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= 0013.0188.p (501 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value Q98JA5.1 Q98JA5_RHILO Probable oxygenase 697 0.0 B9J8T4.1 B9J8T4_AGRRK Oxygenase (Tetracycline 6-hydroxylase) pro... 686 0.0 C6B309.1 C6B309_RHILS Monooxygenase FAD-binding 674 0.0 Q13RD5.1 Q13RD5_BURXL Putative oxygenase 670 0.0 C8SPI1.1 C8SPI1_9RHIZ Monooxygenase FAD-binding 668 0.0 >Q98JA5.1 Q98JA5_RHILO Probable oxygenase Length = 521 Score = 697 bits (1799), Expect = 0.0, Method: Compositional matrix adjust. Identities = 346/496 (69%), Positives = 400/496 (80%), Gaps = 4/496 (0%) Query: 7 GAGPVGLFLACELRLAGVSVLVLEQTDNPQSPLKQLPFGIRGLSIPTVEAFHWRGLLDAV 66 GAGPVGLFLACELRLAG+SVL+LE+ ++P+SPLK+LPFG+RGLS PT+EAFH R LLDA+ Sbjct: 15 GAGPVGLFLACELRLAGLSVLILEKAEDPRSPLKRLPFGMRGLSAPTIEAFHRRDLLDAI 74 Query: 67 KAPSPV-ANASASTPHWMQQPRRAGGHFAGMQFYLDQVDRSKWPTHLPGPAXGDAGIATD 125 P+ + HWMQQPRR GGHFAG+QF+LD VD SKWP LPGPA +A + Sbjct: 75 APPTTKDGSGKLVAAHWMQQPRRPGGHFAGIQFHLDAVDSSKWPYRLPGPAG--TSMAVE 132 Query: 126 MQHIESVLAARALTMGVEIMRGAGVDGLRQSDEHVDIHAGGQTFRARWLVGCDGGRSTVR 185 M+ +E++LA RA MGVEI RG GV+ QSDE V I AGG+ FRARWLVGCDGGRSTVR Sbjct: 133 MEQLETMLATRATAMGVEIRRGLGVEIFDQSDEDVTIRAGGEIFRARWLVGCDGGRSTVR 192 Query: 186 KIGGFEFAGTEPEFTGYSVEVALADPQLLPPGRHYTATGMYTFQPPGTVAMVDFDGGAFH 245 K+GGF F GT+ EFTGYSVEV +ADP L PGRHYT TGMYT+ PGT+AMV+FDG FH Sbjct: 193 KLGGFAFTGTDAEFTGYSVEVEIADPDALSPGRHYTPTGMYTYSRPGTIAMVEFDGATFH 252 Query: 246 RTQPITREYVESVLRRISGVGALNVTALRLAATWTDRAFQAATYREGRILLAGDAAHVHS 305 RT+PIT E+V++VLRR+SG + +TALRLA TWTDRA+QA+ YR GR+LLAGDAAH+HS Sbjct: 253 RTEPITLEHVQAVLRRVSGTD-VTLTALRLATTWTDRAYQASAYRNGRVLLAGDAAHIHS 311 Query: 306 PLGGQGLNLGLGDAMNLGWKLAATIRGDAPDGLLDSYETERHPVGTRILDWSRAQVGLMR 365 PLGGQGLNLG+GDAMNLGWKLAATIRGDAP GLLDSY ERHPVG +ILDWSRAQV LMR Sbjct: 312 PLGGQGLNLGIGDAMNLGWKLAATIRGDAPAGLLDSYFDERHPVGAQILDWSRAQVALMR 371 Query: 366 PGESSRALAAVIRDLIGTRDGATYFAERVWGLSLRYELGDKHPLVGCSAPDFVLADGSRL 425 P SSRAL A+IRDLI TRDGATYFAERVWG+SLRY++G HPLVG SAPDF LADG+R Sbjct: 372 PSRSSRALEAIIRDLIDTRDGATYFAERVWGVSLRYDVGGSHPLVGRSAPDFELADGTRP 431 Query: 426 GEHLRNGKGLLLDFGTDASLQSTVRHWSERITYCASDAGDKLGLSALLVRPDGIVAWAGD 485 GE LR G+ LLLDF +LQ+ WS RI Y A DA ++LGLSALLVRPDG+VAWA D Sbjct: 432 GERLRTGQALLLDFAARPALQALASRWSGRIAYVAEDARERLGLSALLVRPDGVVAWAAD 491 Query: 486 GAADPEQVAEAAARWF 501 G D E A+AA+RWF Sbjct: 492 GEPDLEGAAQAASRWF 507 >B9J8T4.1 B9J8T4_AGRRK Oxygenase (Tetracycline 6-hydroxylase) protein Length = 513 Score = 686 bits (1769), Expect = 0.0, Method: Compositional matrix adjust. Identities = 352/500 (70%), Positives = 405/500 (81%), Gaps = 8/500 (1%) Query: 7 GAGPVGLFLACELRLAGVSVLVLEQTDNPQSPLKQLPFGIRGLSIPTVEAFHWRGLLDAV 66 GAGPVGLFLACELR+A +SVLVLEQ ++P SPLK+LPFG+RGLS PT+EAF+ RGLLD + Sbjct: 14 GAGPVGLFLACELRMADLSVLVLEQAEDPHSPLKRLPFGMRGLSAPTIEAFYRRGLLDDI 73 Query: 67 KAPSPVANASA-----STPHWMQQPRRAGGHFAGMQFYLDQVDRSKWPTHLPGPAXGDAG 121 P + +A +TPHWMQQ RR GGHFAG+QFYLD VD SKWP LP PA G Sbjct: 74 TKPQRTKDQTADGSASATPHWMQQSRRPGGHFAGIQFYLDNVDTSKWPYRLPSPAG--TG 131 Query: 122 IATDMQHIESVLAARALTMGVEIMRGAGVDGLRQSDEHVDIHAGGQTFRARWLVGCDGGR 181 +A +M+H+E+VL ARA MGVEI RG GV+GL QS + V I AGG+ FR RWLVGCDGGR Sbjct: 132 MAVEMEHLETVLVARASAMGVEIRRGLGVEGLEQSGDGVTICAGGEIFRGRWLVGCDGGR 191 Query: 182 STVRKIGGFEFAGTEPEFTGYSVEVALADPQLLPPGRHYTATGMYTFQPPGTVAMVDFDG 241 STVRK GF F GT+PEFTGYS +V +ADP L GRHYT TGMYT+Q PGT+AMVDFDG Sbjct: 192 STVRKAAGFAFVGTDPEFTGYSADVEMADPDKLRVGRHYTPTGMYTYQKPGTIAMVDFDG 251 Query: 242 GAFHRTQPITREYVESVLRRISGVGALNVTALRLAATWTDRAFQAATYREGRILLAGDAA 301 GAFHR QP+T E+V++VLR ISG + +TALRLA TWTDRA+QA YR GR+LLAGDAA Sbjct: 252 GAFHRAQPMTLEHVQAVLRHISGT-EVTLTALRLATTWTDRAYQATAYRNGRVLLAGDAA 310 Query: 302 HVHSPLGGQGLNLGLGDAMNLGWKLAATIRGDAPDGLLDSYETERHPVGTRILDWSRAQV 361 H+HSPLGGQGLNLGLGDAMNLGWKLAATI G+AP LLDSY +ERH VG ++LDWSRAQV Sbjct: 311 HIHSPLGGQGLNLGLGDAMNLGWKLAATIHGNAPADLLDSYVSERHSVGAQVLDWSRAQV 370 Query: 362 GLMRPGESSRALAAVIRDLIGTRDGATYFAERVWGLSLRYELGDKHPLVGCSAPDFVLAD 421 LMRP +SSRAL A+IRDLI TRDGATYFAERVWG+SLRYELG HPLVG SAPDF LAD Sbjct: 371 ALMRPSKSSRALEAIIRDLIDTRDGATYFAERVWGVSLRYELGGSHPLVGRSAPDFELAD 430 Query: 422 GSRLGEHLRNGKGLLLDFGTDASLQSTVRHWSERITYCASDAGDKLGLSALLVRPDGIVA 481 G++LG+HL+NGKGLLLDF DA LQ+ W RI Y ASDA D+LGLSALLVRPDGIVA Sbjct: 431 GTKLGDHLQNGKGLLLDFEADAPLQALASRWKGRIVYVASDAKDRLGLSALLVRPDGIVA 490 Query: 482 WAGDGAADPEQVAEAAARWF 501 W G+ A + E+VA+AA+RWF Sbjct: 491 WVGEDAPNQEEVAQAASRWF 510 >C6B309.1 C6B309_RHILS Monooxygenase FAD-binding Length = 506 Score = 674 bits (1738), Expect = 0.0, Method: Compositional matrix adjust. Identities = 352/495 (71%), Positives = 400/495 (80%), Gaps = 5/495 (1%) Query: 7 GAGPVGLFLACELRLAGVSVLVLEQTDNPQSPLKQLPFGIRGLSIPTVEAFHWRGLLDAV 66 GAGPVGLFLACELRLAG+SVLVLEQ ++P SPLK+LPFG+RGLS PT+EAF+ RGLLD + Sbjct: 14 GAGPVGLFLACELRLAGLSVLVLEQAEDPHSPLKRLPFGMRGLSAPTIEAFYRRGLLDDI 73 Query: 67 KAPSPVANASASTPHWMQQPRRAGGHFAGMQFYLDQVDRSKWPTHLPGPAXGDAGIATDM 126 AP + S HWMQQPRR GGHFAG+QF+ D +D S WP LPGPA +A +M Sbjct: 74 MAPQREKDQWTSA-HWMQQPRRPGGHFAGIQFFHDTIDTSTWPYRLPGPAG--TSMAVEM 130 Query: 127 QHIESVLAARALTMGVEIMRGAGVDGLRQSDEHVDIHAGGQTFRARWLVGCDGGRSTVRK 186 +H+E VLAARA MGVE RG GVDG QS V + AGG+ F RWL+GCDGGRSTVR+ Sbjct: 131 EHLEFVLAARASAMGVETRRGLGVDGFDQSGGGVTVRAGGEIFLGRWLIGCDGGRSTVRR 190 Query: 187 IGGFEFAGTEPEFTGYSVEVALADPQLLPPGRHYTATGMYTFQPPGTVAMVDFDGGAFHR 246 GGFEF GT+PEFTGYSV+V +ADP+ L PGRHYT TGMYT+Q PGT+AMVDFDGGAFHR Sbjct: 191 AGGFEFVGTDPEFTGYSVQVEMADPEKLVPGRHYTPTGMYTYQKPGTIAMVDFDGGAFHR 250 Query: 247 TQPITREYVESVLRRISGVGALNVTALRLAATWTDRAFQAATYREGRILLAGDAAHVHSP 306 TQPIT E+V+SVLR ISG + VT L LA TWTDRA+QA YR+GR+LLAGDAAH+HSP Sbjct: 251 TQPITPEHVQSVLRHISGAD-VTVTGLELATTWTDRAYQATAYRKGRVLLAGDAAHIHSP 309 Query: 307 LGGQGLNLGLGDAMNLGWKLAATIRGDAPDGLLDSYETERHPVGTRILDWSRAQVGLMRP 366 LGGQGLNLGLGDAMNLGWKLAATIRGDAP+GLLDSY ERHPVG +ILDWSRAQV LMRP Sbjct: 310 LGGQGLNLGLGDAMNLGWKLAATIRGDAPEGLLDSYFCERHPVGAQILDWSRAQVALMRP 369 Query: 367 GESSRALAAVIRDLIGTRDGATYFAERVWGLSLRYELGDKHPLVGCSAPDFVLADGSRLG 426 SSRAL A+IRDLI TRDGATYFAERVWG+SL Y+LG HPLVG SAPDF LADG++LG Sbjct: 370 SRSSRALEAIIRDLIDTRDGATYFAERVWGVSLCYDLGGSHPLVGRSAPDFELADGTKLG 429 Query: 427 EHLRNGKGLLLDFGTDASLQSTVRHWSERITYCASDAGDKLGLSALLVRPDGIVAWAGDG 486 +H R GKGLLLDF A LQ+ W+ ITY ASDA D+LGLSALLVRPDG VAWAG+ Sbjct: 430 DHFRQGKGLLLDFDAGAPLQALASRWNV-ITYVASDARDRLGLSALLVRPDGFVAWAGEA 488 Query: 487 AADPEQVAEAAARWF 501 D E+ A+AA+RWF Sbjct: 489 VPDNEEAAQAASRWF 503 >Q13RD5.1 Q13RD5_BURXL Putative oxygenase Length = 515 Score = 670 bits (1729), Expect = 0.0, Method: Compositional matrix adjust. Identities = 338/499 (67%), Positives = 402/499 (80%), Gaps = 7/499 (1%) Query: 7 GAGPVGLFLACELRLAGVSVLVLEQTDNPQSPLKQLPFGIRGLSIPTVEAFHWRGLLDAV 66 G GPVGLFLACELRLAG+ VLVLEQ ++P SPLK+LPFG+RGLS PT+EAF+ RG+L+ + Sbjct: 9 GGGPVGLFLACELRLAGLPVLVLEQAEDPGSPLKRLPFGLRGLSAPTLEAFYRRGMLNEI 68 Query: 67 KAPSPVANASAST----PHWMQQPRRAGGHFAGMQFYLDQVDRSKWPTHLPGPAXGDAGI 122 AP + S S+ HWMQQ RR GGHFAG+QFY D +D SKWP LPGPA + Sbjct: 69 AAPQRAKDDSGSSVPNAAHWMQQQRRPGGHFAGIQFYYDNIDTSKWPYRLPGPAG--TSM 126 Query: 123 ATDMQHIESVLAARALTMGVEIMRGAGVDGLRQSDEHVDIHAGGQTFRARWLVGCDGGRS 182 A +M+HIESVL ARA+ +GVEI RG VDG QS+E V +HAG + FR RWLVGCDGGRS Sbjct: 127 AVEMEHIESVLTARAIALGVEIRRGLSVDGFDQSEEGVTVHAGSEIFRGRWLVGCDGGRS 186 Query: 183 TVRKIGGFEFAGTEPEFTGYSVEVALADPQLLPPGRHYTATGMYTFQPPGTVAMVDFDGG 242 TVR+IGGF+F GT+PEFTGYSV+V +ADP+ L PGRHYT TGMYT+Q PGT+AMVDFDGG Sbjct: 187 TVRRIGGFDFVGTDPEFTGYSVQVEMADPEKLKPGRHYTPTGMYTYQKPGTIAMVDFDGG 246 Query: 243 AFHRTQPITREYVESVLRRISGVGALNVTALRLAATWTDRAFQAATYREGRILLAGDAAH 302 AFHRTQPIT ++V++VLR IS + VTAL+LA TWTDRA+ A TYR+GR+LLAGDAAH Sbjct: 247 AFHRTQPITLDHVQAVLRHISNTD-VTVTALQLATTWTDRAYHATTYRKGRVLLAGDAAH 305 Query: 303 VHSPLGGQGLNLGLGDAMNLGWKLAATIRGDAPDGLLDSYETERHPVGTRILDWSRAQVG 362 +HSPLGGQGLNLGLGDAMNLGWKLAAT+R DAP GLLDSY +ERHPVG ++LDWSRAQV Sbjct: 306 IHSPLGGQGLNLGLGDAMNLGWKLAATVRDDAPAGLLDSYTSERHPVGAQVLDWSRAQVA 365 Query: 363 LMRPGESSRALAAVIRDLIGTRDGATYFAERVWGLSLRYELGDKHPLVGCSAPDFVLADG 422 +MRP SSRAL A++RDLI TRDGATYFAERVWG +LRY+LG H LVG SAPDF L DG Sbjct: 366 IMRPSRSSRALEAIMRDLIDTRDGATYFAERVWGTALRYDLGSSHTLVGRSAPDFELIDG 425 Query: 423 SRLGEHLRNGKGLLLDFGTDASLQSTVRHWSERITYCASDAGDKLGLSALLVRPDGIVAW 482 +RLGE G+GLLLDF SLQ+ WS+RITY ASD D+LG+SA+LVRPDG VAW Sbjct: 426 TRLGELFTKGRGLLLDFDALPSLQALASRWSDRITYVASDVKDRLGVSAVLVRPDGFVAW 485 Query: 483 AGDGAADPEQVAEAAARWF 501 AG+ + + ++ +AA++WF Sbjct: 486 AGEASPNHDEATQAASQWF 504 >C8SPI1.1 C8SPI1_9RHIZ Monooxygenase FAD-binding Length = 514 Score = 668 bits (1723), Expect = 0.0, Method: Compositional matrix adjust. Identities = 345/497 (69%), Positives = 402/497 (80%), Gaps = 5/497 (1%) Query: 7 GAGPVGLFLACELRLAGVSVLVLEQTDNPQSPLKQLPFGIRGLSIPTVEAFHWRGLLDAV 66 GAGPVGLFLACELRLA +SVLVLEQ ++P S LK+LPFG+RGL++PT+EAFH RGLL+ + Sbjct: 15 GAGPVGLFLACELRLASLSVLVLEQAEDPGSALKRLPFGMRGLTVPTIEAFHRRGLLEDI 74 Query: 67 KAPSPVANA--SASTPHWMQQPRRAGGHFAGMQFYLDQVDRSKWPTHLPGPAXGDAGIAT 124 P+ + + HWMQQ RR GGHFAG+QFYLD +DRSKWP LPG A +A Sbjct: 75 APPTNDGSGGGKLADAHWMQQQRRPGGHFAGIQFYLDAIDRSKWPYRLPGSAG--TSMAV 132 Query: 125 DMQHIESVLAARALTMGVEIMRGAGVDGLRQSDEHVDIHAGGQTFRARWLVGCDGGRSTV 184 +M+H+E+ LAARA +GVEI RG GV+ + QSDEHV I AGG+TFRA WLVGCDGGRSTV Sbjct: 133 EMEHLETALAARASAIGVEIRRGLGVEAVDQSDEHVTIRAGGETFRACWLVGCDGGRSTV 192 Query: 185 RKIGGFEFAGTEPEFTGYSVEVALADPQLLPPGRHYTATGMYTFQPPGTVAMVDFDGGAF 244 RK+GGF F GT+PEFTGYSVEV + DP L GRHYT TGMYT+ PGT+AMV+FDGGAF Sbjct: 193 RKLGGFAFTGTDPEFTGYSVEVEMVDPDRLSLGRHYTPTGMYTYSRPGTIAMVEFDGGAF 252 Query: 245 HRTQPITREYVESVLRRISGVGALNVTALRLAATWTDRAFQAATYREGRILLAGDAAHVH 304 HRT+PIT E+V++VLRR+SG + +TALRLA TWTDRA+QA YR GR+LLAGDAAH+H Sbjct: 253 HRTEPITPEHVQAVLRRVSGTD-VTLTALRLATTWTDRAYQATAYRNGRVLLAGDAAHIH 311 Query: 305 SPLGGQGLNLGLGDAMNLGWKLAATIRGDAPDGLLDSYETERHPVGTRILDWSRAQVGLM 364 SPLGGQGLNLGLGDAMNLGWKLAATIRGDAP GLLDSY ERHPVG ++LDWSRAQV LM Sbjct: 312 SPLGGQGLNLGLGDAMNLGWKLAATIRGDAPAGLLDSYFDERHPVGAQVLDWSRAQVALM 371 Query: 365 RPGESSRALAAVIRDLIGTRDGATYFAERVWGLSLRYELGDKHPLVGCSAPDFVLADGSR 424 RP SSRAL A+IRDLI TRDGATYFAERVWG+SLRY+LG HPLVG SAPDF LADG++ Sbjct: 372 RPSRSSRALEAIIRDLIDTRDGATYFAERVWGISLRYDLGGNHPLVGRSAPDFELADGTK 431 Query: 425 LGEHLRNGKGLLLDFGTDASLQSTVRHWSERITYCASDAGDKLGLSALLVRPDGIVAWAG 484 LGE LR G GLLLDF + +LQ+ WS ITY A DA ++LGLSALLVRPDG+VAWA Sbjct: 432 LGERLRCGGGLLLDFDANPALQALASRWSGLITYVAVDARERLGLSALLVRPDGVVAWAA 491 Query: 485 DGAADPEQVAEAAARWF 501 D D E+++ A+RWF Sbjct: 492 DAEPDLEELSGTASRWF 508