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= 0022.0061.p (377 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IVN7.1 D8IVN7_HERSS Glycine/D-amino acid oxidases (Deaminating... 754 0.0 Q1LD31.1 Q1LD31_RALME FAD dependent oxidoreductase 474 e-132 E6V5L8.1 E6V5L8_VARPD FAD dependent oxidoreductase 464 e-128 Q0K253.1 Q0K253_CUPNH FAD dependent oxidoreductase 461 e-128 C5CT84.1 C5CT84_VARPS FAD dependent oxidoreductase 451 e-124 C5T5N6.1 C5T5N6_ACIDE FAD dependent oxidoreductase 434 e-119 C7RPJ1.1 C7RPJ1_ACCPU FAD dependent oxidoreductase 418 e-115 Q4KIJ1.1 Q4KIJ1_PSEF5 FAD dependent oxidoreductase 412 e-113 Q3KHP4.1 Q3KHP4_PSEPF Putative FAD dependent oxidoreductase 410 e-112 E2ZYX0.1 E2ZYX0_PSEAE Putative amino acid oxidase 410 e-112 >D8IVN7.1 D8IVN7_HERSS Glycine/D-amino acid oxidases (Deaminating) protein Length = 379 Score = 754 bits (1946), Expect = 0.0, Method: Compositional matrix adjust. Identities = 375/375 (100%), Positives = 375/375 (100%) Query: 1 MSDQARVDYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQ 60 MSDQARVDYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQ Sbjct: 1 MSDQARVDYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQ 60 Query: 61 VRALTCASRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLD 120 VRALTCASRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLD Sbjct: 61 VRALTCASRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLD 120 Query: 121 AQQTRAMVPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRD 180 AQQTRAMVPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRD Sbjct: 121 AQQTRAMVPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRD 180 Query: 181 EDSQTWRVHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGSEH 240 EDSQTWRVHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGSEH Sbjct: 181 EDSQTWRVHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGSEH 240 Query: 241 WPMFMPVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRP 300 WPMFMPVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRP Sbjct: 241 WPMFMPVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRP 300 Query: 301 AHVWAGLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAH 360 AHVWAGLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAH Sbjct: 301 AHVWAGLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAH 360 Query: 361 IARFGVEAGALSPGR 375 IARFGVEAGALSPGR Sbjct: 361 IARFGVEAGALSPGR 375 >Q1LD31.1 Q1LD31_RALME FAD dependent oxidoreductase Length = 385 Score = 474 bits (1221), Expect = e-132, Method: Compositional matrix adjust. Identities = 244/373 (65%), Positives = 281/373 (75%), Gaps = 4/373 (1%) Query: 6 RVDYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALT 65 R D+L+IGAGIAGAS+AYWLA HGSV ++ERESQPGYHSTGRSAAL+MESYG PQVRALT Sbjct: 9 RSDFLVIGAGIAGASVAYWLAPHGSVTVLERESQPGYHSTGRSAALFMESYGTPQVRALT 68 Query: 66 CASRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTR 125 AS AF +PP+GFA HPLLTPRGAL A Q+A LDEH ++R+++ + + L AQQ Sbjct: 69 MASHAFLANPPQGFATHPLLTPRGALMVAAPGQQALLDEHWEILRAMAPEAELLTAQQAC 128 Query: 126 AMVPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQT 185 VPVLR E +IGAVYE A+D+DVHA+HQG+LRG R AG +++C AEV+AI R D Sbjct: 129 ERVPVLRPEMVIGAVYEPGAADMDVHAIHQGYLRGIRQAGGKLVCDAEVRAIARHGD--V 186 Query: 186 WRVHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAG--SEHWPM 243 WRV Q V++NAAGAWAD I R AG +P+GLQP RRSAF F PAG S WPM Sbjct: 187 WRVEAGQAVYEAPVVLNAAGAWADVIARQAGVSPLGLQPCRRSAFVFQPPAGVDSHGWPM 246 Query: 244 FMPVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHV 303 DES+YIKPDAG+LLGSPANADPV PQDVQ EELDIA+AI I+ ATTL IR PA Sbjct: 247 VHSADESWYIKPDAGMLLGSPANADPVEPQDVQPEELDIAMAIHRIEEATTLTIRHPART 306 Query: 304 WAGLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIAR 363 WAGLRSFVADG VGG+D PGFFW A QGGYGIQ++ A GET AAL RG PVPAH A Sbjct: 307 WAGLRSFVADGDLVGGFDDRAPGFFWVAAQGGYGIQTSAAMGETCAALARGLPVPAHAAS 366 Query: 364 FGVEAGALSPGRL 376 FG+ A L P RL Sbjct: 367 FGLTAEMLGPARL 379 >E6V5L8.1 E6V5L8_VARPD FAD dependent oxidoreductase Length = 378 Score = 464 bits (1193), Expect = e-128, Method: Compositional matrix adjust. Identities = 232/371 (62%), Positives = 274/371 (73%), Gaps = 4/371 (1%) Query: 8 DYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALTCA 67 DYL+IG GIAGAS+A WLA H V+L+ERE+QPGYHSTGRSAAL+MESYG PQVRALT A Sbjct: 4 DYLVIGGGIAGASVANWLAPHARVILLEREAQPGYHSTGRSAALFMESYGTPQVRALTMA 63 Query: 68 SRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTRAM 127 SRAF HPPEGF+EHPLLTPRGAL +AQ A+LD H ++R++ RL +++ AM Sbjct: 64 SRAFLQHPPEGFSEHPLLTPRGALMVGGTAQLAELDAHWDVLRAMDTGASRLSSEEALAM 123 Query: 128 VPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQTWR 187 VP LR + + GAVYE DA+D+DVHA+HQG+LRG R AG +++C A+V A+ R + WR Sbjct: 124 VPALRPDQVAGAVYEPDAADMDVHAIHQGYLRGMRKAGGKLVCDADVTAVER--IGEMWR 181 Query: 188 VHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGSE--HWPMFM 245 V V++NAAGAW D I RLAG PIG++P+RRSAF FA P G HWPM Sbjct: 182 VTAGGNVYEAPVVLNAAGAWVDTIARLAGVRPIGIEPRRRSAFIFAPPEGESVAHWPMVF 241 Query: 246 PVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHVWA 305 DE +YIKPDAG+LLGSPANADPV PQDVQ EELDIAIAI I+ ATTL IRRP WA Sbjct: 242 NADEGWYIKPDAGMLLGSPANADPVDPQDVQPEELDIAIAIHRIEEATTLAIRRPTRTWA 301 Query: 306 GLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIARFG 365 GLRSFVADG VGG+D + PGFFW A QGGYGIQ++ A GE AAL RG P+P IA FG Sbjct: 302 GLRSFVADGDLVGGFDPDAPGFFWVAAQGGYGIQTSAAMGEACAALARGLPLPERIANFG 361 Query: 366 VEAGALSPGRL 376 + A L P RL Sbjct: 362 LTAEMLGPQRL 372 >Q0K253.1 Q0K253_CUPNH FAD dependent oxidoreductase Length = 388 Score = 461 bits (1187), Expect = e-128, Method: Compositional matrix adjust. Identities = 237/373 (63%), Positives = 273/373 (73%), Gaps = 4/373 (1%) Query: 6 RVDYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALT 65 R DYLIIG GIAGAS+AYWLA HG V+L+ERE+QPGYHSTGRSAAL+MESYG QVRALT Sbjct: 11 RADYLIIGGGIAGASVAYWLAPHGRVILLEREAQPGYHSTGRSAALFMESYGTTQVRALT 70 Query: 66 CASRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTR 125 ASRAF PP GFA HPLLTPRGAL A Q+ LD H +VR+V + L A Q Sbjct: 71 MASRAFLQDPPPGFASHPLLTPRGALMVAGPGQQHLLDAHWDVVRAVDPDARLLSAAQAC 130 Query: 126 AMVPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQT 185 VP LR E +IG VYE A+D+DV A+HQG+LRG R AG +++C AEV A+ R D Sbjct: 131 ERVPALRAEQVIGGVYEPGAADMDVDAIHQGYLRGMRQAGGKLVCDAEVTAMARVRDH-- 188 Query: 186 WRVHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPA--GSEHWPM 243 WRV V++NAAGAWAD I RLAG P+G++P+RRSAF FA PA + WPM Sbjct: 189 WRVEAGGAVYAAPVVLNAAGAWADVIARLAGVQPLGIEPRRRSAFVFAPPADMDTSGWPM 248 Query: 244 FMPVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHV 303 DE +YIKPDAG+LLGSPANADPV PQDVQ EE+DIA+AID I+ AT+L IRRPA Sbjct: 249 VFGADEDWYIKPDAGMLLGSPANADPVEPQDVQPEEMDIALAIDRIETATSLRIRRPART 308 Query: 304 WAGLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIAR 363 WAGLRSFVADG VGG+D +PGFFW AGQGGYGIQ++ A GET AAL RG PVPAH A Sbjct: 309 WAGLRSFVADGDLVGGFDDAVPGFFWVAGQGGYGIQTSAAMGETCAALARGLPVPAHPAS 368 Query: 364 FGVEAGALSPGRL 376 FG+ AG L P RL Sbjct: 369 FGLSAGMLGPARL 381 >C5CT84.1 C5CT84_VARPS FAD dependent oxidoreductase Length = 386 Score = 451 bits (1159), Expect = e-124, Method: Compositional matrix adjust. Identities = 227/371 (61%), Positives = 274/371 (73%), Gaps = 4/371 (1%) Query: 8 DYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALTCA 67 DYL+IG GIAGAS+A+WLA H V+L+ERE+QPGYHSTGRSAAL+MESYG QVRALT A Sbjct: 12 DYLVIGGGIAGASVAHWLAPHARVILLEREAQPGYHSTGRSAALFMESYGTAQVRALTMA 71 Query: 68 SRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTRAM 127 SRAF +HPPEGF+EHPLLTPRGA+ A++ A+L+ H ++R+++ RL +++ AM Sbjct: 72 SRAFLEHPPEGFSEHPLLTPRGAMMVASTEHLAELESHWNVLRAMNTGATRLGSEEALAM 131 Query: 128 VPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQTWR 187 VP LR + GAVYE DA+D+DVHA+HQG+LRG R AG +++C A V AI R + WR Sbjct: 132 VPALRPGQVAGAVYEPDAADMDVHAIHQGYLRGMRQAGGKLVCDAGVTAIER--IGERWR 189 Query: 188 VHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGSE--HWPMFM 245 V V++NAAGAW D I ++AG PIG++P+RRSAF FA P GS HWPM Sbjct: 190 VTAGGNVYEAPVLLNAAGAWVDTIAQMAGVQPIGIEPRRRSAFVFAPPEGSSVAHWPMVF 249 Query: 246 PVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHVWA 305 DE +YIKPDAG+LLGSPANAD V PQDVQ EELDIA AI I+ ATTL IRRPA WA Sbjct: 250 GADEGWYIKPDAGMLLGSPANADLVEPQDVQPEELDIAFAIHRIEEATTLAIRRPARTWA 309 Query: 306 GLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIARFG 365 GLRSFVADG VGG+D + PGFFW A QGGYGIQ++ A GE AAL RG P+P IA FG Sbjct: 310 GLRSFVADGDLVGGFDPDAPGFFWVAAQGGYGIQTSAAMGEACAALARGLPLPERIAGFG 369 Query: 366 VEAGALSPGRL 376 + A L P RL Sbjct: 370 LTAEMLGPQRL 380 >C5T5N6.1 C5T5N6_ACIDE FAD dependent oxidoreductase Length = 381 Score = 434 bits (1115), Expect = e-119, Method: Compositional matrix adjust. Identities = 227/377 (60%), Positives = 267/377 (70%), Gaps = 4/377 (1%) Query: 3 DQARVDYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVR 62 + A D+LIIGAGIAGAS+AYWLA HG V ++ERESQPGYHSTGRSAALYM SYGP QVR Sbjct: 6 NPAATDFLIIGAGIAGASVAYWLAPHGRVTVLERESQPGYHSTGRSAALYMASYGPDQVR 65 Query: 63 ALTCASRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQ 122 ALT AS FF +PP GFA++PLL PRGA+ A +AQ L H A++ ++ + Sbjct: 66 ALTRASLDFFRNPPPGFADYPLLKPRGAMMVATAAQMDALQAHWAMLSALDPHATFISGA 125 Query: 123 QTRAMVPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDED 182 Q VPVLR + + AVYE DA D+DV A+H GFL+G R AGA V C+AEV AI R D Sbjct: 126 QACEKVPVLRADQVAAAVYEPDAFDMDVDAIHSGFLKGIRRAGATVECNAEVTAIERSGD 185 Query: 183 SQTWRVHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGS--EH 240 TW V V++NAAGAWA+ +G+LAGA IGL P RRSAF F PAG+ E Sbjct: 186 --TWVVRAGARSWTAPVVINAAGAWAEAVGQLAGAQRIGLVPHRRSAFVFQPPAGTSVEA 243 Query: 241 WPMFMPVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRP 300 WPM + E +Y+KPDAG+LLGSPANADPVPPQDVQ EELDIA+ I I TTL+IRRP Sbjct: 244 WPMVIGASEDWYLKPDAGMLLGSPANADPVPPQDVQPEELDIAMGIHRISEMTTLDIRRP 303 Query: 301 AHVWAGLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAH 360 WAGLRSFVADG VGG D ++PGFFW A QGGYGIQ+ A GE AALVRG P+P H Sbjct: 304 HRTWAGLRSFVADGELVGGADAQVPGFFWVAAQGGYGIQTCAAMGEACAALVRGLPIPDH 363 Query: 361 IARFGVEAGALSPGRLS 377 I R GV+ A+SP RL+ Sbjct: 364 IRRHGVKPEAISPRRLA 380 >C7RPJ1.1 C7RPJ1_ACCPU FAD dependent oxidoreductase Length = 383 Score = 418 bits (1075), Expect = e-115, Method: Compositional matrix adjust. Identities = 214/372 (57%), Positives = 262/372 (70%), Gaps = 4/372 (1%) Query: 8 DYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALTCA 67 D+L++GAGIAG S+A+ L+ HG V+++ERE+QPGYHSTGRS A++ ESYG QVR LT A Sbjct: 13 DFLVVGAGIAGVSVAWHLSPHGRVIVLEREAQPGYHSTGRSVAVFAESYGSAQVRLLTVA 72 Query: 68 SRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTRAM 127 SRAFFD PP FAEHPLLT RG LF A Q L++ ++ + +D+++RL A Q M Sbjct: 73 SRAFFDAPPLDFAEHPLLTSRGLLFVAGQGQDDLLEKEWQVLGAANDRIRRLSAAQACRM 132 Query: 128 VPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQTWR 187 VPVLR +IGAVY+ A+DIDV+ALHQG+LRG R G R+ AEV A+T + WR Sbjct: 133 VPVLRPGKVIGAVYDPTAADIDVNALHQGYLRGLRRQGGRIFGDAEVTALTHADG--FWR 190 Query: 188 VHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPA--GSEHWPMFM 245 V + ++NAAGAWAD I RLAG +GLQP+RRS F F P G+ HWPM + Sbjct: 191 VSAGGRDYAAPCVLNAAGAWADTIARLAGVVALGLQPRRRSVFVFPPPENLGTRHWPMTI 250 Query: 246 PVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHVWA 305 + E +Y KP+AG+LLGS ANADPV P DVQAEELDIA I ++ TTL IRRP H WA Sbjct: 251 GIAEDWYFKPEAGMLLGSSANADPVEPHDVQAEELDIATGIHRLEEMTTLSIRRPTHTWA 310 Query: 306 GLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIARFG 365 GLRSFVADG VGG D GFFW A QGGYGIQ+APA GE+ AALVRG P+P H+A FG Sbjct: 311 GLRSFVADGDLVGGVDPRARGFFWVAAQGGYGIQTAPAMGESCAALVRGLPIPPHLAAFG 370 Query: 366 VEAGALSPGRLS 377 + A L+P RL Sbjct: 371 LTADMLAPARLC 382 >Q4KIJ1.1 Q4KIJ1_PSEF5 FAD dependent oxidoreductase Length = 378 Score = 412 bits (1059), Expect = e-113, Method: Compositional matrix adjust. Identities = 211/372 (56%), Positives = 260/372 (69%), Gaps = 5/372 (1%) Query: 8 DYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALTCA 67 D++IIGAGIAGAS+AY LA SVL++ERESQPGYH+TGRSAA++ME+YG PQ++ALT A Sbjct: 8 DFVIIGAGIAGASLAYRLAGQASVLVLERESQPGYHATGRSAAMFMEAYGTPQIQALTRA 67 Query: 68 SRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTRAM 127 SRAF+ PP+GF EHPL+ PRG L+ A+ Q QL + R+ S V+ + A+Q RA+ Sbjct: 68 SRAFYQRPPQGFCEHPLMEPRGCLYVASEEQLDQLQQTYDETRARSANVRLITAEQARAL 127 Query: 128 VPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQTWR 187 VP LR + + GA+ E A D+DVHALHQGFLR R AG + C ++Q + + + W Sbjct: 128 VPCLRPDAVAGAMLETAAQDLDVHALHQGFLRAMRRAGGLLEC--DIQIVEASREDRHWN 185 Query: 188 VHTSQGELLGG-VIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGSEH--WPMF 244 + S G L +VNAAGAW D++ +L G APIGLQP RRSAFTF P + WP Sbjct: 186 LTLSDGRALQARNLVNAAGAWVDDVAQLCGVAPIGLQPCRRSAFTFDGPPDEDFSCWPAV 245 Query: 245 MPVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHVW 304 + +DESFY KPDAG LLGSPANADPVPPQDV EELDIA I HI+N T+L IRRP H W Sbjct: 246 IGIDESFYFKPDAGQLLGSPANADPVPPQDVMPEELDIATGIYHIENVTSLSIRRPRHSW 305 Query: 305 AGLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIARF 364 AGLRSFVADG V G+D GFFW A QGGYGIQSA + AL+ G+PVP + Sbjct: 306 AGLRSFVADGDLVVGWDDSCEGFFWLAAQGGYGIQSAAGVSQLACALLLGQPVPEELLSQ 365 Query: 365 GVEAGALSPGRL 376 GV+A AL+P RL Sbjct: 366 GVDAQALAPARL 377 >Q3KHP4.1 Q3KHP4_PSEPF Putative FAD dependent oxidoreductase Length = 375 Score = 410 bits (1053), Expect = e-112, Method: Compositional matrix adjust. Identities = 202/360 (56%), Positives = 252/360 (70%), Gaps = 3/360 (0%) Query: 20 SIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALTCASRAFFDHPPEGF 79 S +WL++HG V+++ERES P YHSTGRSAAL+ +YG QVRALT ASR FFDHPP GF Sbjct: 17 STGFWLSQHGKVVVLERESHPAYHSTGRSAALFTAAYGTAQVRALTQASREFFDHPPSGF 76 Query: 80 AEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTRAMVPVLRDEDLIGA 139 EHPLLTPRG + + A+L+ ++ ++Q L A + A +P+LR E + GA Sbjct: 77 CEHPLLTPRGEMTVDFTGDAAELNNQYLSAKATVPEMQLLSADEACARLPILRREKVHGA 136 Query: 140 VYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQTWRVHTSQGELLGGV 199 +Y+ ASDID ALHQG+LRG R +V EV ++RD D W V T+ V Sbjct: 137 IYDPTASDIDTDALHQGYLRGIRRNNGQVQTDCEVLGLSRDADG-IWHVQTNGQTFSAPV 195 Query: 200 IVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAGSE--HWPMFMPVDESFYIKPDA 257 ++NAAGAWAD IG LAGA P+GLQPKRR+AF FA P G + HWPM + +DESFY+KPDA Sbjct: 196 VINAAGAWADRIGALAGAPPLGLQPKRRAAFIFAGPEGVDIHHWPMLVSLDESFYMKPDA 255 Query: 258 GLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHVWAGLRSFVADGSFV 317 G+ LGSPANADPV P DVQ EELDIA+ I I+ ATTL IRRP WAGLRSFVADG + Sbjct: 256 GMFLGSPANADPVEPHDVQPEELDIAMGIYQIEEATTLTIRRPTRTWAGLRSFVADGDLL 315 Query: 318 GGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIARFGVEAGALSPGRLS 377 G+D ++PG FW A QGGYGIQ++PA G AALVRGE +P H+ +FG+ A L+P RL+ Sbjct: 316 SGFDPQVPGLFWVAAQGGYGIQTSPAMGMASAALVRGESLPDHLKQFGLTAAMLAPARLA 375 >E2ZYX0.1 E2ZYX0_PSEAE Putative amino acid oxidase Length = 375 Score = 410 bits (1053), Expect = e-112, Method: Compositional matrix adjust. Identities = 210/372 (56%), Positives = 258/372 (69%), Gaps = 4/372 (1%) Query: 8 DYLIIGAGIAGASIAYWLARHGSVLLVERESQPGYHSTGRSAALYMESYGPPQVRALTCA 67 DYL+IGAGIAGAS YWL+ HG V+++ERE+QPGYHSTGRSAA Y +YG PQVRALT A Sbjct: 5 DYLVIGAGIAGASTGYWLSAHGRVVVLEREAQPGYHSTGRSAAHYTVAYGTPQVRALTAA 64 Query: 68 SRAFFDHPPEGFAEHPLLTPRGALFFANSAQRAQLDEHEALVRSVSDKVQRLDAQQTRAM 127 SRAFFD+PP GF EHPLL+PR + S +L +++ +++ LDA+Q ++ Sbjct: 65 SRAFFDNPPAGFCEHPLLSPRPEMVVDFSDDPEELRRQYESGKALVPQMRLLDAEQACSI 124 Query: 128 VPVLRDEDLIGAVYEEDASDIDVHALHQGFLRGARAAGARVLCHAEVQAITRDEDSQTWR 187 VPVLR + + GA Y+ +DID ALHQG+LRG R +VLC+ E I R + + W Sbjct: 125 VPVLRRDKVFGATYDPTGADIDTDALHQGYLRGIRRNQGQVLCNHEALEIRRVDGA--WE 182 Query: 188 VHTSQGELLGGVIVNAAGAWADEIGRLAGAAPIGLQPKRRSAFTFAAPAG--SEHWPMFM 245 V + G V+VNAAGAW D I LAG P+GLQPKRRSAF FA P G WPM + Sbjct: 183 VRCAAGSYRAAVLVNAAGAWCDTIAGLAGVRPLGLQPKRRSAFIFAPPPGIDCHDWPMLV 242 Query: 246 PVDESFYIKPDAGLLLGSPANADPVPPQDVQAEELDIAIAIDHIQNATTLEIRRPAHVWA 305 +DESFY+KPDAG+LLGSPANADPV DVQ E+LDIA + I+ ATTL IRRP H WA Sbjct: 243 SLDESFYLKPDAGMLLGSPANADPVEAHDVQPEQLDIATGMYLIEEATTLTIRRPEHTWA 302 Query: 306 GLRSFVADGSFVGGYDRELPGFFWAAGQGGYGIQSAPAAGETYAALVRGEPVPAHIARFG 365 GLRSFVADG V GY + GFFW A QGGYGIQ++ A GE AAL+R +P+PAH+ G Sbjct: 303 GLRSFVADGDLVAGYAADAEGFFWVAAQGGYGIQTSAAMGEASAALIRHQPLPAHLREHG 362 Query: 366 VEAGALSPGRLS 377 ++ LSP RLS Sbjct: 363 LDEAMLSPRRLS 374