BLAST Search Results

BLASTP 2.2.25+ Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer, 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 composition-based statistics: Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST protein database searches with composition-based statistics and other refinements", Nucleic Acids Res. 29:2994-3005. Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,229,318 sequences; 5,219,829,388 total letters Query= Rv1751 Length=460 Score E Sequences producing significant alignments: (Bits) Value gi|15608889|ref|NP_216267.1| hypothetical protein Rv1751 [Mycoba... 928 0.0 gi|31792939|ref|NP_855432.1| hypothetical protein Mb1780 [Mycoba... 925 0.0 gi|121637659|ref|YP_977882.1| hypothetical protein BCG_1790 [Myc... 924 0.0 gi|340626759|ref|YP_004745211.1| putative oxidoreductase [Mycoba... 922 0.0 gi|15841216|ref|NP_336253.1| hypothetical protein MT1794 [Mycoba... 830 0.0 gi|289745809|ref|ZP_06505187.1| conserved hypothetical protein [... 793 0.0 gi|183982637|ref|YP_001850928.1| oxidoreductase [Mycobacterium m... 732 0.0 gi|296164716|ref|ZP_06847281.1| monooxygenase [Mycobacterium par... 680 0.0 gi|240171220|ref|ZP_04749879.1| hypothetical protein MkanA1_1804... 652 0.0 gi|254818811|ref|ZP_05223812.1| hypothetical protein MintA_02744... 622 3e-176 gi|333992648|ref|YP_004525262.1| oxidoreductase [Mycobacterium s... 614 9e-174 gi|120401467|ref|YP_951296.1| hypothetical protein Mvan_0442 [My... 551 1e-154 gi|315442121|ref|YP_004075000.1| 2-polyprenyl-6-methoxyphenol hy... 540 2e-151 gi|145220908|ref|YP_001131586.1| hypothetical protein Mflv_0304 ... 518 8e-145 gi|284990877|ref|YP_003409431.1| FAD-binding monooxygenase prote... 511 1e-142 gi|297560203|ref|YP_003679177.1| monooxygenase FAD-binding prote... 506 4e-141 gi|317507188|ref|ZP_07964942.1| FAD binding domain-containing pr... 505 7e-141 gi|302524976|ref|ZP_07277318.1| monooxygenase [Streptomyces sp. ... 489 4e-136 gi|118473360|ref|YP_889214.1| hypothetical protein MSMEG_4962 [M... 484 1e-134 gi|169631829|ref|YP_001705478.1| hypothetical protein MAB_4756c ... 471 8e-131 gi|257054955|ref|YP_003132787.1| 2-polyprenyl-6-methoxyphenol hy... 464 1e-128 gi|300783621|ref|YP_003763912.1| FAD-dependent oxidoreductase [A... 462 7e-128 gi|72161967|ref|YP_289624.1| hypothetical protein Tfu_1565 [Ther... 457 1e-126 gi|325000311|ref|ZP_08121423.1| FAD-dependent oxidoreductase [Ps... 429 4e-118 gi|345013036|ref|YP_004815390.1| FAD-binding monooxygenase [Stre... 424 2e-116 gi|169628736|ref|YP_001702385.1| hypothetical protein MAB_1646c ... 403 3e-110 gi|134102586|ref|YP_001108247.1| hypothetical protein SACE_6149 ... 390 2e-106 gi|302548170|ref|ZP_07300512.1| monooxygenase, FAD-binding [Stre... 390 2e-106 gi|116669072|ref|YP_830005.1| hypothetical protein Arth_0506 [Ar... 390 2e-106 gi|300785430|ref|YP_003765721.1| FAD-dependent oxidoreductase [A... 387 3e-105 gi|291300125|ref|YP_003511403.1| FAD-binding monooxygenase prote... 385 1e-104 gi|134098449|ref|YP_001104110.1| hypothetical protein SACE_1873 ... 385 1e-104 gi|345011652|ref|YP_004814006.1| FAD-binding monooxygenase [Stre... 383 3e-104 gi|323357860|ref|YP_004224256.1| 2-polyprenyl-6-methoxyphenol hy... 379 6e-103 gi|302528407|ref|ZP_07280749.1| monooxygenase [Streptomyces sp. ... 378 1e-102 gi|297162442|gb|ADI12154.1| hypothetical protein SBI_09036 [Stre... 375 6e-102 gi|154253609|ref|YP_001414433.1| hypothetical protein Plav_3170 ... 374 1e-101 gi|340526874|gb|AEK42079.1| hypothetical protein RAM_17965 [Amyc... 374 2e-101 gi|256380003|ref|YP_003103663.1| FAD-binding monooxygenase [Acti... 372 5e-101 gi|300023208|ref|YP_003755819.1| FAD-binding monooxygenase prote... 368 1e-99 gi|75675847|ref|YP_318268.1| hypothetical protein Nwi_1655 [Nitr... 365 7e-99 gi|260904773|ref|ZP_05913095.1| hypothetical protein BlinB_05539... 364 2e-98 gi|331695676|ref|YP_004331915.1| monooxygenase FAD-binding prote... 358 1e-96 gi|338738897|ref|YP_004675859.1| FAD-binding monooxygenase [Hyph... 357 2e-96 gi|85716305|ref|ZP_01047278.1| hypothetical protein NB311A_18995... 355 7e-96 gi|320107241|ref|YP_004182831.1| monooxygenase FAD-binding prote... 348 1e-93 gi|92117843|ref|YP_577572.1| hypothetical protein Nham_2320 [Nit... 347 2e-93 gi|108760946|ref|YP_634394.1| hypothetical protein MXAN_6265 [My... 345 1e-92 gi|271964775|ref|YP_003338971.1| FAD-binding monooxygenase prote... 344 2e-92 gi|118618931|ref|YP_907263.1| hypothetical protein MUL_3663 [Myc... 343 3e-92 >gi|15608889|ref|NP_216267.1| hypothetical protein Rv1751 [Mycobacterium tuberculosis H37Rv] gi|148661550|ref|YP_001283073.1| hypothetical protein MRA_1762 [Mycobacterium tuberculosis H37Ra] gi|148822958|ref|YP_001287712.1| hypothetical protein TBFG_11769 [Mycobacterium tuberculosis F11] 40 more sequence titles Length=460 Score = 928 bits (2398), Expect = 0.0, Method: Compositional matrix adjust. Identities = 460/460 (100%), Positives = 460/460 (100%), Gaps = 0/460 (0%) Query 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG Sbjct 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 Query 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE Sbjct 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 Query 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG Sbjct 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 Query 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP Sbjct 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 Query 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE Sbjct 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 Query 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA Sbjct 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 Query 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL Sbjct 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 Query 421 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP Sbjct 421 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 >gi|31792939|ref|NP_855432.1| hypothetical protein Mb1780 [Mycobacterium bovis AF2122/97] gi|31618530|emb|CAD94482.1| PROBABLE OXIDOREDUCTASE [Mycobacterium bovis AF2122/97] Length=460 Score = 925 bits (2391), Expect = 0.0, Method: Compositional matrix adjust. Identities = 459/460 (99%), Positives = 459/460 (99%), Gaps = 0/460 (0%) Query 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG Sbjct 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 Query 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE Sbjct 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 Query 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG Sbjct 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 Query 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP Sbjct 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 Query 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE Sbjct 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 Query 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 ATASVAALAS DEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA Sbjct 301 ATASVAALASTDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 Query 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL Sbjct 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 Query 421 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP Sbjct 421 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 >gi|121637659|ref|YP_977882.1| hypothetical protein BCG_1790 [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224990134|ref|YP_002644821.1| hypothetical protein JTY_1765 [Mycobacterium bovis BCG str. Tokyo 172] gi|121493306|emb|CAL71777.1| Probable oxidoreductase [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224773247|dbj|BAH26053.1| hypothetical protein JTY_1765 [Mycobacterium bovis BCG str. Tokyo 172] gi|341601677|emb|CCC64350.1| probable oxidoreductase [Mycobacterium bovis BCG str. Moreau RDJ] Length=460 Score = 924 bits (2388), Expect = 0.0, Method: Compositional matrix adjust. Identities = 458/460 (99%), Positives = 459/460 (99%), Gaps = 0/460 (0%) Query 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG Sbjct 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 Query 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE Sbjct 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 Query 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG Sbjct 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 Query 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP Sbjct 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 Query 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE Sbjct 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 Query 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 ATASVAALAS DEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA Sbjct 301 ATASVAALASTDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 Query 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL Sbjct 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 Query 421 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 GLVERLPWLSAVPAYFVG+GVRPEHAPAFARRGPGNRKGP Sbjct 421 GLVERLPWLSAVPAYFVGLGVRPEHAPAFARRGPGNRKGP 460 >gi|340626759|ref|YP_004745211.1| putative oxidoreductase [Mycobacterium canettii CIPT 140010059] gi|340004949|emb|CCC44097.1| putative oxidoreductase [Mycobacterium canettii CIPT 140010059] Length=460 Score = 922 bits (2384), Expect = 0.0, Method: Compositional matrix adjust. Identities = 458/460 (99%), Positives = 458/460 (99%), Gaps = 0/460 (0%) Query 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 MIATM SMARRSRHDNKITTPAVDCLTIERLDSP SGAPQVTPYARALMGETTTCAIIGG Sbjct 1 MIATMTSMARRSRHDNKITTPAVDCLTIERLDSPPSGAPQVTPYARALMGETTTCAIIGG 60 Query 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE Sbjct 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 Query 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG Sbjct 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 Query 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP Sbjct 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 Query 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE Sbjct 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 Query 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA Sbjct 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 Query 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL Sbjct 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALL 420 Query 421 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP Sbjct 421 GLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 >gi|15841216|ref|NP_336253.1| hypothetical protein MT1794 [Mycobacterium tuberculosis CDC1551] gi|308231921|ref|ZP_07414277.2| oxidoreductase [Mycobacterium tuberculosis SUMu001] gi|308369518|ref|ZP_07418096.2| oxidoreductase [Mycobacterium tuberculosis SUMu002] 26 more sequence titles Length=412 Score = 830 bits (2143), Expect = 0.0, Method: Compositional matrix adjust. Identities = 412/412 (100%), Positives = 412/412 (100%), Gaps = 0/412 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG Sbjct 1 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP Sbjct 61 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 120 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF Sbjct 121 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE Sbjct 181 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 240 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV Sbjct 241 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 300 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL Sbjct 301 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 360 Query 409 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 460 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP Sbjct 361 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKGP 412 >gi|289745809|ref|ZP_06505187.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|289686337|gb|EFD53825.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] Length=539 Score = 793 bits (2049), Expect = 0.0, Method: Compositional matrix adjust. Identities = 392/393 (99%), Positives = 393/393 (100%), Gaps = 0/393 (0%) Query 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG Sbjct 1 MIATMPSMARRSRHDNKITTPAVDCLTIERLDSPASGAPQVTPYARALMGETTTCAIIGG 60 Query 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE Sbjct 61 GPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSE 120 Query 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG Sbjct 121 VRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 Query 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP Sbjct 181 LLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLP 240 Query 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE Sbjct 241 REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPE 300 Query 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA Sbjct 301 ATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAA 360 Query 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQ 393 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVT+ Sbjct 361 ATILAEPLREHRVSSRHLAAVRRRRAFPTAVTK 393 >gi|183982637|ref|YP_001850928.1| oxidoreductase [Mycobacterium marinum M] gi|183175963|gb|ACC41073.1| oxidoreductase [Mycobacterium marinum M] Length=409 Score = 732 bits (1889), Expect = 0.0, Method: Compositional matrix adjust. Identities = 357/405 (89%), Positives = 380/405 (94%), Gaps = 0/405 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 MGE TTCAIIGGGPAGMVLGLLLARAGV+VTLLEKHGDFLRDFRGDTVHPTTMRLLDELG Sbjct 1 MGEKTTCAIIGGGPAGMVLGLLLARAGVEVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 LWERFA LP+SEVR ATL +NGR+VTYIDF RL+QP+PYVAMVPQWDLLNLLAEAAQAEP Sbjct 61 LWERFAELPFSEVRKATLDTNGRSVTYIDFGRLNQPHPYVAMVPQWDLLNLLAEAAQAEP 120 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 SFTLRM TEVTGLL+EGG+VTGVRYQGAEGPGELRAELTVACDGRWSIAR AGLKAR++ Sbjct 121 SFTLRMNTEVTGLLQEGGRVTGVRYQGAEGPGELRAELTVACDGRWSIARQAAGLKARDY 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 PVNFDVWWFKLPREGDA+FSFLPRF PGKGLGVIPREGYFQIAY+GPKGTDA+LRERGIE Sbjct 181 PVNFDVWWFKLPREGDADFSFLPRFGPGKGLGVIPREGYFQIAYIGPKGTDAKLRERGIE 240 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 EFR D+ LLPEA SVA LASMD+VKHLNVKVNRLRRWHIDGLLCIGDAAHAMSP+ GV Sbjct 241 EFRHDIGALLPEAAESVAGLASMDDVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPLGGV 300 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLAVQDAVAAATILAEPL HRV+ R LAAVRRRR PT +TQAVQR+LHRRLLGPLL Sbjct 301 GINLAVQDAVAAATILAEPLLGHRVTGRDLAAVRRRRVIPTVITQAVQRLLHRRLLGPLL 360 Query 409 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRG 453 +G+D TPPAALLGLVER+PWLS +PAYFVGVGVRPEHAPAFARRG Sbjct 361 RGQDATPPAALLGLVERVPWLSVIPAYFVGVGVRPEHAPAFARRG 405 >gi|296164716|ref|ZP_06847281.1| monooxygenase [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295899934|gb|EFG79375.1| monooxygenase [Mycobacterium parascrofulaceum ATCC BAA-614] Length=407 Score = 680 bits (1754), Expect = 0.0, Method: Compositional matrix adjust. Identities = 334/407 (83%), Positives = 363/407 (90%), Gaps = 0/407 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M E TTCAI+GGGPAGMVLGLLLARAGV+VTL+EKHGDFLRDFRGDTVHPTTMRLLDELG Sbjct 1 MAEETTCAIVGGGPAGMVLGLLLARAGVRVTLMEKHGDFLRDFRGDTVHPTTMRLLDELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 LWE FAALP++EVRTA L SNGR+VTY+DFERL QP+P+VAMVPQWDLLNLLA+AAQAEP Sbjct 61 LWEPFAALPFTEVRTAKLESNGRSVTYVDFERLRQPHPFVAMVPQWDLLNLLADAAQAEP 120 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 SF+LRM TEVTGLL E G+V GVRY+ +GPGELRAELTVACDGRWS+AR AGLKAREF Sbjct 121 SFSLRMNTEVTGLLWEAGRVAGVRYRDPDGPGELRAELTVACDGRWSVARRAAGLKAREF 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 PV FDVWWF+LP + D E+SFLPR PGKGL VIPRE YFQIAYLGPKGTDAQLR RGIE Sbjct 181 PVKFDVWWFRLPHKEDTEYSFLPRLGPGKGLAVIPRERYFQIAYLGPKGTDAQLRARGIE 240 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 FRRDV ELLP+ SVAAL SMD+VKHL+V VNRLRRWH +GLLCIGDAAHAMSP+ GV Sbjct 241 AFRRDVGELLPDMPESVAALQSMDDVKHLDVHVNRLRRWHTEGLLCIGDAAHAMSPLGGV 300 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLA+QDAVAAAT+LAEPLR HRV R LAAV RRR FPT VTQ VQ+VLHR LLGPLL Sbjct 301 GINLAIQDAVAAATLLAEPLRRHRVGVRELAAVHRRRMFPTVVTQLVQQVLHRMLLGPLL 360 Query 409 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPG 455 +G DPTPPAALLGL++RLPWLSAVPAYFVGVGV PEHAPAFARRG G Sbjct 361 RGADPTPPAALLGLMKRLPWLSAVPAYFVGVGVLPEHAPAFARRGTG 407 >gi|240171220|ref|ZP_04749879.1| hypothetical protein MkanA1_18046 [Mycobacterium kansasii ATCC 12478] Length=395 Score = 652 bits (1682), Expect = 0.0, Method: Compositional matrix adjust. Identities = 319/395 (81%), Positives = 348/395 (89%), Gaps = 0/395 (0%) Query 65 MVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSEVRTA 124 MVLGLLLARAGV+VTLLEKHGDFLRDFRGDTVHPTT+RLLDELGLWERFAALP+SEVR A Sbjct 1 MVLGLLLARAGVEVTLLEKHGDFLRDFRGDTVHPTTLRLLDELGLWERFAALPFSEVRKA 60 Query 125 TLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTGLLRE 184 T + R+VTY+DFERL P+PY+AMVPQWDLLNLLAEAAQAEP+FTLRMKTE TGLLR+ Sbjct 61 TFDTGARSVTYLDFERLRLPHPYIAMVPQWDLLNLLAEAAQAEPTFTLRMKTEATGLLRD 120 Query 185 GGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVWWFKLPREGD 244 G +V GVRYQG +GPGELRAELTVACDGRWS+AR EAGL+A ++PV FDVWWFKLP E Sbjct 121 GDRVVGVRYQGPDGPGELRAELTVACDGRWSMARQEAGLRAHDYPVQFDVWWFKLPYEDT 180 Query 245 AEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRDVSELLPEATAS 304 EFS LPRF PGK L VIPR+GYFQIAYLGPKG DA LRERGIE F RDV+ L+PEA S Sbjct 181 TEFSLLPRFGPGKALVVIPRKGYFQIAYLGPKGADAVLRERGIEAFGRDVAALVPEAAES 240 Query 305 VAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLAVQDAVAAATIL 364 AAL SMDEVKHL+VKVNRLRRWH DGLLCIGDAAHAMSP+ GVGINLAVQDAVAAATIL Sbjct 241 AAALTSMDEVKHLDVKVNRLRRWHADGLLCIGDAAHAMSPLGGVGINLAVQDAVAAATIL 300 Query 365 AEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDPTPPAALLGLVE 424 A+PL HRV+ R LAAVRRRR PT VTQ VQRVLHR L+GPLL G+DPTPPAALL +V+ Sbjct 301 AKPLLRHRVTDRDLAAVRRRRLLPTVVTQTVQRVLHRMLVGPLLGGKDPTPPAALLAVVD 360 Query 425 RLPWLSAVPAYFVGVGVRPEHAPAFARRGPGNRKG 459 +LPWLS +PAYFVGVGVRPEHAPAFARRGPGN G Sbjct 361 KLPWLSMLPAYFVGVGVRPEHAPAFARRGPGNAGG 395 >gi|254818811|ref|ZP_05223812.1| hypothetical protein MintA_02744 [Mycobacterium intracellulare ATCC 13950] Length=410 Score = 622 bits (1605), Expect = 3e-176, Method: Compositional matrix adjust. Identities = 315/407 (78%), Positives = 350/407 (86%), Gaps = 0/407 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M ETTTCA++GGGPAGMVLGLLLARAGV+VTLLEKHGDFLRDFRGDTVHPTT+RLLDELG Sbjct 1 MVETTTCAVVGGGPAGMVLGLLLARAGVEVTLLEKHGDFLRDFRGDTVHPTTLRLLDELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 L ERFA LP+S++R T SNG +VTY+DFERL QP+ Y+AMVPQWDLLNLLAEAA+AEP Sbjct 61 LGERFARLPFSKLRRGTFESNGHSVTYLDFERLRQPHRYIAMVPQWDLLNLLAEAARAEP 120 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 SFTLRM++EVTGLLR+GG+V GVRY G +GPGELRAELTVACDGRWSI R EAGL A E+ Sbjct 121 SFTLRMRSEVTGLLRDGGRVVGVRYDGPDGPGELRAELTVACDGRWSIVRQEAGLTAHEY 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 PVNFDVWWFKLPR+G A+ SFLPR GK L VIPREGY QIAYLGPKG DAQLR RG+E Sbjct 181 PVNFDVWWFKLPRDGAADHSFLPRIGSGKALAVIPREGYNQIAYLGPKGGDAQLRARGVE 240 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 FRRDV LLP+ SVAAL SMDEVKHL+V+VNRLRRWH DGLLCIGDAAHAMSP+ GV Sbjct 241 AFRRDVGALLPDMPESVAALESMDEVKHLDVRVNRLRRWHTDGLLCIGDAAHAMSPLGGV 300 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLA+QDAVAAAT+LAEPLR HRV+ R LAAVRRRRA T +TQA QRVL L+ + Sbjct 301 GINLAIQDAVAAATLLAEPLRRHRVTGRDLAAVRRRRAVATVLTQAGQRVLQAALVRAVF 360 Query 409 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPG 455 +G DP PP +LG+V RLPWLS VPAYFVGVG+RPEHAP FARR PG Sbjct 361 RGADPAPPRWVLGVVRRLPWLSVVPAYFVGVGIRPEHAPGFARRPPG 407 >gi|333992648|ref|YP_004525262.1| oxidoreductase [Mycobacterium sp. JDM601] gi|333488616|gb|AEF38008.1| oxidoreductase [Mycobacterium sp. JDM601] Length=407 Score = 614 bits (1584), Expect = 9e-174, Method: Compositional matrix adjust. Identities = 301/405 (75%), Positives = 347/405 (86%), Gaps = 2/405 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M ETT+CAI+GGGPAGMVL LLLARAGV VTLLEKH DFLRDFRGDTVHPTT+RLLDELG Sbjct 4 MTETTSCAIVGGGPAGMVLALLLARAGVDVTLLEKHADFLRDFRGDTVHPTTLRLLDELG 63 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLH-QPYPYVAMVPQWDLLNLLAEAAQAE 167 LW+RFAAL +SE+ L GR VT +DF RL QP+PY+AMVPQWDLLNLLAE+AQ E Sbjct 64 LWDRFAALSHSEIHQVVLDVAGRGVTVVDFGRLRGQPHPYIAMVPQWDLLNLLAESAQTE 123 Query 168 PSFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKARE 227 P+FTLRM+TEVTGLL E G+V GVRYQG +GPGELRA LTVACDGRWSIARHEAGL++RE Sbjct 124 PTFTLRMQTEVTGLLHENGRVAGVRYQGPDGPGELRAGLTVACDGRWSIARHEAGLRSRE 183 Query 228 FPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGI 287 FPVNFDVWWF+LP EGDA+ + LPR PG+ +IPREGYFQ+AYLG KG DA LRERGI Sbjct 184 FPVNFDVWWFRLPNEGDAKPTLLPRLGPGRAAIMIPREGYFQVAYLGLKGGDAVLRERGI 243 Query 288 EEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAG 347 E FRR+V +L+PEA +V AL S+++VKHL+V+VNRLRRW +DGLLCIGDAAHAMSPV G Sbjct 244 EAFRREVVDLIPEAADAVGALRSLEDVKHLDVRVNRLRRWSVDGLLCIGDAAHAMSPVGG 303 Query 348 VGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL 407 VGINLAVQDAVAAATILAEPLR +V+ R LAAV+RRR FPT VTQ+VQRVLHR L P+ Sbjct 304 VGINLAVQDAVAAATILAEPLRRGQVTGRDLAAVQRRRVFPTVVTQSVQRVLHRALT-PI 362 Query 408 LQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 L+G++ +PPAA ++ +LPWLSA+PAY VGVGVRPE AP+FARR Sbjct 363 LRGKNLSPPAAFGAVIAKLPWLSAIPAYLVGVGVRPERAPSFARR 407 >gi|120401467|ref|YP_951296.1| hypothetical protein Mvan_0442 [Mycobacterium vanbaalenii PYR-1] gi|119954285|gb|ABM11290.1| monooxygenase, FAD-binding protein [Mycobacterium vanbaalenii PYR-1] Length=425 Score = 551 bits (1419), Expect = 1e-154, Method: Compositional matrix adjust. Identities = 269/408 (66%), Positives = 324/408 (80%), Gaps = 2/408 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M TTCA++GGGPAGMVLGLLLARAGV+VT+LEKH DFLRDFRGDTVHPTT+RL+DELG Sbjct 17 MNAKTTCAVVGGGPAGMVLGLLLARAGVEVTVLEKHADFLRDFRGDTVHPTTLRLIDELG 76 Query 109 LWERFAALPYSEVRTATLHSN-GRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAE 167 LW +F+ALP+S + AT+ GR +T +DF RL QP+PY+AMVPQWDLLNLLAEA +AE Sbjct 77 LWPKFSALPHSRLERATVDVGAGRTITVVDFGRLRQPHPYIAMVPQWDLLNLLAEAGEAE 136 Query 168 PSFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKARE 227 P+FTLRM TE TGL+REGG+V GVRYQ +GPGELRA+LTV CDGR S+ R AGL+ RE Sbjct 137 PTFTLRMCTEATGLIREGGRVVGVRYQDPDGPGELRADLTVGCDGRGSVLRGLAGLQVRE 196 Query 228 FPVNFDVWWFKLPREGDAE-FSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERG 286 FPV+FD WWF+LPR D ++ +PR +PGK + VIPREGY QIA L PKGTDA+ R RG Sbjct 197 FPVSFDAWWFRLPRPADDSIYTLVPRIAPGKAMIVIPREGYLQIAMLIPKGTDAERRARG 256 Query 287 IEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVA 346 ++ FR DV LLPEA ++ + S+D+VKHL+V++NRLRRWH DGLL IGDAAHAMSP Sbjct 257 LDAFRADVLALLPEAATTIETITSLDDVKHLDVRLNRLRRWHTDGLLFIGDAAHAMSPAG 316 Query 347 GVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGP 406 GVGIN+A+QDAVA A +LA+PLR V+ R LAAVRRRR P A+TQA+QR + +R L P Sbjct 317 GVGINVAIQDAVATARLLADPLRRGAVTERDLAAVRRRRVVPAALTQALQRQIDKRFLRP 376 Query 407 LLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGP 454 +L G PP AL+ +ER PWL+ VPAY VGVGVRPE AP FA+R P Sbjct 377 ILDGDVTGPPPALVRAIERAPWLTFVPAYLVGVGVRPERAPEFAKRRP 424 >gi|315442121|ref|YP_004075000.1| 2-polyprenyl-6-methoxyphenol hydroxylase-like oxidoreductase [Mycobacterium sp. Spyr1] gi|315260424|gb|ADT97165.1| 2-polyprenyl-6-methoxyphenol hydroxylase-like oxidoreductase [Mycobacterium sp. Spyr1] Length=415 Score = 540 bits (1391), Expect = 2e-151, Method: Compositional matrix adjust. Identities = 271/402 (68%), Positives = 325/402 (81%), Gaps = 2/402 (0%) Query 55 CAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFA 114 CAI+GGGPAGMVLGLLLARAGV+VT+LEKH DFLRDFRGDTVHPTT+RLLD+LGLW RFA Sbjct 13 CAIVGGGPAGMVLGLLLARAGVEVTVLEKHADFLRDFRGDTVHPTTLRLLDDLGLWPRFA 72 Query 115 ALPYSEVRTATLHSN-GRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLR 173 + +S + AT+ GR+VT +DF RL QP+PY+AMVPQWDLLNLLA+A +AEP+FTLR Sbjct 73 DISHSRLDHATVDVGAGRSVTMVDFRRLRQPHPYIAMVPQWDLLNLLADAGRAEPTFTLR 132 Query 174 MKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFD 233 M TEVTG+LREG +VTGVRY+ A+G GEL+A+LTVACDGR S+ R + GL+ +EFPV FD Sbjct 133 MSTEVTGVLREGSRVTGVRYETADGTGELQADLTVACDGRGSLLREKTGLRTQEFPVGFD 192 Query 234 VWWFKLPR-EGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRR 292 VWWF+LPR E D ++ PR +PG+ + VIPREGY QIA L KGTDA LR RG++ F Sbjct 193 VWWFRLPRPETDEMYTLFPRLAPGRAMIVIPREGYLQIALLIEKGTDAALRARGLDAFHA 252 Query 293 DVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINL 352 DV LLPEA +V ++AS+DEVK L+VK+NRLR WHI+G+LCIGDAAHAMSP GVGINL Sbjct 253 DVLALLPEAAGTVGSIASLDEVKMLDVKLNRLRCWHIEGMLCIGDAAHAMSPAGGVGINL 312 Query 353 AVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRD 412 A+QDAVAAA +LAEPLR V+ R LA VRRRR PT VTQA+QR++ RRLLGP+++G Sbjct 313 AIQDAVAAARLLAEPLRRGTVTGRDLARVRRRRILPTVVTQALQRLIDRRLLGPIVRGGS 372 Query 413 PTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGP 454 P L+ VERLPWL+ +PAY VGVGVRPE AP FARR P Sbjct 373 AGPSPGLIRTVERLPWLTVIPAYLVGVGVRPERAPGFARRRP 414 >gi|145220908|ref|YP_001131586.1| hypothetical protein Mflv_0304 [Mycobacterium gilvum PYR-GCK] gi|145213394|gb|ABP42798.1| monooxygenase, FAD-binding protein [Mycobacterium gilvum PYR-GCK] Length=415 Score = 518 bits (1334), Expect = 8e-145, Method: Compositional matrix adjust. Identities = 263/392 (68%), Positives = 316/392 (81%), Gaps = 2/392 (0%) Query 55 CAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFA 114 CAI+GGGPAGMVLGLLLARAGV+VT+LEKH DFLRDFRGDTVHPTT+RLLD+LGLW RFA Sbjct 13 CAIVGGGPAGMVLGLLLARAGVEVTVLEKHADFLRDFRGDTVHPTTLRLLDDLGLWPRFA 72 Query 115 ALPYSEVRTATLHSN-GRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLR 173 + +S + AT+ GR+VT +DF RL QP+PY+AMVPQWDLLNLLA+A +AEP+FTLR Sbjct 73 DISHSRLDHATVDVGAGRSVTMVDFRRLRQPHPYIAMVPQWDLLNLLADAGRAEPTFTLR 132 Query 174 MKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFD 233 M TEVTG+LREG +VTGVRY+ A+G GEL+A LTVACDGR S+ R + GL+ +EFPV FD Sbjct 133 MSTEVTGVLREGSRVTGVRYETADGTGELQAGLTVACDGRGSLLREKTGLRTQEFPVGFD 192 Query 234 VWWFKLPR-EGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRR 292 VWWF+LPR E D ++ PR +PG+ + VIPREGY QIA L KGTDA LR G++ F Sbjct 193 VWWFRLPRPETDEMYTLFPRLAPGRAMIVIPREGYLQIALLIEKGTDAALRAHGLDAFHA 252 Query 293 DVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINL 352 DV LLPEA +V ++AS+DEVK L+VK+NRLR WHI+G+LCIGDAAHAMSP GVGINL Sbjct 253 DVLALLPEAAGTVGSIASLDEVKMLDVKLNRLRCWHIEGMLCIGDAAHAMSPAGGVGINL 312 Query 353 AVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRD 412 A+QDAVAAA +LAEPLR V+ R LA VRRRR PT VTQA+QR++ RRLLGP+++G Sbjct 313 AIQDAVAAARLLAEPLRRGTVTGRDLARVRRRRILPTVVTQALQRLIDRRLLGPIVRGGS 372 Query 413 PTPPAALLGLVERLPWLSAVPAYFVGVGVRPE 444 P L+ VERLPWL+ +PAY VGVGVRPE Sbjct 373 GGPSPGLIRTVERLPWLTVIPAYLVGVGVRPE 404 >gi|284990877|ref|YP_003409431.1| FAD-binding monooxygenase protein [Geodermatophilus obscurus DSM 43160] gi|284064122|gb|ADB75060.1| monooxygenase FAD-binding protein [Geodermatophilus obscurus DSM 43160] Length=412 Score = 511 bits (1315), Expect = 1e-142, Method: Compositional matrix adjust. Identities = 257/400 (65%), Positives = 310/400 (78%), Gaps = 3/400 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 MGE TTC ++GGGPAGMVLGLLLARAGV+VT+LEKH DFLRDFRGDTVHP+T++LLDELG Sbjct 1 MGERTTCLVVGGGPAGMVLGLLLARAGVEVTVLEKHADFLRDFRGDTVHPSTLQLLDELG 60 Query 109 LWERFAALPYSEVRTATL-HSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAE 167 L E F LP+++V + ++G VT DF RLH PYPY+AM PQWDLL+LLA+A + E Sbjct 61 LAEEFDRLPHTKVEQVVIPTADGDTVTLGDFRRLHVPYPYIAMTPQWDLLDLLADAGRRE 120 Query 168 PSFTLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKAR 226 P+FTLRM+TE+T L+RE +V GVRY+ +G GE+RA+LTVACDGR S+AR +AGL+ R Sbjct 121 PTFTLRMQTEMTDLIREDDRVCGVRYRTTDGTTGEIRADLTVACDGRHSLARRQAGLRPR 180 Query 227 EFPVNFDVWWFKLPREGDAEFSFL-PRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRER 285 EF V DVWWF+LPR D L P +PG+ VIPRE + Q+AY+G KGTDAQLR R Sbjct 181 EFAVPIDVWWFRLPRRPDDHPDALAPHAAPGRFAIVIPRETFLQVAYVGRKGTDAQLRAR 240 Query 286 GIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPV 345 GIE FR DV+EL+PE V LASMD+VKHL+V+V+RL +WH+DGLLCIGDAAHAMSPV Sbjct 241 GIEAFRADVAELIPEFRDRVDELASMDDVKHLDVRVDRLVQWHVDGLLCIGDAAHAMSPV 300 Query 346 AGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLG 405 GVGINLAVQDAVAAAT+LAEPLR V+ LAAVR RR PT Q +QR +HR +G Sbjct 301 GGVGINLAVQDAVAAATLLAEPLRNGTVAPSDLAAVRARRILPTVAVQTLQRAMHRGFVG 360 Query 406 PLLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEH 445 PL++GR PP +L LV R P LS VPAY +GVG+RPEH Sbjct 361 PLVEGRRAGPPKPVLALVHRFPQLSVVPAYLIGVGLRPEH 400 >gi|297560203|ref|YP_003679177.1| monooxygenase FAD-binding protein [Nocardiopsis dassonvillei subsp. dassonvillei DSM 43111] gi|296844651|gb|ADH66671.1| monooxygenase FAD-binding protein [Nocardiopsis dassonvillei subsp. dassonvillei DSM 43111] Length=417 Score = 506 bits (1302), Expect = 4e-141, Method: Compositional matrix adjust. Identities = 259/401 (65%), Positives = 309/401 (78%), Gaps = 2/401 (0%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E TTC ++GGGPAGMVLGLLLARAGV+VT+LEKH DFLRDFRGDTVHP+T+ LL+ELGL+ Sbjct 7 ERTTCVVVGGGPAGMVLGLLLARAGVEVTVLEKHADFLRDFRGDTVHPSTLELLEELGLY 66 Query 111 ERFAALPYSEVRTATLHSNG-RAVTYIDFERLHQ-PYPYVAMVPQWDLLNLLAEAAQAEP 168 ERFA LP S + G R VT DF RL +PY+AMVPQWD LNL+AEA E Sbjct 67 ERFARLPQSRLDEVAFPLGGCRTVTVADFRRLRGLAHPYIAMVPQWDFLNLIAEAGGEEA 126 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 +FTLRM TEVTGLL E G+V GVRY+ +G GE+RA+LTVACDGRWS+AR E GL +REF Sbjct 127 AFTLRMDTEVTGLLHESGRVAGVRYRDLDGDGEIRADLTVACDGRWSLARRETGLVSREF 186 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 PV D WWF+LPRE + PR +PG+ VIPREGY QIAY+GPKGTD +LR RGI Sbjct 187 PVGIDAWWFRLPRESGDRATLTPRAAPGRFAVVIPREGYLQIAYIGPKGTDRELRARGIG 246 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 FRRD++EL+PE V AL SMDEVKHL+V+VNRLRRWH++GLLCIGDAAHAMSP+ GV Sbjct 247 AFRRDLAELMPELADRVGALRSMDEVKHLDVRVNRLRRWHVEGLLCIGDAAHAMSPLGGV 306 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLAVQDAVAAAT+LA PL+ ++SR LAAVRRRR PT Q +QR++HR L P++ Sbjct 307 GINLAVQDAVAAATLLARPLKGRSLASRDLAAVRRRRIVPTVAVQTLQRLMHRGLAEPII 366 Query 409 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAF 449 +G PP +L ++R+PWLS VPAY +G G+RPEH P F Sbjct 367 RGERQGPPKPVLAALDRMPWLSFVPAYLIGKGLRPEHIPGF 407 >gi|317507188|ref|ZP_07964942.1| FAD binding domain-containing protein [Segniliparus rugosus ATCC BAA-974] gi|316254513|gb|EFV13829.1| FAD binding domain-containing protein [Segniliparus rugosus ATCC BAA-974] Length=419 Score = 505 bits (1300), Expect = 7e-141, Method: Compositional matrix adjust. Identities = 254/406 (63%), Positives = 302/406 (75%), Gaps = 2/406 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M E TTC ++GGGPAGM GLLLAR GV V +LEKHGDFLRDFRGDTVHP+T+RLLDELG Sbjct 1 MSEKTTCVVVGGGPAGMFAGLLLARGGVDVVVLEKHGDFLRDFRGDTVHPSTLRLLDELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 L+ RFA LP S++ +L G DF RL P+ ++AMVPQWDLL++LAEA + EP Sbjct 61 LYGRFAKLPQSKLERVSLDMPGGKAAVADFTRLRVPHQHIAMVPQWDLLDMLAEAGREEP 120 Query 169 SFTLRMKTEVTGLLRE-GGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKARE 227 F LRM+ EV GLLRE GK+ GVRY G EG GELRA+LT+ CDGRWS R EAGL ARE Sbjct 121 HFDLRMRHEVVGLLREESGKIAGVRYTGPEGQGELRADLTLVCDGRWSRCRQEAGLVARE 180 Query 228 FPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGI 287 F + D+WWF+ P LPRF GK G+IPREGY QIA KG DA+LRERG+ Sbjct 181 FRIGTDIWWFRAPTAPGIGTELLPRFKDGKFFGIIPREGYLQIARFIRKGADAELRERGL 240 Query 288 EEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAG 347 E FRRD++E +PE SV + S+DEVK L+++VNRL WH+DGLLCIGDAAHAMS + G Sbjct 241 ETFRRDIAEAIPELAGSVGEIKSLDEVKLLDMRVNRLPVWHVDGLLCIGDAAHAMSGLGG 300 Query 348 VGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL 407 VGIN+AVQDAVAAA ILA+PLRE +S + LAAV+RRR FP A TQAVQ HRR+L P+ Sbjct 301 VGINIAVQDAVAAARILAKPLREGLLSRKDLAAVQRRRMFPAAATQAVQVFAHRRILDPI 360 Query 408 LQ-GRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 + G + P+ LLGL+ R PWLS +PA FVG+GVRPEHAP FARR Sbjct 361 VAGGTTKSAPSWLLGLLSRFPWLSVLPARFVGMGVRPEHAPDFARR 406 >gi|302524976|ref|ZP_07277318.1| monooxygenase [Streptomyces sp. AA4] gi|302433871|gb|EFL05687.1| monooxygenase [Streptomyces sp. AA4] Length=415 Score = 489 bits (1259), Expect = 4e-136, Method: Compositional matrix adjust. Identities = 251/407 (62%), Positives = 303/407 (75%), Gaps = 5/407 (1%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M E T C I+GGGPAGMV GLLLARAGV+VT+LEKH DFLRDFRGDTVHP+T+RLLDELG Sbjct 4 MTEHTGCVIVGGGPAGMVAGLLLARAGVEVTVLEKHADFLRDFRGDTVHPSTLRLLDELG 63 Query 109 LWERFAALPYSEVRTATLHS-NGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAE 167 L E+F ALP+++V L + +G ++T D LH P PYVAMVPQWD L+LLAE AQ E Sbjct 64 LGEKFEALPHTKVTAVGLPTPDGGSLTLADMSLLHVPRPYVAMVPQWDFLDLLAETAQKE 123 Query 168 PSFTLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKAR 226 P+FTLRM+TE+TGLLR G KVTGVRY+ A G GEL A L +A DGRWS+AR AGL R Sbjct 124 PTFTLRMETEMTGLLRSGRKVTGVRYRTANGAEGELNANLVIAADGRWSLARRSAGLTPR 183 Query 227 EFPVNFDVWWFKLPRE-GDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRER 285 E+ FD WWF+L R+ + E S +PR + +PR+GY+QIAYL PKG D L Sbjct 184 EYYTPFDAWWFRLSRKPEEQEASLVPRMRNHRFAVPLPRKGYYQIAYLTPKGKD--LNAA 241 Query 286 GIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPV 345 GIE FRRDV+E+ PE V L SMD+VK LNV++NRL RWH+DGLLCIGDAAHAMSPV Sbjct 242 GIESFRRDVTEVCPEFADRVHELKSMDDVKFLNVRLNRLHRWHVDGLLCIGDAAHAMSPV 301 Query 346 AGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLG 405 GVGINLAVQDAVAAA +LA+PL + + + L AVRRRR PT Q +QR+LHRR++G Sbjct 302 GGVGINLAVQDAVAAARLLADPLLRGKPTEQDLTAVRRRRLLPTVAVQGLQRLLHRRVMG 361 Query 406 PLLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 P++ G PP L+ L++R P L+ VPAY +GVG+R E APAFARR Sbjct 362 PVMTGHADGPPPQLIALLKRFPSLARVPAYLIGVGIRRESAPAFARR 408 >gi|118473360|ref|YP_889214.1| hypothetical protein MSMEG_4962 [Mycobacterium smegmatis str. MC2 155] gi|118174647|gb|ABK75543.1| RemO protein [Mycobacterium smegmatis str. MC2 155] Length=408 Score = 484 bits (1246), Expect = 1e-134, Method: Compositional matrix adjust. Identities = 260/408 (64%), Positives = 305/408 (75%), Gaps = 6/408 (1%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M E TTCA++GGGPAGMVLGLLLARAG++VT+ EKH DFLRDFRGDTVHP T+RLLDELG Sbjct 1 MTEKTTCAVVGGGPAGMVLGLLLARAGIEVTVFEKHADFLRDFRGDTVHPATLRLLDELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 L+E+F ALP+S V A GR VT +DF RL+ P+ Y+A+VPQWD L+LLA+AA+ EP Sbjct 61 LFEKFDALPHSRVERARFDLGGREVTVVDFGRLNLPHRYIALVPQWDFLDLLADAAKEEP 120 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 +FTLRM+TEVTGLL++G VTGVRY G +GPGELRA+LTVACDGR S R EAGL RE+ Sbjct 121 TFTLRMQTEVTGLLKDGDTVTGVRYHGPDGPGELRADLTVACDGRTSRVRKEAGLAPREY 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 PV FDV WF++ R + + PR S G+ L +IPREGYFQ PKG + QL RG+E Sbjct 181 PVPFDVGWFRIDRIKETAYQLTPRISSGQALILIPREGYFQAGCFLPKGGEKQLHARGLE 240 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 FR V+E +PE ASV L S D+VK L+VK+NRLRRW+ DGLLCIGDAAHAMSPV GV Sbjct 241 VFRAQVAEAVPE--ASVDRLTSWDDVKVLDVKLNRLRRWYRDGLLCIGDAAHAMSPVGGV 298 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLA+ DAVAAA ILAEPLR RV+ R LAAV +RR P AV QAVQRVLH L LL Sbjct 299 GINLAIADAVAAARILAEPLRTGRVTRRDLAAVEKRRYVPAAVIQAVQRVLHIGLRRALL 358 Query 409 QGRDPTPPAALL----GLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 G PP +L ++ R P L+ VPAY VGVG PEHAP FARR Sbjct 359 GGEIRQPPERVLKAVGAVLSRFPGLAKVPAYLVGVGPLPEHAPDFARR 406 >gi|169631829|ref|YP_001705478.1| hypothetical protein MAB_4756c [Mycobacterium abscessus ATCC 19977] gi|169243796|emb|CAM64824.1| Monooxygenase, FAD-binding [Mycobacterium abscessus] Length=418 Score = 471 bits (1213), Expect = 8e-131, Method: Compositional matrix adjust. Identities = 241/406 (60%), Positives = 295/406 (73%), Gaps = 2/406 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M E TTC ++GGGPAG+ GLLLARAGV+V +LEKHGDFLRDFRGDTVHP+T+RLLDELG Sbjct 1 MSEKTTCVVVGGGPAGIFAGLLLARAGVEVVVLEKHGDFLRDFRGDTVHPSTLRLLDELG 60 Query 109 LWERFAALPYSEV-RTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAE 167 L++RF LP++++ R +G + D RL P+PY+AMVPQWDLL++LAE E Sbjct 61 LFDRFDKLPHTKLQRMRVTRPDGEQIVMADLTRLRTPHPYIAMVPQWDLLDMLAEVGSEE 120 Query 168 PSFTLRMKTEVTGLL-REGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAR 226 P F LRM+ EVTGL+ E G+V GVRY+ G GELRA+LT+ CDGRWS+ R EAGL R Sbjct 121 PDFNLRMRHEVTGLIWDECGRVAGVRYESPGGAGELRADLTLVCDGRWSLCRQEAGLVPR 180 Query 227 EFPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERG 286 EF V D+WWF+ PR +PRF GK LG+IPR+GY QI KG DA+LR RG Sbjct 181 EFSVGTDIWWFRAPRVPGIGEELVPRFKDGKLLGIIPRQGYLQIPQFIRKGDDARLRARG 240 Query 287 IEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVA 346 +E FRRD+ +++PE T + SMDEVK L+V+VNRL RW+ DGLLCIGDAAHAMS + Sbjct 241 VEAFRRDLVDVVPELTDVAGEIGSMDEVKLLDVRVNRLSRWYTDGLLCIGDAAHAMSGLG 300 Query 347 GVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGP 406 GVGINLAVQDAVAAA ILA PLR RV+ LAAV+RRR FP VTQA Q HR L+ P Sbjct 301 GVGINLAVQDAVAAARILAAPLRRKRVTCADLAAVQRRRMFPAVVTQAAQLFAHRYLVDP 360 Query 407 LLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 +L + P L+ ++ R WL+ +PAYF+G+GVRPEHAP FARR Sbjct 361 VLTEKKFRGPGWLVPIISRFRWLTVLPAYFIGIGVRPEHAPDFARR 406 >gi|257054955|ref|YP_003132787.1| 2-polyprenyl-6-methoxyphenol hydroxylase-like oxidoreductase [Saccharomonospora viridis DSM 43017] gi|256584827|gb|ACU95960.1| 2-polyprenyl-6-methoxyphenol hydroxylase-like oxidoreductase [Saccharomonospora viridis DSM 43017] Length=416 Score = 464 bits (1195), Expect = 1e-128, Method: Compositional matrix adjust. Identities = 249/411 (61%), Positives = 299/411 (73%), Gaps = 6/411 (1%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E TTCA+IGGGPAGMVLGLLLARAGV VT+LEKH DFLRDFRGDTVHP+T+RLLD+LGL Sbjct 5 ERTTCAVIGGGPAGMVLGLLLARAGVDVTVLEKHADFLRDFRGDTVHPSTLRLLDDLGLG 64 Query 111 ERFAALPYSEV-RTATLHSNGRAVTYIDFERLHQ---PYPYVAMVPQWDLLNLLAEAAQA 166 ERFA LP++ + A + +G V D RL + PYPY+A+ PQWD LNLLA AA Sbjct 65 ERFARLPHTALTEIAFPYGDGERVVVGDLNRLRRIRYPYPYIAITPQWDFLNLLASAAAE 124 Query 167 EPSFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGE-LRAELTVACDGRWSIARHEAGLKA 225 EP+F+LRM++EVT L+R+GG+V GVRY+ +G L A++TVACDGRWS+AR +AGL+ Sbjct 125 EPTFSLRMRSEVTELVRDGGRVRGVRYRTEDGDTHTLLADVTVACDGRWSLARAQAGLRP 184 Query 226 REFPVNFDVWWFKLPRE-GDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRE 284 RE PV DVWWF+L R+ G P G+ VIPR YFQIA + KG D QLR Sbjct 185 RETPVPIDVWWFRLSRKPGTGPQELTPTMRAGQFFVVIPRRDYFQIALVAKKGLDPQLRR 244 Query 285 RGIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSP 344 RGI R D++ LPE V L +MD++KHL+V++NRL RWH DGLLCIGDAAHAMSP Sbjct 245 RGIAALREDIAAALPELADRVDELTTMDQIKHLDVRLNRLHRWHTDGLLCIGDAAHAMSP 304 Query 345 VAGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLL 404 + GVGINLAVQDAVAAA LAEPLR+ RVS LA VRRRR PT V Q +QR LH ++ Sbjct 305 IGGVGINLAVQDAVAAARTLAEPLRQGRVSPETLALVRRRRLMPTLVIQGLQRALHHLVV 364 Query 405 GPLLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPG 455 P+++GR PP +L L+ R PWLS VPAY +GVG RPE APAFARR P Sbjct 365 APVVEGRRSGPPKPMLTLLRRAPWLSFVPAYLLGVGPRPERAPAFARRPPA 415 >gi|300783621|ref|YP_003763912.1| FAD-dependent oxidoreductase [Amycolatopsis mediterranei U32] gi|299793135|gb|ADJ43510.1| FAD-dependent oxidoreductase [Amycolatopsis mediterranei U32] gi|340525011|gb|AEK40216.1| FAD-dependent oxidoreductase [Amycolatopsis mediterranei S699] Length=415 Score = 462 bits (1188), Expect = 7e-128, Method: Compositional matrix adjust. Identities = 237/407 (59%), Positives = 298/407 (74%), Gaps = 5/407 (1%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M E T+C +IGGGPAGMV GLLLARAGV+VT+LEKH DFLRDFRGDTVHP+T+ LLDELG Sbjct 4 MTERTSCVVIGGGPAGMVTGLLLARAGVEVTVLEKHADFLRDFRGDTVHPSTLTLLDELG 63 Query 109 LWERFAALPYSEVRTATL-HSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAE 167 L ERF ALP+SE+ +A NG + DF RL +PY+AMVPQWD L+LLAE+A+ E Sbjct 64 LGERFHALPHSELTSAGFPQENGELMKLADFTRLKVAHPYIAMVPQWDFLDLLAESARKE 123 Query 168 PSFTLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKAR 226 P+F RM+TE TGL+RE G+V G+ Y+ + G GE+RA+L +A DGRWS+AR EAGL R Sbjct 124 PTFVQRMETECTGLVREHGRVAGITYRTSAGEIGEIRADLVIAADGRWSLARREAGLVPR 183 Query 227 EFPVNFDVWWFKLPREGD-AEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRER 285 E+ FDVWWF+L R D A LP+ + +PR ++Q+AYL PKG D LR Sbjct 184 EYDCPFDVWWFRLSRGDDEAGTMLLPKMRDRRFAVPLPRPDFYQVAYLAPKGED--LRAH 241 Query 286 GIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPV 345 GIE FR +V+++ PE T V LA+MD+VK L+V++N LR+WH+DGLLCIGDAAHAMSP+ Sbjct 242 GIEAFRENVAQICPEFTDRVHELAAMDDVKFLDVRLNLLRQWHVDGLLCIGDAAHAMSPI 301 Query 346 AGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLG 405 GVGINLAVQDAVAAAT+LAEPLR R + LA VR RR PT + Q +QR+LHR ++ Sbjct 302 GGVGINLAVQDAVAAATLLAEPLRRGRPTPAELAKVRARRLAPTLLVQGLQRLLHRTVVR 361 Query 406 PLLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 ++ G+ PPA ++ R P LS PA +G+G+RPEHAPAFARR Sbjct 362 GVMSGKRNGPPAPMIKAFARFPRLSYFPARLLGLGLRPEHAPAFARR 408 >gi|72161967|ref|YP_289624.1| hypothetical protein Tfu_1565 [Thermobifida fusca YX] gi|71915699|gb|AAZ55601.1| monooxygenase, FAD-binding [Thermobifida fusca YX] Length=423 Score = 457 bits (1177), Expect = 1e-126, Method: Compositional matrix adjust. Identities = 250/407 (62%), Positives = 305/407 (75%), Gaps = 6/407 (1%) Query 53 TTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWER 112 TTCA++GGGPAG+VLGLLLARAG+ V +LEKH DFLRDFRGDTVHP+TM LLD+LGL+ER Sbjct 16 TTCAVVGGGPAGLVLGLLLARAGIDVVVLEKHADFLRDFRGDTVHPSTMALLDDLGLFER 75 Query 113 FAALPYSEVRTATLHS-NGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFT 171 F ALP S +R A + GR VT+ FERL +PY+AMVPQWDLL LLAE A EP+F Sbjct 76 FDALPQSRLRRAVFSTPEGREVTFASFERLPLRHPYIAMVPQWDLLTLLAEEASREPTFR 135 Query 172 LRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVN 231 L M+ EVTG++ EG +V GV ++ G G LRA+L VACDGRWS+ R GL +EFPV Sbjct 136 LCMEHEVTGVVWEGDRVAGVDFRSPSGSGRLRADLVVACDGRWSVVRRAVGLPVKEFPVG 195 Query 232 FDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFR 291 DVWW+++P + E S LPR S GK + IPREGY Q+AY+G KG DAQLR RGI R Sbjct 196 IDVWWYRIPTQRRLE-SLLPRMSRGKIIIAIPREGYAQVAYVGRKGADAQLRARGIAALR 254 Query 292 RDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGIN 351 D +ELLPE A L SMD+VKHL+V+V+RLRRW+ G+LCIGDAAHAMSP+ GVGIN Sbjct 255 ADTAELLPELADGAARLESMDDVKHLSVRVDRLRRWYAPGVLCIGDAAHAMSPIGGVGIN 314 Query 352 LAVQDAVAAATILAEPLREHRVSS----RHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL 407 LAVQDAVAAA ILA PLRE R++S R LA V+RRR PT V QA+QRV+H+R++ P+ Sbjct 315 LAVQDAVAAARILARPLREGRLASPGGERWLARVQRRRMLPTVVIQALQRVMHQRVIMPV 374 Query 408 LQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGP 454 L+GR P +LGL+ R+P ++AVPA +GVG RPE AP +ARR P Sbjct 375 LEGRARGLPGGVLGLMGRMPVMTAVPAAVLGVGPRPEKAPVWARRTP 421 >gi|325000311|ref|ZP_08121423.1| FAD-dependent oxidoreductase [Pseudonocardia sp. P1] Length=422 Score = 429 bits (1104), Expect = 4e-118, Method: Compositional matrix adjust. Identities = 247/416 (60%), Positives = 300/416 (73%), Gaps = 10/416 (2%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E TTC ++GGGPAGM+LGLLLARAGV VT+LEKHGDFLRDFRGDTVHPTT+ LLD+LGL Sbjct 5 ERTTCCVVGGGPAGMMLGLLLARAGVDVTVLEKHGDFLRDFRGDTVHPTTLDLLDDLGLA 64 Query 111 ERFAALPYSEVRTATL---HSNGRAVTYIDF-ERLHQPYPYVAMVPQWDLLNLLAEAAQA 166 ERFAALP S V L H + V D ++ +PYVA+VPQWDLL+LLA+AA++ Sbjct 65 ERFAALPQSRVTEVALPDEHGGVQRVGNFDLLTKVGVRHPYVALVPQWDLLDLLADAARS 124 Query 167 EPSFTLRMKTEVTGLLREGGKVTGVRYQGAEG-----PGELRAELTVACDGRWSIARHEA 221 EP F LRM T T ++RE G+V GVRY+ G GE+RA+LTVACDGR S+ R + Sbjct 125 EPGFHLRMDTRATSMIRENGRVVGVRYRTTTGEHEHTDGEIRADLTVACDGRHSVLRDGS 184 Query 222 GLKAREFPVNFDVWWFKLPREG-DAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDA 280 GL EF V FD WWF+LPR + E + +P+ G+ VIPREGYFQI YL PKG DA Sbjct 185 GLPVTEFDVPFDTWWFRLPRHAHETEATLVPKIGNGRFAVVIPREGYFQIGYLAPKGIDA 244 Query 281 QLRERGIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAH 340 +LR RG+E FR DV+EL+PE V AL SMD+VKHL+V +NRLRRWH+DGLLCIGDAAH Sbjct 245 RLRARGLEAFRTDVAELIPEFADRVEALESMDDVKHLDVHLNRLRRWHVDGLLCIGDAAH 304 Query 341 AMSPVAGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLH 400 AMSP+ GVGINLA+QDAVA A +LA PL+ V++ LA VR RR PT + Q +QR++H Sbjct 305 AMSPIGGVGINLAIQDAVATAALLAAPLQRGTVTADDLARVRNRRRIPTMLVQGLQRIMH 364 Query 401 RRLLGPLLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPGN 456 + GP L G PPA L+ L+ R+P L VPAY VGVG RP+ AP FARR P + Sbjct 365 ANIAGPALAGELDGPPAPLIRLMRRVPALQIVPAYLVGVGFRPQRAPDFARRTPAS 420 >gi|345013036|ref|YP_004815390.1| FAD-binding monooxygenase [Streptomyces violaceusniger Tu 4113] gi|344039385|gb|AEM85110.1| FAD-binding monooxygenase [Streptomyces violaceusniger Tu 4113] Length=422 Score = 424 bits (1089), Expect = 2e-116, Method: Compositional matrix adjust. Identities = 225/405 (56%), Positives = 283/405 (70%), Gaps = 7/405 (1%) Query 54 TCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERF 113 + I GGGPAGM+LGLLLARAG++VT+LEKHGDFLRDFRGDTVH +T+RL+DELGL +F Sbjct 2 SVVISGGGPAGMMLGLLLARAGIEVTVLEKHGDFLRDFRGDTVHASTVRLMDELGLGRKF 61 Query 114 AALPYSEVRTATLHS-NGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTL 172 A+LP +++ + + +G + F L PY Y+AM+PQWDLLNLLA+ A+ EPSFTL Sbjct 62 ASLPQTKLSDMVVPTQDGGRMRLTAFAALPAPYNYIAMIPQWDLLNLLAQEARREPSFTL 121 Query 173 RMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKAREFPVN 231 RM T TGL+REGGKV GVRY+ +G GE+RA LTVA DGR S R +AGL +EFPV Sbjct 122 RMSTVATGLIREGGKVVGVRYRTQDGEEGEIRATLTVAADGRHSALRQDAGLVPQEFPVP 181 Query 232 FDVWWFKLPREGDAEFSFLPR----FSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGI 287 FD WWF+LPR AE + PR F G+ + R YFQIAY KG+DA+LR GI Sbjct 182 FDTWWFRLPRYA-AEQAQEPRQVAAFRAGEFALSLTRNDYFQIAYFTTKGSDARLRTEGI 240 Query 288 EEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAG 347 E FR +++L+P+ V L SMD+V L+V++NRL W+ DGLL IGDAAHAMSP G Sbjct 241 ERFRARIADLMPQYADRVDQLPSMDDVHLLDVRLNRLPHWYADGLLMIGDAAHAMSPAGG 300 Query 348 VGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL 407 +GINLA+QDAVAAAT+L EPLR R+++ LA V+RRR PT + Q VQ +LH P+ Sbjct 301 MGINLAIQDAVAAATLLVEPLRRDRLTTAGLAKVQRRRWRPTVIMQRVQLMLHDGFFAPV 360 Query 408 LQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 L GR PP +++ LP +P+ V G RPEHAPAFARR Sbjct 361 LTGRRVGPPTSIVLATRYLPGFRQLPSRLVAFGPRPEHAPAFARR 405 >gi|169628736|ref|YP_001702385.1| hypothetical protein MAB_1646c [Mycobacterium abscessus ATCC 19977] gi|169240703|emb|CAM61731.1| Probable monooxygenase, FAD-binding [Mycobacterium abscessus] Length=417 Score = 403 bits (1036), Expect = 3e-110, Method: Compositional matrix adjust. Identities = 210/408 (52%), Positives = 273/408 (67%), Gaps = 4/408 (0%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 + TTCAI GGGPAGM+L LLLARAG+ VT+LEKH DFLRDFRGDTVH +T+ L+DELGL Sbjct 8 QGTTCAIAGGGPAGMMLALLLARAGIDVTVLEKHPDFLRDFRGDTVHASTLNLIDELGLG 67 Query 111 ERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSF 170 RFAA+P++ V T+ + D RL P+ ++AM PQWD L +LA AA+ EP+F Sbjct 68 PRFAAMPHNLVEQVTVDLGEQTFRLGDLNRLPGPHKHIAMAPQWDFLEMLATAAETEPTF 127 Query 171 TLRMKTEVTGLLREGGKVTGVRYQGAEG-PGELRAELTVACDGRWSIARHEAGLKAREFP 229 LR TEVTGLLR G ++TG+ Y+ A G G L+A+LTVACDGR S R AG++ R+F Sbjct 128 RLRRSTEVTGLLRSGDRITGIEYRTASGETGALKADLTVACDGRGSALRAAAGMRPRQFG 187 Query 230 VNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEE 289 V D+WWF+LP+ D R + + ++ R YFQ YL KGTD+Q+R ++ Sbjct 188 VPIDIWWFRLPKHPDDPQGPRARVGANRFMVLLDRGDYFQCGYLIGKGTDSQMRSGDVQV 247 Query 290 FRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVG 349 R V+E+ P A A+AS D+VK L++++NRLR+W+ DGLL IGDAAHAMSPV GVG Sbjct 248 LRDRVAEMAPWLAARTNAIASWDDVKLLDIQLNRLRKWYRDGLLFIGDAAHAMSPVGGVG 307 Query 350 INLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL-- 407 INLA+ DAVA A ILAEPLR +++ L V+ RR PTA+ Q +QR +HRR+ + Sbjct 308 INLAIADAVATARILAEPLRTGTLTTADLRKVQLRRWVPTALIQRIQRAVHRRVFSAVDS 367 Query 408 -LQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGP 454 A++L + + PWL AVPAY V +G PEHAP FARR P Sbjct 368 STTAASNAKIASVLSIATKYPWLQAVPAYGVAIGPLPEHAPDFARRSP 415 >gi|134102586|ref|YP_001108247.1| hypothetical protein SACE_6149 [Saccharopolyspora erythraea NRRL 2338] gi|291004729|ref|ZP_06562702.1| hypothetical protein SeryN2_09429 [Saccharopolyspora erythraea NRRL 2338] gi|133915209|emb|CAM05322.1| monooxygenase, FAD-binding [Saccharopolyspora erythraea NRRL 2338] Length=409 Score = 390 bits (1003), Expect = 2e-106, Method: Compositional matrix adjust. Identities = 214/409 (53%), Positives = 272/409 (67%), Gaps = 8/409 (1%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E TTC I+GGGPAGMVLGLLLARAGV+VT+LEKH DFLRDFRGDTVHPTT++L+D+LGL Sbjct 2 ERTTCCIVGGGPAGMVLGLLLARAGVEVTVLEKHNDFLRDFRGDTVHPTTLQLMDDLGLA 61 Query 111 ERFAALPYSEVRTATLHS--NGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 ERFA LP ++T + + GR +T DF L Y Y+A+VPQWD L++LA+AA+ EP Sbjct 62 ERFAELPQRRLQTVRVPTGPEGRFLTLGDFRTLPIKYNYIALVPQWDFLDMLADAAKQEP 121 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKARE 227 +F LRM TEVT L+REGG+V GVRY+ ++G GELRA +TVACDGR S+ R L R+ Sbjct 122 TFQLRMNTEVTDLVREGGRVNGVRYRTSDGTTGELRATITVACDGRRSLVRDLPELGLRD 181 Query 228 FPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGI 287 FP DV WFK+PR+ + + G +I R YFQ+A++ K TDA+ R I Sbjct 182 FPTPMDVRWFKVPRDSEDPAGAIGMIRRGSFTAMIDRGDYFQVAHIIAKDTDAEDRAGPI 241 Query 288 EEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAG 347 E F + +P + D+VK L+V ++RLR+WH+ GLL IGDAAHAMSPV G Sbjct 242 EAFNERLRANIP-WLGDRELVRDWDDVKLLHVTLDRLRKWHLPGLLAIGDAAHAMSPVGG 300 Query 348 VGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL 407 +GINLAVQDAVAAA LAEPLRE R+ H+ AV+RRR TA+ Q +QR +H ++ P Sbjct 301 IGINLAVQDAVAAARHLAEPLREKRLRRGHVVAVQRRRWLTTALVQRLQRAIHDNVVEPA 360 Query 408 LQGR----DPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 L+G D P L + RLPWL VPAY + G E P + R Sbjct 361 LRGEIDFTDSIHPPLPLRVANRLPWLRRVPAYLLAYGAMRERPPKVSLR 409 >gi|302548170|ref|ZP_07300512.1| monooxygenase, FAD-binding [Streptomyces hygroscopicus ATCC 53653] gi|302465788|gb|EFL28881.1| monooxygenase, FAD-binding [Streptomyces himastatinicus ATCC 53653] Length=413 Score = 390 bits (1003), Expect = 2e-106, Method: Compositional matrix adjust. Identities = 220/404 (55%), Positives = 263/404 (66%), Gaps = 7/404 (1%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E TTC ++GGGPAGMVLGLLLARAGV VT+LEKHGDFLRDFRGDTVHP+T+ LL++LGL Sbjct 2 ERTTCCVVGGGPAGMVLGLLLARAGVDVTVLEKHGDFLRDFRGDTVHPSTLALLEDLGLA 61 Query 111 ERFAALPYSEVRTATL--HSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 ERFAALP V + L +G T D L PY YVAMVPQWDLLNLLA+ A EP Sbjct 62 ERFAALPQRHVHSVQLPIGVDGELFTVGDLSALPGPYNYVAMVPQWDLLNLLADEAGKEP 121 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKARE 227 SF LRM TE T + E G++TGVRY+ AEG GELRA LTVACDGR S+AR L RE Sbjct 122 SFHLRMNTEATSFIEERGRITGVRYRTAEGDAGELRAALTVACDGRGSLARQLPELGLRE 181 Query 228 FPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGI 287 F D WWF+LPR+ + +I R Y+Q A L PKG DA R G+ Sbjct 182 FTCPMDAWWFRLPRQEGDPRGLVGNVGDRFLTAMIDRGDYWQCAVLIPKGADATRRAGGL 241 Query 288 EEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAG 347 + F ++ P L S DEVK L+V+++RLRRWH GLLCIGDAAHAMSPV G Sbjct 242 DRFLAAFADATPWMGDREPELRSWDEVKLLDVRLDRLRRWHRPGLLCIGDAAHAMSPVFG 301 Query 348 VGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL 407 +GINLAV+DAVAAA LA PLR+ V + AV+RRR A TQA+QR+ H R++ PL Sbjct 302 IGINLAVEDAVAAARHLAGPLRDGTVGLHAVRAVQRRRWPTAAGTQALQRIAHARVIAPL 361 Query 408 LQGRDPT----PPAALLGLVERLPWLSAVPAYFVGVGVRPEHAP 447 L+GR P P L ++ + PWL PAYF+ G + E P Sbjct 362 LEGRSPLGDGRKPLRLAEVLTKAPWLKRAPAYFLAYGAKRERPP 405 >gi|116669072|ref|YP_830005.1| hypothetical protein Arth_0506 [Arthrobacter sp. FB24] gi|116609181|gb|ABK01905.1| monooxygenase, FAD-binding protein [Arthrobacter sp. FB24] Length=420 Score = 390 bits (1003), Expect = 2e-106, Method: Compositional matrix adjust. Identities = 213/407 (53%), Positives = 274/407 (68%), Gaps = 10/407 (2%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E T CA++GGGPAGM+LGLLLARAGV+VT+LEKHGDFLRDFRGDTVH +T+RL+DELGL Sbjct 2 ERTGCAVVGGGPAGMMLGLLLARAGVEVTVLEKHGDFLRDFRGDTVHASTIRLIDELGLG 61 Query 111 ERFAALPYSEVRTATLHSNGRA-VTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPS 169 + F LP S++ G VT DF L PY Y+AM+PQWD LN LA A +EP+ Sbjct 62 DGFRRLPQSKLNNVAFPIPGVGLVTLGDFATLKPPYNYIAMMPQWDFLNFLATEAASEPT 121 Query 170 FTLRMKTEVTGLLREGGKVTGVRYQ---GAEGPGE---LRAELTVACDGRWSIARHEAGL 223 FTL M+ E T L+ +GG+VTGVRY+ G++G G L A+L VA DGR S+ R AGL Sbjct 122 FTLLMEHEATSLMFDGGRVTGVRYRTRGGSKGQGTEGALHADLVVATDGRHSVLRRAAGL 181 Query 224 KAREFPVNFDVWWFKLPR---EGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDA 280 + +++PV FD WWFKLPR E A +P F + + + R+ Y+Q+ YLGPKG DA Sbjct 182 QPKDYPVPFDTWWFKLPRHASEKGAVAGIVPAFRDREAMIALFRDDYYQMGYLGPKGADA 241 Query 281 QLRERGIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAH 340 ++R G+E FR V+ L P+ V ++ S+D++ L+V+++RLRRW++DG+LCIGDAAH Sbjct 242 RIRSEGVERFRERVASLRPDLADRVDSIRSLDDLHWLDVRLDRLRRWYVDGMLCIGDAAH 301 Query 341 AMSPVAGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLH 400 AMSP GVGINLA+QDAVAAA +LA L VS + LA V RRR PT + Q VQRV+H Sbjct 302 AMSPAGGVGINLAIQDAVAAAALLAPALIRGNVSVKDLAGVERRRRMPTVIIQTVQRVMH 361 Query 401 RRLLGPLLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAP 447 R + PL GR P LL V P + + + G RPEHAP Sbjct 362 RAVFVPLFAGRRTGAPPVLLFFVRHAPVVRRLLPRLIAFGPRPEHAP 408 >gi|300785430|ref|YP_003765721.1| FAD-dependent oxidoreductase [Amycolatopsis mediterranei U32] gi|299794944|gb|ADJ45319.1| FAD-dependent oxidoreductase [Amycolatopsis mediterranei U32] Length=421 Score = 387 bits (993), Expect = 3e-105, Method: Compositional matrix adjust. Identities = 233/406 (58%), Positives = 277/406 (69%), Gaps = 12/406 (2%) Query 58 IGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALP 117 +GGGPAGMVLGLLLARAGV+VT+LEKH DFL DFRGDTVHP T++LLDELGL ERFA LP Sbjct 1 MGGGPAGMVLGLLLARAGVEVTVLEKHEDFLHDFRGDTVHPATLQLLDELGLGERFARLP 60 Query 118 YSEVRTATLHSNGRAVTYI-DFERLHQ---PYPYVAMVPQWDLLNLLAEAAQAEPSFTLR 173 + + L V I DF L +PYVA+VPQWDLL+LLA+AA+AEP+F L Sbjct 61 QTRITDVVLPDGAGGVRRIGDFGALRGWGVRHPYVAIVPQWDLLDLLADAARAEPAFRLE 120 Query 174 MKTEVTGLLREGGKVTGVRYQ-----GAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 M T T L+ E G+V GVRY+ G + GE+RA+LTVAC GR S+ AGL EF Sbjct 121 MGTAATSLVHERGRVAGVRYRTSGPGGEDVEGEIRADLTVACTGRNSVLPATAGLGVTEF 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKG--LGVIPREGYFQIAYLGPKGTDAQLRERG 286 V FD WWF+L R + L R PG+G VIPREGYFQI Y+ KGTD +LR RG Sbjct 181 DVPFDTWWFRLSRREGEQVDQLTR-RPGRGRFAIVIPREGYFQIGYVARKGTDNRLRARG 239 Query 287 IEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVA 346 I+ FRRDV+ELLPE V L SMD+VK L+V++NR RRWH +GLLCIGDAAHAMSPV Sbjct 240 IDAFRRDVAELLPEYADRVGELVSMDDVKLLDVRLNRRRRWHAEGLLCIGDAAHAMSPVG 299 Query 347 GVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGP 406 GVGINLAVQDAVA AT+LA LR VS LA VRRRR + QA+QR++H L GP Sbjct 300 GVGINLAVQDAVATATLLAGRLRRGAVSGADLARVRRRRLPSLLLVQALQRLMHADLAGP 359 Query 407 LLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 +L G P ++ + +P L + Y VGVG+RPE AP ARR Sbjct 360 ILSGEQAGPAGWIMTAAQWVPLLRTLAVYLVGVGLRPERAPVSARR 405 >gi|291300125|ref|YP_003511403.1| FAD-binding monooxygenase protein [Stackebrandtia nassauensis DSM 44728] gi|290569345|gb|ADD42310.1| monooxygenase FAD-binding protein [Stackebrandtia nassauensis DSM 44728] Length=415 Score = 385 bits (988), Expect = 1e-104, Method: Compositional matrix adjust. Identities = 231/412 (57%), Positives = 279/412 (68%), Gaps = 6/412 (1%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E+TTC I GGGPAGMVLGLLLARAGV+VT+LEKH DFLRDFRGDTVHPTT+ LLD+LGL Sbjct 2 ESTTCCIAGGGPAGMVLGLLLARAGVEVTVLEKHADFLRDFRGDTVHPTTLELLDDLGLG 61 Query 111 ERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSF 170 ERFAA+P+S + + G + L Y Y+AMVPQWDLLNLLAEA EP+F Sbjct 62 ERFAAIPHSRLTEVVVPVAGSLQRIGNLRHLPGRYQYIAMVPQWDLLNLLAEAGAEEPTF 121 Query 171 TLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKAREFP 229 TLR+ TE T LLREGG+VTGVRY+ +G G + A LT+ACDGR S R AGL E+P Sbjct 122 TLRLNTEATDLLREGGRVTGVRYRTRDGDEGSIAASLTIACDGRHSALRAAAGLPKSEWP 181 Query 230 VNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEE 289 V FDVWWF++PR+ D + +P +I R Y+Q+A + PKG D++LR + Sbjct 182 VPFDVWWFRIPRKPDEPAALVPVIGERHPFLLINRGEYWQVAAIIPKGADSRLRREPVSR 241 Query 290 FRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVG 349 V+ ++P V ++ S DEVK L+V+++RLRRWH+DGLLC+GDAAHAMSPV GVG Sbjct 242 LLTPVAAVVPWLADRVDSVRSWDEVKLLDVRLDRLRRWHLDGLLCLGDAAHAMSPVGGVG 301 Query 350 INLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQ 409 INLAVQDAVAAA +LA LR V LA VRRRR T + Q +QR LH + LGP L Sbjct 302 INLAVQDAVAAARLLAASLRRGMVRPADLARVRRRRLPATVLVQTMQRFLHEKALGPALA 361 Query 410 GRDPTPPAALLGLVERL----PWLSAVPAYFVGVGVRPEHAPAFARR-GPGN 456 GR A L L RL PWL +PAY V G RPE APAFARR GP + Sbjct 362 GRFDVAGAGRLPLPMRLVRGFPWLQRIPAYLVARGFRPERAPAFARRAGPAS 413 >gi|134098449|ref|YP_001104110.1| hypothetical protein SACE_1873 [Saccharopolyspora erythraea NRRL 2338] gi|133911072|emb|CAM01185.1| monooxygenase, FAD-binding [Saccharopolyspora erythraea NRRL 2338] Length=410 Score = 385 bits (988), Expect = 1e-104, Method: Compositional matrix adjust. Identities = 227/411 (56%), Positives = 274/411 (67%), Gaps = 14/411 (3%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E+T C ++GGGPAGM+LGLLLARAGV+VT+LEKH DFLRDFRGDTVHP+T+RLLD+LGL Sbjct 2 ESTRCCVVGGGPAGMMLGLLLARAGVEVTVLEKHRDFLRDFRGDTVHPSTLRLLDDLGLG 61 Query 111 ERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSF 170 ERFAALP ++ + V DF RL Y+AMVPQWD L+LLA+AA EPSF Sbjct 62 ERFAALPQRKLERMRMLIGESTVVAADFGRLRGRRNYIAMVPQWDFLDLLAKAAADEPSF 121 Query 171 TLRMKTEVTGLLREGGKVTGVRYQGAEG-PGELRAELTVACDGRWSIARHEAGLKAREFP 229 TLRM TEVTGL EGG+VTGVRY +G PGEL A+LTV CDGR S+ R AG+++R F Sbjct 122 TLRMCTEVTGLRSEGGRVTGVRYLDEDGSPGELAADLTVGCDGRDSVVRRSAGMRSRAFD 181 Query 230 VNFDVWWFK---LPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERG 286 + DVW + +P G A RF+ G+ + R YFQ +YL KG DA+LR RG Sbjct 182 IPMDVWSVRVRAVPGSG-AGGQVFARFADGQVAVTMDRGDYFQTSYLIRKGDDARLRARG 240 Query 287 IEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVA 346 IE FR ++EL A + + S D+VK L ++RL RW+ DG+LCIGDAAH MSPV Sbjct 241 IEWFRGALAELFGWAPHVLEEIGSFDDVKLLETSMDRLPRWYADGVLCIGDAAHTMSPVG 300 Query 347 GVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGP 406 GVG+NLAVQDA A A +LAEPL + LA V+RRR PTAV Q +Q H LL P Sbjct 301 GVGVNLAVQDAAATARLLAEPLLRGTIGVADLARVQRRRLLPTAVAQRLQLGEHEMLLRP 360 Query 407 LLQG-----RDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 L+G R P P + L+ R P L AV AY GVGVRPE AP FARR Sbjct 361 ALEGTLGTKRLPFP----MRLLRRFPALGAVTAYVGGVGVRPERAPGFARR 407 >gi|345011652|ref|YP_004814006.1| FAD-binding monooxygenase [Streptomyces violaceusniger Tu 4113] gi|344038001|gb|AEM83726.1| FAD-binding monooxygenase [Streptomyces violaceusniger Tu 4113] Length=417 Score = 383 bits (984), Expect = 3e-104, Method: Compositional matrix adjust. Identities = 223/416 (54%), Positives = 267/416 (65%), Gaps = 11/416 (2%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E TTC ++GGGPAGMVLGLLLARAGV+VT+LEKHGDFLRDFRGDTVHP+T+RLLD+LGL Sbjct 2 ERTTCCVVGGGPAGMVLGLLLARAGVEVTVLEKHGDFLRDFRGDTVHPSTLRLLDDLGLA 61 Query 111 ERFAALPYSEVRTATL--HSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 ERFAALP V + L +G T D L Y YVAMVPQWDLL+LLA+ A+ EP Sbjct 62 ERFAALPQRHVHSVQLPIGRDGDLFTVGDISSLPGKYNYVAMVPQWDLLDLLADEAKREP 121 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQG--AEGPGELRAELTVACDGRWSIARHEAGLKAR 226 +F LRM TEVT L E G+VTGVRY+ A GELRA LTVACDGR S+AR L R Sbjct 122 TFQLRMNTEVTSFLMERGRVTGVRYRDRVAGSTGELRATLTVACDGRGSLARVLPELGLR 181 Query 227 EFPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERG 286 EFP DVWWF+LPRE + +I R Y+Q A L PKG D R + Sbjct 182 EFPCPMDVWWFRLPREERDPQGLVGNAGERYLTAMIDRGDYWQCAVLIPKGADDAWRAQP 241 Query 287 IEEFRRDVSELLPEATASVAALA----SMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAM 342 +++F +E P V S DEVK L+V+++RLRRWH GLLCIGDAAHAM Sbjct 242 LDQFLASFAEATPWIRRGVPDREPRPRSWDEVKLLDVRMDRLRRWHRPGLLCIGDAAHAM 301 Query 343 SPVAGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRR 402 SPV G+GINLAV+DAVAAA LA PLR+ V + A++ RR A TQ +QR+ H R Sbjct 302 SPVFGIGINLAVEDAVAAARHLAGPLRKGTVGLADVRAIQNRRWPTAAGTQILQRIAHAR 361 Query 403 LLGPLLQGRDPT---PPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPG 455 ++ PLLQGR P P L ++ + PWL PAYF+ G E PA + R G Sbjct 362 VIEPLLQGRSPAVAGQPLRLTQVLTKAPWLKRGPAYFLAYGAGRERPPAASLRPSG 417 >gi|323357860|ref|YP_004224256.1| 2-polyprenyl-6-methoxyphenol hydroxylase [Microbacterium testaceum StLB037] gi|323274231|dbj|BAJ74376.1| 2-polyprenyl-6-methoxyphenol hydroxylase [Microbacterium testaceum StLB037] Length=420 Score = 379 bits (973), Expect = 6e-103, Method: Compositional matrix adjust. Identities = 237/411 (58%), Positives = 297/411 (73%), Gaps = 6/411 (1%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 + TTCAI+GGGPAG+VLGLLLAR G++VT+LEKH DFLRDFRGDTVHP+T+ LLD+LGL+ Sbjct 10 DATTCAIVGGGPAGLVLGLLLARGGIRVTVLEKHADFLRDFRGDTVHPSTLGLLDDLGLF 69 Query 111 ERFAALPYSEVRTATL-HSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPS 169 E F ALP S VR + ++G V D +RL +PY+AMVPQWDLL+LLA AA+AEP+ Sbjct 70 ELFDALPQSRVRQFRVPMADGSDVVLADLDRLPVRHPYIAMVPQWDLLDLLAAAAEAEPT 129 Query 170 FTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFP 229 FTL + EVTG+LR GG+V GV Y+ G GE+RA+LTVACDGRWS+ R G REF Sbjct 130 FTLLREHEVTGVLRGGGRVRGVMYRSPHGEGEVRADLTVACDGRWSVVRRAVGFPVREFR 189 Query 230 VNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEE 289 V FDVWWF++ + LPR G+ IPR GY Q+A++G KGTDA LR GI+ Sbjct 190 VPFDVWWFRITTVRHLPEALLPRIRRGRIGIAIPRRGYVQVAWIGRKGTDAALRAAGIDA 249 Query 290 FRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVG 349 FR +V+ELLP+ V ++SMD+VKHL+V +NRLRRWH + +LCIGDAAHAMSP GVG Sbjct 250 FRAEVAELLPDLADDVHTISSMDDVKHLDVHLNRLRRWHANSVLCIGDAAHAMSPAGGVG 309 Query 350 INLAVQDAVAAATILAEPLREHRV----SSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLG 405 INLAVQDAVA A +LA PLR+ + S R LA V+RRR FPT V Q +QRV+H R++ Sbjct 310 INLAVQDAVATARLLAGPLRDGALAGVGSGRILARVQRRRRFPTIVIQTLQRVVHARVIA 369 Query 406 PLLQGR-DPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPG 455 P++ GR + P A L+ R+ LS VPA+ +GVG RPE P +ARRG G Sbjct 370 PVITGRKEVVVPRAAGILLRRMRGLSVVPAFVIGVGPRPERVPGWARRGGG 420 >gi|302528407|ref|ZP_07280749.1| monooxygenase [Streptomyces sp. AA4] gi|302437302|gb|EFL09118.1| monooxygenase [Streptomyces sp. AA4] Length=415 Score = 378 bits (971), Expect = 1e-102, Method: Compositional matrix adjust. Identities = 218/403 (55%), Positives = 257/403 (64%), Gaps = 2/403 (0%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E T C + GGGPAG++LGLLLARAGV+V +LEKH DFLRDFRGDTVHP+T+RLLDELGL Sbjct 6 ERTGCVVAGGGPAGVMLGLLLARAGVEVVVLEKHRDFLRDFRGDTVHPSTLRLLDELGLG 65 Query 111 ERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSF 170 RFAAL S + + V DF RL P+ ++AMVPQ + L LLAEA AEP F Sbjct 66 ARFAALSRSVLERMKMEIGAETVIAADFSRLRGPHKHIAMVPQAEFLGLLAEAGAAEPKF 125 Query 171 TLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKAREFP 229 +LRM V L R GG+VTGV Y+ G + A LTV CDGRWS R E GL RE Sbjct 126 SLRMGASVVSLRRAGGRVTGVNYRDETGAVSAIEAPLTVGCDGRWSTVRRELGLALRESE 185 Query 230 VNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEE 289 V DVW ++P+ G E RF PG + R Y+Q +YL P+G DA+LR IE+ Sbjct 186 VPMDVWQVRVPKAGPGERGVFARFGPGYASVTMDRGDYYQTSYLIPRGQDARLRSGPIED 245 Query 290 FRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVG 349 FR +++L V+A+ S D+VK L V + L RWH G LCIGDAAH MSPV GVG Sbjct 246 FRTRLADLFGWTPGQVSAVGSWDDVKLLEVTMGLLPRWHAPGALCIGDAAHPMSPVGGVG 305 Query 350 INLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQ 409 +NLAVQDAVA A +LAEPLR V LAAVRRRR PT Q+ QR H LL P L Sbjct 306 VNLAVQDAVATARLLAEPLRRGEVPVSRLAAVRRRRLLPTVAVQSSQRGEHEMLLRPALA 365 Query 410 GRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 G PA + +V R P LS V AY GVG+RPEHAPAFARR Sbjct 366 GTLDRLPAPMR-MVRRFPALSGVTAYLGGVGLRPEHAPAFARR 407 >gi|297162442|gb|ADI12154.1| hypothetical protein SBI_09036 [Streptomyces bingchenggensis BCW-1] Length=412 Score = 375 bits (964), Expect = 6e-102, Method: Compositional matrix adjust. Identities = 228/417 (55%), Positives = 269/417 (65%), Gaps = 21/417 (5%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E TTC ++GGGPAGMVLGLLLARAGV+VT+LEKHGDFLRDFRGDTVHP+T+ LLDELGL Sbjct 2 ERTTCCVVGGGPAGMVLGLLLARAGVEVTVLEKHGDFLRDFRGDTVHPSTLSLLDELGLA 61 Query 111 ERFAALPYSEVRTATLHSN-GRAV-TYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 ERFAALP V T L GR++ T D L Y YVAMVPQWDLLNLLA+ A EP Sbjct 62 ERFAALPQRHVHTIQLPIGPGRSLFTVGDIGALPVKYNYVAMVPQWDLLNLLADEAAREP 121 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGP-GELRAELTVACDGRWSIARHEAGLKARE 227 SF LRM TE T L E G+V GVRY+ A+G GELRA LTVACDGR S+ARH L RE Sbjct 122 SFRLRMNTEATSFLMERGRVAGVRYRTADGSTGELRANLTVACDGRGSLARHLPELGLRE 181 Query 228 FPVNFDVWWFKLPR-EGDAEFSFLPRFSPGKG-----LGVIPREGYFQIAYLGPKGTDAQ 281 FP D WWF++PR EGD PR G +I R Y+Q A L PKGTDA Sbjct 182 FPCPMDAWWFRVPRHEGD------PRGLVGNVGDRFLTAMIDRGEYWQCAALIPKGTDAA 235 Query 282 LRERGIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHA 341 R G++ F + + P AL S DEVK L+V+++RLRRWH GLLCIGDAAHA Sbjct 236 RRAAGLDRFMAEFAAAAPWLADRAHALRSWDEVKLLDVRLDRLRRWHRPGLLCIGDAAHA 295 Query 342 MSPVAGVGINLAVQDAVAAATILA-EPLREHRVSSRHLAAVRRRRAFPT-AVTQAVQRVL 399 MSPV G+GINLAVQDAVAAA IL+ +RR +PT A TQ +QR+ Sbjct 296 MSPVFGIGINLAVQDAVAAARILSGPLAAGGGGVGLREVREVQRRRWPTAAATQTLQRIA 355 Query 400 HRRLLGPLLQGR----DPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 H R++ P+L GR D + P ++ ++ PWL PAYF+ G + E PA A R Sbjct 356 HARVIEPVLAGRTLLGDGSRPPGVVRVLNAAPWLKRAPAYFLAYGAQRERPPAAALR 412 >gi|154253609|ref|YP_001414433.1| hypothetical protein Plav_3170 [Parvibaculum lavamentivorans DS-1] gi|154157559|gb|ABS64776.1| monooxygenase FAD-binding [Parvibaculum lavamentivorans DS-1] Length=406 Score = 374 bits (961), Expect = 1e-101, Method: Compositional matrix adjust. Identities = 204/397 (52%), Positives = 251/397 (64%), Gaps = 6/397 (1%) Query 52 TTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWE 111 TTTCAI GGGPAGM+LGLLLARAGV VT+LEKHGDFLRDFRGDT+HP+T+ ++ ELGL + Sbjct 7 TTTCAIAGGGPAGMMLGLLLARAGVDVTVLEKHGDFLRDFRGDTIHPSTLEVMHELGLLD 66 Query 112 RFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFT 171 A P+ ++ +H +T DF L +VA +PQWD L+ LAEA + P F Sbjct 67 GLLARPHQKMSEVGVHIGDEHLTAADFSHLPTRCKFVAFMPQWDFLDFLAEAGRRYPGFH 126 Query 172 LRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVN 231 L M E TGLL + G+V G+R +G ++RA+L V DGR S+ R +AGL + Sbjct 127 LHMNAEATGLLEDAGRVAGIRAATPDGTLDIRADLVVGADGRGSVVREKAGLDVLDIGAP 186 Query 232 FDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFR 291 FDV W +L R D L R G I R Y+Q A++ KG + +GIE FR Sbjct 187 FDVLWMRLTRRADDALETLGRVDMGHIFITIDRGDYWQCAFVIGKGELEDWKTKGIEAFR 246 Query 292 RDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGIN 351 ++ L P L S D+VK L VKV+RLR W DGLLCIGDAAHAMSPV GVGIN Sbjct 247 ETIAALQPHMADRTGELRSWDDVKLLTVKVDRLREWARDGLLCIGDAAHAMSPVGGVGIN 306 Query 352 LAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL--Q 409 LA+QDAVAAA ILA PLR+ R++ L AV+RRR FPT VTQ VQ + R+LGP L + Sbjct 307 LAIQDAVAAANILAGPLRQKRLTLADLRAVQRRRDFPTRVTQGVQVFIQNRVLGPALRRK 366 Query 410 GRDPTP-PAALLGLVERLPWLSAVPAYFVGVGVRPEH 445 GR P P LLG R P L +P Y VG+GVRPEH Sbjct 367 GRMKAPLPLKLLG---RFPLLRRIPGYAVGLGVRPEH 400 >gi|340526874|gb|AEK42079.1| hypothetical protein RAM_17965 [Amycolatopsis mediterranei S699] Length=414 Score = 374 bits (960), Expect = 2e-101, Method: Compositional matrix adjust. Identities = 227/399 (57%), Positives = 270/399 (68%), Gaps = 12/399 (3%) Query 65 MVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFAALPYSEVRTA 124 MVLGLLLARAGV+VT+LEKH DFL DFRGDTVHP T++LLDELGL ERFA LP + + Sbjct 1 MVLGLLLARAGVEVTVLEKHEDFLHDFRGDTVHPATLQLLDELGLGERFARLPQTRITDV 60 Query 125 TLHSNGRAVTYI-DFERLHQ---PYPYVAMVPQWDLLNLLAEAAQAEPSFTLRMKTEVTG 180 L V I DF L +PYVA+VPQWDLL+LLA+AA+AEP+F L M T T Sbjct 61 VLPDGAGGVRRIGDFGALRGWGVRHPYVAIVPQWDLLDLLADAARAEPAFRLEMGTAATS 120 Query 181 LLREGGKVTGVRYQ-----GAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFDVW 235 L+ E G+V GVRY+ G + GE+RA+LTVAC GR S+ AGL EF V FD W Sbjct 121 LVHERGRVAGVRYRTSGPGGEDVEGEIRADLTVACTGRNSVLPATAGLGVTEFDVPFDTW 180 Query 236 WFKLPREGDAEFSFLPRFSPGKG--LGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRD 293 WF+L R + L R PG+G VIPREGYFQI Y+ KGTD +LR RGI+ FRRD Sbjct 181 WFRLSRREGEQVDQLTR-RPGRGRFAIVIPREGYFQIGYVARKGTDNRLRARGIDAFRRD 239 Query 294 VSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLA 353 V+ELLPE V L SMD+VK L+V++NR RRWH +GLLCIGDAAHAMSPV GVGINLA Sbjct 240 VAELLPEYADRVGELVSMDDVKLLDVRLNRRRRWHAEGLLCIGDAAHAMSPVGGVGINLA 299 Query 354 VQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDP 413 VQDAVA AT+LA LR VS LA VRRRR + QA+QR++H L GP+L G Sbjct 300 VQDAVATATLLAGRLRRGAVSGADLARVRRRRLPSLLLVQALQRLMHADLAGPILSGEQA 359 Query 414 TPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 P ++ + +P L + Y VGVG+RPE AP ARR Sbjct 360 GPAGWIMTAAQWVPLLRTLAVYLVGVGLRPERAPVSARR 398 >gi|256380003|ref|YP_003103663.1| FAD-binding monooxygenase [Actinosynnema mirum DSM 43827] gi|255924306|gb|ACU39817.1| monooxygenase FAD-binding [Actinosynnema mirum DSM 43827] Length=410 Score = 372 bits (956), Expect = 5e-101, Method: Compositional matrix adjust. Identities = 226/407 (56%), Positives = 264/407 (65%), Gaps = 9/407 (2%) Query 53 TTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWER 112 T+ AI GGGPAGMVLGLLLARAGV+VT+LEKHGDFLRDFRGDTVH +T+ LLD+LGL Sbjct 4 TSIAIAGGGPAGMVLGLLLARAGVRVTVLEKHGDFLRDFRGDTVHASTLGLLDDLGLGPA 63 Query 113 FAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTL 172 F A+P V + G A T D RL + +A VPQWDLL LLA A + EP+F L Sbjct 64 FDAIPPRYVERMRVVLPGGAATIADMRRLPGRHKRIAFVPQWDLLELLARAGRREPTFEL 123 Query 173 RMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNF 232 M EVTGLLREG KVTGVRY+ EG L A++ VA DGR S R EAGL R F Sbjct 124 VMNAEVTGLLREGPKVTGVRYRTPEGETSLGADVVVAADGRTSRVRAEAGLAMRSFGAPM 183 Query 233 DVWWFKLP-REGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFR 291 DVWWF++P REGD RF G+ L IPR GYFQ A+L KG DA+LR G+ FR Sbjct 184 DVWWFRVPVREGDDLGEVQGRFGRGEALVAIPRVGYFQCAFLIRKGADARLRTEGVGRFR 243 Query 292 RDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGIN 351 V+ L P V +AS+D+VK L V+ NRLR WH DGLLC+GDAAHAMSPV GVGIN Sbjct 244 ERVAALAPALADRVGEIASLDDVKLLAVEQNRLRTWHRDGLLCVGDAAHAMSPVGGVGIN 303 Query 352 LAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLL----GPL 407 LA+QDAVAAA +LA P V+ LA +RRRR F TA QA QRV+ R ++ Sbjct 304 LAIQDAVAAARLLAGPALRGAVTPDVLARLRRRRLFATAAVQAAQRVMQRAVMREPGASA 363 Query 408 LQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGP 454 R P P L + +R P L VPAY V +G+RPE P FARR P Sbjct 364 RPARVPLP----LRVAQRFPVLQGVPAYLVSIGLRPEPTPGFARRSP 406 >gi|300023208|ref|YP_003755819.1| FAD-binding monooxygenase protein [Hyphomicrobium denitrificans ATCC 51888] gi|299525029|gb|ADJ23498.1| monooxygenase FAD-binding protein [Hyphomicrobium denitrificans ATCC 51888] Length=408 Score = 368 bits (945), Expect = 1e-99, Method: Compositional matrix adjust. Identities = 196/408 (49%), Positives = 254/408 (63%), Gaps = 2/408 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M + TC I GGGPAGM+LG+LLARAGV V +LEKH DFLRDFRGDT+HP+T+RL++ELG Sbjct 1 MDQHVTCCIAGGGPAGMMLGVLLARAGVDVLVLEKHKDFLRDFRGDTIHPSTLRLMEELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 + F LP+ EV+ + DF L ++A++PQWD L+ LAE +A P Sbjct 61 WLDEFLRLPHQEVKQLYGQFGETRIKLADFSSLPISTKFIALMPQWDFLDFLAEKGRAYP 120 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 F+LRM E T L+ +GG+V+GV+ EGP + A+L VA DGR S R +GL + F Sbjct 121 KFSLRMNAEATDLVHDGGRVSGVKVTTPEGPLTVSADLVVAADGRTSTLRKASGLVSENF 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 DV WF+LPR RF G+ ++ R Y+Q AY+ PKG DA++R G++ Sbjct 181 GAPMDVMWFRLPRLPTDTEETQARFDAGQIFIMLQRGDYWQCAYVIPKGDDAKVRAAGLD 240 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 FR+ V LLP + A+A D VK L V V+RL W GLLCIGDAAHAMSPV GV Sbjct 241 AFRKSVGALLPFEASRADAIADWDHVKLLTVAVDRLNEWARPGLLCIGDAAHAMSPVGGV 300 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLAVQDAVAAA L +PL+E R++ L V+ RR FPT TQ +Q + R++ L Sbjct 301 GINLAVQDAVAAANSLWQPLKEKRLTFDDLKTVQARRDFPTHATQRLQLTVQNRVIAKTL 360 Query 409 -QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPG 455 + RD PP A L LP+LS +PA +G+G RPEH R+G G Sbjct 361 AKTRDVKPPLA-FRLFNSLPFLSRIPARLIGLGFRPEHVSDAIRKGNG 407 >gi|75675847|ref|YP_318268.1| hypothetical protein Nwi_1655 [Nitrobacter winogradskyi Nb-255] gi|74420717|gb|ABA04916.1| monooxygenase, FAD-binding protein [Nitrobacter winogradskyi Nb-255] Length=419 Score = 365 bits (938), Expect = 7e-99, Method: Compositional matrix adjust. Identities = 189/395 (48%), Positives = 250/395 (64%), Gaps = 2/395 (0%) Query 52 TTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWE 111 +T C I+GGGPAGM+LG LLARAGV V +LEKH DF RDFRGDTVHP+TM+++DELGL + Sbjct 13 STRCCIVGGGPAGMMLGYLLARAGVDVVVLEKHADFFRDFRGDTVHPSTMQVMDELGLID 72 Query 112 RFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFT 171 F +P+ +++ H GR + D R YP++A +PQWD LN L E + P+ Sbjct 73 DFLKVPHDKLQKLDAHFGGRRLRIGDISRTGARYPFIAFMPQWDFLNFLREKGRRYPNLK 132 Query 172 LRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVN 231 L M TE GL+++G V GV + A+G E+ A+LTVACDGR S+ R AGL+ E Sbjct 133 LMMGTEGKGLVQDGDTVIGVHAEDADGAFEIMADLTVACDGRHSVLRASAGLEVEEIGAP 192 Query 232 FDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFR 291 DV WF+ + + E S L R GK + + R Y+Q AY+ PKG ++ RG+E FR Sbjct 193 MDVLWFRAGKSTETE-SILARIEAGKMMVTLDRGTYWQCAYVIPKGQHDAVKARGLESFR 251 Query 292 RDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGIN 351 DV L P + +A + S D+VK L V VNRL+RW GLLCIGDAAHAMSP+ GVG+N Sbjct 252 SDVVSLAPILKSGIADVKSWDDVKLLTVAVNRLKRWTRPGLLCIGDAAHAMSPIGGVGVN 311 Query 352 LAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQ-G 410 +A+QDAVAAA LA L+ VS LA V+RRR FP +TQA+Q + ++ L+ G Sbjct 312 IAIQDAVAAANHLAGKLKRGGVSEHDLAEVQRRREFPMRMTQAMQVTVQNNIVSAALKPG 371 Query 411 RDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEH 445 P P +V +P+L + A F+ VGVRPEH Sbjct 372 EGPFKPPLFARVVNAVPFLQGLTARFIAVGVRPEH 406 >gi|260904773|ref|ZP_05913095.1| hypothetical protein BlinB_05539 [Brevibacterium linens BL2] Length=417 Score = 364 bits (934), Expect = 2e-98, Method: Compositional matrix adjust. Identities = 203/401 (51%), Positives = 254/401 (64%), Gaps = 2/401 (0%) Query 55 CAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWERFA 114 C I GGGPAG+V GLLLAR GV+V +LEKH DF RDFRGDT+HP+T+RLLDELGL+ FA Sbjct 15 CIISGGGPAGIVAGLLLARGGVRVVVLEKHNDFFRDFRGDTIHPSTLRLLDELGLYNEFA 74 Query 115 ALPYSEVRTATL-HSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTLR 173 + + V +L +G+ D RL+ P+P++ + PQWD LNLLA A + EP F LR Sbjct 75 RITHRRVTNISLIGDDGQDYILGDLSRLNTPHPFMTIAPQWDFLNLLARAGEDEPGFDLR 134 Query 174 MKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNFD 233 M E+T L+ + +V GVR Q +G LRA L VA DGRWS AR EA L RE D Sbjct 135 MGVEMTSLIWDDDRVVGVRAQTPDGEIALRAPLVVAADGRWSKARDEAQLPMRELRSTID 194 Query 234 VWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFRRD 293 VWWF++ S PR G IPR+G+ Q+A L PKG DA+ RE+GIE R Sbjct 195 VWWFRVDTAEQLAESIAPRAKGGNVFVAIPRDGHVQMARLIPKGEDARFREQGIEALREA 254 Query 294 VSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGINLA 353 V+E P V AL MD+VK L+V+ N ++RW IDGLLCIGD+AHAMSP+ GVG+NLA Sbjct 255 VAETFPALADDVEAL-EMDDVKLLDVRRNEVKRWFIDGLLCIGDSAHAMSPLGGVGVNLA 313 Query 354 VQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGRDP 413 VQD VA A +LAE LR V +R L V+RRR T + +Q +H + + G Sbjct 314 VQDGVATARLLAESLRSGYVPTRELRRVQRRRLLTTKAVELLQGGIHAMIEPVVHNGGVI 373 Query 414 TPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGP 454 PPA +L LV P L+ VPA +G+GV PEHAP FA R P Sbjct 374 RPPAPVLWLVTTFPALTVVPARILGMGVTPEHAPDFALRSP 414 >gi|331695676|ref|YP_004331915.1| monooxygenase FAD-binding protein [Pseudonocardia dioxanivorans CB1190] gi|326950365|gb|AEA24062.1| monooxygenase FAD-binding protein [Pseudonocardia dioxanivorans CB1190] Length=435 Score = 358 bits (918), Expect = 1e-96, Method: Compositional matrix adjust. Identities = 224/411 (55%), Positives = 277/411 (68%), Gaps = 9/411 (2%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 E T A++GGGPAGMVLGLLLARAG++VT+LEKH DFLRDFRGDTVH +T+ LLDELGL Sbjct 12 ERATVAVVGGGPAGMVLGLLLARAGIEVTVLEKHADFLRDFRGDTVHASTLTLLDELGLG 71 Query 111 ERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSF 170 ERFAALP + + +G V D RL + +VA+VPQWDLL LLA AA EPSF Sbjct 72 ERFAALPQRRLEAVSAELDGGTVRLADMHRLPGDHQHVALVPQWDLLELLAGAAAEEPSF 131 Query 171 TLRMKTEVTGLLREGGKVTGVRYQGAEGPGE--LRAELTVACDGRWSIARHEAGLKAREF 228 TL + +VTGL+RE G+V GVR+ E LRA LTVACDGR S R AGL+ R F Sbjct 132 TLVRQADVTGLVREAGRVAGVRWTDRTTGEEHVLRAALTVACDGRRSAVRAAAGLRPRGF 191 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 V DVWWF+LPR + + RF+ G +I R Y+Q AYL KG+DA+LR GI Sbjct 192 GVPMDVWWFRLPRHAEDVAGGVGRFTRGHFCVLIDRGDYWQCAYLIRKGSDAELRAAGIG 251 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 E RR ++ L+P V LAS D+VK L+V+++RLRRW+ DGLL +GDAAHAMSPV GV Sbjct 252 ELRRRLAGLVPWLADRVDTLASWDDVKLLDVRLDRLRRWYADGLLLVGDAAHAMSPVGGV 311 Query 349 GINLAVQDAVAAATILAEPLREH-RVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPL 407 GINLAV DAVAAA +LA LR + R ++R L V+ RR +PTA+ Q QRV HR ++G Sbjct 312 GINLAVADAVAAARLLAPELRRNGRATTRALRRVQLRRWWPTALVQGAQRVAHRVVIGTA 371 Query 408 LQ-GRDPTPPAAL-----LGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 L GR TPP A + +++R P L +PA V +G PEHAP +ARR Sbjct 372 LDTGRGATPPVAATLPLPVRILQRFPVLQGIPARLVAIGPLPEHAPVWARR 422 >gi|338738897|ref|YP_004675859.1| FAD-binding monooxygenase [Hyphomicrobium sp. MC1] gi|337759460|emb|CCB65289.1| Monooxygenase, FAD binding [Hyphomicrobium sp. MC1] Length=408 Score = 357 bits (916), Expect = 2e-96, Method: Compositional matrix adjust. Identities = 187/407 (46%), Positives = 240/407 (59%), Gaps = 0/407 (0%) Query 49 MGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELG 108 M + TC + GGGPAGM+LG+LLARAGV+V +LEKH DF RDFRGDT+HP+T+R+++ELG Sbjct 1 MDQRVTCCVTGGGPAGMMLGVLLARAGVKVCVLEKHADFFRDFRGDTIHPSTLRMMEELG 60 Query 109 LWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEP 168 + F LP+ EV+ + V DF L ++A++PQWD LN LAE + P Sbjct 61 WLDEFLKLPHQEVQRLFMQFGDTRVEMADFSHLPITTKFIALMPQWDFLNFLAEKGRTYP 120 Query 169 SFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREF 228 F L+M TE TGL+ +G +VTGV + GP ++A+L VA DGR S R AG F Sbjct 121 GFDLKMSTEATGLIYDGDRVTGVTAKSPSGPLTIKADLVVAADGRNSTLRAAAGFVPENF 180 Query 229 PVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIE 288 DV WF+LPR RF G +IPR Y+Q AY+ PKG DA R G+E Sbjct 181 GAPMDVMWFRLPRLPTDAADVAGRFEGGHIFIMIPRGDYWQCAYIIPKGGDAATRAAGLE 240 Query 289 EFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGV 348 FR+ V LLP A + D VK L V V+RL+ W G LCIGDAAHAMSP+ GV Sbjct 241 AFRKSVGALLPFDPARANDIPDWDHVKLLTVAVDRLKTWSKPGFLCIGDAAHAMSPIGGV 300 Query 349 GINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 GINLAVQDAVAAA L +PL+E + L ++ RR FPT TQ +Q + ++ L Sbjct 301 GINLAVQDAVAAANRLWQPLKEGDLQMSDLRVIQSRRTFPTVATQRLQLAIQNSVISKAL 360 Query 409 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARRGPG 455 + P P + LVE P+LS A +G+G RPEH R G Sbjct 361 KATGPLKPPGFVRLVETFPFLSRFTARVLGLGFRPEHIAQHIRASNG 407 >gi|85716305|ref|ZP_01047278.1| hypothetical protein NB311A_18995 [Nitrobacter sp. Nb-311A] gi|85696821|gb|EAQ34706.1| hypothetical protein NB311A_18995 [Nitrobacter sp. Nb-311A] Length=423 Score = 355 bits (912), Expect = 7e-96, Method: Compositional matrix adjust. Identities = 186/395 (48%), Positives = 243/395 (62%), Gaps = 2/395 (0%) Query 52 TTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWE 111 +T C I+GGGPAGM+LG LLARAGV V +LEKH DF RDFRGDTVHP+TM+++DELGL + Sbjct 13 STRCCIVGGGPAGMMLGYLLARAGVDVVVLEKHRDFFRDFRGDTVHPSTMQVMDELGLID 72 Query 112 RFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFT 171 F +P+ +++ + + D R YP++A +PQWD L+ L E + P+FT Sbjct 73 DFLKVPHDKLQKLDGYFGKTRLRIADISRTGAKYPFIAFMPQWDFLDFLREKGRRYPNFT 132 Query 172 LRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVN 231 L M TE TGL+R G V GV G + A+LTV CDGR SI R AGL+ E Sbjct 133 LMMGTEATGLVRNGDMVIGVHATDGSGVFTIMADLTVGCDGRHSIIRASAGLEVEEIGAP 192 Query 232 FDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFR 291 DV WF+ + + E L R GK + + R Y+Q AY+ PKG ++ RG+E FR Sbjct 193 MDVLWFRAGKSVETE-RILARIEAGKMMVTLDRGTYWQCAYVIPKGQYDAVKARGLESFR 251 Query 292 RDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGIN 351 DV L P VA + + D+VK L V VNRL++W GLLCIGDAAHAMSPV GVG+N Sbjct 252 SDVVSLAPMLKPGVADVKTWDDVKLLTVAVNRLKQWTRPGLLCIGDAAHAMSPVGGVGVN 311 Query 352 LAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQ-G 410 +AVQDAVAAA LA L VS + L V+RRR FP +TQA+Q ++ ++ L+ Sbjct 312 IAVQDAVAAANCLAVKLEHGAVSEQDLVEVQRRREFPMRITQAMQVIVQNNIVSAALKPD 371 Query 411 RDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEH 445 +P P +V +PWL + A F+ VGVRPEH Sbjct 372 NEPLKPPPFARIVNAVPWLQGLTARFLAVGVRPEH 406 >gi|320107241|ref|YP_004182831.1| monooxygenase FAD-binding protein [Terriglobus saanensis SP1PR4] gi|319925762|gb|ADV82837.1| monooxygenase FAD-binding protein [Terriglobus saanensis SP1PR4] Length=406 Score = 348 bits (893), Expect = 1e-93, Method: Compositional matrix adjust. Identities = 186/393 (48%), Positives = 241/393 (62%), Gaps = 3/393 (0%) Query 53 TTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWER 112 C I GGGPAGM+LG L+ARAGV+ +LEKH DFLRDFRGDTVHP+T +++ +LGL E Sbjct 9 CCCCIAGGGPAGMMLGYLMARAGVETVVLEKHKDFLRDFRGDTVHPSTTQIMQDLGLLEE 68 Query 113 FAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFTL 172 F +P+ +V G VT +DF +L P PY+A +PQWD LN +AE + P T+ Sbjct 69 FLKVPHQKVDHLGGDFGGEKVTLVDFSQLKTPCPYIAFMPQWDFLNFIAEKGKLLPKLTI 128 Query 173 RMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVNF 232 M+ VT LL E +V GV+ + EGP E+RA LTV DGR S R AGL + Sbjct 129 LMEANVTALLHESERVVGVQAETPEGPMEVRATLTVGADGRSSTVRAAAGLVVEDEHAAI 188 Query 233 DVWWFKLPREGDAEFSFLPRFSP-GKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFR 291 DV+WF++ + DAE + S GK L I R+ Y Q AY+ KG ++ RG+E FR Sbjct 189 DVFWFRVEKN-DAEMEGVSMHSNGGKFLITIDRQAYLQCAYVVNKGGAEEIHVRGLEAFR 247 Query 292 RDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGIN 351 DV+ PE ASV LA D+VK L V V+RL +W G+LCIGDAAH MSPV GVGIN Sbjct 248 HDVAVAAPELRASVNELAKWDDVKLLRVSVDRLIKWSAPGMLCIGDAAHTMSPVGGVGIN 307 Query 352 LAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGR 411 LAVQDAVA A +L+ PLRE R++ + V+ RR +P V Q Q + + LL P L G+ Sbjct 308 LAVQDAVATANLLSVPLREGRLTDAMVEKVQARRLWPAKVVQTFQGAVQKNLLKPALAGK 367 Query 412 DPTPPAALLGLVERLPWLSAVPAYFVGVGVRPE 444 P + + R W+ + A FVG+GVR E Sbjct 368 LSKMP-LIFRIASRSRWMQGMAARFVGLGVRQE 399 >gi|92117843|ref|YP_577572.1| hypothetical protein Nham_2320 [Nitrobacter hamburgensis X14] gi|91800737|gb|ABE63112.1| monooxygenase, FAD-binding protein [Nitrobacter hamburgensis X14] Length=421 Score = 347 bits (891), Expect = 2e-93, Method: Compositional matrix adjust. Identities = 193/414 (47%), Positives = 253/414 (62%), Gaps = 7/414 (1%) Query 33 SPASGAPQVTPYARALMGETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFR 92 S +S PQ P R L +T C I+GGGPAGM+LG LL RAGV +LEKH DF RDFR Sbjct 3 SGSSREPQRQP--RVL---STRCCIVGGGPAGMMLGYLLGRAGVDAIVLEKHADFFRDFR 57 Query 93 GDTVHPTTMRLLDELGLWERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVP 152 GDTVHP+T++++DELGL + F +P+ +++ + + D R YP++A +P Sbjct 58 GDTVHPSTLQVMDELGLIDDFLKVPHDKLQKLKGYFGKTLLQIADISRTRAKYPFIAFMP 117 Query 153 QWDLLNLLAEAAQAEPSFTLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDG 212 QWD LN L + + P + M TE GL+ +G KV GV A+GP E+RA+LTVACDG Sbjct 118 QWDFLNFLRDKGRRFPGLKVMMSTEAKGLIHDGDKVIGVHATDADGPIEIRADLTVACDG 177 Query 213 RWSIARHEAGLKAREFPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAY 272 R S+ R AGL+ E DV WF+ + + E S L R GK + + R Y+Q AY Sbjct 178 RHSVVRPSAGLEVEEIGAPMDVLWFRAGKSTETE-SILARIEAGKMMVTLDRGTYWQCAY 236 Query 273 LGPKGTDAQLRERGIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGL 332 + KG +R +G+E FR DV L P + +A + S D+VK L V VNRL+RW GL Sbjct 237 VITKGQYDAVRAKGLESFRSDVVSLAPILKSGIADVKSWDDVKLLTVAVNRLKRWTRPGL 296 Query 333 LCIGDAAHAMSPVAGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVT 392 LCIGDAAHAMSPV GVG+N+AVQDAVAAA ILA L VS L V+RRR FP +T Sbjct 297 LCIGDAAHAMSPVGGVGVNIAVQDAVAAANILAAKLARGAVSESDLTEVQRRREFPMRMT 356 Query 393 QAVQRVLHRRLLGPLLQ-GRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEH 445 QA+Q ++ ++ L+ G P P +V +PWL + A F+ VGVRPEH Sbjct 357 QAMQVIVQNNIVSAALKPGNGPFKPPLFARVVNAVPWLQGLTARFIAVGVRPEH 410 >gi|108760946|ref|YP_634394.1| hypothetical protein MXAN_6265 [Myxococcus xanthus DK 1622] gi|108464826|gb|ABF90011.1| monooxygenase, FAD-dependent [Myxococcus xanthus DK 1622] Length=411 Score = 345 bits (884), Expect = 1e-92, Method: Compositional matrix adjust. Identities = 197/397 (50%), Positives = 245/397 (62%), Gaps = 5/397 (1%) Query 52 TTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLWE 111 TT C ++GGGPAGM+LGLLLARAGV+VT+LEKH DFLRDFRGDT+HP+T+ L+ ELG + Sbjct 7 TTQCCVVGGGPAGMMLGLLLARAGVEVTVLEKHADFLRDFRGDTIHPSTLELMHELGWLD 66 Query 112 RFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSFT 171 ALP+ + L V DF L Y+A +PQWDLL+ LA A P F Sbjct 67 ELLALPHQKAPVLRLQRGAHDVIVGDFSHLPTRARYIAFMPQWDLLDFLARKAAEYPGFH 126 Query 172 LRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPVN 231 LR EVT +LRE G V GV+ + EG E+RA L VA DGR SI R AGL+ Sbjct 127 LRRCAEVTEVLREKGCVVGVQARTPEGSLEVRASLVVAADGRNSIMRQRAGLEVEVLGAP 186 Query 232 FDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEEFR 291 DV WF++ R+ + + RF G+ +I R +Q + KG+ LRE G+ FR Sbjct 187 MDVLWFRVSRKPEDPEDPMGRFEQGQIFVLINRGDSWQCGRVIAKGSFDALREAGLVSFR 246 Query 292 RDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVGIN 351 D + L P LA+ D+VK L V+V+RLR W+ GLLCIGDAAHAMSPV GVGIN Sbjct 247 EDFARLAPFLADRAHELATWDDVKLLTVRVDRLRTWYQAGLLCIGDAAHAMSPVGGVGIN 306 Query 352 LAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLLQGR 411 LAVQDAVAAA ILA PL V+ L V+ RR +PT VTQ Q ++ R+LGP L R Sbjct 307 LAVQDAVAAANILAGPLLARHVTPMDLRRVQERREWPTRVTQRAQVLIQNRVLGPAL--R 364 Query 412 DPTPPAAL---LGLVERLPWLSAVPAYFVGVGVRPEH 445 P AL L LV+ +P+L +PA VG+GVRPEH Sbjct 365 SPAASTALPLPLWLVQHVPFLRRIPARLVGMGVRPEH 401 >gi|271964775|ref|YP_003338971.1| FAD-binding monooxygenase protein [Streptosporangium roseum DSM 43021] gi|270507950|gb|ACZ86228.1| monooxygenase FAD-binding protein [Streptosporangium roseum DSM 43021] Length=405 Score = 344 bits (883), Expect = 2e-92, Method: Compositional matrix adjust. Identities = 215/397 (55%), Positives = 253/397 (64%), Gaps = 5/397 (1%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 + TC I GGGPAG VL LLLARAGVQVTLLEKHGDFLRDFRGDTVHP+T+++LDELGL Sbjct 2 DQNTCVIAGGGPAGAVLALLLARAGVQVTLLEKHGDFLRDFRGDTVHPSTLQVLDELGLA 61 Query 111 ERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSF 170 E LP+ + + TL ++ V D RL Y Y+A VPQWD LNL+ AA+ P+F Sbjct 62 EELDRLPHRKAYSMTLQTDDATVPIADLSRLPGRYNYIAFVPQWDFLNLVTAAAKRYPTF 121 Query 171 TLRMKTEVTGLLREGGKVTGVRYQGAEGPGELRAELTVACDGRWSIARHEAGLKAREFPV 230 L M EV ++REG V GVRY+ G ELRA LTVA DGR S R AGL E V Sbjct 122 RLVMNAEVHDVIREGNAVRGVRYRDTGGEHELRAALTVAADGRHSDVRRAAGLVPVEHGV 181 Query 231 NFDVWWFKLPRE-GDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRERGIEE 289 DV WF+LPRE GD FL R S G + I RE Y+Q+AYL PKG LR RGIE Sbjct 182 PMDVLWFRLPREPGDPGDPFL-RVSAGHMMVAINREDYWQLAYLIPKGGFDSLRARGIET 240 Query 290 FRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPVAGVG 349 R V+ LLP V L+ +V L+V +NRLRRWH GLL IGDAAHAMSPV GVG Sbjct 241 VREHVARLLPFLKERVELLSGFGDVSVLSVALNRLRRWHRPGLLVIGDAAHAMSPVFGVG 300 Query 350 INLAVQDAVAAATILAEPLREHR-VSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLGPLL 408 INLAVQDAVAAA +LA PL + LA V+RRR PT +TQ QR++ RL+ P L Sbjct 301 INLAVQDAVAAANLLAGPLAAGAGIPESLLARVQRRRTPPTVLTQLAQRLVQHRLIRPAL 360 Query 409 QGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEH 445 G P L + R+P + A+ F+G GVRPEH Sbjct 361 SGE--AGPVRLPRDISRIPVIGALARRFIGFGVRPEH 395 >gi|118618931|ref|YP_907263.1| hypothetical protein MUL_3663 [Mycobacterium ulcerans Agy99] gi|118571041|gb|ABL05792.1| FAD-dependent oxidoreductase [Mycobacterium ulcerans Agy99] Length=412 Score = 343 bits (881), Expect = 3e-92, Method: Compositional matrix adjust. Identities = 205/407 (51%), Positives = 264/407 (65%), Gaps = 7/407 (1%) Query 51 ETTTCAIIGGGPAGMVLGLLLARAGVQVTLLEKHGDFLRDFRGDTVHPTTMRLLDELGLW 110 ETT+ + GGGPAGMVLGLLLARAGV VT++EKH DFLRD RGDTVH +T+RLLDELGL Sbjct 6 ETTSVLVAGGGPAGMVLGLLLARAGVDVTVMEKHADFLRDSRGDTVHASTLRLLDELGLG 65 Query 111 ERFAALPYSEVRTATLHSNGRAVTYIDFERLHQPYPYVAMVPQWDLLNLLAEAAQAEPSF 170 +FA +P+ + T ++ G+ V +D + L + ++A+VPQWD L LLA AA+AEP+F Sbjct 66 SQFAQIPHRLIDTISMKVQGQPVD-LDLKHLPGAHQHIALVPQWDFLELLAAAAEAEPTF 124 Query 171 TLRMKTEVTGLLR----EGGKVTGVRYQGAEGPGE-LRAELTVACDGRWSIARHEAGLKA 225 L TEVTG+L + G+V Y+ G + + A+LTVACDGR S R G+ Sbjct 125 RLLRSTEVTGVLWGDGPDPGRVVSATYRAQSGETKHMHADLTVACDGRGSTVRSALGMAT 184 Query 226 REFPVNFDVWWFKLPREGDAEFSFLPRFSPGKGLGVIPREGYFQIAYLGPKGTDAQLRER 285 R F DVWWF+LPR D F+ G G I R Y+QIAY+ PKG+DAQLR + Sbjct 185 RSFGAPMDVWWFRLPRRPDDPTGLAGIFNSGHGGIAIDRGDYYQIAYIIPKGSDAQLRAQ 244 Query 286 GIEEFRRDVSELLPEATASVAALASMDEVKHLNVKVNRLRRWHIDGLLCIGDAAHAMSPV 345 GIE R +++L+P V AL S D+VK L+V++NRLRRW+ DG LCIGDAAHAMSPV Sbjct 245 GIEALHRALADLMPWLADRVDALKSFDDVKLLDVQLNRLRRWYCDGALCIGDAAHAMSPV 304 Query 346 AGVGINLAVQDAVAAATILAEPLREHRVSSRHLAAVRRRRAFPTAVTQAVQRVLHRRLLG 405 GVGINLA+ DAVA A +LA LR RVS+ LA V+ RR PTA Q +QR +H ++ Sbjct 305 GGVGINLALADAVATARMLAPSLRVGRVSTGQLARVQARRWAPTAFLQGIQRAIHAAIVA 364 Query 406 PLLQGRDPTPPAALLGLVERLPWLSAVPAYFVGVGVRPEHAPAFARR 452 + G P P ++ LV R + + Y V +G PEHAP + RR Sbjct 365 VAVTG-GPPQPPPVVRLVSRSVPVRRIMGYLVAIGPLPEHAPKYPRR 410 Lambda K H 0.322 0.138 0.420 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 964325701738 Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects Posted date: Sep 5, 2011 4:36 AM Number of letters in database: 5,219,829,388 Number of sequences in database: 15,229,318 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Neighboring words threshold: 11 Window for multiple hits: 40