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= 0031.0039.p (338 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8ISQ3.1 D8ISQ3_HERSS ABC-type branched-chain amino acid transpo... 643 0.0 Q8XX69.1 Q8XX69_RALSO Probable transmembrane abc transporter pro... 436 e-120 B5S1X3.1 B5S1X3_RALSO Transmembrane protein 436 e-120 B5SFF6.1 B5SFF6_RALSO Transmembrane protein 434 e-120 A3RRD7.1 A3RRD7_RALSO LivM 434 e-120 C6BKL9.1 C6BKL9_RALP1 Inner-membrane translocator 429 e-118 D8N979.1 D8N979_RALSO Putative transmembrane abc transporter pro... 429 e-118 B2U9F0.1 B2U9F0_RALPJ Inner-membrane translocator 429 e-118 E2T1A2.1 E2T1A2_9RALS Inner-membrane translocator 429 e-118 Q46U20.1 Q46U20_CUPPJ Inner-membrane translocator 427 e-117 >D8ISQ3.1 D8ISQ3_HERSS ABC-type branched-chain amino acid transport system, permease component protein Length = 338 Score = 643 bits (1659), Expect = 0.0, Method: Compositional matrix adjust. Identities = 338/338 (100%), Positives = 338/338 (100%) Query: 1 MKSVNTPNTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLF 60 MKSVNTPNTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLF Sbjct: 1 MKSVNTPNTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLF 60 Query: 61 AVSLDLILGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSF 120 AVSLDLILGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSF Sbjct: 61 AVSLDLILGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSF 120 Query: 121 LVVRGADLTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAY 180 LVVRGADLTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAY Sbjct: 121 LVVRGADLTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAY 180 Query: 181 GYSFAVLLLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGV 240 GYSFAVLLLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGV Sbjct: 181 GYSFAVLLLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGV 240 Query: 241 AGALLAQTTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPA 300 AGALLAQTTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPA Sbjct: 241 AGALLAQTTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPA 300 Query: 301 YWQFWIGLLLIVIVLFARGGLLGGLAVLRDKFFKGGRA 338 YWQFWIGLLLIVIVLFARGGLLGGLAVLRDKFFKGGRA Sbjct: 301 YWQFWIGLLLIVIVLFARGGLLGGLAVLRDKFFKGGRA 338 >Q8XX69.1 Q8XX69_RALSO Probable transmembrane abc transporter protein Length = 341 Score = 436 bits (1122), Expect = e-120, Method: Compositional matrix adjust. Identities = 235/318 (73%), Positives = 264/318 (83%) Query: 8 NTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFAVSLDLI 67 + P A LP+ RW+ LEI FW +PV +FI PDYLV SQ++IVGLFA+SLDL+ Sbjct: 9 RSVRPEAPARPHGLPDARWSPLEIAFWCVPVLVFFILPDYLVFGSQVLIVGLFALSLDLV 68 Query: 68 LGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFLVVRGAD 127 LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP++GL+ AA VAA+ G VSFLVVRG D Sbjct: 69 LGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLSGLVAAAAVAALTGCCVSFLVVRGQD 128 Query: 128 LTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYGYSFAVL 187 LTRLMVTLGIGLML+EAANK AF+TGGVDGLSG+ M K+ G FEFDL+GR AY YS AVL Sbjct: 129 LTRLMVTLGIGLMLYEAANKMAFLTGGVDGLSGVTMDKLLGSFEFDLSGRTAYVYSLAVL 188 Query: 188 LLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVAGALLAQ 247 LFV+LRRLV SPFGL LRGI++G RMPA+GADV RLV FTV+AAVAGVAG LLAQ Sbjct: 189 FGLFVLLRRLVRSPFGLSLRGIQQGPGRMPALGADVRMRLVAAFTVSAAVAGVAGGLLAQ 248 Query: 248 TTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAYWQFWIG 307 TTQFVGLD LGF RSAELLI+LVLGG GRLYG LVGA V+MLAQD L+G+NP YWQFWIG Sbjct: 249 TTQFVGLDALGFSRSAELLIMLVLGGAGRLYGALVGAAVFMLAQDVLAGINPVYWQFWIG 308 Query: 308 LLLIVIVLFARGGLLGGL 325 LLL+ IVLFARGG+LGGL Sbjct: 309 LLLMAIVLFARGGILGGL 326 >B5S1X3.1 B5S1X3_RALSO Transmembrane protein Length = 341 Score = 436 bits (1120), Expect = e-120, Method: Compositional matrix adjust. Identities = 235/324 (72%), Positives = 267/324 (82%), Gaps = 6/324 (1%) Query: 2 KSVNTPNTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFA 61 ++ + + P LP+ RW+ LEI FW +PV +F+ PDYLV SQ++I GLFA Sbjct: 9 RAARSEHAARPHG------LPDARWSPLEIAFWCVPVLVFFVLPDYLVFGSQVLIAGLFA 62 Query: 62 VSLDLILGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFL 121 +SLDL+LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP++GL AA VAA+AG VSFL Sbjct: 63 LSLDLVLGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLSGLAAAAAVAALAGCCVSFL 122 Query: 122 VVRGADLTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYG 181 VVRG DLTRLMVTLGIGLML+EAANK AF+TGGVDGLSG+ M K+ G FEFDL+GR AY Sbjct: 123 VVRGQDLTRLMVTLGIGLMLYEAANKMAFLTGGVDGLSGVTMEKLLGRFEFDLSGRTAYV 182 Query: 182 YSFAVLLLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVA 241 YS AVL LFV+LRRLV SPFGL LRGI++G RMPA+GADV RLVV FTV+AAVAGVA Sbjct: 183 YSLAVLFGLFVLLRRLVRSPFGLSLRGIQQGPARMPALGADVRMRLVVAFTVSAAVAGVA 242 Query: 242 GALLAQTTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAY 301 G LLAQTTQFVGLD LGF RSAELLI+LVLGG GRLYG LVGA V+MLAQD L+G+NP Y Sbjct: 243 GGLLAQTTQFVGLDALGFSRSAELLIMLVLGGAGRLYGALVGAAVFMLAQDVLAGINPVY 302 Query: 302 WQFWIGLLLIVIVLFARGGLLGGL 325 WQFWIGLLL+VIVLFARGG+LGGL Sbjct: 303 WQFWIGLLLMVIVLFARGGILGGL 326 >B5SFF6.1 B5SFF6_RALSO Transmembrane protein Length = 341 Score = 434 bits (1117), Expect = e-120, Method: Compositional matrix adjust. Identities = 232/324 (71%), Positives = 266/324 (82%), Gaps = 6/324 (1%) Query: 2 KSVNTPNTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFA 61 ++ + + P LP+ RW+ LEI FW +PV +F+ PDYLV SQ++I GLFA Sbjct: 9 RAARSEHAARPHG------LPDARWSPLEIAFWCVPVLVFFVLPDYLVFGSQVLIAGLFA 62 Query: 62 VSLDLILGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFL 121 +SLDL+LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP++GL AA VAA+AG VSFL Sbjct: 63 LSLDLVLGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLSGLAAAAAVAALAGCCVSFL 122 Query: 122 VVRGADLTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYG 181 VVRG DLTRLMVTLGIGLML+EAANK AF+TGG+DGLSG+ M + G FEFDL+GR AY Sbjct: 123 VVRGQDLTRLMVTLGIGLMLYEAANKMAFLTGGIDGLSGVTMETLLGRFEFDLSGRTAYV 182 Query: 182 YSFAVLLLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVA 241 YS AVL LFV+LRRLV SPFGL LRGI++G RMPA+GADV RLVV FTV+AAVAGVA Sbjct: 183 YSLAVLFCLFVLLRRLVRSPFGLSLRGIQQGPARMPALGADVRMRLVVAFTVSAAVAGVA 242 Query: 242 GALLAQTTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAY 301 G LLAQTTQFVGLD LGF RSAELLI+LVLGG GRLYG LVGA V+MLAQD L+G+NP Y Sbjct: 243 GGLLAQTTQFVGLDALGFSRSAELLIMLVLGGAGRLYGALVGAAVFMLAQDVLAGINPVY 302 Query: 302 WQFWIGLLLIVIVLFARGGLLGGL 325 WQFWIGLLL+V+VLFARGG+LGGL Sbjct: 303 WQFWIGLLLMVVVLFARGGILGGL 326 >A3RRD7.1 A3RRD7_RALSO LivM Length = 341 Score = 434 bits (1117), Expect = e-120, Method: Compositional matrix adjust. Identities = 232/324 (71%), Positives = 266/324 (82%), Gaps = 6/324 (1%) Query: 2 KSVNTPNTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFA 61 ++ + + P LP+ RW+ LEI FW +PV +F+ PDYLV SQ++I GLFA Sbjct: 9 RAARSEHAARPHG------LPDARWSPLEIAFWCVPVLVFFVLPDYLVFGSQVLIAGLFA 62 Query: 62 VSLDLILGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFL 121 +SLDL+LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP++GL AA VAA+AG VSFL Sbjct: 63 LSLDLVLGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLSGLAAAAAVAALAGCCVSFL 122 Query: 122 VVRGADLTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYG 181 VVRG DLTRLMVTLGIGLML+EAANK AF+TGG+DGLSG+ M + G FEFDL+GR AY Sbjct: 123 VVRGQDLTRLMVTLGIGLMLYEAANKMAFLTGGIDGLSGVTMETLLGRFEFDLSGRTAYV 182 Query: 182 YSFAVLLLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVA 241 YS AVL LFV+LRRLV SPFGL LRGI++G RMPA+GADV RLVV FTV+AAVAGVA Sbjct: 183 YSLAVLFCLFVLLRRLVRSPFGLSLRGIQQGPARMPALGADVRMRLVVAFTVSAAVAGVA 242 Query: 242 GALLAQTTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAY 301 G LLAQTTQFVGLD LGF RSAELLI+LVLGG GRLYG LVGA V+MLAQD L+G+NP Y Sbjct: 243 GGLLAQTTQFVGLDALGFSRSAELLIMLVLGGAGRLYGALVGAAVFMLAQDVLAGINPVY 302 Query: 302 WQFWIGLLLIVIVLFARGGLLGGL 325 WQFWIGLLL+V+VLFARGG+LGGL Sbjct: 303 WQFWIGLLLMVVVLFARGGILGGL 326 >C6BKL9.1 C6BKL9_RALP1 Inner-membrane translocator Length = 344 Score = 429 bits (1104), Expect = e-118, Method: Compositional matrix adjust. Identities = 236/334 (70%), Positives = 268/334 (80%), Gaps = 5/334 (1%) Query: 8 NTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFAVSLDLI 67 + P LP RW+ EI FW +P+A +F+ PDYLV SQ++IVGLFA+SLDL+ Sbjct: 9 RSARPVEGSAAHGLPQARWSPFEIAFWCVPIAVFFLLPDYLVFGSQVLIVGLFALSLDLV 68 Query: 68 LGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFLVVRGAD 127 LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP+TGL AVVAA+AGF VSFLVVRG D Sbjct: 69 LGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLTGLAAGAVVAALAGFCVSFLVVRGQD 128 Query: 128 LTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYGYSFAVL 187 LTRLMVTLGIGLML+EAANK AF+TGGVDGLSG+ M K+ G FEFDL GR AY YS VL Sbjct: 129 LTRLMVTLGIGLMLYEAANKMAFLTGGVDGLSGVTMHKLLGTFEFDLEGRTAYLYSLVVL 188 Query: 188 LLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVAGALLAQ 247 L+F LRRLV SPFGL LRGI++G +RMPAIGA+V RLV FTV+AA+AGVAG LLAQ Sbjct: 189 FLVFGGLRRLVRSPFGLSLRGIQQGPKRMPAIGANVRMRLVAAFTVSAAIAGVAGGLLAQ 248 Query: 248 TTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAYWQFWIG 307 TTQFVGLD LGF RSAELLI+LVLGG GRLYG L+GA V+M+AQD L+G+NP YWQFWIG Sbjct: 249 TTQFVGLDSLGFSRSAELLIMLVLGGAGRLYGALIGAAVFMIAQDVLAGINPVYWQFWIG 308 Query: 308 LLLIVIVLFARGGLLGGL-----AVLRDKFFKGG 336 LLL+VIVLFARGG+LGGL AV + KGG Sbjct: 309 LLLMVIVLFARGGILGGLETAVSAVSARRARKGG 342 >D8N979.1 D8N979_RALSO Putative transmembrane abc transporter protein Length = 341 Score = 429 bits (1104), Expect = e-118, Method: Compositional matrix adjust. Identities = 234/324 (72%), Positives = 266/324 (82%), Gaps = 6/324 (1%) Query: 2 KSVNTPNTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFA 61 +S + P LP+ RW+ LEI FW PV +FI PDY+V SQ++I GLFA Sbjct: 9 RSARPDDPARPHG------LPDARWSPLEIAFWCAPVLVFFILPDYVVFGSQVLIAGLFA 62 Query: 62 VSLDLILGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFL 121 +SLDL+LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP++GL+ AA VAA+AGF VSFL Sbjct: 63 LSLDLVLGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLSGLVAAAAVAALAGFCVSFL 122 Query: 122 VVRGADLTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYG 181 VVRG DLTRLMVTLGIGLML+EAANK AF+TGGVDGLSG+ M K+ G FEFDL+GR AY Sbjct: 123 VVRGQDLTRLMVTLGIGLMLYEAANKMAFLTGGVDGLSGVTMDKLLGRFEFDLSGRTAYV 182 Query: 182 YSFAVLLLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVA 241 YS AVL +FV+LRRLV SPFGL LRGI++G RMPA+GA+V RLV FTV+AAVAGVA Sbjct: 183 YSLAVLFGVFVLLRRLVRSPFGLSLRGIQQGPGRMPALGANVRMRLVAAFTVSAAVAGVA 242 Query: 242 GALLAQTTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAY 301 G LLAQTTQFVGLD LGF RSAELLI+LVLGG GRLYG LVGA V+MLAQD L+G+NP Y Sbjct: 243 GGLLAQTTQFVGLDALGFSRSAELLIMLVLGGAGRLYGALVGAAVFMLAQDVLAGINPVY 302 Query: 302 WQFWIGLLLIVIVLFARGGLLGGL 325 WQFWIGLLL+VIVLFARGG+LGGL Sbjct: 303 WQFWIGLLLMVIVLFARGGILGGL 326 >B2U9F0.1 B2U9F0_RALPJ Inner-membrane translocator Length = 344 Score = 429 bits (1103), Expect = e-118, Method: Compositional matrix adjust. Identities = 236/334 (70%), Positives = 268/334 (80%), Gaps = 5/334 (1%) Query: 8 NTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFAVSLDLI 67 + P LP RW+ EI FW +P+A +F+ PDYLV SQ++IVGLFA+SLDL+ Sbjct: 9 RSARPVEGSAAHGLPQARWSPFEIAFWCVPIAVFFLLPDYLVFGSQVLIVGLFALSLDLV 68 Query: 68 LGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFLVVRGAD 127 LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP+TGL AVVAA+AGF VSFLVVRG D Sbjct: 69 LGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLTGLAAGAVVAALAGFCVSFLVVRGQD 128 Query: 128 LTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYGYSFAVL 187 LTRLMVTLGIGLML+EAANK AF+TGGVDGLSG+ M + G FEFDL GR AY YS VL Sbjct: 129 LTRLMVTLGIGLMLYEAANKMAFLTGGVDGLSGVAMRNLLGTFEFDLEGRTAYFYSLVVL 188 Query: 188 LLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVAGALLAQ 247 L+FV LRRLV SPFGL LRGI++G +RMPAIGA+V RLV FTV+AA+AGVAG LLAQ Sbjct: 189 FLVFVGLRRLVRSPFGLSLRGIQQGPKRMPAIGANVRMRLVAAFTVSAAIAGVAGGLLAQ 248 Query: 248 TTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAYWQFWIG 307 TTQFVGLD LGF RSAELLI+LVLGG GRLYG L+GA V+M+AQD L+G+NP YWQFWIG Sbjct: 249 TTQFVGLDSLGFSRSAELLIMLVLGGAGRLYGALIGAAVFMIAQDVLAGINPVYWQFWIG 308 Query: 308 LLLIVIVLFARGGLLGGL-----AVLRDKFFKGG 336 LLL+VIVLFARGG+LGGL AV + KGG Sbjct: 309 LLLMVIVLFARGGILGGLETAVSAVRARRARKGG 342 >E2T1A2.1 E2T1A2_9RALS Inner-membrane translocator Length = 344 Score = 429 bits (1103), Expect = e-118, Method: Compositional matrix adjust. Identities = 236/334 (70%), Positives = 268/334 (80%), Gaps = 5/334 (1%) Query: 8 NTPNPSAMQPVLRLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFAVSLDLI 67 + P LP RW+ EI FW +P+A +F+ PDYLV SQ++IVGLFA+SLDL+ Sbjct: 9 RSARPVEGSAAHGLPQARWSPFEIAFWCVPIAVFFLLPDYLVFGSQVLIVGLFALSLDLV 68 Query: 68 LGYAGIVSLGHAAFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFLVVRGAD 127 LGYAGIVSLGHA FFGLGAYTAGLLA HGWGEP+TGL AVVAA+AGF VSFLVVRG D Sbjct: 69 LGYAGIVSLGHAGFFGLGAYTAGLLAAHGWGEPLTGLAAGAVVAALAGFCVSFLVVRGQD 128 Query: 128 LTRLMVTLGIGLMLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYGYSFAVL 187 LTRLMVTLGIGLML+EAANK AF+TGGVDGLSG+ M + G FEFDL GR AY YS VL Sbjct: 129 LTRLMVTLGIGLMLYEAANKMAFLTGGVDGLSGVAMRNLLGTFEFDLEGRTAYFYSLVVL 188 Query: 188 LLLFVILRRLVNSPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVAGALLAQ 247 L+FV LRRLV SPFGL LRGI++G +RMPAIGA+V RLV FTV+AA+AGVAG LLAQ Sbjct: 189 FLVFVGLRRLVRSPFGLSLRGIQQGPKRMPAIGANVRMRLVAAFTVSAAIAGVAGGLLAQ 248 Query: 248 TTQFVGLDVLGFPRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAYWQFWIG 307 TTQFVGLD LGF RSAELLI+LVLGG GRLYG L+GA V+M+AQD L+G+NP YWQFWIG Sbjct: 249 TTQFVGLDSLGFSRSAELLIMLVLGGAGRLYGALIGAAVFMIAQDVLAGINPVYWQFWIG 308 Query: 308 LLLIVIVLFARGGLLGGL-----AVLRDKFFKGG 336 LLL+VIVLFARGG+LGGL AV + KGG Sbjct: 309 LLLMVIVLFARGGILGGLETAVSAVRARRARKGG 342 >Q46U20.1 Q46U20_CUPPJ Inner-membrane translocator Length = 352 Score = 427 bits (1098), Expect = e-117, Method: Compositional matrix adjust. Identities = 234/315 (74%), Positives = 271/315 (86%) Query: 20 RLPNDRWTLLEILFWLLPVAAYFIFPDYLVLISQIMIVGLFAVSLDLILGYAGIVSLGHA 79 +LP+ RW E LFWLLPVAA+F PDYL+L SQI+I GLFA+SLDLILGYAGIVSLGHA Sbjct: 27 KLPDGRWHPAEFLFWLLPVAAFFALPDYLILGSQILISGLFALSLDLILGYAGIVSLGHA 86 Query: 80 AFFGLGAYTAGLLAVHGWGEPITGLLLAAVVAAIAGFLVSFLVVRGADLTRLMVTLGIGL 139 AFFGLGAYTAGLLA HGWGEP++GLL AA +AA+AG+L SFLVVRG DLTRLMVTLGIGL Sbjct: 87 AFFGLGAYTAGLLAAHGWGEPLSGLLAAAAMAAVAGWLCSFLVVRGGDLTRLMVTLGIGL 146 Query: 140 MLFEAANKAAFITGGVDGLSGMVMGKIFGVFEFDLNGRVAYGYSFAVLLLLFVILRRLVN 199 MLFEAANKAAF+TGGVDGLSG+ M ++ GVFEFDL G+ AY YS A LF++LRRL Sbjct: 147 MLFEAANKAAFVTGGVDGLSGVAMDRLLGVFEFDLIGKTAYVYSLAATFALFLLLRRLTQ 206 Query: 200 SPFGLGLRGIREGGRRMPAIGADVNRRLVVIFTVAAAVAGVAGALLAQTTQFVGLDVLGF 259 SPFGL LRGIREGGRRMPA+GADV RRL FT++AA+AGVAGALLAQTTQFVG+DVLGF Sbjct: 207 SPFGLSLRGIREGGRRMPALGADVPRRLRTTFTLSAAIAGVAGALLAQTTQFVGMDVLGF 266 Query: 260 PRSAELLIILVLGGTGRLYGGLVGALVYMLAQDYLSGLNPAYWQFWIGLLLIVIVLFARG 319 PRSAELL++LVLGGTGRLYG L GA +YM+AQD L+G+NP YWQFWIGLLL+++VLFARG Sbjct: 267 PRSAELLVMLVLGGTGRLYGALAGAALYMIAQDVLAGMNPVYWQFWIGLLLVLVVLFARG 326 Query: 320 GLLGGLAVLRDKFFK 334 G++G + R + + Sbjct: 327 GVMGAMDAARSRLTR 341