240 Query 241 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI 300 VLF VVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI Sbjct 241 VLFTVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI 300 Query 301 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL Sbjct 301 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 Query 361 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 AGPRVAVAIA VNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH Sbjct 361 AGPRVAVAIAAVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 Query 421 AGRTVCANDSEIMLHPSPATPFV 443 AGRTVCANDSEIMLHPSPATPFV Sbjct 421 AGRTVCANDSEIMLHPSPATPFV 443 >gi|308375643|ref|ZP_07444620.2| conserved membrane transporter [Mycobacterium tuberculosis SUMu007] gi|308376790|ref|ZP_07440038.2| conserved membrane transporter [Mycobacterium tuberculosis SUMu008] gi|308345573|gb|EFP34424.1| conserved membrane transporter [Mycobacterium tuberculosis SUMu007] gi|308349891|gb|EFP38742.1| conserved membrane transporter [Mycobacterium tuberculosis SUMu008] Length=431 Score = 831 bits (2146), Expect = 0.0, Method: Compositional matrix adjust. Identities = 430/431 (99%), Positives = 431/431 (100%), Gaps = 0/431 (0%) Query 13 LGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQV 72 +GKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQV Sbjct 1 MGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQV 60 Query 73 PANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYL 132 PANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYL Sbjct 61 PANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYL 120 Query 133 TVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLL 192 TVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLL Sbjct 121 TVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLL 180 Query 193 APLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVLFAVVYGGLYF 252 APLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVLFAVVYGGLYF Sbjct 181 APLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVLFAVVYGGLYF 240 Query 253 ALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGHITL 312 ALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGHITL Sbjct 241 ALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGHITL 300 Query 313 PTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAIATV 372 PTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAIATV Sbjct 301 PTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAIATV 360 Query 373 NAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHAGRTVCANDSEI 432 NAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHAGRTVCANDSEI Sbjct 361 NAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHAGRTVCANDSEI 420 Query 433 MLHPSPATPFV 443 MLHPSPATPFV Sbjct 421 MLHPSPATPFV 431 >gi|307725963|ref|YP_003909176.1| major facilitator superfamily protein [Burkholderia sp. CCGE1003] gi|307586488|gb|ADN59885.1| major facilitator superfamily MFS_1 [Burkholderia sp. CCGE1003] Length=445 Score = 308 bits (788), Expect = 1e-81, Method: Compositional matrix adjust. Identities = 175/425 (42%), Positives = 248/425 (59%), Gaps = 8/425 (1%) Query 2 ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAG 61 A + + + K R+LP L VLY+I F+DR+NI AAL MN DL +++T +G AAG Sbjct 3 AAVQTDHINGTIRKIQWRILPFLIVLYIIAFIDRSNIGFAALKMNPDLGITSTQFGIAAG 62 Query 62 VFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAE 121 +F +GY LF+VP+N + R+GA + + ++ WG +A T V + L + R LG+AE Sbjct 63 LFTVGYFLFEVPSNILMHRYGARKWIARILFTWGAVAACTGFVNNYLQLAIVRTILGIAE 122 Query 122 GGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAM 181 GFFP V+ YLT WFP QRAR VA F+LA+P+A + PLSGLI+ HVH G+ WR + Sbjct 123 AGFFPCVLLYLTYWFPERQRARVVALFMLALPIATLIAGPLSGLILDHVHWNGIACWRWV 182 Query 182 FVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGR-------SS 234 F++E LPA+LL L R+L DNP+ A WLT EE+A L+ L + A + SS Sbjct 183 FILEGLPAVLLGFLALRILVDNPRDAKWLTVEEKAWLAGVLESEAAAKMKQHGTVSFWSS 242 Query 235 GAGWDLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLA 294 G + L A +Y A+Y L F+ PQ+V L+H ++ + LPY VA L M+ Sbjct 243 LGGVRIWLLAFIYYSKSVAVYVLAFYSPQIVKGLSHTLSSTAVGLVNGLPYAVATLVMVW 302 Query 295 WSHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWS 354 W+ RS DR+G + H+ LP AG A + A S + V++ LT+ A I A FW+ Sbjct 303 WARRS-DRTGERRWHVALPLFVAGVALVLMAFSAGNLWVSIVLLTVITAAIYAPYGPFWA 361 Query 355 RCTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAAC 414 + L G AV +A +N++A+L F GP A G LKD+TG+ + L V+ L AA Sbjct 362 MPSLFLTGSSAAVGLAAINSIANLGGFIGPVAFGALKDSTGSIYAGLAFVSLTLVAAGIL 421 Query 415 SLLLR 419 + LR Sbjct 422 VVRLR 426 >gi|188584582|ref|YP_001928027.1| major facilitator superfamily protein [Methylobacterium populi BJ001] gi|179348080|gb|ACB83492.1| major facilitator superfamily MFS_1 [Methylobacterium populi BJ001] Length=430 Score = 302 bits (773), Expect = 8e-80, Method: Compositional matrix adjust. Identities = 178/391 (46%), Positives = 243/391 (63%), Gaps = 10/391 (2%) Query 14 GKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVP 73 GK ARRLLP L + Y ++DR N+ AA+ MN DL LSATAYG AG+FFLGYV F+VP Sbjct 7 GKVARRLLPFLMLCYFFAYLDRVNVGFAAMTMNRDLGLSATAYGLGAGLFFLGYVAFEVP 66 Query 74 ANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLT 133 +N L R GA + +++ W + SA+TA VT + YL R LG+AE GFFPG+I YLT Sbjct 67 SNLILERVGARLWIARIMVTWSLVSASTAFVTGEWSFYLVRVLLGLAEAGFFPGIILYLT 126 Query 134 VWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLL 192 WFP QRA V TF++A+P++ +G PLSGL++ GL GW+ ++++EA P+LLL Sbjct 127 YWFPARQRAGIVGTFMMAVPLSAAIGSPLSGLVMSLTDGWHGLAGWQWLYLLEAAPSLLL 186 Query 193 APLLRRLLPDNPQRASWLTPEERAELSARLTED---TPAPTGRSSGAGWD--LVLFAVVY 247 +L D P+ ASWLT +ERA+L AR+ ED P T GA D ++ +VY Sbjct 187 GLATLFVLTDRPENASWLTADERADLIARMAEDHRSRPHRTAHLGGALLDPRVLGLGLVY 246 Query 248 GGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQA 307 GL LYA+ +LPQ+V+ A G T + A+PY V+A MLAW+ S DR+G + Sbjct 247 FGLSTGLYAIGLWLPQIVS--AFGFTTTATGFVTAVPYLVSAAGMLAWTRHS-DRTGERT 303 Query 308 GHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAV 367 H+ +PT AAG A L AA +P++T+ L+ A G+ AA+P FW+ T L G A Sbjct 304 RHVAVPTVAAGFALL-AASQVGTPLLTIVALSAAALGVFAALPTFWTLPTRLLTGSAAAG 362 Query 368 AIATVNAVASLASFAGPYATGHLKDATGTYH 398 IA +NA+ S+ FAGP G ++DATG + Sbjct 363 GIALINALGSVGGFAGPALMGWIRDATGRFD 393 >gi|254564225|ref|YP_003071320.1| tartrate transporter ttuB [Methylobacterium extorquens DM4] gi|254271503|emb|CAX27518.1| Putative tartrate transporter ttuB [Methylobacterium extorquens DM4] Length=444 Score = 302 bits (773), Expect = 8e-80, Method: Compositional matrix adjust. Identities = 178/390 (46%), Positives = 240/390 (62%), Gaps = 10/390 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRLLP L + Y ++DR N+ AAL MN DL LSATAYG AG+FFLGYV F+VP+ Sbjct 8 KVARRLLPFLMLCYFFAYLDRVNVGFAALTMNRDLGLSATAYGFGAGLFFLGYVAFEVPS 67 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N L R GA + +++ W + SA+TALV + YL R LG+AE GFFPG+I YLT Sbjct 68 NLILERVGARLWIARIMVTWSLVSASTALVVGEWSFYLVRVGLGLAEAGFFPGIILYLTY 127 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 WFP QRA V TF++A+P++ +G PLSGL++ GL GW+ ++++EA P+LLL Sbjct 128 WFPARQRAGIVGTFMMAVPLSAAIGAPLSGLVMSLTDGWLGLAGWQWLYLLEAAPSLLLG 187 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVL-----FAVVYG 248 +L D P+RASWLT EERA L AR+ ED R++ G L+ +VY Sbjct 188 IATLFVLTDRPERASWLTAEERASLVARMAEDRRLSPNRTAHLGAALLDPRVLGLGLVYF 247 Query 249 GLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAG 308 GL LYA+ +LPQ+V+ G T + A+PY V+A ML W+ S DR+G + Sbjct 248 GLSTGLYAVGLWLPQIVSGF--GFTTTATGFVTAVPYIVSAAGMLVWTRHS-DRTGERTR 304 Query 309 HITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVA 368 H+ +PT AAG AL AA +PI+T++ L+ A G+ AA+P FW+ T L G A Sbjct 305 HVAIPTVAAG-LALFAASRAGTPILTIAALSAAALGVFAALPTFWTLPTRLLTGSAAAGG 363 Query 369 IATVNAVASLASFAGPYATGHLKDATGTYH 398 IA +NA+ SL FAGP G ++DATG + Sbjct 364 IALINALGSLGGFAGPALMGWIRDATGRFD 393 >gi|240141716|ref|YP_002966196.1| tartrate transporter ttuB [methylobacterium extorquens AM1] gi|240011693|gb|ACS42919.1| Putative tartrate transporter ttuB [Methylobacterium extorquens AM1] Length=444 Score = 301 bits (770), Expect = 2e-79, Method: Compositional matrix adjust. Identities = 176/390 (46%), Positives = 240/390 (62%), Gaps = 10/390 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRLLP L + Y ++DR N+ AAL MN DL LSATAYG AG+FFLGYV F+VP+ Sbjct 8 KVARRLLPFLMLCYFFAYLDRVNVGFAALTMNRDLGLSATAYGFGAGLFFLGYVAFEVPS 67 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N L R GA + +++ W + SA+TALV + YL R LG+AE GFFPG+I YLT Sbjct 68 NLILERVGARLWIARIMVTWSLVSASTALVVGEWSFYLVRVGLGLAEAGFFPGIILYLTY 127 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 WFP QRA V TF++A+P++ +G PLSGL++ GL GW+ ++++EA P+LLL Sbjct 128 WFPARQRAGIVGTFMMAVPLSAAIGAPLSGLVMSLTEGWLGLAGWQWLYLLEAAPSLLLG 187 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVL-----FAVVYG 248 +L D P+RASWLT EER L AR+ ED R++ G L+ +VY Sbjct 188 IATLFVLTDRPERASWLTAEERTSLVARMAEDRRLSPNRTAHLGAALLDPRVLGLGLVYF 247 Query 249 GLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAG 308 GL LYA+ +LPQ+V+ G T + A+PY V+A+ ML W+ S DR+G + Sbjct 248 GLSTGLYAVGLWLPQIVSGF--GFTTTATGFVTAVPYIVSAVGMLVWTRHS-DRTGERTR 304 Query 309 HITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVA 368 H+ +PT AAG AL AA +P++T++ L+ A G+ AA+P FW+ T L G A Sbjct 305 HVAIPTVAAG-LALFAASRAGTPLLTIAALSAAALGVFAALPTFWTLPTHLLTGSAAAGG 363 Query 369 IATVNAVASLASFAGPYATGHLKDATGTYH 398 IA +NA+ SL FAGP G ++DATG + Sbjct 364 IALINALGSLGGFAGPALMGWIRDATGHFD 393 >gi|218533218|ref|YP_002424034.1| major facilitator superfamily MFS_1 [Methylobacterium chloromethanicum CM4] gi|218525521|gb|ACK86106.1| major facilitator superfamily MFS_1 [Methylobacterium chloromethanicum CM4] Length=444 Score = 300 bits (768), Expect = 3e-79, Method: Compositional matrix adjust. Identities = 176/390 (46%), Positives = 239/390 (62%), Gaps = 10/390 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRLLP L + Y ++DR N+ AAL MN DL LSATAYG AG+FFLGYV F+VP+ Sbjct 8 KVARRLLPFLMLCYFFAYLDRVNVGFAALTMNRDLGLSATAYGFGAGLFFLGYVAFEVPS 67 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N L R GA + +++ W + SA+TALV + YL R LG+AE GFFPG+I YLT Sbjct 68 NLILERVGARLWIARIMVTWSLVSASTALVVGEWSFYLVRIGLGLAEAGFFPGIILYLTY 127 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 WFP QRA V TF++A+P++ +G PLSGL++ GL GW+ ++++EA P+LLL Sbjct 128 WFPARQRAGIVGTFMMAVPLSAAIGAPLSGLVMSLTDGWLGLAGWQWLYLLEAAPSLLLG 187 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVL-----FAVVYG 248 +L D P+RASWLT EERA L AR+ ED R++ G L+ +VY Sbjct 188 IATLFVLTDRPERASWLTAEERASLVARMAEDRRLSPNRTAHLGAALLDPRVLGLGLVYF 247 Query 249 GLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAG 308 GL LYA+ +LPQ+V+ G T + A+PY V+A ML W+ S DR+G + Sbjct 248 GLSTGLYAVGLWLPQIVSGF--GFTTTATGFVTAVPYIVSAAGMLLWTRHS-DRTGERTR 304 Query 309 HITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVA 368 H+ +PT AAG AL AA +P++T++ L+ G+ AA+P FW+ T L G A Sbjct 305 HVAIPTVAAG-LALFAASRAGTPLLTIAALSAVALGVFAALPTFWTLPTRLLTGSAAAGG 363 Query 369 IATVNAVASLASFAGPYATGHLKDATGTYH 398 IA +NA+ SL FAGP G ++DATG + Sbjct 364 IALINALGSLGGFAGPALMGWIRDATGRFD 393 >gi|163854257|ref|YP_001642300.1| major facilitator transporter [Methylobacterium extorquens PA1] gi|163665862|gb|ABY33229.1| major facilitator superfamily MFS_1 [Methylobacterium extorquens PA1] Length=444 Score = 297 bits (761), Expect = 2e-78, Method: Compositional matrix adjust. Identities = 176/390 (46%), Positives = 239/390 (62%), Gaps = 10/390 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRLL L + Y ++DR N+ AAL MN DL LSATAYG AG+FFLGYV F+VP+ Sbjct 8 KVARRLLTFLMLCYFFAYLDRVNVGFAALTMNQDLGLSATAYGFGAGLFFLGYVAFEVPS 67 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N L R GA + +++ W + SA+TALV + YL R LG+AE GFFPG+I YLT Sbjct 68 NLILDRVGARLWIARIMVTWSLVSASTALVVGEWSFYLVRVGLGLAEAGFFPGIILYLTY 127 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 WFP QRA V TF++A+P++ +G PLSGL++ GL GW+ ++++EA P+LLL Sbjct 128 WFPARQRAGIVGTFMMAVPLSAAIGAPLSGLVMSLTDGWLGLAGWQWLYLLEAAPSLLLG 187 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVL-----FAVVYG 248 +L D P+RASWLT +ERA L AR+ ED R++ G L+ +VY Sbjct 188 IATLFVLTDRPERASWLTAKERASLVARMAEDRRLSPNRTAHLGAALLDPRVLGLGLVYF 247 Query 249 GLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAG 308 GL LYA+ +LPQ+V+ G T + A+PY V+A ML W+ S DR+G + Sbjct 248 GLSTGLYAVGLWLPQIVSGF--GFTTTATGFVTAVPYIVSAAGMLVWTRHS-DRTGERTR 304 Query 309 HITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVA 368 H+ +PT AAG AL AA +PI+T++ L+ A G+ AA+P FW+ T L G A Sbjct 305 HVAIPTVAAG-LALFAASRAGTPILTIAALSAAALGVFAALPTFWTLPTRLLTGSAAAGG 363 Query 369 IATVNAVASLASFAGPYATGHLKDATGTYH 398 IA +NA+ SL FAGP G ++DATG + Sbjct 364 IALINALGSLGGFAGPALMGWIRDATGRFD 393 >gi|302530403|ref|ZP_07282745.1| 4-hydroxyphenylacetate permease [Streptomyces sp. AA4] gi|302439298|gb|EFL11114.1| 4-hydroxyphenylacetate permease [Streptomyces sp. AA4] Length=437 Score = 292 bits (747), Expect = 1e-76, Method: Compositional matrix adjust. Identities = 178/426 (42%), Positives = 251/426 (59%), Gaps = 24/426 (5%) Query 10 HNALGKAARRLLPLLFVLYVINFVDRANISVAA-LAMNADLRLSATAYGTAAGVFFLGYV 68 + + KAA R++PLL +LY +N++DR NI A MN +L L+ATA+G A+G+FF+GY+ Sbjct 10 NRVMAKAAVRIMPLLMLLYFVNYLDRVNIGFAGPNGMNKELGLTATAFGLASGIFFIGYL 69 Query 69 LFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGV 128 + +VP+N AL RFGA R + +++ WG + A A V + TL + RF LGVAE GFFPG+ Sbjct 70 ILEVPSNLALHRFGARRWIARIMITWGAVAVAMAFVPNTTTLVVLRFVLGVAEAGFFPGI 129 Query 129 IAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEAL 187 I YLT WFP AQRA+AVA F+ A+PV++ +G +S L++ H + GL GWR MF++E + Sbjct 130 ILYLTYWFPAAQRAKAVALFMCAVPVSSAIGSTVSSLLISGGHGVFGLSGWRFMFLVEGI 189 Query 188 PALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGA----------- 236 PA+LLA + L D P+ A WL+ EER L++ L + A Sbjct 190 PAILLAVVTWFCLSDRPETAMWLSAEERDWLTSELDAERRATEAEHHWPLRKALTHPRIL 249 Query 237 GWDLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTAT----LTAATLAALPYGVAALAM 292 G V FAVVYG LYAL FFLP ++A T L A + A+PY AL M Sbjct 250 GLAFVYFAVVYG-----LYALGFFLPTIIAGFGEEFGTKLTVLQAGLVNAIPYVAGALVM 304 Query 293 LAWSHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAF 352 + W+ R DR+G + H+ LP G AA+ AL +P T++ +TI G+ AA+P F Sbjct 305 VPWA-RHGDRTGERTWHVALPMLVGG-AAIPVALYLGNPYATMTAVTICAMGVCAALPTF 362 Query 353 WSRCTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAA 412 W+ + L+G A IA +NA+ +L+ F PY TG L+D TGT L V A + A A Sbjct 363 WALPSNFLSGAAAAGGIALINALGNLSGFVAPYVTGWLRDLTGTQRTGLWVVGACMVAGA 422 Query 413 ACSLLL 418 ++ L Sbjct 423 VLAVAL 428 >gi|226303509|ref|YP_002763467.1| MFS transporter [Rhodococcus erythropolis PR4] gi|229491213|ref|ZP_04385041.1| conserved hypothetical protein [Rhodococcus erythropolis SK121] gi|226182624|dbj|BAH30728.1| putative MFS transporter [Rhodococcus erythropolis PR4] gi|229321951|gb|EEN87744.1| conserved hypothetical protein [Rhodococcus erythropolis SK121] Length=447 Score = 291 bits (745), Expect = 2e-76, Method: Compositional matrix adjust. Identities = 166/409 (41%), Positives = 238/409 (59%), Gaps = 13/409 (3%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRL+P L +LY +N++DR NI+ A L M+ADL ++ T +G A+G+FF+GY+LF+VP+ Sbjct 25 KVARRLIPFLILLYFVNYLDRTNIAFAKLTMSADLGMTETMFGLASGLFFVGYLLFEVPS 84 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N AL RFGA + ++L WG+ +AA A V + +LY R LG+AE GFFPGV+ YLT Sbjct 85 NLALHRFGARLWIARIMLTWGILAAALAFVPNVGSLYFLRILLGIAEAGFFPGVLLYLTF 144 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 WFP R R + FLL +P+++ +G PLS I+ + + GL GWR M++IE LPA++LA Sbjct 145 WFPKKYRVRLMGLFLLTLPLSSALGAPLSAAIIQYGDGLFGLAGWRVMYLIEGLPAVILA 204 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARL-TEDTPAPTGRSSGAGWDL-----VLFAVVY 247 ++ L D P A WLT EER L + E+ AG L + F +VY Sbjct 205 FVVWFYLTDRPADAKWLTLEERTWLMKSMADEEKELGDAGHQSAGKTLRDPRVIGFGLVY 264 Query 248 GGLYFALYALQFFLPQLVASLAHGTAT----LTAATLAALPYGVAALAMLAWSHRSIDRS 303 G+ + LYAL FFLP +VA T + + A+PY + A+AM+ WS S D++ Sbjct 265 FGITYGLYALSFFLPSIVAGFKQTFNTDFSLVETGLIVAVPYAIGAVAMVLWSRHS-DKT 323 Query 304 GAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGP 363 G + H+ PT G+ ++ AL SP + +++ G+L A+P FW T L G Sbjct 324 GERMWHVAAPTL-LGAVSIPIALYLDSPFTVMIAVSLTAVGVLCALPVFWYLPTTFLTGA 382 Query 364 RVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAA 412 A IA +N++ + + F PY TG L D TG L V AV+ AA Sbjct 383 SAAAGIAMINSIGNASGFGAPYITGWLTDVTGNAKAGLWVVGAVMLCAA 431 >gi|226362450|ref|YP_002780228.1| MFS transporter [Rhodococcus opacus B4] gi|226240935|dbj|BAH51283.1| putative MFS transporter [Rhodococcus opacus B4] Length=466 Score = 290 bits (741), Expect = 4e-76, Method: Compositional matrix adjust. Identities = 173/426 (41%), Positives = 252/426 (60%), Gaps = 13/426 (3%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRL+P L + Y +N++DR NI +A L M+ +L L+ T +G A+G+FF+GY+LF+VP+ Sbjct 32 KVARRLIPFLGLAYFVNYLDRTNIGLAKLTMSEELGLTETMFGLASGLFFIGYLLFEVPS 91 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N AL RFGA R + ++L WG+ +AA A V + +LY R LG+AE GFFPGV+ YLT+ Sbjct 92 NLALHRFGARRWIARIMLTWGIIAAAMAFVPNVGSLYTLRMLLGIAEAGFFPGVLLYLTL 151 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 WFP A R R + FLLA+PV++ +G PLS I+ + + GL GWR MF+IE +PA+LLA Sbjct 152 WFPRAYRVRLMGLFLLALPVSSALGAPLSSAIIQYWDGIFGLSGWRVMFLIEGIPAVLLA 211 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGA------GWDLVLFAVVY 247 + L D P +A WL +E+ L++ L + R SG+ + + +VY Sbjct 212 VVTWFYLTDRPSQAGWLDEDEKGWLTSELESEASESGSRISGSVRRALTDSRVWMLGLVY 271 Query 248 GGLYFALYALQFFLPQLVASLAHGTAT----LTAATLAALPYGVAALAMLAWSHRSIDRS 303 G+ + LY+L FFLP +VA AT T + A+P+ V A+AM+ WS S DR+ Sbjct 272 FGITYGLYSLSFFLPSIVAGFQKTFATDFSLFTTGLIVAVPFAVGAVAMVLWSRHS-DRT 330 Query 304 GAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGP 363 G + H+ +PT G+ ++ AL SP+ T+ +T+ G+ A+P FW + L G Sbjct 331 GERIWHVAMPTL-IGAVSIPVALYMQSPLTTMIAVTVNAVGVFCALPVFWYLPSTFLTGA 389 Query 364 RVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHAGR 423 A IA VN+V +++ F PY TG L DATG L V AV+ A L+LR Sbjct 390 GAAAGIAVVNSVGNMSGFGAPYVTGWLFDATGNARAGLWVVGAVMLVAVILVLVLRSRVS 449 Query 424 TVCAND 429 C+ + Sbjct 450 ATCSIE 455 >gi|111020371|ref|YP_703343.1| MFS superfamily tartrate symporter [Rhodococcus jostii RHA1] gi|110819901|gb|ABG95185.1| probable tartrate symporter, MFS superfamily protein [Rhodococcus jostii RHA1] Length=449 Score = 288 bits (737), Expect = 1e-75, Method: Compositional matrix adjust. Identities = 164/400 (41%), Positives = 240/400 (60%), Gaps = 11/400 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRL+P L + Y +N++DR NI +A L M+ +L L+ T +G A+G+FF+GY+LF+VP+ Sbjct 17 KVARRLIPFLGLAYFVNYLDRTNIGLAKLTMSEELGLTETMFGLASGLFFIGYLLFEVPS 76 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N AL RFGA R + ++L WG+ +AA A V +A +LY R LG+AE GFFPGV+ YLT+ Sbjct 77 NLALHRFGARRWIARIMLTWGIVAAAMAFVPNAGSLYALRMLLGIAEAGFFPGVLLYLTL 136 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 WFP A R R + FLLA+PV++ +G PLS I+ + + GL GWR MF++E +PA+ LA Sbjct 137 WFPRAYRVRLMGLFLLALPVSSALGAPLSSAIIQYWDGLFGLSGWRVMFLLEGIPAVALA 196 Query 194 PLLRRLLPDNPQRASWLTPEERA----ELSARLTEDTPAPTGRSSGAGWDLVLFAVVYGG 249 + L D P +A WL +E+ EL + +E + R + + + +VY G Sbjct 197 VVTWFYLTDRPSQAKWLDEDEKVWLTHELESEASESGSHMSVRRALTDSRVWMLGLVYFG 256 Query 250 LYFALYALQFFLPQLVASLAHGTAT----LTAATLAALPYGVAALAMLAWSHRSIDRSGA 305 + + LY+L FFLP +VA T T + A+P+ V A+AM+ WS S DR+G Sbjct 257 ITYGLYSLSFFLPSIVAGFKKTFDTDFSLFTTGLIVAVPFAVGAVAMVLWSRHS-DRTGE 315 Query 306 QAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRV 365 + H+ +PT G+ ++ AL SP+ T+ +T+ G+ A+P FW +A L G Sbjct 316 RIWHVAIPTL-IGAVSIPVALYMQSPLTTMIAVTVNAVGVFCALPVFWYLPSAFLTGAGA 374 Query 366 AVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVA 405 A IA VN+V +++ F PY TG L DATG L V Sbjct 375 AAGIAVVNSVGNMSGFGAPYVTGWLFDATGNSRAGLWVVG 414 >gi|325001205|ref|ZP_08122317.1| MFS transporter [Pseudonocardia sp. P1] Length=440 Score = 285 bits (728), Expect = 2e-74, Method: Compositional matrix adjust. Identities = 169/421 (41%), Positives = 239/421 (57%), Gaps = 13/421 (3%) Query 12 ALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQ 71 A+ A RL+PLL + Y++N++DR N+ AAL MNADL LSA AYG AG+FF+GY F+ Sbjct 13 AVRTATVRLIPLLGLAYLLNYIDRVNVGFAALTMNADLGLSAAAYGLGAGLFFIGYFFFE 72 Query 72 VPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAY 131 VP+N L R GA + +++ WG+ +++TA V YL R LG+AE GFFPG+I Y Sbjct 73 VPSNVILHRVGARLWIARIMVTWGIVASSTAFVQGEIGFYLVRVLLGIAEAGFFPGIILY 132 Query 132 LTVWFPCAQRARAVATFLLAIPVANTVGLPLSG--LIVGHVHMAGLPGWRAMFVIEALPA 189 LT WFP A RAR VA F LA+P+++ VG PLS + VG + GWR MF +E +PA Sbjct 133 LTYWFPRADRARIVALFFLAVPLSSVVGGPLSTWLITVGDGALGFDAGWRFMFFVEGVPA 192 Query 190 LLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL-----VLFA 244 +LL + LLPD P A WL A L + + A G G G L + + Sbjct 193 VLLGIAVLWLLPDRPSSARWLPAGRAAALEETIAAEDAAEAGHDRGIGAALRDVRVIALS 252 Query 245 VVYGGLYFALYALQFFLPQLVASLAH----GTATLTAATLAALPYGVAALAMLAWSHRSI 300 VY G+ F LY L FFLPQ++A + + + A+PY +A++AM+ W+ S Sbjct 253 AVYFGIVFGLYVLAFFLPQIIAGFEEQFGADYSLIDVGLITAVPYAIASVAMVLWARHS- 311 Query 301 DRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 DR+G +A H+ +P A A P SP++ ++ +T+ G+ A+P FWS + L Sbjct 312 DRTGERALHVAVPAAVGAVAIAAALAMP-SPLLVMACVTVCAIGVFTAIPPFWSLPNSFL 370 Query 361 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 G A I VN+ +L+ F GP+ TG LKD TG + VAA++ +A +L R Sbjct 371 TGVGAAAGIGLVNSFGNLSGFVGPFVTGWLKDLTGDAQAGMWVVAAMMLMSAVITLAFRR 430 Query 421 A 421 A Sbjct 431 A 431 >gi|333989689|ref|YP_004522303.1| integral membrane transport protein [Mycobacterium sp. JDM601] gi|333485656|gb|AEF35048.1| integral membrane transport protein [Mycobacterium sp. JDM601] Length=430 Score = 282 bits (721), Expect = 8e-74, Method: Compositional matrix adjust. Identities = 161/405 (40%), Positives = 238/405 (59%), Gaps = 20/405 (4%) Query 18 RRLLPLLFVLYVINFVDRANISVAA-LAMNADLRLSATAYGTAAGVFFLGYVLFQVPANA 76 RRL+P L +LY IN++DR NI A MN +L ++AT +G A+G+FFLGY+L +VP+N Sbjct 3 RRLIPFLALLYFINYLDRVNIGFAGPNGMNDELGMTATMFGFASGIFFLGYLLLEVPSNI 62 Query 77 ALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTVWF 136 AL RFG R L ++L WG+ S A A V + TL + RF LGVAE GFFPG+I YLT WF Sbjct 63 ALHRFGGRRWLARIMLTWGIVSTAIAFVPNTTTLVVLRFLLGVAEAGFFPGIILYLTFWF 122 Query 137 PCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLAPL 195 P QR+RA++ F++A+PV+ +G LS L++ + GL GWR MF++E LPA+++A + Sbjct 123 PAKQRSRAISLFMVAVPVSTAIGSTLSSLVIDWGQGVFGLTGWRFMFLVEGLPAIVIAFV 182 Query 196 LRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL---------VLFAVV 246 L D P A WL+ +E+ L L + A +G W L + A V Sbjct 183 CWFYLTDRPADAHWLSNDEKQWLETTLANERAAA---EAGEHWGLKKALSHPRMLALAFV 239 Query 247 YGGLYFALYALQFFLPQLVASLAHGTAT----LTAATLAALPYGVAALAMLAWSHRSIDR 302 Y G+ + LYA+ FFLP +VA + + + A+P+ VAA+ M+ W+ R DR Sbjct 240 YFGIVYGLYAVGFFLPSIVAGFEQQYGSQLSLIGRGIVTAIPWTVAAVVMVPWA-RHADR 298 Query 303 SGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAG 362 +G + H+ +P G ++ AAL +P + + +T++ I+ AMP FW+ + L G Sbjct 299 TGERIWHVAIPAIVGG-VSIPAALYLANPYLAMLTITVSTCSIMCAMPVFWALPSTFLTG 357 Query 363 PRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAV 407 A IA +N++ +L+ F GPY TG L D TG +AL + A+ Sbjct 358 TAAAGGIALINSLGNLSGFGGPYVTGWLTDLTGDPKVALWVIGAM 402 >gi|331696883|ref|YP_004333122.1| major facilitator superfamily protein [Pseudonocardia dioxanivorans CB1190] gi|326951572|gb|AEA25269.1| major facilitator superfamily MFS_1 [Pseudonocardia dioxanivorans CB1190] Length=473 Score = 279 bits (713), Expect = 8e-73, Method: Compositional matrix adjust. Identities = 176/426 (42%), Positives = 250/426 (59%), Gaps = 12/426 (2%) Query 7 SPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLG 66 +PT A+ KA RLLPLL + Y++N+VDR N+ A++ M DL LSATAYG AG+FF+G Sbjct 13 TPTEGAIRKAMWRLLPLLGLCYLLNYVDRVNVGFASVTMRPDLGLSATAYGLGAGLFFIG 72 Query 67 YVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFP 126 Y F+VP+N L R GA + ++++WG+ ++ATA V + Y+ RF LG AE GFFP Sbjct 73 YFFFEVPSNVILHRVGARLWIARIMISWGIIASATAFVQGPTSFYVVRFLLGFAEAGFFP 132 Query 127 GVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH--MAGLPGWRAMFVI 184 G+I YLT WFP QRAR VA F LA+P+++ VG PLSGL++ H + GWR MF + Sbjct 133 GIILYLTYWFPRVQRARVVALFFLAVPLSSVVGGPLSGLLIDHGEGVLGFDAGWRFMFFL 192 Query 185 EALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTP-----APTGRSSGAGWD 239 E LPA LL ++ +LPD P++A WL EE A L + + AP R++ A Sbjct 193 EGLPAFLLGIVVLFVLPDRPRKARWLRREEAAALEDTIAREDAAEVPHAPGLRAALADRR 252 Query 240 LVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRS 299 ++ +VVY G+ F LY L FFLPQ+V L+ + + A+PY VAA+ M+ RS Sbjct 253 VIALSVVYFGVVFGLYVLAFFLPQVVDELSTSLSATVIGLVTAIPYAVAAVVMVV-VARS 311 Query 300 IDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAA 359 DR+G + H+ +P +A A SP + ++ +T+ G+ AA+P W Sbjct 312 SDRTGERVLHVAVPVLLGAAAVAVALYLD-SPALVIAAVTVCACGVFAAIPVIWQLPPTF 370 Query 360 LAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLR 419 L G A IA +N+ +L+ F GPY TG L+D TG+ + VA + +A LLL Sbjct 371 LTGVGAAAGIALINSFGNLSGFVGPYLTGWLEDLTGSLRAGMWCVAGFMTLSAVIVLLL- 429 Query 420 HAGRTV 425 GR+V Sbjct 430 --GRSV 433 >gi|146338956|ref|YP_001204004.1| MFS family tartrate transporter [Bradyrhizobium sp. ORS 278] gi|146191762|emb|CAL75767.1| putative transport protein (MFS superfamily); putative tartrate transporter [Bradyrhizobium sp. ORS 278] Length=443 Score = 279 bits (713), Expect = 8e-73, Method: Compositional matrix adjust. Identities = 151/394 (39%), Positives = 235/394 (60%), Gaps = 12/394 (3%) Query 19 RLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPANAAL 78 RL+P L + Y +++DR N+ AAL MNA+L+ S + AG+FF+GY +F+VP+N AL Sbjct 27 RLIPFLVLAYFFSYLDRVNLGFAALTMNAELKFSPLVFAWGAGIFFIGYFIFEVPSNLAL 86 Query 79 ARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTVWFPC 138 +FGA R + +++ WG+ SA ALV+ + Y RF LGVAE GFFPG+I YLT W+P Sbjct 87 EKFGASRWIARIMVTWGIISALMALVSGPWSFYALRFLLGVAEAGFFPGIILYLTYWYPA 146 Query 139 AQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLLAPLLRR 198 RAR +A F +A+P++ +G P+SGL++G + GL GW+ +F+IE +P+++L + Sbjct 147 QYRARFLAAFAVAVPISTVIGAPVSGLLLGMHGLMGLQGWQWLFIIEGIPSIILGVVTWF 206 Query 199 LLPDNPQRASWLTPEERAELSARLTEDTPAPT-------GRSSGAGWDLVLFAVVYGGLY 251 L D P+ A+WL PE++A L+A+L +T A G + + +++ +++Y G Sbjct 207 YLTDRPEHATWLAPEQKAWLAAKLEAETAAKQAAGHMTLGEALSSP-KVIVLSLIYFGFV 265 Query 252 FALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGHIT 311 ALY +QF+LPQ+V A G + + A+PY +AM+ W+ S D + + H+ Sbjct 266 GALYGMQFWLPQIVK--AFGLSNTQTGFVTAIPYAFGTVAMILWARHS-DATRERVVHVG 322 Query 312 LPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAIAT 371 P + AL A+ P +T+ LT A G+ FW+ TA L+G A AIA Sbjct 323 APLILI-AVALAASSQIGDPTLTMVALTFAAIGVFCVFGVFWTLPTAWLSGTAAAGAIAL 381 Query 372 VNAVASLASFAGPYATGHLKDATGTYHLALLTVA 405 +N++ +LA F GPY G +KD TG+ LL ++ Sbjct 382 INSIGNLAGFGGPYLVGWIKDTTGSTTHGLLALS 415 >gi|158424502|ref|YP_001525794.1| major facilitator superfamily permease [Azorhizobium caulinodans ORS 571] gi|158331391|dbj|BAF88876.1| permeases of the major facilitator superfamily [Azorhizobium caulinodans ORS 571] Length=442 Score = 278 bits (712), Expect = 1e-72, Method: Compositional matrix adjust. Identities = 165/389 (43%), Positives = 227/389 (59%), Gaps = 10/389 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K ARRL+P + +LY+++F+DR N+ AAL MNADL S YG AG+FF+GY LF+VP+ Sbjct 17 KVARRLIPFMMLLYLVSFLDRVNVGFAALTMNADLGFSPQVYGWGAGIFFIGYFLFEVPS 76 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N L + GA + +++ WG+ SAATA VT + +L RF LG AE GF PG+I YL Sbjct 77 NLVLEKVGARLWICRIMVTWGLISAATAFVTGPTSFFLLRFLLGAAEAGFLPGMILYLGT 136 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLLAP 194 WFP A RAR VA F+ A+P+A+ VG PLS LI+ GL GW+ +F+IE LPA+LL Sbjct 137 WFPLAMRARYVALFMAAVPIASAVGSPLSALIMQSHGFGGLAGWQWLFIIEGLPAVLLGL 196 Query 195 LLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGW------DLVLFAVVYG 248 ++ LLPD P A WLT E+ ++ RL +D A + A W ++L +VY Sbjct 197 VVLVLLPDGPADARWLTAREQQVIADRLAKDNAAGDATTRHALWPALRDGRVLLLGLVYF 256 Query 249 GLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAG 308 GL LY + +LPQ++ + G + L LPY ++A AMLAW S DRSG + Sbjct 257 GLVVGLYGIGLWLPQIIRDM--GYSVEQVGLLLVLPYALSAAAMLAWGRHS-DRSGERIL 313 Query 309 HITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVA 368 H+ + L + P +P++ + +T A GI AA+ FWS L G A Sbjct 314 HVAGAAFLGAAGLLASVHVP-TPLLAIGAVTCASVGIYAALGPFWSVPPLFLRGTAAAAG 372 Query 369 IATVNAVASLASFAGPYATGHLKDATGTY 397 IA +NAV +L FAGPYA G +K T + Sbjct 373 IALINAVGNLGGFAGPYAVGFIKQHTDRF 401 >gi|115524211|ref|YP_781122.1| major facilitator transporter [Rhodopseudomonas palustris BisA53] gi|115518158|gb|ABJ06142.1| major facilitator superfamily MFS_1 [Rhodopseudomonas palustris BisA53] Length=446 Score = 278 bits (710), Expect = 2e-72, Method: Compositional matrix adjust. Identities = 168/412 (41%), Positives = 233/412 (57%), Gaps = 18/412 (4%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K RL+P L + Y I ++DR NI A M ADL LSATA+G AAG+FFL Y F+VP+ Sbjct 25 KVTLRLVPFLMLCYFIAYLDRVNIGFAGATMRADLDLSATAFGGAAGIFFLAYFFFEVPS 84 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N AL FGA R + ++L+WG+ S A A V + R LGVAE GFFPG+I YLT+ Sbjct 85 NLALNTFGARRWIARIMLSWGIISGAQAFVVGEWSFNFVRALLGVAEAGFFPGIIFYLTL 144 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLLAP 194 WFP A RAR V F+ AIP++ +G PLSGLI+G +AGL GW+ MF+IEALPA+L++ Sbjct 145 WFPTAYRARIVGWFMFAIPISTVIGAPLSGLILGMEGIAGLHGWQWMFLIEALPAVLMSG 204 Query 195 LLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTG------RSSGAGWDLVLFAVVYG 248 ++ L D P+ A WL +ER L RL + + + ++ +VY Sbjct 205 VVLYYLTDRPREARWLAADEREWLQQRLDRERAQRESILDLSWLKAMLDYRVIALGLVYM 264 Query 249 GLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAG 308 G Y L FFLPQ+V A G + ++A + A+PY V A+ M+ W S D++G + Sbjct 265 GCNIPQYGLSFFLPQIVK--AFGVSDISAGFITAVPYLVGAIGMILWGAHS-DKTGERTW 321 Query 309 H--ITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVA 366 H I G LG A P + + L +A G A +P FW+ TA L+G A Sbjct 322 HAVIAFGFMIVG---LGGAAFVADPTLKMLLLCVAGFGFFAVLPVFWTLPTAFLSGAGAA 378 Query 367 VAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLL 418 IA VN++ +L + GP A G L+D TG+ + L+ LA +AA +L+ Sbjct 379 AGIAAVNSIGNLGGYFGPQAFGLLRDQTGSDVVGLM----FLAGSAAIGMLI 426 >gi|134103667|ref|YP_001109328.1| MFS superfamily tartrate symporter [Saccharopolyspora erythraea NRRL 2338] gi|291004798|ref|ZP_06562771.1| MFS superfamily tartrate symporter [Saccharopolyspora erythraea NRRL 2338] gi|133916290|emb|CAM06403.1| probable tartrate symporter, MFS superfamily [Saccharopolyspora erythraea NRRL 2338] Length=450 Score = 277 bits (709), Expect = 3e-72, Method: Compositional matrix adjust. Identities = 170/411 (42%), Positives = 249/411 (61%), Gaps = 16/411 (3%) Query 5 AASP--THNALGKAARRLLPLLFVLYVINFVDRANISVAA-LAMNADLRLSATAYGTAAG 61 AA+P + + K A RL+P L +LY +N++DR NI A MN +L L+AT +G A+G Sbjct 6 AAAPGLENRVVRKVAVRLMPFLCLLYFVNYLDRVNIGFAGPNGMNEELELTATVFGFASG 65 Query 62 VFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAE 121 +FFLGY++ +VP+N AL RFGA + L ++++WGV + A A V +A TL + RF LGVAE Sbjct 66 IFFLGYLVLEVPSNLALHRFGARKWLARIMISWGVVATAMAFVPNATTLVVLRFLLGVAE 125 Query 122 GGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRA 180 GFFPG+I YLT WFP AQRA+AVA F+ A+PV++ +G +S +++ + GL GWR Sbjct 126 AGFFPGIILYLTYWFPAAQRAKAVALFMAAVPVSSAIGATVSSVLISSGEGVFGLSGWRF 185 Query 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARL------TEDTPAPTGRSS 234 MFV+E +PA+LLA L D P +A WL PEER L+ RL TE + R + Sbjct 186 MFVVEGVPAMLLAVATWFYLTDRPDQAKWLEPEERRWLTERLEAERRETEASHHWPLRKA 245 Query 235 GAGWDLVLFAVVYGGLYFALYALQFFLPQLVASLA--HGTA--TLTAATLAALPYGVAAL 290 ++ A VY G+ + LYAL FFLP ++A +GT T+ + + A+PY V A+ Sbjct 246 LTHPRIIALAFVYFGIAYGLYALGFFLPTIIAGFEQQYGTEMTTVESGLVTAVPYVVGAV 305 Query 291 AMLAWSHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMP 350 AM+ W+ DR+ + H+ LP G ++ AL +P + +TI G+ AA+P Sbjct 306 AMVIWAAHG-DRTRERVWHVALPMLLGG-VSIPIALYMGNPYSAMVAVTICAVGVCAALP 363 Query 351 AFWSRCTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLAL 401 FW+ + L+G A IA +N++ +++ FA PY TG L+D TG+ L Sbjct 364 TFWALPSNFLSGAAAAGGIALINSLGNISGFAAPYITGALRDVTGSQRAGL 414 >gi|323139818|ref|ZP_08074851.1| major facilitator superfamily MFS_1 [Methylocystis sp. ATCC 49242] gi|322394923|gb|EFX97491.1| major facilitator superfamily MFS_1 [Methylocystis sp. ATCC 49242] Length=434 Score = 276 bits (706), Expect = 5e-72, Method: Compositional matrix adjust. Identities = 169/417 (41%), Positives = 244/417 (59%), Gaps = 12/417 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K A RL+P L Y +++DR N+S AA MN DL S T YG AG+FF+GY LF+ P+ Sbjct 20 KVAWRLIPFLVACYCASYLDRVNLSFAATEMNRDLGFSPTVYGWGAGIFFIGYALFETPS 79 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N L R GA + ++++WGV SA A+V + H+ + RF LG E GF PGV+ YLT Sbjct 80 NYILHRVGARLWIARIMVSWGVASALMAVVWNEHSFFALRFLLGATEAGFMPGVVLYLTY 139 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPALLLA 193 W P +RA+ +A FL +IP++ VG P+SG+++ +AGL G + +F++EA+P L+L Sbjct 140 WIPRERRAQILAAFLFSIPLSTVVGAPVSGVLLSLTDGLAGLRGRQWLFLLEAIPPLILG 199 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGW------DLVLFAVVY 247 L D P+ A WL P ER L+ + + AP G W +L V Y Sbjct 200 VATYFFLTDKPKGADWLAPAERDWLTGAIAAEESAPPGADEHEVWPALRDQRTLLLGVAY 259 Query 248 GGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQA 307 G+ ALY L +LPQ+ A A G + A + A+P+ ++AM WS RS DR +A Sbjct 260 FGVVLALYGLSMWLPQIAA--AFGFGPVGAGLVTAIPFLCGSIAMFVWSRRS-DRLRERA 316 Query 308 GHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAV 367 H T+ + L AA SP +++ L+IA +G LA++P FW+ TA+ +G R A+ Sbjct 317 RH-TVGAAIVAALGLAAAAWTKSPATSIAILSIAASGTLASLPTFWAFSTASFSGTRAAI 375 Query 368 AIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAA-VLAAAAACSLLLRHAGR 423 AIA VN++ +LA FAGPY G +K+A+G + LALL ++A L AA ++L R A R Sbjct 376 AIALVNSIGNLAGFAGPYLVGWIKEASGGFSLALLALSAGPLVCAALVAVLERKAAR 432 >gi|170744808|ref|YP_001773463.1| d-galactonate transporter [Methylobacterium sp. 4-46] gi|168199082|gb|ACA21029.1| d-galactonate transporter [Methylobacterium sp. 4-46] Length=432 Score = 275 bits (703), Expect = 1e-71, Method: Compositional matrix adjust. Identities = 174/424 (42%), Positives = 247/424 (59%), Gaps = 10/424 (2%) Query 6 ASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFL 65 AS + K A RL+P + +LY I F+DR NI AAL MN DL S+ +G AGVFFL Sbjct 3 ASLEQATMRKVAWRLVPFICLLYFIAFIDRVNIGFAALTMNKDLGFSSAVFGFGAGVFFL 62 Query 66 GYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFF 125 GY LF+VP+N L R GA + V++ WG+ SAA A + + Y+ RF LGVAE GFF Sbjct 63 GYFLFEVPSNIILERVGARLWIARVMITWGITSAAFAFIKGEWSFYVLRFLLGVAEAGFF 122 Query 126 PGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIE 185 PG+I YL+ WFP RA V+ F+ A P++ +G P+S ++ + GL GW+ MFV+E Sbjct 123 PGIILYLSYWFPARYRAGVVSLFMAAAPLSVVLGSPISSALLEMEGIMGLHGWQWMFVLE 182 Query 186 ALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTED--TPAPT---GRSSGAGWDL 240 A+PA+LL + L D P++A+WL E+RA L A + E+ PT G +SG Sbjct 183 AIPAVLLGIAVLFYLTDRPEKATWLAEEQRAWLVAEMNEEHARKGPTAKHGLASGLADPR 242 Query 241 VL-FAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRS 299 VL A+VY G LY L + PQ++ S G +T+T L A+P VA AM+ W+ S Sbjct 243 VLALALVYFGTSAGLYTLGIWAPQIIKSF--GLSTMTVGLLNAVPPTVAVAAMILWARHS 300 Query 300 IDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAA 359 DR+ + H+ + A +A L A S ++ L++ GI AA P W+ T Sbjct 301 -DRTRERTWHVVIACLVA-AAGLMLAGGASSVAAVVAALSLVNIGISAAKPPLWAMPTMF 358 Query 360 LAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLR 419 L+G AV IAT+N++ +L FAGP+ G +KD TG++ L+ VAA+L +A +L++ Sbjct 359 LSGSAAAVGIATINSIGNLGGFAGPWVIGWIKDRTGSFTGGLIFVAALLVLSAILTLVVA 418 Query 420 HAGR 423 AGR Sbjct 419 RAGR 422 >gi|27377532|ref|NP_769061.1| MFS permease [Bradyrhizobium japonicum USDA 110] gi|27350676|dbj|BAC47686.1| MFS permease [Bradyrhizobium japonicum USDA 110] Length=443 Score = 274 bits (701), Expect = 2e-71, Method: Compositional matrix adjust. Identities = 146/384 (39%), Positives = 228/384 (60%), Gaps = 12/384 (3%) Query 19 RLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPANAAL 78 RL+P L + Y +++DR N+ AAL MNA+L+ + + AG+FF+GY +F+VP+N AL Sbjct 29 RLIPFLVLAYFFSYLDRVNLGFAALTMNAELKFTPLIFSWGAGIFFIGYFIFEVPSNLAL 88 Query 79 ARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTVWFPC 138 +FGA R + +++ WG+ SA A+V+ + Y+ RF LGVAE GFFPG+I YLT W+P Sbjct 89 EKFGASRWIARIMVTWGIISALMAMVSGVTSFYVLRFLLGVAEAGFFPGIILYLTYWYPA 148 Query 139 AQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLLAPLLRR 198 RAR +A F +A+PV+ +G P+SGL++G + GL GW+ +F+IE +P++LL + Sbjct 149 EYRARFLAAFAIAVPVSTVIGAPVSGLLLGLDGVMGLKGWQWLFIIEGIPSVLLGIVTWF 208 Query 199 LLPDNPQRASWLTPEERAELSARLTEDTPAPT-------GRSSGAGWDLVLFAVVYGGLY 251 L D P++A WL+ E++A L A+L + A G + + ++ +++Y G Sbjct 209 YLTDRPEKADWLSAEQKAWLKAKLDSEIAAKQAVKHLSLGEALSSP-KVIALSLIYFGFV 267 Query 252 FALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGHIT 311 ALY +QF+LPQ+V A G + A+PY +AM+ W+ S D + + H+ Sbjct 268 GALYGMQFWLPQIVK--AFGLTNAQTGFVTAIPYLFGTVAMILWARHS-DATRERVMHVG 324 Query 312 LPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAIAT 371 P + ALG + P +T+ LT+A G+ FW+ TA L+G A IA Sbjct 325 APLLLT-AVALGVSSYLTDPTLTMVVLTVAAIGVFCCFGVFWTLPTAWLSGTAAAGGIAL 383 Query 372 VNAVASLASFAGPYATGHLKDATG 395 +N++ +LA F GPY G +K+ATG Sbjct 384 INSIGNLAGFGGPYLIGWVKEATG 407 >gi|319793799|ref|YP_004155439.1| major facilitator superfamily protein [Variovorax paradoxus EPS] gi|315596262|gb|ADU37328.1| major facilitator superfamily MFS_1 [Variovorax paradoxus EPS] Length=431 Score = 274 bits (700), Expect = 2e-71, Method: Compositional matrix adjust. Identities = 159/422 (38%), Positives = 235/422 (56%), Gaps = 11/422 (2%) Query 9 THNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYV 68 + K + RLLPLL + Y I ++DR N+ A AM+ DL +A +G+AAG+FFL Y Sbjct 5 EQRTISKISWRLLPLLMISYFIAYLDRVNLGFAGSAMSKDLGFTAAVFGSAAGIFFLAYF 64 Query 69 LFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGV 128 LF+VP+N AL RFGA R + ++ +WG+ SAA A V + + + RF LG+AE GFFPGV Sbjct 65 LFEVPSNMALERFGARRWIARIMFSWGILSAAQAWVGGSTSFNVVRFLLGIAEAGFFPGV 124 Query 129 IAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALP 188 I Y+T+WFP A RAR V F+ AIP++ +G P+SG I+ + G+ GW+ +F++EA+P Sbjct 125 IFYITLWFPAAYRARIVGWFMFAIPISTVIGSPISGYILNMDGIGGMHGWQWLFILEAIP 184 Query 189 ALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVL------ 242 +L+L + LPD P+ A WL+ EER L L + + W L Sbjct 185 SLILTFFILFYLPDGPKDAKWLSNEERDWLQHTLDGERRNREALHT-ISWKQALLNPRVI 243 Query 243 -FAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSID 301 VY G+ LY L FFLPQ++ G + + A PY + A+AM+ W+ R+ D Sbjct 244 GLGFVYMGITVPLYGLSFFLPQIIKGFG-GLGNVEIGFINAFPYLIGAIAMVFWT-RASD 301 Query 302 RSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALA 361 + + +P A L AA +PI ++ +T+A GI +A+P FW+ TA L+ Sbjct 302 AKKERKWFLLIP-LACIFVGLVAAAETSAPIPKMAAVTLAAFGIFSALPMFWTLPTAILS 360 Query 362 GPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHA 421 G A IA +N++ +L + GP G LKD G A+L +A + A L++ H Sbjct 361 GTAAAAGIAWINSIGNLGGYIGPTIFGALKDRMGNDFYAVLFLALLAALGFVLVLVIGHD 420 Query 422 GR 423 R Sbjct 421 AR 422 >gi|116669405|ref|YP_830338.1| major facilitator transporter [Arthrobacter sp. FB24] gi|116609514|gb|ABK02238.1| major facilitator superfamily MFS_1 [Arthrobacter sp. FB24] Length=459 Score = 271 bits (693), Expect = 1e-70, Method: Compositional matrix adjust. Identities = 161/418 (39%), Positives = 241/418 (58%), Gaps = 15/418 (3%) Query 10 HNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVL 69 L K RR++PL+ +LY + ++DR N+ A L M+ D+ LSA AYG AG+FFLGY L Sbjct 16 ERTLRKVRRRVMPLIVLLYFVAYLDRNNVGFAKLTMSEDIGLSAAAYGLGAGIFFLGYAL 75 Query 70 FQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVI 129 +VP+NA + RFGA + L +++ WG+ + A LV T Y+ RF LG AE GFFP ++ Sbjct 76 LEVPSNAGMYRFGARKWLARILITWGIFATAMCLVNGESTYYIIRFLLGAAEAGFFPAIL 135 Query 130 AYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPA 189 YLT+WFP AQR + F+LA PV+N +G P+SGL++ + GL GW+ +++IE +PA Sbjct 136 FYLTLWFPAAQRVTVLGIFILAQPVSNALGAPVSGLLLQMDGILGLQGWQWLYIIEGIPA 195 Query 190 LLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDL--------- 240 +LL L L+ D P+ A WL +ER L+ + + A +S G + Sbjct 196 ILLGLLTPILMTDRPRDAKWLNTDEREWLATTMEAELAA---KSKGGQHNFLAGLKDKRT 252 Query 241 VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSI 300 ++++ +Y GL +Y L ++P +VA+L +T + +PY VAA+ + WS R+ Sbjct 253 LVYSALYFGLVCGIYGLGLWMPTIVAALGK-FSTAEVGFIVFIPYAVAAVFVYFWSKRA- 310 Query 301 DRSGAQAGHITLPTTAAGSAALGAA-LSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAA 359 DR+G +A H + AG L A L P++P++ L LT++ GI A+ F S +AA Sbjct 311 DRTGKRAWHTAVSMVLAGMGLLAAGYLLPVNPVLALIALTVSAMGIYGAIAPFLSMPSAA 370 Query 360 LAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLL 417 L G A +A VN++ +L F PYA G LKDATG LL ++ L A + L Sbjct 371 LTGAAAASGLALVNSLGNLGGFVAPYAVGMLKDATGNNQSGLLFLSFCLCVTAVATYL 428 >gi|222083216|ref|YP_002542619.1| MFS permease [Agrobacterium vitis S4] gi|221738596|gb|ACM39434.1| MFS permease [Agrobacterium vitis S4] Length=432 Score = 271 bits (692), Expect = 2e-70, Method: Compositional matrix adjust. Identities = 161/412 (40%), Positives = 237/412 (58%), Gaps = 11/412 (2%) Query 13 LGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQV 72 L K R++P + VLY+I F+DR NI A+L MN DL S+T +G AG+FFLGY LF+V Sbjct 10 LRKITWRIVPFIMVLYLIAFIDRVNIGFASLTMNQDLGFSSTVFGFGAGIFFLGYFLFEV 69 Query 73 PANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYL 132 P+N L + GA + V++ WG+ S ALV + + Y+ RF LGVAE GFFPG+I YL Sbjct 70 PSNLILNKVGARIWIARVMITWGIVSGCMALVQGSTSFYILRFLLGVAEAGFFPGIILYL 129 Query 133 TVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLL 192 + WFP +RA A F+ A P+A +G P+SG ++ + GL GW+ MF+IEA+PA++L Sbjct 130 SYWFPARRRAAVTAMFMAAAPLATAIGSPISGALLEMHGLWGLAGWQWMFIIEAIPAVIL 189 Query 193 APLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGW----DLVLFA--VV 246 ++ L D P++A+WLT EER L + E A ++S + W D+ + A +V Sbjct 190 GVVVLFYLTDRPEKANWLTDEERNWL-VKTMEQEQAGKPKASHSIWAGLADVRVLALSLV 248 Query 247 YGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQ 306 Y G LY L + PQ++ G A+ + A+P A + M+ W+ S D++G + Sbjct 249 YFGTSAGLYTLGIWAPQIIKGF--GLASFHVGLINAIPAIFAVVGMILWARHS-DKTGER 305 Query 307 AGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVA 366 H+ A +A L A M+ L LT+ GI A+ P WS T L+GP A Sbjct 306 TWHVVGACLLA-AAGLAFATGAMTVFTVLVALTLVNIGISASKPPLWSMPTLFLSGPAAA 364 Query 367 VAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLL 418 IAT+N++ +L F GP G +KD TG++ L V+A+L +A +L+L Sbjct 365 AGIATINSIGNLGGFVGPSMIGWIKDTTGSFAGGLYFVSALLVISAIVTLIL 416 >gi|46202735|ref|ZP_00208640.1| COG0477: Permeases of the major facilitator superfamily [Magnetospirillum magnetotacticum MS-1] Length=456 Score = 270 bits (691), Expect = 3e-70, Method: Compositional matrix adjust. Identities = 162/363 (45%), Positives = 226/363 (63%), Gaps = 10/363 (2%) Query 14 GKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVP 73 GK ARRLLP L + Y ++DR N+ AAL MN D+ LSA+AYG AG+FFLGYV F+VP Sbjct 7 GKVARRLLPFLMLCYFFAYLDRVNVGFAALTMNRDIGLSASAYGFGAGLFFLGYVAFEVP 66 Query 74 ANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLT 133 +N L R GA + +++ W + SA+TA V + Y R LG+AE GFFPG+I YLT Sbjct 67 SNLILERVGARLWIARIMVTWALVSASTAFVVGEWSFYAVRILLGLAEAGFFPGIILYLT 126 Query 134 VWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMA-GLPGWRAMFVIEALPALLL 192 WFP QRA V TF++A+P++ +G PLSGL++ A GL GW+ ++++EA P+LLL Sbjct 127 YWFPARQRAGIVGTFMMAVPLSAAIGAPLSGLVMSGADGALGLAGWQWLYLLEAAPSLLL 186 Query 193 APLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLVL-----FAVVY 247 L D P+ ASWL+ ERA L AR+ ED + GR++ G LV +VY Sbjct 187 GVAALFALTDRPEAASWLSETERATLVARMAEDHRSRPGRTAHLGRALVAPRILGLGLVY 246 Query 248 GGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQA 307 GL +YA+ +LPQ+V+ A G + + + A+PY V+AL M+AW+ RS DR+G + Sbjct 247 FGLSTGVYAVGLWLPQIVS--AFGFSLVATGFVIAIPYIVSALGMVAWTRRS-DRTGERR 303 Query 308 GHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAV 367 H +PT AG A L AA +P++T+ L++A GI AA+P FW+ T+ L+G A Sbjct 304 RHTAIPTIGAGLALL-AASQAGTPLLTIVALSLAALGIFAALPTFWTLPTSLLSGSAAAG 362 Query 368 AIA 370 IA Sbjct 363 GIA 365 >gi|170744823|ref|YP_001773478.1| major facilitator transporter [Methylobacterium sp. 4-46] gi|168199097|gb|ACA21044.1| major facilitator superfamily MFS_1 [Methylobacterium sp. 4-46] Length=428 Score = 270 bits (691), Expect = 3e-70, Method: Compositional matrix adjust. Identities = 162/412 (40%), Positives = 236/412 (58%), Gaps = 9/412 (2%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 + +RRL+P L V Y + ++DR N+ A+L MN DL +SATAYG AG+FFL Y +F+VP+ Sbjct 11 RVSRRLIPFLIVCYFVAYLDRVNVGFASLTMNRDLGISATAYGLGAGLFFLTYFIFEVPS 70 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N L RFGA R + ++L+WG+ S A V + Y+ R LG AE GFFPG+I YLT+ Sbjct 71 NLFLERFGARRWIARIMLSWGLISGGMAFVGGETSFYIMRLLLGAAEAGFFPGIIFYLTL 130 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLLAP 194 WFP A RAR V+ F++AIP+++ +G P+SG ++ + G GW+ +++IEA+PA++L+ Sbjct 131 WFPAAYRARIVSAFMVAIPLSSLIGAPVSGALLELDGLLGFKGWQWLYIIEAVPAIVLSV 190 Query 195 LLRRLLPDNPQRASWLTPEERAELSARLTED-TPAPTGRS--SGAGWD--LVLFAVVYGG 249 L D P A WL +ERA L AR+ E+ PT + +D ++ A +Y G Sbjct 191 ATFLYLTDRPSEARWLPADERAWLEARMREEAARGPTAHRPLTREIFDPRVIAIAFIYFG 250 Query 250 LYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGH 309 LYA FFLPQ+V A G + L + +PY + M+ W RS D + H Sbjct 251 AVALLYAFGFFLPQIVK--AFGLSNLQTGFVTLIPYIAGTVGMIWWGRRS-DARRERHFH 307 Query 310 ITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAI 369 + A +GAAL P++ + + A GI AA+P W+ T AL+G A AI Sbjct 308 LVAALACASLGTIGAALV-TDPVLKMVLFSGAAFGIFAALPVVWTLPTEALSGAAAAGAI 366 Query 370 ATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHA 421 A VN++ +L+ F PY G +KD TG + LL ++A L LR+A Sbjct 367 AVVNSIGNLSGFVAPYVVGAIKDRTGDFTGGLLVISAAGLVGILLVLWLRNA 418 >gi|323136046|ref|ZP_08071129.1| major facilitator superfamily MFS_1 [Methylocystis sp. ATCC 49242] gi|322399137|gb|EFY01656.1| major facilitator superfamily MFS_1 [Methylocystis sp. ATCC 49242] Length=436 Score = 269 bits (687), Expect = 9e-70, Method: Compositional matrix adjust. Identities = 163/396 (42%), Positives = 228/396 (58%), Gaps = 15/396 (3%) Query 10 HNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVL 69 + K ARRL+P+L + + ++DR N+ AAL MN DL + +G AAG FF+GY L Sbjct 19 ERVVAKVARRLIPILVTAFFVAYLDRVNVGFAALTMNKDLGFTPEFFGWAAGSFFIGYCL 78 Query 70 FQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVI 129 + P+N L R GA + ++++WG+ SA TA V + + R LGVAE GF PGVI Sbjct 79 LEAPSNYILHRVGARVWMARIMVSWGLVSALTAFVWDGTSFVVLRVMLGVAEAGFSPGVI 138 Query 130 AYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIV-GHVHMAGLPGWRAMFVIEALP 188 YLT W P AQRAR + FLLA+P+++ VG PLSGLI+ G + G+ GWR +F IEA P Sbjct 139 LYLTYWIPAAQRARIIGAFLLALPLSSVVGAPLSGLILSGLDGVFGVAGWRWLFFIEAAP 198 Query 189 ALLLAPLLRRLLPDNPQRASWLTPEERAELSARL------TEDTPAPTGRSSGAGWDLVL 242 A+LL LPD P ASWLTP+ER L A L +++P R ++ Sbjct 199 AMLLGVACYFYLPDRPSDASWLTPQERDWLLAELAREGGPVDESPWRALRDP----RVLT 254 Query 243 FAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDR 302 V Y G+ ALY L F+LPQ++ A G + A L A+P+ ALAM+ WS RS DR Sbjct 255 LGVAYFGIIVALYGLGFWLPQIIK--AFGVDVVAAGFLTAVPFVFGALAMVLWS-RSSDR 311 Query 303 SGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAG 362 + H L + A +A +P +P+ ++ L++A G LA+MP FWS T AL G Sbjct 312 KNERVAHTVLASLVASLGLAASAYAP-TPLFSMIALSVAAVGTLASMPTFWSFVTLALPG 370 Query 363 PRVAVAIATVNAVASLASFAGPYATGHLKDATGTYH 398 V +A +N++ +++ FA PY G +K ATG + Sbjct 371 AGAVVGVAVINSIGNVSGFAAPYLVGLIKGATGEFD 406 >gi|300313516|ref|YP_003777608.1| major facilitator superfamily permease [Herbaspirillum seropedicae SmR1] gi|300076301|gb|ADJ65700.1| permease of the major facilitator superfamily protein [Herbaspirillum seropedicae SmR1] Length=437 Score = 265 bits (678), Expect = 8e-69, Method: Compositional matrix adjust. Identities = 160/411 (39%), Positives = 231/411 (57%), Gaps = 18/411 (4%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K R++P L + YVI ++DR N+ A L M+ DL S T +G AG+FF+GY LF+VP+ Sbjct 24 KVFWRIMPFLMLCYVIAYLDRVNVGFAKLQMSQDLGFSETVFGLGAGLFFIGYFLFEVPS 83 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N + + GA + +++ WG+ SAA V +A Y+ RF LG+AE GF+PG+I YLT Sbjct 84 NILMHKVGARIWIARIMITWGILSAAFMFVQNATQFYILRFLLGLAEAGFYPGIILYLTY 143 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHM-AGLPGWRAMFVIEALPALLLA 193 WFP +RA+ +A F+ IPVA +G PLSG I+ H GL GW+ MF+IEA+PA+L+ Sbjct 144 WFPSHRRAKVIAVFMSGIPVAGILGNPLSGWIMDAFHQNGGLEGWQWMFLIEAIPAVLIG 203 Query 194 PLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWDLV-------LFAVV 246 L ++ + A WL EE+A L A + D G+ S G+ + L ++ Sbjct 204 VATVLYLDNDVKSAKWLNDEEKASLQADIDGDAK---GKESKHGFGAIVKDARVWLMCLI 260 Query 247 YGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQ 306 Y Y L ++P LV + L L+A+P+G A +AM RS DR + Sbjct 261 YFSFVMGQYGLTLWMPTLVKATGV-KGNLEIGLLSAIPFGCAIIAM-NLIGRSADRMRER 318 Query 307 AGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVA 366 H+ +P G +GAAL + V+++ L++A AG+L P FWS TA L+G A Sbjct 319 RWHLVIPALMGGVGFVGAALFADNTAVSIASLSLAAAGVLTCAPLFWSLPTAFLSGAAAA 378 Query 367 VAIATVNAVASLASFAGPYATGHLKD-----ATGTYHLALLTVAAVLAAAA 412 V IA +N+V +LA F PY G+LKD ATG Y LA++ V +A A Sbjct 379 VGIAAINSVGNLAGFVSPYLIGYLKDLTHNNATGMYMLAVMLVVGSIATLA 429 >gi|209885002|ref|YP_002288859.1| MFS transporter, ACS family [Oligotropha carboxidovorans OM5] gi|337741365|ref|YP_004633093.1| sodium-dependent phosphate transporter [Oligotropha carboxidovorans OM5] gi|209873198|gb|ACI92994.1| MFS transporter, ACS family [Oligotropha carboxidovorans OM5] gi|336095449|gb|AEI03275.1| sodium-dependent phosphate transporter [Oligotropha carboxidovorans OM4] gi|336099029|gb|AEI06852.1| sodium-dependent phosphate transporter [Oligotropha carboxidovorans OM5] Length=425 Score = 265 bits (678), Expect = 8e-69, Method: Compositional matrix adjust. Identities = 152/390 (39%), Positives = 222/390 (57%), Gaps = 6/390 (1%) Query 9 THNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYV 68 T + KA R++P LFV Y F+DR N+ A L M +DL+LS YG AG+FF+GY Sbjct 8 TTSGYRKATLRIVPFLFVCYFFAFLDRVNVGFAKLHMLSDLQLSEAVYGLGAGIFFIGYF 67 Query 69 LFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGV 128 +F+VP+N L R GA + +++ WG+ SAA A +TS Y+ RF LGVAE GFFPG+ Sbjct 68 IFEVPSNLILHRVGARLWIARIMVTWGIISAAMAFITSPTMFYILRFLLGVAEAGFFPGI 127 Query 129 IAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEAL 187 I YLT W+P +R R ++ F+ AIPV+ +G P+SG+I+ H GL GW+ +F+IEAL Sbjct 128 ILYLTYWYPAERRGRIISLFMAAIPVSGLIGSPISGIILDMSHGTHGLAGWQWLFIIEAL 187 Query 188 PALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGA---GWDLVLFA 244 P+ +L +L L D P +A WLT E + A L + S GA W + L + Sbjct 188 PSCILGVILFFFLTDRPAQARWLTAPEINRIEADLAAEAKQHDSHSVGAAMTDWRVWLLS 247 Query 245 VVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSG 304 +VY G+ +Y + F+LP +V S T+ + A+PY A + M+ RS D +G Sbjct 248 LVYFGIQMGVYGIGFWLPTIVKSSGF-TSDTVVGFVTAIPYLAATIFMIIMG-RSADATG 305 Query 305 AQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPR 364 + H+ LP +G+ + + + ++ LT+A G + A+ FWS +A L G Sbjct 306 KRRLHVALPAVLGVLGLVGSGIFASNVYIAVTCLTLATMGCITALALFWSLPSAFLGGFA 365 Query 365 VAVAIATVNAVASLASFAGPYATGHLKDAT 394 A IA +N+V +LA F PY G +KDAT Sbjct 366 AAGGIAMINSVGNLAGFLSPYMVGLIKDAT 395 >gi|300719058|ref|YP_003743861.1| major facilitator transporter tartrate transporter [Erwinia billingiae Eb661] gi|299064894|emb|CAX62014.1| major facilitator transporter, putative tartrate transporter [Erwinia billingiae Eb661] Length=435 Score = 265 bits (678), Expect = 9e-69, Method: Compositional matrix adjust. Identities = 161/438 (37%), Positives = 236/438 (54%), Gaps = 18/438 (4%) Query 10 HNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVL 69 + K R++P + +LY I F+DR NI AAL MN DL S T +G AG+FFLGY L Sbjct 7 KKVMRKVTLRIIPFIMLLYFIAFLDRVNIGFAALTMNQDLGFSPTVFGLGAGIFFLGYFL 66 Query 70 FQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVI 129 F+VP+N L + GA + V++ WG+ S A V + Y+ RF LGVAE GFFPG+I Sbjct 67 FEVPSNLILHKVGARIWIARVMITWGLVSGCMAFVQGTTSFYILRFLLGVAEAGFFPGII 126 Query 130 AYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPA 189 YL+ WFP A+RA+ A F+ A P++ +G P+S ++ G GW+ MF++EA+PA Sbjct 127 LYLSYWFPAAKRAQVTAIFMAAAPLSTALGSPISAALLEMHGFLGYAGWQWMFLLEAVPA 186 Query 190 LLLAPLLRRLLPDNPQRASWLTPEERAELSARLT-EDTPAPTGRSSGAGW----DLVLFA 244 L+L ++ L D P +A WLT EER L + E+ +S + W D + A Sbjct 187 LMLGVIVLFYLTDRPAKAKWLTDEERTWLENTMQAEELARAAKQSHSSAWQGLADKRVLA 246 Query 245 VVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSG 304 +VY G LY L + PQ++ S G ++L L A P + +AM+ W+ S DR+ Sbjct 247 LVYFGTSAGLYTLGIWSPQIIRSF--GASSLEIGFLNAFPAVIGVIAMILWARHS-DRTK 303 Query 305 AQAGHIT--LPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAG 362 ++ H+ AAG G + + I+ L+ +T+ GI A+ P WS T L+G Sbjct 304 ERSWHVIGACLLAAAGLIYAGNVSTLFAVIIALTLVTV---GISASKPPLWSMPTVFLSG 360 Query 363 PRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHAG 422 P A IAT+N++ +L F GP G ++ TG+Y L VA +L +A L+L Sbjct 361 PAAAAGIATINSIGNLGGFVGPMMIGVIRQQTGSYSWGLYFVAGLLGLSALIVLIL---- 416 Query 423 RTVCANDSEIMLHPSPAT 440 + AN + P P T Sbjct 417 -SAKANKPQTAEIPHPHT 433 >gi|298717135|ref|YP_003729777.1| tartrate transporter [Pantoea vagans C9-1] gi|298361324|gb|ADI78105.1| putative tartrate transporter [Pantoea vagans C9-1] Length=436 Score = 265 bits (678), Expect = 9e-69, Method: Compositional matrix adjust. Identities = 164/440 (38%), Positives = 235/440 (54%), Gaps = 20/440 (4%) Query 10 HNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVL 69 + K R++P + +LY I F+DR NI AAL MN DL S T +G AG+FFLGY L Sbjct 7 KKVMRKVTLRIIPFIMLLYFIAFLDRVNIGFAALTMNQDLGFSPTVFGLGAGIFFLGYFL 66 Query 70 FQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVI 129 F+VP+N L + GA + V++ WG+ S A V + Y+ RF LGVAE GFFPG+I Sbjct 67 FEVPSNLILHKVGARIWIARVMITWGLVSGCMAFVQGTTSFYVLRFLLGVAEAGFFPGII 126 Query 130 AYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPA 189 YL+ WFP A+RA+ A F+ A P++ +G P+S ++ G GW+ MFV+EA+PA Sbjct 127 LYLSYWFPAAKRAQVTAIFMAAAPLSTALGSPISAALLEMHGFLGYAGWQWMFVVEAIPA 186 Query 190 LLLAPLLRRLLPDNPQRASWLTPEERAELSARL-TEDTPAPTGRSSGAGWD------LVL 242 LLL ++ L D P +A WLT EER L + E+ +S + W ++ Sbjct 187 LLLGVVVLFFLTDRPAKAKWLTDEERTWLENTMRVEEQARAAKQSHTSAWQGLADKRVLA 246 Query 243 FAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDR 302 A+VY G LY L + PQ++ S G ++ L A P + +AM+ W+ S DR Sbjct 247 LALVYFGTSAGLYTLGIWSPQIIRSF--GATSMEIGFLNAFPAVIGVIAMILWARHS-DR 303 Query 303 SGAQAGHITLPT--TAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAAL 360 + ++ H+ A G G + + IV LT+ AGI A+ P WS T L Sbjct 304 TRERSWHVISACLLAAVGLIYAGNVSTLFTVIVA---LTLVTAGISASKPPLWSMPTLFL 360 Query 361 AGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 +GP A IAT+N++ +L F GP G ++ TG+Y L VA +L +A L+L Sbjct 361 SGPAAAAGIATINSIGNLGGFIGPMMIGVIRQQTGSYTWGLYFVAGLLGLSALVVLIL-- 418 Query 421 AGRTVCANDSEIMLHPSPAT 440 + RT +EI P P T Sbjct 419 SARTNKPQTAEI---PHPHT 435 >gi|148253713|ref|YP_001238298.1| MFS family transporter [Bradyrhizobium sp. BTAi1] gi|146405886|gb|ABQ34392.1| putative transport protein (MFS superfamily) [Bradyrhizobium sp. BTAi1] Length=443 Score = 265 bits (677), Expect = 1e-68, Method: Compositional matrix adjust. Identities = 156/419 (38%), Positives = 242/419 (58%), Gaps = 12/419 (2%) Query 19 RLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPANAAL 78 RL+P L + Y +++DR N+ AAL MNA+L+ S + AG+FF+GY +F+VP+N AL Sbjct 27 RLIPFLVLAYFFSYLDRVNLGFAALTMNAELKFSPLVFAWGAGIFFIGYFIFEVPSNLAL 86 Query 79 ARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTVWFPC 138 +FGA R + +++ WG+ SA ALV+ + Y RF LGVAE GFFPG+I YLT W+P Sbjct 87 EKFGASRWIARIMVTWGIISALMALVSGPWSFYALRFLLGVAEAGFFPGIILYLTYWYPA 146 Query 139 AQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLLAPLLRR 198 RAR +A F +A+PV+ +G P+SGL++G + GL GW+ +F+IE LP++LL + Sbjct 147 QYRARFLAAFAVAVPVSTVIGAPVSGLLLGMHGLLGLQGWQWLFIIEGLPSILLGVVTWF 206 Query 199 LLPDNPQRASWLTPEERAELSARLTEDTPAPT-------GRSSGAGWDLVLFAVVYGGLY 251 L D P+ A+WL+ E++A L+ R+ +T A G + + +++ +++Y G Sbjct 207 YLTDRPEHANWLSAEQKAWLATRIEAETAAKQAAGHMTLGEALSSP-KVIVLSLIYFGFV 265 Query 252 FALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGHIT 311 ALY +QF+LPQ+V A G + + A+PY +AM+ W+ S D + + H+ Sbjct 266 GALYGMQFWLPQIVK--AFGLTNVQTGFVTAIPYAFGTVAMILWARHS-DATRERVVHVG 322 Query 312 LPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAIAT 371 P + AL A+ P +T+ LT+A G+ FW+ TA L+G A AIA Sbjct 323 APLILI-AVALAASSMIGDPTLTMVALTVAAIGVFCVFGVFWTLPTAWLSGTAAAGAIAL 381 Query 372 VNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRHAGRTVCANDS 430 +N++ +LA F GPY G +KD TG+ LL ++ + A RH + A + Sbjct 382 INSIGNLAGFGGPYLVGWIKDTTGSTTHGLLALSVLPLIAGLLVFFGRHESKVEFAGQA 440 >gi|300704978|ref|YP_003746581.1| transport protein (mfs superfamily); tartrate transporter [Ralstonia solanacearum CFBP2957] gi|299072642|emb|CBJ43992.1| putative transport protein (MFS superfamily); putative tartrate transporter [Ralstonia solanacearum CFBP2957] Length=453 Score = 265 bits (677), Expect = 1e-68, Method: Compositional matrix adjust. Identities = 152/395 (39%), Positives = 223/395 (57%), Gaps = 8/395 (2%) Query 6 ASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFL 65 A H + K R++P +FVLY+I+++DRANI AAL MN +L LS+ A+G +G+FF+ Sbjct 23 APDEHAIVRKITWRIIPFVFVLYIISYLDRANIGYAALQMNKELALSSEAFGFVSGIFFI 82 Query 66 GYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFF 125 GY LF+VP+N L RFGA R + +++ WG+ + +A V SA LY+ RF LGVAE GFF Sbjct 83 GYFLFEVPSNVMLNRFGARRWIARILVTWGIVAMTSAFVQSATQLYVLRFLLGVAEAGFF 142 Query 126 PGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIE 185 PG+I YLT WF + A V+ F AIPV+ +G PLS I+ +VH GWR M ++E Sbjct 143 PGIIVYLTYWFRARELATTVSLFTAAIPVSYIIGAPLSTWIMDNVHWLQWSGWRWMLLLE 202 Query 186 ALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPA-PTGRSSGAGWDLVLFA 244 PA++ L L D P+ A WL+ ER L A L D A P G + Sbjct 203 GAPAVIGGVLCYLYLADRPKDARWLSEAERDWLLAELERDKKARPAAAHLGTIKVMSNPK 262 Query 245 VVYGGLYFALY-----ALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRS 299 V+Y + +Y + +++PQ++ + + +A LPY VA AM+ WS RS Sbjct 263 VLYLSFIYFVYQCGSLGIGYWMPQIIKGFSSTLSHTQVGLIAMLPYVVATAAMIWWSRRS 322 Query 300 IDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAA 359 D+ + H +P A A LGA +P++ ++ + +++AG+ A FW+ T Sbjct 323 -DKRAERRLHSAIPLGVAALAFLGAGFIG-NPVIAMAMICLSLAGLYAFKSPFWALPTLF 380 Query 360 LAGPRVAVAIATVNAVASLASFAGPYATGHLKDAT 394 L AV+IA +N+V +L F GP+A G+LK T Sbjct 381 LTRSTAAVSIAVINSVGNLGGFVGPFAIGYLKGQT 415 >gi|27381680|ref|NP_773209.1| MFS permease [Bradyrhizobium japonicum USDA 110] gi|27354849|dbj|BAC51834.1| MFS permease [Bradyrhizobium japonicum USDA 110] Length=432 Score = 265 bits (677), Expect = 1e-68, Method: Compositional matrix adjust. Identities = 159/424 (38%), Positives = 234/424 (56%), Gaps = 10/424 (2%) Query 4 IAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVF 63 +A+ L K R++P + +LY + F+DR NI A+L MN D+ LS YG AG+F Sbjct 1 MASEIQTRVLRKITWRIVPFIMLLYFVAFIDRVNIGFASLTMNKDIGLSPAVYGFGAGIF 60 Query 64 FLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGG 123 F GY LF+VP+N L + GA + V++ WG+ SAA A V Y+ RF LGVAE G Sbjct 61 FWGYFLFEVPSNIILHKIGARIWIARVMITWGIVSAAMAFVQGPTGFYILRFLLGVAEAG 120 Query 124 FFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFV 183 FFPG+I YL+ WFP QRA A F+ A P++ +G P+SG ++ + G GW+ +FV Sbjct 121 FFPGIILYLSYWFPARQRAAVTALFMAAAPLSTVLGSPISGALLEMDGLLGFKGWQWLFV 180 Query 184 IEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGW----- 238 +EALPA+LL ++ L D P++A WLT +ER L + +T + +S + W Sbjct 181 LEALPAVLLGFVVLGFLTDRPEKAKWLTDDERRWLVETMNAETTSKAATASHSIWRGLAD 240 Query 239 -DLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSH 297 ++ A++Y G LY L + PQ++ G ++L L ALP A +AM+ W+ Sbjct 241 PRVLALALIYFGTSAGLYTLGVWAPQIIKQF--GLSSLQVGFLNALPATAAVVAMILWAR 298 Query 298 RSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCT 357 S DR+G + H+ A + A L+ V ++ I + GI +A P WS T Sbjct 299 HS-DRTGERTWHVVWACLLAAAGLAYAGLAASVVAVLVALALINI-GISSAKPPLWSMPT 356 Query 358 AALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLL 417 L+GP A IAT+N++ +L F GP G +KD TG++ L VA +L +A +LL Sbjct 357 LFLSGPAAAAGIATINSIGNLGGFVGPAMIGWIKDQTGSFVGGLYFVAGLLVLSAVLTLL 416 Query 418 LRHA 421 L A Sbjct 417 LSRA 420 >gi|325961825|ref|YP_004239731.1| sugar phosphate permease [Arthrobacter phenanthrenivorans Sphe3] gi|323467912|gb|ADX71597.1| sugar phosphate permease [Arthrobacter phenanthrenivorans Sphe3] Length=456 Score = 265 bits (676), Expect = 2e-68, Method: Compositional matrix adjust. Identities = 164/415 (40%), Positives = 242/415 (59%), Gaps = 9/415 (2%) Query 10 HNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVL 69 L K RR++PL+ +LY I ++DR N+ A L M+ D+ LSA AYG AG+FFLGY L Sbjct 16 ERTLRKVRRRIMPLIVLLYFIAYLDRNNVGFAKLTMSEDIGLSAAAYGLGAGIFFLGYAL 75 Query 70 FQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVI 129 +VP+NA + RFGA + L +++ WG+ + A ALV T Y+ RF LG AE GFFP ++ Sbjct 76 LEVPSNAGMYRFGARKWLARILITWGIFATAMALVNGESTYYIIRFLLGAAEAGFFPAIL 135 Query 130 AYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPA 189 YLT+WFP AQR + F+LA P++N +G P+SGL++ + GL GW+ +++IE +PA Sbjct 136 FYLTLWFPAAQRVTVLGIFILAQPISNALGAPVSGLLLQMDGILGLHGWQWLYIIEGIPA 195 Query 190 LLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSG---AGWD---LVLF 243 +LL L L+ D P+ A WL EER L+ + + A + + AG +++ Sbjct 196 ILLGLLTPILMTDRPRDAKWLNTEEREWLATTMEAELAAKSKVGNHNFLAGLKDKRTLIY 255 Query 244 AVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRS 303 + +Y GL +Y L ++P +VA+L +T + +PY +AA+ + WS R+ DR+ Sbjct 256 SALYFGLVCGIYGLGLWMPTIVAALGK-FSTAEVGFIVLVPYAIAAVFVYFWSKRA-DRT 313 Query 304 GAQAGHITLPTTAAGSAALGAA-LSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAG 362 G +A H ++ AG L A L P++PI+ L LT A GI A+ F S +AAL G Sbjct 314 GKRAWHTSVSMVLAGMGLLAAGYLLPVNPILALIALTAAAMGIYGAIAPFLSMPSAALTG 373 Query 363 PRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLL 417 A +A VN++ +L F PYA G LKDATG LL ++ L A + L Sbjct 374 AAAASGLALVNSLGNLGGFVAPYAVGLLKDATGNNQSGLLFLSFCLCVTAVATYL 428 >gi|297157739|gb|ADI07451.1| transporter protein [Streptomyces bingchenggensis BCW-1] Length=461 Score = 263 bits (673), Expect = 4e-68, Method: Compositional matrix adjust. Identities = 174/446 (40%), Positives = 241/446 (55%), Gaps = 33/446 (7%) Query 1 VATIAASP-----THNALGKAARRLLPLLFVLYVINFVDRANISVAA-LAMNADLRLSAT 54 + T+A SP +A+ K ARRL+P + +++ +NF+DR +S A M DL LSA Sbjct 1 MGTVAPSPVIRDVERSAVKKVARRLVPFVALMFFVNFLDRTAVSFAEPNGMGDDLGLSAA 60 Query 55 AYGTAAGVFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLAR 114 +G A+GVFF+GY+L +VP+N AL RFGA R L +++ WG+ S V S LY R Sbjct 61 QFGLASGVFFIGYILLEVPSNMALHRFGARRWLARIMVTWGIVSLLFTWVQSTGQLYGLR 120 Query 115 FALGVAEGGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVG-HVHMA 173 F LGVAE GFFPG I YL+ W P R + +A F LA P+ +G PL+GL++ H Sbjct 121 FLLGVAEAGFFPGAILYLSQWVPARHRTKILALFYLAQPLTTVIGAPLAGLLINQHGAFF 180 Query 174 GLPGWRAMFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPT--- 230 GL GWR MF+ ++PA+LL + L D P A WLT EE+ L+A L + T Sbjct 181 GLDGWRFMFLGVSIPAILLGVIAWFYLIDRPADAKWLTREEKDWLTAELARENGTKTDGA 240 Query 231 -------GR-------SSGAGWDLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTAT-- 274 GR ++G W L L VY G + LYAL FFLP +++ T Sbjct 241 KAASGHGGRGALKAAFTNGRVWALSL---VYFGFIYGLYALAFFLPTIISGFEEQYGTHF 297 Query 275 --LTAATLAALPYGVAALAMLAWSHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPI 332 L + A+PY AA+A+ WS R R G +A H+ P A G ++ AL SP Sbjct 298 SVLDKGLITAIPYLPAAIALFFWS-RHATRHGTRAWHVAGP-AAVGGISIPLALYMGSPS 355 Query 333 VTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKD 392 T++ +T+ I AA+P FWS + L G A IA +N + ++A FA Y TG LKD Sbjct 356 ATIAVITVTACSIFAALPTFWSLPSQFLTGAAAAAGIALINTMGNVAGFAASYITGWLKD 415 Query 393 ATGTYHLALLTVAAVLAAAAACSLLL 418 +G+Y+L L V + +A L L Sbjct 416 FSGSYYLPLFVVGGFMLLSAVLMLWL 441 >gi|170750640|ref|YP_001756900.1| major facilitator transporter [Methylobacterium radiotolerans JCM 2831] gi|170657162|gb|ACB26217.1| major facilitator superfamily MFS_1 [Methylobacterium radiotolerans JCM 2831] Length=440 Score = 263 bits (673), Expect = 4e-68, Method: Compositional matrix adjust. Identities = 170/426 (40%), Positives = 241/426 (57%), Gaps = 18/426 (4%) Query 9 THNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYV 68 +A+ + RL+P L + Y ++F+DR N+ AA+ MN D+ LSAT +G AG+FFLGY Sbjct 11 ERSAMRRIGWRLVPFLILAYFVSFLDRVNVGFAAIQMNHDVGLSATVFGWGAGIFFLGYF 70 Query 69 LFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGV 128 L ++P+N L RFGA + ++ WG+ SAA ALV + RF LG+AE GFFPGV Sbjct 71 LMEIPSNLMLERFGARLWIARIMATWGLISAAMALVQGPWSFIGLRFLLGLAEAGFFPGV 130 Query 129 IAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALP 188 I YLT WFP A RAR + F+++IP+++ +G P+SG ++ +V GL GW+ +F++E LP Sbjct 131 ILYLTYWFPSAYRARIIGIFMISIPISSFLGSPISGALL-NVTGLGLAGWQWLFILEGLP 189 Query 189 ALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAG---WD------ 239 A+ LA + LPD P+ A+WL ER L +L + T R A WD Sbjct 190 AVFLAVAVLWFLPDGPRDAAWLPAAERDWLERQLRAEAARNTRRGQPAKPPLWDILRDRR 249 Query 240 LVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRS 299 L LFA +Y G + Y L F+ PQ+V S G + L ++PYG A+LAM+ W S Sbjct 250 LALFAAIYFGSTASSYGLSFWTPQIVKSF--GLGNVETGLLNSIPYGFASLAMVLWGRHS 307 Query 300 IDRSGAQAGHITLP--TTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCT 357 DR+ + H+ L A G A G LS + P+V LTIA G+ FW+ T Sbjct 308 -DRTAERRWHLALSFLILALGLAG-GTVLSGLGPVVAA--LTIAAMGVYMLKGPFWALAT 363 Query 358 AALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLL 417 + A +IA +NAV +L F GPY G +KD TG++ L+LL + +AA SL+ Sbjct 364 EQMPPATAAASIAAINAVGNLGGFLGPYLIGAIKDGTGSFTLSLLPLVIFALLSAALSLV 423 Query 418 LRHAGR 423 A R Sbjct 424 PGRAPR 429 >gi|222081349|ref|YP_002540712.1| tartrate transporter protein [Agrobacterium radiobacter K84] gi|221726028|gb|ACM29117.1| tartrate transporter protein [Agrobacterium radiobacter K84] Length=443 Score = 263 bits (672), Expect = 4e-68, Method: Compositional matrix adjust. Identities = 159/414 (39%), Positives = 232/414 (57%), Gaps = 10/414 (2%) Query 13 LGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQV 72 L K R++P + +LY+I F+DR NI AAL MN DL S+T +G AG+FFLGY LF+V Sbjct 19 LRKITIRIVPFIMLLYLIAFLDRVNIGFAALEMNKDLGFSSTVFGFGAGIFFLGYFLFEV 78 Query 73 PANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYL 132 P+N L + GA + V++ WG+ S A V A + Y+ RF LGVAE GFFPG+I YL Sbjct 79 PSNLILNKVGARIWIARVMITWGIVSGLMAFVQGATSFYVLRFLLGVAEAGFFPGIILYL 138 Query 133 TVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLL 192 + WFP +RA A F+ A P++ +G P+SG ++ + GL GW+ MF+IEA PAL+ Sbjct 139 SFWFPARRRAAVTALFMAAAPLSTVLGSPISGALMQMHGLMGLAGWQWMFLIEAAPALIF 198 Query 193 APLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGW------DLVLFAVV 246 ++ L D P +A WL+ EER L + ++ + ++S + W ++ A+V Sbjct 199 GVVVLFYLTDRPAKAKWLSDEERNWLVKTMEDEQKSRGVKASHSIWAGLVDIRVLALALV 258 Query 247 YGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQ 306 Y G LY L + PQ++ G ++L L A+P A +AM+ W+ S DR+G + Sbjct 259 YFGTSAGLYTLGIWAPQIIKEF--GLSSLDVGFLNAIPATFAVVAMVLWARHS-DRTGER 315 Query 307 AGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVA 366 H+ L A +A L A + L LT+ GI + P WS T L+GP A Sbjct 316 TWHVVLACLLA-AAGLAFAAGATGVLAVLVALTLVNIGISCSKPPLWSMPTLFLSGPAAA 374 Query 367 VAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLLRH 420 IAT+N++ +L F GP G +KD TG + L VA +L +AA +L+L Sbjct 375 AGIATINSIGNLGGFVGPSMIGWIKDLTGGFAGGLCFVAGLLVLSAALTLILSR 428 >gi|295701351|ref|YP_003610352.1| major facilitator superfamily MFS_1 [Burkholderia sp. CCGE1002] gi|295441674|gb|ADG20841.1| major facilitator superfamily MFS_1 [Burkholderia sp. CCGE1002] Length=437 Score = 262 bits (670), Expect = 8e-68, Method: Compositional matrix adjust. Identities = 159/430 (37%), Positives = 245/430 (57%), Gaps = 16/430 (3%) Query 2 ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAG 61 +T+ ++ +A+ KAA R +PLL + Y N++DR ++ AAL MN DL LSAT +G AG Sbjct 12 STVGSTVEQSAVRKAAWRFIPLLALAYFFNYLDRTSVGFAALTMNHDLGLSATQFGWGAG 71 Query 62 VFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAE 121 + F GY LF+VP+N AL RFGA R +++ WG +AATAL + Y+ R +G+ E Sbjct 72 IMFAGYCLFEVPSNLALYRFGARRWFARIMITWGFFAAATALAVGPKSFYVIRLLIGIGE 131 Query 122 GGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLS-GLIVGHVH-MAGLPGWR 179 GFFPGVI +L VWFP R R +A F ++ P+++ VG PLS GL+ H+H + GL GWR Sbjct 132 AGFFPGVIFFLAVWFPAGYRTRVLAWFTVSTPLSSLVGGPLSAGLL--HMHGVLGLAGWR 189 Query 180 AMFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSG---- 235 MF+++ LPA +L L+ ++L D P A WL+ EER L D A +G+ Sbjct 190 WMFIVQGLPACVLGFLVLKMLADKPADAKWLSHEERQALQGAF--DREAASGQKKKIFVT 247 Query 236 AGWDL--VLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAML 293 A D+ + A++ G Y + +LPQ++ AHG + ++A+PY A +A+L Sbjct 248 ALKDVRTYILAMISFGFTMGSYGIGIWLPQMLR--AHGMSVTQTGWMSAVPYFFATIALL 305 Query 294 AWSHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFW 353 W+ R +DR G ++ G+ ALG + + ++ +T+A+ G +A F+ Sbjct 306 CWAQR-VDRRGGPIANLA-AGLLIGAIALGVSTYFHQLVPAMTGITLALIGTIAGRTIFY 363 Query 354 SRCTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAA 413 + L+G A IA +N++ +L FAGPY G+LKD+ GT+ ++ ++ VL Sbjct 364 TLPARFLSGQAAAGGIAFINSIGALGGFAGPYLVGYLKDSFGTFSAGMIGLSIVLGITTL 423 Query 414 CSLLLRHAGR 423 +L L GR Sbjct 424 LTLSLYAFGR 433 >gi|338740417|ref|YP_004677379.1| putative tartrate transporter [Hyphomicrobium sp. MC1] gi|337760980|emb|CCB66813.1| putative tartrate transporter [Hyphomicrobium sp. MC1] Length=437 Score = 262 bits (669), Expect = 9e-68, Method: Compositional matrix adjust. Identities = 163/387 (43%), Positives = 227/387 (59%), Gaps = 11/387 (2%) Query 12 ALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQ 71 AL K R+LPLL Y ++DR N+S AAL MNADL + A+G +GVFFLGY LF+ Sbjct 8 ALSKVQYRILPLLIAGYFAAYLDRVNVSFAALQMNADLSIGPEAFGFVSGVFFLGYFLFE 67 Query 72 VPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAY 131 VP+N L R GA L+ +++ WG+ SA TA V+++ L + RF LG AE GFFPGVI Y Sbjct 68 VPSNIVLTRVGARLWLSRIMITWGILSAGTAFVSNSTELAVLRFLLGSAEAGFFPGVIYY 127 Query 132 LTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRAMFVIEALPAL 190 LT W P A+RAR V+ F++AIP++ +G P+SG I+ + + GL GW+ F++EA PA+ Sbjct 128 LTNWVPSAERARIVSVFMMAIPISTIIGAPISGWILDAWNGVLGLRGWQWQFILEAFPAI 187 Query 191 LLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGAGWD------LVLFA 244 L + LP+ P A WLTP ER +L A+L D S + D +++ A Sbjct 188 ALGVVCLLRLPETPADAKWLTPAERDDLLAQLASDRQENVPSHSHSIRDALTDKRVIVLA 247 Query 245 VVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSG 304 + G LY L F++PQ+V S++ + + A+PY ++A+ M+ W S DR+G Sbjct 248 ISCFGAGIGLYGLGFWMPQIVKSMS--LSNTETGFVVAVPYAISAIFMVVWGRHS-DRTG 304 Query 305 AQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPR 364 + HI +P A S A + +PIV L LT+A A LA P FW+ A LAGP Sbjct 305 ERIWHIAVPCFVA-SVAFALSAFVTAPIVVLVLLTVASACTLAIFPVFWTVPAALLAGPA 363 Query 365 VAVAIATVNAVASLASFAGPYATGHLK 391 A IA +NAVA+ + F GPY G K Sbjct 364 AAAGIALINAVANSSGFFGPYLIGFAK 390 >gi|183980622|ref|YP_001848913.1| integral membrane transport protein [Mycobacterium marinum M] gi|183173948|gb|ACC39058.1| conserved integral membrane transport protein [Mycobacterium marinum M] Length=444 Score = 262 bits (669), Expect = 9e-68, Method: Compositional matrix adjust. Identities = 162/422 (39%), Positives = 238/422 (57%), Gaps = 25/422 (5%) Query 15 KAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQVPA 74 K R++P L LY +N++DR N+ +A ++A L+L+AT +G A+G+FF+GYVL +VP+ Sbjct 18 KLGIRIVPFLMALYFVNYLDRTNLGIARADISAHLQLTATMFGLASGIFFIGYVLVEVPS 77 Query 75 NAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYLTV 134 N AL R+GA R L + ++WG+ AT +A TL + RF LGVAE G FPGVI YL+ Sbjct 78 NLALDRYGARRWLARIAVSWGIVVVATGFAPNATTLLVLRFLLGVAEAGLFPGVIYYLSR 137 Query 135 WFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMA----GLPGWRAMFVIEALPAL 190 WFP RAR VA F++A P+A +G PL+ + +H+ GL GW+ M + +PA+ Sbjct 138 WFPRDYRARVVALFMMASPIAAALGTPLAAWL---IHLGNGVFGLAGWQFMMIAVGVPAI 194 Query 191 LLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGR---------SSGAGWDLV 241 +L L D P A+WL P+ER L L E+ G +S W L Sbjct 195 VLGFACWYYLVDRPGDAAWLEPDERQWLVDTLAEEQRQVAGDFHFPLRRALTSPRIWAL- 253 Query 242 LFAVVYGGLYFALYALQFFLPQLVA----SLAHGTATLTAATLAALPYGVAALAMLAWSH 297 A+VY G+ + LYAL FFLP +++ S + + +AA+PY AA+AM WS Sbjct 254 --ALVYFGIAYGLYALTFFLPSIISGFKKSFGIDFSIVQVGLIAAIPYTCAAVAMYLWS- 310 Query 298 RSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCT 357 R D +G Q H+ +P G A+ AL +P++ + + I G+ AA+P+FW+ + Sbjct 311 RHADATGEQVWHVAVPML-LGGLAIPVALHLHTPVLVMVAVAITAMGVFAAIPSFWALPS 369 Query 358 AALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLL 417 L G A AI +N+V +L FA PY TG L+ TGT + V A++ +A +L Sbjct 370 NFLTGTAAAGAIGLINSVGNLGGFAAPYLTGALEQVTGTDKAGMWAVGAMMLMSAFVVVL 429 Query 418 LR 419 LR Sbjct 430 LR 431 >gi|300698121|ref|YP_003748782.1| transporter Major facilitator superfamily MFS [Ralstonia solanacearum CFBP2957] gi|299074845|emb|CBJ54413.1| putative transporter, Major facilitator superfamily MFS [Ralstonia solanacearum CFBP2957] Length=435 Score = 261 bits (668), Expect = 1e-67, Method: Compositional matrix adjust. Identities = 164/419 (40%), Positives = 233/419 (56%), Gaps = 6/419 (1%) Query 2 ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAG 61 A I A A K RL+P LF+ YV ++DR N+ A L M +DL+ S T YG AG Sbjct 10 AAIHADLEDTAYTKVTWRLIPFLFLCYVFAYLDRVNVGFAKLQMLSDLKFSETIYGLGAG 69 Query 62 VFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAE 121 +FF+GY L +VP+N AL RFGA + + ++++WGV SAA V + Y+ RF LGVAE Sbjct 70 IFFIGYFLMEVPSNLALHRFGARKWIARIMISWGVVSAAMIFVKTPTAFYVLRFLLGVAE 129 Query 122 GGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVH-MAGLPGWRA 180 GFFPG+I YLT W+P ++R++ A F+ IP+A +G PLSG I+ H + GL W+ Sbjct 130 AGFFPGIILYLTYWYPASRRSKITALFMTGIPIAGVLGGPLSGWILDRFHNINGLHEWQW 189 Query 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARL-TEDTPAPTGRSSGAGWD 239 +F++EA+P+L+ + L D + A WL +E+A L L +E +SGA + Sbjct 190 LFLLEAIPSLVAGIVTFLYLDDRIRDAKWLDADEKALLERALASESGKIEVHHASGAFKN 249 Query 240 LVLFAVV--YGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSH 297 ++ + Y G+ LY + F+LP L+ + + T L L +PYG AA+AM+ Sbjct 250 ARVWVLCAGYFGIIMGLYGISFWLPTLIKA-SGVTHALDVGLLTMIPYGAAAIAMVM-IG 307 Query 298 RSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCT 357 RS DR+ + H+ LP + L P + + LT+A GIL A+ FWS Sbjct 308 RSSDRTKERRWHVALPAIVGAVGLAASTLVSHQPAMAVLALTVATMGILGALCQFWSIPP 367 Query 358 AALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSL 416 A L G A IA +N+V +LA F PY G +KDAT + L L VA L AAA L Sbjct 368 AFLGGAAAAAGIALINSVGNLAGFVSPYLVGWIKDATQSTDLGLYCVALSLILAAAIVL 426 >gi|220919654|ref|YP_002494957.1| major facilitator superfamily MFS_1 [Methylobacterium nodulans ORS 2060] gi|219952074|gb|ACL62465.1| major facilitator superfamily MFS_1 [Methylobacterium nodulans ORS 2060] Length=444 Score = 261 bits (666), Expect = 2e-67, Method: Compositional matrix adjust. Identities = 163/434 (38%), Positives = 240/434 (56%), Gaps = 14/434 (3%) Query 2 ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAG 61 A AA H K RR+LP LF+ YV++++DR N+ AAL MN D+ LSATA+G AG Sbjct 12 AQTAAVDEHALYRKMLRRILPFLFICYVVSYLDRVNVGFAALTMNKDIDLSATAFGVGAG 71 Query 62 VFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAE 121 +FF GY + ++P+N + R GA + +++ WG+ SAATA VT +ARF LG+ E Sbjct 72 LFFFGYFVAEIPSNLIMMRVGARLWIARIMITWGLVSAATAFVTGPVQFGIARFLLGLGE 131 Query 122 GGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAM 181 GF PGV YL++WFP A RARA A FLL IPVAN VG P+SG +V + GL GW+ + Sbjct 132 AGFVPGVFLYLSMWFPSAVRARATALFLLGIPVANIVGSPISGALV-QLEGFGLKGWQWL 190 Query 182 FVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRSSGA----- 236 V+EA PA++L +L D P++A+WL+ ER L +RL + A + + Sbjct 191 LVLEAAPAVILGVACLLVLTDKPEKAAWLSAPERDFLVSRLASEKAAIEKKHNLTLAQAL 250 Query 237 -GWDLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAW 295 W ++ A + + +LPQ++ L G AT + A+PY A+AM+ W Sbjct 251 RNWRVLTLATINFCAIIGSLGIGLWLPQIIKQL--GLATSVVGFVTAIPYLCGAIAMVVW 308 Query 296 SHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSR 355 S DR + + + + GSAAL A+ SP++T+ L IAV GI + + FW+ Sbjct 309 GRMS-DRGSDRTIYPAI-SLFVGSAALVASAFTSSPLLTIVALCIAVVGINSFVATFWAV 366 Query 356 CTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACS 415 ++ L G A IA + ++ +L F GPY G ++D +G + L+ V L A Sbjct 367 PSSFLTGRAAAGGIAMIVSIGNLGGFVGPYMIGFVRDLSGGFTAPLVAVGCSLLFGATLM 426 Query 416 LLLRHAGRTVCAND 429 ++ GR V +D Sbjct 427 VVF---GRLVRRDD 437 >gi|4033481|sp|P70786.1|TUB3_AGRVI RecName: Full=Putative tartrate transporter gi|984367|gb|AAB61622.1| membrane protein [Agrobacterium vitis] Length=449 Score = 260 bits (665), Expect = 3e-67, Method: Compositional matrix adjust. Identities = 157/411 (39%), Positives = 229/411 (56%), Gaps = 9/411 (2%) Query 13 LGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVFFLGYVLFQV 72 L K R++P + +LY I F+DR NI AAL MN DL S+T +G AG+FF+GY LF+V Sbjct 27 LRKITFRIVPFIMLLYFIAFLDRVNIGFAALTMNQDLGFSSTVFGIGAGIFFVGYFLFEV 86 Query 73 PANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGGFFPGVIAYL 132 P+N L + GA + V++ WG+ S A V + Y+ RF LGVAE GFFPG+I YL Sbjct 87 PSNLILNKVGARIWIARVMITWGIVSGLMAFVQGTTSFYILRFLLGVAEAGFFPGIILYL 146 Query 133 TVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFVIEALPALLL 192 + WFP +RA A F+ A P++ +G P+SG ++ + GL GW+ MF+IEA PAL+L Sbjct 147 SFWFPARRRAAVTALFMAAAPLSTVLGSPISGALMEMHGLMGLAGWQWMFLIEAAPALIL 206 Query 193 APLLRRLLPDNPQRASWLTPEERAELSARLTED-----TPAPTGRSSGAGWDLVLFAVVY 247 ++ L D P++A WLT EER L + + T + + + A ++ A+VY Sbjct 207 GVVVLFFLTDRPEKAKWLTEEERNWLVKTMNAEQAGRGTASHSVMAGLADIRVIALALVY 266 Query 248 GGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSHRSIDRSGAQA 307 G LY L + PQ++ G + + + A+P A +AM+ W+ S DR+G + Sbjct 267 FGTSAGLYTLGIWAPQIIKQF--GLSAIEVGFINAVPGIFAVVAMVLWARHS-DRTGERT 323 Query 308 GHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCTAALAGPRVAV 367 H+ A +A L A S + L LTI GI + P WS T L+GP A Sbjct 324 WHVVGACLLA-AAGLAFAAGATSVFMVLIALTIVNVGISCSKPPLWSMPTMFLSGPAAAA 382 Query 368 AIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLLL 418 IAT+N++ +L F GP G +KD TG++ L VA +L +A +L+L Sbjct 383 GIATINSIGNLGGFVGPSMIGWIKDTTGSFTGGLYFVAGLLLISAILTLIL 433 >gi|220921441|ref|YP_002496742.1| major facilitator superfamily protein [Methylobacterium nodulans ORS 2060] gi|219946047|gb|ACL56439.1| major facilitator superfamily MFS_1 [Methylobacterium nodulans ORS 2060] Length=432 Score = 260 bits (665), Expect = 3e-67, Method: Compositional matrix adjust. Identities = 162/427 (38%), Positives = 246/427 (58%), Gaps = 9/427 (2%) Query 4 IAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAGVF 63 + S + + A RL+P L VLYVI FVDR N+ AAL M+ DL L+ +G AG+F Sbjct 1 MDGSLEQATMRRVAWRLVPFLCVLYVIAFVDRINVGFAALTMSRDLGLTPAMFGFGAGLF 60 Query 64 FLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAEGG 123 F+ Y LF+VP+N L R GA R + V++ WG+ S A ++ + Y+ RF LG+AE G Sbjct 61 FISYFLFEVPSNLILDRVGARRWIARVMITWGLISMGFAFISGPNQFYVLRFLLGIAEAG 120 Query 124 FFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAMFV 183 FFPGVI YLT WFP R R A F++AIP+A+ + P+SG ++ + G W+ MF+ Sbjct 121 FFPGVILYLTYWFPKRWRGRVTAGFVVAIPIASAIAAPISGYLLALDGVLGFHSWQWMFI 180 Query 184 IEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTG---RSSGA---G 237 +EA PA++L + L D P++A WLT E+R L + + AP R GA Sbjct 181 LEAAPAVVLGFVCLVYLTDRPEQARWLTAEQRDWLVTEMRAEQGAPQHHSLREVGATLLS 240 Query 238 WDLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAMLAWSH 297 W ++ A+VY GL LY ++ +LPQ+V S H + + ++A+PY +A M W+ Sbjct 241 WPVLRLALVYFGLTTGLYGIELWLPQIVKSFGH--SNIEVGFISAIPYLLAIATMGFWAR 298 Query 298 RSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAFWSRCT 357 S DR+G + GH+ + + A + + T+ +L++A+AG++AA P FW T Sbjct 299 HS-DRTGERFGHVAIACAVGCGGLVMAGIFHDLVVATVIFLSLAIAGVMAARPPFWQLPT 357 Query 358 AALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVLAAAAACSLL 417 L G + A IA +N++ +L F GP G ++A+G++ L L+ AA LA +AA +L Sbjct 358 EFLTGTKAAAGIAAINSIGNLGGFVGPSLIGWAREASGSFTLGLMMSAATLALSAAFTLS 417 Query 418 LRHAGRT 424 LR A ++ Sbjct 418 LRRASQS 424 >gi|307730654|ref|YP_003907878.1| major facilitator superfamily protein [Burkholderia sp. CCGE1003] gi|307585189|gb|ADN58587.1| major facilitator superfamily MFS_1 [Burkholderia sp. CCGE1003] Length=449 Score = 260 bits (664), Expect = 4e-67, Method: Compositional matrix adjust. Identities = 161/430 (38%), Positives = 236/430 (55%), Gaps = 20/430 (4%) Query 2 ATIAASPTHNALGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAG 61 A++ AS A+ K R++P LF++YV++++DR NI A L DL LS AYG AG Sbjct 11 ASLDASLEAAAIRKITWRIMPFLFLVYVLSYLDRVNIGYAKLQFTGDLGLSNAAYGLGAG 70 Query 62 VFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAE 121 +FF GY +F+VP+N L +FGA T+ + + WG+ S V S T Y+ RF LGVAE Sbjct 71 IFFFGYFVFEVPSNLLLKKFGARATIARITMLWGLLSCLMMFVRSETTFYVLRFLLGVAE 130 Query 122 GGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMA-GLPGWRA 180 G PGV+ YLT WFP +RAR VA F+ AIPVA +G PLSG ++ +H A GL GW+ Sbjct 131 AGLVPGVVLYLTFWFPSDRRARMVAVFMAAIPVAGIIGAPLSGFLMSALHEAHGLRGWQW 190 Query 181 MFVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTPAPTGRS------- 233 MF+IE +P++L +L + P A+WL+ +E+ + ARL+ ++ A + Sbjct 191 MFLIEGIPSILAGFWALAVLRNTPAEAAWLSDDEKRVILARLSRESAAAAAQGAEHSLAA 250 Query 234 ---SGAGW--DLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVA 288 SG W L+ F +V G F+ F+LPQ+V L T +T + A+PY A Sbjct 251 ALRSGRFWLLTLIYFCLVTGNAGFS-----FWLPQIVKDLGV-TNLVTNGFVTAIPYLAA 304 Query 289 ALAMLAWSHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAA 348 + M+ RS D +G + H + LG+A S + ++ L+IA GILA Sbjct 305 GIGMIL-IGRSSDVTGERRWHYAVCCFIGAVGLLGSASVTNSIPLAVTGLSIAYVGILAG 363 Query 349 MPAFWSRCTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYHLALLTVAAVL 408 FWS T+ L G IA +N++A+LA + PY G +KDAT + L+ +A L Sbjct 364 FGIFWSMSTSFLQGTAAVAGIAVINSIANLAGYVSPYVLGIVKDATHSVTFGLVLIAGAL 423 Query 409 AAAAACSLLL 418 +L++ Sbjct 424 IVGGLVTLMM 433 >gi|189352165|ref|YP_001947792.1| permease of the major facilitator superfamily [Burkholderia multivorans ATCC 17616] gi|189336187|dbj|BAG45256.1| permease of the major facilitator superfamily [Burkholderia multivorans ATCC 17616] Length=438 Score = 259 bits (663), Expect = 5e-67, Method: Compositional matrix adjust. Identities = 166/406 (41%), Positives = 238/406 (59%), Gaps = 16/406 (3%) Query 3 TIAASPTHNA-LGKAARRLLPLLFVLYVINFVDRANISVAALAMNADLRLSATAYGTAAG 61 T AA P H A + + RL+P L +LY++ ++DR+NISVAAL MNADL LSA YG AG Sbjct 4 TAAAPPLHAATMRRLNLRLIPFLMLLYLVAYIDRSNISVAALQMNADLGLSAEMYGLGAG 63 Query 62 VFFLGYVLFQVPANAALARFGAGRTLTAVVLAWGVCSAATALVTSAHTLYLARFALGVAE 121 +F++ Y+LF+VP+N LAR GA R + +++ WGV +A + V + LY R LG AE Sbjct 64 LFYVTYILFEVPSNLFLARVGARRWIARIMITWGVIAAGMSAVHTPGQLYAMRLLLGAAE 123 Query 122 GGFFPGVIAYLTVWFPCAQRARAVATFLLAIPVANTVGLPLSGLIVGHVHMAGLPGWRAM 181 GF PG+I YL+ W+P + RARA++ F + +A+ +GLPLSG ++ + G+ GWR + Sbjct 124 AGFTPGIIYYLSAWYPASDRARAMSFFYIGATLASVIGLPLSGALLNLNGVLGVEGWRWL 183 Query 182 FVIEALPALLLAPLLRRLLPDNPQRASWLTPEERAELSARLTEDTP-------APTGRSS 234 F++E +PALLL ++ R LPD P A WL +ERA L A L + P A R+ Sbjct 184 FLLEGVPALLLGIVVLRRLPDTPADARWLPADERAWLEATLRDTAPREHLSHGAALRRAF 243 Query 235 GAG--WDLVLFAVVYGGLYFALYALQFFLPQLVASLAHGTATLTAATLAALPYGVAALAM 292 G W L F ++ F L FLP LV SL+ G ++ +L+ALP+ A +AM Sbjct 244 GDRNVWALAAFWLLQA---FGTIGLTLFLPLLVKSLS-GQSSFAVGSLSALPFLFACVAM 299 Query 293 LAWSHRSIDRSGAQAGHITLPTTAAGSAALGAALSPMSPIVTLSWLTIAVAGILAAMPAF 352 A + R D G +A H+ +P AG+ +GA + PI + L +AV AA P F Sbjct 300 YA-NGRHSDLGGERALHLGVPMLLAGALLVGAIYVHVLPI-AYALLVLAVGFNWAATPVF 357 Query 353 WSRCTAALAGPRVAVAIATVNAVASLASFAGPYATGHLKDATGTYH 398 W+ T ++G A +IA +NAVA++A A P G +KD T +Y Sbjct 358 WAVTTEYVSGLTAAASIALINAVANIAGLALPPVMGRIKDVTHSYD 403 Lambda K H 0.325 0.134 0.406 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 912611074200 Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects Posted date: Sep 5, 2011 4:36 AM Number of letters in database: 5,219,829,388 Number of sequences in database: 15,229,318 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Neighboring words threshold: 11 Window for multiple hits: 40