BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0035.0193.p (407 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J0D8.1 D8J0D8_HERSS Permease of the major facilitator superfam... 645 0.0 D3P1A1.1 D3P1A1_AZOS1 Major facilitator superfamily MFS-1 358 9e-97 E0SKP4.1 E0SKP4_DICD3 Major facilitator family transporter 347 1e-93 A6W075.1 A6W075_MARMS Major facilitator superfamily MFS_1 347 2e-93 E2XQ54.1 E2XQ54_PSEFL Major facilitator superfamily MFS_1 332 8e-89 B1Z489.1 B1Z489_BURA4 Major facilitator superfamily MFS_1 325 9e-87 C3KCZ1.1 C3KCZ1_PSEFS Putative efflux protein 324 2e-86 Q0B1M3.1 Q0B1M3_BURCM Major facilitator superfamily MFS_1 313 3e-83 A2WIG8.1 A2WIG8_9BURK Putative uncharacterized protein 311 1e-82 F2KA87.1 F2KA87_PSEBR Putative efflux protein 311 1e-82 >D8J0D8.1 D8J0D8_HERSS Permease of the major facilitator superfamily protein Length = 333 Score = 645 bits (1664), Expect = 0.0, Method: Compositional matrix adjust. Identities = 330/333 (99%), Positives = 332/333 (99%) Query: 75 MLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALIMTCCTTLIADY 134 MLADRFGRKSMLLLGCLLYALFGALPVLLHE+RLILLSRLLFGCAEALIMTCCTTLIADY Sbjct: 1 MLADRFGRKSMLLLGCLLYALFGALPVLLHELRLILLSRLLFGCAEALIMTCCTTLIADY 60 Query: 135 WPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPAIVAWLWEP 194 WPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPAI AWLWEP Sbjct: 61 WPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPAIAAWLWEP 120 Query: 195 DRRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTVLVMRGVTSTSLIGAA 254 DRRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTVLVMRGVTSTSLIGAA Sbjct: 121 DRRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTVLVMRGVTSTSLIGAA 180 Query: 255 AGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPSYAVVLAAMVLQGL 314 AGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPSYAVVLAAMVLQG+ Sbjct: 181 AGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPSYAVVLAAMVLQGV 240 Query: 315 GAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAIAQPLGGMPAGLAN 374 GAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAIAQPLGGMPAGLAN Sbjct: 241 GAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAIAQPLGGMPAGLAN 300 Query: 375 AILVWALLTMVLALVWLVVGLRHARLQSGPVAH 407 AILVWALLTMVLALVWLVVGLRHARLQSGPVAH Sbjct: 301 AILVWALLTMVLALVWLVVGLRHARLQSGPVAH 333 >D3P1A1.1 D3P1A1_AZOS1 Major facilitator superfamily MFS-1 Length = 409 Score = 358 bits (919), Expect = 9e-97, Method: Compositional matrix adjust. Identities = 237/398 (59%), Positives = 282/398 (70%), Gaps = 6/398 (1%) Query: 2 HASLFPRS--VAGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIV 59 H++ P+ A RQG VI L SSLTI+G+VM+AP+LPKI AEF V A L PL+V Sbjct: 6 HSTPLPQQPRRATARQGAVILLGSSLTIVGAVMVAPVLPKIGAEFGPVTPQADALVPLVV 65 Query: 60 AGPALAIALFAPVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCA 119 AGPALAIALFAPVAG LAD GRKSML+LG LLYALFGALP L ++ LILLSRL+FGCA Sbjct: 66 AGPALAIALFAPVAGWLADHVGRKSMLMLGTLLYALFGALPSQLDDLSLILLSRLVFGCA 125 Query: 120 EALIMTCCTTLIADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLT 179 EA++MTCCTTL+ DYW ER RYI RQV+TIGVVG+LFFVIGG AGE SWR PFLLYL Sbjct: 126 EAMVMTCCTTLVGDYWSGTERSRYIGRQVVTIGVVGSLFFVIGGAAGESSWRAPFLLYLL 185 Query: 180 PLLMLPAIVAWLWEPDRRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTV 239 PLL+LPA+ LWEP R A + RR ++ AC L+F GM+ VV V TP + Sbjct: 186 PLLLLPAMALVLWEPVRASRSHRPKMAFDRESRRMMVVACTLVFVGMLGANVVPVQTPGI 245 Query: 240 LVMRGVTSTSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALA 299 +V G+TS++LIG AAGL +L +L+GSI WP +R IG VNALLL MA GL +L Sbjct: 246 VVALGITSSTLIGLAAGLGLLASLLGSILWPPLRRLIGTRMVNALLLALMAVGLWILVHG 305 Query: 300 PSYAVVLAAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIIT 359 SY +VL A+V+ G G G LV NA PLL LP RARGVG FT+CLYLGQF SPL+I Sbjct: 306 QSYELVLVAVVIGGTGVGLLVPNALAPLLEHLPEVARARGVGGFTSCLYLGQFGSPLVIA 365 Query: 360 AIAQPLGGMPAGLANAILVWALLTMVLALVWLVVGLRH 397 AIA P G+PA AI +++L + +A VW VVGLR Sbjct: 366 AIAGPAQGVPA----AISIFSLALLAVAAVWFVVGLRR 399 >E0SKP4.1 E0SKP4_DICD3 Major facilitator family transporter Length = 407 Score = 347 bits (891), Expect = 1e-93, Method: Compositional matrix adjust. Identities = 197/393 (50%), Positives = 265/393 (67%), Gaps = 13/393 (3%) Query: 14 RQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAGPALAIALFAPVA 73 R+GL++ L SLTIMGSVMIA ++PKI AEF A L PL + GPALA+ALF+P+ Sbjct: 18 REGLILILGGSLTIMGSVMIAAVMPKIDAEFGPRTPAADVLVPLAITGPALAMALFSPLV 77 Query: 74 GMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALIMTCCTTLIAD 133 G LADRFGRK++L+L +LYA+ G LP LL ++ I+LSRL+FGCAEA IMTCCTTLIAD Sbjct: 78 GWLADRFGRKNLLILATVLYAVTGMLPALLDDLGSIVLSRLVFGCAEAAIMTCCTTLIAD 137 Query: 134 YWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPAIVAWLWE 193 YW +ER R++N QV++IG+VGALFFVIGG GE SWR PF LYL PLL++PA++ LWE Sbjct: 138 YWHGQERGRFVNLQVVSIGIVGALFFVIGGALGEHSWRLPFYLYLLPLLLVPAMIGVLWE 197 Query: 194 PD-----RRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTVLVMRGVTST 248 P R+++ P ++G T+L L+ GMV FVV V TP +LV +G+TS+ Sbjct: 198 PQVKPRARQKQPEVGQPTVSG----TLLANYLLVSGGMVLAFVVPVQTPALLVQKGITSS 253 Query: 249 SLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPSYAVVLAA 308 +LIG +AGL +L +L+GS+ WP+ R R+G+AGVN LLL GL +L A Y VL A Sbjct: 254 TLIGLSAGLGLLASLVGSLLWPWFRHRVGIAGVNTLLLTLEGVGLWLLVHAGDYPQVLLA 313 Query: 309 MVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAIAQPLGGM 368 + + G+G G LV N LP++ L R +G+G FT CLY+GQF SPL++ IA + Sbjct: 314 VSVHGIGVGMLVPNTMLPVMNALSERHRGKGLGVFTGCLYIGQFISPLVVAVIAN----V 369 Query: 369 PAGLANAILVWALLTMVLALVWLVVGLRHARLQ 401 + +I + ++ ++ AL WL GL+ Q Sbjct: 370 AHNIQGSIQLLSVASLAGALAWLFTGLKRQSAQ 402 >A6W075.1 A6W075_MARMS Major facilitator superfamily MFS_1 Length = 414 Score = 347 bits (891), Expect = 2e-93, Method: Compositional matrix adjust. Identities = 202/415 (48%), Positives = 276/415 (66%), Gaps = 16/415 (3%) Query: 2 HASLFPRSVAGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAG 61 + + R +G ++G+V+ L SSLTIMGSVM+APM+PKI AEF DA TL PL +AG Sbjct: 3 NNNALSRQASGNKEGIVLVLGSSLTIMGSVMVAPMIPKIGAEFGPTTPDAATLVPLAIAG 62 Query: 62 PALAIALFAPVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEA 121 PALAIALFAP+AG+LAD+ GRK +L++ LYALFG +P LL ++ I++SRLLFGCAEA Sbjct: 63 PALAIALFAPLAGLLADKAGRKKLLIIATFLYALFGFVPALLGDLHSIVISRLLFGCAEA 122 Query: 122 LIMTCCTTLIADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPL 181 IMTCCTTLIADYW +RM++IN QV+ IG++G++FFVIGG+ GE SWR PF LYL PL Sbjct: 123 AIMTCCTTLIADYWHGDQRMKFINLQVVAIGLIGSIFFVIGGMLGESSWRIPFYLYLLPL 182 Query: 182 LMLPAIVAWLWEPDRRQEDSHA-----APALNGGVRRT----VLTACFLIFAGMVTCFVV 232 L++P +V LWEP + + A APA +T ++ + +I GMV FVV Sbjct: 183 LLIPFMVKVLWEPSKESKSPEAEVVAQAPA---SAEKTAMFPLIISYLMILFGMVLNFVV 239 Query: 233 TVMTPTVLVMRGVTSTSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAG 292 + TPT+LV GVTST+ IG +AGL++L TLIGSI WP +R G+ NA+L + G Sbjct: 240 PIQTPTLLVQMGVTSTTEIGMSAGLSLLATLIGSILWPVLRRLFGLNLCNAILFTLVGTG 299 Query: 293 LCVLALAPSYAVVLAAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQF 352 L +L+ A +Y VL A+ +QG+GAG +V N + LP +R RG+G FT+ LYLGQF Sbjct: 300 LWLLSNAATYQQVLFAVTIQGIGAGLMVPNIMAATMNILPAKVRGRGLGIFTSSLYLGQF 359 Query: 353 ASPLIITAIAQPLGGMPAGLANAILVWALLTMVLALVWLVVGLRHARLQSGPVAH 407 SP+I++ I + L I A+ +V+A++WL+ L + +GP + Sbjct: 360 VSPIIVSIILT----TGSDLRGTIYNLAIAGLVIAVLWLISSLFLSNKSTGPESK 410 >E2XQ54.1 E2XQ54_PSEFL Major facilitator superfamily MFS_1 Length = 410 Score = 332 bits (850), Expect = 8e-89, Method: Compositional matrix adjust. Identities = 209/398 (52%), Positives = 269/398 (67%), Gaps = 9/398 (2%) Query: 4 SLFPRSVAGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAGPA 63 S PR G R+GLV+ L SSLTIMG+ M+AP+LPK+ A F +E A L PL V GPA Sbjct: 8 SAVPRQATGRREGLVLMLGSSLTIMGAAMVAPILPKLGAAFGPLEPRADLLVPLAVTGPA 67 Query: 64 LAIALFAPVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALI 123 LAIAL AP+AG LADR GRK++L++ +LYA+ GALP +L ++ I+ RLLFGCAEA + Sbjct: 68 LAIALCAPLAGWLADRVGRKALLVIATVLYAVLGALPAVLDNLQSIVGVRLLFGCAEAAV 127 Query: 124 MTCCTTLIADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLM 183 MTCC TLIADYW ERMRYINRQV+TIG+VG+LFFV+GG GE SWR PFLLYL PLL+ Sbjct: 128 MTCCATLIADYWHGEERMRYINRQVVTIGLVGSLFFVVGGALGEHSWRLPFLLYLLPLLL 187 Query: 184 LPAIVAWLWEPD--RRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTVLV 241 +P ++ LWEP+ R+ D AP V+ LI +GMV FVV + P +LV Sbjct: 188 VPVMIKVLWEPEGVRQPID---APEEGRVAILPVVIGYLLILSGMVLSFVVPIQAPILLV 244 Query: 242 MRGVTSTSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPS 301 GVTS+++IG +AGL++L TL GS+AWP +R RIG+AG NALLL + GL +L A S Sbjct: 245 GLGVTSSTMIGLSAGLSLLATLGGSLAWPLLRRRIGIAGCNALLLTLLGLGLWLLMRAQS 304 Query: 302 YAVVLAAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAI 361 Y VL A ++ GLGAG LV NA P++ L R RG+G FT+CLY GQF SPL++ + Sbjct: 305 YNAVLLATLIHGLGAGLLVPNAMAPVMNALSARTRGRGLGGFTSCLYFGQFVSPLVVALL 364 Query: 362 AQPLGGMPAGLANAILVWALLTMVLALVWLVVGLRHAR 399 + G L +I A +++ ALVW + GL+ R Sbjct: 365 SARSG----DLRLSIQWLAFASVISALVWALAGLQARR 398 >B1Z489.1 B1Z489_BURA4 Major facilitator superfamily MFS_1 Length = 409 Score = 325 bits (832), Expect = 9e-87, Method: Compositional matrix adjust. Identities = 195/386 (50%), Positives = 255/386 (66%), Gaps = 8/386 (2%) Query: 11 AGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAGPALAIALFA 70 AG RQG V+ L SSLT+MG+VMIAP+LPK+ AEF + L PL+ GPALAIAL A Sbjct: 19 AGARQGAVLLLGSSLTVMGAVMIAPILPKLAAEFVPADPRLAGLVPLVATGPALAIALCA 78 Query: 71 PVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALIMTCCTTL 130 P+AG LADR GRK +LL+ L+Y L GA P L+++ IL R G AEA +MTCCTTL Sbjct: 79 PLAGWLADRVGRKMLLLVATLVYGLVGAAPAWLNDLGAILACRFALGAAEACVMTCCTTL 138 Query: 131 IADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPAIVAW 190 I DYW +R+RY+NRQV+TIG+VG +FFV+GG AGE +WR PF LYL P+L++PAI Sbjct: 139 IGDYWRGEQRVRYVNRQVVTIGLVGTVFFVLGGAAGEHAWRYPFYLYLLPILLVPAIATV 198 Query: 191 LWEPDRRQEDSHAAPALN--GGVR--RTVLTACFLIFAGMVTCFVVTVMTPTVLVMRGVT 246 LWEP R E + ++ G R T+ T LI GM++ FVV V P +++ G Sbjct: 199 LWEPLRDGEPAEPGDGVSTLSGARLASTLATGYVLICVGMLSSFVVPVQMPQLMIDIGQR 258 Query: 247 STSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPSYAVVL 306 S+++IGA AG+ +L TL GSIAWP++R +G VN +LL +A GL +LA A + ++ Sbjct: 259 SSTVIGAVAGIGLLSTLAGSIAWPWLRGALGRRFVNVVLLALLATGLALLARAHTVPAIV 318 Query: 307 AAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAIAQPLG 366 AA+V+ G G G LV NA LPL+ L +R RG+G FTA LYLGQF SPL++ AQ G Sbjct: 319 AAVVIHGFGGGMLVPNAILPLMRKLSLAMRGRGLGGFTAALYLGQFVSPLVVFGCAQAFG 378 Query: 367 GMPAGLANAILVWALLTMVLALVWLV 392 GL A+ A T V+AL+WL+ Sbjct: 379 ----GLRPAVFAIAAGTAVIALLWLL 400 >C3KCZ1.1 C3KCZ1_PSEFS Putative efflux protein Length = 410 Score = 324 bits (830), Expect = 2e-86, Method: Compositional matrix adjust. Identities = 196/361 (54%), Positives = 252/361 (69%), Gaps = 5/361 (1%) Query: 4 SLFPRSVAGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAGPA 63 SL PR G R+GLV+ L SSLTIMG+VM+AP+LPK+ AEF +E A L PL V GPA Sbjct: 8 SLSPRQATGRREGLVLMLGSSLTIMGAVMVAPILPKLGAEFGPLEPRADLLVPLAVTGPA 67 Query: 64 LAIALFAPVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALI 123 LAIAL AP+AG LADR GRK++L++ LLYA+ GA+P LL + I+ RLLFG AEA + Sbjct: 68 LAIALCAPLAGWLADRVGRKALLVIATLLYAVLGAIPALLDNLPAIVGVRLLFGAAEAAV 127 Query: 124 MTCCTTLIADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLM 183 MTCC TLIADYW ER+RYINRQV+TIG+VG+LFFV+GG GE SWR PFLLYL PLL+ Sbjct: 128 MTCCATLIADYWHGEERLRYINRQVVTIGLVGSLFFVVGGALGEHSWRLPFLLYLLPLLL 187 Query: 184 LPAIVAWLWEP--DRRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTVLV 241 +P ++ LWEP RR ++ P ++ LI +GMV FVV + P +LV Sbjct: 188 VPVMIKVLWEPAATRRLVET---PEQGRVAMLPLVVGYLLILSGMVLSFVVPIQAPILLV 244 Query: 242 MRGVTSTSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPS 301 GVTS+++IG +AGLA+L TL+GS+AWP +R R+G+AG NALLL + GL +L S Sbjct: 245 SLGVTSSTMIGLSAGLALLATLVGSLAWPLLRRRVGIAGCNALLLSLLGLGLWLLMRGQS 304 Query: 302 YAVVLAAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAI 361 Y VL A+++ G+GAG LV NA P++ L R RG+G FTA LY GQF SPL++ + Sbjct: 305 YNAVLVAVLIHGVGAGLLVPNAMAPVMNALNAKNRGRGLGGFTAFLYFGQFVSPLVVAVL 364 Query: 362 A 362 + Sbjct: 365 S 365 >Q0B1M3.1 Q0B1M3_BURCM Major facilitator superfamily MFS_1 Length = 409 Score = 313 bits (802), Expect = 3e-83, Method: Compositional matrix adjust. Identities = 199/390 (51%), Positives = 255/390 (65%), Gaps = 8/390 (2%) Query: 11 AGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAGPALAIALFA 70 AG RQG V+ L SSLT+MG+VMIAP+LPK+ AEF + L PL+ GPALAIAL A Sbjct: 19 AGARQGAVLLLGSSLTVMGAVMIAPILPKLAAEFVPADPRLAGLVPLVATGPALAIALCA 78 Query: 71 PVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALIMTCCTTL 130 P+AG LADR GRK +LLL LLY L GA P L+++ IL R G AEA +MTCCTTL Sbjct: 79 PLAGWLADRVGRKMLLLLATLLYGLVGAAPAWLNDLGAILACRFALGAAEACVMTCCTTL 138 Query: 131 IADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPAIVAW 190 I DYW +R+RY+NRQV+TIG+VG +FFV+GG AGE +WR PF LYL P+L++PAI Sbjct: 139 IGDYWRGEQRVRYVNRQVVTIGLVGTVFFVLGGAAGEHAWRYPFYLYLLPILLVPAIATV 198 Query: 191 LWEPDRRQEDSHAAPALN--GGVR--RTVLTACFLIFAGMVTCFVVTVMTPTVLVMRGVT 246 LWEP R E + + G R T+ T LI GMV+ FVV V P +++ G Sbjct: 199 LWEPLRDGEPAEPGDGVTTLSGARLASTLATGYVLICVGMVSSFVVPVQMPQLIIDIGQR 258 Query: 247 STSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPSYAVVL 306 S+++IGA AG+ +L TL GSIAWP++R +G VN +LL +A GL +LA A + ++ Sbjct: 259 SSTVIGAVAGVGLLSTLAGSIAWPWLRGALGRRFVNVVLLALLATGLALLARAHTVPAIV 318 Query: 307 AAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAIAQPLG 366 AA+V+ G G G LV NA LPL+ L +R RG+G FTA LYLGQF SPL++ AQ G Sbjct: 319 AAVVIHGFGGGMLVPNAVLPLMRKLSLAMRGRGLGGFTAALYLGQFVSPLVVFGCAQAFG 378 Query: 367 GMPAGLANAILVWALLTMVLALVWLVVGLR 396 GL A+ A T V+AL+WL+ R Sbjct: 379 ----GLRPAVFAIAAGTAVIALLWLLPAAR 404 >A2WIG8.1 A2WIG8_9BURK Putative uncharacterized protein Length = 636 Score = 311 bits (798), Expect = 1e-82, Method: Compositional matrix adjust. Identities = 187/369 (50%), Positives = 239/369 (64%), Gaps = 11/369 (2%) Query: 8 RSVAGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAGPALAIA 67 R G QG V+ L SSLT+MG+VMIAP+LPK+ AEF A L PL+ GPALAIA Sbjct: 242 RREPGVAQGAVLLLGSSLTVMGAVMIAPVLPKLAAEFVPANPAAAGLVPLVATGPALAIA 301 Query: 68 LFAPVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALIMTCC 127 LFAP AG LADR GRK +LL+ L+Y + GA P LL + IL R++ G AEA +MTCC Sbjct: 302 LFAPFAGWLADRVGRKMLLLVATLIYGIVGAAPALLDGLGAILACRIVLGIAEACVMTCC 361 Query: 128 TTLIADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPAI 187 TTLI DYW R+RY+NRQV+TIG+VG LFFVIGG AGE SWR PF LYL P+L++PAI Sbjct: 362 TTLIGDYWHGDMRVRYVNRQVVTIGIVGTLFFVIGGAAGEHSWRYPFYLYLLPILLVPAI 421 Query: 188 VAWLWEPDRRQEDSHA-------APALNGGVRRTVLTACFLIFA-GMVTCFVVTVMTPTV 239 LWEP R +HA AP G +L +L+ M+ FVV V P + Sbjct: 422 ALLLWEPLR---TAHAPGAAYTSAPEPPCGRLGAILAVGYLLICIAMICTFVVPVQMPQL 478 Query: 240 LVMRGVTSTSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALA 299 ++ G S+++IG +G +L TL GS+AWP++RER+G VN +LL +AAGL + + A Sbjct: 479 MIGIGERSSTMIGMTSGAGLLATLGGSVAWPWLRERVGRRMVNVVLLALLAAGLYLFSRA 538 Query: 300 PSYAVVLAAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIIT 359 S VL A+V+ G+GAG NA LPL+ LP LR RG+G +TA LY GQF SPL++ Sbjct: 539 QSVEAVLIAVVIHGIGAGLAAPNAILPLMRALPLALRGRGLGGYTAALYFGQFVSPLVVL 598 Query: 360 AIAQPLGGM 368 A + GG+ Sbjct: 599 AGVRAFGGL 607 >F2KA87.1 F2KA87_PSEBR Putative efflux protein Length = 418 Score = 311 bits (797), Expect = 1e-82, Method: Compositional matrix adjust. Identities = 206/394 (52%), Positives = 268/394 (68%), Gaps = 8/394 (2%) Query: 7 PRSVAGPRQGLVIQLASSLTIMGSVMIAPMLPKITAEFAAVEADALTLAPLIVAGPALAI 66 P A R+GLV+ L SSLTIMG+VM+ P+LP++ AEF +E A L PL + GPALAI Sbjct: 13 PSRQASWREGLVLMLGSSLTIMGAVMVTPILPRLGAEFGPMEPRADLLVPLAITGPALAI 72 Query: 67 ALFAPVAGMLADRFGRKSMLLLGCLLYALFGALPVLLHEIRLILLSRLLFGCAEALIMTC 126 A+ AP+AG LADR GRK++L++ +LYAL GALP LL + I+ +RLLFGC EA +MTC Sbjct: 73 AVCAPLAGWLADRVGRKALLVIATVLYALLGALPALLDSLPSIVGARLLFGCTEAAVMTC 132 Query: 127 CTTLIADYWPPRERMRYINRQVITIGVVGALFFVIGGVAGEGSWRTPFLLYLTPLLMLPA 186 C TLIADYW ER+RY+NRQV+TIG+VGALFFV+GGV GE SWRTPFLLYL PLL++PA Sbjct: 133 CATLIADYWQGEERLRYVNRQVVTIGLVGALFFVVGGVLGEHSWRTPFLLYLLPLLLVPA 192 Query: 187 IVAWLWEPD----RRQEDSHAAPALNGGVRRTVLTACFLIFAGMVTCFVVTVMTPTVLVM 242 ++ LWEP +R E P +L +I GMV F++ + P +LV Sbjct: 193 MMKVLWEPPVAKLQRVEQRIDEPGPAKVAVLQLLVGYLMILGGMVLTFIMPIQAPMLLVS 252 Query: 243 RGVTSTSLIGAAAGLAILCTLIGSIAWPFVRERIGVAGVNALLLGCMAAGLCVLALAPSY 302 G+TS+++IG AAGL++L TL GS+ WP +R R G+AG NALLLG M GL +L SY Sbjct: 253 LGITSSTMIGLAAGLSLLATLGGSLMWPLLRRRFGIAGCNALLLGLMGLGLWLLMRGQSY 312 Query: 303 AVVLAAMVLQGLGAGFLVSNASLPLLLGLPPHLRARGVGAFTACLYLGQFASPLIITAIA 362 VL A+ +QGLGAG LV N P++ L R RG+G FT+CLY+GQF SPL++ ++ Sbjct: 313 NAVLVAVFIQGLGAGLLVPNVMAPVMNALTASTRGRGLGGFTSCLYIGQFVSPLVVASVV 372 Query: 363 QPLGGMPAGLANAILVWALLTMVLALVWLVVGLR 396 G L +AI AL ++ LAL+W+V GLR Sbjct: 373 VFAG----DLRHAIQWLALASLALALLWVVAGLR 402