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= Rv1360 Length=340 Score E Sequences producing significant alignments: (Bits) Value gi|15608500|ref|NP_215876.1| oxidoreductase [Mycobacterium tuber... 698 0.0 gi|294994919|ref|ZP_06800610.1| oxidoreductase [Mycobacterium tu... 697 0.0 gi|296170335|ref|ZP_06851926.1| oxidoreductase [Mycobacterium pa... 565 3e-159 gi|240170881|ref|ZP_04749540.1| putative oxidoreductase [Mycobac... 564 7e-159 gi|306788458|ref|ZP_07426780.1| probable F420-dependent oxidored... 533 1e-149 gi|306779446|ref|ZP_07417783.1| oxidoreductase [Mycobacterium tu... 532 3e-149 gi|108798763|ref|YP_638960.1| putative oxidoreductase [Mycobacte... 491 8e-137 gi|119867881|ref|YP_937833.1| putative oxidoreductase [Mycobacte... 491 9e-137 gi|118470808|ref|YP_886608.1| hypothetical protein MSMEG_2256 [M... 470 1e-130 gi|145224905|ref|YP_001135583.1| putative oxidoreductase [Mycoba... 432 4e-119 gi|315445235|ref|YP_004078114.1| flavin-dependent oxidoreductase... 431 9e-119 gi|120403014|ref|YP_952843.1| putative oxidoreductase [Mycobacte... 419 3e-115 gi|312198080|ref|YP_004018141.1| F420-dependent oxidoreductase [... 416 3e-114 gi|288917555|ref|ZP_06411920.1| Luciferase-like monooxygenase [F... 410 2e-112 gi|288917607|ref|ZP_06411971.1| conserved hypothetical protein [... 354 1e-95 gi|111224164|ref|YP_714958.1| putative N5,N10-methylenetetrahydr... 350 2e-94 gi|119474731|ref|ZP_01615084.1| PROBABLE OXIDOREDUCTASE [marine ... 344 1e-92 gi|158313841|ref|YP_001506349.1| putative N5,N10-methylenetetrah... 343 2e-92 gi|120401383|ref|YP_951212.1| luciferase family protein [Mycobac... 338 5e-91 gi|326330378|ref|ZP_08196688.1| putative F420-dependent oxidored... 338 9e-91 gi|312198994|ref|YP_004019055.1| F420-dependent oxidoreductase [... 335 9e-90 gi|111222259|ref|YP_713053.1| hypothetical protein FRAAL2840 [Fr... 332 4e-89 gi|297204607|ref|ZP_06922004.1| luciferase [Streptomyces sviceus... 331 9e-89 gi|118471227|ref|YP_884754.1| hypothetical protein MSMEG_0341 [M... 325 6e-87 gi|226366565|ref|YP_002784348.1| oxidoreductase [Rhodococcus opa... 318 1e-84 gi|336178034|ref|YP_004583409.1| putative F420-dependent oxidore... 313 2e-83 gi|254482183|ref|ZP_05095424.1| hypothetical protein GPB2148_799... 311 1e-82 gi|111222564|ref|YP_713358.1| putative N5, N10-methylenetetrahyd... 309 4e-82 gi|169630993|ref|YP_001704642.1| oxidoreductase [Mycobacterium a... 308 6e-82 gi|297170994|gb|ADI22009.1| coenzyme F420-dependent N5,N10-methy... 308 8e-82 gi|342857683|ref|ZP_08714339.1| putative N5,N10-methylenetetrahy... 308 1e-81 gi|148655273|ref|YP_001275478.1| luciferase family protein [Rose... 307 2e-81 gi|226362707|ref|YP_002780485.1| hypothetical protein ROP_32930 ... 307 2e-81 gi|311744225|ref|ZP_07718029.1| oxidoreductase [Aeromicrobium ma... 304 1e-80 gi|111223373|ref|YP_714167.1| hypothetical protein FRAAL3969 [Fr... 304 1e-80 gi|156743881|ref|YP_001434010.1| luciferase family protein [Rose... 304 2e-80 gi|256374455|ref|YP_003098115.1| luciferase-like monooxygenase [... 299 4e-79 gi|158314514|ref|YP_001507022.1| luciferase family protein [Fran... 299 4e-79 gi|288919167|ref|ZP_06413505.1| conserved hypothetical protein [... 298 1e-78 gi|254483361|ref|ZP_05096591.1| hypothetical protein GPB2148_255... 297 2e-78 gi|158318271|ref|YP_001510779.1| hypothetical protein Franean1_6... 293 2e-77 gi|312195894|ref|YP_004015955.1| F420-dependent oxidoreductase [... 293 3e-77 gi|312198976|ref|YP_004019037.1| F420-dependent oxidoreductase [... 289 4e-76 gi|312198013|ref|YP_004018074.1| F420-dependent oxidoreductase [... 287 2e-75 gi|219849970|ref|YP_002464403.1| luciferase family protein [Chlo... 284 1e-74 gi|148554534|ref|YP_001262116.1| coenzyme F420-dependent N5 N10-... 283 2e-74 gi|108803783|ref|YP_643720.1| luciferase-like protein [Rubrobact... 279 4e-73 gi|325002536|ref|ZP_08123648.1| luciferase-like monooxygenase [P... 278 8e-73 gi|163846028|ref|YP_001634072.1| luciferase family protein [Chlo... 278 1e-72 gi|309792140|ref|ZP_07686612.1| luciferase family protein [Oscil... 277 2e-72 >gi|15608500|ref|NP_215876.1| oxidoreductase [Mycobacterium tuberculosis H37Rv] gi|15840817|ref|NP_335854.1| N5,N10-methylenetetrahydromethanopterin reductase-related protein [Mycobacterium tuberculosis CDC1551] gi|31792556|ref|NP_855049.1| oxidoreductase [Mycobacterium bovis AF2122/97] 75 more sequence titles Length=340 Score = 698 bits (1802), Expect = 0.0, Method: Compositional matrix adjust. Identities = 340/340 (100%), Positives = 340/340 (100%), Gaps = 0/340 (0%) Query 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL Sbjct 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 Query 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF Sbjct 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 Query 121 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE Sbjct 121 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 Query 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT Sbjct 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 Query 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP Sbjct 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 Query 301 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR 340 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR Sbjct 301 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR 340 >gi|294994919|ref|ZP_06800610.1| oxidoreductase [Mycobacterium tuberculosis 210] Length=340 Score = 697 bits (1798), Expect = 0.0, Method: Compositional matrix adjust. Identities = 339/340 (99%), Positives = 340/340 (100%), Gaps = 0/340 (0%) Query 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL Sbjct 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 Query 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF Sbjct 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 Query 121 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 VAALRAIWLAWQDGT+LCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE Sbjct 121 VAALRAIWLAWQDGTQLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 Query 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT Sbjct 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 Query 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP Sbjct 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 Query 301 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR 340 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR Sbjct 301 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR 340 >gi|296170335|ref|ZP_06851926.1| oxidoreductase [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295895058|gb|EFG74777.1| oxidoreductase [Mycobacterium parascrofulaceum ATCC BAA-614] Length=369 Score = 565 bits (1456), Expect = 3e-159, Method: Compositional matrix adjust. Identities = 271/340 (80%), Positives = 296/340 (88%), Gaps = 0/340 (0%) Query 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 M A RLK+DG IPNQLAR +AAVALER+G+DGGWTAE SHDPFLPLLLAAEHTSRLEL Sbjct 30 MVDAARLKVDGGIPNQLARVTEAAVALERDGYDGGWTAETSHDPFLPLLLAAEHTSRLEL 89 Query 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 GTNIAVAFARNPMIVAN+GWDLQ YS+GR ILGLGTQI+PHIEKRFSMPW HPARRMREF Sbjct 90 GTNIAVAFARNPMIVANIGWDLQAYSRGRFILGLGTQIQPHIEKRFSMPWSHPARRMREF 149 Query 121 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 VAAL AIW W+DG KL FEG+FYTHKIMTPMFTPEPQPY P+VF+AAVGEAMTE+CGE Sbjct 150 VAALHAIWSVWKDGGKLRFEGDFYTHKIMTPMFTPEPQPYSAPKVFLAAVGEAMTELCGE 209 Query 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 VADGHLGHPMVSKRYL EV+VPALLRG+ R+GR RS FEVS EVM+ATG ++ EL AA Sbjct 210 VADGHLGHPMVSKRYLDEVTVPALLRGMRRAGRSRSGFEVSGEVMIATGENEQELTAATA 269 Query 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 A RKQIAFYGSTPAYR+VLE HGWGDL ELHRLS GEW+AM LIDDEML AFAVVGP Sbjct 270 AVRKQIAFYGSTPAYRRVLELHGWGDLQTELHRLSLAGEWDAMASLIDDEMLAAFAVVGP 329 Query 301 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR 340 V TIA AL++RC G VDRVLPIFM AS CI AAL++FR+ Sbjct 330 VGTIAAALQDRCRGAVDRVLPIFMNASPSCITAALKEFRQ 369 >gi|240170881|ref|ZP_04749540.1| putative oxidoreductase [Mycobacterium kansasii ATCC 12478] Length=340 Score = 564 bits (1454), Expect = 7e-159, Method: Compositional matrix adjust. Identities = 269/340 (80%), Positives = 296/340 (88%), Gaps = 0/340 (0%) Query 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 MG A RLK+DG IPNQLAR +AA ALERNG+DGGWTAE SHDPFLPLLLAAEHTSR+EL Sbjct 1 MGSAPRLKVDGGIPNQLARVVEAADALERNGYDGGWTAETSHDPFLPLLLAAEHTSRIEL 60 Query 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 GTNIAVAFARNPM VAN+GWDLQ+YS+GR ILGLGTQI+ HIEKRFSM W HPARRMREF Sbjct 61 GTNIAVAFARNPMTVANLGWDLQSYSRGRFILGLGTQIQAHIEKRFSMSWSHPARRMREF 120 Query 121 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 VAAL AIW AW+DG KL FEGEFYTHKIMTPMFTPEPQPYP P++F+AAVG+AMTEMCGE Sbjct 121 VAALHAIWSAWRDGGKLRFEGEFYTHKIMTPMFTPEPQPYPAPKIFLAAVGDAMTEMCGE 180 Query 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 VADGHLGHPMVS+RYL EV++P LLRGL RSGRDR FEVS EVM+ATG +DA+L Sbjct 181 VADGHLGHPMVSRRYLEEVTMPGLLRGLQRSGRDRGDFEVSAEVMIATGENDADLETGVA 240 Query 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 A R +IAFYGSTPAYR+VL+ HGWGDLH EL RLS GEW+AMG LIDDEML AFAVVGP Sbjct 241 ALRNRIAFYGSTPAYRRVLDVHGWGDLHNELRRLSLNGEWDAMGSLIDDEMLSAFAVVGP 300 Query 301 VDTIAGALRNRCEGVVDRVLPIFMAASQECINAALQDFRR 340 VD IA ALR+RC+GVVDRVLPIF ASQ+CI AAL DFR+ Sbjct 301 VDGIAAALRDRCDGVVDRVLPIFFGASQDCIRAALTDFRQ 340 >gi|306788458|ref|ZP_07426780.1| probable F420-dependent oxidoreductase [Mycobacterium tuberculosis SUMu004] gi|306792784|ref|ZP_07431086.1| probable F420-dependent oxidoreductase [Mycobacterium tuberculosis SUMu005] gi|308334941|gb|EFP23792.1| probable F420-dependent oxidoreductase [Mycobacterium tuberculosis SUMu004] gi|308338746|gb|EFP27597.1| probable F420-dependent oxidoreductase [Mycobacterium tuberculosis SUMu005] Length=263 Score = 533 bits (1374), Expect = 1e-149, Method: Compositional matrix adjust. Identities = 257/259 (99%), Positives = 258/259 (99%), Gaps = 0/259 (0%) Query 82 LQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEG 141 +TYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEG Sbjct 5 FKTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEG 64 Query 142 EFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSV 201 EFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSV Sbjct 65 EFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSV 124 Query 202 PALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQ 261 PALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQ Sbjct 125 PALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQ 184 Query 262 HGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVLP 321 HGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVLP Sbjct 185 HGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVLP 244 Query 322 IFMAASQECINAALQDFRR 340 IFMAASQECINAALQDFRR Sbjct 245 IFMAASQECINAALQDFRR 263 >gi|306779446|ref|ZP_07417783.1| oxidoreductase [Mycobacterium tuberculosis SUMu002] gi|308327598|gb|EFP16449.1| oxidoreductase [Mycobacterium tuberculosis SUMu002] Length=257 Score = 532 bits (1371), Expect = 3e-149, Method: Compositional matrix adjust. Identities = 257/257 (100%), Positives = 257/257 (100%), Gaps = 0/257 (0%) Query 84 TYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEF 143 TYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEF Sbjct 1 TYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEF 60 Query 144 YTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPA 203 YTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPA Sbjct 61 YTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPA 120 Query 204 LLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHG 263 LLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHG Sbjct 121 LLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHG 180 Query 264 WGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVLPIF 323 WGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVLPIF Sbjct 181 WGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVLPIF 240 Query 324 MAASQECINAALQDFRR 340 MAASQECINAALQDFRR Sbjct 241 MAASQECINAALQDFRR 257 >gi|108798763|ref|YP_638960.1| putative oxidoreductase [Mycobacterium sp. MCS] gi|108769182|gb|ABG07904.1| putative oxidoreductase [Mycobacterium sp. MCS] Length=348 Score = 491 bits (1263), Expect = 8e-137, Method: Compositional matrix adjust. Identities = 235/334 (71%), Positives = 269/334 (81%), Gaps = 1/334 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 LK+D IP+QLAR + A ALE G+DG WT E +HDPFLPLLLAAEHT+RLE+GT+IAV Sbjct 4 LKVDRGIPSQLARVPEVATALEDQGYDGCWTGEINHDPFLPLLLAAEHTTRLEVGTSIAV 63 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFARNPM VAN+GWDLQ YS GR ILGLGTQI+PHIEKRFSMPW HP RMREFVAALR Sbjct 64 AFARNPMTVANIGWDLQAYSGGRFILGLGTQIQPHIEKRFSMPWSHPVGRMREFVAALRE 123 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW W +GT L FEGEFYTHKIMTPMF PEPQP+ VP++FIAAVGEAMT MCGEVADG L Sbjct 124 IWSCWHEGTPLRFEGEFYTHKIMTPMFVPEPQPHGVPKIFIAAVGEAMTRMCGEVADGLL 183 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H +KRYL EV+ PALL G+AR+GR RS F+VSC V V TG ++ AA ATR+Q+ Sbjct 184 AHAFTTKRYLDEVTTPALLEGMARTGRRRSDFQVSCPVFVVTGETAEDVRAAAVATRRQL 243 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFYGSTPAYR+VLE HGWGDLH ELHRLS+LGEW+AMGGLIDDE+L AFAVV P+DT+A Sbjct 244 AFYGSTPAYRRVLELHGWGDLHTELHRLSRLGEWDAMGGLIDDEVLDAFAVVAPLDTVAA 303 Query 307 ALRNRCEGVVDRVLPIFMAASQE-CINAALQDFR 339 LR RC+GV+DRVLP F A + C+ L + R Sbjct 304 KLRARCDGVIDRVLPAFPAGVPDACVTDVLHELR 337 >gi|119867881|ref|YP_937833.1| putative oxidoreductase [Mycobacterium sp. KMS] gi|126434365|ref|YP_001070056.1| putative oxidoreductase [Mycobacterium sp. JLS] gi|119693970|gb|ABL91043.1| putative oxidoreductase [Mycobacterium sp. KMS] gi|126234165|gb|ABN97565.1| putative oxidoreductase [Mycobacterium sp. JLS] Length=353 Score = 491 bits (1263), Expect = 9e-137, Method: Compositional matrix adjust. Identities = 236/339 (70%), Positives = 270/339 (80%), Gaps = 1/339 (0%) Query 2 GGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELG 61 G LK+D IP+QLAR + A ALE G+DG WT E +HDPFLPLLLAAEHT+RLE+G Sbjct 4 GAVPGLKVDRGIPSQLARVPEVATALEDQGYDGCWTGEINHDPFLPLLLAAEHTTRLEVG 63 Query 62 TNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFV 121 T+IAVAFARNPM VAN+GWDLQ YS GR ILGLGTQI+PHIEKRFSMPW HP RMREFV Sbjct 64 TSIAVAFARNPMTVANIGWDLQAYSGGRFILGLGTQIQPHIEKRFSMPWSHPVGRMREFV 123 Query 122 AALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEV 181 AALR IW W +GT L FEGEFYTHKIMTPMF PEPQP+ VP++FIAAVGEAMT MCGEV Sbjct 124 AALREIWSCWHEGTPLRFEGEFYTHKIMTPMFVPEPQPHGVPKIFIAAVGEAMTRMCGEV 183 Query 182 ADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTA 241 ADG L H +KRYL EV+ PALL G+AR+GR RS F+VSC V V TG ++ AA A Sbjct 184 ADGLLAHAFTTKRYLDEVTTPALLEGMARTGRRRSDFQVSCPVFVVTGETAEDVRAAAVA 243 Query 242 TRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPV 301 TR+Q+AFYGSTPAYR+VLE HGWGDLH ELHRLS+LGEW+AMGGLIDDE+L AFAVV P+ Sbjct 244 TRRQLAFYGSTPAYRRVLELHGWGDLHTELHRLSRLGEWDAMGGLIDDEVLDAFAVVAPL 303 Query 302 DTIAGALRNRCEGVVDRVLPIFMAASQE-CINAALQDFR 339 DT+A LR RC+GV+DRVLP F A + C+ L + R Sbjct 304 DTVAAKLRARCDGVIDRVLPAFPAGVPDACVTDVLHELR 342 >gi|118470808|ref|YP_886608.1| hypothetical protein MSMEG_2256 [Mycobacterium smegmatis str. MC2 155] gi|118172095|gb|ABK72991.1| conserved hypothetical protein [Mycobacterium smegmatis str. MC2 155] Length=350 Score = 470 bits (1210), Expect = 1e-130, Method: Compositional matrix adjust. Identities = 225/334 (68%), Positives = 264/334 (80%), Gaps = 1/334 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+D I ++L+ A A LE G DG WT E +HDPFLPL LAAEHT R+++GT+IAV Sbjct 9 VKVDRGISSRLSDVAQTARDLETAGCDGCWTGEINHDPFLPLALAAEHTRRIQIGTSIAV 68 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFARNPM VA++GWDLQ YS GR ILGLGTQIRPHIEKRFSMPW HP RRMRE++AAL+A Sbjct 69 AFARNPMTVAHLGWDLQAYSGGRFILGLGTQIRPHIEKRFSMPWSHPVRRMREYIAALQA 128 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW W+DGT L FEGEFYTHKIMTPMFTPEP P P P+VF+AAVGE MTEMCGE ADG L Sbjct 129 IWTCWRDGTSLRFEGEFYTHKIMTPMFTPEPSPAPFPKVFVAAVGERMTEMCGEAADGLL 188 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H ++RYL EV++PAL RG+ R+GR R+ FEVSC V + TG+D+ ++A A ATRKQ+ Sbjct 189 AHAFTTRRYLDEVTLPALQRGMDRTGRSRNDFEVSCPVFLVTGSDEHQMAEAAVATRKQL 248 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFYGSTPAYRKVLE HGWGDLH ELHRLS GEW+ MG LIDD++L AFAVV P+D +A Sbjct 249 AFYGSTPAYRKVLELHGWGDLHTELHRLSLAGEWDTMGTLIDDDVLDAFAVVAPLDELAD 308 Query 307 ALRNRCEGVVDRVLPIFMAA-SQECINAALQDFR 339 ALR RCEG +DRVLP F AA +NA L +FR Sbjct 309 ALRRRCEGAIDRVLPGFPAAVPPATVNAVLDEFR 342 >gi|145224905|ref|YP_001135583.1| putative oxidoreductase [Mycobacterium gilvum PYR-GCK] gi|145217391|gb|ABP46795.1| putative oxidoreductase [Mycobacterium gilvum PYR-GCK] Length=337 Score = 432 bits (1111), Expect = 4e-119, Method: Compositional matrix adjust. Identities = 203/315 (65%), Positives = 242/315 (77%), Gaps = 0/315 (0%) Query 9 LDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAF 68 +D ++ +QL+ AA LE+ G+DG WTAE +HDPFLPL LAAEHT R+ELGT+IAVAF Sbjct 1 MDAAVVSQLSHVPAAARTLEQRGYDGCWTAEINHDPFLPLTLAAEHTERMELGTSIAVAF 60 Query 69 ARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIW 128 ARNPM VA +GWDLQ YS+GRL+LGLG+QI+PHIEKRFSMPWG P RMREFV AL IW Sbjct 61 ARNPMSVAQIGWDLQDYSEGRLLLGLGSQIKPHIEKRFSMPWGRPVARMREFVQALHEIW 120 Query 129 LAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGH 188 W+DGT+L FEGEFYTH +MTPMF P+ Y P+VF+AAVG+ MTEMCGEVADG L H Sbjct 121 ACWRDGTRLNFEGEFYTHTLMTPMFVPQQHAYADPKVFVAAVGDRMTEMCGEVADGLLAH 180 Query 189 PMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAF 248 ++RY+ EV++P L RG+AR+GR R+ VS + V TG D+ ELAA ATRKQIAF Sbjct 181 AFSTQRYVREVTIPTLERGIARAGRTRADVVVSSPLFVVTGHDEQELAANAVATRKQIAF 240 Query 249 YGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGAL 308 Y STPAYR VLE HGWGDL ELHRLS+ GEW+ MG LIDD ML FAVV PVD + + Sbjct 241 YASTPAYRGVLELHGWGDLQTELHRLSRAGEWDTMGALIDDTMLAEFAVVAPVDELVHTI 300 Query 309 RNRCEGVVDRVLPIF 323 R RC+G++DRVL F Sbjct 301 RARCDGLIDRVLVGF 315 >gi|315445235|ref|YP_004078114.1| flavin-dependent oxidoreductase, F420-dependent methylene-tetrahydromethanopterin reductase [Mycobacterium sp. Spyr1] gi|315263538|gb|ADU00280.1| flavin-dependent oxidoreductase, F420-dependent methylene-tetrahydromethanopterin reductase [Mycobacterium sp. Spyr1] Length=337 Score = 431 bits (1108), Expect = 9e-119, Method: Compositional matrix adjust. Identities = 203/315 (65%), Positives = 242/315 (77%), Gaps = 0/315 (0%) Query 9 LDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAF 68 +D ++ +QL+ AA LE+ G+DG WTAE +HDPFLPL LAAEHT R+ELGT+IAVAF Sbjct 1 MDAAVVSQLSHVPAAARTLEQRGYDGCWTAEINHDPFLPLTLAAEHTERMELGTSIAVAF 60 Query 69 ARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIW 128 ARNPM VA +GWDLQ YS+GRL+LGLG+QI+PHIEKRFSMPWG P RMREFV AL IW Sbjct 61 ARNPMSVAQIGWDLQDYSEGRLLLGLGSQIKPHIEKRFSMPWGRPVARMREFVQALHEIW 120 Query 129 LAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGH 188 W+DGT+L FEGEFYTH +MTPMF P+ Y P+VF+AAVG+ MTEMCGEVADG L H Sbjct 121 ACWRDGTRLNFEGEFYTHTLMTPMFVPQQHAYADPKVFVAAVGDRMTEMCGEVADGLLAH 180 Query 189 PMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAF 248 ++RY+ EV++P L RG+AR+GR R+ VS + V TG D+ ELAA ATRKQIAF Sbjct 181 AFSTQRYVREVTIPTLERGIARAGRTRADVVVSSPLFVVTGHDEQELAANAVATRKQIAF 240 Query 249 YGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGAL 308 Y STPAYR VLE HGWGDL ELHRLS+ GEW+ MG LIDD ML FAVV PVD + + Sbjct 241 YASTPAYRGVLELHGWGDLQTELHRLSRAGEWDTMGVLIDDTMLAEFAVVAPVDELVHTI 300 Query 309 RNRCEGVVDRVLPIF 323 R RC+G++DRVL F Sbjct 301 RARCDGLIDRVLVGF 315 >gi|120403014|ref|YP_952843.1| putative oxidoreductase [Mycobacterium vanbaalenii PYR-1] gi|119955832|gb|ABM12837.1| putative oxidoreductase [Mycobacterium vanbaalenii PYR-1] Length=343 Score = 419 bits (1077), Expect = 3e-115, Method: Compositional matrix adjust. Identities = 203/323 (63%), Positives = 246/323 (77%), Gaps = 0/323 (0%) Query 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 MG LK+D ++ +QL++ AA LER G+DG WTAE +HDPFLPL LAAEHT +EL Sbjct 1 MGAGGGLKVDAAVVSQLSQVPAAARRLERRGYDGCWTAEINHDPFLPLTLAAEHTHSIEL 60 Query 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 GT+IAVAFARNPM VA +GWDLQ YS GR ILGLG+QI+PHIEKRFSMPW P RMREF Sbjct 61 GTSIAVAFARNPMTVAQIGWDLQDYSGGRFILGLGSQIKPHIEKRFSMPWSKPVGRMREF 120 Query 121 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 V ALRAIW++W DG++L F+GEFYTHK+MTPMF P PY PRVF+AAVG+ MTEMCGE Sbjct 121 VLALRAIWMSWSDGSRLEFDGEFYTHKLMTPMFVPPRHPYGDPRVFVAAVGDRMTEMCGE 180 Query 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 VADG L H ++RY+ EV++P L RG+ R+GR R+ EV+ + + TG D+ ++AAA Sbjct 181 VADGLLAHAFSTQRYVREVTIPTLTRGIERAGRTRADIEVASPLFIVTGLDEQQMAAAAV 240 Query 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 ATRKQIAFY STPAYR VLE HGWGDL ELH LS+ G+W+ MG LIDD ML FAVV Sbjct 241 ATRKQIAFYASTPAYRSVLELHGWGDLQTELHSLSREGDWDTMGSLIDDGMLAEFAVVAL 300 Query 301 VDTIAGALRNRCEGVVDRVLPIF 323 VD + +R RC+G++DRVL F Sbjct 301 VDDVVDKIRARCDGLIDRVLVGF 323 >gi|312198080|ref|YP_004018141.1| F420-dependent oxidoreductase [Frankia sp. EuI1c] gi|311229416|gb|ADP82271.1| putative F420-dependent oxidoreductase [Frankia sp. EuI1c] Length=339 Score = 416 bits (1069), Expect = 3e-114, Method: Compositional matrix adjust. Identities = 206/334 (62%), Positives = 246/334 (74%), Gaps = 1/334 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +++DG +P+ LAR A ALER G+DG W E +HDPFLPL+LAAEHTSRLE+GT IAV Sbjct 1 MRIDGGLPSVLARVPATAAALERQGYDGAWCGEVNHDPFLPLVLAAEHTSRLEIGTCIAV 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFARNPM VA +GWDLQ YS+GR +LGLG+Q+RPHIEKRF MPWG P RMREF+ ALRA Sbjct 61 AFARNPMSVAQLGWDLQAYSQGRFVLGLGSQVRPHIEKRFGMPWGQPVSRMREFILALRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW +WQDGT L FEGEF+TH +MTP F PEP PY PR+F+AAVG AMT MCGEVADG Sbjct 121 IWASWQDGTPLRFEGEFFTHTLMTPTFVPEPHPYGQPRIFVAAVGTAMTRMCGEVADGMH 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H ++RYL EV++PAL GL R+GR R +V VATG AE+ A A R++I Sbjct 181 THAFTTRRYLQEVTLPALAEGLTRAGRGRGDVQVCYPAFVATGRTAAEVEVAADAMRQRI 240 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFYGSTPAYR VL+ HGWG+L EL LS GEW AMG LIDDE+L AFAVVGP+DT+A Sbjct 241 AFYGSTPAYRGVLDLHGWGELQTELRALSLRGEWAAMGKLIDDEVLDAFAVVGPLDTLAD 300 Query 307 ALRNRCEGVVDRVL-PIFMAASQECINAALQDFR 339 +R R EGVVDR++ + E + A L+ R Sbjct 301 RVRERFEGVVDRLMFSLPEGTPAETVTAVLEAVR 334 >gi|288917555|ref|ZP_06411920.1| Luciferase-like monooxygenase [Frankia sp. EUN1f] gi|288351101|gb|EFC85313.1| Luciferase-like monooxygenase [Frankia sp. EUN1f] Length=340 Score = 410 bits (1053), Expect = 2e-112, Method: Compositional matrix adjust. Identities = 208/334 (63%), Positives = 250/334 (75%), Gaps = 1/334 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +++DG +P+ LA AA ALER G+DG W E +HDPFLPL+LAAEHT+RLE+GT IAV Sbjct 1 MRIDGGMPSVLAGVPAAAGALERMGYDGAWCGEVNHDPFLPLVLAAEHTTRLEIGTCIAV 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFARNPM VA +GWDLQTYS+GR +LGLG+Q+R HIEKRF MPWG P RMREFV ALRA Sbjct 61 AFARNPMSVAQLGWDLQTYSQGRFVLGLGSQVRAHIEKRFGMPWGKPVGRMREFVLALRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW AWQ+G L FEG+FYTHK+MTP F PEP PY P++F+AAVG AMT MCGEVADG Sbjct 121 IWAAWQEGNPLRFEGDFYTHKLMTPAFVPEPHPYGQPKIFVAAVGTAMTRMCGEVADGMH 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H ++RYL EV++PAL GL +GRDR +V C VATG DDA++AAA A R++I Sbjct 181 THAFTTRRYLEEVTLPALAEGLGAAGRDRGEVQVCCPAFVATGLDDAQVAAAADAMRQRI 240 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFYGSTPAYR VLE HGWG+L EL LS GEW MG LIDDE+L AFAVV P+DT+A Sbjct 241 AFYGSTPAYRAVLELHGWGELQTELRALSLRGEWATMGTLIDDEILDAFAVVAPLDTLAV 300 Query 307 ALRNRCEGVVDRVLPIFMAAS-QECINAALQDFR 339 +R+R EGVVDR++ A + + A L + R Sbjct 301 RVRDRFEGVVDRLMLSLPAGTPAATVEAVLDEVR 334 >gi|288917607|ref|ZP_06411971.1| conserved hypothetical protein [Frankia sp. EUN1f] gi|288351000|gb|EFC85213.1| conserved hypothetical protein [Frankia sp. EUN1f] Length=335 Score = 354 bits (909), Expect = 1e-95, Method: Compositional matrix adjust. Identities = 170/314 (55%), Positives = 218/314 (70%), Gaps = 1/314 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+D ++ + +A A +AV +E++G+ G W E SHDPFL L A+ T + +GT+IA+ Sbjct 1 MKIDYNLSDDIAVTAGSAVEVEKDGYAGAWVGETSHDPFLQCLQASIVTDSITVGTSIAI 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFAR PM +AN+G+DL YS+GR +LGLG+QI+PHIE+RFSMPW HPA RMRE + A+RA Sbjct 61 AFARTPMTLANLGYDLAQYSEGRFVLGLGSQIKPHIERRFSMPWSHPAARMRELILAVRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW WQ+GTKL F G+FYTH +MTP FTP+P + P VF+A VG MTE+ GEVADG Sbjct 121 IWDCWQNGTKLDFRGDFYTHTLMTPFFTPKPHAFGPPPVFLAGVGPGMTEVAGEVADGFF 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDR-SAFEVSCEVMVATGADDAELAAACTATRKQ 245 HP + RY+ EV++PALLRG AR+GRD F V V G D E+A A AT+KQ Sbjct 181 VHPFSTMRYIEEVTIPALLRGRARAGRDDLDGFTVCGPAFVTIGRTDEEMARAVAATKKQ 240 Query 246 IAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIA 305 IAFYGSTPAYR VLE HGWG++ PEL LSK G W+ M LI DEML F+V+G + + Sbjct 241 IAFYGSTPAYRSVLELHGWGEVQPELTTLSKQGRWDDMAELITDEMLAEFSVIGSPEEVG 300 Query 306 GALRNRCEGVVDRV 319 L + GV R Sbjct 301 RGLIAKIGGVYART 314 >gi|111224164|ref|YP_714958.1| putative N5,N10-methylenetetrahydromethanopterin reductase-like protein [Frankia alni ACN14a] gi|111151696|emb|CAJ63415.1| Putative N5,N10-methylenetetrahydromethanopterin reductase-related protein [Frankia alni ACN14a] Length=335 Score = 350 bits (898), Expect = 2e-94, Method: Compositional matrix adjust. Identities = 168/314 (54%), Positives = 211/314 (68%), Gaps = 1/314 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+D ++ + LA A +E+ G+ G W E HDPFL L A TS +GT+IA+ Sbjct 1 MKIDANLSDDLAATPAGAARIEKEGYAGIWVGETRHDPFLQTLQATNATSTASVGTSIAI 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFAR PM +A +G+DL YS+GR ILGLG+QI+PHIEKRFSM W HPA RMRE V A RA Sbjct 61 AFARTPMTLAYLGYDLAQYSEGRFILGLGSQIKPHIEKRFSMTWSHPAARMRELVLATRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW +WQ+GTKL F G+FYTH +MTP F P P Y P V++A VGE MTE+ GEVADG Sbjct 121 IWDSWQNGTKLAFRGDFYTHTLMTPFFAPSPHSYGPPPVYLAGVGEGMTEVAGEVADGFF 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGR-DRSAFEVSCEVMVATGADDAELAAACTATRKQ 245 HP +K+YL EV++PALLRG A++GR D F ++ V G + ELAAA T+KQ Sbjct 181 VHPFSTKKYLEEVTLPALLRGRAKAGRADLDGFAIAGPSFVTVGRTEEELAAAVFGTKKQ 240 Query 246 IAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIA 305 IAFY STPAY+ VL+ HGWGDL PEL LSK GEW+ M LI DE+L F+VVG + + Sbjct 241 IAFYASTPAYKAVLDVHGWGDLQPELTNLSKRGEWDGMADLISDEILHTFSVVGTPEEVG 300 Query 306 GALRNRCEGVVDRV 319 L + G+ R Sbjct 301 KGLIAKISGIYTRT 314 >gi|119474731|ref|ZP_01615084.1| PROBABLE OXIDOREDUCTASE [marine gamma proteobacterium HTCC2143] gi|119450934|gb|EAW32167.1| PROBABLE OXIDOREDUCTASE [marine gamma proteobacterium HTCC2143] Length=336 Score = 344 bits (882), Expect = 1e-92, Method: Compositional matrix adjust. Identities = 159/313 (51%), Positives = 214/313 (69%), Gaps = 0/313 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+D +P LA+ AD LE G+DG AE +HDPF+PL +AAEH+ ++E+ T IAV Sbjct 1 MKIDSGLPPDLAKVADKIRELEDIGYDGASCAEMNHDPFMPLAIAAEHSEKIEIKTGIAV 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFAR+PMI+AN+ DL YSKGR LGLG+QI+PHI KRFSMPWG P +MRE + A+RA Sbjct 61 AFARSPMILANLSHDLNAYSKGRFTLGLGSQIKPHISKRFSMPWGKPGPQMRELILAMRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW W +G L F GE+Y H +MTP FTPE Y PRV +AAVG MT++CGEVADG + Sbjct 121 IWANWYEGKPLEFVGEYYKHTLMTPAFTPENIEYGAPRVNLAAVGPMMTQVCGEVADGMI 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 HP ++RY+ V++PA+ +GL +SGR R+ E++ + +G + + AA A R++I Sbjct 181 IHPFSNERYIRNVTLPAIAKGLEKSGRSRADIEIAYTPFIISGETEEQFEAARLAARQRI 240 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 +FYGSTPAY+ VLEQH WGDL EL+ LSK G W+ M LI D+ML F +V D + Sbjct 241 SFYGSTPAYKGVLEQHNWGDLQLELNTLSKQGRWDVMATLISDDMLEVFGIVATPDKLVS 300 Query 307 ALRNRCEGVVDRV 319 + +R ++DR Sbjct 301 EILDRYGDIIDRT 313 >gi|158313841|ref|YP_001506349.1| putative N5,N10-methylenetetrahydromethanopterin reductase-like protein [Frankia sp. EAN1pec] gi|158109246|gb|ABW11443.1| putative N5,N10-methylenetetrahydromethanopterin reductase-related protein [Frankia sp. EAN1pec] Length=335 Score = 343 bits (881), Expect = 2e-92, Method: Compositional matrix adjust. Identities = 161/314 (52%), Positives = 213/314 (68%), Gaps = 1/314 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+D ++ + +A + A +E+ G+ G W E HDPF+ L AA TS L +GT+IA+ Sbjct 1 MKIDFTLSDDIASTSTTAARVEKEGYAGAWVGETRHDPFMQCLQAATATSSLTIGTSIAI 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFAR PM +AN+G+DL YS+GR +LGLG+QI+PHIEKRFSMPW HPA RMRE + A+RA Sbjct 61 AFARTPMTLANLGYDLAQYSEGRFVLGLGSQIKPHIEKRFSMPWSHPAARMRELILAIRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW WQ+G KL F G+FYTH +MTP FTP+P + P +++A VG MTE+ GEVADG L Sbjct 121 IWDCWQNGAKLDFRGDFYTHTLMTPFFTPKPHSFGPPPIYLAGVGPGMTEVAGEVADGFL 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGR-DRSAFEVSCEVMVATGADDAELAAACTATRKQ 245 HP + RY+ EV++PALLRG A++G+ D F + V G E+ A AT+KQ Sbjct 181 VHPFSTMRYVEEVTIPALLRGRAKAGKTDLEGFTICGPSFVTIGRTAQEMDRAVAATKKQ 240 Query 246 IAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIA 305 IAFYGSTPAYR V + HGWG++ PEL LSK G W+ M L+ DEM+ F+VVG + + Sbjct 241 IAFYGSTPAYRAVFDMHGWGEVQPELTALSKQGRWDDMADLVTDEMMAEFSVVGTPEEVG 300 Query 306 GALRNRCEGVVDRV 319 AL + GV R Sbjct 301 RALGEKIGGVYART 314 >gi|120401383|ref|YP_951212.1| luciferase family protein [Mycobacterium vanbaalenii PYR-1] gi|119954201|gb|ABM11206.1| luciferase family protein [Mycobacterium vanbaalenii PYR-1] Length=348 Score = 338 bits (868), Expect = 5e-91, Method: Compositional matrix adjust. Identities = 164/311 (53%), Positives = 213/311 (69%), Gaps = 0/311 (0%) Query 8 KLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVA 67 +DG+ L A+ ER G+DG W+ E S DPFLPLLLAA+ ++ L+LGT +AVA Sbjct 10 SIDGTGGADLNVLAEQVGTAERIGYDGIWSTEVSRDPFLPLLLAADRSTSLQLGTGVAVA 69 Query 68 FARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAI 127 FAR+PM +A V DL T+S+GR +LGLG+QI+PHI +RFSMPW PA RMRE++ AL+AI Sbjct 70 FARSPMTMATVANDLNTFSQGRFVLGLGSQIQPHITRRFSMPWSAPADRMREYIHALQAI 129 Query 128 WLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLG 187 W +WQ G KL F G+ Y H +MTPMF+P P+ P V +AAVG MT + E ADG L Sbjct 130 WHSWQTGDKLDFRGDHYQHTLMTPMFSPAANPFGPPPVMVAAVGPKMTTVAAEAADGLLV 189 Query 188 HPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIA 247 H + RYL EV++P + +GL +GR R F S ++ATGA++ + A R QIA Sbjct 190 HGFTTARYLREVTLPTVEKGLVATGRTRGDFTTSYPGLIATGAEERDFNEALARVRHQIA 249 Query 248 FYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGA 307 FYG+TPAYR VLE HGW +LH ELHRLSK G+W+AM GLIDDE+LG FAVVG + Sbjct 250 FYGATPAYRAVLELHGWSELHTELHRLSKAGDWDAMTGLIDDEVLGTFAVVGEPKDVGRD 309 Query 308 LRNRCEGVVDR 318 + R +G++DR Sbjct 310 IIRRFDGLIDR 320 >gi|326330378|ref|ZP_08196688.1| putative F420-dependent oxidoreductase [Nocardioidaceae bacterium Broad-1] gi|325951915|gb|EGD43945.1| putative F420-dependent oxidoreductase [Nocardioidaceae bacterium Broad-1] Length=347 Score = 338 bits (866), Expect = 9e-91, Method: Compositional matrix adjust. Identities = 164/311 (53%), Positives = 209/311 (68%), Gaps = 0/311 (0%) Query 8 KLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVA 67 +DG++ A D +E G+ G W+ E + DPF PLLLAAEH L +GT IAVA Sbjct 10 SVDGTVGASYAELVDQVRDVEAVGYSGVWSTEVARDPFFPLLLAAEHNESLTVGTGIAVA 69 Query 68 FARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAI 127 FAR+PM +A +DLQT+S+GR +LGLG+Q+R HIE+RFSMPW PA RM EF+ ALRAI Sbjct 70 FARSPMTMAAAAYDLQTFSRGRFVLGLGSQVRAHIERRFSMPWSEPAARMAEFIGALRAI 129 Query 128 WLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLG 187 W +W DG +L FEG FY H +MTPMFTP + P + +AAVG+AMT++ ADG + Sbjct 130 WGSWLDGERLQFEGRFYRHTLMTPMFTPPHHSWGPPPIMLAAVGQAMTKVAATRADGLIV 189 Query 188 HPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIA 247 H ++RYL EV+VP + +GL SGR RS F V +VATG+DDA+L A A RKQ+A Sbjct 190 HGFTTERYLREVTVPLVEQGLRESGRKRSEFTVIYPGLVATGSDDAQLEKATAAVRKQLA 249 Query 248 FYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGA 307 FYGSTPAY VL+ HGWGDLH ELH LS G+W+ M GLIDD++L AVVG + Sbjct 250 FYGSTPAYSSVLDLHGWGDLHAELHALSVRGDWDTMTGLIDDDVLTTLAVVGSPEEAGAE 309 Query 308 LRNRCEGVVDR 318 + R + DR Sbjct 310 IHRRYGDLADR 320 >gi|312198994|ref|YP_004019055.1| F420-dependent oxidoreductase [Frankia sp. EuI1c] gi|311230330|gb|ADP83185.1| putative F420-dependent oxidoreductase [Frankia sp. EuI1c] Length=338 Score = 335 bits (858), Expect = 9e-90, Method: Compositional matrix adjust. Identities = 161/314 (52%), Positives = 211/314 (68%), Gaps = 1/314 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+D S+ + + AA +E +G+ GGWT+E HDPFL L AA T + +GT IA+ Sbjct 1 MKIDASLSDDIGATRTAAAKIESDGYAGGWTSETKHDPFLQCLQAAMATESITIGTAIAI 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 FAR+PM +A+ +DL Y++GR +LGLG+QI+PHIE+RFSMPW PA RMRE + A RA Sbjct 61 GFARSPMTLASTSYDLARYAEGRFVLGLGSQIKPHIERRFSMPWSAPAARMRELILATRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW W +G KL F G+FY+H +MTP FTPEP Y P VF+AAVGE MTE+ GEVADG Sbjct 121 IWATWHEGVKLDFRGDFYSHTLMTPFFTPEPHEYGPPPVFLAAVGEKMTEVAGEVADGFF 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRD-RSAFEVSCEVMVATGADDAELAAACTATRKQ 245 HP + RYL +V+VPALLRG A++G+D F ++ V G + ELAAA T+ + Sbjct 181 VHPFTTMRYLEQVTVPALLRGRAKAGKDGLDGFVINGPSFVTIGRTEEELAAAIQGTKAR 240 Query 246 IAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIA 305 IAFYGSTPAYR+VLE HGWG+ EL+ LSK G W+ M +I DEML F+VVG + Sbjct 241 IAFYGSTPAYRQVLELHGWGEAQDELNTLSKQGRWDDMADVITDEMLHEFSVVGTPAEVG 300 Query 306 GALRNRCEGVVDRV 319 L + V +R+ Sbjct 301 PKLVAKVGKVYERL 314 >gi|111222259|ref|YP_713053.1| hypothetical protein FRAAL2840 [Frankia alni ACN14a] gi|111149791|emb|CAJ61484.1| conserved hypothetical protein [Frankia alni ACN14a] Length=351 Score = 332 bits (852), Expect = 4e-89, Method: Compositional matrix adjust. Identities = 163/319 (52%), Positives = 207/319 (65%), Gaps = 7/319 (2%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +++D ++ L D A LE G+ G W E HDPFL L A T +GT+IA+ Sbjct 1 MRIDSNLGGDLRTVQDTARTLEDAGYGGLWIGETQHDPFLSSLQAINATRTATVGTSIAI 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AFAR PM +AN+G+DL S+GR +LGLG+Q++ HIE+RFSMPW PA RMRE V A+RA Sbjct 61 AFARTPMTLANIGFDLAQASEGRFVLGLGSQVKAHIERRFSMPWSRPAARMRELVLAMRA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW WQDGT+L F G+FYTH +MTP F+P Y P V++A V E MTE+ GEVADG Sbjct 121 IWACWQDGTRLDFRGDFYTHTLMTPFFSPPAHAYGPPPVYLAGVNELMTEVAGEVADGFF 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGR-------DRSAFEVSCEVMVATGADDAELAAAC 239 HP + RY+ EV++PAL RG A++GR F ++ V G D+ ELAAA Sbjct 181 LHPFTTSRYIEEVTLPALRRGRAKAGRVGPDGEGTLDGFTLAGPTFVTVGRDEVELAAAA 240 Query 240 TATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVG 299 TR QIAFY STPAYR VL+ HGWGDL PEL RL++ G W +G LIDD+ML AF+VVG Sbjct 241 AGTRGQIAFYASTPAYRGVLDLHGWGDLQPELTRLTRQGRWAELGDLIDDDMLRAFSVVG 300 Query 300 PVDTIAGALRNRCEGVVDR 318 + + LR + GV DR Sbjct 301 TPEEVGEQLRAKLTGVYDR 319 >gi|297204607|ref|ZP_06922004.1| luciferase [Streptomyces sviceus ATCC 29083] gi|197710675|gb|EDY54709.1| luciferase [Streptomyces sviceus ATCC 29083] Length=341 Score = 331 bits (849), Expect = 9e-89, Method: Compositional matrix adjust. Identities = 176/317 (56%), Positives = 222/317 (71%), Gaps = 4/317 (1%) Query 7 LKLDGSIPN-QLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIA 65 +K+DG + A + A E+ G+DG W +E+ HDPFLPL+LAAEHT RLE+GT IA Sbjct 1 MKVDGKLNVWSTAEVVEEARHHEKAGYDGLWASESKHDPFLPLVLAAEHTDRLEVGTAIA 60 Query 66 VAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALR 125 VAFAR+PM +A DLQTY+ GR LGLG+QI+PHIE+RF MPW PA RMRE+V+AL Sbjct 61 VAFARSPMQLAYTAHDLQTYAGGRFSLGLGSQIKPHIERRFDMPWSRPAARMREYVSALH 120 Query 126 AIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGH 185 AIW AW +G KL F G+FY+H +M+P F+P P P P+VF+AAVG+AMT + GEVADG Sbjct 121 AIWAAWNEGEKLDFRGDFYSHTLMSPFFSPPPAPGGAPKVFVAAVGQAMTRVAGEVADGL 180 Query 186 LGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQ 245 L H ++RYL EV++P + GL SGR R+ F VS ++ ATG + E+ A TR Q Sbjct 181 LAHGFTTERYLREVTLPTVEAGLTASGRTRADFAVSHLLLTATGRTEEEMTRAIDGTRAQ 240 Query 246 IAFYGSTPAYRKVLEQHGWGDLHPELHRLS---KLGEWEAMGGLIDDEMLGAFAVVGPVD 302 IAFYGSTPAYR VLE HGWG+L ELH LS + +WEAM L+DDE+L AFAVV Sbjct 241 IAFYGSTPAYRGVLELHGWGELGDELHALSTSRREDKWEAMSRLVDDEVLHAFAVVAEPA 300 Query 303 TIAGALRNRCEGVVDRV 319 +AG +R R +VDRV Sbjct 301 RVAGEIRRRYGALVDRV 317 >gi|118471227|ref|YP_884754.1| hypothetical protein MSMEG_0341 [Mycobacterium smegmatis str. MC2 155] gi|118172514|gb|ABK73410.1| conserved hypothetical protein [Mycobacterium smegmatis str. MC2 155] Length=338 Score = 325 bits (833), Expect = 6e-87, Method: Compositional matrix adjust. Identities = 165/318 (52%), Positives = 207/318 (66%), Gaps = 8/318 (2%) Query 1 MGGARRLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLEL 60 M GA + G + Q ARA D GFDG W+ + DPFLPL +AA T+ ++L Sbjct 1 MAGAEEAGISGLL-GQAARAQDI-------GFDGIWSTDVDRDPFLPLAVAAMTTTNVQL 52 Query 61 GTNIAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREF 120 GT IAVAFARNPM A DLQ S GR +LGLGTQI+ HIE+RFSMPW PA RM E+ Sbjct 53 GTGIAVAFARNPMTTAMAANDLQEMSDGRFVLGLGTQIQAHIERRFSMPWSAPAERMSEY 112 Query 121 VAALRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGE 180 V A+RAIW +W+ G +L F G+ Y H +MTPMFTP P P+ P++ I+AVG MT + Sbjct 113 VNAIRAIWRSWRTGERLDFRGDHYQHTLMTPMFTPTPHPHGDPKIVISAVGPRMTRVAAR 172 Query 181 VADGHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACT 240 ADG L H ++RYL+EV++P + L + GR R+ F +S ++A+G+ D EL A + Sbjct 173 DADGLLVHGFTTQRYLSEVTLPIVEEELRKVGRRRADFTISYPGLIASGSTDEELTRAVS 232 Query 241 ATRKQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGP 300 A R+QIAFYGSTPAYR VLE HGW DLH ELHRLSK G+W M GLIDDE+L FA VG Sbjct 233 AVRRQIAFYGSTPAYRHVLELHGWHDLHTELHRLSKAGDWTTMTGLIDDEVLNTFAAVGE 292 Query 301 VDTIAGALRNRCEGVVDR 318 + R G+VDR Sbjct 293 PTEAGAEVVTRFAGLVDR 310 >gi|226366565|ref|YP_002784348.1| oxidoreductase [Rhodococcus opacus B4] gi|226245055|dbj|BAH55403.1| putative oxidoreductase [Rhodococcus opacus B4] Length=351 Score = 318 bits (814), Expect = 1e-84, Method: Compositional matrix adjust. Identities = 166/314 (53%), Positives = 204/314 (65%), Gaps = 0/314 (0%) Query 6 RLKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIA 65 R D + RAA+ A E GF G + E SHDP L L A++ TS + LGT+I Sbjct 8 RPSFDVVVDPGTGRAAEIAHRAENVGFGGFFLGETSHDPLLLLAAASQTTSTMTLGTSIY 67 Query 66 VAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALR 125 VAFAR PM+ A D+Q S GRL LGLG+Q++PHI +RFSMPW PA RMRE+V AL Sbjct 68 VAFARTPMVTAVAANDVQALSHGRLRLGLGSQVKPHITRRFSMPWSRPAARMREYVQALH 127 Query 126 AIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGH 185 AIW AW+ G+ L F+GEFY H +MTPMF P P P+ P V +A VGEAM+ + GEVADG Sbjct 128 AIWDAWETGSPLDFDGEFYQHTLMTPMFDPGPNPFGRPPVQLAGVGEAMSRVAGEVADGF 187 Query 186 LGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQ 245 L H V+ RYL EV +P++ GL+ SGR R F + MVA G E+AAA R Q Sbjct 188 LVHSFVTDRYLAEVVLPSVQEGLSCSGRPRRDFTIGVTPMVACGTTADEIAAARDHVRGQ 247 Query 246 IAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIA 305 IAFYGSTPAYR VL+ HGW LH +L+ LSK GEW+ M LIDD++L AFAVVG V+ +A Sbjct 248 IAFYGSTPAYRGVLDLHGWAGLHEKLYALSKAGEWDVMRSLIDDDVLAAFAVVGSVEEVA 307 Query 306 GALRNRCEGVVDRV 319 AL R V D + Sbjct 308 DALVARWGAVSDHI 321 >gi|336178034|ref|YP_004583409.1| putative F420-dependent oxidoreductase [Frankia symbiont of Datisca glomerata] gi|334859014|gb|AEH09488.1| putative F420-dependent oxidoreductase [Frankia symbiont of Datisca glomerata] Length=345 Score = 313 bits (803), Expect = 2e-83, Method: Compositional matrix adjust. Identities = 156/293 (54%), Positives = 198/293 (68%), Gaps = 0/293 (0%) Query 26 ALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTY 85 A ER G+DG W E DPFLPLLLAA+ + RL++GT IAVAFARNPM +A+ DLQT+ Sbjct 29 AAERIGYDGVWATEVGRDPFLPLLLAADRSPRLQIGTAIAVAFARNPMTMASTANDLQTF 88 Query 86 SKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYT 145 S GR +LGLG+QI+PHI++RFSMPW P RMREFV A+RAIW +W G L F G+ Y Sbjct 89 SSGRFVLGLGSQIKPHIQRRFSMPWSAPTERMREFVLAMRAIWRSWHHGEPLDFRGDIYQ 148 Query 146 HKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALL 205 H +MTP+F P P PY P V IAAVG M + EVADG L H ++RYL EV++P + Sbjct 149 HTLMTPLFNPGPNPYGPPPVLIAAVGTKMASVAAEVADGILVHSFTTERYLREVTLPIVE 208 Query 206 RGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWG 265 L +GR R F +S +VATG D+ A R+++AFYG+TPAYR VLE HGWG Sbjct 209 SVLRDNGRRREQFTLSYPGLVATGIDEKSYDEAVRTVRERVAFYGATPAYRGVLELHGWG 268 Query 266 DLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDR 318 DLH ELHRLS+ EW+ M ++DD +L FAVVG + LR R + +++R Sbjct 269 DLHTELHRLSRQNEWDVMTKIVDDTVLHTFAVVGEPAAVVTELRRRFDDLINR 321 >gi|254482183|ref|ZP_05095424.1| hypothetical protein GPB2148_799 [marine gamma proteobacterium HTCC2148] gi|214037508|gb|EEB78174.1| hypothetical protein GPB2148_799 [marine gamma proteobacterium HTCC2148] Length=321 Score = 311 bits (796), Expect = 1e-82, Method: Compositional matrix adjust. Identities = 147/299 (50%), Positives = 197/299 (66%), Gaps = 0/299 (0%) Query 24 AVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQ 83 A LE GFDG +T E DPF+ + AA +T R+ L T+IAVAF+RNPM +A +G DLQ Sbjct 2 ASQLEEAGFDGAYTFEGQSDPFITVAAAAMNTERMALMTSIAVAFSRNPMNLAYLGNDLQ 61 Query 84 TYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEF 143 S+GR ILGLG Q++ HIE+RFSMPW PA RMRE V A+R IW WQ G KL FEGEF Sbjct 62 NLSEGRFILGLGAQVKAHIERRFSMPWSKPAARMREMVQAVRTIWGCWQTGDKLKFEGEF 121 Query 144 YTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPA 203 Y H +M+P+F PEP Y P+++IA VG MTE+ EV DG+ HP + E+S+ A Sbjct 122 YHHTLMSPIFAPEPNKYGPPKIYIAGVGPLMTEVAAEVGDGYFLHPFNTALSTDELSLAA 181 Query 204 LLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHG 263 + RGL +SG+ R+ +EVS +V+ ATG D+ + A + R QIAFY STPAY VL+ HG Sbjct 182 ITRGLDKSGKSRADYEVSAQVITATGLDEESMQTAIASARNQIAFYASTPAYLPVLQCHG 241 Query 264 WGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVLPI 322 W L + +++ + G+W + LIDD++L FAVVG +A + R G V+R+ P+ Sbjct 242 WESLQADANQMMRAGKWTQLNDLIDDDILNTFAVVGTPAEVAQKIAARYRGKVERISPV 300 >gi|111222564|ref|YP_713358.1| putative N5, N10-methylenetetrahydromethanopterin reductase [Frankia alni ACN14a] gi|111150096|emb|CAJ61791.1| conserved hypothetical protein; putative N5, N10-methylenetetrahydromethanopterin reductase [Frankia alni ACN14a] Length=337 Score = 309 bits (792), Expect = 4e-82, Method: Compositional matrix adjust. Identities = 151/313 (49%), Positives = 207/313 (67%), Gaps = 0/313 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+D + L A + LE G+D + E +HDPFLP++LAA+ T R+ + T +AV Sbjct 3 VKVDVGLWADLDDIASRSRELESLGYDALYVPETAHDPFLPVVLAAQATERVMIRTGVAV 62 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AF R+PM +A V DL T S+GR +LGLG+Q++PHIEKRFS W PA+RMRE V A++A Sbjct 63 AFPRSPMHLAMVANDLHTISRGRFVLGLGSQVKPHIEKRFSAVWSEPAKRMREIVLAIQA 122 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW W DG +L F+GEFY H +MTP F P P PY PR+ +AA+G MTE+ GEV+DG L Sbjct 123 IWRCWNDGERLDFQGEFYQHTLMTPFFNPGPNPYGTPRIQLAALGPRMTEVAGEVSDGIL 182 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H + S+R++ EV++PAL RGLAR+GR RS E++ ++ATG D ELA + R+ Sbjct 183 LHGLSSERFVREVTLPALERGLARAGRKRSDVELTFPTLIATGDTDEELAESEKKLRQHF 242 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFY STPAY VLE HGWG L +L+ L++ G W+ +G L+ +E+L F G + I Sbjct 243 AFYASTPAYSAVLELHGWGGLQRDLYELTRDGRWQDLGSLVTEEVLEVFTARGTPEDIPK 302 Query 307 ALRNRCEGVVDRV 319 +R R + DRV Sbjct 303 QIRARVGDIADRV 315 >gi|169630993|ref|YP_001704642.1| oxidoreductase [Mycobacterium abscessus ATCC 19977] gi|169242960|emb|CAM63988.1| Probable oxidoreductase [Mycobacterium abscessus] Length=340 Score = 308 bits (790), Expect = 6e-82, Method: Compositional matrix adjust. Identities = 149/272 (55%), Positives = 191/272 (71%), Gaps = 3/272 (1%) Query 30 NGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTYSKGR 89 +G+ G WT E +HDPFLPLLLAAEHT + LGT+IAVAFARNPM++A +GWDLQ YS GR Sbjct 24 SGYAGIWTFEGAHDPFLPLLLAAEHTKNVMLGTSIAVAFARNPMLLATIGWDLQAYSGGR 83 Query 90 LILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYTHKIM 149 ILGLGTQI+PHI +RF MPW PA RMR+ V A+RAIW +WQ+ L + G+FY + +M Sbjct 84 FILGLGTQIKPHITRRFDMPWSSPAARMRDMVLAVRAIWQSWQERGALDYRGDFYQNTLM 143 Query 150 TPMFTPEP---QPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALLR 206 TPMF P+P + P +++A VG MTE+ GEVADG + HP + YL +V+ PAL R Sbjct 144 TPMFMPDPAEVSAFGPPPIWLAGVGTGMTEVAGEVADGFMSHPFCTPDYLAQVTRPALGR 203 Query 207 GLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWGD 266 G +SG+ + ++ M+ G DDAELA+A A RKQ+AFYGSTPAY +LE HG + Sbjct 204 GALKSGKALADIQIHHSPMIIIGRDDAELASARAAVRKQLAFYGSTPAYWPILELHGRAE 263 Query 267 LHPELHRLSKLGEWEAMGGLIDDEMLGAFAVV 298 + PEL SK GEWEAM L+DD+ + AV Sbjct 264 MGPELKERSKQGEWEAMAALVDDDFVDTAAVT 295 >gi|297170994|gb|ADI22009.1| coenzyme F420-dependent N5,N10-methylene tetrahydromethanopterin reductase and related flavin-dependent oxidoreductases [uncultured myxobacterium HF0200_01L06] Length=336 Score = 308 bits (789), Expect = 8e-82, Method: Compositional matrix adjust. Identities = 156/295 (53%), Positives = 202/295 (69%), Gaps = 0/295 (0%) Query 17 LARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVA 76 ++++ A LE G D ++ E +HDPF PLLLAA T ++ELGT IA+AFARNPMI A Sbjct 12 ISQSGPEAERLEAAGVDAIYSFEGAHDPFFPLLLAAGSTRKVELGTAIAIAFARNPMICA 71 Query 77 NVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTK 136 N+ DLQ SKGR ILGLG+QI+PHIEKRFS W PA RMREFV A+RAI+ W + Sbjct 72 NIANDLQQLSKGRFILGLGSQIKPHIEKRFSQTWSRPAARMREFVMAIRAIFRTWNEDEP 131 Query 137 LCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYL 196 L F GEFYTH IMTP F P P P+ PR+F+AAVG M EM GEV DG HP+ + ++ Sbjct 132 LAFRGEFYTHTIMTPFFNPGPNPFGPPRIFLAAVGPRMLEMTGEVGDGVFLHPLNTVDFV 191 Query 197 TEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYR 256 ++++P++ +GL SGR FE+SC+ + G++D E+A A + R QI+FYGSTPAY+ Sbjct 192 RDIALPSIEKGLQTSGRSSDEFEISCQTICMMGSNDEEIAQARSKARGQISFYGSTPAYK 251 Query 257 KVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNR 311 VL+ GWGDL P L+R+SK G+W M LI+D+ML A V G D I +LR R Sbjct 252 VVLDHAGWGDLQPRLNRMSKEGKWAEMMELINDDMLDAIGVSGTPDQIGASLRER 306 >gi|342857683|ref|ZP_08714339.1| putative N5,N10-methylenetetrahydromethanopterin reductase-like protein [Mycobacterium colombiense CECT 3035] gi|342135016|gb|EGT88182.1| putative N5,N10-methylenetetrahydromethanopterin reductase-like protein [Mycobacterium colombiense CECT 3035] Length=355 Score = 308 bits (788), Expect = 1e-81, Method: Compositional matrix adjust. Identities = 151/305 (50%), Positives = 197/305 (65%), Gaps = 0/305 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 + LD ++ + L AA+ A +E +GF W E+ +DPFL AA T RL +GT +A+ Sbjct 2 VHLDATLSDDLDVAAEEARHIEADGFRTVWLGESKYDPFLRCYAAATATERLRVGTAVAI 61 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AF R+P+ VA+ G+DL YS+GR ILGLG+Q++ HIE+RFSMPW PA RMREFV ALRA Sbjct 62 AFGRSPLTVASTGYDLARYSRGRFILGLGSQVKSHIERRFSMPWSRPAARMREFVCALRA 121 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW W + L F G+FYTH +M P F P P+ P V++AAVGE MTE+ GEV+DG Sbjct 122 IWDTWNNDAPLDFAGDFYTHTLMPPFFRPAAHPFGPPPVYLAAVGERMTEIAGEVSDGLF 181 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 HP + RYL E+++PA+ RG R+G+ F V V+ A G +AEL A R QI Sbjct 182 FHPFNTVRYLEEITLPAVARGRERAGKTLDGFAVCGPVLTAVGRTEAELDNAIAGVRNQI 241 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFY STPAYR VLE HGW + EL ++K G W + L+DD+ML AVVG VD ++ Sbjct 242 AFYASTPAYRPVLELHGWVSVAEELTAMTKQGRWNELAALVDDDMLHTVAVVGDVDQVSR 301 Query 307 ALRNR 311 AL R Sbjct 302 ALVER 306 >gi|148655273|ref|YP_001275478.1| luciferase family protein [Roseiflexus sp. RS-1] gi|148567383|gb|ABQ89528.1| luciferase family protein [Roseiflexus sp. RS-1] Length=341 Score = 307 bits (787), Expect = 2e-81, Method: Compositional matrix adjust. Identities = 149/316 (48%), Positives = 202/316 (64%), Gaps = 3/316 (0%) Query 7 LKLDGSI---PNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTN 63 +KLD ++ +L A A A E GF G WT E H+PFLPL LAA+HT+ ++LGT Sbjct 1 MKLDATLVVDARRLNEAGRIARAAEAVGFAGLWTPETQHNPFLPLTLAADHTAEIQLGTA 60 Query 64 IAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAA 123 +A+AFAR+PM+ A + WDLQ +S GR ILGLGTQ++ HIE+RF MPW P ++R+++ A Sbjct 61 VAIAFARSPMVTAQIAWDLQAFSGGRFILGLGTQVKAHIERRFGMPWDPPVPKLRDYIQA 120 Query 124 LRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVAD 183 LRAIW A+Q G KL + G+FY H +M+P F P P +P ++IA V E + + GE+ D Sbjct 121 LRAIWQAFQTGGKLDYRGQFYNHTLMSPFFNPGPITHPHIPIYIAGVNEGLARLAGELCD 180 Query 184 GHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATR 243 G HP S +Y+ ++ P + G A++GRD + ++ V + TG D+A + +A R Sbjct 181 GFHVHPFHSVKYINDIVRPQVAAGAAKAGRDPAQISLTSSVFLITGPDEAGIQSARAFVR 240 Query 244 KQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDT 303 +QIAFY STP YR VL HGW D+ L RL+ W MG LI DEML FAV P+D Sbjct 241 EQIAFYASTPTYRIVLACHGWEDVGEHLSRLAAARRWSEMGALITDEMLDVFAVTAPLDR 300 Query 304 IAGALRNRCEGVVDRV 319 I ALR R GV+DRV Sbjct 301 IGKALRERYAGVLDRV 316 >gi|226362707|ref|YP_002780485.1| hypothetical protein ROP_32930 [Rhodococcus opacus B4] gi|226241192|dbj|BAH51540.1| hypothetical protein [Rhodococcus opacus B4] Length=350 Score = 307 bits (786), Expect = 2e-81, Method: Compositional matrix adjust. Identities = 169/305 (56%), Positives = 198/305 (65%), Gaps = 4/305 (1%) Query 17 LARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVA 76 LA AD A E +GFDG +E + DP L L +AA T+R++L TNI VAFAR PM +A Sbjct 14 LADVADMARGAEASGFDGVSFSEVTSDPILHLTIAAGVTTRVDLLTNIVVAFARTPMTLA 73 Query 77 NVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTK 136 G LQ YS GRL LGLG+QI+PHIEKRFSMPW PA RM EFV A+RAIW +W G K Sbjct 74 VQGRALQDYSGGRLSLGLGSQIKPHIEKRFSMPWSTPAPRMAEFVCAMRAIWESWATGEK 133 Query 137 LCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYL 196 L F G+FYTH +MTPMFTP P P V +AAVGE MTE G VADG L HP + RY+ Sbjct 134 LDFRGDFYTHTLMTPMFTP-PTEQLAPEVLLAAVGEKMTETAGRVADGILLHPFTTDRYV 192 Query 197 TEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYR 256 EV++PAL RG G E+ + TG + E+AA+ TA R+QIAFYGSTPAYR Sbjct 193 REVTLPALARGRRAPGAPTGDPEIIASGFLVTGHTEEEMAASKTAVRRQIAFYGSTPAYR 252 Query 257 KVLEQHGWGDLHPELHRLSKLGE---WEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCE 313 VL+ HG GDL EL+RLSK + W MG LIDDEMLG FAV G A AL +R Sbjct 253 PVLDLHGLGDLGDELNRLSKTADDNRWATMGTLIDDEMLGLFAVEGAPAEAAKALYDRSG 312 Query 314 GVVDR 318 V R Sbjct 313 DVATR 317 >gi|311744225|ref|ZP_07718029.1| oxidoreductase [Aeromicrobium marinum DSM 15272] gi|311312398|gb|EFQ82311.1| oxidoreductase [Aeromicrobium marinum DSM 15272] Length=340 Score = 304 bits (778), Expect = 1e-80, Method: Compositional matrix adjust. Identities = 155/293 (53%), Positives = 189/293 (65%), Gaps = 3/293 (1%) Query 28 ERNGFDGG-WTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTYS 86 E G GG + E HDPF+ L +AA +T LE+G+ IA+AFAR PM +A +DL + Sbjct 28 EDRGVVGGLFVPEGHHDPFITLAMAAANTRTLEIGSGIALAFARTPMSMAYSAYDLHQLA 87 Query 87 KGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYTH 146 GR ILGLG+QI+ HI +R+ MPW PA+RM E+V ALRAIW WQ G L F G+FY+H Sbjct 88 GGRSILGLGSQIKAHITRRYDMPWSEPAKRMAEYVEALRAIWNCWQTGEALDFRGDFYSH 147 Query 147 KIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALLR 206 +M P+F P P + PRV+IAAVG M G V DG + HP++S+RYL EV VP L Sbjct 148 TLMPPLFNPGPLGFDSPRVWIAAVGPLMVRTAGTVGDGIICHPLISRRYLAEVMVPQLTE 207 Query 207 GLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWGD 266 ARSGR +F + MVATG + LAAA TRKQI FY STPAYR VL+ HGWGD Sbjct 208 --ARSGRPDHSFATTTMAMVATGHTEEALAAAIAGTRKQIGFYASTPAYRPVLDHHGWGD 265 Query 267 LHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRV 319 LH E + SK G W + LIDDE+L FAVVG V ALR R G+VDRV Sbjct 266 LHEEANTFSKTGRWAELADLIDDEVLNTFAVVGEVSAAGAALRERFAGLVDRV 318 >gi|111223373|ref|YP_714167.1| hypothetical protein FRAAL3969 [Frankia alni ACN14a] gi|111150905|emb|CAJ62611.1| conserved hypothetical protein [Frankia alni ACN14a] Length=348 Score = 304 bits (778), Expect = 1e-80, Method: Compositional matrix adjust. Identities = 151/313 (49%), Positives = 202/313 (65%), Gaps = 2/313 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+DG++ L +A A A + G+DG W +E + DPFLPL LAA+ TS +ELGT+IAV Sbjct 1 MKIDGAL-GTLEQATRNARAAQEAGYDGVWASEVNQDPFLPLTLAADATSTIELGTSIAV 59 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 A +R+PM +A DL +S GR +LGLG+Q++ HI +RFSMPWG P +MREF+ A+RA Sbjct 60 ALSRSPMSLAYTAHDLARFSGGRFVLGLGSQVKAHITRRFSMPWGRPGPQMREFILAMRA 119 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 W +W DGT L FEGE+Y H +M P F P P PY PRV +A VG+ MT + GEVADG L Sbjct 120 AWSSWADGTPLSFEGEYYRHTLMPPTFVPAPHPYGPPRVLLAGVGDVMTRVAGEVADGFL 179 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H + R++ E ++PAL G R+G D + F+V +ATG + E+ R QI Sbjct 180 CHGFTTARWIREHTLPALAEGRRRAGGDLTGFDVVAGAFLATGTEQ-EIVEGLATIRGQI 238 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 +FYGSTPAYR VL+ HGWG+L EL LSK W M LIDD+++ AFAVV P + Sbjct 239 SFYGSTPAYRPVLDLHGWGELGAELTVLSKQNRWAEMATLIDDDVVEAFAVVAPPAEVPA 298 Query 307 ALRNRCEGVVDRV 319 + R G+ R+ Sbjct 299 RIAERFAGLATRL 311 >gi|156743881|ref|YP_001434010.1| luciferase family protein [Roseiflexus castenholzii DSM 13941] gi|156235209|gb|ABU59992.1| luciferase family protein [Roseiflexus castenholzii DSM 13941] Length=342 Score = 304 bits (778), Expect = 2e-80, Method: Compositional matrix adjust. Identities = 153/340 (45%), Positives = 208/340 (62%), Gaps = 6/340 (1%) Query 7 LKLDGSI---PNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTN 63 +KLD ++ +L A A A E GF WT E H+PFLPL LAA+HT+ + LGT Sbjct 1 MKLDATLVVDARRLNEAGKIARAAEAVGFAALWTPETQHNPFLPLTLAADHTAEIHLGTA 60 Query 64 IAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAA 123 +A+AFAR+PM++A + WDLQ +S GR ILGLGTQ++ HIE+RF M W P ++R+++ A Sbjct 61 VAIAFARSPMVMAQIAWDLQAFSGGRFILGLGTQVKAHIERRFGMTWDPPVPKLRDYIQA 120 Query 124 LRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVAD 183 LRAIW A+Q G KL + G+FY H +M+P F P P P V+IA V E + + GE+ D Sbjct 121 LRAIWQAFQTGAKLDYRGQFYNHTLMSPFFNPGPIADPHIPVYIAGVNEGLARLAGELCD 180 Query 184 GHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATR 243 G HP S +Y+ E+ P + G A++GRD S ++ V + TG D+A + + R Sbjct 181 GFHVHPFHSVKYINEIVRPQVAAGAAKAGRDPSQVNLTSSVFLITGPDEASMEGSRAFVR 240 Query 244 KQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDT 303 +QIAFY STP YR VL HGW D+ +L RL+ W MG LI D+ML FAV P+D Sbjct 241 EQIAFYASTPTYRVVLACHGWEDVGEQLSRLAAARRWSEMGALITDDMLDVFAVTAPLDR 300 Query 304 IAGALRNRCEGVVDRV---LPIFMAASQECINAALQDFRR 340 I ALR R +GV+DRV LP + A++D R Sbjct 301 IGKALRERYDGVLDRVGSYLPYTPGPLDDAWRQAVRDVSR 340 >gi|256374455|ref|YP_003098115.1| luciferase-like monooxygenase [Actinosynnema mirum DSM 43827] gi|255918758|gb|ACU34269.1| Luciferase-like monooxygenase [Actinosynnema mirum DSM 43827] Length=364 Score = 299 bits (766), Expect = 4e-79, Method: Compositional matrix adjust. Identities = 160/289 (56%), Positives = 188/289 (66%), Gaps = 6/289 (2%) Query 31 GFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTYSKGRL 90 G DG W AE HDPF+ L A+ R+ LGT IAVAFARNPM A DLQ S+GR Sbjct 70 GIDGFWVAETRHDPFVALGRVADRVERVGLGTAIAVAFARNPMSTAVQANDLQLLSRGRF 129 Query 91 ILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYTHKIMT 150 LGLG+Q+ HI KRF MPW PA RMRE+V A+RAIW +W G + F GEF TH +MT Sbjct 130 RLGLGSQVEQHITKRFGMPWSRPAARMREYVLAMRAIWESWATGERPRFRGEFSTHTLMT 189 Query 151 PMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALLRGLAR 210 P F P P P+ P V++A VGE MTE+ GEVADG L H ++RYL EV++PAL RGLA+ Sbjct 190 PFFDPGPNPFGPPEVWLAGVGERMTEVAGEVADGFLCHAFTTERYLREVTLPALERGLAK 249 Query 211 SGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWGDLHPE 270 SGR F VS MV T DDA A A R+QIAFYGSTPAYR VL+ HGWG+LH E Sbjct 250 SGRTLEGFGVSGPSMVVT--DDASAA----AVRRQIAFYGSTPAYRPVLDLHGWGELHEE 303 Query 271 LHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRV 319 LHRLS+ G W M + DE+LGAFAV G A + R VV R+ Sbjct 304 LHRLSRRGLWAEMDAAVPDEVLGAFAVTGTPAEAAAEVVARYGDVVTRI 352 >gi|158314514|ref|YP_001507022.1| luciferase family protein [Frankia sp. EAN1pec] gi|158109919|gb|ABW12116.1| luciferase family protein [Frankia sp. EAN1pec] Length=340 Score = 299 bits (766), Expect = 4e-79, Method: Compositional matrix adjust. Identities = 162/308 (53%), Positives = 202/308 (66%), Gaps = 4/308 (1%) Query 7 LKLDGSIPNQLA---RAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTN 63 +K+DG + L AA A G+D + AEA+HDPFLPL LAA ++LGTN Sbjct 1 MKIDGGLAYSLGDRDSAARGARLAASVGYDRLFAAEAAHDPFLPLALAAGAAD-VDLGTN 59 Query 64 IAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAA 123 +AVAFARNPM A V DLQ + GR +LGLG+Q++ HI +RFSMPW HPA RMREFV A Sbjct 60 VAVAFARNPMTTAMVANDLQVLTGGRFVLGLGSQVKAHITRRFSMPWSHPAARMREFVLA 119 Query 124 LRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVAD 183 LRAIW +WQ G +L FEG +Y H + P+F P P P+ PRVF+AAVG MTE+ GEVAD Sbjct 120 LRAIWSSWQPGGRLRFEGAYYQHTLSNPLFQPGPNPFGPPRVFLAAVGPRMTEIAGEVAD 179 Query 184 GHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATR 243 G + H S Y+ EV++PAL RGLAR+GR A EV V++ATG +L R Sbjct 180 GLMCHGFTSPSYVAEVTLPALRRGLARAGRAGGAVEVCLPVLLATGPAGWDLEPEIDRVR 239 Query 244 KQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDT 303 +Q+AFY STPAYR VL+ HGWG+LH E HRLS WE M L+DDE+L AVV Sbjct 240 RQLAFYASTPAYRAVLDHHGWGELHGEAHRLSVDQRWEEMANLVDDEVLHTLAVVADAGH 299 Query 304 IAGALRNR 311 +A +R+R Sbjct 300 LADVVRDR 307 >gi|288919167|ref|ZP_06413505.1| conserved hypothetical protein [Frankia sp. EUN1f] gi|288349414|gb|EFC83653.1| conserved hypothetical protein [Frankia sp. EUN1f] Length=365 Score = 298 bits (762), Expect = 1e-78, Method: Compositional matrix adjust. Identities = 162/313 (52%), Positives = 203/313 (65%), Gaps = 2/313 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+DG++ LA A A + E G+DG W E + DPFLPL LAA+ TSR+ELGT+I V Sbjct 1 MKVDGTL-GGLADAVARAGSAESAGYDGIWAGEVNQDPFLPLTLAAQTTSRVELGTSITV 59 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 A AR+PM +A DL +S GRL LGLG+Q+R HI +RFSMPWG PA +MREFV A+RA Sbjct 60 ALARSPMSLAYTASDLHRFSGGRLRLGLGSQVRAHITRRFSMPWGRPAPQMREFVLAMRA 119 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 IW W DGT L FEGE+Y H +M P F P P+ P VF+A VG+AMT++ GEVADG L Sbjct 120 IWSCWADGTPLRFEGEYYRHTLMPPAFVSPPHPFGPPPVFLAGVGDAMTQVAGEVADGFL 179 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H S R++ E ++PAL RG +GR FE+ VATG D E+ R QI Sbjct 180 CHWFTSPRWIREHTIPALERGRQLTGRTLDGFEILAGGFVATGTDQ-EITEGVQRMRSQI 238 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFYGSTPAYR ++E HGWGDL EL LSK W M GLIDD+++ AF +V + + Sbjct 239 AFYGSTPAYRPLMELHGWGDLGTELTVLSKQNRWVEMAGLIDDDVVDAFGLVTTPEELPR 298 Query 307 ALRNRCEGVVDRV 319 L R G+V RV Sbjct 299 RLAERLGGLVTRV 311 >gi|254483361|ref|ZP_05096591.1| hypothetical protein GPB2148_2551 [marine gamma proteobacterium HTCC2148] gi|214036345|gb|EEB77022.1| hypothetical protein GPB2148_2551 [marine gamma proteobacterium HTCC2148] Length=335 Score = 297 bits (761), Expect = 2e-78, Method: Compositional matrix adjust. Identities = 147/313 (47%), Positives = 200/313 (64%), Gaps = 0/313 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +K+DG QL AA + L+ G+DG +T E S DPF PL++AAEH L+L T IAV Sbjct 1 MKIDGPFYAQLGDAAAESRRLKTIGYDGIYTLEGSWDPFYPLVMAAEHAPGLDLATGIAV 60 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AF RNPM +A WDLQ +S G LGLG+QI+ HIEKRF + + PA RMRE++ AL+A Sbjct 61 AFPRNPMHLAYQAWDLQKFSNGHFYLGLGSQIKAHIEKRFGIAFDPPASRMREYIQALKA 120 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 I+ WQ G+ + F+G FY H +MTPMF P P P+ +P V + A+G MTE+ GEVADG + Sbjct 121 IFDCWQHGSPMDFDGRFYKHTLMTPMFDPGPNPHGIPPVLLGALGPRMTEVAGEVADGLI 180 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 HP S R+L ++PA+LRGL +SGR R+ F + +V TG + ++AA + + + Sbjct 181 VHPFNSMRFLENNAMPAVLRGLEKSGRQRTDFILQINAIVITGETEEAISAATESVKGLL 240 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 FY STPAYR +E G+ DL PEL+ LSK G+W+A+G IDD+ L F G IA Sbjct 241 GFYASTPAYRPPMEAVGYEDLQPELNALSKQGKWDALGSYIDDDFLEHFTTRGAPSEIAA 300 Query 307 ALRNRCEGVVDRV 319 L+ + DR+ Sbjct 301 KLKEKYGQYADRL 313 >gi|158318271|ref|YP_001510779.1| hypothetical protein Franean1_6536 [Frankia sp. EAN1pec] gi|158113676|gb|ABW15873.1| conserved hypothetical protein [Frankia sp. EAN1pec] Length=352 Score = 293 bits (751), Expect = 2e-77, Method: Compositional matrix adjust. Identities = 151/309 (49%), Positives = 192/309 (63%), Gaps = 5/309 (1%) Query 32 FDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTYSKGRLI 91 +D WT E + DPFLPL LAA+ TS +ELGT+I VA +R+PM +A DL +S GRL Sbjct 25 YDAIWTGEVNQDPFLPLTLAADATSAIELGTSITVALSRSPMSLAYTAHDLHGFSGGRLR 84 Query 92 LGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYTHKIMTP 151 LGLG+Q++ HI +RFSMPWG PA ++REFV ALRAIW +W +GT L FEGE+Y H +M P Sbjct 85 LGLGSQVKAHITRRFSMPWGRPAPQLREFVLALRAIWSSWSEGTPLAFEGEYYRHTLMPP 144 Query 152 MFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALLRGLARS 211 F P+P P+ P+V +A VG+ MT + GEVADG L H S R++ E +VPALL G R+ Sbjct 145 AFVPKPHPFGPPQVLLAGVGDVMTRVAGEVADGFLCHWFTSPRWIREHTVPALLAGRQRA 204 Query 212 GRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWGDLHPEL 271 GR F++ VATG D E+ R QI+FYGSTPAYR VLE HGWGDL EL Sbjct 205 GRTLDGFDIVAGGFVATGTDQ-EITEGLARMRAQISFYGSTPAYRAVLELHGWGDLGSEL 263 Query 272 HRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRVL----PIFMAAS 327 LSK W M LIDD+++ F +V + + R G+ R P F Sbjct 264 TALSKQNRWTEMAALIDDDVVETFGIVAAPADVPARIAERLGGLATRTTFTPPPSFGPEQ 323 Query 328 QECINAALQ 336 I AA+Q Sbjct 324 TREILAAIQ 332 >gi|312195894|ref|YP_004015955.1| F420-dependent oxidoreductase [Frankia sp. EuI1c] gi|311227230|gb|ADP80085.1| putative F420-dependent oxidoreductase [Frankia sp. EuI1c] Length=341 Score = 293 bits (750), Expect = 3e-77, Method: Compositional matrix adjust. Identities = 161/317 (51%), Positives = 201/317 (64%), Gaps = 3/317 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 LK+D + N + AAD A ALE G DG +T E SHD F PL+ AA S L+L TN+A+ Sbjct 3 LKIDVMLANSVVEAADRARALEGTGVDGVFTFENSHDLFFPLVAAAPVCS-LDLMTNVAI 61 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AF R+PM +A+ +DL S GR LGLG+Q+R H+E RF WG P +MRE+V A RA Sbjct 62 AFPRSPMHLAHAAYDLHLLSAGRFRLGLGSQVRAHVEHRFGARWGKPVAQMREWVLATRA 121 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 I +WQ G +L F GE+ TH +MTP F P P PY VP+V + A+G M +M EVADG L Sbjct 122 ILDSWQHGGRLDFRGEYTTHTLMTPAFNPGPNPYGVPKVLVGALGPRMNQMAAEVADGIL 181 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 P S R++ ++PA+ GLA +GR R E++ EV+VA G D ELA A AT + Sbjct 182 VMPFNSDRHMRTRTMPAIEAGLAVAGRSRGDLELTAEVIVAVGRTDEELATARAAT-FLL 240 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 AFYGSTPAYR VL+ GWGDL PEL+ LSK GEW M GLIDDEML AV G D +A Sbjct 241 AFYGSTPAYRPVLDAEGWGDLQPELNALSKRGEWTTMTGLIDDEMLRTLAVWGTPDEVAA 300 Query 307 ALRNRCEGVVDRVLPIF 323 + R G DR+ F Sbjct 301 EIVARY-GDCDRICAYF 316 >gi|312198976|ref|YP_004019037.1| F420-dependent oxidoreductase [Frankia sp. EuI1c] gi|311230312|gb|ADP83167.1| putative F420-dependent oxidoreductase [Frankia sp. EuI1c] Length=350 Score = 289 bits (740), Expect = 4e-76, Method: Compositional matrix adjust. Identities = 156/334 (47%), Positives = 202/334 (61%), Gaps = 6/334 (1%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 +++DG++ L AA A A E G+DG WT E S DPFLPL +A TSRL LGT+IAV Sbjct 1 MRVDGTL-GGLETAAHQATAAEAAGYDGMWTGEVSSDPFLPLAVATPATSRLRLGTSIAV 59 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 A AR+P+ +A DLQ +S GR LGLG+Q++ HI +RFSMPWG PA +MREFV A+RA Sbjct 60 ALARSPVALAYTANDLQRFSGGRFSLGLGSQVKAHITRRFSMPWGRPAAQMREFVLAMRA 119 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 W +W+ GT L FEGE+Y H +M P F P P+ PR+ +A VG+ MT GEVADG Sbjct 120 AWTSWEQGTPLAFEGEYYRHTLMPPAFVPAAHPFGPPRILLAGVGDGMTRAAGEVADGFF 179 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 H + R++ E ++PAL G R+GR F++ VATG D E+ A R QI Sbjct 180 CHWFTTPRWIREHTIPALAEGRRRAGRTLEDFDIVVGGFVATGTDQ-EITEAVGRMRAQI 238 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 +FYGSTPAYR VLE HGWGDL EL LSK W M L+DDE++ F +V D + Sbjct 239 SFYGSTPAYRAVLELHGWGDLGTELTALSKQNRWTEMAALVDDEVVETFGIVAAPDDLPA 298 Query 307 ALRNRCEGVVDRVL----PIFMAASQECINAALQ 336 + R + R+ F A + AA+Q Sbjct 299 RVAQRYGDLATRLTLNPPASFTAEQTGAMIAAIQ 332 >gi|312198013|ref|YP_004018074.1| F420-dependent oxidoreductase [Frankia sp. EuI1c] gi|311229349|gb|ADP82204.1| putative F420-dependent oxidoreductase [Frankia sp. EuI1c] Length=361 Score = 287 bits (735), Expect = 2e-75, Method: Compositional matrix adjust. Identities = 153/317 (49%), Positives = 203/317 (65%), Gaps = 3/317 (0%) Query 7 LKLDGSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAV 66 LKLD + + AA+ A ALER G DG ++ E +HD F PL+ AA S L+L TN+A+ Sbjct 3 LKLDVMLSGSVVDAAERAQALERAGVDGVFSFENAHDLFFPLVAAAPVCS-LDLLTNVAI 61 Query 67 AFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRA 126 AF R+P+ +A+ +DLQ S+GR LGLG+Q+R HIEKR+ W P +MRE+V A + Sbjct 62 AFPRSPLHLAHAAYDLQLLSRGRFRLGLGSQVRAHIEKRYGARWDRPVAQMREWVLATKT 121 Query 127 IWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHL 186 I +WQ+GT+L F GE+ +H +MTP F P P PY +P+V + A+G M +M EVADG L Sbjct 122 ILDSWQNGTRLDFRGEYTSHTLMTPAFNPGPNPYGLPKVLVGALGPKMNQMAAEVADGIL 181 Query 187 GHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQI 246 P S R++ E ++PA+ GLA SGR R+ E++ EV+VA G D EL AA A R + Sbjct 182 VMPFNSDRHMRERTMPAIEAGLAASGRSRADLEITAEVIVAVGRTDEELTAA-RAARGVL 240 Query 247 AFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAG 306 FYGSTP+YR+VL+ GWG L PEL+ SK G+W M LIDDEMLG V G D +A Sbjct 241 GFYGSTPSYRQVLDVEGWGQLQPELNARSKRGDWAGMTELIDDEMLGTLGVFGTPDQVAA 300 Query 307 ALRNRCEGVVDRVLPIF 323 + R G DRV F Sbjct 301 EIVRRF-GHCDRVCAYF 316 >gi|219849970|ref|YP_002464403.1| luciferase family protein [Chloroflexus aggregans DSM 9485] gi|219544229|gb|ACL25967.1| luciferase family protein [Chloroflexus aggregans DSM 9485] Length=342 Score = 284 bits (727), Expect = 1e-74, Method: Compositional matrix adjust. Identities = 135/289 (47%), Positives = 182/289 (63%), Gaps = 0/289 (0%) Query 31 GFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTYSKGRL 90 GF W E +H+PFLPL +AAEHT RL +GT +A+AF R+PM+ A + WDL +S GR Sbjct 29 GFAALWAPETAHNPFLPLTIAAEHTRRLTIGTAVAIAFPRSPMVTAQIAWDLAGFSGGRF 88 Query 91 ILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYTHKIMT 150 +LGLGTQ++ HIE+RFS W P R+R+++ ALRAIW WQ G+KL + G++Y H +MT Sbjct 89 VLGLGTQVKAHIERRFSSVWDSPVGRLRDYIGALRAIWQCWQTGSKLDYRGQYYQHTLMT 148 Query 151 PMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALLRGLAR 210 P F+P P +P ++IA V + + GE+ DG HP+ S RYL EV P + G Sbjct 149 PFFSPGPIDHPQIPIYIAGVNTGLAHLAGEICDGFHAHPLSSARYLREVLRPQITAGAVA 208 Query 211 SGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWGDLHPE 270 +GRD +A ++ +V TG + E A R+QIAFY STP YR VLE HGWG++ E Sbjct 209 AGRDPAACIIAGSALVITGHNATERARMRAFVRQQIAFYASTPTYRAVLECHGWGEVGEE 268 Query 271 LHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRV 319 L RL+ W M LID+ M+ FAV + ALR R EG++DRV Sbjct 269 LSRLAAQQRWAEMTALIDETMMATFAVEADPADLPAALRERYEGLLDRV 317 >gi|148554534|ref|YP_001262116.1| coenzyme F420-dependent N5 N10-methylene tetrahydromethanopterin reductase-like protein [Sphingomonas wittichii RW1] gi|148499724|gb|ABQ67978.1| Coenzyme F420-dependent N5 N10-methylene tetrahydromethanopterin reductase and related flavin-dependent oxidoreductase-like protein [Sphingomonas wittichii RW1] Length=349 Score = 283 bits (725), Expect = 2e-74, Method: Compositional matrix adjust. Identities = 149/323 (47%), Positives = 192/323 (60%), Gaps = 0/323 (0%) Query 17 LARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVA 76 L R AD A +E GFDG E +HDPF PLL+ AEHT +L++ T IAV FAR+PM +A Sbjct 13 LKRVADEAREIESLGFDGVLADEIAHDPFYPLLIVAEHTKKLQVMTGIAVGFARSPMTLA 72 Query 77 NVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTK 136 + DL S GR LGLG+QI PHI +RFSMPW PA RMRE V A+RAI+ W Sbjct 73 VLAHDLNALSGGRFSLGLGSQIAPHITRRFSMPWSSPASRMREMVQAIRAIFANWYSDAP 132 Query 137 LCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYL 196 LCFEGEFYTH +M P+F PE + R+ +AAVG MTE VAD L H ++ Y+ Sbjct 133 LCFEGEFYTHTLMPPLFRPEDIEHGAARIGVAAVGPLMTETAASVADFLLVHSFTTEDYI 192 Query 197 TEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYR 256 + ++P + GLA++GR+ SA + + TGA + + A A +++IAFY STPAYR Sbjct 193 RQHTLPHVHAGLAKTGREASALRLFYPPFIVTGATEEKFAECRAAAKERIAFYASTPAYR 252 Query 257 KVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVV 316 +LE+HGWG+L ELH L++ W M LI DE+L FA VG IA L R V+ Sbjct 253 PILERHGWGELQTELHALTRANRWAEMPSLISDEVLATFAAVGEAKDIAPVLWRRYGDVI 312 Query 317 DRVLPIFMAASQECINAALQDFR 339 I S E + D R Sbjct 313 QDFSLICPFISLETLAGIGADLR 335 >gi|108803783|ref|YP_643720.1| luciferase-like protein [Rubrobacter xylanophilus DSM 9941] gi|108765026|gb|ABG03908.1| luciferase-like protein [Rubrobacter xylanophilus DSM 9941] Length=341 Score = 279 bits (714), Expect = 4e-73, Method: Compositional matrix adjust. Identities = 152/316 (49%), Positives = 191/316 (61%), Gaps = 3/316 (0%) Query 7 LKLD---GSIPNQLARAADAAVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTN 63 +KLD G L R + A A E GF G T+E HD FLPL +A T RL+L T+ Sbjct 1 MKLDVALGVEGGYLRRIGEVARAAEELGFSGLVTSETKHDAFLPLAVAGSVTRRLQLLTS 60 Query 64 IAVAFARNPMIVANVGWDLQTYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAA 123 +A+AF+R+PM +A WDLQ S+GRLILGLGTQ+R HI +RF MPWG P R RE++ A Sbjct 61 VAIAFSRSPMEMAQTAWDLQELSEGRLILGLGTQVRAHITRRFGMPWGRPVARFREYILA 120 Query 124 LRAIWLAWQDGTKLCFEGEFYTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVAD 183 LRAIW A+Q+GT L FEGEFY H ++TP F P P +P V+IA VGE + + GE+ D Sbjct 121 LRAIWDAFQNGTPLNFEGEFYRHTLLTPFFNPGPIDHPEIPVYIAGVGERLARLAGELCD 180 Query 184 GHLGHPMVSKRYLTEVSVPALLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATR 243 G HP S Y+ V P + G A +GR ++ V V TG EL A A R Sbjct 181 GFHVHPFHSPEYVRRVVRPGIAAGAAEAGRSPEEVRLATSVFVITGESREELEAQREAMR 240 Query 244 KQIAFYGSTPAYRKVLEQHGWGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDT 303 Q AFY STP YR VLE HGW + L L++ WE M GLI DEML AFAV P + Sbjct 241 AQAAFYASTPTYRTVLEVHGWQGVGERLSELARRKRWEEMPGLISDEMLSAFAVEAPPEE 300 Query 304 IAGALRNRCEGVVDRV 319 + ALR R G+++R+ Sbjct 301 LGEALRERYGGLMERI 316 >gi|325002536|ref|ZP_08123648.1| luciferase-like monooxygenase [Pseudonocardia sp. P1] Length=336 Score = 278 bits (712), Expect = 8e-73, Method: Compositional matrix adjust. Identities = 155/296 (53%), Positives = 192/296 (65%), Gaps = 2/296 (0%) Query 24 AVALERNGFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQ 83 AV E+ G+D E SHD F+ L LAA TSR+ L + IAVAFARNPM +A D+Q Sbjct 20 AVEAEKEGYDTLSVPETSHDAFVALGLAARATSRIRLQSAIAVAFARNPMTLAYQANDVQ 79 Query 84 TYSKGRLILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEF 143 S GR LGLG+Q+RPHIE+RF MPW PA RM +FV ALRAIW AW G +L +EGEF Sbjct 80 LVSGGRFDLGLGSQVRPHIERRFGMPWSRPAARMEDFVRALRAIWDAWATGDRLRYEGEF 139 Query 144 YTHKIMTPMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPA 203 Y+H +MT F+P P P+ P V +AAVGE MTE+ G V DG L H + S YL EV++PA Sbjct 140 YSHTLMTEFFSPGPNPHGPPPVMLAAVGERMTEVAGRVTDGLLAHSLTSPSYLAEVTLPA 199 Query 204 LLRGLARSGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHG 263 L RG R D + F+V V V GAD AAA R+QIAFY STP YR VLE HG Sbjct 200 LRRG--RGTDDLTGFDVCLPVFVVLGADADARAAAEAGVRRQIAFYASTPPYRPVLEHHG 257 Query 264 WGDLHPELHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRV 319 G+L L+RLS+ W+ M GL+DD++L FAV GP D +A + +R +VDR+ Sbjct 258 RGELADRLNRLSRQQAWDEMAGLVDDDVLDLFAVSGPPDAVAAGVVSRYGDLVDRI 313 >gi|163846028|ref|YP_001634072.1| luciferase family protein [Chloroflexus aurantiacus J-10-fl] gi|222523756|ref|YP_002568226.1| Luciferase-like monooxygenase [Chloroflexus sp. Y-400-fl] gi|163667317|gb|ABY33683.1| luciferase family protein [Chloroflexus aurantiacus J-10-fl] gi|222447635|gb|ACM51901.1| Luciferase-like monooxygenase [Chloroflexus sp. Y-400-fl] Length=346 Score = 278 bits (710), Expect = 1e-72, Method: Compositional matrix adjust. Identities = 134/289 (47%), Positives = 177/289 (62%), Gaps = 0/289 (0%) Query 31 GFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTYSKGRL 90 GF W E +H+PFL L +AAEHT +L +GT +A+AF R+PM+ A + WDL +S GR Sbjct 33 GFAALWAPETAHNPFLALTIAAEHTQQLTIGTAVAIAFPRSPMVTAQIAWDLAGFSGGRF 92 Query 91 ILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYTHKIMT 150 +LGLGTQ++ HIE+RFS W P R+R+++ ALRAIW WQ G KL + G++Y H +MT Sbjct 93 VLGLGTQVKAHIERRFSSVWDSPVGRLRDYIGALRAIWHCWQTGGKLDYRGQYYQHTLMT 152 Query 151 PMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALLRGLAR 210 P F+P P +P ++IA V + + GEV DG HP+ S RYL EV P + G Sbjct 153 PFFSPGPIAHPDIPIYIAGVNTGLAHLAGEVCDGFHAHPLTSARYLREVLRPQIAAGATA 212 Query 211 SGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWGDLHPE 270 +GRD SA ++ +V TG D E R+QIAFY STP YR VL HGW + E Sbjct 213 AGRDPSACAIAGSALVITGNDKTERERMRAMVRQQIAFYASTPTYRAVLSCHGWDAVGEE 272 Query 271 LHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRV 319 L RL+ W M GLIDD M+ FAV + AL+ R EG++DRV Sbjct 273 LSRLAAQQRWAEMTGLIDDTMVATFAVEADPADLPAALKERYEGLLDRV 321 >gi|309792140|ref|ZP_07686612.1| luciferase family protein [Oscillochloris trichoides DG6] gi|308225681|gb|EFO79437.1| luciferase family protein [Oscillochloris trichoides DG6] Length=339 Score = 277 bits (708), Expect = 2e-72, Method: Compositional matrix adjust. Identities = 131/289 (46%), Positives = 179/289 (62%), Gaps = 0/289 (0%) Query 31 GFDGGWTAEASHDPFLPLLLAAEHTSRLELGTNIAVAFARNPMIVANVGWDLQTYSKGRL 90 GF WT E H+ FLPL LAAEHTSR+ +GT +A+AF R+PM+ A + WDL +S GR Sbjct 28 GFAALWTPETGHNGFLPLTLAAEHTSRISIGTAVAIAFPRSPMVTAQIAWDLAAFSGGRF 87 Query 91 ILGLGTQIRPHIEKRFSMPWGHPARRMREFVAALRAIWLAWQDGTKLCFEGEFYTHKIMT 150 ILGLGTQ++ HIE+RFS PW P R+ +++ ALRAIW +WQ G +L + G FY H +MT Sbjct 88 ILGLGTQVKAHIERRFSTPWDAPVGRLHDYILALRAIWQSWQTGERLNYRGRFYQHTLMT 147 Query 151 PMFTPEPQPYPVPRVFIAAVGEAMTEMCGEVADGHLGHPMVSKRYLTEVSVPALLRGLAR 210 P F+P P +P ++IA V + ++ GE+ DG HP+ S +Y EV P + G A+ Sbjct 148 PFFSPGPIEHPNVPIYIAGVNSGLAQLAGELCDGFHAHPLNSAKYTAEVIRPQIAIGAAK 207 Query 211 SGRDRSAFEVSCEVMVATGADDAELAAACTATRKQIAFYGSTPAYRKVLEQHGWGDLHPE 270 + RD SA ++ V TG D R+QI+FYGSTP+YR VLE HGWGD+ + Sbjct 208 AERDPSACAIAGSAFVITGHDAETRERVRGFVRQQISFYGSTPSYRAVLECHGWGDIGEQ 267 Query 271 LHRLSKLGEWEAMGGLIDDEMLGAFAVVGPVDTIAGALRNRCEGVVDRV 319 L +L+ W M L+ EM FA+ D + ALR R G++DR+ Sbjct 268 LSQLAAQQRWAEMPALVTPEMEATFAIEAEPDEVGAALRERYAGLLDRI 316 Lambda K H 0.322 0.137 0.426 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 617544973600 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