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= 0037.0185.p (385 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8ISF0.1 D8ISF0_HERSS Exopolysaccharide methanolan synthase protein 570 e-160 F1VXT5.1 F1VXT5_9BURK EpsH 375 e-102 C6X6T3.1 C6X6T3_METSD Exosortase 2 340 2e-91 C9Y8C3.1 C9Y8C3_9BURK Putative uncharacterized protein 338 6e-91 Q2YCG7.1 Q2YCG7_NITMU Membrane protein, putative 307 1e-81 Q83VR1.1 Q83VR1_9PROT EpsH 303 3e-80 Q1GZP7.1 Q1GZP7_METFK Membrane protein, putative 282 5e-74 B1Y4Q4.1 B1Y4Q4_LEPCP Exosortase 2 280 2e-73 D7DLG4.1 D7DLG4_METS0 Exosortase 2 276 5e-72 C7RNP6.1 C7RNP6_ACCPU Exosortase 2 274 2e-71 >D8ISF0.1 D8ISF0_HERSS Exopolysaccharide methanolan synthase protein Length = 547 Score = 570 bits (1468), Expect = e-160, Method: Compositional matrix adjust. Identities = 295/303 (97%), Positives = 296/303 (97%), Gaps = 3/303 (0%) Query: 1 MSLEQTLNPPQERSPGPLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACV 60 MSLEQTLNPPQERSPGPLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACV Sbjct: 1 MSLEQTLNPPQERSPGPLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACV 60 Query: 61 YLGVRIRQLRDAGLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVL 120 YLGVRIRQLRDAGLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPIL GIVL Sbjct: 61 YLGVRIRQLRDAGLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILVGIVL 120 Query: 121 LVYGVKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGV 180 LVYGVKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGV Sbjct: 121 LVYGVKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGV 180 Query: 181 IISIGPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTV 240 IISIGPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTV Sbjct: 181 IISIGPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTV 240 Query: 241 RVVVLALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWIAVQLA---GRPVC 297 RVVVLALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWIAVQLA GR + Sbjct: 241 RVVVLALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWIAVQLARGRGRALP 300 Query: 298 PAP 300 AP Sbjct: 301 AAP 303 >F1VXT5.1 F1VXT5_9BURK EpsH Length = 547 Score = 375 bits (964), Expect = e-102, Method: Compositional matrix adjust. Identities = 178/267 (66%), Positives = 224/267 (83%) Query: 18 LSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACVYLGVRIRQLRDAGLIER 77 L W+L+ +GL A+Y P+F DL HG W +E+NA GPIV+ V+ +L R++QL + GL +R Sbjct: 17 LPWILILVGLCAVYGPTFYDLFHGAWSTEKNAQGPIVMGVSFYFLYYRVKQLLERGLFDR 76 Query: 78 QPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVLLVYGVKTCRRLWFAFFF 137 PAP+AGSLM+ GLLC+A+GR+Q+VL +E GSL+ +L+G+V+ YGV+T R+WFAFFF Sbjct: 77 SPAPVAGSLMLGFGLLCYAVGRSQSVLLLEVGSLVVVLSGMVVTFYGVRTWSRMWFAFFF 136 Query: 138 MLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGVIISIGPYQLLVADACAG 197 MLFM+PLPASVVD +TQPLKIGVSYA +HLL W YP+ARSGVI++IG YQLLVADACAG Sbjct: 137 MLFMIPLPASVVDAVTQPLKIGVSYATEHLLYWAGYPIARSGVILTIGQYQLLVADACAG 196 Query: 198 LNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTVRVVVLALITYYLGDAAG 257 LNSLF LEALGLLYMNLVRH S+VRN +LA LIVPISFTANT+R++ LALITYY GDAAG Sbjct: 197 LNSLFVLEALGLLYMNLVRHSSVVRNVVLAALIVPISFTANTIRIIFLALITYYFGDAAG 256 Query: 258 QGFLHGFAGMLLFFVALGLIIGMDSLL 284 QGF+HGF+G++LF AL LIIG+D ++ Sbjct: 257 QGFVHGFSGIVLFLSALLLIIGVDGVI 283 >C6X6T3.1 C6X6T3_METSD Exosortase 2 Length = 300 Score = 340 bits (872), Expect = 2e-91, Method: Compositional matrix adjust. Identities = 168/297 (56%), Positives = 220/297 (74%), Gaps = 1/297 (0%) Query: 1 MSLEQTLNPPQERSPGPLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACV 60 M+ L P+E + ++W+L+ALGL +Y PSF DL HG+WG+ER+AHGPIV VV+ Sbjct: 1 MNSSLKLLQPKEWTQSSVAWVLIALGLGVVYFPSFWDLFHGIWGTERHAHGPIVFVVSIW 60 Query: 61 YLGVRIRQLRDAGLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVL 120 + +IRQ+ + I QPAPLAG ++ LGL+ + +GR+QT+L E GSLIP+L GI L Sbjct: 61 FFYFKIRQIEEHN-IPLQPAPLAGWVLFSLGLVIYIIGRSQTLLIFEIGSLIPVLLGITL 119 Query: 121 LVYGVKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGV 180 + +G + + LWFAFFF+ F+VPLPA VVD+ T P+K VSYA +H+L LDYP++RSGV Sbjct: 120 ITFGKQVAKFLWFAFFFLCFVVPLPALVVDMATLPMKTAVSYATEHILYMLDYPISRSGV 179 Query: 181 IISIGPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTV 240 +++IG YQLLVADACAGLNSLFTLE LGLLYMN+ H S RN LA+LIVPISF AN Sbjct: 180 MLTIGQYQLLVADACAGLNSLFTLEVLGLLYMNVTHHESPFRNFTLAVLIVPISFMANVT 239 Query: 241 RVVVLALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWIAVQLAGRPVC 297 RV+VL+LITY+ GD AGQGFLH F+G++LF AL L+IG DSLLR+++ + G Sbjct: 240 RVIVLSLITYHWGDEAGQGFLHEFSGLVLFITALILVIGTDSLLRFLSNKFFGTKTT 296 >C9Y8C3.1 C9Y8C3_9BURK Putative uncharacterized protein Length = 295 Score = 338 bits (868), Expect = 6e-91, Method: Compositional matrix adjust. Identities = 160/281 (56%), Positives = 213/281 (75%) Query: 5 QTLNPPQERSPGPLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACVYLGV 64 Q + L WLL+A G +++P+F DL +W +++NAHGPIVLVVA + Sbjct: 3 QAMKIQSSEVKRFLPWLLLATGFGVVFLPTFKDLFRTLWSTDQNAHGPIVLVVAVWFFYF 62 Query: 65 RIRQLRDAGLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVLLVYG 124 +++ + G + PA AGSL +L GL+ + GR+Q+V +E GS++P+LAG V++ +G Sbjct: 63 KVKNMAYGGEVALAPARTAGSLTLLFGLIMYVAGRSQSVYVLEVGSIVPLLAGCVMIYFG 122 Query: 125 VKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGVIISI 184 C++LWFAFFF+ FM+PLP SVVD LTQP+KI VSYA +H+L WL YP+ARSGVI+ + Sbjct: 123 TAICKKLWFAFFFLCFMIPLPGSVVDALTQPMKIAVSYATEHVLYWLGYPIARSGVILMV 182 Query: 185 GPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTVRVVV 244 G YQLLVADACAGLNSLFTLEALGLLYMN++RH S RN++LA+LIVPIS T+N +RVV+ Sbjct: 183 GQYQLLVADACAGLNSLFTLEALGLLYMNVMRHESPARNSILAILIVPISMTSNVIRVVI 242 Query: 245 LALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLR 285 LAL+TY+ GD AGQGF+HGF+G++LF AL LIIG+DSLLR Sbjct: 243 LALVTYHFGDEAGQGFVHGFSGIVLFITALMLIIGVDSLLR 283 >Q2YCG7.1 Q2YCG7_NITMU Membrane protein, putative Length = 304 Score = 307 bits (787), Expect = 1e-81, Method: Compositional matrix adjust. Identities = 162/288 (56%), Positives = 210/288 (72%), Gaps = 4/288 (1%) Query: 8 NPPQERSPGPLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACVYLGVRIR 67 NPP E L WL + GL +Y+PS VDL GVW +++ AHGPIVL +AC + + Sbjct: 13 NPPAEPRNLMLIWLPIIAGLIVLYLPSLVDLFRGVWSTDQQAHGPIVLSIACWLIYRKWP 72 Query: 68 QLRDAGLIERQP-APLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVLLVYGVK 126 ++ E +P AP AG + + GL+ + +GR+Q +L E GS+I +LA IVLL+ G + Sbjct: 73 EMWHQS--ESEPSAPAAGWPIFIFGLILYVIGRSQEILLFEIGSVIWLLAAIVLLMRGSR 130 Query: 127 TCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGVIISIGP 186 + WF FFMLFM+PLP++ VD LT P+K+ VSY A+ +L W +YP+AR+GVI+ IG Sbjct: 131 ALKVQWFPLFFMLFMIPLPSAFVDALTMPMKMAVSYVAETILFWFNYPIARTGVILQIGQ 190 Query: 187 YQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTVRVVVLA 246 Y+LLVADACAGL++LFTLEALGLLY+NLVRH SL RN LA+ IVPISFTAN +RV+VL Sbjct: 191 YKLLVADACAGLHTLFTLEALGLLYLNLVRHDSLFRNVALAIFIVPISFTANVIRVMVLT 250 Query: 247 LITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWIAVQLAGR 294 LITY+ GD AGQGFLHGFAGM+LF AL LIIG+DSLL+ +AV+L R Sbjct: 251 LITYHFGDEAGQGFLHGFAGMVLFLSALLLIIGVDSLLQ-MAVRLRVR 297 >Q83VR1.1 Q83VR1_9PROT EpsH Length = 304 Score = 303 bits (776), Expect = 3e-80, Method: Compositional matrix adjust. Identities = 159/279 (56%), Positives = 206/279 (73%), Gaps = 1/279 (0%) Query: 17 PLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACVYLGVRIRQLRDAGLIE 76 P +W+ +A+GL +Y P+F DL HG+WG+ER+AHGPIV V+ + + +QL + G I Sbjct: 18 PWAWVAIAIGLLILYFPTFWDLFHGLWGTERHAHGPIVFFVSIWFFYFKFKQLPEYG-IT 76 Query: 77 RQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVLLVYGVKTCRRLWFAFF 136 P+P G +++LGLL F LGR+QT+L E GSLIP+L GI L+ G + + LWFAFF Sbjct: 77 YDPSPKLGWPILVLGLLLFILGRSQTLLIFEVGSLIPVLLGITLIFMGTRVAKFLWFAFF 136 Query: 137 FMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGVIISIGPYQLLVADACA 196 F+ F+VPLPA VVD T P+K VS+A H+L LDYP+AR+GV+++IG YQLLVADACA Sbjct: 137 FLCFVVPLPAFVVDAATLPMKTAVSFATAHILYALDYPIARTGVMLTIGQYQLLVADACA 196 Query: 197 GLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTVRVVVLALITYYLGDAA 256 GLNSLFTLE LGLLYMN+ H S RN +LA+LI+PISF AN RV+VLALITY+ GDAA Sbjct: 197 GLNSLFTLEVLGLLYMNVTHHESPFRNFMLAVLIIPISFIANVTRVIVLALITYHWGDAA 256 Query: 257 GQGFLHGFAGMLLFFVALGLIIGMDSLLRWIAVQLAGRP 295 GQGFLH F+G++LF AL L+I DSLLR+ + + P Sbjct: 257 GQGFLHEFSGIVLFITALMLVIATDSLLRFFSRKFEKVP 295 >Q1GZP7.1 Q1GZP7_METFK Membrane protein, putative Length = 295 Score = 282 bits (722), Expect = 5e-74, Method: Compositional matrix adjust. Identities = 146/291 (50%), Positives = 210/291 (72%), Gaps = 11/291 (3%) Query: 5 QTLNPPQERSPGPL-----SWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVAC 59 T+ ++ +PG +W+L+ LGL MY P++++LL+ VW SE AHGP+++ V Sbjct: 2 NTVEVIEQDNPGIWEVINRNWMLL-LGLFIMYTPTYLNLLNTVWQSEDQAHGPLIVGVVL 60 Query: 60 VYLGVRIRQLRDA--GLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAG 117 + V+ QL A +I R P+ G ++++ GLL + LGR+Q + ++ S IP+ AG Sbjct: 61 YLVWVQRHQLFKAENNIIGR---PVIGGIVLVFGLLLYILGRSQDIAPLDIASQIPVFAG 117 Query: 118 IVLLVYGVKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVAR 177 ++L+ G R LWF FF++FMVPLP +D +T P+KI VSY A+++L W+ YP++R Sbjct: 118 LLLIFRGYSGLRALWFPLFFLIFMVPLPGVFLDAVTLPMKIAVSYVAENILYWIGYPISR 177 Query: 178 SGVIISIGPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTA 237 SGVI+ IG YQLLVADACAGL++L +LEALGLLY+N+V+H S +RN +L +LI+PISFTA Sbjct: 178 SGVILQIGQYQLLVADACAGLHTLISLEALGLLYLNVVKHDSFIRNVILGILIIPISFTA 237 Query: 238 NTVRVVVLALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWIA 288 N +RV+VL L+TY+ GDAAGQGF+HGFAGMLLF VAL LII +D+LL+++ Sbjct: 238 NVIRVMVLTLVTYHFGDAAGQGFVHGFAGMLLFVVALILIISVDTLLQYLV 288 >B1Y4Q4.1 B1Y4Q4_LEPCP Exosortase 2 Length = 310 Score = 280 bits (717), Expect = 2e-73, Method: Compositional matrix adjust. Identities = 156/285 (54%), Positives = 207/285 (72%), Gaps = 6/285 (2%) Query: 4 EQTLNPPQERSPGPLS-WLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACVYL 62 E L P + + PL+ WL+ GL AMYVP+F DL+HG+W +++ HGPIVL + L Sbjct: 18 EAALQP--QAAAVPLTPWLIAGAGLLAMYVPTFWDLMHGIWSTDQQGHGPIVLGIG---L 72 Query: 63 GVRIRQLRDAGLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVLLV 122 + R+ D + QPA G + ++GLL + +GR+Q +L E G+LI ++A + LL+ Sbjct: 73 WLLWRKWPDVRALPSQPARGVGWPVFVIGLLLYLVGRSQDILLFEVGALIWLIAAVTLLL 132 Query: 123 YGVKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGVII 182 G + + LWF FF+LFM+PLP VVD LTQP+K+ VSY A+ +L + YP++R+GV++ Sbjct: 133 SGARAMKHLWFGLFFLLFMIPLPGVVVDALTQPMKLAVSYVAEFVLHGVGYPISRTGVVL 192 Query: 183 SIGPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTVRV 242 +G YQLLVADACAGL++LFTLEALGLLY+NLVRH S+ RN LA LIVPISFTAN +RV Sbjct: 193 QVGQYQLLVADACAGLHTLFTLEALGLLYLNLVRHESVARNVALATLIVPISFTANVIRV 252 Query: 243 VVLALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWI 287 +VL LITY+ GD AGQGFLHGFAGM+LF AL LIIG DS+LRW+ Sbjct: 253 MVLTLITYHFGDEAGQGFLHGFAGMVLFMAALLLIIGTDSVLRWL 297 >D7DLG4.1 D7DLG4_METS0 Exosortase 2 Length = 286 Score = 276 bits (705), Expect = 5e-72, Method: Compositional matrix adjust. Identities = 153/268 (57%), Positives = 199/268 (74%), Gaps = 1/268 (0%) Query: 30 MYVPSFVDLLHGVWGSERNAHGPIVLVVACVYLGVRIRQLRDAGLIERQPAPLAGSLMVL 89 +YVP+F DL HG+W +++ AHGPIV VA + + + L I PAP G +++ Sbjct: 16 VYVPTFYDLFHGIWKTDQQAHGPIVFAVALWFFYYKAKLLVSTR-IPVIPAPRLGWPVLV 74 Query: 90 LGLLCFALGRAQTVLFMEAGSLIPILAGIVLLVYGVKTCRRLWFAFFFMLFMVPLPASVV 149 +G + +A+GR+Q++ E GSL+ +L + L+ +G + WFAFFF+ FMVPLP SV+ Sbjct: 75 IGCVLYAIGRSQSLYIFEVGSLVVVLLALTLIFFGTGVAKHFWFAFFFLCFMVPLPPSVI 134 Query: 150 DVLTQPLKIGVSYAAQHLLQWLDYPVARSGVIISIGPYQLLVADACAGLNSLFTLEALGL 209 D++TQP+K+ VSYA++HLL +DYPVAR+GVII IG YQLLVADACAGLNSLFTLEALGL Sbjct: 135 DIITQPMKMAVSYASEHLLYQMDYPVARNGVIIYIGQYQLLVADACAGLNSLFTLEALGL 194 Query: 210 LYMNLVRHPSLVRNTLLALLIVPISFTANTVRVVVLALITYYLGDAAGQGFLHGFAGMLL 269 LYMN++RH S +RN LLA LIVPISF +N RV+VLALIT+Y GD AGQGF H F+GM L Sbjct: 195 LYMNVMRHESPMRNALLATLIVPISFASNVTRVIVLALITFYWGDEAGQGFAHQFSGMFL 254 Query: 270 FFVALGLIIGMDSLLRWIAVQLAGRPVC 297 F AL LIIG+DSLLR+I+ +L R V Sbjct: 255 FMTALMLIIGVDSLLRYISSKLERRSVA 282 >C7RNP6.1 C7RNP6_ACCPU Exosortase 2 Length = 303 Score = 274 bits (700), Expect = 2e-71, Method: Compositional matrix adjust. Identities = 142/268 (52%), Positives = 195/268 (72%), Gaps = 2/268 (0%) Query: 18 LSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACVYLGVRIRQLRDAGLIER 77 L+W V GL +Y PSFVDL G+W ++ +HGPIV V+C + + E Sbjct: 17 LTWGPVVTGLGVIYGPSFVDLFRGIWSTDEQSHGPIVFGVSCSPAWRNWPAMWASS--EG 74 Query: 78 QPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILAGIVLLVYGVKTCRRLWFAFFF 137 AG +V++GLL + +GR+Q +L + GSLI +LAG++LL+ G + WFA FF Sbjct: 75 AQTSAAGWPVVVVGLLLYIVGRSQEILMCQVGSLIWLLAGVLLLMRGGGANKAQWFALFF 134 Query: 138 MLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGVIISIGPYQLLVADACAG 197 MLFM+PLP ++VD +T P+K+ SYAA+++L + YP+AR+GV++ +G Y+LLVADACAG Sbjct: 135 MLFMIPLPGAIVDTVTMPMKMTASYAAENILFTVGYPIARTGVVLQVGQYELLVADACAG 194 Query: 198 LNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTVRVVVLALITYYLGDAAG 257 L++LF+LEALGLLY+N++R S RN LA+LIVPISFTAN +RV+VL LIT++LGD AG Sbjct: 195 LHTLFSLEALGLLYLNIIRSESWFRNIALAILIVPISFTANVIRVMVLTLITHHLGDEAG 254 Query: 258 QGFLHGFAGMLLFFVALGLIIGMDSLLR 285 QGFLHGF+GM+LF AL LIIG+DSLL+ Sbjct: 255 QGFLHGFSGMVLFLSALLLIIGVDSLLQ 282