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= 0013.0042.p (303 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J0B4.1 D8J0B4_HERSS Quinohemoprotein alcohol dehydrogenase pro... 605 e-171 D8J0P8.1 D8J0P8_HERSS Quinohemoprotein alcohol dehydrogenase pro... 340 2e-91 F0QD93.1 F0QD93_ACIAP Quinohemoprotein alcohol dehydrogenase 331 8e-89 Q8GR65.1 Q8GR65_PSEPU QbdB 291 1e-76 A1K9F6.1 A1K9F6_AZOSB Conserved hypothetical secreted protein 284 1e-74 Q8GAW3.1 Q8GAW3_COMS9 Putative uncharacterized protein orf6 277 1e-72 A9BZT1.1 A9BZT1_DELAS Conserved hypothetical secreted protein 276 3e-72 Q471V3.1 Q471V3_CUPPJ Putative uncharacterized protein 272 4e-71 A1K4S5.1 A1K4S5_AZOSB Conserved hypothetical secreted protein 260 2e-67 A1W7P9.1 A1W7P9_ACISJ Putative uncharacterized protein 260 2e-67 >D8J0B4.1 D8J0B4_HERSS Quinohemoprotein alcohol dehydrogenase protein EC=1.1.99.8 Length = 303 Score = 605 bits (1561), Expect = e-171, Method: Compositional matrix adjust. Identities = 297/303 (98%), Positives = 300/303 (99%) Query: 1 MNMHLKAGRRFASLRTVLFAIAVALAMGVMADACAIDVDPADYVPAPAGTTAGLLYQQHA 60 MNM+LK+G RFASLRTVLF+IAVALAMGVMADACAIDVDPADYVPAPAGTTAGLLYQQHA Sbjct: 1 MNMNLKSGPRFASLRTVLFSIAVALAMGVMADACAIDVDPADYVPAPAGTTAGLLYQQHA 60 Query: 61 ERDASYSGGNRNPGNPLLTSDVTILRLVHYMNIGGYTVGPQVLLPFASLRSGRDIKALGS 120 ERDASYS GNRNPGNPLLTSDVTILRLVHYMNIGGYTVGPQVLLPFASLRSGRDIKALGS Sbjct: 61 ERDASYSSGNRNPGNPLLTSDVTILRLVHYMNIGGYTVGPQVLLPFASLRSGRDIKALGS 120 Query: 121 ENALGDLILAAPVWLVNDPAKSTFFAVAPYLYLPTGSYSDSRALNVGENRWKFDLQAGLA 180 ENALGDLILAAPVWLVNDPAKSTFFAVAPYLYLPTGSYSDSRALNVGENRWKFDLQAGL Sbjct: 121 ENALGDLILAAPVWLVNDPAKSTFFAVAPYLYLPTGSYSDSRALNVGENRWKFDLQAGLV 180 Query: 181 QRISGPLYLDLTGDVMVFGKNNDYGSGRGSMRQAPLYQLQSYLRYQFSATTNATAGLSRT 240 QRISGPLYLDLTGDVMVFGKNNDYGSGRGSMRQAPLYQLQSYLRYQFSATTNATAGLSRT Sbjct: 181 QRISGPLYLDLTGDVMVFGKNNDYGSGRGSMRQAPLYQLQSYLRYQFSATTNATAGLSRT 240 Query: 241 WGGETRVNGVDNHDQPNQLKISFGGSTFVAAKTQIMGSIGRDLSVDNGFKENFRLNLRLL 300 WGGETRVNGVDNHDQPNQLKISFGGSTFVAAKTQIMGSIGRDLSVDNGFKENFRLNLRLL Sbjct: 241 WGGETRVNGVDNHDQPNQLKISFGGSTFVAAKTQIMGSIGRDLSVDNGFKENFRLNLRLL 300 Query: 301 QIF 303 QIF Sbjct: 301 QIF 303 >D8J0P8.1 D8J0P8_HERSS Quinohemoprotein alcohol dehydrogenase protein EC=1.1.99.8 Length = 316 Score = 340 bits (872), Expect = 2e-91, Method: Compositional matrix adjust. Identities = 167/294 (56%), Positives = 207/294 (70%) Query: 10 RFASLRTVLFAIAVALAMGVMADACAIDVDPADYVPAPAGTTAGLLYQQHAERDASYSGG 69 R + R +L A++L + A AIDVD D+VPAP GTT GLLY QHAERD+ Y+ G Sbjct: 23 RMPAARKMLALAALSLVVMFPVAAHAIDVDIGDFVPAPGGTTVGLLYYQHAERDSLYTKG 82 Query: 70 NRNPGNPLLTSDVTILRLVHYMNIGGYTVGPQVLLPFASLRSGRDIKALGSENALGDLIL 129 + NP L SD+ I RLVHY +IGG PQVLLPF L +GRD LG + +GD+IL Sbjct: 83 QKAALNPRLVSDIGIARLVHYTSIGGLAFAPQVLLPFGRLDAGRDTAPLGQTSGVGDIIL 142 Query: 130 AAPVWLVNDPAKSTFFAVAPYLYLPTGSYSDSRALNVGENRWKFDLQAGLAQRISGPLYL 189 AAP W +ND A T+ +APYLYLPTGSY +RALN+GE+RWKFDLQ G + + YL Sbjct: 143 AAPFWPLNDAASRTYLGIAPYLYLPTGSYDRNRALNLGEHRWKFDLQVGFVKGFTEKWYL 202 Query: 190 DLTGDVMVFGKNNDYGSGRGSMRQAPLYQLQSYLRYQFSATTNATAGLSRTWGGETRVNG 249 DLTGDVM +GKNNDYGS + RQ L+Q Q+YLRYQF+ N GLS+ WGGETRV+G Sbjct: 203 DLTGDVMFYGKNNDYGSNGATQRQKSLFQGQAYLRYQFTPVANIFVGLSQNWGGETRVDG 262 Query: 250 VDNHDQPNQLKISFGGSTFVAAKTQIMGSIGRDLSVDNGFKENFRLNLRLLQIF 303 V ++D+ Q K S GGS F+ KTQ++G+IGRDL V NGFKEN R+NLRLL++F Sbjct: 263 VASNDEARQRKASIGGSWFIGPKTQLLGAIGRDLYVQNGFKENARINLRLLRVF 316 >F0QD93.1 F0QD93_ACIAP Quinohemoprotein alcohol dehydrogenase Length = 294 Score = 331 bits (849), Expect = 8e-89, Method: Compositional matrix adjust. Identities = 165/294 (56%), Positives = 210/294 (71%), Gaps = 1/294 (0%) Query: 11 FASLRTVLFAIAVALAMGVMA-DACAIDVDPADYVPAPAGTTAGLLYQQHAERDASYSGG 69 + R++L +LA+ ++ A AIDVDP DYVPAPAGTTAGLLY QHA+RD Y+ G Sbjct: 1 MTATRSLLRQAGGSLAVALLPLSAWAIDVDPGDYVPAPAGTTAGLLYYQHAQRDRLYAQG 60 Query: 70 NRNPGNPLLTSDVTILRLVHYMNIGGYTVGPQVLLPFASLRSGRDIKALGSENALGDLIL 129 + P + L SDV ILRLV YM +GG TV PQVLLPF L +GRD LG + +GD+IL Sbjct: 61 RQVPIDARLNSDVGILRLVRYMTVGGLTVAPQVLLPFGRLDAGRDTATLGRTSGVGDVIL 120 Query: 130 AAPVWLVNDPAKSTFFAVAPYLYLPTGSYSDSRALNVGENRWKFDLQAGLAQRISGPLYL 189 AAPVWLVNDP ST+ ++PYLYLPTGSY RALN+GENRWKFDLQ G + ++ ++ Sbjct: 121 AAPVWLVNDPESSTYLGISPYLYLPTGSYDRDRALNLGENRWKFDLQVGFVKGLTPNWHI 180 Query: 190 DLTGDVMVFGKNNDYGSGRGSMRQAPLYQLQSYLRYQFSATTNATAGLSRTWGGETRVNG 249 DLT D M+ G+N+D+G +++Q L Q Q+YLRYQF+ TNA G+S+TWGG TRV+G Sbjct: 181 DLTFDSMLHGRNDDFGPTGRTLKQDRLDQGQAYLRYQFTPGTNAFVGISQTWGGATRVDG 240 Query: 250 VDNHDQPNQLKISFGGSTFVAAKTQIMGSIGRDLSVDNGFKENFRLNLRLLQIF 303 V N D+ Q K+S G S F+ TQ+M ++GRDL V NGFKEN R+NLRLL +F Sbjct: 241 VANGDEARQRKVSIGASHFIRPTTQLMVTLGRDLKVSNGFKENARINLRLLHVF 294 >Q8GR65.1 Q8GR65_PSEPU QbdB Length = 307 Score = 291 bits (744), Expect = 1e-76, Method: Compositional matrix adjust. Identities = 147/293 (50%), Positives = 192/293 (65%), Gaps = 4/293 (1%) Query: 15 RTVL---FAIAVALAMGVMADACAIDVDPADYVPAPAGTTAGLLYQQHAERDASYSGGNR 71 RTVL A + LA + + A A+DVD DY P GT G++Y QHAER + YSGG++ Sbjct: 15 RTVLGWAQAWTLGLAGCLGSQAHAVDVDAGDYTALPEGTNLGMVYYQHAERRSLYSGGHK 74 Query: 72 NPGNPLLTSDVTILRLVHYMNIGGYTVGPQVLLPFASLRSGRDIKALG-SENALGDLILA 130 P L SD+ ILR VH+M +GG+T+ PQ LLPF L R+ G S+ +GDLILA Sbjct: 75 QPVRAGLNSDIGILRGVHFMKLGGFTIDPQFLLPFGQLEGKRNTSGPGKSDGGIGDLILA 134 Query: 131 APVWLVNDPAKSTFFAVAPYLYLPTGSYSDSRALNVGENRWKFDLQAGLAQRISGPLYLD 190 + VWLV P + T+F + P+LY+PTG Y ALN+GENRWKF LQAG Q +S +LD Sbjct: 135 STVWLVERPEEKTYFGITPFLYVPTGRYDRDDALNIGENRWKFALQAGYIQGLSDKWWLD 194 Query: 191 LTGDVMVFGKNNDYGSGRGSMRQAPLYQLQSYLRYQFSATTNATAGLSRTWGGETRVNGV 250 L GDV FGKN+D S ++RQ+ LYQ Q++LRYQ + + + G SR WGGETR++GV Sbjct: 195 LIGDVTWFGKNDDATSAGLTLRQSALYQGQAFLRYQLTPSLDLRVGYSRLWGGETRLDGV 254 Query: 251 DNHDQPNQLKISFGGSTFVAAKTQIMGSIGRDLSVDNGFKENFRLNLRLLQIF 303 D HD+P K G FV KTQ++ + GRD SV+NGFKE R N+RL+Q+F Sbjct: 255 DQHDKPVTAKFLVGAGWFVTPKTQLLFNYGRDQSVENGFKEGDRFNVRLMQVF 307 >A1K9F6.1 A1K9F6_AZOSB Conserved hypothetical secreted protein Length = 309 Score = 284 bits (726), Expect = 1e-74, Method: Compositional matrix adjust. Identities = 141/272 (51%), Positives = 181/272 (66%) Query: 32 DACAIDVDPADYVPAPAGTTAGLLYQQHAERDASYSGGNRNPGNPLLTSDVTILRLVHYM 91 +A A+DVD DY PAGT L+Y QHA RDA Y+ G++ P + L SDV ILR VHY Sbjct: 38 NAVAVDVDAGDYTALPAGTNLALVYYQHATRDALYARGHKAPIDAGLVSDVGILRGVHYT 97 Query: 92 NIGGYTVGPQVLLPFASLRSGRDIKALGSENALGDLILAAPVWLVNDPAKSTFFAVAPYL 151 IGGY V PQ LLPF L+ D+ LGS +GDLILAA VWLVN P T+F + P+L Sbjct: 98 EIGGYIVDPQFLLPFGRLQGKDDLSGLGSARGVGDLILAATVWLVNRPETGTYFGITPFL 157 Query: 152 YLPTGSYSDSRALNVGENRWKFDLQAGLAQRISGPLYLDLTGDVMVFGKNNDYGSGRGSM 211 + PTGSY ALN+GENRWKF LQAG +++ + LDL GDV V+GKN+ YG+ ++ Sbjct: 158 FAPTGSYDRDDALNLGENRWKFALQAGFITKLAPKVSLDLIGDVTVYGKNDAYGATSATL 217 Query: 212 RQAPLYQLQSYLRYQFSATTNATAGLSRTWGGETRVNGVDNHDQPNQLKISFGGSTFVAA 271 +Q P QLQ +LRY S + AG+S T+GGETRVNGVD +D+ K G + FV Sbjct: 218 KQDPSVQLQGFLRYHLSDAWDLRAGVSHTFGGETRVNGVDQNDRMETTKAMLGTAWFVTP 277 Query: 272 KTQIMGSIGRDLSVDNGFKENFRLNLRLLQIF 303 Q+M + GRDLSV +G +E+ R+NLRLL++F Sbjct: 278 SVQLMANYGRDLSVRSGLREDNRINLRLLKVF 309 >Q8GAW3.1 Q8GAW3_COMS9 Putative uncharacterized protein orf6 Length = 290 Score = 277 bits (709), Expect = 1e-72, Method: Compositional matrix adjust. Identities = 144/287 (50%), Positives = 186/287 (64%), Gaps = 2/287 (0%) Query: 17 VLFAIAVALAMGVMADACAIDVDPADYVPAPAGTTAGLLYQQHAERDASYSGGNRNPGNP 76 L A A+A + A A AID+D D+ APAGT L+Y QHA R +Y+ G R PG P Sbjct: 6 TLAAAAMACVLCTPA-AHAIDIDAGDFEVAPAGTNLMLVYYQHAVRKDAYAHGERLPGEP 64 Query: 77 LLTSDVTILRLVHYMNIGGYTVGPQVLLPFASLRSGRDIKALGSENALGDLILAAPVWLV 136 L SD+ ILR VHYM +G Y V PQVLLPF L +G DI ALGS++ +GDLILAAPVW Sbjct: 65 RLRSDIGILRAVHYMKLGPYIVAPQVLLPFGRLDAGADIAALGSQSGVGDLILAAPVWF- 123 Query: 137 NDPAKSTFFAVAPYLYLPTGSYSDSRALNVGENRWKFDLQAGLAQRISGPLYLDLTGDVM 196 N P + F++APYL PTG Y +++ L++GENRWKF LQAG Q ++ LDL DV Sbjct: 124 NQPGAKSQFSIAPYLIAPTGQYGNNKPLSLGENRWKFVLQAGYVQSLTDKFSLDLVADVQ 183 Query: 197 VFGKNNDYGSGRGSMRQAPLYQLQSYLRYQFSATTNATAGLSRTWGGETRVNGVDNHDQP 256 GKN+DYG+ + +Q+ LY LQS LRY+F+ + GL R GGE RV+G D+ Sbjct: 184 WNGKNDDYGAASQTRKQSALYNLQSLLRYKFAPGADLRIGLQRISGGENRVDGSRQLDRQ 243 Query: 257 NQLKISFGGSTFVAAKTQIMGSIGRDLSVDNGFKENFRLNLRLLQIF 303 + ++ GGS F + Q+ + GRDLSV+NGFKE R+NLR LQ+F Sbjct: 244 STTRLQLGGSYFFSPTQQVTVTYGRDLSVENGFKEAHRVNLRFLQVF 290 >A9BZT1.1 A9BZT1_DELAS Conserved hypothetical secreted protein Length = 293 Score = 276 bits (705), Expect = 3e-72, Method: Compositional matrix adjust. Identities = 132/272 (48%), Positives = 182/272 (66%), Gaps = 1/272 (0%) Query: 32 DACAIDVDPADYVPAPAGTTAGLLYQQHAERDASYSGGNRNPGNPLLTSDVTILRLVHYM 91 +A A+D+D DY P GTT G++Y QHA RD+ Y+ G++ P P LTSD+ I R VH+M Sbjct: 23 NAHAVDIDAGDYTALPPGTTLGMVYYQHATRDSLYANGDQAPIRPRLTSDIGIARGVHFM 82 Query: 92 NIGGYTVGPQVLLPFASLRSGRDIKALGSENALGDLILAAPVWLVNDPAKSTFFAVAPYL 151 +G Y + PQ LLPF L + RDI A+GS +GDL+LAA +WL P F + P++ Sbjct: 83 KLGDYVIDPQFLLPFGRLSASRDIAAMGSNTGVGDLMLAATLWLTK-PGDKEHFGITPFV 141 Query: 152 YLPTGSYSDSRALNVGENRWKFDLQAGLAQRISGPLYLDLTGDVMVFGKNNDYGSGRGSM 211 +LPTG Y+ + L++GENRWK LQAG + + + +DL DV VFGKN+D+G+ ++ Sbjct: 142 WLPTGQYNRNDPLSLGENRWKAALQAGWIKPLGKSVTMDLAADVTVFGKNDDFGAHSATL 201 Query: 212 RQAPLYQLQSYLRYQFSATTNATAGLSRTWGGETRVNGVDNHDQPNQLKISFGGSTFVAA 271 +Q +Q Q LRY S T++ GLS GGET+VNGV D+ + K+SFGG+ FVA Sbjct: 202 KQKAQFQFQGLLRYHLSDTSDLRLGLSHLTGGETQVNGVAQGDRQSTTKVSFGGAVFVAP 261 Query: 272 KTQIMGSIGRDLSVDNGFKENFRLNLRLLQIF 303 KTQ++ ++GRDL V GFKEN R+NLRLLQ+F Sbjct: 262 KTQLLATVGRDLHVRQGFKENARINLRLLQVF 293 >Q471V3.1 Q471V3_CUPPJ Putative uncharacterized protein Length = 306 Score = 272 bits (696), Expect = 4e-71, Method: Compositional matrix adjust. Identities = 138/268 (51%), Positives = 175/268 (65%), Gaps = 1/268 (0%) Query: 36 IDVDPADYVPAPAGTTAGLLYQQHAERDASYSGGNRNPGNPLLTSDVTILRLVHYMNIGG 95 IDVD DY PAGT GLLY QH RD Y+GGN+ G L SDV ILR VH+M+IGG Sbjct: 40 IDVDAGDYTALPAGTNLGLLYYQHVARDRIYAGGNQVAGGSL-DSDVGILRYVHFMDIGG 98 Query: 96 YTVGPQVLLPFASLRSGRDIKALGSENALGDLILAAPVWLVNDPAKSTFFAVAPYLYLPT 155 +TV PQ LLPF LR ++ ALGS + +GDLILAA VWLVN P K +F + P+LY+P Sbjct: 99 FTVDPQFLLPFGKLRGSDNLSALGSASGVGDLILAATVWLVNQPEKKQYFGITPFLYVPV 158 Query: 156 GSYSDSRALNVGENRWKFDLQAGLAQRISGPLYLDLTGDVMVFGKNNDYGSGRGSMRQAP 215 GSY + LN+GENRWKF LQAG ++ + LDL DV VFG N +G ++RQ Sbjct: 159 GSYDKDKPLNLGENRWKFALQAGYIAPLAQKVTLDLVADVTVFGNNTKFGPASATLRQDA 218 Query: 216 LYQLQSYLRYQFSATTNATAGLSRTWGGETRVNGVDNHDQPNQLKISFGGSTFVAAKTQI 275 L Q Q++LRY F+ + GLS +GGET VNGV +D+ N K S G + F A Q+ Sbjct: 219 LAQGQAWLRYHFTDAFDIRGGLSYAFGGETSVNGVSRNDRANTSKFSIGFAWFPAPTVQV 278 Query: 276 MGSIGRDLSVDNGFKENFRLNLRLLQIF 303 +G+ G+D+SV NG EN R N+RLL++F Sbjct: 279 LGTYGQDISVRNGPMENNRFNVRLLKVF 306 >A1K4S5.1 A1K4S5_AZOSB Conserved hypothetical secreted protein Length = 312 Score = 260 bits (664), Expect = 2e-67, Method: Compositional matrix adjust. Identities = 126/267 (47%), Positives = 167/267 (62%) Query: 37 DVDPADYVPAPAGTTAGLLYQQHAERDASYSGGNRNPGNPLLTSDVTILRLVHYMNIGGY 96 ++D D P P GT +LY QH ERD Y G+R PG L SD+ I R VHY G Sbjct: 46 EMDAGDDTPLPEGTNLAVLYYQHVERDRLYVDGDRVPGRNRLDSDIGIARFVHYTKFAGM 105 Query: 97 TVGPQVLLPFASLRSGRDIKALGSENALGDLILAAPVWLVNDPAKSTFFAVAPYLYLPTG 156 T+ PQ LLPF +L + D+ LGS + +GDLILA+ WLV P +T+FA+ PY+YLPTG Sbjct: 106 TINPQFLLPFGNLHAKGDLSPLGSASGVGDLILASVFWLVEKPETNTYFAITPYVYLPTG 165 Query: 157 SYSDSRALNVGENRWKFDLQAGLAQRISGPLYLDLTGDVMVFGKNNDYGSGRGSMRQAPL 216 SY + ALN+GENRWK LQ G ++ L LDL DV VFG NNDYG +++Q PL Sbjct: 166 SYDKNEALNLGENRWKGTLQLGYITGLTDKLLLDLYADVTVFGNNNDYGPTSATLKQDPL 225 Query: 217 YQLQSYLRYQFSATTNATAGLSRTWGGETRVNGVDNHDQPNQLKISFGGSTFVAAKTQIM 276 YQ+Q +LRY+ + + AG TWGGET+VNGV D+ K G + F Q++ Sbjct: 226 YQVQGWLRYKLTDAWDVRAGYFYTWGGETKVNGVSGDDRQRNTKYQVGTAWFYEPSAQVV 285 Query: 277 GSIGRDLSVDNGFKENFRLNLRLLQIF 303 + G+D+SV++GF+E RLN R L++F Sbjct: 286 FTYGQDISVESGFRERNRLNFRWLKVF 312 >A1W7P9.1 A1W7P9_ACISJ Putative uncharacterized protein Length = 296 Score = 260 bits (664), Expect = 2e-67, Method: Compositional matrix adjust. Identities = 132/274 (48%), Positives = 179/274 (65%), Gaps = 4/274 (1%) Query: 33 ACAIDVDPADYVPAPAGTTAGLLYQQHAERDASYSGGNRNPGNPLLTSDVTILRLVHYMN 92 A AI+ D DY P PAGTTA LLY QH RD YS GNR NP L S V ILR V +M Sbjct: 24 ASAIEFDAGDYTPMPAGTTALLLYGQHTTRDRLYSQGNRQAINPQLNSTVGILRAVRFME 83 Query: 93 IGGYTVGPQVLLPFASLRSGRDIKALGSENALGDLILAAPVWLVNDPAKSTFFAVAPYLY 152 +GG + PQ LLPF L + DI LGS++++GDLIL + +W P FA+APYLY Sbjct: 84 VGGLIIDPQFLLPFGRLSAKDDIAGLGSKSSVGDLILTSAIWFTK-PGDKNHFAIAPYLY 142 Query: 153 LPTGSYSDSRALNVGENRWKFDLQAGLAQRISGPLYLDLTGDVMVFGKNNDYGSGRG--- 209 LPTGSY +++L +GENR+KF LQA +++ ++ D GDV +FGKN+DY G G Sbjct: 143 LPTGSYDRNQSLGLGENRYKFALQAAGIVQLAPGIHWDYAGDVTLFGKNDDYNDGAGGAT 202 Query: 210 SMRQAPLYQLQSYLRYQFSATTNATAGLSRTWGGETRVNGVDNHDQPNQLKISFGGSTFV 269 +++Q PLYQLQ++LRYQ S T + GL T+GGET+V GVD ++ + K + G + F+ Sbjct: 203 TLKQKPLYQLQTHLRYQLSPTLDLRGGLFHTFGGETKVGGVDQSNRQSTTKFNVGTAWFM 262 Query: 270 AAKTQIMGSIGRDLSVDNGFKENFRLNLRLLQIF 303 Q++ + GRD+ V GFK N ++NLRLL+++ Sbjct: 263 QPDLQLIATYGRDIHVREGFKANNQVNLRLLKLY 296