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= 0020.0537.p (367 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J0Z0.1 D8J0Z0_HERSS Permease of the major facilitator superfam... 694 0.0 Q1LHV4.1 Q1LHV4_RALME Permease Membrane protein mosC Major facil... 341 1e-91 B3R7Y1.1 B3R7Y1_CUPTR Putative transporter, Major Facilitator Su... 332 5e-89 Q46W85.1 Q46W85_CUPPJ Major facilitator superfamily MFS_1 318 6e-85 Q0K5V9.1 Q0K5V9_CUPNH Permease Membrane protein mosC 313 3e-83 C6BCT5.1 C6BCT5_RALP1 Major facilitator superfamily MFS_1 310 2e-82 D8NXU1.1 D8NXU1_RALSO Putative transporter, Major Facilitator Su... 310 3e-82 D8NP21.1 D8NP21_RALSO Putative transporter, Major Facilitator Su... 308 9e-82 A3RQ16.1 A3RQ16_RALSO MosC 307 2e-81 B5SGT0.1 B5SGT0_RALSO Transport protein 306 3e-81 >D8J0Z0.1 D8J0Z0_HERSS Permease of the major facilitator superfamily protein Length = 390 Score = 694 bits (1792), Expect = 0.0, Method: Compositional matrix adjust. Identities = 364/367 (99%), Positives = 365/367 (99%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA Sbjct: 24 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 83 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RALRQVGILYAATL LIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM Sbjct: 84 RALRQVGILYAATLLLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 143 Query: 121 STLHAMFSIGGIAGAALGAVPGLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAATPH 180 STLHAMFSIGGIAGAALGAVPGLSPLAHAALVGVVTLAVSLSIGPFALPDEV DSAATPH Sbjct: 144 STLHAMFSIGGIAGAALGAVPGLSPLAHAALVGVVTLAVSLSIGPFALPDEVHDSAATPH 203 Query: 181 GADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGMAAG 240 GADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSP+AWVSYSYAAFSTGMAAG Sbjct: 204 GADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPMAWVSYSYAAFSTGMAAG 263 Query: 241 RLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPIFFL 300 RLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPIFFL Sbjct: 264 RLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPIFFL 323 Query: 301 AAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVALFGG 360 AAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVALFGG Sbjct: 324 AAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVALFGG 383 Query: 361 KAVRRFI 367 KAVRRFI Sbjct: 384 KAVRRFI 390 >Q1LHV4.1 Q1LHV4_RALME Permease Membrane protein mosC Major facilitator superfamily MFS_1 Length = 400 Score = 341 bits (874), Expect = 1e-91, Method: Compositional matrix adjust. Identities = 208/370 (56%), Positives = 254/370 (68%), Gaps = 5/370 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FF NGATFATWGV IP++K RF LSDA+LS AMLAVA GA++ MG G+W+ R+GSA Sbjct: 31 MALFFANGATFATWGVHIPTIKARFGLSDAMLSFAMLAVAAGAIVAMGPVGRWVGRLGSA 90 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA G+ +A I P F +L+ LL+FG A AAFDV M+ QAA+VE RTRP+M Sbjct: 91 RASMIGGVAFALLTLAIIAMPSFALLLPTLLIFGMANAAFDVGMNAQAAIVEASRTRPVM 150 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S LH MFS+GG+ GAA G + G+ PL HAAL+ +T V++ + P L D A Sbjct: 151 SALHGMFSLGGMIGAAFGGLMLSLGVPPLVHAALIASLTAGVAIGMTPGLLADHPVLPTA 210 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 H + A R + +LG +AFL L+ EG MYDW +VYMRDVA +PL W+S+ YAAFS GM Sbjct: 211 DHH--REHASRALWLLGLMAFLGLVGEGAMYDWTSVYMRDVAVAPLGWISFGYAAFSGGM 268 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A GR GDR+RAR G RTL S G AGI LA A P PLA L G L GLG AN++PI Sbjct: 269 ACGRFGGDRLRARFGDARTLTGSAWLGFAGIVLAIAVPLPLAALIGFGLMGLGAANMVPI 328 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF AA+R+PG+AAAE+IA VARFAYVG+LLGPV IGGVA LR+ VAL M +AL Sbjct: 329 FFAAASRLPGVAAAEAIARVARFAYVGLLLGPVLIGGVAHLSDLRIGITVVALTMGYIAL 388 Query: 358 FGGKAVRRFI 367 FG KA RR++ Sbjct: 389 FGAKAARRYL 398 >B3R7Y1.1 B3R7Y1_CUPTR Putative transporter, Major Facilitator Superfamily Length = 399 Score = 332 bits (852), Expect = 5e-89, Method: Compositional matrix adjust. Identities = 214/370 (57%), Positives = 258/370 (69%), Gaps = 5/370 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FFVNGATFATWGV IP++K RF LSDA+LSLAMLAVAGGA++ MG G+W+AR GSA Sbjct: 24 MALFFVNGATFATWGVHIPTIKARFGLSDAMLSLAMLAVAGGAIMAMGPVGRWVARAGSA 83 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA G+L+A I P FW+L+ LL FG A AAFDVAM+ QAA VE R RP+M Sbjct: 84 RASMAGGLLFALATVAILAMPSFWLLLPALLAFGMANAAFDVAMNAQAATVEASRARPVM 143 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S+LH MFS+GG+AGA G + + PLAHAAL+ VT AV+L+ P L D +A Sbjct: 144 SSLHGMFSLGGMAGAGFGGLMLALDVPPLAHAALMAGVTAAVALATLPGLLADHPVPPSA 203 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 PH D A R + +LG +AFL L+ EG MYDW +VYMRDVA++P WVS YAAFS GM Sbjct: 204 -PHHCDH-AVRALWLLGLLAFLGLIGEGAMYDWTSVYMRDVARAPDGWVSLGYAAFSGGM 261 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A GR GDR+RAR+G TL S G AGIALA A P PLA L G L GLG AN++PI Sbjct: 262 ACGRFGGDRLRARLGDSATLTGSAWLGFAGIALALAVPLPLAALAGFALMGLGAANMVPI 321 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF+AA+R+PG+A AE+IA VARFAYVG+LLGPV IGGVA LR VAL M +AL Sbjct: 322 FFVAASRLPGVAPAEAIARVARFAYVGLLLGPVLIGGVAHLASLRAGLALVALTMGWIAL 381 Query: 358 FGGKAVRRFI 367 G ++ R ++ Sbjct: 382 AGARSARCYL 391 >Q46W85.1 Q46W85_CUPPJ Major facilitator superfamily MFS_1 Length = 373 Score = 318 bits (816), Expect = 6e-85, Method: Compositional matrix adjust. Identities = 208/370 (56%), Positives = 257/370 (69%), Gaps = 5/370 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FFVNGATFATWGV IP++K RF LSDA+LS+AMLAVAGGA+ MG G+W+ARVGSA Sbjct: 1 MALFFVNGATFATWGVHIPTIKARFGLSDAMLSIAMLAVAGGAIAAMGPVGRWVARVGSA 60 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA G++YA +I P F +L+L LL FG A AAFDV M+ QAA VE RTRP+M Sbjct: 61 RASMASGLVYALATVVIVAMPDFRLLLLALLAFGMANAAFDVGMNAQAATVEASRTRPVM 120 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S LH MFS+GG+AGAA G + G+ PL HAA++ +T AV+L P L D A Sbjct: 121 SALHGMFSLGGMAGAAFGGLMLSLGVPPLVHAAMMAGLTAAVALGTAPGLLADHPVLPTA 180 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 + H A R + +LG +AFL L+ EG MYDW++VYMRDVA +P W+S+ YAAFS GM Sbjct: 181 SHH--RDHAVRALWLLGLLAFLGLIGEGAMYDWSSVYMRDVAMAPAGWISFGYAAFSGGM 238 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A GR GDR+RAR G TLA S G AGI LA A P P+A L G L GLG AN++PI Sbjct: 239 ACGRFGGDRLRARWGEAGTLAASAWLGFAGIVLALAVPVPMAALAGFSLMGLGAANMVPI 298 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF+AA+ +PG+A AE+IA VARFAY+G+LLGPV IGGVA LR+ VAL M +AL Sbjct: 299 FFVAASGLPGVAPAEAIARVARFAYLGLLLGPVLIGGVAHLASLRVGLAVVALTMGWIAL 358 Query: 358 FGGKAVRRFI 367 G ++ RR++ Sbjct: 359 AGARSARRYL 368 >Q0K5V9.1 Q0K5V9_CUPNH Permease Membrane protein mosC Length = 388 Score = 313 bits (802), Expect = 3e-83, Method: Compositional matrix adjust. Identities = 209/372 (56%), Positives = 256/372 (68%), Gaps = 9/372 (2%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FFVNGATFATWGV IP++K RF LSDA+LSLAMLAVAGGA+L MG G+W+AR GSA Sbjct: 13 MALFFVNGATFATWGVHIPTIKARFGLSDAMLSLAMLAVAGGAILAMGPVGRWVARAGSA 72 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA G+L+A I P FW+L+ L+ FG A AAFDVAM+ QAA VE RTRP+M Sbjct: 73 RASMTGGLLFALATVAILAMPSFWLLLPALVAFGMANAAFDVAMNAQAATVESSRTRPVM 132 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S LH MFS+GG+AGA G + ++PLAHAA++ VT AV+L LP + D Sbjct: 133 SALHGMFSLGGMAGAGAGGLMLSLDVAPLAHAAMMAGVTAAVALGT----LPGLLSDHPV 188 Query: 178 TPHGADKR--ARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFST 235 P A R A R + +LG +AFL L+ EG MYDW +VYMRDVAQ+P W+ YAAFS Sbjct: 189 LPSAAHHRDHAVRALWLLGLLAFLGLVGEGAMYDWTSVYMRDVAQAPDGWIGLGYAAFSG 248 Query: 236 GMAAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLM 295 GMA GR GDR+RAR+G TL S G GIALA P PLA L G L GLG AN++ Sbjct: 249 GMACGRFGGDRLRARLGDGATLTGSAWLGFGGIALALLVPLPLAALAGFTLMGLGAANMV 308 Query: 296 PIFFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVV 355 PIFF+AA+R+PG+A AE+I+ VARFAY+G+LLGPV IGGVA LR+ VAL M + Sbjct: 309 PIFFVAASRLPGVAPAEAISRVARFAYLGLLLGPVLIGGVAHLSNLRIGLALVALTMGWI 368 Query: 356 ALFGGKAVRRFI 367 AL G ++ RR++ Sbjct: 369 ALAGARSARRYL 380 >C6BCT5.1 C6BCT5_RALP1 Major facilitator superfamily MFS_1 Length = 383 Score = 310 bits (794), Expect = 2e-82, Method: Compositional matrix adjust. Identities = 188/367 (51%), Positives = 239/367 (65%), Gaps = 6/367 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FF NGATFATWG+ IP+VK RF LS+A LSLAM VA GA++ M +G+W ARVG+ Sbjct: 15 MALFFANGATFATWGIHIPTVKARFGLSEASLSLAMFMVAAGAIVAMKFAGQWAARVGTR 74 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA Q G+ + LI L P + L+ +LL+FG A FDVAM+ QAA VE +PI+ Sbjct: 75 RASVQGGVAFGVMTALIMLMPTYPALLAVLLLFGITNAGFDVAMNAQAATVEANHHKPII 134 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S+LH MFS+GG+AGAA+G V G+ P H + +VT+A +L GPF LPD + Sbjct: 135 SSLHGMFSLGGMAGAAVGGVLLELGVPPAVHCGGMALVTMAAALCAGPFMLPDHMHAEGE 194 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 + H R + +LG +AFL L+ EG MYDW VYMR++AQSP A S YAAFS GM Sbjct: 195 SAHPTTGRT---LFLLGVLAFLGLVGEGAMYDWTTVYMREIAQSPEAIASAGYAAFSGGM 251 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A R GD R R G +R L SG GI LA WP+P+A L G L G+G AN++PI Sbjct: 252 ALARFGGDFARGRWGNMRVLGASGVLATGGILLALLWPAPMAVLTGFALMGVGAANMVPI 311 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF+ A+R+PG+ AAE IAAVARFAYVG+L+GPV IG +A LR VAL M ++AL Sbjct: 312 FFITASRLPGVPAAEGIAAVARFAYVGLLIGPVIIGLIAHRSDLRWGLSVVALTMAMIAL 371 Query: 358 FGGKAVR 364 G +A+R Sbjct: 372 AGPRAIR 378 >D8NXU1.1 D8NXU1_RALSO Putative transporter, Major Facilitator Superfamily fosmidomycin resistance-related Length = 408 Score = 310 bits (793), Expect = 3e-82, Method: Compositional matrix adjust. Identities = 189/367 (51%), Positives = 237/367 (64%), Gaps = 6/367 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FFVNGATFATWGV IP+VK RF LS+A LSLAM VA GA++ M +G W ARVG+ Sbjct: 42 MALFFVNGATFATWGVHIPTVKARFGLSEASLSLAMFMVAAGAIVAMTFAGGWAARVGTR 101 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA Q G+ + L+ L P + L+ +LL+FG A FDVAM+ QAA VE + +PI+ Sbjct: 102 RASMQAGVAFGLMTGLLMLMPSYPTLLAVLLLFGITNAGFDVAMNAQAATVEARHHKPII 161 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S+LH MFS+GG+ GAA G V G+ H A +G++T ++L +GPF LPD V Sbjct: 162 SSLHGMFSLGGMVGAAAGGVLLDLGVPAAVHCAGMGLITAGMALCVGPFMLPDHVHAPGE 221 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 H + R +LVLG +AF L+ EG MYDW VYMR+ AQSP A S YAAFS GM Sbjct: 222 PAHPSTGRT---LLVLGLLAFFGLVGEGAMYDWTTVYMREAAQSPEALASAGYAAFSGGM 278 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A R GD RAR G L SG GI LA WP P A L G L G+G AN++PI Sbjct: 279 ALARFGGDIARARWGNTSVLGASGVLATGGILLALLWPDPAAVLAGFALMGVGAANMVPI 338 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF+ A+R+PG+ AA+ IAAVARFAYVG+L+GPVFIG +A H LR VAL M ++A+ Sbjct: 339 FFVTASRMPGVPAAKGIAAVARFAYVGLLIGPVFIGMIAHHSNLRWGLSLVALTMALIAV 398 Query: 358 FGGKAVR 364 G +A+R Sbjct: 399 AGPRAIR 405 >D8NP21.1 D8NP21_RALSO Putative transporter, Major Facilitator Superfamily fosmidomycin resistance-related Length = 392 Score = 308 bits (789), Expect = 9e-82, Method: Compositional matrix adjust. Identities = 190/367 (51%), Positives = 233/367 (63%), Gaps = 6/367 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FF NGATFATWGV IP+VK RF LS+A LSLAM VA GA+ M +G W ARVG+ Sbjct: 26 MALFFANGATFATWGVHIPTVKARFGLSEASLSLAMFMVAAGAIAAMKFAGGWAARVGTR 85 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA Q G+ + L+ L P + L+ +LL+FG A FDVAM+ QAA VE +PI+ Sbjct: 86 RASAQAGVAFGVVTGLLMLMPSYPALLAVLLLFGITNAGFDVAMNAQAATVEAHHHKPII 145 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S+LH MFS+GG+ GAA G V G+ H A +G++T +L PF LPD V Sbjct: 146 SSLHGMFSLGGMVGAAAGGVLLDLGVPAAMHCAGMGLITAGAALCARPFMLPDHVHAPGE 205 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 H R +LVLG +AF L+ EG MYDW VYMR+VAQSP A S YAAFS GM Sbjct: 206 PAH---PNTGRTLLVLGLLAFFGLVGEGAMYDWTTVYMREVAQSPEALASAGYAAFSGGM 262 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A R GD RAR G L SGA GI LA WP P+A L G L G+G AN++PI Sbjct: 263 ALARFGGDAARARWGNTGVLGVSGALATGGILLALLWPDPVAVLAGFALMGVGAANMVPI 322 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF+ A+R+PG+ AAE IAAVARFAYVG+L+GPVFIG +A H LR VAL M ++A+ Sbjct: 323 FFVTASRMPGVPAAEGIAAVARFAYVGLLIGPVFIGMIAHHSNLRWGLSLVALTMALIAV 382 Query: 358 FGGKAVR 364 G +A+R Sbjct: 383 AGPRAIR 389 >A3RQ16.1 A3RQ16_RALSO MosC Length = 423 Score = 307 bits (786), Expect = 2e-81, Method: Compositional matrix adjust. Identities = 190/367 (51%), Positives = 232/367 (63%), Gaps = 6/367 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FF NGATFATWGV IP+VK RF LS+A LSLAM VA GA+ M +G W ARVG+ Sbjct: 57 MALFFANGATFATWGVHIPTVKARFGLSEASLSLAMFMVAAGAIAAMKFAGGWAARVGTR 116 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA Q G+ + L+ L P + L+ +LL+FG A FDVAM+ QAA VE +PI+ Sbjct: 117 RASAQAGVAFGVVTGLLMLMPSYPALLAVLLLFGITNAGFDVAMNAQAATVEAHHHKPII 176 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S+LH MFS+GG+ GAA G V G+ H A +G++T +L PF LPD V Sbjct: 177 SSLHGMFSLGGMVGAAAGGVLLDLGVPAAVHCAGMGLITAGAALCARPFMLPDHVHAPGE 236 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 H R +LVLG +AF L+ EG MYDW VYMR+VAQSP A S YAAFS GM Sbjct: 237 PAH---PNTGRTLLVLGLLAFFGLVGEGAMYDWTTVYMREVAQSPEALASAGYAAFSGGM 293 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A R GD RAR G L SGA GI LA WP P A L G L G+G AN++PI Sbjct: 294 ALARFGGDAARARWGNTGVLGASGALATGGILLALLWPDPAAVLAGFALMGVGAANMVPI 353 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF+ A+R+PG+ AAE IAAVARFAYVG+L+GPVFIG +A H LR VAL M ++A+ Sbjct: 354 FFVTASRMPGVPAAEGIAAVARFAYVGLLIGPVFIGMIAHHSNLRWGLSLVALTMALIAV 413 Query: 358 FGGKAVR 364 G +A+R Sbjct: 414 AGPRAIR 420 >B5SGT0.1 B5SGT0_RALSO Transport protein Length = 408 Score = 306 bits (785), Expect = 3e-81, Method: Compositional matrix adjust. Identities = 190/367 (51%), Positives = 232/367 (63%), Gaps = 6/367 (1%) Query: 1 MAQFFVNGATFATWGVLIPSVKERFALSDAVLSLAMLAVAGGALLTMGQSGKWIARVGSA 60 MA FF NGATFATWGV IP+VK RF LS+A LSLAM VA GA+ M +G W ARVG+ Sbjct: 42 MALFFANGATFATWGVHIPTVKARFGLSEASLSLAMFMVAAGAIAAMKFAGGWAARVGTR 101 Query: 61 RALRQVGILYAATLRLIPLAPQFWMLVLLLLVFGSAMAAFDVAMSVQAALVEGQRTRPIM 120 RA Q G+ + L+ L P + L+ +LL+FG A FDVAM+ QAA VE +PI+ Sbjct: 102 RASAQAGVAFGVVTGLLMLMPSYPALLAVLLLFGITNAGFDVAMNAQAATVEAHHHKPII 161 Query: 121 STLHAMFSIGGIAGAALGAVP---GLSPLAHAALVGVVTLAVSLSIGPFALPDEVRDSAA 177 S+LH MFS+GG+ GAA G V G+ H A +G++T +L PF LPD V Sbjct: 162 SSLHGMFSLGGMVGAAAGGVLLDLGVPAAVHCAGMGLITAGAALCARPFMLPDHVHAPGE 221 Query: 178 TPHGADKRARRMVLVLGGIAFLALMCEGGMYDWAAVYMRDVAQSPLAWVSYSYAAFSTGM 237 H R +LVLG +AF L+ EG MYDW VYMR+VAQSP A S YAAFS GM Sbjct: 222 PAH---PNTGRTLLVLGLLAFFGLVGEGAMYDWTTVYMREVAQSPEALASAGYAAFSGGM 278 Query: 238 AAGRLTGDRIRARIGGLRTLAWSGAAGAAGIALAAAWPSPLATLGGLLLSGLGIANLMPI 297 A R GD RAR G L SGA GI LA WP P A L G L G+G AN++PI Sbjct: 279 ALARFGGDAARARWGNTGVLGASGALATGGILLALLWPDPAAVLAGFALMGVGAANMVPI 338 Query: 298 FFLAAARVPGMAAAESIAAVARFAYVGMLLGPVFIGGVAEHLGLRLSFVGVALVMTVVAL 357 FF+ A+R+PG+ AAE IAAVARFAYVG+L+GPVFIG +A H LR VAL M ++A+ Sbjct: 339 FFVTASRMPGVPAAEGIAAVARFAYVGLLIGPVFIGMIAHHSNLRWGLSLVALTMALIAV 398 Query: 358 FGGKAVR 364 G +A+R Sbjct: 399 AGPRAIR 405