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= 0004.0038.p (296 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J022.1 D8J022_HERSS Transmembrane protein 575 e-162 F1VYR0.1 F1VYR0_9BURK Putative uncharacterized protein 355 4e-96 A6SV59.1 A6SV59_JANMA Auxin efflux carrier 338 5e-91 A4G293.2 A4G293_HERAR Putative uncharacterized protein 331 7e-89 Q0KE29.1 Q0KE29_CUPNH Predicted permease 286 2e-75 B3R0W0.1 B3R0W0_CUPTR Putative transporter, Auxin Efflux Carrier... 285 8e-75 Q1LR17.1 Q1LR17_RALME Putative membrane protein, predicted permease 280 1e-73 Q475H0.1 Q475H0_CUPPJ Auxin Efflux Carrier 261 1e-67 D6CTZ9.1 D6CTZ9_THIS3 Putative Auxin Efflux Carrier 254 1e-65 E5UDT3.1 E5UDT3_ALCXX Membrane protein 253 2e-65 >D8J022.1 D8J022_HERSS Transmembrane protein Length = 296 Score = 575 bits (1483), Expect = e-162, Method: Compositional matrix adjust. Identities = 295/296 (99%), Positives = 296/296 (100%) Query: 1 LEILNLLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSV 60 +EILNLLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSV Sbjct: 1 MEILNLLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSV 60 Query: 61 TGGLVQTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEG 120 TGGLVQTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEG Sbjct: 61 TGGLVQTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEG 120 Query: 121 AGLMAILLGFGVPLCNIAAVHALAPKNSNLLRELAKNPLLVATAGGLTFSALGLHLPEVA 180 AGLMAILLGFGVPLCNIAAVHALAPKNSNLLRELAKNPLLVATAGGLTFSALGLHLPEVA Sbjct: 121 AGLMAILLGFGVPLCNIAAVHALAPKNSNLLRELAKNPLLVATAGGLTFSALGLHLPEVA 180 Query: 181 GVVLSRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLP 240 GVVLSRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLP Sbjct: 181 GVVLSRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLP 240 Query: 241 PLQLRIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH 296 PLQLRIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH Sbjct: 241 PLQLRIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH 296 >F1VYR0.1 F1VYR0_9BURK Putative uncharacterized protein Length = 296 Score = 355 bits (911), Expect = 4e-96, Method: Compositional matrix adjust. Identities = 175/290 (60%), Positives = 227/290 (78%) Query: 6 LLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSVTGGLV 65 LLLPDF+LI LG++++RI+ W FWAG+EKLVY++LFP+LLFY+TAR +D S TG ++ Sbjct: 6 LLLPDFTLILLGLVLFRITRWEPAFWAGLEKLVYYVLFPSLLFYATARAPLDFSSTGRML 65 Query: 66 QTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEGAGLMA 125 Q LL L+G+AL WL KP R PM +ESG+Q A+RFNSYIALA+A+R+ G+ G LMA Sbjct: 66 QVALLTCLSGVALGWLAKPLFRPGPMLFESGVQTAFRFNSYIALAVASRLGGDTGTALMA 125 Query: 126 ILLGFGVPLCNIAAVHALAPKNSNLLRELAKNPLLVATAGGLTFSALGLHLPEVAGVVLS 185 +++GF VPLCN+AAVHAL + LLREL KNPLL+AT GL + G+ +PE G LS Sbjct: 126 LIIGFSVPLCNVAAVHALVHRKGGLLRELMKNPLLLATVMGLIINFSGIPIPEFIGATLS 185 Query: 186 RLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLPPLQLR 245 R+G A+IA+GL+ VGAGLRLSGL ++K + +F+ IKL A+PA+AW +G L LP LQL+ Sbjct: 186 RIGNAAIAIGLITVGAGLRLSGLHQAKGMAAYFIAIKLLALPAIAWFLGSRLGLPQLQLQ 245 Query: 246 IVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALV 295 IVV+F +LPTASSAY+LAARMGGNGPF AFLIS GTL+S LT+P WL ++ Sbjct: 246 IVVMFSALPTASSAYVLAARMGGNGPFVAFLISAGTLMSVLTLPLWLGMI 295 >A6SV59.1 A6SV59_JANMA Auxin efflux carrier Length = 296 Score = 338 bits (867), Expect = 5e-91, Method: Compositional matrix adjust. Identities = 168/296 (56%), Positives = 217/296 (73%) Query: 1 LEILNLLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSV 60 + I+NLLLPDF LI G +++R++ W EFW GMEKL+Y++LFPALLFYS AR ++ + Sbjct: 1 MHIVNLLLPDFMLILFGAVLFRVTKWHAEFWIGMEKLIYYVLFPALLFYSCARSPINFTA 60 Query: 61 TGGLVQTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEG 120 TG +Q + A + GI WL KP +S PM +ESG+Q A+RFNSYIALA+A+R+ G EG Sbjct: 61 TGQFLQVAIAACVTGILFGWLAKPLFKSEPMIFESGVQTAFRFNSYIALAIASRLGGAEG 120 Query: 121 AGLMAILLGFGVPLCNIAAVHALAPKNSNLLRELAKNPLLVATAGGLTFSALGLHLPEVA 180 LM +++GF VPLCN+AAVHAL L+ EL KNPLL+AT GG+ F+ LG +PE+A Sbjct: 121 TSLMGLVIGFAVPLCNMAAVHALVKNKGGLVFELLKNPLLMATVGGVIFNLLGFQVPELA 180 Query: 181 GVVLSRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLP 240 LSRLG ASIALGL+MVGAGLRL+GL SK + +F+ +KL VP V + +G L L Sbjct: 181 SAFLSRLGNASIALGLIMVGAGLRLTGLHASKGIAAYFIIVKLLIVPLVTYGLGLWLGLS 240 Query: 241 PLQLRIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH 296 L++VV+F +LPTASSAY+LA RMGGNGPF AFLIS GTL+S T+P WLAL+ Sbjct: 241 SSHLQMVVMFAALPTASSAYVLAVRMGGNGPFVAFLISAGTLISMATLPLWLALLQ 296 >A4G293.2 A4G293_HERAR Putative uncharacterized protein Length = 311 Score = 331 bits (849), Expect = 7e-89, Method: Compositional matrix adjust. Identities = 172/296 (58%), Positives = 224/296 (75%) Query: 1 LEILNLLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSV 60 + I+N+LLPDF LI G +++R + WG EFWAGMEKL+Y++LFPALLFYSTAR ++ + Sbjct: 16 MHIVNILLPDFLLILFGAILFRATEWGKEFWAGMEKLIYYVLFPALLFYSTARSPINFAA 75 Query: 61 TGGLVQTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEG 120 TG +Q + A L GIAL WL KP R+ PM +ESG+Q A+RFNSYIALA+A R+ G++G Sbjct: 76 TGQFLQIAIAACLTGIALGWLAKPLFRAGPMIFESGVQTAFRFNSYIALAIAGRLGGDQG 135 Query: 121 AGLMAILLGFGVPLCNIAAVHALAPKNSNLLRELAKNPLLVATAGGLTFSALGLHLPEVA 180 LM +++GF VP+CN+AAVHAL LL EL KNPLL+AT GG+ F+ LG LP++A Sbjct: 136 TSLMGLVIGFAVPICNMAAVHALVKNKGRLLLELLKNPLLMATMGGVVFNLLGFQLPDLA 195 Query: 181 GVVLSRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLP 240 LSRLG ASIALGL+MVGAGLRL+GL +K + +F+ +KL AVPA+ + +G+ + L Sbjct: 196 SAFLSRLGNASIALGLIMVGAGLRLTGLHAAKGIAAYFLTVKLLAVPAITYALGKWVGLS 255 Query: 241 PLQLRIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH 296 PL L+IVV+F +LPTASS Y+LA RMGGNGP AFLIS GTL+S T+P WLAL+ Sbjct: 256 PLHLQIVVMFAALPTASSCYVLAVRMGGNGPLVAFLISAGTLISMATLPLWLALLQ 311 >Q0KE29.1 Q0KE29_CUPNH Predicted permease Length = 297 Score = 286 bits (733), Expect = 2e-75, Method: Compositional matrix adjust. Identities = 157/292 (53%), Positives = 206/292 (70%), Gaps = 1/292 (0%) Query: 6 LLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSVTGGLV 65 LL+PDFSLI +G L+ R + + FW G+E+LVYF+LFPALL ST +D S T ++ Sbjct: 6 LLVPDFSLILIGWLLVRYTPFDRAFWGGVERLVYFVLFPALLLQSTNTAVLDFSSTSAML 65 Query: 66 QTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEGAGLMA 125 LL + G+A + K LR +++ SG+Q A+RFNSYI LALA+R+ G EG LMA Sbjct: 66 GLALLVMATGMAGGYAVKWVLRPDALSFASGLQTAFRFNSYIGLALASRLGGSEGLALMA 125 Query: 126 ILLGFGVPLCNIAAVHALAPK-NSNLLRELAKNPLLVATAGGLTFSALGLHLPEVAGVVL 184 +++G VPLCN+AAV ALA + L +ELA+NPL++ATAGGL + +GLH PEV G+ L Sbjct: 126 VIVGCTVPLCNVAAVWALARHGQTALWKELARNPLILATAGGLLTNLMGLHAPEVLGMTL 185 Query: 185 SRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLPPLQL 244 +RLG+AS ALGL+ VGAGL++SG + V W+ +KL A+P VAWL+G+HL L LQ Sbjct: 186 NRLGSASTALGLMTVGAGLQMSGATGTAGPVAWWTGVKLLAMPCVAWLVGRHLPLTALQY 245 Query: 245 RIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH 296 +IVVL+ SLPTASSAYILA RMGGNGP A IS T+ + +T P WLALV Sbjct: 246 QIVVLYASLPTASSAYILAVRMGGNGPMVAATISLMTVAAIVTTPLWLALVS 297 >B3R0W0.1 B3R0W0_CUPTR Putative transporter, Auxin Efflux Carrier (AEC) family Length = 297 Score = 285 bits (728), Expect = 8e-75, Method: Compositional matrix adjust. Identities = 157/292 (53%), Positives = 205/292 (70%), Gaps = 1/292 (0%) Query: 6 LLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSVTGGLV 65 LL+PDFSLI +G L+ R S + FW G+E+LVYF+LFPALL ST +D S T ++ Sbjct: 6 LLVPDFSLILIGWLLVRYSPFDRAFWGGVERLVYFVLFPALLLQSTNTAVLDFSSTSAML 65 Query: 66 QTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEGAGLMA 125 +L L G+A + K LR +++ SG+Q A+RFNSYI LALA+R+ G EG LMA Sbjct: 66 GLAMLVLATGVAGGYAVKWVLRPDAVSFASGLQTAFRFNSYIGLALASRLGGSEGLALMA 125 Query: 126 ILLGFGVPLCNIAAVHALAPK-NSNLLRELAKNPLLVATAGGLTFSALGLHLPEVAGVVL 184 +++G VPLCN+ AV ALA + L +ELA+NPL++ATAGGL + +GLH PEV G+ L Sbjct: 126 VIVGCTVPLCNVLAVWALARHGQAALWKELARNPLILATAGGLATNMMGLHAPEVLGMTL 185 Query: 185 SRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLPPLQL 244 +RLG+AS ALGL+ VGAGL++SG + V W+ +KL A+P VAWL+G+HL L LQ Sbjct: 186 NRLGSASTALGLMTVGAGLQISGATGTAGPVAWWTGVKLLAMPCVAWLVGRHLPLTVLQY 245 Query: 245 RIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH 296 +IVVL+ SLPTASSAYILA RMGGNGP A IS T+ + +T P WLALV Sbjct: 246 QIVVLYASLPTASSAYILAVRMGGNGPMVAATISLMTVGAIVTTPLWLALVS 297 >Q1LR17.1 Q1LR17_RALME Putative membrane protein, predicted permease Length = 350 Score = 280 bits (717), Expect = 1e-73, Method: Compositional matrix adjust. Identities = 153/291 (52%), Positives = 204/291 (70%), Gaps = 1/291 (0%) Query: 6 LLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSVTGGLV 65 LL+PDFSLI +G L+ R + + FWAG+E+LVYF+LFPALL ST K D S T ++ Sbjct: 59 LLVPDFSLILIGWLLVRYTPFDRGFWAGVERLVYFVLFPALLLQSTNSAKFDFSSTSAML 118 Query: 66 QTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEGAGLMA 125 LL ++ G+A +L K LR P + SG+Q A+RFNSYI LALA R+ EG LMA Sbjct: 119 GLALLTMVFGMATGYLVKWVLRPAPADFASGLQTAFRFNSYIGLALAARLGNGEGLALMA 178 Query: 126 ILLGFGVPLCNIAAVHALAPK-NSNLLRELAKNPLLVATAGGLTFSALGLHLPEVAGVVL 184 +++G VPLCN+ AV ALA + +LREL +NPL++ATA GL + LGLH PEV + L Sbjct: 179 LVVGVTVPLCNVVAVWALAKHGEARVLRELVRNPLILATATGLVTNLLGLHPPEVVAMTL 238 Query: 185 SRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLPPLQL 244 +RLG+AS ALGL+ VGAGL++SG + + W+ +KL A+P AWL+G++L L PLQ Sbjct: 239 NRLGSASTALGLMTVGAGLQMSGATGTAGPMAWWSGVKLLAMPCFAWLVGKYLPLTPLQY 298 Query: 245 RIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALV 295 +IVV++ SLPTASS+YILA RMGGNGP A IS T+++ +T P WL+LV Sbjct: 299 QIVVVYASLPTASSSYILAVRMGGNGPMVAATISAMTVVAIVTTPVWLSLV 349 >Q475H0.1 Q475H0_CUPPJ Auxin Efflux Carrier Length = 312 Score = 261 bits (666), Expect = 1e-67, Method: Compositional matrix adjust. Identities = 155/291 (53%), Positives = 200/291 (68%), Gaps = 1/291 (0%) Query: 6 LLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSVTGGLV 65 LL+PDFSLI +G L+ R S + FW G+E+LVYF+LFPALL ST D S T ++ Sbjct: 21 LLVPDFSLILIGWLLVRYSPFDRAFWGGVERLVYFVLFPALLLQSTNSAVFDFSSTSAML 80 Query: 66 QTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEGAGLMA 125 L + G+ + K LR + + SG+Q A+RFNSYI LALA+R+ G EG LMA Sbjct: 81 GLALTVMAFGMVGGYAVKWVLRPDAVDFASGLQTAFRFNSYIGLALASRLGGSEGLALMA 140 Query: 126 ILLGFGVPLCNIAAVHALAPK-NSNLLRELAKNPLLVATAGGLTFSALGLHLPEVAGVVL 184 +++G VPLCN+AAV ALA ++ L +ELA+NPL++ATAGGL + LGLH PEV + L Sbjct: 141 VIVGCTVPLCNVAAVWALARHGDTRLWKELARNPLILATAGGLLTNLLGLHAPEVLAMTL 200 Query: 185 SRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLPPLQL 244 +RLG+AS ALGL+ VGAGL++SG + V W+ IKL A+P +AWL G+ L L LQ Sbjct: 201 NRLGSASTALGLMTVGAGLQMSGATGTVGPVAWWTGIKLLAMPCLAWLAGRLLPLTELQY 260 Query: 245 RIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALV 295 +IVVL+ SLPTASSAYILA RMGGNGP A IS T+ + +T P WLALV Sbjct: 261 QIVVLYASLPTASSAYILAVRMGGNGPMVAATISVMTVAAIVTTPIWLALV 311 >D6CTZ9.1 D6CTZ9_THIS3 Putative Auxin Efflux Carrier Length = 299 Score = 254 bits (649), Expect = 1e-65, Method: Compositional matrix adjust. Identities = 148/292 (50%), Positives = 191/292 (65%), Gaps = 1/292 (0%) Query: 6 LLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSVTGGLV 65 LLLPDF LI LG+L+ R + W G+E+LVYF+LFPALLF +T+R L T V Sbjct: 7 LLLPDFILIVLGLLLMRFTALNRSVWDGVERLVYFVLFPALLFSTTSRGHASLGDTRDFV 66 Query: 66 QTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEGAGLMA 125 G LL GI L++L ++ SG+Q A+RFNSYIALA+A R+ G L+A Sbjct: 67 IAGAAMLLIGIGLSYLAFWSRKADRRCVASGVQTAFRFNSYIALAVADRVGGPPAVSLVA 126 Query: 126 ILLGFGVPLCNIAAVHALAPK-NSNLLRELAKNPLLVATAGGLTFSALGLHLPEVAGVVL 184 +L+ GVPLCN+AAV ALA SN+ REL +NPLL+AT GLT +LGL LPE L Sbjct: 127 VLIAVGVPLCNVAAVWALARHAQSNVWRELLRNPLLIATVAGLTVHSLGLSLPEPIVPAL 186 Query: 185 SRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLPPLQL 244 RLG ASIALGL+ VGAGL+ GL PV WF+ I+ +P A + LPPLQ Sbjct: 187 DRLGHASIALGLMTVGAGLQWRGLHRELPVGLWFLSIRHLLLPLSAMALAWAFALPPLQA 246 Query: 245 RIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLALVH 296 ++VLF ++PTASSAY+LAARMGG+GP+ A L+S T+L A +IP +LA++ Sbjct: 247 LVLVLFAAMPTASSAYVLAARMGGDGPYVAGLVSLSTVLGAFSIPVFLAVMQ 298 >E5UDT3.1 E5UDT3_ALCXX Membrane protein Length = 299 Score = 253 bits (646), Expect = 2e-65, Method: Compositional matrix adjust. Identities = 143/290 (49%), Positives = 193/290 (66%), Gaps = 1/290 (0%) Query: 6 LLLPDFSLIALGVLVYRISNWGDEFWAGMEKLVYFLLFPALLFYSTARLKVDLSVTGGLV 65 L+ PDF L+ALG + N+ EF+AG E+LVYF+LFPALLF S R + L+ Sbjct: 6 LVFPDFMLVALGWALRHKLNFSREFFAGTERLVYFVLFPALLFQSILRTPISAGNAAILL 65 Query: 66 QTGLLALLAGIALTWLGKPFLRSTPMTYESGMQCAYRFNSYIALALATRMAGEEGAGLMA 125 Q +++G+AL+WL LR T + S QC +RFN+YI LAL+ + G +G +MA Sbjct: 66 QATAAVIVSGVALSWLAGLALRPTSLGLASSAQCGFRFNTYIGLALSASLGGAQGQTVMA 125 Query: 126 ILLGFGVPLCNIAAVHALAPKNS-NLLRELAKNPLLVATAGGLTFSALGLHLPEVAGVVL 184 +++GF VP+ N+AAV+ LA N NLLRELA+NPL+V+T GL + GLHLP VL Sbjct: 126 LIIGFAVPMANVAAVYGLARHNGGNLLRELARNPLVVSTLAGLACNLAGLHLPGPVDTVL 185 Query: 185 SRLGAASIALGLLMVGAGLRLSGLKESKPVVGWFVFIKLFAVPAVAWLIGQHLQLPPLQL 244 +RLGAA+IALG+L VGA L G K ++ W + +KL A+P VA + + L L PL+ Sbjct: 186 ARLGAAAIALGILCVGASLAWEGGKGYGGLIAWMLAVKLVALPLVALGVARLLGLAPLEA 245 Query: 245 RIVVLFCSLPTASSAYILAARMGGNGPFTAFLISFGTLLSALTIPFWLAL 294 R+++LF +LPTAS+AY+LA RMGG+G A LIS GTL SA+TIP WL L Sbjct: 246 RMLLLFAALPTASAAYVLAMRMGGDGRMVAVLISLGTLFSAVTIPGWLVL 295