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= Rv2508c Length=445 Score E Sequences producing significant alignments: (Bits) Value gi|15609645|ref|NP_217024.1| hypothetical protein Rv2508c [Mycob... 863 0.0 gi|15842036|ref|NP_337073.1| hypothetical protein MT2583 [Mycoba... 862 0.0 gi|289575213|ref|ZP_06455440.1| leucine and alanine rich integra... 861 0.0 gi|289762676|ref|ZP_06522054.1| conserved integral membrane leuc... 861 0.0 gi|339295391|gb|AEJ47502.1| hypothetical protein CCDC5079_2312 [... 821 0.0 gi|342857896|ref|ZP_08714552.1| hypothetical protein MCOL_03440 ... 620 1e-175 gi|254823124|ref|ZP_05228125.1| hypothetical protein MintA_24560... 608 5e-172 gi|15827137|ref|NP_301400.1| hypothetical protein ML0430 [Mycoba... 598 9e-169 gi|2222715|emb|CAB09911.1| hypothetical protein MLCL383.37 [Myco... 596 2e-168 gi|336460991|gb|EGO39871.1| major facilitator superfamily permea... 584 1e-164 gi|240171591|ref|ZP_04750250.1| integral membrane leucine and al... 583 2e-164 gi|41408415|ref|NP_961251.1| hypothetical protein MAP2317c [Myco... 583 2e-164 gi|254774493|ref|ZP_05216009.1| hypothetical protein MaviaA2_074... 582 4e-164 gi|296170423|ref|ZP_06852011.1| permease of the major facilitato... 580 1e-163 gi|183983830|ref|YP_001852121.1| integral membrane leucine and a... 580 1e-163 gi|118619030|ref|YP_907362.1| integral membrane leucine and alan... 575 6e-162 gi|118467009|ref|YP_880899.1| permease of the major facilitator ... 572 6e-161 gi|145223133|ref|YP_001133811.1| major facilitator transporter [... 529 4e-148 gi|108800603|ref|YP_640800.1| major facilitator transporter [Myc... 516 2e-144 gi|118470358|ref|YP_888981.1| permease of the major facilitator ... 512 5e-143 gi|333990037|ref|YP_004522651.1| integral membrane leucine and a... 491 7e-137 gi|120405051|ref|YP_954880.1| major facilitator superfamily tran... 476 5e-132 gi|54023259|ref|YP_117501.1| putative transporter [Nocardia farc... 412 6e-113 gi|226360538|ref|YP_002778316.1| MFS transporter [Rhodococcus op... 409 6e-112 gi|111018420|ref|YP_701392.1| major facilitator transporter [Rho... 407 2e-111 gi|169628628|ref|YP_001702277.1| hypothetical protein MAB_1538 [... 400 2e-109 gi|325675976|ref|ZP_08155659.1| major facilitator transporter [R... 386 4e-105 gi|312140414|ref|YP_004007750.1| mfs transporter [Rhodococcus eq... 385 9e-105 gi|226307343|ref|YP_002767303.1| MFS transporter [Rhodococcus er... 384 1e-104 gi|296140070|ref|YP_003647313.1| major facilitator superfamily p... 381 1e-103 gi|229493997|ref|ZP_04387766.1| permease of the major facilitato... 381 2e-103 gi|19553812|ref|NP_601814.1| major facilitator superfamily perme... 373 3e-101 gi|145296609|ref|YP_001139430.1| hypothetical protein cgR_2517 [... 373 4e-101 gi|62391452|ref|YP_226854.1| major facilitator superfamily perme... 373 4e-101 gi|344046322|gb|EGV41988.1| major facilitator superfamily permea... 372 9e-101 gi|311742482|ref|ZP_07716291.1| major facilitator transporter [A... 357 3e-96 gi|225022164|ref|ZP_03711356.1| hypothetical protein CORMATOL_02... 355 9e-96 gi|340793494|ref|YP_004758957.1| major facilitator superfamily p... 347 2e-93 gi|325003547|ref|ZP_08124659.1| major facilitator superfamily pr... 345 1e-92 gi|258650822|ref|YP_003199978.1| major facilitator superfamily p... 344 2e-92 gi|331697078|ref|YP_004333317.1| major facilitator superfamily p... 342 1e-91 gi|319948002|ref|ZP_08022179.1| major facilitator transporter [D... 333 4e-89 gi|296118921|ref|ZP_06837494.1| putative membrane protein [Coryn... 326 4e-87 gi|259505956|ref|ZP_05748858.1| membrane protein [Corynebacteriu... 325 1e-86 gi|25029052|ref|NP_739106.1| hypothetical protein CE2496 [Coryne... 325 1e-86 gi|333921847|ref|YP_004495428.1| putative MFS transporter [Amyco... 310 3e-82 gi|336118197|ref|YP_004572966.1| putative major facilitator supe... 309 5e-82 gi|227506354|ref|ZP_03936403.1| major facilitator transporter [C... 306 7e-81 gi|220914396|ref|YP_002489705.1| major facilitator superfamily p... 293 5e-77 gi|308178333|ref|YP_003917739.1| MFS superfamily transporter [Ar... 293 5e-77 >gi|15609645|ref|NP_217024.1| hypothetical protein Rv2508c [Mycobacterium tuberculosis H37Rv] gi|31793688|ref|NP_856181.1| hypothetical protein Mb2536c [Mycobacterium bovis AF2122/97] gi|121638390|ref|YP_978614.1| putative integral membrane leucine and alanine rich protein [Mycobacterium bovis BCG str. Pasteur 1173P2] 47 more sequence titles Length=445 Score = 863 bits (2229), Expect = 0.0, Method: Compositional matrix adjust. Identities = 445/445 (100%), Positives = 445/445 (100%), Gaps = 0/445 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL Sbjct 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL Sbjct 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS Sbjct 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR Sbjct 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS Sbjct 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA Sbjct 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL Sbjct 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 Query 421 TTGLLLMLRVQVSRHGGALTTAQSS 445 TTGLLLMLRVQVSRHGGALTTAQSS Sbjct 421 TTGLLLMLRVQVSRHGGALTTAQSS 445 >gi|15842036|ref|NP_337073.1| hypothetical protein MT2583 [Mycobacterium tuberculosis CDC1551] gi|253798412|ref|YP_003031413.1| hypothetical protein TBMG_01463 [Mycobacterium tuberculosis KZN 1435] gi|254232637|ref|ZP_04925964.1| hypothetical protein TBCG_02448 [Mycobacterium tuberculosis C] 22 more sequence titles Length=448 Score = 862 bits (2228), Expect = 0.0, Method: Compositional matrix adjust. Identities = 445/445 (100%), Positives = 445/445 (100%), Gaps = 0/445 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL Sbjct 4 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 63 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL Sbjct 64 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 123 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS Sbjct 124 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 183 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR Sbjct 184 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 243 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS Sbjct 244 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 303 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA Sbjct 304 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 363 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL Sbjct 364 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 423 Query 421 TTGLLLMLRVQVSRHGGALTTAQSS 445 TTGLLLMLRVQVSRHGGALTTAQSS Sbjct 424 TTGLLLMLRVQVSRHGGALTTAQSS 448 >gi|289575213|ref|ZP_06455440.1| leucine and alanine rich integral membrane protein [Mycobacterium tuberculosis K85] gi|339632534|ref|YP_004724176.1| hypothetical protein MAF_25230 [Mycobacterium africanum GM041182] gi|289539644|gb|EFD44222.1| leucine and alanine rich integral membrane protein [Mycobacterium tuberculosis K85] gi|339331890|emb|CCC27593.1| putative conserved integral membrane leucine and alanine rich protein [Mycobacterium africanum GM041182] Length=445 Score = 861 bits (2225), Expect = 0.0, Method: Compositional matrix adjust. Identities = 444/445 (99%), Positives = 444/445 (99%), Gaps = 0/445 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL Sbjct 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL Sbjct 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS Sbjct 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR Sbjct 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVN YGLTQADVLIFGAAAS Sbjct 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNEYGLTQADVLIFGAAAS 300 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA Sbjct 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL Sbjct 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 Query 421 TTGLLLMLRVQVSRHGGALTTAQSS 445 TTGLLLMLRVQVSRHGGALTTAQSS Sbjct 421 TTGLLLMLRVQVSRHGGALTTAQSS 445 >gi|289762676|ref|ZP_06522054.1| conserved integral membrane leucine and alanine rich protein [Mycobacterium tuberculosis GM 1503] gi|289710182|gb|EFD74198.1| conserved integral membrane leucine and alanine rich protein [Mycobacterium tuberculosis GM 1503] Length=445 Score = 861 bits (2225), Expect = 0.0, Method: Compositional matrix adjust. Identities = 444/445 (99%), Positives = 445/445 (100%), Gaps = 0/445 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL Sbjct 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL Sbjct 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS Sbjct 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR Sbjct 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIF+FGAVLGVNAYGLTQADVLIFGAAAS Sbjct 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFSFGAVLGVNAYGLTQADVLIFGAAAS 300 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA Sbjct 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL Sbjct 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 Query 421 TTGLLLMLRVQVSRHGGALTTAQSS 445 TTGLLLMLRVQVSRHGGALTTAQSS Sbjct 421 TTGLLLMLRVQVSRHGGALTTAQSS 445 >gi|339295391|gb|AEJ47502.1| hypothetical protein CCDC5079_2312 [Mycobacterium tuberculosis CCDC5079] gi|339299011|gb|AEJ51121.1| hypothetical protein CCDC5180_2284 [Mycobacterium tuberculosis CCDC5180] Length=425 Score = 821 bits (2121), Expect = 0.0, Method: Compositional matrix adjust. Identities = 425/425 (100%), Positives = 425/425 (100%), Gaps = 0/425 (0%) Query 21 MWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLAPVVGV 80 MWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLAPVVGV Sbjct 1 MWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLAPVVGV 60 Query 81 WVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSSVPYNAM 140 WVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSSVPYNAM Sbjct 61 WVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSSVPYNAM 120 Query 141 LRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANGLNVRMA 200 LRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANGLNVRMA Sbjct 121 LRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANGLNVRMA 180 Query 201 MLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDRNLVYFL 260 MLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDRNLVYFL Sbjct 181 MLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDRNLVYFL 240 Query 261 VASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVDHRIGSK 320 VASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVDHRIGSK Sbjct 241 VASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVDHRIGSK 300 Query 321 PVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQHGKEGVA 380 PVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQHGKEGVA Sbjct 301 PVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQHGKEGVA 360 Query 381 FGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVSRHGGALT 440 FGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVSRHGGALT Sbjct 361 FGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVSRHGGALT 420 Query 441 TAQSS 445 TAQSS Sbjct 421 TAQSS 425 >gi|342857896|ref|ZP_08714552.1| hypothetical protein MCOL_03440 [Mycobacterium colombiense CECT 3035] gi|342135229|gb|EGT88395.1| hypothetical protein MCOL_03440 [Mycobacterium colombiense CECT 3035] Length=450 Score = 620 bits (1600), Expect = 1e-175, Method: Compositional matrix adjust. Identities = 333/441 (76%), Positives = 372/441 (85%), Gaps = 5/441 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M+ P SR+ T RVVAWA+WDCGSTGLNAIV TFVF+VYLTS+VG G+ G T+PASWL Sbjct 1 MSQPESRSATPARSRVVAWALWDCGSTGLNAIVATFVFAVYLTSSVGVGISGATTPASWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A+AGLT+ VLAP VGVWVESPHRRRVALSVLT AV LTC MF I D P YLWAGL Sbjct 61 GRAAAIAGLTVAVLAPAVGVWVESPHRRRVALSVLTAAAVTLTCLMFFIHDRPGYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLL ATAA DL+SVPYNAMLRQLSTP TAGRISGFGWA+GYVGSV LLLVIY GF+SGS Sbjct 121 VLLGATAACGDLASVPYNAMLRQLSTPQTAGRISGFGWAAGYVGSVLLLLVIYTGFISGS 180 Query 181 G----SQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLL 236 G + RGLL++P+ +GL VR AM+VAA W A+L LPLL VAHRL +S P T +L Sbjct 181 GKGSDATRGLLRVPLRDGLYVREAMVVAAIWFAVLALPLLFVAHRLTESSEGYQP-TSML 239 Query 237 GGYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFG 296 GGYRKLWTE++AEWRRDRNLVYFL ASA+FRDGLAAIFAFGAVLGVN YG++QADVLIFG Sbjct 240 GGYRKLWTEVAAEWRRDRNLVYFLFASALFRDGLAAIFAFGAVLGVNVYGISQADVLIFG 299 Query 297 AAASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVF 356 AASVVAAVGAVLGGFVDHR+GSKPVIV SL+AI+ LTL+ LSGP AFW CGLLLC+F Sbjct 300 VAASVVAAVGAVLGGFVDHRVGSKPVIVASLSAIVVLGLTLMALSGPVAFWVCGLLLCMF 359 Query 357 IGPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 IGP+QSS+RALLLHMA+HG+EGVAFGLYTMTGRAV+F+ PWLFSVFVDVF VRAGLGG+ Sbjct 360 IGPSQSSSRALLLHMAKHGREGVAFGLYTMTGRAVAFVAPWLFSVFVDVFGAVRAGLGGI 419 Query 417 CLVLTTGLLLMLRVQVSRHGG 437 LVL GLL ML V+V GG Sbjct 420 SLVLIAGLLAMLAVRVPVRGG 440 >gi|254823124|ref|ZP_05228125.1| hypothetical protein MintA_24560 [Mycobacterium intracellulare ATCC 13950] Length=446 Score = 608 bits (1569), Expect = 5e-172, Method: Compositional matrix adjust. Identities = 330/446 (74%), Positives = 369/446 (83%), Gaps = 5/446 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M+ P R+ + RVVAWA+WDCGSTGLNAIV TFVF+VYLTS+VG G+ G T+PASWL Sbjct 1 MSQPELRSAAPVRSRVVAWALWDCGSTGLNAIVATFVFAVYLTSSVGVGIGGSTTPASWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A+AGLT+ +LAP VGVWVESPHRRRVALSVLT AV LT +MF IRD P YLWAGL Sbjct 61 GRAAAIAGLTVAILAPAVGVWVESPHRRRVALSVLTAAAVTLTASMFFIRDRPGYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLL ATAA DL+SVPYNAMLRQLSTP TAGRISGFGWA+GY GSV LLLVIY GF+SGS Sbjct 121 VLLGATAACGDLASVPYNAMLRQLSTPQTAGRISGFGWAAGYGGSVLLLLVIYTGFISGS 180 Query 181 ----GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLL 236 G+ RGLL++P+ +GL VR AMLVAAAWLA+ LPLL VA RL P T +L Sbjct 181 DSGPGATRGLLRIPLQDGLYVREAMLVAAAWLAVFALPLLFVAQRLSGPAELYQP-TSML 239 Query 237 GGYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFG 296 GGYRKLWTE+SAEWRRDRNLVYFLVASA+FRDGLAAIFAFGAVLGVN YG++QADVLIFG Sbjct 240 GGYRKLWTEVSAEWRRDRNLVYFLVASALFRDGLAAIFAFGAVLGVNVYGISQADVLIFG 299 Query 297 AAASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVF 356 AA VVAAVGAVLGGFVDHR+GSKPVIV SLAAII LTL+ +GP AFW CGLLLC+F Sbjct 300 VAACVVAAVGAVLGGFVDHRVGSKPVIVASLAAIITLGLTLMASAGPAAFWVCGLLLCMF 359 Query 357 IGPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 IGP QSS+RALLL MA+HG+EGVAFGLYTMTGRAV+FL PWLFSVFVDVF VRAGLGG+ Sbjct 360 IGPTQSSSRALLLQMAKHGREGVAFGLYTMTGRAVAFLAPWLFSVFVDVFGAVRAGLGGI 419 Query 417 CLVLTTGLLLMLRVQVSRHGGALTTA 442 LVL GL+ ML V+V + G +T A Sbjct 420 SLVLIAGLVAMLVVRVPQRGVPVTEA 445 >gi|15827137|ref|NP_301400.1| hypothetical protein ML0430 [Mycobacterium leprae TN] gi|221229615|ref|YP_002503031.1| hypothetical protein MLBr_00430 [Mycobacterium leprae Br4923] gi|13092685|emb|CAC29938.1| putative membrane protein [Mycobacterium leprae] gi|219932722|emb|CAR70523.1| putative membrane protein [Mycobacterium leprae Br4923] Length=454 Score = 598 bits (1541), Expect = 9e-169, Method: Compositional matrix adjust. Identities = 324/419 (78%), Positives = 358/419 (86%), Gaps = 1/419 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 MN P S AGT++ VVAWAMWDCGSTGL AIV TFVFSVYLTS+VG G+P G S SWL Sbjct 1 MNQPESVAGTMVRSWVVAWAMWDCGSTGLTAIVATFVFSVYLTSSVGVGMPDGISLVSWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRAGAVAGLTI VLAP +GVWVESPHRRRV L VLT AVALTC M IRD P YLWAGL Sbjct 61 GRAGAVAGLTIAVLAPAIGVWVESPHRRRVTLGVLTVLAVALTCGMSFIRDQPSYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 +LLA TAA DL+SVPYNAMLRQLSTP+TAGRISG GWASGYVGSV LLL+IYLGF+SG+ Sbjct 121 MLLAGTAACGDLASVPYNAMLRQLSTPATAGRISGLGWASGYVGSVVLLLLIYLGFISGT 180 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 G RGLLQLP +G+ VR AML+AAAWLALL LPLLL AHRLP G SHP T +LGGYR Sbjct 181 GELRGLLQLPTHDGIYVRAAMLLAAAWLALLALPLLLTAHRLPSLGEVSHP-TSMLGGYR 239 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLW+E+SAEWRRDRNLVYFLVASA+FRDGLAA FGAVLGVNAYG++QA+VL+FG AS Sbjct 240 KLWSEVSAEWRRDRNLVYFLVASALFRDGLAATLGFGAVLGVNAYGISQANVLMFGVVAS 299 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 +VAAVGAVLGGFVDHRIGSK VIVGSL AII ALTL+TLSGP AFW CGL+LC+FIGP+ Sbjct 300 LVAAVGAVLGGFVDHRIGSKRVIVGSLVAIIVTALTLMTLSGPLAFWVCGLVLCLFIGPS 359 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLV 419 QSS+RALLLHMA+HG+EGVAFGLYTMTGRA SF+ PW FS+FVD F VRAGLGG+ +V Sbjct 360 QSSSRALLLHMAKHGREGVAFGLYTMTGRAASFVAPWSFSIFVDGFGVVRAGLGGISVV 418 >gi|2222715|emb|CAB09911.1| hypothetical protein MLCL383.37 [Mycobacterium leprae] Length=464 Score = 596 bits (1537), Expect = 2e-168, Method: Compositional matrix adjust. Identities = 324/419 (78%), Positives = 358/419 (86%), Gaps = 1/419 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 MN P S AGT++ VVAWAMWDCGSTGL AIV TFVFSVYLTS+VG G+P G S SWL Sbjct 11 MNQPESVAGTMVRSWVVAWAMWDCGSTGLTAIVATFVFSVYLTSSVGVGMPDGISLVSWL 70 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRAGAVAGLTI VLAP +GVWVESPHRRRV L VLT AVALTC M IRD P YLWAGL Sbjct 71 GRAGAVAGLTIAVLAPAIGVWVESPHRRRVTLGVLTVLAVALTCGMSFIRDQPSYLWAGL 130 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 +LLA TAA DL+SVPYNAMLRQLSTP+TAGRISG GWASGYVGSV LLL+IYLGF+SG+ Sbjct 131 MLLAGTAACGDLASVPYNAMLRQLSTPATAGRISGLGWASGYVGSVVLLLLIYLGFISGT 190 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 G RGLLQLP +G+ VR AML+AAAWLALL LPLLL AHRLP G SHP T +LGGYR Sbjct 191 GELRGLLQLPTHDGIYVRAAMLLAAAWLALLALPLLLTAHRLPSLGEVSHP-TSMLGGYR 249 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLW+E+SAEWRRDRNLVYFLVASA+FRDGLAA FGAVLGVNAYG++QA+VL+FG AS Sbjct 250 KLWSEVSAEWRRDRNLVYFLVASALFRDGLAATLGFGAVLGVNAYGISQANVLMFGVVAS 309 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 +VAAVGAVLGGFVDHRIGSK VIVGSL AII ALTL+TLSGP AFW CGL+LC+FIGP+ Sbjct 310 LVAAVGAVLGGFVDHRIGSKRVIVGSLVAIIVTALTLMTLSGPLAFWVCGLVLCLFIGPS 369 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLV 419 QSS+RALLLHMA+HG+EGVAFGLYTMTGRA SF+ PW FS+FVD F VRAGLGG+ +V Sbjct 370 QSSSRALLLHMAKHGREGVAFGLYTMTGRAASFVAPWSFSIFVDGFGVVRAGLGGISVV 428 >gi|336460991|gb|EGO39871.1| major facilitator superfamily permease [Mycobacterium avium subsp. paratuberculosis S397] Length=446 Score = 584 bits (1505), Expect = 1e-164, Method: Compositional matrix adjust. Identities = 333/439 (76%), Positives = 370/439 (85%), Gaps = 5/439 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M+ P SRA + RVVAWA+WDCGSTGLNAIV TFVF+VYLTS+VG G+ G T+PASWL Sbjct 1 MSQPESRAAAPVRSRVVAWALWDCGSTGLNAIVATFVFAVYLTSSVGVGIGGSTTPASWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A+AGLT+ +LAP VGVWVESPHRRRVALSVLT AV LT +MF IRD P YLWAGL Sbjct 61 GRAAAIAGLTVALLAPAVGVWVESPHRRRVALSVLTALAVTLTGSMFFIRDRPGYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLL ATAA DL+SVPYNAMLRQLSTP TAGRISGFGWA+GYVGSV LLLVIY GF++GS Sbjct 121 VLLGATAACGDLASVPYNAMLRQLSTPRTAGRISGFGWAAGYVGSVLLLLVIYTGFIAGS 180 Query 181 GS----QRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLL 236 GS RGLL++P+ +GL VR AMLVAAAWLAL LPLL VAHRL +S P T +L Sbjct 181 GSGPDATRGLLRVPLRDGLYVREAMLVAAAWLALFALPLLFVAHRLTESAEGYRP-TSML 239 Query 237 GGYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFG 296 GGYRKLWTE+ EWRRDRNLVYFL ASA+FRDGLAAIFAFGAVLGVN YG++QADVL+FG Sbjct 240 GGYRKLWTEVREEWRRDRNLVYFLFASALFRDGLAAIFAFGAVLGVNVYGISQADVLVFG 299 Query 297 AAASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVF 356 AASVVAAVGAVLGGFVDHR+GSKPVIV SL AI+ LTL+ LSGP AFWACGLLLC+F Sbjct 300 VAASVVAAVGAVLGGFVDHRVGSKPVIVASLLAIVVLGLTLMALSGPVAFWACGLLLCMF 359 Query 357 IGPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 IGP+QSS+RALLL MA+HG+EGVAFGLYTMTGRAVSF+ PWLFSVFVD F VRAGLGG+ Sbjct 360 IGPSQSSSRALLLQMAKHGREGVAFGLYTMTGRAVSFVAPWLFSVFVDAFGAVRAGLGGI 419 Query 417 CLVLTTGLLLMLRVQVSRH 435 LVLT GLL ML V+V R Sbjct 420 SLVLTAGLLAMLAVRVPRR 438 >gi|240171591|ref|ZP_04750250.1| integral membrane leucine and alanine rich protein [Mycobacterium kansasii ATCC 12478] Length=446 Score = 583 bits (1504), Expect = 2e-164, Method: Compositional matrix adjust. Identities = 343/435 (79%), Positives = 374/435 (86%), Gaps = 2/435 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M N G GT + RVVAWA+WDCGSTGLNA+VTTFVFSVYLTS VG+G+PGG+SPASWL Sbjct 1 MTNRG--LGTYVRSRVVAWALWDCGSTGLNAMVTTFVFSVYLTSTVGEGMPGGSSPASWL 58 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRAG AGLTI +LAPVVGVWVESPHRRRV L VLTG V LT AMFLIRD P YLW GL Sbjct 59 GRAGTAAGLTIALLAPVVGVWVESPHRRRVTLGVLTGLTVGLTAAMFLIRDSPGYLWPGL 118 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 LLAATA+ SDL+SVPYNAMLRQLSTP TAGRISGFGWA+GYVGSV LLL++Y+GFM+G+ Sbjct 119 ALLAATASCSDLASVPYNAMLRQLSTPETAGRISGFGWAAGYVGSVLLLLLVYVGFMAGA 178 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 G RGLL L +GLNVR AML+AAAWLALL LPLL VAHRLPDS P+T +LGGYR Sbjct 179 GDVRGLLHLSAHDGLNVRAAMLLAAAWLALLALPLLFVAHRLPDSVGVPRPNTSMLGGYR 238 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLWT+I+AEW RDRNLVYFLVASAIFRDGLAAIFAFGAVLGVN YGLTQADVL+FG A S Sbjct 239 KLWTDITAEWHRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNVYGLTQADVLVFGVAGS 298 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 VVAAVGAVLGG VDHR+GSKPVIV SLAAI+AAALTL+ LSG AFW CGLLLC+F+GP+ Sbjct 299 VVAAVGAVLGGLVDHRLGSKPVIVASLAAILAAALTLMALSGALAFWVCGLLLCLFVGPS 358 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QSSARALLL MAQHGKEGVAFGLYTMTGRAV+FLGPW FSVFVD F VRAGLGG+CLVL Sbjct 359 QSSARALLLRMAQHGKEGVAFGLYTMTGRAVAFLGPWSFSVFVDAFSAVRAGLGGICLVL 418 Query 421 TTGLLLMLRVQVSRH 435 GLL ML V+V R Sbjct 419 LVGLLAMLAVRVPRR 433 >gi|41408415|ref|NP_961251.1| hypothetical protein MAP2317c [Mycobacterium avium subsp. paratuberculosis K-10] gi|41396771|gb|AAS04634.1| hypothetical protein MAP_2317c [Mycobacterium avium subsp. paratuberculosis K-10] Length=449 Score = 583 bits (1503), Expect = 2e-164, Method: Compositional matrix adjust. Identities = 333/439 (76%), Positives = 370/439 (85%), Gaps = 5/439 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M+ P SRA + RVVAWA+WDCGSTGLNAIV TFVF+VYLTS+VG G+ G T+PASWL Sbjct 4 MSQPESRAAAPVRSRVVAWALWDCGSTGLNAIVATFVFAVYLTSSVGVGIGGSTTPASWL 63 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A+AGLT+ +LAP VGVWVESPHRRRVALSVLT AV LT +MF IRD P YLWAGL Sbjct 64 GRAAAIAGLTVALLAPAVGVWVESPHRRRVALSVLTALAVTLTGSMFFIRDRPGYLWAGL 123 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLL ATAA DL+SVPYNAMLRQLSTP TAGRISGFGWA+GYVGSV LLLVIY GF++GS Sbjct 124 VLLGATAACGDLASVPYNAMLRQLSTPRTAGRISGFGWAAGYVGSVLLLLVIYTGFIAGS 183 Query 181 GS----QRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLL 236 GS RGLL++P+ +GL VR AMLVAAAWLAL LPLL VAHRL +S P T +L Sbjct 184 GSGPDATRGLLRVPLRDGLYVREAMLVAAAWLALFALPLLFVAHRLTESAEGYRP-TSML 242 Query 237 GGYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFG 296 GGYRKLWTE+ EWRRDRNLVYFL ASA+FRDGLAAIFAFGAVLGVN YG++QADVL+FG Sbjct 243 GGYRKLWTEVREEWRRDRNLVYFLFASALFRDGLAAIFAFGAVLGVNVYGISQADVLVFG 302 Query 297 AAASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVF 356 AASVVAAVGAVLGGFVDHR+GSKPVIV SL AI+ LTL+ LSGP AFWACGLLLC+F Sbjct 303 VAASVVAAVGAVLGGFVDHRVGSKPVIVASLLAIVVLGLTLMALSGPVAFWACGLLLCMF 362 Query 357 IGPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 IGP+QSS+RALLL MA+HG+EGVAFGLYTMTGRAVSF+ PWLFSVFVD F VRAGLGG+ Sbjct 363 IGPSQSSSRALLLQMAKHGREGVAFGLYTMTGRAVSFVAPWLFSVFVDAFGAVRAGLGGI 422 Query 417 CLVLTTGLLLMLRVQVSRH 435 LVLT GLL ML V+V R Sbjct 423 SLVLTAGLLAMLAVRVPRR 441 >gi|254774493|ref|ZP_05216009.1| hypothetical protein MaviaA2_07458 [Mycobacterium avium subsp. avium ATCC 25291] Length=446 Score = 582 bits (1501), Expect = 4e-164, Method: Compositional matrix adjust. Identities = 332/439 (76%), Positives = 369/439 (85%), Gaps = 5/439 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M+ P SRA + RVVAWA+WDCGSTGLNAIV TFVF+VYLTS+VG G+ G T+PASWL Sbjct 1 MSQPESRAAAPVRSRVVAWALWDCGSTGLNAIVATFVFAVYLTSSVGVGIGGSTTPASWL 60 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A+AGLT+ +LAP VGVWVESPHRRRVALSVLT AV LT +MF IRD P YLWAGL Sbjct 61 GRAAAIAGLTVALLAPAVGVWVESPHRRRVALSVLTALAVTLTGSMFFIRDRPGYLWAGL 120 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLL ATAA DL+SVPYNAMLRQLSTP TAGRISGFGWA+GYVGSV LLLVIY GF++GS Sbjct 121 VLLGATAACGDLASVPYNAMLRQLSTPRTAGRISGFGWAAGYVGSVLLLLVIYTGFIAGS 180 Query 181 GS----QRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLL 236 GS RGLL++P+ +GL VR AMLVAAAWLAL LPLL VAHR +S P T +L Sbjct 181 GSGPDATRGLLRVPLRDGLYVREAMLVAAAWLALFALPLLFVAHRFTESAEGYRP-TSML 239 Query 237 GGYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFG 296 GGYRKLWTE+ EWRRDRNLVYFL ASA+FRDGLAAIFAFGAVLGVN YG++QADVL+FG Sbjct 240 GGYRKLWTEVREEWRRDRNLVYFLFASALFRDGLAAIFAFGAVLGVNVYGISQADVLVFG 299 Query 297 AAASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVF 356 AASVVAAVGAVLGGFVDHR+GSKPVIV SL AI+ LTL+ LSGP AFWACGLLLC+F Sbjct 300 VAASVVAAVGAVLGGFVDHRVGSKPVIVASLLAIVVLGLTLMALSGPVAFWACGLLLCMF 359 Query 357 IGPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 IGP+QSS+RALLL MA+HG+EGVAFGLYTMTGRAVSF+ PWLFSVFVD F VRAGLGG+ Sbjct 360 IGPSQSSSRALLLQMAKHGREGVAFGLYTMTGRAVSFVAPWLFSVFVDAFGAVRAGLGGI 419 Query 417 CLVLTTGLLLMLRVQVSRH 435 LVLT GLL ML V+V R Sbjct 420 SLVLTAGLLAMLAVRVPRR 438 >gi|296170423|ref|ZP_06852011.1| permease of the major facilitator superfamily protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295894894|gb|EFG74615.1| permease of the major facilitator superfamily protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=445 Score = 580 bits (1496), Expect = 1e-163, Method: Compositional matrix adjust. Identities = 318/420 (76%), Positives = 354/420 (85%), Gaps = 6/420 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M P S T + RVVAWA+WDCGSTGLNAIV TFVF+VYLTS+VG G+ GGT+PASWL Sbjct 1 MGQPSSSL-TPVPSRVVAWALWDCGSTGLNAIVATFVFAVYLTSSVGVGISGGTTPASWL 59 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A+AGLT+ +LAP VGVWVESPHRRRVALSVLT AVALTC MF I D P YLWAGL Sbjct 60 GRAAAIAGLTVALLAPAVGVWVESPHRRRVALSVLTALAVALTCGMFFIHDRPGYLWAGL 119 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VL+ ATAA DL+SVPYNAMLRQLSTP TAGRISG GWA+GYVGSV LLLV+Y GF+SG Sbjct 120 VLMGATAACGDLASVPYNAMLRQLSTPQTAGRISGLGWAAGYVGSVLLLLVVYTGFISGK 179 Query 181 GS----QRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLL 236 GS RG + P+ +GL VR AMLVAAAWLA+ LPLL VAHRLPDSG H T +L Sbjct 180 GSGPDATRGWFRAPLHDGLYVREAMLVAAAWLAIFALPLLFVAHRLPDSGEV-HAPTSML 238 Query 237 GGYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFG 296 GGYRKLWTE+SAEWRRDRNLVYFL ASA+FRDGLAAIFAFGAVLGVN YG++Q DVLIFG Sbjct 239 GGYRKLWTEVSAEWRRDRNLVYFLFASALFRDGLAAIFAFGAVLGVNVYGISQGDVLIFG 298 Query 297 AAASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVF 356 ASVVAAVGAVLGGFVDHR+GSKPVIVGSLAAI+ +TL+ LSG AFW CGLLLC+F Sbjct 299 VVASVVAAVGAVLGGFVDHRVGSKPVIVGSLAAILVLGITLMLLSGSVAFWICGLLLCMF 358 Query 357 IGPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 IGP+QSS+RALLL MA+HG+EGVAFGLYTMTGRAV+F+ PWLFSVFVD+F VRAGLGG+ Sbjct 359 IGPSQSSSRALLLQMAKHGREGVAFGLYTMTGRAVAFVAPWLFSVFVDIFGAVRAGLGGI 418 >gi|183983830|ref|YP_001852121.1| integral membrane leucine and alanine rich protein [Mycobacterium marinum M] gi|183177156|gb|ACC42266.1| conserved integral membrane leucine and alanine rich protein [Mycobacterium marinum M] Length=442 Score = 580 bits (1496), Expect = 1e-163, Method: Compositional matrix adjust. Identities = 340/444 (77%), Positives = 385/444 (87%), Gaps = 2/444 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M NP + GT + RVVAWA+WDCGSTGLNAIVTTFVFSVYLTS VG+G+PGG+ PASWL Sbjct 1 MTNPAT--GTFVRSRVVAWALWDCGSTGLNAIVTTFVFSVYLTSMVGEGMPGGSDPASWL 58 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A AGLTI +LAP+VGVWVESPHRRRVAL VLT V LTCAMFLI D P YLWAGL Sbjct 59 GRAAAAAGLTIALLAPLVGVWVESPHRRRVALGVLTSVTVVLTCAMFLIHDSPGYLWAGL 118 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 LLAATAA SDL+SVPYN+MLRQLSTP+TA RISGFGWASGYVGSV LL++IYLGF++GS Sbjct 119 ALLAATAACSDLASVPYNSMLRQLSTPTTASRISGFGWASGYVGSVVLLILIYLGFVAGS 178 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 G+ RGLLQLP +G N+R+AML+AAAWLA+L PLLLVAHRLPD G P+T +LG YR Sbjct 179 GAHRGLLQLPAHDGFNIRVAMLLAAAWLAVLASPLLLVAHRLPDVGTVPQPATRMLGAYR 238 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLW +IS+EWRRDRNLVYFL+ASAIFRDGLAA+FAFGAVLGVN YGLTQADVL+FG AAS Sbjct 239 KLWADISSEWRRDRNLVYFLIASAIFRDGLAAMFAFGAVLGVNVYGLTQADVLLFGVAAS 298 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 VVAAVGAV+GGFVDHR+GSKPVIV SLA+I+ +A+ L+ LSG TAFW CGLLLC+FIGP+ Sbjct 299 VVAAVGAVVGGFVDHRVGSKPVIVASLASILISAIVLMVLSGATAFWVCGLLLCLFIGPS 358 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QSSARALLL MA HGKEGVAFGLYTMTGRAV+FLGPWLFS+FVD+F VRAGLGG+CLVL Sbjct 359 QSSARALLLRMAPHGKEGVAFGLYTMTGRAVAFLGPWLFSIFVDIFSAVRAGLGGICLVL 418 Query 421 TTGLLLMLRVQVSRHGGALTTAQS 444 GL+ ML V+V RHGG + T + Sbjct 419 AVGLVGMLVVRVPRHGGVVVTETT 442 >gi|118619030|ref|YP_907362.1| integral membrane leucine and alanine rich protein [Mycobacterium ulcerans Agy99] gi|118571140|gb|ABL05891.1| conserved integral membrane leucine and alanine rich protein [Mycobacterium ulcerans Agy99] Length=442 Score = 575 bits (1481), Expect = 6e-162, Method: Compositional matrix adjust. Identities = 338/444 (77%), Positives = 383/444 (87%), Gaps = 2/444 (0%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M NP + GT + RVVAWA+WDCGSTGLNA+VTTFVFSVYLTS VG+G+PGG+ PASWL Sbjct 1 MTNPAT--GTFVRSRVVAWALWDCGSTGLNAMVTTFVFSVYLTSMVGEGMPGGSDPASWL 58 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA A AGLTI +LAP+VGVWVESPHRRRVAL VLT VALTCAMFLI D P YLWAGL Sbjct 59 GRAAAAAGLTIALLAPLVGVWVESPHRRRVALGVLTSVTVALTCAMFLIHDSPGYLWAGL 118 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 LLAATAA SDL+SVPYN+MLRQLSTP+TA RISGFGWASGYVGSV LL++IYLGF++GS Sbjct 119 ALLAATAACSDLASVPYNSMLRQLSTPTTASRISGFGWASGYVGSVVLLILIYLGFVAGS 178 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 G+ RGLLQLP +G N+R+AML+AAAWLA+L PLLLVAHRLPD G P+T +LG YR Sbjct 179 GAHRGLLQLPAHDGFNIRVAMLLAAAWLAVLASPLLLVAHRLPDVGTVPQPATRMLGAYR 238 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 KLW +IS+EWRRDRNLVYFL+ASAIFRDGLAA+FAFGAVLG N YGLTQADVL+FG AAS Sbjct 239 KLWADISSEWRRDRNLVYFLIASAIFRDGLAAMFAFGAVLGANVYGLTQADVLLFGVAAS 298 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 VVAAVGAV+GGFVDHR+GSKPVIV SLA+I+ +A+ L+ LSG TAFW CGLLLC+FIGP+ Sbjct 299 VVAAVGAVVGGFVDHRVGSKPVIVASLASILISAIVLMVLSGATAFWVCGLLLCLFIGPS 358 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QSSARALLL MA HGKEGVAFGLYTMTG AV+FLGPWLFS+FVD+F VRAGLGG+CLVL Sbjct 359 QSSARALLLRMAPHGKEGVAFGLYTMTGHAVAFLGPWLFSIFVDIFSAVRAGLGGICLVL 418 Query 421 TTGLLLMLRVQVSRHGGALTTAQS 444 GL+ ML V V RHGG + T + Sbjct 419 AVGLVGMLVVGVPRHGGVVVTETT 442 >gi|118467009|ref|YP_880899.1| permease of the major facilitator superfamily protein [Mycobacterium avium 104] gi|118168296|gb|ABK69193.1| permease of the major facilitator superfamily protein [Mycobacterium avium 104] Length=431 Score = 572 bits (1473), Expect = 6e-161, Method: Compositional matrix adjust. Identities = 326/424 (77%), Positives = 362/424 (86%), Gaps = 5/424 (1%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 +VAWA+WDCGSTGLNAIV TFVF+VYLTS+VG G+ G T+PASWLGRA A+AGLT+ +LA Sbjct 1 MVAWALWDCGSTGLNAIVATFVFAVYLTSSVGVGIGGSTTPASWLGRAAAIAGLTVALLA 60 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSSV 135 P VGVWVESPHRRRVALSVLT AV LT +MF IRD P YLWAGLVLL ATAA DL+SV Sbjct 61 PAVGVWVESPHRRRVALSVLTALAVTLTGSMFFIRDRPGYLWAGLVLLGATAACGDLASV 120 Query 136 PYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGS----QRGLLQLPV 191 PYNAMLRQLSTP TAGRISGFGWA+GYVGSV LLLVIY GF++GSGS RGLL++P+ Sbjct 121 PYNAMLRQLSTPRTAGRISGFGWAAGYVGSVLLLLVIYTGFIAGSGSGPDATRGLLRVPL 180 Query 192 ANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWR 251 +GL VR AMLVAAAWLAL LPLL VAHRL +S P T +LGGYRKLWTE+ EWR Sbjct 181 RDGLYVREAMLVAAAWLALFALPLLFVAHRLTESAEGYRP-TSMLGGYRKLWTEVREEWR 239 Query 252 RDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGG 311 RDRNLVYFL ASA+FRDGLAAIFAFGAVLGVN YG++QADVL+FG AASVVAAVGAVLGG Sbjct 240 RDRNLVYFLFASALFRDGLAAIFAFGAVLGVNVYGISQADVLVFGVAASVVAAVGAVLGG 299 Query 312 FVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHM 371 FVDHR+GSKPVIV SL AI+ LTL+ LSGP AFWACGLLLC+FIGP+QSS+RALLL M Sbjct 300 FVDHRVGSKPVIVASLLAIVVLGLTLMALSGPVAFWACGLLLCMFIGPSQSSSRALLLQM 359 Query 372 AQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 A+HG+EGVAFGLYTMTGRAVSF+ PWLFSVFVD F VRAGLGG+ LVLT GLL ML V+ Sbjct 360 AKHGREGVAFGLYTMTGRAVSFVAPWLFSVFVDAFGAVRAGLGGISLVLTAGLLAMLAVR 419 Query 432 VSRH 435 V R Sbjct 420 VPRR 423 >gi|145223133|ref|YP_001133811.1| major facilitator transporter [Mycobacterium gilvum PYR-GCK] gi|315443590|ref|YP_004076469.1| major facilitator superfamily permease [Mycobacterium sp. Spyr1] gi|145215619|gb|ABP45023.1| major facilitator superfamily MFS_1 [Mycobacterium gilvum PYR-GCK] gi|315261893|gb|ADT98634.1| major facilitator superfamily permease [Mycobacterium sp. Spyr1] Length=449 Score = 529 bits (1363), Expect = 4e-148, Method: Compositional matrix adjust. Identities = 280/430 (66%), Positives = 331/430 (77%), Gaps = 2/430 (0%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 RV AWAMWD G+T +NAIV TFVF+VYLT+ VG LPG T+PASWLGRA A AG+ + +L Sbjct 19 RVWAWAMWDFGATAVNAIVITFVFTVYLTAVVGDDLPGDTTPASWLGRALAAAGIVVALL 78 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV GVWV++P RRR AL+VLTG V LT ++ LIRDD YLW LVLLA TAA S+L++ Sbjct 79 APVTGVWVDAPARRRRALTVLTGMVVLLTASLSLIRDDHHYLWPALVLLACTAACSELAT 138 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPYNAMLR+LSTP T+GRISGFG A GY GSV LLV+YLGF+SG G RGLL LP A+G Sbjct 139 VPYNAMLRELSTPRTSGRISGFGLALGYFGSVLALLVVYLGFISGGGDTRGLLALPAADG 198 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 NVR AML+ AAW AL LPLL+ A R +G + P+ G LG YR+LW EI EWRRDR Sbjct 199 QNVRAAMLLVAAWFALFALPLLISAPR--HTGPETAPAVGFLGAYRRLWQEIGREWRRDR 256 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N VY+L +SA+FRDGL +F FGAVLGVN YG++QADVL+FG AA VVAA+G+V GG VD Sbjct 257 NFVYYLGSSAVFRDGLTGVFTFGAVLGVNVYGVSQADVLLFGVAACVVAALGSVAGGRVD 316 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 R+GSKPVIV SL A+IA LTL+ LSGP AFWACGLLLC+FIGP SSAR L++ M+ H Sbjct 317 DRVGSKPVIVASLVALIAVGLTLMVLSGPMAFWACGLLLCLFIGPTLSSARTLMMRMSAH 376 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVSR 434 GKEGV FGLYT GRA +FL PWLFSVF+DVF + RAG+GG+ VL GLLL L V+V Sbjct 377 GKEGVTFGLYTTAGRAATFLAPWLFSVFIDVFDSYRAGMGGLVFVLALGLLLFLPVRVPP 436 Query 435 HGGALTTAQS 444 GA +A + Sbjct 437 RHGATVSASA 446 >gi|108800603|ref|YP_640800.1| major facilitator transporter [Mycobacterium sp. MCS] gi|119869742|ref|YP_939694.1| major facilitator superfamily transporter [Mycobacterium sp. KMS] gi|126436219|ref|YP_001071910.1| major facilitator transporter [Mycobacterium sp. JLS] gi|108771022|gb|ABG09744.1| major facilitator superfamily MFS_1 [Mycobacterium sp. MCS] gi|119695831|gb|ABL92904.1| major facilitator superfamily MFS_1 [Mycobacterium sp. KMS] gi|126236019|gb|ABN99419.1| major facilitator superfamily MFS_1 [Mycobacterium sp. JLS] Length=454 Score = 516 bits (1330), Expect = 2e-144, Method: Compositional matrix adjust. Identities = 291/446 (66%), Positives = 347/446 (78%), Gaps = 4/446 (0%) Query 3 NPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGR 62 P A T R+VAWA+WDCG+TG+NAIV TFVF+VYLT AVG LPG TS SWLGR Sbjct 7 KPPPSAPTAGRARIVAWALWDCGNTGMNAIVATFVFAVYLTGAVGSDLPGDTSATSWLGR 66 Query 63 AGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVL 122 A VAGL + VLAPV GVWV++P RRRV L+VLTGTAV LT +M LIRDD RYLWAGLVL Sbjct 67 AMTVAGLVVAVLAPVTGVWVQAPRRRRVVLTVLTGTAVLLTASMSLIRDDHRYLWAGLVL 126 Query 123 LAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGS 182 LA TAA DL+SVPYNAMLRQL+ P +GRISG GWASGY+GSV LLL++Y+GF+SG G Sbjct 127 LACTAACGDLASVPYNAMLRQLAGPQRSGRISGIGWASGYLGSVFLLLLVYVGFVSGDGD 186 Query 183 QRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLL-VAHRLP--DSGAASHPSTGLLGGY 239 RGLL +PV++G N+R AML+AAAW L LPLLL V LP D PS G+ Y Sbjct 187 TRGLLGIPVSDGQNIRAAMLLAAAWFLLFALPLLLTVPPHLPGADEVDPDQPS-GVFAAY 245 Query 240 RKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAA 299 R+LWTEI+ EWRRDRN+VY+L+ASA+FRDGLA +FAFGAVLGV+ YG+++ADVL+FG +A Sbjct 246 RRLWTEIAGEWRRDRNIVYYLLASAVFRDGLAGVFAFGAVLGVSVYGISEADVLLFGVSA 305 Query 300 SVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGP 359 VVAAVGAV+GG +D R+GSKPVIV SL A+IA LTLL+LSGP+AFW CGLLLC+FIGP Sbjct 306 CVVAAVGAVIGGLIDDRVGSKPVIVVSLTAMIAVGLTLLSLSGPSAFWVCGLLLCLFIGP 365 Query 360 AQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLV 419 QSSAR L+L M+ GKEGVAFGLYT TGRAV+FL PWLF +F+D+F + RAG+ G+C+V Sbjct 366 TQSSARTLMLRMSPPGKEGVAFGLYTTTGRAVAFLAPWLFFMFIDLFDSDRAGMAGLCVV 425 Query 420 LTTGLLLMLRVQVSRHGGALTTAQSS 445 L GL ML V+ AL A + Sbjct 426 LAAGLAAMLAVRAPHRRPALAHADAE 451 >gi|118470358|ref|YP_888981.1| permease of the major facilitator superfamily protein [Mycobacterium smegmatis str. MC2 155] gi|118171645|gb|ABK72541.1| permease of the major facilitator superfamily protein [Mycobacterium smegmatis str. MC2 155] Length=430 Score = 512 bits (1318), Expect = 5e-143, Method: Compositional matrix adjust. Identities = 274/437 (63%), Positives = 330/437 (76%), Gaps = 13/437 (2%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 M NPG RA RVVAWA+WDCGS GLNAIV TFVFSVYLT +VG GLPG T+PASWL Sbjct 1 MINPG-RA------RVVAWALWDCGSAGLNAIVITFVFSVYLTGSVGAGLPGDTTPASWL 53 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 GRA VAG+ + LAP GVWV++P RRR AL+VLTG V +T +M LIRDD YLWAGL Sbjct 54 GRALTVAGIAVAFLAPATGVWVDAPERRRPALAVLTGCVVVVTASMSLIRDDHSYLWAGL 113 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 VLLA A +L+SVPYNAMLRQLSTP +GR+S G A GY G V LL+++Y GF++G Sbjct 114 VLLALAGACGELASVPYNAMLRQLSTPDNSGRVSALGLALGYSGIVVLLVLVYFGFIAGD 173 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPS--TGLLGG 238 G RGLL LPVA+G NVR ML+AAAWLAL +P+ S S PS T +G Sbjct 174 GDTRGLLGLPVADGQNVRAVMLLAAAWLALFAVPVFFAVP----SPHVSVPSARTSFIGA 229 Query 239 YRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAA 298 YRKLW+E+ +EW RDRN+VY+L+ASA+FRDGLA +F FGAVLGV+ YG++ ADVL+FG + Sbjct 230 YRKLWSEVRSEWERDRNIVYYLLASAVFRDGLAGVFTFGAVLGVSVYGISDADVLLFGIS 289 Query 299 ASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIG 358 A V+AA+GAV+GG +D RIGSKP+IVGSLAA+I A + ++ LSGP AFWACGL LC+FIG Sbjct 290 ACVIAAIGAVVGGQLDDRIGSKPIIVGSLAAMITAGVVMMVLSGPVAFWACGLALCLFIG 349 Query 359 PAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCL 418 P QSSAR L+L M+ GKEGVAFGLYT GRAVSFL PWLF +F+D+F T RAG+GG+CL Sbjct 350 PTQSSARTLMLRMSAEGKEGVAFGLYTTVGRAVSFLAPWLFFMFIDIFGTDRAGMGGLCL 409 Query 419 VLTTGLLLMLRVQVSRH 435 VL GL+ M V+ Sbjct 410 VLVAGLVGMAAVRTPER 426 >gi|333990037|ref|YP_004522651.1| integral membrane leucine and alanine rich protein [Mycobacterium sp. JDM601] gi|333486005|gb|AEF35397.1| integral membrane leucine and alanine rich protein [Mycobacterium sp. JDM601] Length=424 Score = 491 bits (1265), Expect = 7e-137, Method: Compositional matrix adjust. Identities = 295/422 (70%), Positives = 341/422 (81%), Gaps = 3/422 (0%) Query 17 VAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLAP 76 +AWA+WD G+ ++AI TFVFSVYLTS+VG+ LPG SPASWLGR A++GLT+ V+AP Sbjct 1 MAWALWDTGAAAVSAIAVTFVFSVYLTSSVGRDLPGSVSPASWLGRTLAISGLTVAVVAP 60 Query 77 VVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSSVP 136 VVGVWV +PHRRRV L+VLTGTAV L +M +IRD P YL GL+LLA TAA DL+SVP Sbjct 61 VVGVWVAAPHRRRVTLTVLTGTAVVLIASMSMIRDSPAYLAPGLLLLALTAACGDLASVP 120 Query 137 YNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANGLN 196 YNAMLRQLSTP +GRISGFGWA+GY GSV LLLV+Y+GF+SGSG +RGLL +PV +G N Sbjct 121 YNAMLRQLSTPQNSGRISGFGWAAGYAGSVVLLLVVYVGFISGSGPERGLLGVPVEDGQN 180 Query 197 VRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDRNL 256 VR AM + AAWLA+ LPLL AHR + P GL GGYR+LW +I+ EWRRDRNL Sbjct 181 VRAAMWLTAAWLAVFALPLLFTAHRFAGADGPRPPRLGLFGGYRQLWRDITGEWRRDRNL 240 Query 257 VYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVDHR 316 V++LVASAIFRDGLA +FAFGAVLGVN YG++ DVLIFG AASVVAAVGAV GG +D R Sbjct 241 VFYLVASAIFRDGLAGVFAFGAVLGVNVYGISAGDVLIFGVAASVVAAVGAVAGGLLDDR 300 Query 317 IGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQHGK 376 IGSK VIVGSLAA++AA TL+TLSGP AFWACGLLLC+FIGP QSSAR LLL MAQ G+ Sbjct 301 IGSKTVIVGSLAAMVAAGTTLMTLSGPGAFWACGLLLCLFIGPTQSSARTLLLRMAQEGR 360 Query 377 ---EGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVS 433 EGVAFGLYTMTGRAVSFL PWLFSVFVDVFH+ RAG+GG+C VL GLL ML V+ Sbjct 361 EGFEGVAFGLYTMTGRAVSFLAPWLFSVFVDVFHSDRAGMGGLCTVLVLGLLAMLGVRAP 420 Query 434 RH 435 R Sbjct 421 RR 422 >gi|120405051|ref|YP_954880.1| major facilitator superfamily transporter [Mycobacterium vanbaalenii PYR-1] gi|119957869|gb|ABM14874.1| major facilitator superfamily MFS_1 [Mycobacterium vanbaalenii PYR-1] Length=443 Score = 476 bits (1224), Expect = 5e-132, Method: Compositional matrix adjust. Identities = 257/399 (65%), Positives = 305/399 (77%), Gaps = 2/399 (0%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 RV+AWAMWD G+T +NAIV TFVF+VYLTS VG LPG TSPASWLGRA AVAGL + +L Sbjct 21 RVLAWAMWDFGATAINAIVITFVFTVYLTSTVGDDLPGETSPASWLGRALAVAGLVVALL 80 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV GVWV++P RRR AL++LTG V LT +M LIRDD RYLW GL+LLA TAA +LS+ Sbjct 81 APVTGVWVDAPARRRRALAILTGLVVMLTASMSLIRDDHRYLWPGLILLACTAACGELST 140 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPYNAMLR LSTP T+GR+SGFG A GY GSV LLV+Y+GF++G+G RGLL LPVA+G Sbjct 141 VPYNAMLRDLSTPQTSGRVSGFGLALGYFGSVLALLVVYVGFIAGAGDTRGLLHLPVADG 200 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 NVR AML+ AAW A+ LPLL+ P P G +G YR+LW ++ AEWRRDR Sbjct 201 QNVRAAMLLVAAWFAVFALPLLISPP--PVLAQTPPPRVGFIGAYRRLWHDLRAEWRRDR 258 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 NLVY+L ASAIFRDGL +F FGAVLGV YG++ ADVL+FG AA VVAAVG+V+GG +D Sbjct 259 NLVYYLGASAIFRDGLTGVFTFGAVLGVQVYGVSSADVLLFGVAACVVAAVGSVIGGRLD 318 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 R+GSK VIV SL ++I L L+ LSG AFW CGLLLC+FIGP SSAR L+L M H Sbjct 319 DRVGSKHVIVASLVSMIVVGLVLMVLSGVLAFWVCGLLLCLFIGPTLSSARTLMLRMCAH 378 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGL 413 GKEGV FG YT GRA +FL PWLFS+ +DVF + RAG+ Sbjct 379 GKEGVTFGFYTTAGRAATFLAPWLFSLSIDVFDSPRAGM 417 >gi|54023259|ref|YP_117501.1| putative transporter [Nocardia farcinica IFM 10152] gi|54014767|dbj|BAD56137.1| putative transporter [Nocardia farcinica IFM 10152] Length=447 Score = 412 bits (1059), Expect = 6e-113, Method: Compositional matrix adjust. Identities = 214/400 (54%), Positives = 274/400 (69%), Gaps = 1/400 (0%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 +VVAW +WD GS+ +A++ TFVFSVYLT VG LPG S ++WLG A +AGL + + Sbjct 16 QVVAWGLWDWGSSAFHAVILTFVFSVYLTDTVGDDLPGDVSASAWLGWALGLAGLVVALT 75 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 AP+ G W ++ +R+ AL VLT VA AMF + DD R LW GL LLA +A+ +L++ Sbjct 76 APISGQWFDAAAKRKRALGVLTAVVVAAMTAMFFVHDDHRDLWLGLALLAVGSAAFELAN 135 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPYNAMLRQ+STP+T GR+SGFGWA GY G + LLL+ Y GF++G G RGLL +P +G Sbjct 136 VPYNAMLRQVSTPATVGRVSGFGWAMGYFGGIFLLLICYFGFIAGDGDTRGLLGIPTDDG 195 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAAS-HPSTGLLGGYRKLWTEISAEWRRD 253 LN+R+ ++AA W A LP++ LP + A GLLG YR LW ++ W D Sbjct 196 LNIRLIAVLAAVWFAAFALPVMFAVPELPRTTADPGAERAGLLGSYRVLWRDLRELWAVD 255 Query 254 RNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFV 313 R V+FL+ASA+FRDGLA +F FGAVL V YG+ ADVL+FG AA+VVAA+GA+ G Sbjct 256 RRTVWFLLASAVFRDGLAGVFTFGAVLAVRVYGIDDADVLLFGIAANVVAALGAIAAGRF 315 Query 314 DHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQ 373 D R+G K VIVGSLAA++ L LL +SGP FW GLLL +F+GPAQ+SAR+ L +A Sbjct 316 DDRVGPKAVIVGSLAAMLVCGLALLVVSGPVLFWVFGLLLTIFVGPAQASARSFLARLAP 375 Query 374 HGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGL 413 G+EG FGLYT TGRAVSFL P LF FV F RAG+ Sbjct 376 PGREGQLFGLYTTTGRAVSFLAPALFGFFVWAFDAERAGI 415 >gi|226360538|ref|YP_002778316.1| MFS transporter [Rhodococcus opacus B4] gi|226239023|dbj|BAH49371.1| putative MFS transporter [Rhodococcus opacus B4] Length=441 Score = 409 bits (1050), Expect = 6e-112, Method: Compositional matrix adjust. Identities = 223/425 (53%), Positives = 278/425 (66%), Gaps = 7/425 (1%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 +VVAW +WD GS NA++ TFVFSVYLT AVG+ LPG S ++WLG + +AG I VL Sbjct 19 QVVAWGLWDWGSAAFNAVILTFVFSVYLTDAVGEDLPGSISASTWLGWSLGIAGFLIAVL 78 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV G ++ RR+ AL VLT V AMFL+RD +YLW GLVLLAA + +L+ Sbjct 79 APVTGQRFDAAGRRKWALGVLTFATVGCMAAMFLVRDSYQYLWLGLVLLAAGSVIFELAG 138 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPYNAMLRQ+STP+ GR+SGFGWA GY G + LLL+ Y GF++G G RG L L G Sbjct 139 VPYNAMLRQVSTPANIGRVSGFGWAMGYFGGIVLLLLCYFGFIAGDGDTRGFLGLTTDGG 198 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLP----DSGAASHPSTGLLGGYRKLWTEISAEW 250 LN+RM L+AA W A+ +P+LL LP D GAA G + YR LW ++ W Sbjct 199 LNIRMVALLAAVWFAVFAIPVLLKVPELPRTNADPGAA---KAGFVESYRVLWRDLRDLW 255 Query 251 RRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLG 310 DR VYFLVASA+FRDGLA +F FGAVL VN YG++ DVL+FG AA+VV+A+GA+ Sbjct 256 SADRRTVYFLVASALFRDGLAGVFTFGAVLAVNVYGISAGDVLLFGVAANVVSALGALTA 315 Query 311 GFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLH 370 G D RIG K VI+ SL A+I + L +SGP FW GLLLC+F+GPAQSSAR L Sbjct 316 GRFDDRIGPKTVIMTSLIAMIVVGVVLTAVSGPAMFWIFGLLLCLFVGPAQSSARTFLAR 375 Query 371 MAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRV 430 + G+EG FGLY TGRAVSFL P LF +F F RAG+ G+ +VL GL + V Sbjct 376 ITPPGREGQMFGLYATTGRAVSFLSPTLFGLFAWWFAADRAGILGLVIVLAIGLAALTVV 435 Query 431 QVSRH 435 + Sbjct 436 KAPER 440 >gi|111018420|ref|YP_701392.1| major facilitator transporter [Rhodococcus jostii RHA1] gi|110817950|gb|ABG93234.1| probable transporter, MFS superfamily protein [Rhodococcus jostii RHA1] Length=441 Score = 407 bits (1046), Expect = 2e-111, Method: Compositional matrix adjust. Identities = 222/425 (53%), Positives = 275/425 (65%), Gaps = 7/425 (1%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 +VVAW +WD GS NA++ TFVFSVYLT AVG LPG S ++WLG + +AG I VL Sbjct 19 QVVAWGLWDWGSAAFNAVILTFVFSVYLTDAVGDDLPGSISASTWLGWSLGIAGFLIAVL 78 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV G ++ RR+ AL VLT V AMF +RD +YLW GLVLLAA + +L+ Sbjct 79 APVTGQRFDAAGRRKWALGVLTFATVGCMAAMFFVRDSYQYLWLGLVLLAAGSVIFELAG 138 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPYNAMLRQ+STP+ GR+SGFGWA GY G + LLL+ Y GF+SG G RG L L G Sbjct 139 VPYNAMLRQVSTPANIGRVSGFGWAMGYFGGIVLLLLCYFGFISGDGDNRGFLGLTTDGG 198 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLP----DSGAASHPSTGLLGGYRKLWTEISAEW 250 LN+RM L+AA W A+ +P+LL LP D GA G + YR LW ++ W Sbjct 199 LNIRMVALLAAVWFAIFAIPVLLKVPELPRPHVDPGA---DKAGFVESYRVLWRDLRDLW 255 Query 251 RRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLG 310 DR VYFLVASA+FRDGLA +F FGAVL VN YG++ DVL+FG AA+VV+A+GA+ Sbjct 256 VADRRTVYFLVASALFRDGLAGVFTFGAVLAVNVYGISAGDVLLFGVAANVVSALGALTA 315 Query 311 GFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLH 370 G D RIG K VI+ SL A+I + L +SGP FW GLLLC+F+GPAQSSAR L Sbjct 316 GRFDDRIGPKTVIMTSLIAMIVVGVVLTAVSGPAMFWIFGLLLCLFVGPAQSSARTFLAR 375 Query 371 MAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRV 430 + G+EG FGLY TGRAVSFL P LF +F F RAG+ G+ +VL GL + V Sbjct 376 ITPPGREGQMFGLYATTGRAVSFLSPTLFGLFAWWFAADRAGIIGLVIVLAIGLAALTMV 435 Query 431 QVSRH 435 + Sbjct 436 KAPER 440 >gi|169628628|ref|YP_001702277.1| hypothetical protein MAB_1538 [Mycobacterium abscessus ATCC 19977] gi|169240595|emb|CAM61623.1| Conserved hypothetical protein [Mycobacterium abscessus] Length=459 Score = 400 bits (1029), Expect = 2e-109, Method: Compositional matrix adjust. Identities = 213/435 (49%), Positives = 295/435 (68%), Gaps = 8/435 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 ++ P SR R+ AWA +D GS N ++ F+F+ YLT VG GLP G P L Sbjct 21 LDTPTSRG------RIAAWAAFDWGSAAFNTVIVMFIFTPYLTGRVGAGLPDGV-PQGLL 73 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGL 120 G + G+ + +LAPV+GVW ++P RRRVAL LT VA+ AM ++R+D RYLW GL Sbjct 74 GWMMGLGGVLVFLLAPVIGVWADTPQRRRVALGTLTTLVVAVATAMSMVREDNRYLWLGL 133 Query 121 VLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGS 180 L A + ++L+ VPYNAML L+TP+ A R+SG G A+ Y+G V +LL+ YLGF+SG Sbjct 134 GLYCAGSVFNELAQVPYNAMLHGLTTPANASRVSGLGLAAAYIGGVLVLLLCYLGFISGD 193 Query 181 GSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYR 240 G RGL Q+P A+G +VR++ L+AAAW A+ LPL+L +PD A S G+LG YR Sbjct 194 GPTRGLFQVPAADGYDVRVSALLAAAWFAVFALPLVL-TRPVPDPAAPPPSSPGVLGVYR 252 Query 241 KLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAAS 300 +LW ++ +W DR ++YFLVASAIFRDG+ A+FA V+ + L+ AD+ +FG A + Sbjct 253 ELWRDLVEQWHMDRRIIYFLVASAIFRDGMVAMFALTPVIANGVFHLSGADITLFGVAGN 312 Query 301 VVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPA 360 V+AAVGAV+GG VD R+GSK +IVGSLA I++ + ++ L+G AFW CGL + F+GP Sbjct 313 VMAAVGAVVGGLVDTRLGSKGIIVGSLAVIVSLGIVMMFLTGQPAFWICGLAIAAFVGPP 372 Query 361 QSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVL 420 QS+AR L+L MA G+E FGLYTMTGRAVSF+GPWLF+ F +FH RAG+ G L++ Sbjct 373 QSAARTLVLRMAPVGREAFVFGLYTMTGRAVSFVGPWLFATFALLFHATRAGIAGPVLMI 432 Query 421 TTGLLLMLRVQVSRH 435 G++ ++ V+V R+ Sbjct 433 GLGMVAVILVKVPRY 447 >gi|325675976|ref|ZP_08155659.1| major facilitator transporter [Rhodococcus equi ATCC 33707] gi|325553214|gb|EGD22893.1| major facilitator transporter [Rhodococcus equi ATCC 33707] Length=448 Score = 386 bits (992), Expect = 4e-105, Method: Compositional matrix adjust. Identities = 219/431 (51%), Positives = 279/431 (65%), Gaps = 5/431 (1%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 +V AW +WD GS NA++ TFVFSVYLT AVG LPG S ++WLG + +AG I VL Sbjct 19 QVAAWGLWDWGSAAFNAVIVTFVFSVYLTDAVGDDLPGSISASTWLGWSLGIAGFFIAVL 78 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV G ++ RR+ +L+VLT +A AMFL+ DD YLW GLVLL + +L+ Sbjct 79 APVSGQRFDATGRRKRSLAVLTFLTIATMAAMFLVVDDYHYLWLGLVLLGVGSVIFELAG 138 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPYNAM+RQ+STP GR+SGFGWA GY G + LLLV YLGF++G G RGLL L G Sbjct 139 VPYNAMMRQVSTPENIGRVSGFGWAMGYFGGIVLLLVCYLGFIAGDGDSRGLLGLTTEGG 198 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPST-GLLGGYRKLWTEISAEWRRD 253 LN+R+ L+AAAW A+ LP+L LP S A + G + YR LW ++ W D Sbjct 199 LNIRLVALLAAAWFAVFALPVLFAVPELPRSAADPGAAKAGFVESYRVLWRDLKDLWEAD 258 Query 254 RNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFV 313 R V+FL+ASA+FRDGLA +F FGAVL VN YG+ VL+FG AA+VVAA+GA++ G + Sbjct 259 RRTVWFLIASALFRDGLAGVFTFGAVLAVNVYGMASDSVLLFGVAANVVAALGAIVAGRL 318 Query 314 DHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQ 373 D R+G K VIV SL ++IA + L+ +SG FW GLLLC+F+GPAQSSAR L + Sbjct 319 DDRVGPKAVIVASLVSMIAVGVVLIGVSGTLLFWIFGLLLCLFVGPAQSSARTFLARITP 378 Query 374 HGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVS 433 G+EG FGLY TGRAVSFL P LF F F RAG+ G+ +VL GL + V+ Sbjct 379 PGREGQLFGLYATTGRAVSFLAPTLFGFFAWWFGADRAGIVGLLVVLGIGLAALAAVRAP 438 Query 434 RHGGALTTAQS 444 TA+S Sbjct 439 ER----DTAES 445 >gi|312140414|ref|YP_004007750.1| mfs transporter [Rhodococcus equi 103S] gi|311889753|emb|CBH49070.1| putative MFS transporter [Rhodococcus equi 103S] Length=444 Score = 385 bits (989), Expect = 9e-105, Method: Compositional matrix adjust. Identities = 218/431 (51%), Positives = 279/431 (65%), Gaps = 5/431 (1%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 +V AW +WD GS NA++ TFVFSVYLT AVG LPG S ++WLG + +AG I VL Sbjct 15 QVAAWGLWDWGSAAFNAVIVTFVFSVYLTDAVGDDLPGSISASTWLGWSLGIAGFFIAVL 74 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV G ++ RR+ +L++LT +A AMFL+ DD YLW GLVLL + +L+ Sbjct 75 APVSGQRFDATGRRKRSLALLTFLTIATMAAMFLVVDDYHYLWLGLVLLGVGSVIFELAG 134 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPYNAM+RQ+STP GR+SGFGWA GY G + LLLV YLGF++G G RGLL L G Sbjct 135 VPYNAMMRQVSTPENIGRVSGFGWAMGYFGGIVLLLVCYLGFIAGDGDSRGLLGLTTEGG 194 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPST-GLLGGYRKLWTEISAEWRRD 253 LN+R+ L+AAAW A+ LP+L LP S A + G + YR LW ++ W D Sbjct 195 LNIRLVALLAAAWFAVFALPVLFAVPELPRSAADPGAAKAGFVESYRVLWRDLKDLWEAD 254 Query 254 RNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFV 313 R V+FL+ASA+FRDGLA +F FGAVL VN YG+ VL+FG AA+VVAA+GA++ G + Sbjct 255 RRTVWFLIASALFRDGLAGVFTFGAVLAVNVYGMASDSVLLFGVAANVVAALGAIVAGRL 314 Query 314 DHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQ 373 D R+G K VIV SL ++IA + L+ +SG FW GLLLC+F+GPAQSSAR L + Sbjct 315 DDRVGPKAVIVASLVSMIAVGVVLIGVSGTLLFWIFGLLLCLFVGPAQSSARTFLARITP 374 Query 374 HGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVS 433 G+EG FGLY TGRAVSFL P LF F F RAG+ G+ +VL GL + V+ Sbjct 375 PGREGQLFGLYATTGRAVSFLAPTLFGFFAWWFGADRAGIVGLLVVLGIGLAALAAVRAP 434 Query 434 RHGGALTTAQS 444 TA+S Sbjct 435 ER----DTAES 441 >gi|226307343|ref|YP_002767303.1| MFS transporter [Rhodococcus erythropolis PR4] gi|226186460|dbj|BAH34564.1| putative MFS transporter [Rhodococcus erythropolis PR4] Length=446 Score = 384 bits (987), Expect = 1e-104, Method: Compositional matrix adjust. Identities = 199/414 (49%), Positives = 262/414 (64%), Gaps = 7/414 (1%) Query 2 NNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLG 61 P G +V AW +WD GS NA++ TFVFSVYLT AVG LPG S +WL Sbjct 4 EPPAGIGGAATKSQVFAWGLWDWGSAAFNAVILTFVFSVYLTDAVGDDLPGTISATTWLS 63 Query 62 RAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLV 121 A +AG I +LAP+ G ++ +R+++L++LTG V ++ + D+ RYLW GLV Sbjct 64 WALGIAGFFIAILAPITGQRFDASGKRKLSLAILTGITVLSMAGLYFVEDNYRYLWLGLV 123 Query 122 LLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSG 181 LLA + +L+ VPYNAM+RQ+STP GR+SGFGWA GY G + LLL+ Y GF+ G G Sbjct 124 LLAIGSVIFELAGVPYNAMMRQVSTPENLGRVSGFGWAMGYFGGIVLLLLCYFGFIVGDG 183 Query 182 SQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLP----DSGAASHPSTGLLG 237 RG L L G+N+RM L+AA W A+ +P+ LP D GA+ G L Sbjct 184 DTRGFLGLTTDGGMNIRMVALLAAVWFAVFAIPVFFKVPELPSPAVDPGAS---KAGFLD 240 Query 238 GYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGA 297 YR LW ++ W DR +++L+ASA+FRDGLA +F FGAVL VN YG++ ADVL+FG Sbjct 241 SYRVLWRDLRELWNVDRRTIWYLIASALFRDGLAGVFTFGAVLAVNVYGISAADVLLFGV 300 Query 298 AASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFI 357 AA+V++A+GA++ G D RIG K VI SLA++I L+ +SGP FW GL LC+F+ Sbjct 301 AANVISAIGALVAGRFDDRIGPKQVITVSLASMIVVGAILIAVSGPVMFWIFGLALCLFV 360 Query 358 GPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRA 411 GPAQSSAR L + G+EG FGLY TGRAVSFL P LF +F +F RA Sbjct 361 GPAQSSARTFLARITPPGREGQMFGLYATTGRAVSFLAPTLFGLFAWLFGADRA 414 >gi|296140070|ref|YP_003647313.1| major facilitator superfamily protein [Tsukamurella paurometabola DSM 20162] gi|296028204|gb|ADG78974.1| major facilitator superfamily MFS_1 [Tsukamurella paurometabola DSM 20162] Length=445 Score = 381 bits (978), Expect = 1e-103, Method: Compositional matrix adjust. Identities = 212/421 (51%), Positives = 277/421 (66%), Gaps = 1/421 (0%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 R++AW WD GS N ++ TFVFSVYLT +VG+ LPG ++L A AVAG+ + +L Sbjct 21 RLLAWCSWDWGSAAFNVVIVTFVFSVYLTDSVGKDLPGSIPATAYLSGALAVAGILVAIL 80 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV+G + RRR +L+V +G A F +RD+ +YLW GL+LLA +L++ Sbjct 81 APVLGQRSDEAGRRRFSLAVWSGLLFLTMLACFFVRDEYQYLWLGLLLLATGTVFFELAN 140 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPY AMLRQ+STP+T GR+SG GWASGY G + +LLV YLGF+SG G RG L L G Sbjct 141 VPYYAMLRQVSTPATIGRVSGIGWASGYFGGIVILLVCYLGFISGDGDTRGFLGLSTDGG 200 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 LNVR+ L AA W + LP+L +P +A G++ YR L+ + WR DR Sbjct 201 LNVRLVALFAALWFGIFALPVLFAVPEVPRDPSAPA-RRGIVDAYRSLFASVVHLWRSDR 259 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N VYFL+ASA+FRDGL A F FGAVL V+ YG++ + VL+FG AA+V AA+GA++ G D Sbjct 260 NAVYFLIASAVFRDGLTATFTFGAVLAVSVYGMSSSTVLLFGVAANVFAAIGALVAGRFD 319 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 +G K VIV SLA +I A + L+ +SG T FW GL+L VF+GPAQSSAR+LL MA Sbjct 320 DAVGPKAVIVVSLAGMIVAGVVLMFVSGTTMFWIFGLMLTVFVGPAQSSARSLLARMAVP 379 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVSR 434 G EG FGLY TGRA SFL P LF+ FV VF + RAG+ + LVL GLL++L V ++ Sbjct 380 GHEGQMFGLYQTTGRAASFLAPSLFTAFVAVFGSERAGIAAIVLVLAAGLLMLLPVTPAQ 439 Query 435 H 435 Sbjct 440 D 440 >gi|229493997|ref|ZP_04387766.1| permease of the major facilitator family protein [Rhodococcus erythropolis SK121] gi|229319066|gb|EEN84918.1| permease of the major facilitator family protein [Rhodococcus erythropolis SK121] Length=455 Score = 381 bits (978), Expect = 2e-103, Method: Compositional matrix adjust. Identities = 199/416 (48%), Positives = 262/416 (63%), Gaps = 9/416 (2%) Query 2 NNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLG 61 P G +V AW +WD GS NA++ TFVFSVYLT AVG LPG S +WL Sbjct 11 EPPAGIGGAATKSQVFAWGLWDWGSAAFNAVILTFVFSVYLTDAVGDDLPGTISATTWLS 70 Query 62 RAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLV 121 A +AG I +LAP+ G ++ +R+++L++LTG V ++ + D+ RYLW GLV Sbjct 71 WALGIAGFFIAILAPITGQRFDASGKRKLSLAILTGITVLSMAGLYFVEDNYRYLWLGLV 130 Query 122 LLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFM--SG 179 LLA + +L+ VPYNAM+RQ+STP GR+SGFGWA GY G + LLL+ Y GF+ G Sbjct 131 LLAIGSVIFELAGVPYNAMMRQVSTPENLGRVSGFGWAMGYFGGIVLLLLCYFGFIVGDG 190 Query 180 SGSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLP----DSGAASHPSTGL 235 G RG L L G+N+RM L+AA W A+ +P+ LP D GA+ G Sbjct 191 DGDTRGFLGLTTDGGMNIRMVALLAAVWFAVFAIPVFFKVPELPSPAVDPGASK---AGF 247 Query 236 LGGYRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIF 295 L YR LW ++ W DR +++L+ASA+FRDGLA +F FGAVL VN YG++ ADVL+F Sbjct 248 LDSYRVLWRDLRELWNVDRRTIWYLIASALFRDGLAGVFTFGAVLAVNVYGISAADVLLF 307 Query 296 GAAASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCV 355 G AA+V++A+GA++ G D RIG K VI SLA++I L+ +SGP FW GL LC+ Sbjct 308 GVAANVISAIGALVAGRFDDRIGPKQVITVSLASMIVVGAILIAVSGPVMFWIFGLALCL 367 Query 356 FIGPAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRA 411 F+GPAQSSAR L + G+EG FGLY TGRAVSFL P LF +F +F RA Sbjct 368 FVGPAQSSARTFLARITPPGREGQMFGLYATTGRAVSFLAPTLFGLFAWLFGADRA 423 >gi|19553812|ref|NP_601814.1| major facilitator superfamily permease [Corynebacterium glutamicum ATCC 13032] gi|21325385|dbj|BAC00007.1| Permeases of the major facilitator superfamily [Corynebacterium glutamicum ATCC 13032] Length=440 Score = 373 bits (958), Expect = 3e-101, Method: Compositional matrix adjust. Identities = 189/417 (46%), Positives = 275/417 (66%), Gaps = 1/417 (0%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 +V+WA WD GS NA++ TF+FSVYLT +VG LP G++ S A A+AG+ + V+A Sbjct 18 IVSWAFWDWGSASFNAVLVTFIFSVYLTDSVGATLPEGSNATSLYSMAVAIAGVIVAVVA 77 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRD-DPRYLWAGLVLLAATAASSDLSS 134 PV+G + RR +L + T V L +F +++ DP + W G+ ++A + + + Sbjct 78 PVMGRRSDIKGTRRRSLRMWTLVTVFLMFCLFTVKNTDPTFFWFGVAIMAIANITFEFAE 137 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y A L Q+ST GR+SGFGW+ GY G + LLLV YLGF++G G RG L LP+ +G Sbjct 138 VQYYAQLSQISTRENVGRVSGFGWSMGYFGGIVLLLVCYLGFVAGDGDTRGFLNLPIEDG 197 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 +N+R+ ++AA W + +P LL + AA GL+ Y+ L+ +I+ W++DR Sbjct 198 MNIRLVAVLAAVWFLVSAIPALLRVPEIEAQVAAEDHPKGLIAAYKDLFGQIAELWKQDR 257 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N VYFL+A+A+FRDGLA +F FGA+L V+ YGL+ DVL+FG AA+VV+A+GA+LGGF+D Sbjct 258 NSVYFLIAAAVFRDGLAGVFTFGAILAVSVYGLSAGDVLLFGVAANVVSALGALLGGFLD 317 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 R+G KP+I+ SLA +IA A L + GPT FW GL+LC F+GPAQS++R+ L ++ Sbjct 318 DRVGPKPIILISLAIMIADAAILFFVEGPTNFWIFGLILCAFVGPAQSASRSYLTRLSPD 377 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 G+EG FGLY TGRAVS++ P LF VFV + R G+ + L+L G++L+ V+ Sbjct 378 GQEGQLFGLYATTGRAVSWMVPSLFGVFVGLTGDDRTGILAIALILLFGIVLLSMVK 434 >gi|145296609|ref|YP_001139430.1| hypothetical protein cgR_2517 [Corynebacterium glutamicum R] gi|140846529|dbj|BAF55528.1| hypothetical protein [Corynebacterium glutamicum R] Length=440 Score = 373 bits (957), Expect = 4e-101, Method: Compositional matrix adjust. Identities = 190/418 (46%), Positives = 274/418 (66%), Gaps = 3/418 (0%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 +V WA WD GS NA++ TF+FSVYLT +VG LP G++ S A A+AG+ + V+A Sbjct 18 IVPWAFWDWGSASFNAVLVTFIFSVYLTDSVGATLPEGSNATSLYSMAVAIAGVIVAVVA 77 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRD-DPRYLWAGLVLLAATAASSDLSS 134 PV+G + RR +L + T V L +F +++ DP + W G+ ++A + + + Sbjct 78 PVMGRRSDIKGTRRRSLRMWTLVTVFLMFCLFTVKNTDPTFFWFGVAIMAIANITFEFAE 137 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y A L Q+ST GR+SGFGW+ GY G + LLLV YLGF++G G RG L LP+ +G Sbjct 138 VQYYAQLSQISTRENVGRVSGFGWSMGYFGGIVLLLVCYLGFVAGDGDTRGFLNLPIEDG 197 Query 195 LNVRMAMLVAAAWLALLGLP-LLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRD 253 +N+R+ ++AA W + +P LL V P A HP GL+ Y+ L+ +I+ W++D Sbjct 198 MNIRLVAVLAAVWFLVSAIPALLRVPEIEPQVAAEDHPK-GLIAAYKDLFGQIAELWKQD 256 Query 254 RNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFV 313 RN VYFL+A+A+FRDGLA +F FGA+L V+ YGL+ DVL+FG AA+VV+A+GA+LGGF+ Sbjct 257 RNSVYFLIAAAVFRDGLAGVFTFGAILAVSVYGLSAGDVLLFGVAANVVSALGALLGGFL 316 Query 314 DHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQ 373 D R+G KP+I+ SL +I A L + GPT FW GL+LC F+GPAQS++R+ L ++ Sbjct 317 DDRVGPKPIILISLTIMIIDATVLFFVEGPTNFWIFGLILCAFVGPAQSASRSYLTRLSP 376 Query 374 HGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 G+EG FGLY TGRAVS++ P LF VFV + R G+ + L+L G++L+ V+ Sbjct 377 DGQEGQLFGLYATTGRAVSWMAPSLFGVFVGLTGDDRTGILAIALILLFGIVLLSMVK 434 >gi|62391452|ref|YP_226854.1| major facilitator superfamily permease [Corynebacterium glutamicum ATCC 13032] gi|41326793|emb|CAF21275.1| Permease of the major facilitator superfamily [Corynebacterium glutamicum ATCC 13032] Length=442 Score = 373 bits (957), Expect = 4e-101, Method: Compositional matrix adjust. Identities = 189/417 (46%), Positives = 275/417 (66%), Gaps = 1/417 (0%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 +V+WA WD GS NA++ TF+FSVYLT +VG LP G++ S A A+AG+ + V+A Sbjct 20 IVSWAFWDWGSASFNAVLVTFIFSVYLTDSVGATLPEGSNATSLYSMAVAIAGVIVAVVA 79 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRD-DPRYLWAGLVLLAATAASSDLSS 134 PV+G + RR +L + T V L +F +++ DP + W G+ ++A + + + Sbjct 80 PVMGRRSDIKGTRRRSLRMWTLVTVFLMFCLFTVKNTDPTFFWFGVAIMAIANITFEFAE 139 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y A L Q+ST GR+SGFGW+ GY G + LLLV YLGF++G G RG L LP+ +G Sbjct 140 VQYYAQLSQISTRENVGRVSGFGWSMGYFGGIVLLLVCYLGFVAGDGDTRGFLNLPIEDG 199 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 +N+R+ ++AA W + +P LL + AA GL+ Y+ L+ +I+ W++DR Sbjct 200 MNIRLVAVLAAVWFLVSAIPALLRVPEIEAQVAAEDHPKGLIAAYKDLFGQIAELWKQDR 259 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N VYFL+A+A+FRDGLA +F FGA+L V+ YGL+ DVL+FG AA+VV+A+GA+LGGF+D Sbjct 260 NSVYFLIAAAVFRDGLAGVFTFGAILAVSVYGLSAGDVLLFGVAANVVSALGALLGGFLD 319 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 R+G KP+I+ SLA +IA A L + GPT FW GL+LC F+GPAQS++R+ L ++ Sbjct 320 DRVGPKPIILISLAIMIADAAILFFVEGPTNFWIFGLILCAFVGPAQSASRSYLTRLSPD 379 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 G+EG FGLY TGRAVS++ P LF VFV + R G+ + L+L G++L+ V+ Sbjct 380 GQEGQLFGLYATTGRAVSWMVPSLFGVFVGLTGDDRTGILAIALILLFGIVLLSMVK 436 >gi|344046322|gb|EGV41988.1| major facilitator superfamily permease [Corynebacterium glutamicum S9114] Length=440 Score = 372 bits (954), Expect = 9e-101, Method: Compositional matrix adjust. Identities = 189/417 (46%), Positives = 272/417 (66%), Gaps = 1/417 (0%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 +V+WA WD GS NA++ TF+FSVYLT +VG LP ++ S A A+AG+ + V+A Sbjct 18 IVSWAFWDWGSASFNAVLVTFIFSVYLTDSVGATLPESSNATSLYSMAVAIAGVIVAVVA 77 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRD-DPRYLWAGLVLLAATAASSDLSS 134 PV+G + RR +L + T V L +F +++ DP + W G+ ++A + + + Sbjct 78 PVMGRRSDIKGTRRRSLRMWTLVTVFLMFCLFAVKNTDPTFFWFGVAIMAIANITFEFAE 137 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y A L Q+ST GR+SGFGW+ GY G + LLLV YLGF++G G RG L LP+ +G Sbjct 138 VQYYAQLSQISTRENVGRVSGFGWSMGYFGGIVLLLVCYLGFVAGDGDTRGFLNLPIEDG 197 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 LN+R+ ++AA W + +P LL + AA GL+ Y+ L+ +I+A W RDR Sbjct 198 LNIRLVAILAAVWFLVSAIPALLRVPEIEAQVAAEDHPKGLIAAYKDLFGQIAALWNRDR 257 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N VYFL+A+A+FRDGLA +F FGA+L V+ YGL+ DVL+FG AA+VV+A+GA+LGGF+D Sbjct 258 NSVYFLIAAAVFRDGLAGVFTFGAILAVSVYGLSAGDVLLFGVAANVVSALGALLGGFLD 317 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 R+G KP+I+ SL +I A L + GPT FW GL+LC F+GPAQS++R+ L ++ Sbjct 318 DRVGPKPIILISLTIMIIDAAVLFFVEGPTNFWIFGLILCAFVGPAQSASRSYLTRLSPD 377 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 G+EG FGLY TGRAVS++ P LF VFV + R G+ + L+L G++L+ V+ Sbjct 378 GQEGQLFGLYATTGRAVSWMAPSLFGVFVGLTGDDRTGILAIALILLFGIVLLSMVK 434 >gi|311742482|ref|ZP_07716291.1| major facilitator transporter [Aeromicrobium marinum DSM 15272] gi|311314110|gb|EFQ84018.1| major facilitator transporter [Aeromicrobium marinum DSM 15272] Length=444 Score = 357 bits (916), Expect = 3e-96, Method: Compositional matrix adjust. Identities = 200/404 (50%), Positives = 263/404 (66%), Gaps = 8/404 (1%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 +V AW++WD GS NA++ TFVFSVYLT +VG+ L G S ++WL A GL I VL Sbjct 20 QVRAWSLWDWGSAAFNAVIVTFVFSVYLTDSVGEDLEGPISASTWLAWAVGAGGLVIAVL 79 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV G ++ RR+ +L+VLT T VALT MFL+ DDP +LW GLVL++ +L+ Sbjct 80 APVTGQRADAAGRRKRSLAVLTFTVVALTALMFLVEDDPSFLWLGLVLISVGVVVFELAQ 139 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 VPY AMLRQ+STP+T GR+SG GWA GY+G + LLL+ Y GF+ G G GL LP NG Sbjct 140 VPYFAMLRQVSTPATVGRVSGVGWAYGYLGGIVLLLICYFGFVVGDG---GLFGLPTENG 196 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHP--STGLLGGYRKLWTEISAEWRR 252 N+R+ L+AA W + LPLL R+P+ A P TG L YR LW ++ W Sbjct 197 FNIRLIALLAAGWFLVFSLPLL---FRVPELPAEVSPVDRTGFLESYRVLWRDVVVLWGE 253 Query 253 DRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGF 312 DR V FLVASA++RDGLA +F FGA+L V+ Y + DVLIFG AA+VVAA +V G Sbjct 254 DRRTVLFLVASALYRDGLAGVFTFGAILAVSVYDIGVDDVLIFGVAANVVAAAASVAAGR 313 Query 313 VDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMA 372 +D R+G + V+ SLAA++ A LL + GP FW GLLL +F+GPAQ+++R L+ + Sbjct 314 IDDRLGPRVVVTTSLAAMLVVATVLLFVDGPLMFWIFGLLLTLFVGPAQTASRTFLMRLT 373 Query 373 QHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 G+EG FGLY MTG+A SFL P LF +FV + R G+ G+ Sbjct 374 PVGREGQFFGLYAMTGKAASFLSPVLFGLFVLIGGDDRWGIIGI 417 >gi|225022164|ref|ZP_03711356.1| hypothetical protein CORMATOL_02198 [Corynebacterium matruchotii ATCC 33806] gi|305680573|ref|ZP_07403381.1| transporter, major facilitator family protein [Corynebacterium matruchotii ATCC 14266] gi|224945097|gb|EEG26306.1| hypothetical protein CORMATOL_02198 [Corynebacterium matruchotii ATCC 33806] gi|305660104|gb|EFM49603.1| transporter, major facilitator family protein [Corynebacterium matruchotii ATCC 14266] Length=433 Score = 355 bits (911), Expect = 9e-96, Method: Compositional matrix adjust. Identities = 188/420 (45%), Positives = 272/420 (65%), Gaps = 12/420 (2%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 VV W++WD GS NA++ TFVFSVYLT +VG+ + +P +WL A + G+ I +LA Sbjct 15 VVLWSLWDLGSAAFNAVLITFVFSVYLTDSVGKTIDSRFTPTTWLAIAIGIGGMFIALLA 74 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIR-DDPRYLWAGLVLLAATAASSDLSS 134 PV+G ++ RR ++ V T + + +++ IR DDP Y W G+ +LA + + +L Sbjct 75 PVIGQRSDARGTRRRSVRVWTLITIIIMLSLYFIRNDDPIYFWLGITILAIGSVTYELGE 134 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y AML Q+ST GR+SGFGWA GY G + LLL+ Y GF++ G G L + G Sbjct 135 VSYFAMLNQVSTEKNVGRVSGFGWALGYFGGIFLLLICYFGFIADDG---GYLHISTEGG 191 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHP---STGLLGGYRKLWTEISAEWR 251 LNVR+ +++A W + GLP++ R+P+ A +P S G + Y++LW + WR Sbjct 192 LNVRLVAIMSALWFLVFGLPVMF---RVPE--IAPNPNIGSDGFVESYKELWHTLRRLWR 246 Query 252 RDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGG 311 +DR+ V+FL++SAIFRDGLA +F FGA+L V+ YGL DVLIFG AA++++A+GAV+ G Sbjct 247 KDRSSVFFLISSAIFRDGLAGVFTFGAILAVSVYGLDAGDVLIFGIAANLISALGAVVCG 306 Query 312 FVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHM 371 + D G KPVI+ SL ++IA L +SGPT FW GL+L +F+GPAQSS+R L M Sbjct 307 YFDDIFGPKPVIMVSLVSMIAMCFILYFVSGPTNFWIYGLILTLFVGPAQSSSRTFLSRM 366 Query 372 AQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 A G EG FGLY TGRAVS++ P FS+F +F RAG+ G+ ++L G L++++V+ Sbjct 367 APPGYEGQMFGLYATTGRAVSWMAPAAFSLFSMLFGGDRAGIFGIAVILLAGALVLVKVK 426 >gi|340793494|ref|YP_004758957.1| major facilitator superfamily permease [Corynebacterium variabile DSM 44702] gi|340533404|gb|AEK35884.1| major facilitator superfamily permease [Corynebacterium variabile DSM 44702] Length=431 Score = 347 bits (891), Expect = 2e-93, Method: Compositional matrix adjust. Identities = 189/400 (48%), Positives = 252/400 (63%), Gaps = 4/400 (1%) Query 18 AWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLAPV 77 AWA WD GS NA++ TF+FSVYLT +VG L G S ++W G A AVAG+ I V APV Sbjct 19 AWAFWDFGSAAFNAVLVTFIFSVYLTDSVGDSLGGSVSASTWYGAAIAVAGVIIAVTAPV 78 Query 78 VGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDD-PRYLWAGLVLLAATAASSDLSSVP 136 VG ++ +RR A+ T VAL + + DD P Y W G V++A + + + V Sbjct 79 VGRRADARGKRRSAVRTWTLVTVALMLLLVFVGDDAPGYFWLGAVIMAVGSVTFQFAEVG 138 Query 137 YNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANGLN 196 Y AML Q+ST GR+SGFGWA GY G + LLL Y+GF++G G RGL + +G N Sbjct 139 YFAMLNQVSTKENVGRVSGFGWAMGYFGGIFLLLFCYVGFIAGDGDTRGLFNVATDDGWN 198 Query 197 VRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDRNL 256 VR+ L+AA W L +PL R+P+ +TG YR L+ I+ WR DR Sbjct 199 VRIVALLAAVWFGLSAIPLF---RRIPEVEPNGSEATGWKDSYRALFHTIAVLWRTDRKA 255 Query 257 VYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVDHR 316 V+FL++SA+FRDGLA +F FGA+L V+ Y L+ ADVLIFG A+VVAA+GA+L G +D R Sbjct 256 VWFLISSAVFRDGLAGVFTFGAILAVSVYDLSDADVLIFGVGANVVAALGALLAGRLDDR 315 Query 317 IGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQHGK 376 G PVI SL ++A AL L +SGP FW GL LC+F+GPAQS++R+ L + G+ Sbjct 316 RGPVPVIAVSLVLMVAIALVLFIVSGPLMFWIFGLALCLFVGPAQSASRSYLSRICPPGR 375 Query 377 EGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 EG FGLY TGRAVS+L P +F++ + T RAG+ G+ Sbjct 376 EGEMFGLYATTGRAVSWLAPAMFALLTGIAGTDRAGILGI 415 >gi|325003547|ref|ZP_08124659.1| major facilitator superfamily protein [Pseudonocardia sp. P1] Length=423 Score = 345 bits (884), Expect = 1e-92, Method: Compositional matrix adjust. Identities = 205/416 (50%), Positives = 271/416 (66%), Gaps = 8/416 (1%) Query 18 AWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLAPV 77 AW +WD GS+G I TFVFSVYLT AVG GLPG S SWL + A AG+ I ++APV Sbjct 3 AWGLWDWGSSGFQHIALTFVFSVYLTDAVGAGLPGPVSANSWLAWSTAAAGVLIALMAPV 62 Query 78 VGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSSVPY 137 +G + R + + T V AMF +RDD YLW GL+LL + ++L+ V Y Sbjct 63 IGQSADRAGHRLRSTGIWTALVVLSMAAMFAVRDDWSYLWLGLLLLGLASIFAELAYVSY 122 Query 138 NAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANGLNV 197 A++ Q+STP+T GR+SGFGWA GYVG + LLL++Y+ F+SG G GLL +P G +V Sbjct 123 YALMAQVSTPATVGRVSGFGWALGYVGGIVLLLLVYVCFLSGDG---GLLGVPTDGGFDV 179 Query 198 RMAMLVAAAWLALLGLPLLLVAHRLPDSGAAS--HPSTGLLGGYRKLWTEISAEWRRDRN 255 R+++LVAA W A+ +P+ L+ LP++ AS P G+ G YR+L T++ +R + Sbjct 180 RISVLVAAVWFAVFAVPMFLL---LPETRPASPGSPRLGVAGSYRRLVTDLVGLYRSSPH 236 Query 256 LVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVDH 315 VYFL ASA++RDGL AIFAFG VL V YGL VLIFG A +VVAA+GA+ GG +D Sbjct 237 TVYFLGASALYRDGLNAIFAFGGVLAVTVYGLDPGQVLIFGVAINVVAALGALAGGRLDD 296 Query 316 RIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQHG 375 R G K V+ GSLA + + LL +SGPT FW GL+L VF+GPAQ+S+R+ LL M G Sbjct 297 RFGPKAVVAGSLAGLTVVGVVLLFVSGPTMFWIFGLVLGVFVGPAQASSRSYLLRMCPEG 356 Query 376 KEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 +EG FGLY TGRAVSFL P L +F +F + RAG G+ +VL G L +L V+ Sbjct 357 REGQLFGLYATTGRAVSFLAPALIGLFTYLFGSDRAGTIGIVVVLLAGFLALLPVR 412 >gi|258650822|ref|YP_003199978.1| major facilitator superfamily protein [Nakamurella multipartita DSM 44233] gi|258554047|gb|ACV76989.1| major facilitator superfamily MFS_1 [Nakamurella multipartita DSM 44233] Length=440 Score = 344 bits (883), Expect = 2e-92, Method: Compositional matrix adjust. Identities = 199/409 (49%), Positives = 258/409 (64%), Gaps = 5/409 (1%) Query 3 NPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGR 62 PG+ + RVVAW +WD GS NA++ TFVFSVYLT AVG LPGG + +WLG Sbjct 7 EPGTAGRPVPTGRVVAWGVWDWGSAAYNAVILTFVFSVYLTDAVGVDLPGGITANTWLGW 66 Query 63 AGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVL 122 + +AGL I VLAPV G ++ RRR++L V T V +F ++DD YLW GL+L Sbjct 67 SLGLAGLFIAVLAPVTGQRADAGGRRRLSLGVWTALTVITMAGLFFVQDDYHYLWLGLLL 126 Query 123 LAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGS 182 L+ + + +SV YNAML Q+STP T GR+S FGW+ GY G + LLL+ Y+GF++ Sbjct 127 LSLGSIFFEFASVSYNAMLHQVSTPRTIGRVSAFGWSMGYFGGIVLLLICYVGFIA---P 183 Query 183 QRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKL 242 G + +GLN+RM + AA W AL GLP+L + +GA + G Y L Sbjct 184 DVGWFGVTSQDGLNIRMVAIFAALWFALFGLPVLFAVPEI--TGAPAAKRVGFFASYGVL 241 Query 243 WTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVV 302 + ++ +R + VYFL ASA+FRDGLAA+F FGAVL V YG+ ADVLIFG A+VV Sbjct 242 FRDLREMFRTSPHTVYFLGASALFRDGLAAVFTFGAVLAVTVYGINSADVLIFGVVANVV 301 Query 303 AAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQS 362 +A+GA+ G D R+G K VIV SL+ ++ + LL +SGPT FW GL LC+F+GPAQS Sbjct 302 SAIGALTAGRFDDRLGPKTVIVFSLSGMLISGTILLFVSGPTMFWIFGLFLCLFVGPAQS 361 Query 363 SARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRA 411 S+R L +A GKEG FGLY TGRAVSFL P LF F VF RA Sbjct 362 SSRTFLARLAPVGKEGQLFGLYATTGRAVSFLAPTLFGFFTFVFDADRA 410 >gi|331697078|ref|YP_004333317.1| major facilitator superfamily protein [Pseudonocardia dioxanivorans CB1190] gi|326951767|gb|AEA25464.1| major facilitator superfamily MFS_1 [Pseudonocardia dioxanivorans CB1190] Length=446 Score = 342 bits (876), Expect = 1e-91, Method: Compositional matrix adjust. Identities = 206/424 (49%), Positives = 278/424 (66%), Gaps = 6/424 (1%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 RV+AW +WD GS NA++ TFVFSVYLT +VG+ LPG S SWLG + ++GL I +L Sbjct 19 RVLAWGLWDSGSAAFNAVILTFVFSVYLTDSVGKDLPGSISANSWLGWSLGISGLFIALL 78 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV+G + RR+V++ + T VA AMF +RDD YLW GLVLL+ + +L+S Sbjct 79 APVIGQRADG-GRRKVSVGIWTAVTVASMAAMFAVRDDYHYLWLGLVLLSIGSVCFELAS 137 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V YNA+LRQ+STP+T GR+SGFGW+ GY G + LLL++Y+G ++G + G L + G Sbjct 138 VSYNALLRQVSTPATIGRVSGFGWSMGYFGGIVLLLLVYVGLIAG---EGGALGVGTGGG 194 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 LN+R+ LV+AAW AL +PL L P A G++ YR+L+ ++ +R Sbjct 195 LNIRVVALVSAAWFALFAIPLFLTVPEPP--ARAREVRLGVVASYRRLFLDLRDLYRHAP 252 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 + VYFL ASA+FRDGLAAIF FGAVL V YG+ DVLIFG AA++V+A+GA+ G++D Sbjct 253 HTVYFLGASALFRDGLAAIFTFGAVLAVTVYGIDPGDVLIFGVAANIVSAIGALTAGWID 312 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 R+G K V++GSL ++ TL +SGPT FW GL LC+F+GPAQ+SAR + +A Sbjct 313 DRVGPKAVVIGSLIGLLVFGTTLGLVSGPTMFWIFGLALCLFVGPAQASARTYMALLAPP 372 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQVSR 434 G+E FGLY TGRAVSFL P L F F + RAG+ G+ +VL GLL M +V Sbjct 373 GREAQLFGLYATTGRAVSFLAPTLVGAFTFWFGSDRAGIVGILVVLLAGLLAMWKVHPPE 432 Query 435 HGGA 438 GA Sbjct 433 RTGA 436 >gi|319948002|ref|ZP_08022179.1| major facilitator transporter [Dietzia cinnamea P4] gi|319438348|gb|EFV93291.1| major facilitator transporter [Dietzia cinnamea P4] Length=434 Score = 333 bits (854), Expect = 4e-89, Method: Compositional matrix adjust. Identities = 204/407 (51%), Positives = 257/407 (64%), Gaps = 14/407 (3%) Query 21 MWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLAPVVGV 80 MWD GS NA++ TFVFSVYLT +VG L G S A+WL + AVAGL I + APV+G Sbjct 1 MWDWGSAAFNAVIVTFVFSVYLTDSVGADLDGPLSAATWLSISVAVAGLVIALTAPVMGQ 60 Query 81 WVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLW--AGLVLLAATAASSDLSSVPYN 138 + RRR +L++ T V LT MFL+ D Y W GL LLA + + + + V Y Sbjct 61 RADRGGRRRRSLAIWTYATVLLTALMFLVDADAPYPWFFIGLALLAIGSITFEFAEVSYF 120 Query 139 AMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANGLNVR 198 AMLRQ+STP+T GR+SGFGWA GY G + LLL +LGF++G G RGLL + G+NVR Sbjct 121 AMLRQVSTPATVGRVSGFGWAMGYFGGIFLLLGAFLGFIAGEGPDRGLLGVTADGGMNVR 180 Query 199 MAMLVAAAWLALLGLPLLLVAHRLPD---------SGAASHPSTGLLGGYRKLWTEISAE 249 + L+AA W A LP+L +P+ +G G L YR LW ++ Sbjct 181 LVCLLAAVWFATFALPVL---RSVPEHRPAAARGAAGEVDDDEPGFLASYRILWVDLKRL 237 Query 250 WRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVL 309 WRRD V FLVASAIFRDGLA +F FGA+L V YGL DVLIFG AA+VVAA+GA Sbjct 238 WRRDPRTVKFLVASAIFRDGLAGVFTFGAILAVTVYGLAPGDVLIFGVAANVVAALGAAA 297 Query 310 GGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLL 369 G VD ++G K VI+GSL A+IA LL + GP FW GLL+C+F+GPAQS++R+ L Sbjct 298 AGLVDDKVGPKAVIIGSLVAMIATMTVLLFVDGPAMFWVFGLLMCLFVGPAQSASRSFLA 357 Query 370 HMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGV 416 +A G +G FGLY TGRAVSFL P LF +F F T RAG+ G+ Sbjct 358 RLAPAGSDGQMFGLYATTGRAVSFLAPALFGLFTWAFATDRAGIAGI 404 >gi|296118921|ref|ZP_06837494.1| putative membrane protein [Corynebacterium ammoniagenes DSM 20306] gi|295968019|gb|EFG81271.1| putative membrane protein [Corynebacterium ammoniagenes DSM 20306] Length=441 Score = 326 bits (836), Expect = 4e-87, Method: Compositional matrix adjust. Identities = 191/436 (44%), Positives = 263/436 (61%), Gaps = 8/436 (1%) Query 1 MNNPGSRAGTLLHFRVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWL 60 ++N A V +WAMWD GS NA++ TF+FSVYLT +VG + +PA WL Sbjct 6 IDNVPDSAKRTDKLTVFSWAMWDWGSAAFNAVLVTFIFSVYLTDSVGAQIDTARTPAQWL 65 Query 61 GRAGAVAGLTIGVLAPVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDD-PRYLWAG 119 + +AGL I + P++G ++ RR +L+ + L A+F IR+D P Y W G Sbjct 66 SLSMTIAGLVIFAVTPIMGQRSDTRGTRRRSLATWSFLTFLLMAALFFIRNDAPEYFWIG 125 Query 120 LVLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSG 179 L +LA + + + V Y A L Q+ST G+ISG GW+ GY G + LLL+ Y GF++G Sbjct 126 LTVLAIGTITIEFAEVNYFAQLSQVSTKENVGKISGLGWSFGYFGGIVLLLICYFGFVAG 185 Query 180 SGSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGY 239 G GLL + GLN+R+ ++AA W L LP L +P SG ++G+ G Y Sbjct 186 DG---GLLGISTEGGLNIRLVAVLAAVWFGLSFLPGLFRVPEIPPSG---EKASGIAGSY 239 Query 240 RKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAA 299 KL+ +I W DRN YFL ASAIFRDGLA +FAFGAVLGV+ YGL DVLIFG AA Sbjct 240 AKLFRDIKELWNVDRNACYFLFASAIFRDGLAGVFAFGAVLGVSVYGLNAGDVLIFGVAA 299 Query 300 SVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGP 359 +V AA+GA++GG +D +G K +I+ SL + A + + GP AFW GL+LC+F+GP Sbjct 300 NVAAALGALIGGLIDDHVGPKLIILTSLFILAATGSAMYFVDGPVAFWILGLILCLFVGP 359 Query 360 AQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVF-HTVRAGLGGVCL 418 AQS++R L +A G EG FGLY TGRAVS++ P LF VFV + R G+ + L Sbjct 360 AQSASRGFLARVAPVGHEGQLFGLYATTGRAVSWMTPLLFGVFVSLIGEGDRGGVLAIAL 419 Query 419 VLTTGLLLMLRVQVSR 434 VL G L+++ V+ + Sbjct 420 VLLIGALILIPVRDPK 435 >gi|259505956|ref|ZP_05748858.1| membrane protein [Corynebacterium efficiens YS-314] gi|259166437|gb|EEW50991.1| membrane protein [Corynebacterium efficiens YS-314] Length=451 Score = 325 bits (833), Expect = 1e-86, Method: Compositional matrix adjust. Identities = 174/397 (44%), Positives = 250/397 (63%), Gaps = 2/397 (0%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 V++WA WD GS NA++ TF+FSVYLT +VG LP G + + A A+AG+ + V+A Sbjct 27 VISWAFWDWGSAAFNAVLVTFIFSVYLTDSVGSTLPSGNATPLY-SMAVALAGVVVAVVA 85 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRD-DPRYLWAGLVLLAATAASSDLSS 134 PV+G + RR +L + T + L ++F +++ DP Y W G+ ++A + + + Sbjct 86 PVMGRRSDIWGTRRASLRIWTLVTIILMFSLFAVKNTDPAYYWIGVAIMAVANVTFEFAE 145 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y A L Q+STP T GR+SGFGW+ GY G + LLL+ Y GF++G G RG L +P G Sbjct 146 VQYYAQLSQVSTPHTVGRVSGFGWSMGYFGGIFLLLICYFGFVAGEGDTRGFLNIPTEEG 205 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 LN+R+ + AA W + LP L + H G++ Y L+ +I WR +R Sbjct 206 LNIRLVAVFAAVWFLVSALPALFRIPEITPQAVDGHQPRGIVAAYADLFRQIGKLWRSNR 265 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N V+FL+ASA+FRDGLA +F FGA+L V Y L+ DVL+FG AA+VV+A+GA+LGGF+D Sbjct 266 NAVFFLIASAVFRDGLAGVFTFGAILAVTVYELSAGDVLLFGVAANVVSALGALLGGFLD 325 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 RIG KP+I+ SL ++ + L + GP FW GL+LC F+GPAQS++R+ L ++ Sbjct 326 DRIGPKPIIIVSLLIMVVDVVILYFVDGPQNFWIFGLILCAFVGPAQSASRSFLTRLSPD 385 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRA 411 +EG FGLY TGRAVS++ P LF +FV + RA Sbjct 386 RQEGQLFGLYATTGRAVSWMAPTLFGLFVAITGEDRA 422 >gi|25029052|ref|NP_739106.1| hypothetical protein CE2496 [Corynebacterium efficiens YS-314] gi|23494339|dbj|BAC19306.1| conserved hypothetical protein [Corynebacterium efficiens YS-314] Length=457 Score = 325 bits (833), Expect = 1e-86, Method: Compositional matrix adjust. Identities = 174/397 (44%), Positives = 250/397 (63%), Gaps = 2/397 (0%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 V++WA WD GS NA++ TF+FSVYLT +VG LP G + + A A+AG+ + V+A Sbjct 33 VISWAFWDWGSAAFNAVLVTFIFSVYLTDSVGSTLPSGNATPLY-SMAVALAGVVVAVVA 91 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRD-DPRYLWAGLVLLAATAASSDLSS 134 PV+G + RR +L + T + L ++F +++ DP Y W G+ ++A + + + Sbjct 92 PVMGRRSDIWGTRRASLRIWTLVTIILMFSLFAVKNTDPAYYWIGVAIMAVANVTFEFAE 151 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y A L Q+STP T GR+SGFGW+ GY G + LLL+ Y GF++G G RG L +P G Sbjct 152 VQYYAQLSQVSTPHTVGRVSGFGWSMGYFGGIFLLLICYFGFVAGEGDTRGFLNIPTEEG 211 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 LN+R+ + AA W + LP L + H G++ Y L+ +I WR +R Sbjct 212 LNIRLVAVFAAVWFLVSALPALFRIPEITPQAVDGHQPRGIVAAYADLFRQIGKLWRSNR 271 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N V+FL+ASA+FRDGLA +F FGA+L V Y L+ DVL+FG AA+VV+A+GA+LGGF+D Sbjct 272 NAVFFLIASAVFRDGLAGVFTFGAILAVTVYELSAGDVLLFGVAANVVSALGALLGGFLD 331 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 RIG KP+I+ SL ++ + L + GP FW GL+LC F+GPAQS++R+ L ++ Sbjct 332 DRIGPKPIIIVSLLIMVVDVVILYFVDGPQNFWIFGLILCAFVGPAQSASRSFLTRLSPD 391 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRA 411 +EG FGLY TGRAVS++ P LF +FV + RA Sbjct 392 RQEGQLFGLYATTGRAVSWMAPTLFGLFVAITGEDRA 428 >gi|333921847|ref|YP_004495428.1| putative MFS transporter [Amycolicicoccus subflavus DQS3-9A1] gi|333484068|gb|AEF42628.1| Putative MFS transporter [Amycolicicoccus subflavus DQS3-9A1] Length=467 Score = 310 bits (794), Expect = 3e-82, Method: Compositional matrix adjust. Identities = 185/419 (45%), Positives = 257/419 (62%), Gaps = 17/419 (4%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 +V++W +WD G++ +A++ TFVF+VYL + VG+ + G + ++WL + AV G+ I VL Sbjct 25 QVISWGLWDAGNSSFHALIVTFVFAVYLVNTVGENITGPFAASTWLAWSMAVGGIIIAVL 84 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIR--DDP--------------RYLWA 118 APV G ++ RR+ L+ LT V MF +R D P Y W Sbjct 85 APVTGQRSDATGRRKRTLAFLTIGTVVCMFGMFFVRNSDAPFTVNLGFTEFQVEFYYFWL 144 Query 119 GLVLLAATAASSDLSSVPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMS 178 GL+LLA AA S+L++VPY AMLRQ+S P + GRISGF W+ GY G + LLL + GF+S Sbjct 145 GLILLALAAAFSELANVPYYAMLRQVSRPESIGRISGFAWSLGYFGGIFLLLFSFFGFIS 204 Query 179 GSGSQRGLLQLPVANGLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGG 238 G G RG L G NVRM +++AA W A+L +PL L LP A ++ + Sbjct 205 GDGETRGFFGLSTDEGFNVRMVVIMAAVWFAVLAVPLFLTIPELPPDPRAPKRAS-IKQS 263 Query 239 YRKLWTEISAEWRRDRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAA 298 Y K++ ++ +R DR V FL+A +FRDGL+ +FAFGA+L V YG+T++DVL+FGAA Sbjct 264 YAKVFRDVKTLYREDRRTVLFLLAQGVFRDGLSGVFAFGAILAVTVYGITESDVLLFGAA 323 Query 299 ASVVAAVGAVLGGFVDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIG 358 A++VA +GAV GF D + G K VI L A+IAA + LL GP FW GL+L ++G Sbjct 324 ANIVAGIGAVSAGFFDDKFGPKAVIATGLTAMIAAGVVLLFAEGPMMFWIFGLVLTFWVG 383 Query 359 PAQSSARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVC 417 P QS++R L+ + G EG FGLY M GRAVSFL P LF +FV +F R G+ G+ Sbjct 384 PIQSASRTFLVRLTPPGLEGQMFGLYLMVGRAVSFLTPALFGLFVWLFAGDRYGILGII 442 >gi|336118197|ref|YP_004572966.1| putative major facilitator superfamily transporter [Microlunatus phosphovorus NM-1] gi|334685978|dbj|BAK35563.1| putative major facilitator superfamily transporter [Microlunatus phosphovorus NM-1] Length=446 Score = 309 bits (792), Expect = 5e-82, Method: Compositional matrix adjust. Identities = 183/419 (44%), Positives = 269/419 (65%), Gaps = 11/419 (2%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPG-GTSPASWLGRAGAVAGLTIGVL 74 V++WA+WD GS+ + IV TFVF+ YL ++VG G S A+WL A VAG+ I L Sbjct 22 VISWALWDWGSSAYSTIVVTFVFAPYLANSVGGPEAAFGLSGATWLAIATTVAGVLIAGL 81 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV G ++ RR L + + + T ++ ++DD YLW GL+L+AA + + + Sbjct 82 APVTGQRADAGGHRRRNLGIYSALVIVSTLGLYFVKDDAAYLWLGLILMAAGSVFMEFAY 141 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V YNAML Q+STP+T GR+SG GW SGY+G + +LL ++ F+S + GL + +G Sbjct 142 VSYNAMLHQVSTPATIGRVSGLGWGSGYLGGIVVLLAAFVLFIS---PEVGLFGVTSEDG 198 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLP--DSGAASHPSTGLLGGYRKLWTEISAEWRR 252 L R+ L+ A W + +P+LL +P + G AS + Y+KL ++ +R Sbjct 199 LRYRVLALIVAIWFTIFAIPVLLTVPEVPPTEVGKAS-----FVASYKKLIADVRTLYRS 253 Query 253 DRNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGF 312 DR +V+FL+ASA++RDGLAA+F+FGAVL V+ YGL+ ++V++FG AA+VVAA GA GG Sbjct 254 DRQVVWFLLASAVYRDGLAAVFSFGAVLAVSVYGLSASEVVMFGVAANVVAAAGAFSGGV 313 Query 313 VDHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMA 372 ++ R+G K +I+ SL ++ +A LL SGPT FW GL LC+++GPAQ+S+R+ L +A Sbjct 314 LEDRVGPKRIILLSLTGLVVSATVLLFASGPTMFWIFGLALCLWVGPAQASSRSFLARLA 373 Query 373 QHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVFHTVRAGLGGVCLVLTTGLLLMLRVQ 431 + +EG FGLY TGRAVSFL P LF++F VF + R G+ G+ LVL G + + VQ Sbjct 374 RPQQEGQLFGLYATTGRAVSFLAPGLFALFSGVFSSDRMGIVGIALVLLVGAVWLGFVQ 432 >gi|227506354|ref|ZP_03936403.1| major facilitator transporter [Corynebacterium striatum ATCC 6940] gi|227197066|gb|EEI77114.1| major facilitator transporter [Corynebacterium striatum ATCC 6940] Length=424 Score = 306 bits (783), Expect = 7e-81, Method: Compositional matrix adjust. Identities = 191/418 (46%), Positives = 259/418 (62%), Gaps = 8/418 (1%) Query 16 VVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVLA 75 V AWAMWD GS NA++ TF+FSVYLT +VG+ + +PA WL + VAGL I + Sbjct 8 VAAWAMWDWGSAAFNAVLVTFIFSVYLTDSVGKQIDSQFTPAQWLSWSMTVAGLVIFAVT 67 Query 76 PVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDD-PRYLWAGLVLLAATAASSDLSS 134 PV+G + RRR AL + A+ IR+D P Y W GL+ LA + + + Sbjct 68 PVMGQRSDRLGRRRRALGFWSLMTFLAMAALAFIRNDAPVYFWLGLLGLAVGSVTIQFAE 127 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V Y A L Q++ GR+SG GW++GY G + LLL+ Y GF+SG G G L L G Sbjct 128 VNYFAQLNQVAEEDKVGRVSGLGWSAGYFGGIVLLLICYFGFVSGDG---GALGLSTEGG 184 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 N+RM L+AA W + LP+L R+P+ + + G++ Y++L+ + W+ DR Sbjct 185 FNMRMVALLAAIWFGVSALPVLF---RVPEITPSGGAAGGVVDSYKELFRTLRDLWQVDR 241 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 N VYFL ASAIFRDGL+A+F+FGAVLGV+ YGL DVLIFG AA+V AA+GAV+GG +D Sbjct 242 NAVYFLFASAIFRDGLSAVFSFGAVLGVSVYGLLPGDVLIFGVAANVAAALGAVIGGLID 301 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQH 374 +G K +IV L + A A+ + SG TAFW CGL+LC+ +GPAQ+SAR L +A Sbjct 302 DHVGPKAIIVTCLITLTAMAIVMYFASGATAFWICGLVLCLCVGPAQASARGFLARVAPA 361 Query 375 GKEGVAFGLYTMTGRAVSFLGPWLFSVFVDVF-HTVRAGLGGVCLVLTTGLLLMLRVQ 431 G+EG FGLY TGRAVS+L P LF +FV R G+ + LVL G L+++ V+ Sbjct 362 GREGEMFGLYATTGRAVSWLTPLLFGLFVSWLGQGDRGGVLAIGLVLLVGALILIPVR 419 >gi|220914396|ref|YP_002489705.1| major facilitator superfamily protein [Arthrobacter chlorophenolicus A6] gi|219861274|gb|ACL41616.1| major facilitator superfamily MFS_1 [Arthrobacter chlorophenolicus A6] Length=467 Score = 293 bits (749), Expect = 5e-77, Method: Compositional matrix adjust. Identities = 169/403 (42%), Positives = 237/403 (59%), Gaps = 20/403 (4%) Query 15 RVVAWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASWLGRAGAVAGLTIGVL 74 R++AWA WD GS NA++TTFVF+VYLTS G ++ LG A AVAGL I +L Sbjct 27 RILAWASWDWGSAAFNAVMTTFVFTVYLTS---NAFGGKDEASAVLGGALAVAGLAIALL 83 Query 75 APVVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSS 134 APV G ++ RR++ L V T LT F + P +L G+ L+A + + Sbjct 84 APVTGQRSDAGGRRKLWLGVNTAAVAVLTGLCFFVFPQPEFLLLGVTLIALGNVFFEFAG 143 Query 135 VPYNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVANG 194 V YNAML Q+STP G++SG GW +GY+G + LL++ F+ S G + Sbjct 144 VNYNAMLAQISTPRNIGKVSGIGWGAGYLGGIVALLIVLQLFVQPSFEWFGA---STQDS 200 Query 195 LNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRDR 254 LN+R+ + +A W + LP+L LP +G A+ G++ YR L+ I A + Sbjct 201 LNIRLVAVFSALWFFIFALPVLFAVPELPRTGRAAR--LGIVASYRLLFRRIRAIYATSP 258 Query 255 NLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFVD 314 + +YFL+ASA+FRDGLAA+F FG ++ +G + V+ F +VVAAVGA++GGF+D Sbjct 259 HTIYFLLASAVFRDGLAAVFTFGGIIAAGTFGFELSQVIFFAIFGNVVAAVGAIIGGFLD 318 Query 315 HRIGSKPVIVGSLAAIIAAALTLLTL------------SGPTAFWACGLLLCVFIGPAQS 362 R+G K VI+GSLA ++ A +L L +G T FW GL LC+F+GPAQS Sbjct 319 DRVGPKAVIIGSLAGLLVAGTVILVLGNGDYSFFGMDWAGSTTFWVFGLFLCLFVGPAQS 378 Query 363 SARALLLHMAQHGKEGVAFGLYTMTGRAVSFLGPWLFSVFVDV 405 S+RA L +A HG+ G FGLY TGRAVSFL P LF++ + V Sbjct 379 SSRAYLARLAPHGESGELFGLYATTGRAVSFLAPALFTLCITV 421 >gi|308178333|ref|YP_003917739.1| MFS superfamily transporter [Arthrobacter arilaitensis Re117] gi|307745796|emb|CBT76768.1| putative MFS superfamily transporter [Arthrobacter arilaitensis Re117] Length=439 Score = 293 bits (749), Expect = 5e-77, Method: Compositional matrix adjust. Identities = 171/387 (45%), Positives = 235/387 (61%), Gaps = 17/387 (4%) Query 18 AWAMWDCGSTGLNAIVTTFVFSVYLTSAVGQGLPGGTSPASW-LGRAGAVAGLTIGVLAP 76 AWA WD G +NA++ TFVF+VYLTS L G T AS L +A A+ G+ I +L P Sbjct 22 AWASWDWGQAAVNAVMITFVFTVYLTSE----LFGDTDYASLVLSQALAIGGVAIALLVP 77 Query 77 VVGVWVESPHRRRVALSVLTGTAVALTCAMFLIRDDPRYLWAGLVLLAATAASSDLSSVP 136 + G+ + RR++ + V T VA+ A F + DP YLW G +L+AA + S+ + V Sbjct 78 ITGLRADVAGRRKLWIIVNTLILVAICAACFFVYPDPSYLWFGAILIAAMSVFSEFAGVN 137 Query 137 YNAMLRQLSTPSTAGRISGFGWASGYVGSVALLLVIYLGFMSGSGSQRGLLQLPVA---N 193 YNA+L Q+ST +T G++SGFGW GYVG + L ++ GF+ + ++ P A Sbjct 138 YNAVLNQISTKATVGKVSGFGWGMGYVGGILALALVLFGFV------QPIVDWPGASTDQ 191 Query 194 GLNVRMAMLVAAAWLALLGLPLLLVAHRLPDSGAASHPSTGLLGGYRKLWTEISAEWRRD 253 LN+R L +AAW L LPL V +P++ A+S L Y+ L I WR D Sbjct 192 SLNLRWVALFSAAWCLLFALPLFFV---IPEAPASSSKKIPLSQSYKVLLKNIMELWRSD 248 Query 254 RNLVYFLVASAIFRDGLAAIFAFGAVLGVNAYGLTQADVLIFGAAASVVAAVGAVLGGFV 313 RNL++FL +SA+FRDGLAAIF FG V+ +G T +V+IF +VVAA+GAVLGG V Sbjct 249 RNLLFFLCSSAVFRDGLAAIFTFGGVIAAGTFGFTMTEVIIFAIVGNVVAALGAVLGGRV 308 Query 314 DHRIGSKPVIVGSLAAIIAAALTLLTLSGPTAFWACGLLLCVFIGPAQSSARALLLHMAQ 373 D +G K VIVGSL ++ A + + FW GLLLC+F+GPAQ+++R+ L + Sbjct 309 DDWLGPKAVIVGSLIGLLVAGAGVFFSPEASGFWIFGLLLCLFVGPAQAASRSYLSRLIP 368 Query 374 HGKEGVAFGLYTMTGRAVSFLGPWLFS 400 G+EG FGLY TGRAVSFL P LF+ Sbjct 369 EGREGELFGLYATTGRAVSFLAPALFA 395 Lambda K H 0.325 0.138 0.424 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 918695148028 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