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= 0001.0014.p (480 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B3RCF5.1 B3RCF5_CUPTR Putative monooxygenase yxeK EC=1.14.14.5 654 0.0 Q0JZ14.1 Q0JZ14_CUPNH Nitrilotriacetate monooxygenase component A 649 0.0 D6TU70.1 D6TU70_9CHLR Xenobiotic compound monooxygenase A subunit 583 e-164 Q3MDP6.1 Q3MDP6_ANAVT Xenobiotic compound monooxygenase, DszA fa... 582 e-164 A9G968.1 A9G968_SORC5 Putative monooxygenase EC=1.14.13.- 575 e-162 >B3RCF5.1 B3RCF5_CUPTR Putative monooxygenase yxeK EC=1.14.14.5 Length = 457 Score = 654 bits (1688), Expect = 0.0, Method: Compositional matrix adjust. Identities = 320/418 (76%), Positives = 357/418 (85%) Query: 53 AQPDAGQNIAHYRQIAQTAERAKFDALFLADGVAIRSHDAETLHLTSRAATFEPLTLLSA 112 AQ DAG+N+AHY +AQ AE A FDALFLADGVAIR D TL T+RAATFEPLTLLSA Sbjct: 31 AQADAGRNLAHYIALAQRAEAAGFDALFLADGVAIRGMDDATLPRTARAATFEPLTLLSA 90 Query: 113 LSQATEHIGLVATVSTTYNEPYHVARKFASLDHLSNGRAGWNVVTSWSESEAHNFNLDKH 172 L+ T+ IGLVATVSTTYNEP+HVARKFASLDHLS GRAGWNVVTSWS++EA NF+L++H Sbjct: 91 LAAVTQRIGLVATVSTTYNEPFHVARKFASLDHLSGGRAGWNVVTSWSDAEARNFSLERH 150 Query: 173 PEHGARYERAEEFVDVVRGLWDSWEDDAFRFDQAEGVHFDHNKLHAIHHKGKHFSVRGPL 232 P H RY RAEEFVDVV GLWD+WEDDAF +D+ G HFD +KLH + H+G HF VRGPL Sbjct: 151 PAHADRYARAEEFVDVVTGLWDTWEDDAFLYDKDSGRHFDADKLHTLDHRGAHFQVRGPL 210 Query: 233 NVARPVQGHPVVVQAGSSEPGQELAARTAEVIFTAQQSLEDAQHFYSSLKSRLARYGREP 292 NVARP QGHPV+VQAGSSE GQELAARTAEVIFTAQQSL DAQ FY LK+RLAR+GR P Sbjct: 211 NVARPPQGHPVIVQAGSSEAGQELAARTAEVIFTAQQSLADAQAFYRGLKARLARHGRTP 270 Query: 293 DELKIMPGVFPVVGRSESEALEKFEELQSLIHPTVGLSLLQQHLGGIDLSGYPLDGPLPE 352 D+LKI+PGVFPVVGRSE+EA EKFE LQ+LIHP+VGL+LL QHLGGIDLSGYPLDGPLP+ Sbjct: 271 DQLKILPGVFPVVGRSEAEAQEKFEALQNLIHPSVGLALLSQHLGGIDLSGYPLDGPLPD 330 Query: 353 NLQEPNGTKSRFQLVTALARREQLTIRQLYLRVATARGHWSIHGTPESIVDRLEEWFLKG 412 NL EPNG KSRFQLVT LARRE LTIRQL LRVATARGHWSIHGTP+S+ D+L+ WF Sbjct: 331 NLVEPNGAKSRFQLVTGLARREGLTIRQLCLRVATARGHWSIHGTPQSVADQLQAWFEGE 390 Query: 413 GADGFNIMPPTLPGGLDDFVELVLPELRRRGLFRSEYEGKTLRENLGLARPAHRIYQQ 470 ADGFN+MPP LPGGLDDF+ELVLPELRRRGLFR Y G TLRE+LGL RP + +QQ Sbjct: 391 AADGFNVMPPWLPGGLDDFIELVLPELRRRGLFRERYTGTTLREHLGLRRPENLRWQQ 448 >Q0JZ14.1 Q0JZ14_CUPNH Nitrilotriacetate monooxygenase component A Length = 457 Score = 649 bits (1673), Expect = 0.0, Method: Compositional matrix adjust. Identities = 318/418 (76%), Positives = 355/418 (84%) Query: 53 AQPDAGQNIAHYRQIAQTAERAKFDALFLADGVAIRSHDAETLHLTSRAATFEPLTLLSA 112 AQ DAG+N+AHY +AQ AE A FDALFLADGVAIR D TL T+RAATFEPLTLLSA Sbjct: 31 AQADAGRNLAHYIALAQRAEAAGFDALFLADGVAIRGMDDATLPRTARAATFEPLTLLSA 90 Query: 113 LSQATEHIGLVATVSTTYNEPYHVARKFASLDHLSNGRAGWNVVTSWSESEAHNFNLDKH 172 L+ T+ IGLVATVSTTYNEP+HVARKFASLDHLS GRAGWNVVTSWS++EA NF+L++H Sbjct: 91 LAAVTQRIGLVATVSTTYNEPFHVARKFASLDHLSGGRAGWNVVTSWSDAEARNFSLERH 150 Query: 173 PEHGARYERAEEFVDVVRGLWDSWEDDAFRFDQAEGVHFDHNKLHAIHHKGKHFSVRGPL 232 P H RY RAEEFVDVV GLWD+WEDDAF +D+ G HFD +KLH + H+G HF V GPL Sbjct: 151 PAHADRYARAEEFVDVVTGLWDTWEDDAFLYDKDSGRHFDADKLHTLDHRGAHFQVHGPL 210 Query: 233 NVARPVQGHPVVVQAGSSEPGQELAARTAEVIFTAQQSLEDAQHFYSSLKSRLARYGREP 292 NVARP QGHPV+VQAGSSE GQELAARTAEVIFTAQQSL DAQ FY LK+RLARYGR Sbjct: 211 NVARPPQGHPVIVQAGSSEAGQELAARTAEVIFTAQQSLADAQAFYRGLKARLARYGRTF 270 Query: 293 DELKIMPGVFPVVGRSESEALEKFEELQSLIHPTVGLSLLQQHLGGIDLSGYPLDGPLPE 352 D+LKI+PGVFPVVGRSE+EA E+FE LQSLIHP+VGL+LL QHLGGIDLSGYPLDGPLP+ Sbjct: 271 DQLKILPGVFPVVGRSEAEAQERFEALQSLIHPSVGLALLSQHLGGIDLSGYPLDGPLPD 330 Query: 353 NLQEPNGTKSRFQLVTALARREQLTIRQLYLRVATARGHWSIHGTPESIVDRLEEWFLKG 412 NL EPNG KSRFQLVT LARR+ LTIRQL LRVATARGHWSIHGTP+SI D+L+ WF Sbjct: 331 NLAEPNGAKSRFQLVTGLARRDGLTIRQLCLRVATARGHWSIHGTPQSIADQLQAWFEGE 390 Query: 413 GADGFNIMPPTLPGGLDDFVELVLPELRRRGLFRSEYEGKTLRENLGLARPAHRIYQQ 470 ADGFN+MPP LPGGLDDF+ELVLPELRRRGLFR Y G TLRE+LGL RP + ++Q Sbjct: 391 AADGFNVMPPWLPGGLDDFIELVLPELRRRGLFRERYTGTTLREHLGLRRPENLRWRQ 448 >D6TU70.1 D6TU70_9CHLR Xenobiotic compound monooxygenase A subunit Length = 450 Score = 583 bits (1504), Expect = e-164, Method: Compositional matrix adjust. Identities = 292/429 (68%), Positives = 342/429 (79%), Gaps = 8/429 (1%) Query: 46 NIAHYXRA--QPDA----GQNIAHYRQIAQTAERAKFDALFLADGVAIR-SHDAETLHLT 98 N H+ A PDA G HYRQ+AQTAERAKFD +FLADGVA+R D E L + Sbjct: 16 NTGHHVAAWRHPDAWSNNGLTFTHYRQLAQTAERAKFDMVFLADGVAVRRDSDREALSRS 75 Query: 99 SRAATFEPLTLLSALSQATEHIGLVATVSTTYNEPYHVARKFASLDHLSNGRAGWNVVTS 158 + FEPLTLLSAL+ TEHIGLVAT STTYNEPYH+ARKFASLD+LSNGRAGWNVVTS Sbjct: 76 GQIVHFEPLTLLSALAAVTEHIGLVATASTTYNEPYHIARKFASLDYLSNGRAGWNVVTS 135 Query: 159 WSESEAHNFNLDKHPEHGARYERAEEFVDVVRGLWDSWEDDAFRFDQAEGVHFDHNKLHA 218 SE+EAHNFN +KH EH RYERA EF+ VV GLWD WEDDAF D+ G++F+ KLH Sbjct: 136 ASEAEAHNFNREKHMEHALRYERAREFLQVVTGLWDGWEDDAFIRDKESGLYFEPEKLHV 195 Query: 219 IHHKGKHFSVRGPLNVARPVQGHPVVVQAGSSEPGQELAARTAEVIFTAQQSLEDAQHFY 278 ++HKGKHFSVRGPLNVARP QG+PV+VQAG+S+ GQ+ AA TAEV+FTAQQ+L +AQ FY Sbjct: 196 LNHKGKHFSVRGPLNVARPPQGYPVIVQAGASDDGQDFAASTAEVVFTAQQTLAEAQAFY 255 Query: 279 SSLKSRLARYGREPDELKIMPGVFPVVGRSESEALEKFEELQSLIHPTVGLSLLQQHLGG 338 LK RLA YGR P++LKIMPGVFPV+G++E+EA EK+++LQ+LIHP VGL+LL +LGG Sbjct: 256 KGLKGRLATYGRSPEDLKIMPGVFPVIGKTEAEAKEKYDQLQNLIHPRVGLALLSGNLGG 315 Query: 339 IDLSGYPLDGPLPENLQEPNGTKSRFQLVTALARREQLTIRQLYLRVATARGHWSIHGTP 398 DLS YPLDGPLP+ L E N KSR +LVT LARRE LTIRQLY +A ARGH +I GTP Sbjct: 316 FDLSAYPLDGPLPD-LPETNLNKSRQKLVTDLARRENLTIRQLYQAIAGARGHRTIWGTP 374 Query: 399 ESIVDRLEEWFLKGGADGFNIMPPTLPGGLDDFVELVLPELRRRGLFRSEYEGKTLRENL 458 E I ++LEEW+ ADGFNIMPP LP GLDDFV+LVLP LR+RGLFRSEYEG+TLRENL Sbjct: 375 EQIANQLEEWYTLDAADGFNIMPPYLPSGLDDFVDLVLPILRQRGLFRSEYEGQTLRENL 434 Query: 459 GLARPAHRI 467 GL RPA++ Sbjct: 435 GLPRPANQF 443 >Q3MDP6.1 Q3MDP6_ANAVT Xenobiotic compound monooxygenase, DszA family, A subunit EC=1.14.14.5 Length = 457 Score = 582 bits (1499), Expect = e-164, Method: Compositional matrix adjust. Identities = 287/431 (66%), Positives = 343/431 (79%), Gaps = 5/431 (1%) Query: 41 PDAGQNIAHYXR--AQPDAGQNIAHYRQIAQTAERAKFDALFLADGVAIRS--HDAETLH 96 P +G ++A + AQ D G N HYR+IAQTAER KFD +FLADGVA+R A+ L Sbjct: 14 PSSGHHVASWRHPDAQADGGLNFQHYRRIAQTAERGKFDMIFLADGVAVRDRGQGADVLS 73 Query: 97 LTSRAATFEPLTLLSALSQATEHIGLVATVSTTYNEPYHVARKFASLDHLSNGRAGWNVV 156 + FEPLTLLSALS TE IGL ATVSTTYNEP+H+ARKFASLD+LS GRAGWN+V Sbjct: 74 RNGKLVHFEPLTLLSALSVVTERIGLTATVSTTYNEPFHLARKFASLDYLSGGRAGWNLV 133 Query: 157 TSWSESEAHNFNLDKHPEHGARYERAEEFVDVVRGLWDSWEDDAFRFDQAEGVHFDHNKL 216 TS +E+EA NFN +KH EH RYERA EFVDVV LWDSWEDDAF D+ G++FD +KL Sbjct: 134 TSATEAEALNFNREKHMEHTQRYERAREFVDVVTKLWDSWEDDAFLRDKESGIYFDADKL 193 Query: 217 HAIHHKGKHFSVRGPLNVARPVQGHPVVVQAGSSEPGQELAARTAEVIFTAQQSLEDAQH 276 H +HKG+HFSVRGPLNVARP+QG+PV++QAGSSE G+ LAA+TAEVIFTAQQ+LE+AQ Sbjct: 194 HIPNHKGEHFSVRGPLNVARPIQGYPVIIQAGSSEDGKNLAAQTAEVIFTAQQTLEEAQA 253 Query: 277 FYSSLKSRLARYGREPDELKIMPGVFPVVGRSESEALEKFEELQSLIHPTVGLSLLQQHL 336 FY+ +K RLA+YGR P+ LKIMPG+FPV+G++E EA +KF+++Q LI P VGL+LL + Sbjct: 254 FYADVKGRLAQYGRSPEHLKIMPGIFPVIGKTEQEAKDKFDQIQELIDPVVGLNLLGGMI 313 Query: 337 GGIDLSGYPLDGPLPENLQEPNGTKSRFQLVTALARREQLTIRQLYLRVATARGHWSIHG 396 GG DLSGYPLDGPLP+ L E NG KSR +L+T LARRE LTIRQLYL +A ARGH I G Sbjct: 314 GGFDLSGYPLDGPLPD-LPETNGGKSRQKLLTDLARRENLTIRQLYLWIAGARGHRQILG 372 Query: 397 TPESIVDRLEEWFLKGGADGFNIMPPTLPGGLDDFVELVLPELRRRGLFRSEYEGKTLRE 456 TP I D+LE+WF+ GADGFNIMPP LP GLDDFVE V+PEL+RRGLFR+EYEG TLRE Sbjct: 373 TPAQIADQLEDWFVNDGADGFNIMPPWLPEGLDDFVEYVIPELQRRGLFRTEYEGNTLRE 432 Query: 457 NLGLARPAHRI 467 NLGL RP ++ Sbjct: 433 NLGLPRPVNQF 443 >A9G968.1 A9G968_SORC5 Putative monooxygenase EC=1.14.13.- Length = 452 Score = 575 bits (1483), Expect = e-162, Method: Compositional matrix adjust. Identities = 283/427 (66%), Positives = 338/427 (79%), Gaps = 5/427 (1%) Query: 41 PDAGQNIAHYXR--AQPDAGQNIAHYRQIAQTAERAKFDALFLADGVAI--RSHDAETLH 96 P G ++A + A D G + HY+++AQ AE AKFDA+FLAD A+ + D +L Sbjct: 15 PATGHHVAAWRHPDAHADGGHSFKHYKRVAQAAEEAKFDAVFLADSAAVWGGASDLASLS 74 Query: 97 LTSRAATFEPLTLLSALSQATEHIGLVATVSTTYNEPYHVARKFASLDHLSNGRAGWNVV 156 ++ AA FEP+TLLSALS TEHIGL+ATV+TTYNEPYH+ARKFASLDHLS GRAGWN+V Sbjct: 75 RSAHAAAFEPITLLSALSSVTEHIGLIATVTTTYNEPYHLARKFASLDHLSGGRAGWNLV 134 Query: 157 TSWSESEAHNFNLDKHPEHGARYERAEEFVDVVRGLWDSWEDDAFRFDQAEGVHFDHNKL 216 TS +++EA NF LD H EH RYERAEEF+DVV GLWDSWEDDAF D+ GV D +KL Sbjct: 135 TSANQAEAQNFGLDAHVEHARRYERAEEFIDVVMGLWDSWEDDAFLRDKESGVFVDPDKL 194 Query: 217 HAIHHKGKHFSVRGPLNVARPVQGHPVVVQAGSSEPGQELAARTAEVIFTAQQSLEDAQH 276 H ++HKGKHFSVRGPLNVAR QG+PV VQAGSSEPG+ELAARTAEVIFTAQQ+L DA+ Sbjct: 195 HPLNHKGKHFSVRGPLNVARSPQGYPVRVQAGSSEPGKELAARTAEVIFTAQQTLADARA 254 Query: 277 FYSSLKSRLARYGREPDELKIMPGVFPVVGRSESEALEKFEELQSLIHPTVGLSLLQQHL 336 FY+ +K RLA+YGR P+ LKIMPG+FPVVGR+++EA KF+ LQ L+HPTVGL+LL + Sbjct: 255 FYADVKGRLAKYGRSPEHLKIMPGLFPVVGRTQAEAQAKFDALQDLVHPTVGLALLSGMI 314 Query: 337 GGIDLSGYPLDGPLPENLQEPNGTKSRFQLVTALARREQLTIRQLYLRVATARGHWSIHG 396 GG DLS YP+DGP+PE L NG KSR L+ +ARRE LTIRQLYLR+A ARGH + G Sbjct: 315 GGFDLSKYPVDGPIPE-LPASNGGKSRQALLLDIARRENLTIRQLYLRIAGARGHKQLVG 373 Query: 397 TPESIVDRLEEWFLKGGADGFNIMPPTLPGGLDDFVELVLPELRRRGLFRSEYEGKTLRE 456 TPE+I D +EEW L ADGFN+MPP LPGGL DF+ LV+PELRRRGLFR+EYEG+TLRE Sbjct: 374 TPETIADLMEEWLLNDAADGFNVMPPHLPGGLTDFISLVVPELRRRGLFRTEYEGRTLRE 433 Query: 457 NLGLARP 463 NLGL RP Sbjct: 434 NLGLPRP 440