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= 0012.0047.p (300 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IQB4.1 D8IQB4_HERSS Chloramphenicol-sensitive protein 566 e-160 B2TA29.1 B2TA29_BURPP RarD protein, DMT superfamily transporter 300 2e-79 A2W2D4.1 A2W2D4_9BURK Putative uncharacterized protein 291 1e-76 Q13J39.1 Q13J39_BURXL RarD protein 290 2e-76 D5NEC8.1 D5NEC8_9BURK RarD protein, DMT superfamily transporter 290 3e-76 B1K3V8.1 B1K3V8_BURCC RarD protein, DMT superfamily transporter 288 7e-76 Q1BJL8.1 Q1BJL8_BURCA RarD protein 288 9e-76 A0B3Q4.1 A0B3Q4_BURCH RarD protein, DMT superfamily transporter 288 9e-76 B4EL01.1 B4EL01_BURCJ Putative membrane protein 286 2e-75 Q39BD3.1 Q39BD3_BURS3 RarD protein 286 3e-75 >D8IQB4.1 D8IQB4_HERSS Chloramphenicol-sensitive protein Length = 300 Score = 567 bits (1460), Expect = e-160, Method: Compositional matrix adjust. Identities = 299/300 (99%), Positives = 299/300 (99%) Query: 1 MSAMPHHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWR 60 MSAM HHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWR Sbjct: 1 MSAMHHHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWR 60 Query: 61 GQLSRLRAACAELLGSPGRCLLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSM 120 GQLSRLRAACAELLGSPGRCLLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSM Sbjct: 61 GQLSRLRAACAELLGSPGRCLLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSM 120 Query: 121 VLVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQL 180 VLVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQL Sbjct: 121 VLVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQL 180 Query: 181 DSLMIFAVELLILALPALIAVALGDTLATTLRTPAMLLLLPGLGLLSMVALACYLRAGKL 240 DSLMIFAVELLILALPALIAVALGDTLATTLRTPAMLLLLPGLGLLSMVALACYLRAGKL Sbjct: 181 DSLMIFAVELLILALPALIAVALGDTLATTLRTPAMLLLLPGLGLLSMVALACYLRAGKL 240 Query: 241 LPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTPR 300 LPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTPR Sbjct: 241 LPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTPR 300 >B2TA29.1 B2TA29_BURPP RarD protein, DMT superfamily transporter Length = 298 Score = 300 bits (767), Expect = 2e-79, Method: Compositional matrix adjust. Identities = 163/297 (54%), Positives = 212/297 (71%), Gaps = 1/297 (0%) Query: 4 MPHHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQL 63 M +++ RG+ LSV A+ FALLS Y LLAPL G DIF WR++ T L L+A R +L Sbjct: 1 MNQYDLRRGIALSVCATTTFALLSAYATLLAPLSGLDIFAWRVIWTVPGALLLVALRKRL 60 Query: 64 SRLRAACAELLGSPGRCLLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMVLV 123 LR ++ P + +++ AALLG Q W+FLW ++G+ LEVSLGYFL+PL+MVLV Sbjct: 61 PILRRLLYRMVTEPKLGMAMIVSAALLGVQLWVFLWAPLHGRMLEVSLGYFLMPLTMVLV 120 Query: 124 GRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLDSL 183 GR Y ERL+ LQ LAV A GV HE+W+T +FSWPTL V+LGYPPYF+LRR++ DSL Sbjct: 121 GRFYYHERLDGLQWLAVACAATGVGHELWVTGAFSWPTLLVSLGYPPYFVLRRKINHDSL 180 Query: 184 MIFAVELLILALPALIAVALGDTLATTLRTPAM-LLLLPGLGLLSMVALACYLRAGKLLP 242 +F VE+ +L PA+ V G +LA P LLLPGLG LS +ALA YL+A +LLP Sbjct: 181 AMFTVEMALLLPPAIALVFNGGSLAMIAGHPGRWWLLLPGLGALSTIALASYLKASRLLP 240 Query: 243 MGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 + LFG+LGYVEP+LLVL++I VLGE+L ++QL TYVPIW+AV LTA+HS +L+R P Sbjct: 241 VALFGILGYVEPVLLVLISITVLGETLSVSQLATYVPIWIAVALTALHSVRLVRLAP 297 >A2W2D4.1 A2W2D4_9BURK Putative uncharacterized protein Length = 299 Score = 291 bits (744), Expect = 1e-76, Method: Compositional matrix adjust. Identities = 176/300 (58%), Positives = 216/300 (72%), Gaps = 13/300 (4%) Query: 6 HHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQLSR 65 + E GRG+ LSV+AS LFAL+S Y +LLAPL G DIF WRI+ TA LALIA RG+ Sbjct: 4 YPEAGRGLTLSVMASTLFALMSAYAKLLAPLTGLDIFAWRIVWTAPGALALIALRGRWP- 62 Query: 66 LRAACAELLGSPGRCLLLLLM----AALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMV 121 A EL R LL+ AALLG Q WLFLW ++G+ LEVSLGYFLLPL+MV Sbjct: 63 ---ALVELARRSARDWRLLIALPASAALLGVQLWLFLWAPLHGRMLEVSLGYFLLPLTMV 119 Query: 122 LVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLD 181 LVGR Y ERL+ LQ AV A +GVAHE+W TR+F+WPTL VALGYPPYF+LRRR+ D Sbjct: 120 LVGRFYYHERLDPLQWAAVACAALGVAHEVWATRAFAWPTLVVALGYPPYFVLRRRINAD 179 Query: 182 SLMIFAVELLILALPALIAVALGDTLATTLRTPAMLL--LLPGLGLLSMVALACYLRAGK 239 SL FAVE+++L IA A+ T AT + +L LLPGLG+LS +ALA YL+A + Sbjct: 180 SLAAFAVEIVLL---CPIAFAMVATSATQVAGQPLLWAALLPGLGILSTLALASYLKASR 236 Query: 240 LLPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 +LPM LFG+LGYVEP+LLV+V++ +LGE+L +AQL TY PIW+AV LTA HSA LMR+ P Sbjct: 237 MLPMALFGILGYVEPVLLVVVSLLLLGETLSVAQLATYGPIWVAVALTAWHSAMLMRRLP 296 >Q13J39.1 Q13J39_BURXL RarD protein Length = 298 Score = 290 bits (742), Expect = 2e-76, Method: Compositional matrix adjust. Identities = 172/298 (57%), Positives = 212/298 (71%), Gaps = 3/298 (1%) Query: 4 MPHHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQL 63 M ++ RG+ LSV ASA+FALLS Y LLAPL G DIF WRI+ T L LIA R +L Sbjct: 1 MNQYDPKRGIALSVGASAMFALLSAYATLLAPLSGLDIFAWRIVWTVPGALLLIALRKRL 60 Query: 64 SRLRAACAELLGSPGRCLLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMVLV 123 LR ++ P + + AALLG Q W+FLW ++G+ LEVSLGYFLLPL MVLV Sbjct: 61 PILRQLLYRMVTEPTLGAAMTVSAALLGAQLWVFLWAPLHGRMLEVSLGYFLLPLVMVLV 120 Query: 124 GRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLDSL 183 GR Y ERL+ LQ LAV A GV HE+WMT +FSWPTL VALGYPPYF+LRR++ DSL Sbjct: 121 GRFYYHERLDGLQWLAVACAAAGVGHELWMTGAFSWPTLLVALGYPPYFVLRRKINQDSL 180 Query: 184 MIFAVELLILALPALIAVALG-DTLATTL-RTPAMLLLLPGLGLLSMVALACYLRAGKLL 241 +F VE+++L LP I +ALG D+LA R LLLPGLG LS +ALA YL+A +LL Sbjct: 181 AMFTVEMMLL-LPVAIVMALGSDSLALIAGRADMWCLLLPGLGALSTIALASYLKASRLL 239 Query: 242 PMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 P+ LFG+LGYVEP+LLVLV+I +LGE+L AQL TY+PIW+AV LTA+H +L+R P Sbjct: 240 PVALFGILGYVEPVLLVLVSITLLGETLGAAQLATYIPIWIAVALTALHGVRLVRLAP 297 >D5NEC8.1 D5NEC8_9BURK RarD protein, DMT superfamily transporter Length = 298 Score = 290 bits (741), Expect = 3e-76, Method: Compositional matrix adjust. Identities = 171/298 (57%), Positives = 212/298 (71%), Gaps = 3/298 (1%) Query: 4 MPHHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQL 63 M ++ RG+ LSV ASA+FALLS Y LLAPL G DIF WRI+ T L LIA R +L Sbjct: 1 MNQYDPKRGIALSVGASAMFALLSAYATLLAPLSGLDIFAWRIVWTVPGALLLIALRKRL 60 Query: 64 SRLRAACAELLGSPGRCLLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMVLV 123 LR ++ P + + AALLG Q W+FLW ++G+ LEVSLGYFLLPL MVLV Sbjct: 61 PILRQLLYRMVTEPRLGAAMTVSAALLGAQLWVFLWAPLHGRMLEVSLGYFLLPLVMVLV 120 Query: 124 GRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLDSL 183 GR Y ERL+ LQ LAV A GV HE+WMT +FSWPTL VALGYPPYF+LRR++ DSL Sbjct: 121 GRFYYHERLDGLQWLAVACAAAGVGHELWMTGAFSWPTLLVALGYPPYFVLRRKINQDSL 180 Query: 184 MIFAVELLILALPALIAVAL-GDTLATTL-RTPAMLLLLPGLGLLSMVALACYLRAGKLL 241 +F VE+++L LP I +A D+LA + R LLLPGLG LS +ALA YL+A +LL Sbjct: 181 AMFTVEMMLL-LPVAIVLAFSSDSLALIVGRADMWCLLLPGLGALSTIALASYLKASRLL 239 Query: 242 PMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 P+ LFG+LGYVEP+LLVLV+I +LGE+L AQL TY+PIW+AV LTA+HS +L+R P Sbjct: 240 PVALFGILGYVEPVLLVLVSITLLGETLGAAQLATYIPIWIAVALTALHSVRLVRLAP 297 >B1K3V8.1 B1K3V8_BURCC RarD protein, DMT superfamily transporter Length = 299 Score = 288 bits (737), Expect = 7e-76, Method: Compositional matrix adjust. Identities = 174/300 (58%), Positives = 215/300 (71%), Gaps = 13/300 (4%) Query: 6 HHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQLSR 65 + E GRG+ LSV+AS LFAL+S Y +LL PL G DIF WRI+ TA LALIA RG+ Sbjct: 4 YPEAGRGLTLSVMASTLFALMSAYAKLLVPLTGLDIFAWRIVWTAPGALALIALRGRWP- 62 Query: 66 LRAACAELLGSPGR----CLLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMV 121 A EL R + L + AALLG Q WLFLW ++G+ LEVSLGYFLLPL+MV Sbjct: 63 ---ALVELARRSARDWRLVIALPVSAALLGVQLWLFLWAPLHGRMLEVSLGYFLLPLTMV 119 Query: 122 LVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLD 181 LVGR Y ERL+ LQ AV A +GVAHE+W TR+F+WPTL VALGYPPYF+LRRR+ D Sbjct: 120 LVGRFYYHERLDPLQWAAVACAALGVAHEVWATRAFAWPTLVVALGYPPYFVLRRRINAD 179 Query: 182 SLMIFAVELLILALPALIAVALGDTLATTLRTPAMLL--LLPGLGLLSMVALACYLRAGK 239 SL FAVE+++L IA A+ T AT + +L LLPGLG+LS +ALA YL+A + Sbjct: 180 SLAAFAVEIVLL---CPIAFAMVATSATQVAGQPLLWAALLPGLGILSTLALASYLKASR 236 Query: 240 LLPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 +LPM LFG+LGYVEP+LLV+V++ +LGE+L +AQL TY PIW+AV LTA HSA LMR+ P Sbjct: 237 MLPMALFGILGYVEPVLLVVVSLLLLGETLSVAQLATYGPIWVAVALTAWHSAMLMRRLP 296 >Q1BJL8.1 Q1BJL8_BURCA RarD protein Length = 299 Score = 288 bits (736), Expect = 9e-76, Method: Compositional matrix adjust. Identities = 175/300 (58%), Positives = 215/300 (71%), Gaps = 13/300 (4%) Query: 6 HHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQLSR 65 + E GRG+ LSV+AS LFAL+S Y +LLAPL G DIF WRI+ TA LALIA RG+ Sbjct: 4 YPEAGRGLTLSVMASTLFALMSAYAKLLAPLTGLDIFAWRIVWTAPGALALIALRGRWP- 62 Query: 66 LRAACAELLGSPGRCLLLLLM----AALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMV 121 A EL R LL+ AALLG Q WLFLW ++G+ LEVSLGYFLLPL+MV Sbjct: 63 ---ALVELARRSARDWRLLIALPASAALLGVQLWLFLWAPLHGRMLEVSLGYFLLPLTMV 119 Query: 122 LVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLD 181 LVGR Y ERL+ LQ AV A +GVAHE+W TR+F+WPTL VALGYPPYF+LRRR+ D Sbjct: 120 LVGRFYYHERLDPLQWAAVACAALGVAHEVWATRAFAWPTLVVALGYPPYFVLRRRINAD 179 Query: 182 SLMIFAVELLILALPALIAVALGDTLATTLRTPAMLL--LLPGLGLLSMVALACYLRAGK 239 SL FAVE+++L IA A+ T AT + +L LLPGLG+LS +ALA YL+A + Sbjct: 180 SLAAFAVEIVLL---CPIAFAMVATSATQVAGQPLLWAALLPGLGILSTLALASYLKASR 236 Query: 240 LLPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 +LPM LFG+LGYVEP+LLV+V++ +LGE+L +AQL TY PIW+AV LTA SA LMR+ P Sbjct: 237 MLPMALFGILGYVEPVLLVVVSLLLLGETLSVAQLATYGPIWVAVALTAWRSAMLMRRLP 296 >A0B3Q4.1 A0B3Q4_BURCH RarD protein, DMT superfamily transporter Length = 299 Score = 288 bits (736), Expect = 9e-76, Method: Compositional matrix adjust. Identities = 175/300 (58%), Positives = 215/300 (71%), Gaps = 13/300 (4%) Query: 6 HHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQLSR 65 + E GRG+ LSV+AS LFAL+S Y +LLAPL G DIF WRI+ TA LALIA RG+ Sbjct: 4 YPEAGRGLTLSVMASTLFALMSAYAKLLAPLTGLDIFAWRIVWTAPGALALIALRGRWP- 62 Query: 66 LRAACAELLGSPGRCLLLLLM----AALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMV 121 A EL R LL+ AALLG Q WLFLW ++G+ LEVSLGYFLLPL+MV Sbjct: 63 ---ALVELARRSARDWRLLIALPASAALLGVQLWLFLWAPLHGRMLEVSLGYFLLPLTMV 119 Query: 122 LVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLD 181 LVGR Y ERL+ LQ AV A +GVAHE+W TR+F+WPTL VALGYPPYF+LRRR+ D Sbjct: 120 LVGRFYYHERLDPLQWAAVACAALGVAHEVWATRAFAWPTLVVALGYPPYFVLRRRINAD 179 Query: 182 SLMIFAVELLILALPALIAVALGDTLATTLRTPAMLL--LLPGLGLLSMVALACYLRAGK 239 SL FAVE+++L IA A+ T AT + +L LLPGLG+LS +ALA YL+A + Sbjct: 180 SLAAFAVEIVLL---CPIAFAMVATSATQVAGQPLLWAALLPGLGILSTLALASYLKASR 236 Query: 240 LLPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 +LPM LFG+LGYVEP+LLV+V++ +LGE+L +AQL TY PIW+AV LTA SA LMR+ P Sbjct: 237 MLPMALFGILGYVEPVLLVVVSLLLLGETLSVAQLATYGPIWVAVALTAWRSAMLMRRLP 296 >B4EL01.1 B4EL01_BURCJ Putative membrane protein Length = 299 Score = 286 bits (733), Expect = 2e-75, Method: Compositional matrix adjust. Identities = 172/303 (56%), Positives = 217/303 (71%), Gaps = 19/303 (6%) Query: 6 HHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQLSR 65 + E GRG+ LSV+AS LFAL+S Y +LLAPL G DIF WR++ TA LALIA RG+ Sbjct: 4 YPEAGRGLMLSVMASTLFALMSAYAKLLAPLTGLDIFAWRVVWTAPGALALIALRGRWP- 62 Query: 66 LRAACAELLGSPGRC-------LLLLLMAALLGFQQWLFLWGSVNGQALEVSLGYFLLPL 118 L+G RC + L + AALLG Q WLFLW ++G+ LEVSLGYFLLPL Sbjct: 63 ------ALVGLARRCARDWRLLIALPVSAALLGVQLWLFLWAPLHGRMLEVSLGYFLLPL 116 Query: 119 SMVLVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRL 178 +MVLVGR Y ERL+ LQ AV A +GVAHE+W TR+F+WPTL VALGYPPYF+LRRR+ Sbjct: 117 TMVLVGRFYYHERLDPLQWAAVACAALGVAHEVWATRAFAWPTLVVALGYPPYFVLRRRI 176 Query: 179 QLDSLMIFAVELLILALPALIAVALGDTLATTLRTPAML--LLLPGLGLLSMVALACYLR 236 DSL FA+E+ +L IA+A+ T T + +L +LLPGLG+LS +ALA YL+ Sbjct: 177 NADSLAAFAIEIALL---CPIALAMVATSTTRVAGHPLLWAVLLPGLGILSTLALASYLK 233 Query: 237 AGKLLPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMR 296 A ++LPM LFG+LGYVEP+LLV+V++ +LGE+L +AQL TY PIW+AV LTA HSA LMR Sbjct: 234 ASRMLPMALFGILGYVEPVLLVVVSLLLLGETLSVAQLATYGPIWIAVALTAWHSAMLMR 293 Query: 297 QTP 299 + P Sbjct: 294 RLP 296 >Q39BD3.1 Q39BD3_BURS3 RarD protein Length = 299 Score = 286 bits (732), Expect = 3e-75, Method: Compositional matrix adjust. Identities = 175/300 (58%), Positives = 215/300 (71%), Gaps = 13/300 (4%) Query: 6 HHEIGRGVGLSVLASALFALLSGYTRLLAPLDGNDIFGWRILATAVAVLALIAWRGQLSR 65 + E GRG+ LSV AS LFAL+S Y +LLAPL G DIF WR+L TA LALIA RG+L Sbjct: 4 YPEAGRGLMLSVTASMLFALMSAYAKLLAPLTGLDIFAWRVLWTAPGALALIALRGRLP- 62 Query: 66 LRAACAELLGSPGRCLLLLLM----AALLGFQQWLFLWGSVNGQALEVSLGYFLLPLSMV 121 A +LL R LL+ AALLG Q WLFLW ++G+ LEVSLGYFLLPL+MV Sbjct: 63 ---ALVDLLRRSVRDWRLLIALPVSAALLGVQLWLFLWAPLHGRMLEVSLGYFLLPLTMV 119 Query: 122 LVGRLLYGERLNLLQRLAVLLACIGVAHEIWMTRSFSWPTLAVALGYPPYFILRRRLQLD 181 LVGR Y ERL+ LQ AV A +GVAHE+W TR+F+WPTL VALGYPPYF+LRRR+ D Sbjct: 120 LVGRFYYHERLDPLQWAAVACAALGVAHEVWATRAFAWPTLVVALGYPPYFVLRRRINAD 179 Query: 182 SLMIFAVELLILALPALIAVALGDTLATTLRTPAML--LLLPGLGLLSMVALACYLRAGK 239 SL FAVE+ +L IA A+ T T + +L +LLPGLG+LS +ALA YL+A + Sbjct: 180 SLAAFAVEIALL---CPIAFAMVATSTTHVADHPLLWAVLLPGLGVLSTLALASYLKASR 236 Query: 240 LLPMGLFGVLGYVEPILLVLVAIAVLGESLPLAQLGTYVPIWLAVLLTAMHSAKLMRQTP 299 +LPM LFG+LGYVEP+LLV V++ +LGE+L +A+L TY PIW+AV LTA HSA LMR+ P Sbjct: 237 MLPMALFGILGYVEPVLLVAVSLLLLGETLSVAKLATYGPIWVAVALTAWHSAMLMRRLP 296