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= 0009.0032.p (336 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8ISJ3.1 D8ISJ3_HERSS Oxidoreductase 637 0.0 D8IQ96.1 D8IQ96_HERSS Plant photosystem II stability/assembly fa... 318 5e-85 B2JSF1.1 B2JSF1_BURP8 Putative uncharacterized protein 262 7e-68 C6BNM0.1 C6BNM0_RALP1 BNR repeat-containing glycosyl hydrolase 257 2e-66 B2UIM0.1 B2UIM0_RALPJ Glycosyl hydrolase, BNR repeat 257 2e-66 Q46ME2.1 Q46ME2_CUPPJ Glycosyl hydrolase, BNR repeat 249 4e-64 C4KAZ3.1 C4KAZ3_THASP Putative uncharacterized protein 248 9e-64 D5W8A6.1 D5W8A6_BURSC BNR repeat-containing glycosyl hydrolase 248 1e-63 F0Q5K6.1 F0Q5K6_ACIAP Putative uncharacterized protein 243 2e-62 Q39NY9.1 Q39NY9_BURS3 Glycosyl hydrolase 243 4e-62 >D8ISJ3.1 D8ISJ3_HERSS Oxidoreductase Length = 327 Score = 637 bits (1643), Expect = 0.0, Method: Compositional matrix adjust. Identities = 323/327 (98%), Positives = 324/327 (99%) Query: 10 MNVWKTLLGLALAGCSALAAAQGMEPVPVRAAVVDRFADRAMMLDAALAGERVVAVGARG 69 MNVWKTLL LALAGCS LAAAQGMEPVPVRAAV DRFADRAMMLDAALAGERVVAVGARG Sbjct: 1 MNVWKTLLWLALAGCSTLAAAQGMEPVPVRAAVADRFADRAMMLDAALAGERVVAVGARG 60 Query: 70 EVILSDDGGRQWRQARQVPVDFTLTAVSFVDDKEGWAVGHGGVVIHTADGGETWQLQRSA 129 EVILSDDGGRQWRQARQVPVDFTLTAVSFVDDKEGWAVGHGGVVIHTADGGETWQLQRSA Sbjct: 61 EVILSDDGGRQWRQARQVPVDFTLTAVSFVDDKEGWAVGHGGVVIHTADGGETWQLQRSA 120 Query: 130 TDVDQPLFTVYFRDRQHGWAAGLWSLLLQTEDGGKTWTTLHLPVAAGSKRSDLNLLRFFP 189 TDVDQPLFTVYFRDR+HGWAAGLWSLLLQTEDGGKTWTTLHLPVAAGSKRSDLNLLRFFP Sbjct: 121 TDVDQPLFTVYFRDREHGWAAGLWSLLLQTEDGGKTWTTLHLPVAAGSKRSDLNLLRFFP 180 Query: 190 GSGDTLYLAAEQGTLFRSTDAGQHWDILATGSKASLWSGAVAQPAGALIVAGLGGKLLRS 249 GSGDTLYLAAEQGTLFRSTDAGQHWDILATGSKASLWSGAVAQPAGALIVAGLGGKLLRS Sbjct: 181 GSGDTLYLAAEQGTLFRSTDAGQHWDILATGSKASLWSGAVAQPAGALIVAGLGGKLLRS 240 Query: 250 TDGGSQWQTVALPTSGSITRVQATPGLLTAASLEGKILQSRDEGVSWQVLWSAPQGLTTI 309 TDGGSQWQTVALPTSGSITRVQATPGLLTAASLEGKILQSRDEGVSWQVLWSAPQGLTTI Sbjct: 241 TDGGSQWQTVALPTSGSITRVQATPGLLTAASLEGKILQSRDEGVSWQVLWSAPQGLTTI 300 Query: 310 LVNRLGQVLPFSKEGVLKPVEGVAAKP 336 LVNRLGQVLPFSKEGVLKPVEGVAAKP Sbjct: 301 LVNRLGQVLPFSKEGVLKPVEGVAAKP 327 >D8IQ96.1 D8IQ96_HERSS Plant photosystem II stability/assembly factor protein Length = 331 Score = 318 bits (816), Expect = 5e-85, Method: Compositional matrix adjust. Identities = 165/287 (57%), Positives = 206/287 (71%), Gaps = 3/287 (1%) Query: 43 VDRFADRAMMLDAALAGERVVAVGARGEVILSDDGGRQWRQARQVPVDFTLTAVSFVDDK 102 D A MML AA AG R+VAVGA G +ILSDDGG +RQA QVPVD TLT+VSF D Sbjct: 39 TDAHALHNMMLGAARAGSRIVAVGAYGYIILSDDGGASYRQADQVPVDTTLTSVSFADAS 98 Query: 103 EGWAVGHGGVVIHTADGGETWQLQRSATDVDQPLFTVYFRDRQHGWAAGLWSLLLQTEDG 162 +GWA GHGGV++HTADGG+TW LQRS T VDQPLF+++F + GWAAGLWSLLL T+DG Sbjct: 99 QGWAAGHGGVILHTADGGKTWALQRSDTSVDQPLFSIWFANANEGWAAGLWSLLLHTQDG 158 Query: 163 GKTWTTLHLPVAAGSKRSDLNLLRFFPGSGDTLYLAAEQGTLFRSTDAGQHWDILATGSK 222 GK+W + LP A G +R+DLNLL FPG L++AAEQG L+RS D GQHW+ LATG+K Sbjct: 159 GKSWQQVKLPAAPGQQRADLNLLHIFPGRDGALFVAAEQGVLYRSRDGGQHWEALATGTK 218 Query: 223 ASLWSGAVAQPAGALIVAGLGGKLLRSTDGGSQWQTVALPTSGSITRVQATPGLLTAASL 282 ASLWSG V+ +GA++V GLGGKLLRS DGG WQ +A PTSGSIT +++ + A+SL Sbjct: 219 ASLWSG-VSTASGAIVVGGLGGKLLRSDDGGQHWQVIASPTSGSITALRSEGNQVMASSL 277 Query: 283 EGKILQSRDEGVSWQVLWSAPQGLTTILVN--RLGQVLPFSKEGVLK 327 G +L S D+G W++ +A LTT+ + R + L + K G K Sbjct: 278 SGALLASDDDGRQWRIKATARDALTTLELQEGRAERPLAYGKGGQAK 324 >B2JSF1.1 B2JSF1_BURP8 Putative uncharacterized protein Length = 329 Score = 262 bits (669), Expect = 7e-68, Method: Compositional matrix adjust. Identities = 146/312 (46%), Positives = 190/312 (60%), Gaps = 2/312 (0%) Query: 17 LGLALAGCSALAAAQGMEPVPVRAAVVDRFADRAMMLDAALAGERVVAVGARGEVILSDD 76 +G + A S L A G + + A R A +L + AG R+VAVG G V+ SDD Sbjct: 19 IGNSFAEESQLPALSGHAELRLGEAERTRSAAHTQILGVSRAGSRIVAVGDHGVVLRSDD 78 Query: 77 GGRQWRQARQVPVDFTLTAVSFVDDKEGWAVGHGGVVIHTADGGETWQLQRSATDVDQPL 136 GG+ + QAR VPVD TLTAVSFVD K GWAVGH GV+I T DGGETW L+RS T VDQPL Sbjct: 79 GGKTFNQARSVPVDSTLTAVSFVDSKNGWAVGHWGVIIRTRDGGETWVLERSDTKVDQPL 138 Query: 137 FTVYFRDRQHGWAAGLWSLLLQTEDGGKTWTTLHLPVAAGSKRSDLNLLRFFPGSGDTLY 196 F+V+F D +HGWA GLWSLLL TEDGG+TW ++ P+ G+K++D N +LY Sbjct: 139 FSVHFDDAEHGWAVGLWSLLLHTEDGGRTWHSVSAPIPPGAKKADRNFFSVVGDGKGSLY 198 Query: 197 LAAEQGTLFRSTDAGQHWDILATGSKASLWSGAVAQPAGALIVAGLGGKLLRSTDGGSQW 256 +A EQG + RS D GQ W TG SLWS AV G LIV GL G + RSTD G W Sbjct: 199 IACEQGLVLRSRDGGQTWSYSQTGYDGSLWS-AVVLNDGTLIVGGLRGTIYRSTDNGETW 257 Query: 257 QTVALPTSGSITRVQATPGLLTAASLEGKILQSRDEGVSW-QVLWSAPQGLTTILVNRLG 315 Q + SIT G + A++L+G +L+S+D G ++ S + LT I+ + G Sbjct: 258 QRSESQSKSSITDFSVHSGKIVASALDGVVLESKDGGKTFSSTQRSGREALTAIVQSASG 317 Query: 316 QVLPFSKEGVLK 327 ++ FS+ G+ + Sbjct: 318 SLVLFSQGGIAR 329 >C6BNM0.1 C6BNM0_RALP1 BNR repeat-containing glycosyl hydrolase Length = 323 Score = 257 bits (656), Expect = 2e-66, Method: Compositional matrix adjust. Identities = 141/277 (50%), Positives = 181/277 (65%), Gaps = 2/277 (0%) Query: 51 MMLDAALAGERVVAVGARGEVILSDDGGRQWRQARQVPVDFTLTAVSFVDDKEGWAVGHG 110 M+LDA AG+R+VAVG G V+LSDD G+ +RQAR VP TL+AVSF D++ GWAVG Sbjct: 45 MLLDATRAGKRIVAVGEHGIVLLSDDEGQTYRQARTVPASATLSAVSFADERHGWAVGQW 104 Query: 111 GVVIHTADGGETWQLQRSATDVDQPLFTVYFRDRQHGWAAGLWSLLLQTEDGGKTWTTLH 170 GV++ T+DGGETWQ QR T VDQPLF+V F + + G A GLWSL+LQT DGGKTWT Sbjct: 105 GVILATSDGGETWQKQRMDTAVDQPLFSVLFTNDRDGIAIGLWSLMLQTHDGGKTWTKTT 164 Query: 171 LPVAAGSKRSDLNLLRFFPGSGDTLYLAAEQGTLFRSTDAGQHWDILATGSKASLWSGAV 230 LP G R+D NL F Y++AEQGT+ +STD G WD LATG K SLWSG V Sbjct: 165 LPKPPGGGRADRNLYHVFADGKGAFYISAEQGTVLKSTDGGATWDYLATGGKGSLWSG-V 223 Query: 231 AQPAGALIVAGLGGKLLRSTDGGSQWQTVALPTSGSITRVQATPGLLTAASLEGKILQSR 290 A P G ++V GL G L +S+DGG+ WQ + T SIT + A+ A L+G +L+ R Sbjct: 224 AMPDGRIVVGGLLGSLFQSSDGGANWQPLKAETKSSITGLVASGNGFVAVGLDGLVLKQR 283 Query: 291 DEGVSWQVLWSAPQ-GLTTILVNRLGQVLPFSKEGVL 326 ++G V + LT +++ G+ + FSKEGVL Sbjct: 284 EDGAPLAVAQREDRAALTAAVIDAGGKPILFSKEGVL 320 >B2UIM0.1 B2UIM0_RALPJ Glycosyl hydrolase, BNR repeat Length = 323 Score = 257 bits (656), Expect = 2e-66, Method: Compositional matrix adjust. Identities = 141/277 (50%), Positives = 181/277 (65%), Gaps = 2/277 (0%) Query: 51 MMLDAALAGERVVAVGARGEVILSDDGGRQWRQARQVPVDFTLTAVSFVDDKEGWAVGHG 110 M+LDA AG+R+VAVG G V+LSDD G+ +RQAR VP TL+AVSF D++ GWAVG Sbjct: 45 MLLDATRAGKRIVAVGEHGIVLLSDDEGQTYRQARTVPASATLSAVSFADERHGWAVGQW 104 Query: 111 GVVIHTADGGETWQLQRSATDVDQPLFTVYFRDRQHGWAAGLWSLLLQTEDGGKTWTTLH 170 GV++ T+DGGETWQ QR T VDQPLF+V F + + G A GLWSL+LQT DGGKTWT Sbjct: 105 GVILATSDGGETWQKQRMDTAVDQPLFSVLFTNDRDGIAIGLWSLMLQTHDGGKTWTKTT 164 Query: 171 LPVAAGSKRSDLNLLRFFPGSGDTLYLAAEQGTLFRSTDAGQHWDILATGSKASLWSGAV 230 LP G R+D NL F Y++AEQGT+ +STD G WD LATG K SLWSG V Sbjct: 165 LPKPPGGGRADRNLYHVFADGKGAFYISAEQGTVLKSTDGGATWDYLATGGKGSLWSG-V 223 Query: 231 AQPAGALIVAGLGGKLLRSTDGGSQWQTVALPTSGSITRVQATPGLLTAASLEGKILQSR 290 A P G ++V GL G L +S+DGG+ WQ + T SIT + A+ A L+G +L+ R Sbjct: 224 AMPDGRIVVGGLLGSLFQSSDGGANWQPLKAETKSSITGLVASGNGFVAVGLDGLVLKQR 283 Query: 291 DEGVSWQVLWSAPQ-GLTTILVNRLGQVLPFSKEGVL 326 ++G V + LT +++ G+ + FSKEGVL Sbjct: 284 EDGAPLAVAQREDRAALTAAVIDAGGKPILFSKEGVL 320 >Q46ME2.1 Q46ME2_CUPPJ Glycosyl hydrolase, BNR repeat Length = 323 Score = 249 bits (637), Expect = 4e-64, Method: Compositional matrix adjust. Identities = 135/281 (48%), Positives = 178/281 (63%), Gaps = 2/281 (0%) Query: 47 ADRAMMLDAALAGERVVAVGARGEVILSDDGGRQWRQARQVPVDFTLTAVSFVDDKEGWA 106 A M+LDA AG+R+VAVG G ++LSDD G+ +RQAR VPV TL+AVSF DDK GW Sbjct: 41 ATHRMLLDATRAGKRIVAVGEHGIILLSDDEGKTYRQARSVPVSATLSAVSFADDKHGWV 100 Query: 107 VGHGGVVIHTADGGETWQLQRSATDVDQPLFTVYFRDRQHGWAAGLWSLLLQTEDGGKTW 166 VG GV++ T DGGETW+ QR T DQPLF+V F + + G A GLWSL+LQT DGGKTW Sbjct: 101 VGQWGVILATRDGGETWEKQRMDTAADQPLFSVLFTNDRDGLAVGLWSLMLQTHDGGKTW 160 Query: 167 TTLHLPVAAGSKRSDLNLLRFFPGSGDTLYLAAEQGTLFRSTDAGQHWDILATGSKASLW 226 T LP ++D NL F LY++AEQG + +STD G +WD LATGSK SLW Sbjct: 161 TKTTLPKPPDGGKADRNLYHVFADQKGALYISAEQGIVLKSTDGGANWDYLATGSKGSLW 220 Query: 227 SGAVAQPAGALIVAGLGGKLLRSTDGGSQWQTVALPTSGSITRVQATPGLLTAASLEGKI 286 SG VA P G ++V GL G + +S DGG+ W + T SIT + A L L+G + Sbjct: 221 SG-VAMPDGRIVVGGLLGSVFQSKDGGATWSPLKTGTKSSITELTAVGNELVGVGLDGLV 279 Query: 287 LQSRDEGVSWQVLWSAPQG-LTTILVNRLGQVLPFSKEGVL 326 ++ + S++V + LT L N G+++ F++EG+L Sbjct: 280 MKQKALDASFEVKQREDRATLTGSLKNDAGRIILFAREGLL 320 >C4KAZ3.1 C4KAZ3_THASP Putative uncharacterized protein Length = 343 Score = 248 bits (633), Expect = 9e-64, Method: Compositional matrix adjust. Identities = 141/289 (48%), Positives = 177/289 (61%), Gaps = 1/289 (0%) Query: 39 RAAVVDRFADRAMMLDAALAGERVVAVGARGEVILSDDGGRQWRQARQVPVDFTLTAVSF 98 R AV FA+ +M+LDA AG R+VAVG RG V+LSDD G WRQA VPVD TLTAVSF Sbjct: 56 RPAVRSPFAEHSMILDATRAGTRLVAVGERGVVLLSDDEGAHWRQAGTVPVDATLTAVSF 115 Query: 99 VDDKEGWAVGHGGVVIHTADGGETWQLQRSATDVDQPLFTVYFRDRQHGWAAGLWSLLLQ 158 D +EGWAVGH GV++H+ADGGETW +QR D+PLF V F D ++G A GLWSL+L+ Sbjct: 116 ADAREGWAVGHLGVILHSADGGETWSVQRIDPVEDRPLFAVAFTDARNGVAVGLWSLMLR 175 Query: 159 TEDGGKTWTTLHLPVAAGSKRSDLNLLRFFPGSGDTLYLAAEQGTLFRSTDAGQHWDILA 218 T DGG+TW LP G R+D NL+ F L++A E+G + RS D G W Sbjct: 176 TRDGGRTWEAAELPPPPGDTRADANLMSVFGDGEGRLFIAGERGLVLRSLDGGATWSYHP 235 Query: 219 TGSKASLWSGAVAQPAGALIVAGLGGKLLRSTDGGSQWQTVALPTSGSITRVQATPGLLT 278 TG + + WSG A G LIV GL G + RSTD G WQ V + S+T + A G + Sbjct: 236 TGYRGTFWSG-TALADGTLIVGGLRGSVYRSTDNGEHWQRVETGSQSSVTDLVAFDGRVH 294 Query: 279 AASLEGKILQSRDEGVSWQVLWSAPQGLTTILVNRLGQVLPFSKEGVLK 327 A L+G L SRD G S+ V A + T V G VL FS+ G+++ Sbjct: 295 AVGLDGVSLDSRDGGASFAVERRADRLSLTAAVATAGGVLHFSRAGLVR 343 >D5W8A6.1 D5W8A6_BURSC BNR repeat-containing glycosyl hydrolase Length = 331 Score = 248 bits (633), Expect = 1e-63, Method: Compositional matrix adjust. Identities = 141/306 (46%), Positives = 186/306 (60%), Gaps = 8/306 (2%) Query: 26 ALAAAQGMEPVPVRAAVVDRFADRAMMLDAALAGERVVAVGARGEVILSDDGGRQWRQAR 85 ALA + + AA A+R+MML A LAG R+VAVG G ++LSDD G +RQA Sbjct: 27 ALAGGASDNNIALTAAKHRDGAERSMMLGATLAGSRIVAVGEHGVILLSDDNGAHFRQAH 86 Query: 86 QVPVDFTLTAVSFVDDKEGWAVGHGGVVIHTADGGETWQLQRSATDVDQPLFTVYFRDRQ 145 +VP + TLT+V+F D + GWA GH GVV+HT DGGE W++QRS T VDQPLF++ FRD + Sbjct: 87 EVPANATLTSVAFTDARHGWAAGHWGVVLHTDDGGENWRVQRSDTGVDQPLFSIAFRDGR 146 Query: 146 HGWAAGLWSLLLQTEDGGKTWTTLHLP--VAAGSKRSDLNLLRFFPGSGDTLYLAAEQGT 203 HGWA GLWSLL+ T+DGG TW T + AG+ +S LN F G +Y+AAEQGT Sbjct: 147 HGWAVGLWSLLVTTDDGGATWNTRQVDQGAGAGTGKSGLNFFSVFAGPDKDVYIAAEQGT 206 Query: 204 LFRSTDAGQHWDILATGSKASLWSGAVAQPAGALIVAGLGGKLLRSTDGGSQWQTVALPT 263 +FRS D G W L TG K +LWSG VA P + V GL G L S D G+ WQ V Sbjct: 207 VFRSNDDGASWQALHTGYKGTLWSGVVA-PDRTVYVGGLRGNLFASGDAGATWQAVPSGA 265 Query: 264 SGSITRVQATPGLLTAASLEGKILQSRDEG---VSWQVLWSAPQGLTTILVNRLGQVLPF 320 + SIT + A + A +L+G + + + V+ Q+ LT +++N G + F Sbjct: 266 NDSITDLVANEHGVAAVALDGHVTVKQPDARDFVAKQL--QGRDALTALVLNSDGSPVLF 323 Query: 321 SKEGVL 326 SK GV+ Sbjct: 324 SKHGVI 329 >F0Q5K6.1 F0Q5K6_ACIAP Putative uncharacterized protein Length = 334 Score = 243 bits (621), Expect = 2e-62, Method: Compositional matrix adjust. Identities = 136/272 (50%), Positives = 173/272 (63%), Gaps = 2/272 (0%) Query: 28 AAAQGMEPVP-VRAAVVDRFADRAMMLDAALAGERVVAVGARGEVILSDDGGRQWRQARQ 86 A A G +P + AA +A +AM+L +ALAG R+VAVG G V+LSDDGGR RQAR Sbjct: 25 APATGSATMPHISAARQATYAAQAMVLASALAGSRLVAVGDHGVVLLSDDGGRTHRQARS 84 Query: 87 VPVDFTLTAVSFVDDKEGWAVGHGGVVIHTADGGETWQLQRSATDVDQPLFTVYFRDRQH 146 VPVD TLT+V+F D GWA GH GV++HTADGGETW LQR D+PLF V+F D H Sbjct: 85 VPVDVTLTSVAFADALNGWAAGHAGVILHTADGGETWTLQRKDLQEDRPLFAVHFFDAAH 144 Query: 147 GWAAGLWSLLLQTEDGGKTWTTLHLPVAAGSKRSDLNLLRFFPGSGDTLYLAAEQGTLFR 206 G A GLWSL+L T+DGG TW + L G++++DLNLL F + L+ AAE+G + R Sbjct: 145 GVAVGLWSLVLTTDDGGATWRKVDLAPPEGARKADLNLLGLFTDARGRLFAAAEKGNVLR 204 Query: 207 STDAGQHWDILATGSKASLWSGAVAQPAGALIVAGLGGKLLRSTDGGSQWQTVALPTSGS 266 S D G+ W L TG + S W+GA A P G L+ AGL G L RS D G WQ V + S Sbjct: 205 SDDQGRSWTYLPTGYQGSFWTGA-ATPDGTLLAAGLRGSLYRSGDDGRTWQRVETHSQSS 263 Query: 267 ITRVQATPGLLTAASLEGKILQSRDEGVSWQV 298 IT +QA + A L+G +L+S D G ++ Sbjct: 264 ITALQARGSTVVGAGLDGLVLRSTDGGATFST 295 >Q39NY9.1 Q39NY9_BURS3 Glycosyl hydrolase Length = 324 Score = 243 bits (619), Expect = 4e-62, Method: Compositional matrix adjust. Identities = 142/327 (43%), Positives = 195/327 (59%), Gaps = 6/327 (1%) Query: 1 MMMHGRIDVMNVWKTLLGLALAGCSALAAAQGMEPVPVRAAVVDRFADRAMMLDAALAGE 60 M M+ ++ ++ + G L G + +A ++PVP AV A ++ +LDA AG+ Sbjct: 1 MTMNRKVLSLSASIVVFGALLGGMQSAVSASELKPVP---AVQSSIATQSPVLDATWAGQ 57 Query: 61 RVVAVGARGEVILSDDGGRQWRQARQVPVDFTLTAVSFVDDKEGWAVGHGGVVIHTADGG 120 RVV+VGA G ++LSD+ G +RQA+ VPV TLT+VSF+D + GWAVGH G ++ T DGG Sbjct: 58 RVVSVGANGIILLSDNRGATYRQAKAVPVSSTLTSVSFIDARTGWAVGHWGAILKTTDGG 117 Query: 121 ETWQLQRSATDVDQPLFTVYFRDRQHGWAAGLWSLLLQTEDGGKTWTTLHLPVAAGSKRS 180 ETW++QR AT D+PLF V+F D HG A GLWSL+L T+DGGKTWT + G K+S Sbjct: 118 ETWEVQRLATTEDRPLFGVHFIDADHGVAVGLWSLILVTDDGGKTWTKKEAVLPNG-KKS 176 Query: 181 DLNLLRFFPGSGDTLYLAAEQGTLFRSTDAGQHWDILATGSKASLWSGAVAQPAGALIVA 240 DLNL F S ++ AE+G LF S D G W+ + TG K S W G VA P G L+V Sbjct: 177 DLNLFGLFSNSNGEIFATAEKGQLFISKDKGNTWENVETGYKGSFWCG-VALPNGVLLVG 235 Query: 241 GLGGKLLRSTDGGSQWQTVALPTSGSITRVQATPGLLTAASLEGKILQSRDEGVSWQVLW 300 GL G L+RS D G W L T SIT + + + A ++G QS D+G ++Q L Sbjct: 236 GLRGTLMRSEDNGHTWSRATLDTKNSITALASRGSTVLAVGVDGLQAQSTDDGKTFQRLN 295 Query: 301 SAPQGLTTILVNRLGQV-LPFSKEGVL 326 + T + G L FS++GV+ Sbjct: 296 TQTGTTYTAALPSPGDKWLVFSRDGVV 322