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= Rv3037c Length=358 Score E Sequences producing significant alignments: (Bits) Value gi|339295873|gb|AEJ47984.1| hypothetical protein CCDC5079_2794 [... 705 0.0 gi|15610174|ref|NP_217553.1| hypothetical protein Rv3037c [Mycob... 698 0.0 gi|254365667|ref|ZP_04981712.1| conserved hypothetical protein [... 697 0.0 gi|340628029|ref|YP_004746481.1| hypothetical protein MCAN_30621... 696 0.0 gi|31794215|ref|NP_856708.1| hypothetical protein Mb3063c [Mycob... 696 0.0 gi|289751709|ref|ZP_06511087.1| conserved hypothetical protein [... 695 0.0 gi|336459270|gb|EGO38215.1| hypothetical protein MAPs_05720 [Myc... 514 9e-144 gi|41409183|ref|NP_962019.1| hypothetical protein MAP3085c [Myco... 513 2e-143 gi|240169564|ref|ZP_04748223.1| hypothetical protein MkanA1_0964... 511 5e-143 gi|118463765|ref|YP_883064.1| SAM-dependent methyltransferase [M... 509 2e-142 gi|254776323|ref|ZP_05217839.1| SAM-dependent methyltransferase ... 509 4e-142 gi|183981678|ref|YP_001849969.1| hypothetical protein MMAR_1664 ... 500 1e-139 gi|118617500|ref|YP_905832.1| hypothetical protein MUL_1901 [Myc... 499 2e-139 gi|296171169|ref|ZP_06852617.1| SAM-dependent methyltransferase ... 488 9e-136 gi|342858119|ref|ZP_08714774.1| SAM-dependent methyltransferase ... 487 2e-135 gi|145224847|ref|YP_001135525.1| hypothetical protein Mflv_4268 ... 460 2e-127 gi|315445178|ref|YP_004078057.1| hypothetical protein Mspyr1_361... 459 3e-127 gi|108798828|ref|YP_639025.1| hypothetical protein Mmcs_1860 [My... 443 2e-122 gi|126434429|ref|YP_001070120.1| hypothetical protein Mjls_1841 ... 443 2e-122 gi|120403083|ref|YP_952912.1| hypothetical protein Mvan_2091 [My... 434 1e-119 gi|118468767|ref|YP_886676.1| SAM-dependent methyltransferase [M... 424 1e-116 gi|325675854|ref|ZP_08155538.1| SAM-dependent methyltransferase ... 391 1e-106 gi|312140526|ref|YP_004007862.1| hypothetical protein REQ_31810 ... 388 1e-105 gi|229493414|ref|ZP_04387203.1| SAM-dependent methyltransferase ... 381 7e-104 gi|226305853|ref|YP_002765813.1| hypothetical protein RER_23660 ... 379 3e-103 gi|226365917|ref|YP_002783700.1| hypothetical protein ROP_65080 ... 375 5e-102 gi|111023416|ref|YP_706388.1| hypothetical protein RHA1_ro06455 ... 370 2e-100 gi|54026258|ref|YP_120500.1| hypothetical protein nfa42870 [Noca... 367 1e-99 gi|296393772|ref|YP_003658656.1| hypothetical protein Srot_1361 ... 367 2e-99 gi|169630461|ref|YP_001704110.1| hypothetical protein MAB_3380c ... 361 1e-97 gi|333991401|ref|YP_004524015.1| hypothetical protein JDM601_276... 355 7e-96 gi|302524887|ref|ZP_07277229.1| SAM-dependent methyltransferase ... 333 2e-89 gi|134102642|ref|YP_001108303.1| hypothetical protein SACE_6205 ... 326 4e-87 gi|257056820|ref|YP_003134652.1| hypothetical protein Svir_28440... 324 1e-86 gi|300783539|ref|YP_003763830.1| hypothetical protein AMED_1616 ... 323 2e-86 gi|254821486|ref|ZP_05226487.1| hypothetical protein MintA_16250... 323 3e-86 gi|333920893|ref|YP_004494474.1| SAM-dependent methyltransferase... 323 3e-86 gi|296140628|ref|YP_003647871.1| hypothetical protein Tpau_2934 ... 317 3e-84 gi|262203156|ref|YP_003274364.1| hypothetical protein Gbro_3266 ... 311 7e-83 gi|256380056|ref|YP_003103716.1| hypothetical protein Amir_6063 ... 311 1e-82 gi|326381501|ref|ZP_08203195.1| hypothetical protein SCNU_01080 ... 306 3e-81 gi|343926887|ref|ZP_08766380.1| hypothetical protein GOALK_072_0... 299 5e-79 gi|227548024|ref|ZP_03978073.1| SAM-dependent methyltransferase ... 289 6e-76 gi|213964683|ref|ZP_03392883.1| SAM-dependent methyltransferase ... 284 1e-74 gi|68536411|ref|YP_251116.1| hypothetical protein jk1326 [Coryne... 262 7e-68 gi|260577543|ref|ZP_05845483.1| SAM-dependent methyltransferase ... 260 3e-67 gi|296119542|ref|ZP_06838100.1| SAM-dependent methyltransferase ... 259 3e-67 gi|227501713|ref|ZP_03931762.1| SAM-dependent methyltransferase ... 253 4e-65 gi|306835890|ref|ZP_07468885.1| SAM-dependent methyltransferase ... 252 7e-65 gi|344045661|gb|EGV41331.1| hypothetical protein CgS9114_03053 [... 248 1e-63 >gi|339295873|gb|AEJ47984.1| hypothetical protein CCDC5079_2794 [Mycobacterium tuberculosis CCDC5079] Length=404 Score = 705 bits (1819), Expect = 0.0, Method: Compositional matrix adjust. Identities = 358/358 (100%), Positives = 358/358 (100%), Gaps = 0/358 (0%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR Sbjct 47 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 106 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH Sbjct 107 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 166 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG Sbjct 167 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 226 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV Sbjct 227 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 286 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL Sbjct 287 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 346 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR Sbjct 347 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 404 >gi|15610174|ref|NP_217553.1| hypothetical protein Rv3037c [Mycobacterium tuberculosis H37Rv] gi|15842601|ref|NP_337638.1| hypothetical protein MT3122 [Mycobacterium tuberculosis CDC1551] gi|148662890|ref|YP_001284413.1| hypothetical protein MRA_3069 [Mycobacterium tuberculosis H37Ra] 62 more sequence titles Length=358 Score = 698 bits (1801), Expect = 0.0, Method: Compositional matrix adjust. Identities = 357/358 (99%), Positives = 358/358 (100%), Gaps = 0/358 (0%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR Sbjct 1 MRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH Sbjct 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG Sbjct 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV Sbjct 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL Sbjct 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR Sbjct 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 >gi|254365667|ref|ZP_04981712.1| conserved hypothetical protein [Mycobacterium tuberculosis str. Haarlem] gi|134151180|gb|EBA43225.1| conserved hypothetical protein [Mycobacterium tuberculosis str. Haarlem] Length=358 Score = 697 bits (1798), Expect = 0.0, Method: Compositional matrix adjust. Identities = 356/358 (99%), Positives = 357/358 (99%), Gaps = 0/358 (0%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +RARFGDRAPWLVETTLLRRRA GKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR Sbjct 1 MRARFGDRAPWLVETTLLRRRAVGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH Sbjct 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG Sbjct 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV Sbjct 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL Sbjct 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR Sbjct 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 >gi|340628029|ref|YP_004746481.1| hypothetical protein MCAN_30621 [Mycobacterium canettii CIPT 140010059] gi|340006219|emb|CCC45393.1| conserved hypothetical protein [Mycobacterium canettii CIPT 140010059] Length=358 Score = 696 bits (1797), Expect = 0.0, Method: Compositional matrix adjust. Identities = 355/358 (99%), Positives = 357/358 (99%), Gaps = 0/358 (0%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR Sbjct 1 MRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH Sbjct 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG Sbjct 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV Sbjct 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAV+RAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL Sbjct 241 DPDGAVIRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIG GSLSHVTAYVCRPSR Sbjct 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGTGSLSHVTAYVCRPSR 358 >gi|31794215|ref|NP_856708.1| hypothetical protein Mb3063c [Mycobacterium bovis AF2122/97] gi|121638921|ref|YP_979145.1| hypothetical protein BCG_3061c [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224991413|ref|YP_002646102.1| hypothetical protein JTY_3056 [Mycobacterium bovis BCG str. Tokyo 172] gi|31619810|emb|CAD96750.1| CONSERVED HYPOTHETICAL PROTEIN [Mycobacterium bovis AF2122/97] gi|121494569|emb|CAL73050.1| Conserved hypothetical protein [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224774528|dbj|BAH27334.1| hypothetical protein JTY_3056 [Mycobacterium bovis BCG str. Tokyo 172] gi|341602960|emb|CCC65638.1| conserved hypothetical protein [Mycobacterium bovis BCG str. Moreau RDJ] Length=358 Score = 696 bits (1795), Expect = 0.0, Method: Compositional matrix adjust. Identities = 356/358 (99%), Positives = 357/358 (99%), Gaps = 0/358 (0%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +RARFG RAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR Sbjct 1 MRARFGARAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH Sbjct 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG Sbjct 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV Sbjct 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL Sbjct 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR Sbjct 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 >gi|289751709|ref|ZP_06511087.1| conserved hypothetical protein [Mycobacterium tuberculosis T92] gi|289692296|gb|EFD59725.1| conserved hypothetical protein [Mycobacterium tuberculosis T92] Length=358 Score = 695 bits (1794), Expect = 0.0, Method: Compositional matrix adjust. Identities = 356/358 (99%), Positives = 357/358 (99%), Gaps = 0/358 (0%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR Sbjct 1 MRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LA RVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH Sbjct 61 LAVRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG Sbjct 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV Sbjct 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL Sbjct 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR Sbjct 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 >gi|336459270|gb|EGO38215.1| hypothetical protein MAPs_05720 [Mycobacterium avium subsp. paratuberculosis S397] Length=391 Score = 514 bits (1324), Expect = 9e-144, Method: Compositional matrix adjust. Identities = 276/360 (77%), Positives = 302/360 (84%), Gaps = 9/360 (2%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 RARFG+R P LVET LLRRRA+ KLGEL GVS WLFTDEALQQATAAPVA HRA R Sbjct 39 TRARFGERTPLLVETVLLRRRASEKLGEL----GVSDWLFTDEALQQATAAPVAVHRAGR 94 Query 61 LAG--RVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADV 118 LAG VVHD TCSIGTELAALR V AVGSDIDPVRLAMARHN+ G A LCRAD Sbjct 95 LAGPGLVVHDVTCSIGTELAALRARGVTAVGSDIDPVRLAMARHNI---GSAAWLCRADA 151 Query 119 LHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGR 178 LHPVTRDAV+++DPARR +GRRR + DYQP L PLLD YRGRD VVKCAPGIDFE+V R Sbjct 152 LHPVTRDAVLMVDPARRVDGRRRLRIDDYQPALSPLLDSYRGRDFVVKCAPGIDFEQVRR 211 Query 179 LGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKW 238 LGF GEIEV SYRG VREACLWSAGLA +G+RRRA++LD GEQI D +PDDC VRP G+W Sbjct 212 LGFAGEIEVTSYRGSVREACLWSAGLAAAGVRRRATVLDRGEQITDADPDDCPVRPVGRW 271 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 IVDPDGAVVRAGLVR+YGARHGLWQLDP IAYLSGDRLP +RG VLEQLAFDERRLRQ Sbjct 272 IVDPDGAVVRAGLVRHYGARHGLWQLDPDIAYLSGDRLPATVRGLGVLEQLAFDERRLRQ 331 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 L+A DCGA E+LVRGV +DPDALR+R+RLRGSRPL+VVITRIGA + VTA+VC+PSR Sbjct 332 ALTASDCGALEVLVRGVRVDPDALRKRMRLRGSRPLSVVITRIGARNSGQVTAFVCQPSR 391 >gi|41409183|ref|NP_962019.1| hypothetical protein MAP3085c [Mycobacterium avium subsp. paratuberculosis K-10] gi|41398003|gb|AAS05633.1| hypothetical protein MAP_3085c [Mycobacterium avium subsp. paratuberculosis K-10] Length=365 Score = 513 bits (1321), Expect = 2e-143, Method: Compositional matrix adjust. Identities = 276/360 (77%), Positives = 302/360 (84%), Gaps = 9/360 (2%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 RARFG+R P LVET LLRRRA+ KLGEL GVS WLFTDEALQQATAAPVA HRA R Sbjct 13 TRARFGERTPLLVETVLLRRRASEKLGEL----GVSDWLFTDEALQQATAAPVAVHRAGR 68 Query 61 LAG--RVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADV 118 LAG VVHD TCSIGTELAALR V AVGSDIDPVRLAMARHN+ G A LCRAD Sbjct 69 LAGPGLVVHDVTCSIGTELAALRARGVTAVGSDIDPVRLAMARHNI---GSAAWLCRADA 125 Query 119 LHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGR 178 LHPVTRDAV+++DPARR +GRRR + DYQP L PLLD YRGRD VVKCAPGIDFE+V R Sbjct 126 LHPVTRDAVLMVDPARRVDGRRRLRIDDYQPALSPLLDSYRGRDFVVKCAPGIDFEQVRR 185 Query 179 LGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKW 238 LGF GEIEV SYRG VREACLWSAGLA +G+RRRA++LD GEQI D +PDDC VRP G+W Sbjct 186 LGFAGEIEVTSYRGSVREACLWSAGLAAAGVRRRATVLDRGEQITDADPDDCPVRPVGRW 245 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 IVDPDGAVVRAGLVR+YGARHGLWQLDP IAYLSGDRLP +RG VLEQLAFDERRLRQ Sbjct 246 IVDPDGAVVRAGLVRHYGARHGLWQLDPDIAYLSGDRLPATVRGLGVLEQLAFDERRLRQ 305 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 L+A DCGA E+LVRGV +DPDALR+R+RLRGSRPL+VVITRIGA + VTA+VC+PSR Sbjct 306 ALTASDCGALEVLVRGVRVDPDALRKRMRLRGSRPLSVVITRIGARNSGQVTAFVCQPSR 365 >gi|240169564|ref|ZP_04748223.1| hypothetical protein MkanA1_09642 [Mycobacterium kansasii ATCC 12478] Length=415 Score = 511 bits (1317), Expect = 5e-143, Method: Compositional matrix adjust. Identities = 283/358 (80%), Positives = 306/358 (86%), Gaps = 6/358 (1%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 VRARFG +AP LVETTLLRRRA KL +L VS WLFTDEALQQAT A VA HRARR Sbjct 64 VRARFGSQAPILVETTLLRRRATDKLADLG---DVSNWLFTDEALQQATVAAVALHRARR 120 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGRVVHDATCS+GTELAALR + RAVGSDID VRLAMARHNL G +ADLCRAD LH Sbjct 121 LAGRVVHDATCSVGTELAALRRTSARAVGSDIDSVRLAMARHNL---GPDADLCRADALH 177 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRDAVVV+DPARR GRRR ADYQP LGPLL YRGR++VVKCAPGIDFE+V RLG Sbjct 178 PVTRDAVVVVDPARRRGGRRRLRPADYQPPLGPLLTTYRGRELVVKCAPGIDFEQVSRLG 237 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 FEGE+EV +YRG VREACLWSAGLA G+RRRASILDSGEQI D PDDCGVR AG+WI+ Sbjct 238 FEGEVEVTAYRGSVREACLWSAGLAEPGVRRRASILDSGEQITDTGPDDCGVRRAGRWII 297 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAVVRAGLVR+YGARHGLWQLDP+IAYLSGDRLP +RGFEVLEQLAFDERRLRQ L Sbjct 298 DPDGAVVRAGLVRHYGARHGLWQLDPEIAYLSGDRLPAGVRGFEVLEQLAFDERRLRQAL 357 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 +ALDCGA EILVRGV +DPDALRRRLRLRGSRPL+VVI RIG+ + TA+VC PSR Sbjct 358 TALDCGALEILVRGVQVDPDALRRRLRLRGSRPLSVVIARIGSAAAGRGTAFVCCPSR 415 >gi|118463765|ref|YP_883064.1| SAM-dependent methyltransferase [Mycobacterium avium 104] gi|118165052|gb|ABK65949.1| SAM-dependent methyltransferase [Mycobacterium avium 104] Length=391 Score = 509 bits (1312), Expect = 2e-142, Method: Compositional matrix adjust. Identities = 273/356 (77%), Positives = 298/356 (84%), Gaps = 9/356 (2%) Query 5 FGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGR 64 FG+R P LVET LLRRRA+ KLGEL GVS WLFTDEALQQATAAPVA HRA RLAG Sbjct 43 FGERTPLLVETVLLRRRASEKLGEL----GVSDWLFTDEALQQATAAPVAVHRAGRLAGP 98 Query 65 --VVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPV 122 VVHD TCSIGTELAALR V AVGSDIDPVRLAMARHN+ G A LCRAD LHPV Sbjct 99 GVVVHDVTCSIGTELAALRARGVTAVGSDIDPVRLAMARHNI---GSAAWLCRADALHPV 155 Query 123 TRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFE 182 TRDAV+++DPARR +GRRR + DYQPGL PLLD YRGRD VVKCAPGIDFE+V RLGF Sbjct 156 TRDAVLIVDPARRVDGRRRLRIDDYQPGLSPLLDSYRGRDFVVKCAPGIDFEQVRRLGFA 215 Query 183 GEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVDP 242 GEIEV SYRG VREACLWSAGL SG+RRRA++LD GEQI D +PDDC VRP G+WIVDP Sbjct 216 GEIEVTSYRGSVREACLWSAGLTQSGVRRRATVLDRGEQITDTDPDDCPVRPVGRWIVDP 275 Query 243 DGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSA 302 DGAVVRAGLVR+YGARH LWQLDP IAYLSGDRLP +RG VLEQLAFDERRLRQ L+A Sbjct 276 DGAVVRAGLVRHYGARHELWQLDPDIAYLSGDRLPATVRGLRVLEQLAFDERRLRQALTA 335 Query 303 LDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 DCGA E+LVRGV +DPDALR+R+RLRGSRPL+VVITRIGA + VTA+VC+PSR Sbjct 336 SDCGALEVLVRGVRVDPDALRKRMRLRGSRPLSVVITRIGARTSGQVTAFVCQPSR 391 >gi|254776323|ref|ZP_05217839.1| SAM-dependent methyltransferase [Mycobacterium avium subsp. avium ATCC 25291] Length=391 Score = 509 bits (1310), Expect = 4e-142, Method: Compositional matrix adjust. Identities = 273/356 (77%), Positives = 298/356 (84%), Gaps = 9/356 (2%) Query 5 FGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGR 64 FG+R P LVET LLRRRA+ KLGEL GVS WLFTDEALQQATAAPVA HRA RLAG Sbjct 43 FGERTPLLVETVLLRRRASEKLGEL----GVSDWLFTDEALQQATAAPVAVHRAGRLAGP 98 Query 65 --VVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPV 122 VVHD TCSIGTELAALR V AVGSDIDPVRLAMARHN+ G A LCRAD LHPV Sbjct 99 GVVVHDVTCSIGTELAALRARGVTAVGSDIDPVRLAMARHNI---GSAAWLCRADALHPV 155 Query 123 TRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFE 182 TRDAV+++DPARR +GRRR + DYQPGL PLLD YRGRD VVKCAPGIDFE+V RLGF Sbjct 156 TRDAVLIVDPARRVDGRRRLRIDDYQPGLSPLLDSYRGRDFVVKCAPGIDFEQVRRLGFA 215 Query 183 GEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVDP 242 GEIEV SYRG VREACLWSAGL SG+RRRA++LD GEQI D +PDDC VRP G+WIVDP Sbjct 216 GEIEVTSYRGSVREACLWSAGLTQSGVRRRATVLDRGEQITDTDPDDCPVRPVGRWIVDP 275 Query 243 DGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSA 302 DGAVVRAGLVR+YGARH LWQLDP IAYLSGDRLP +RG VLEQLAFDERRLRQ L+A Sbjct 276 DGAVVRAGLVRHYGARHELWQLDPDIAYLSGDRLPATVRGLRVLEQLAFDERRLRQALTA 335 Query 303 LDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 DCGA E+LVRGV +DPDALR+R+RLRGSRPL+VVITRIGA + VTA+VC+PSR Sbjct 336 SDCGALEVLVRGVRVDPDALRKRMRLRGSRPLSVVITRIGARTSGQVTAFVCQPSR 391 >gi|183981678|ref|YP_001849969.1| hypothetical protein MMAR_1664 [Mycobacterium marinum M] gi|183175004|gb|ACC40114.1| conserved hypothetical protein [Mycobacterium marinum M] Length=345 Score = 500 bits (1288), Expect = 1e-139, Method: Compositional matrix adjust. Identities = 268/347 (78%), Positives = 288/347 (83%), Gaps = 3/347 (0%) Query 12 LVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGRVVHDATC 71 L+ETTLLRRRA KLG LCP+ VS WLFTD ALQQAT A VA HRARRLA VHDATC Sbjct 2 LIETTLLRRRAVAKLGGLCPSTPVSDWLFTDTALQQATVAAVALHRARRLADLTVHDATC 61 Query 72 SIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPVTRDAVVVID 131 SIGTELAAL A +GSDIDPVRLAMARHNL G LCRAD L PVTRD VV++D Sbjct 62 SIGTELAALCRSAATVIGSDIDPVRLAMARHNL---GGAVGLCRADALRPVTRDTVVLVD 118 Query 132 PARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEIEVISYR 191 PARRS GRRRF ADYQPGLGP+LD YR R +VVKCAPGIDF++V RLGF+GEIEV SY+ Sbjct 119 PARRSKGRRRFSPADYQPGLGPVLDVYRDRPLVVKCAPGIDFDQVSRLGFDGEIEVTSYQ 178 Query 192 GGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVDPDGAVVRAGL 251 G VREACLWS GLA +G+RRRASILDSGEQI D EPDDC VRPAG+WI+DPDGAVVRAGL Sbjct 179 GSVREACLWSRGLAAAGVRRRASILDSGEQITDSEPDDCDVRPAGRWIIDPDGAVVRAGL 238 Query 252 VRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSALDCGAAEIL 311 VR+YGARH LWQLDP IAYLSGD LP +RGFEVLE L FDERRLRQ L+ALDCGA EIL Sbjct 239 VRHYGARHRLWQLDPNIAYLSGDTLPEGIRGFEVLEALPFDERRLRQALNALDCGALEIL 298 Query 312 VRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 VRGV +DPDALRRRLR RG R L+VVITRIG GS SHVTAYVC PSR Sbjct 299 VRGVQVDPDALRRRLRPRGGRALSVVITRIGTGSASHVTAYVCCPSR 345 >gi|118617500|ref|YP_905832.1| hypothetical protein MUL_1901 [Mycobacterium ulcerans Agy99] gi|118569610|gb|ABL04361.1| conserved hypothetical protein [Mycobacterium ulcerans Agy99] Length=345 Score = 499 bits (1286), Expect = 2e-139, Method: Compositional matrix adjust. Identities = 267/347 (77%), Positives = 288/347 (83%), Gaps = 3/347 (0%) Query 12 LVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGRVVHDATC 71 L+ETTLLRR+A KLG LCP+ VS WLFTD ALQQAT A VA HRARRLA VHDATC Sbjct 2 LIETTLLRRQAVAKLGGLCPSTPVSDWLFTDTALQQATVAAVALHRARRLADLTVHDATC 61 Query 72 SIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPVTRDAVVVID 131 SIGTELAAL A +GSDIDPVRLAMARHNL G LCRAD L PVTRD VV++D Sbjct 62 SIGTELAALCRSAATVIGSDIDPVRLAMARHNL---GGAVGLCRADALRPVTRDTVVLVD 118 Query 132 PARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEIEVISYR 191 PARRS GRRRF ADYQPGLGP+LD YR R +VVKCAPGIDF++V RLGF+GEIEV SY+ Sbjct 119 PARRSKGRRRFSPADYQPGLGPVLDVYRDRPLVVKCAPGIDFDQVSRLGFDGEIEVTSYQ 178 Query 192 GGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVDPDGAVVRAGL 251 G VREACLWS GLA +G+RRRASILDSGEQI D EPDDC VRPAG+WI+DPDGAVVRAGL Sbjct 179 GSVREACLWSRGLAAAGVRRRASILDSGEQITDSEPDDCDVRPAGRWIIDPDGAVVRAGL 238 Query 252 VRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSALDCGAAEIL 311 VR+YGARH LWQLDP IAYLSGD LP +RGFEVLE L FDERRLRQ L+ALDCGA EIL Sbjct 239 VRHYGARHRLWQLDPNIAYLSGDTLPEGIRGFEVLEALPFDERRLRQALNALDCGALEIL 298 Query 312 VRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 VRGV +DPDALRRRLR RG R L+VVITRIG GS SHVTAYVC PSR Sbjct 299 VRGVQVDPDALRRRLRPRGGRALSVVITRIGTGSASHVTAYVCCPSR 345 >gi|296171169|ref|ZP_06852617.1| SAM-dependent methyltransferase [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295894305|gb|EFG74060.1| SAM-dependent methyltransferase [Mycobacterium parascrofulaceum ATCC BAA-614] Length=374 Score = 488 bits (1255), Expect = 9e-136, Method: Compositional matrix adjust. Identities = 277/359 (78%), Positives = 302/359 (85%), Gaps = 5/359 (1%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 RARFGDRA LVETTLLRRRAA KLG L + VS WLFTDEALQQATAAPVA HRA RL Sbjct 19 RARFGDRAAVLVETTLLRRRAAEKLGGLGAEIPVSDWLFTDEALQQATAAPVAVHRAGRL 78 Query 62 A--GRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVL 119 A G VVHDATCSIGTELAALR VRAVGSD+D VRLAMARHNL G A LCRAD L Sbjct 79 AEAGVVVHDATCSIGTELAALRGRGVRAVGSDLDAVRLAMARHNL---GEAAALCRADAL 135 Query 120 HPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRL 179 PVTR A V++DPARR GRRRF L DY+P LG +LD YRGRD+VVKC+PGIDF E+GRL Sbjct 136 APVTRGAAVLVDPARRGGGRRRFRLDDYRPALGAVLDAYRGRDIVVKCSPGIDFAELGRL 195 Query 180 GFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWI 239 GF GEIEV S+RG VREACLWSAGLA +RRRAS+LD GEQI D +PDDC VRPAG+WI Sbjct 196 GFAGEIEVTSHRGSVREACLWSAGLAQPDVRRRASVLDRGEQITDADPDDCPVRPAGRWI 255 Query 240 VDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQV 299 VDPDGAVVRAGLVR+YGARHGLWQLDP IAYLSGD LPPA+RGFEVLEQLAFDERRLRQ Sbjct 256 VDPDGAVVRAGLVRHYGARHGLWQLDPDIAYLSGDALPPAVRGFEVLEQLAFDERRLRQA 315 Query 300 LSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 LSALDCG+ E+LVRGV +DPDALRRR+R RG RPL+VVITRIG+ + + TA+VCRPSR Sbjct 316 LSALDCGSLEVLVRGVRVDPDALRRRMRPRGGRPLSVVITRIGSRAAARATAFVCRPSR 374 >gi|342858119|ref|ZP_08714774.1| SAM-dependent methyltransferase [Mycobacterium colombiense CECT 3035] gi|342133823|gb|EGT87003.1| SAM-dependent methyltransferase [Mycobacterium colombiense CECT 3035] Length=419 Score = 487 bits (1253), Expect = 2e-135, Method: Compositional matrix adjust. Identities = 269/361 (75%), Positives = 293/361 (82%), Gaps = 11/361 (3%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 RA FGDRA LVET LLRRRA KLG L GVS WLFTDEALQQATAAPVA HRA RL Sbjct 66 RAHFGDRAAVLVETVLLRRRALEKLGAL----GVSGWLFTDEALQQATAAPVALHRAERL 121 Query 62 AGR----VVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRAD 117 AG VVHDATCSIGTELAAL + AVGSDIDPVRLAMARHN+ G A +CRAD Sbjct 122 AGDGGVVVVHDATCSIGTELAALSARGIAAVGSDIDPVRLAMARHNV---GEAAWICRAD 178 Query 118 VLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVG 177 L PVTRDAV+V+DPARR GRRR + DY+PGLG LLD YRGR VVKCAPGIDF+EV Sbjct 179 ALRPVTRDAVLVVDPARRVEGRRRLRVDDYRPGLGALLDAYRGRQFVVKCAPGIDFDEVR 238 Query 178 RLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGK 237 RLGF+GEIEV SYRG VREACLWSAGLA G+ RRA++LD GEQ+ D +PDDC VRPAG+ Sbjct 239 RLGFDGEIEVTSYRGSVREACLWSAGLARPGVGRRANLLDRGEQLTDTDPDDCPVRPAGR 298 Query 238 WIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLR 297 WIVDPDGAVVRAGLVR+YGARHGLWQLDP IAYLSGDRLP A RGFEVLEQL FDERRLR Sbjct 299 WIVDPDGAVVRAGLVRHYGARHGLWQLDPDIAYLSGDRLPAADRGFEVLEQLVFDERRLR 358 Query 298 QVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPS 357 Q LSAL CG+ E+LVRGV +DPDALR+R+RLRGSR L+VVI RIGA A+VC+PS Sbjct 359 QALSALGCGSLEVLVRGVRVDPDALRKRMRLRGSRSLSVVIARIGARGAGRAMAFVCQPS 418 Query 358 R 358 R Sbjct 419 R 419 >gi|145224847|ref|YP_001135525.1| hypothetical protein Mflv_4268 [Mycobacterium gilvum PYR-GCK] gi|145217333|gb|ABP46737.1| conserved hypothetical protein [Mycobacterium gilvum PYR-GCK] Length=372 Score = 460 bits (1183), Expect = 2e-127, Method: Compositional matrix adjust. Identities = 240/357 (68%), Positives = 274/357 (77%), Gaps = 6/357 (1%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R RFGDR LVET LRR+AA K V +WLFTD+ALQQATAAPVA HRARRL Sbjct 22 RKRFGDRTAVLVETVKLRRKAAVKF------VDAGEWLFTDDALQQATAAPVAAHRARRL 75 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 AG +VHDATCS+GTELAALR A +GSDIDPVR+AMA HNL G LCRAD L P Sbjct 76 AGAIVHDATCSVGTELAALRNSAALVLGSDIDPVRVAMASHNLGLRGPGVALCRADALRP 135 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 V+ AVV++DPARRS RRRF Y P L LLD R RD VVKCAPGIDF VG LGF Sbjct 136 VSEGAVVLVDPARRSGSRRRFDPRAYLPPLDTLLDVLRERDYVVKCAPGIDFAVVGELGF 195 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVD 241 GEIE++S G VREACLWS+G A G+RRRA++LD+GEQ+ D +P C V PAG+WIVD Sbjct 196 RGEIELVSLGGSVREACLWSSGFAADGVRRRATMLDTGEQVTDTDPGQCPVAPAGRWIVD 255 Query 242 PDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLS 301 PDGAVVRAGLVR+Y ARHGLWQLDP IAYLSGDRLP +RGFEVL+Q+AF ER LRQ LS Sbjct 256 PDGAVVRAGLVRHYAARHGLWQLDPDIAYLSGDRLPDGVRGFEVLDQVAFSERHLRQALS 315 Query 302 ALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 ALD GA EILVRG+ +DPDALR RLR RG+ ++VV+TRIG+G+ S TA++CRPSR Sbjct 316 ALDAGALEILVRGLDVDPDALRARLRPRGAAQISVVVTRIGSGAASRATAFLCRPSR 372 >gi|315445178|ref|YP_004078057.1| hypothetical protein Mspyr1_36140 [Mycobacterium sp. Spyr1] gi|315263481|gb|ADU00223.1| hypothetical protein Mspyr1_36140 [Mycobacterium sp. Spyr1] Length=372 Score = 459 bits (1181), Expect = 3e-127, Method: Compositional matrix adjust. Identities = 241/357 (68%), Positives = 274/357 (77%), Gaps = 6/357 (1%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R RFGDR LVET LRR+AA K V +WLFTD+ALQQATAAPVA HRARRL Sbjct 22 RRRFGDRTAVLVETVKLRRKAAVKF------VDAGEWLFTDDALQQATAAPVAAHRARRL 75 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 AG VVHDATCS+GTELAALR A +GSDIDPVR+AMA HNL G LCRAD L P Sbjct 76 AGAVVHDATCSVGTELAALRNSAALVLGSDIDPVRVAMASHNLGLRGPGVALCRADALRP 135 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 V+ AVV++DPARRS RRRF Y P L LLD R RD VVKCAPGIDF VG LGF Sbjct 136 VSEGAVVLVDPARRSGSRRRFDPRAYLPPLDTLLDVLRERDYVVKCAPGIDFAVVGELGF 195 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVD 241 GEIE++S G VREACLWS+G A G+RRRA++LD+GEQ+ D +P +C V PAG+WIVD Sbjct 196 HGEIELVSLGGSVREACLWSSGFAADGVRRRATMLDTGEQVTDTDPGECPVAPAGRWIVD 255 Query 242 PDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLS 301 PDGAVVRAGLVR+Y ARHGLWQLDP IAYLSGDRLP +RGFEVL+Q+AF ER LRQ LS Sbjct 256 PDGAVVRAGLVRHYAARHGLWQLDPDIAYLSGDRLPDGVRGFEVLDQVAFSERHLRQALS 315 Query 302 ALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 ALD GA EILVRG+ +DPDALR RLR RG ++VV+TRIG+G+ S TA++CRPSR Sbjct 316 ALDAGALEILVRGLDVDPDALRARLRPRGVAQISVVVTRIGSGAASRATAFLCRPSR 372 >gi|108798828|ref|YP_639025.1| hypothetical protein Mmcs_1860 [Mycobacterium sp. MCS] gi|119867945|ref|YP_937897.1| hypothetical protein Mkms_1907 [Mycobacterium sp. KMS] gi|108769247|gb|ABG07969.1| conserved hypothetical protein [Mycobacterium sp. MCS] gi|119694034|gb|ABL91107.1| conserved hypothetical protein [Mycobacterium sp. KMS] Length=412 Score = 443 bits (1140), Expect = 2e-122, Method: Compositional matrix adjust. Identities = 232/356 (66%), Positives = 274/356 (77%), Gaps = 6/356 (1%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R RF +RA LVET LRR+AA KL G + WLFTDEALQQATA VA HRA RL Sbjct 62 RTRFAERAGILVETVRLRRKAADKLP------GTADWLFTDEALQQATAGVVASHRAGRL 115 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 G VHDATCSIGTELAAL + A VGSD+DPVRLAMAR+NL G L RAD L P Sbjct 116 TGARVHDATCSIGTELAALADRAGYVVGSDLDPVRLAMARNNLDTGGRAVPLLRADALRP 175 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 VTRD VV++DPARR GRR F +Y P L LD Y GRD+VVKCAPG+DF + RLGF Sbjct 176 VTRDTVVLLDPARRRGGRRTFDPREYTPPLDVALDVYAGRDLVVKCAPGVDFGALRRLGF 235 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVD 241 GEIE+ S+ G VREACLWSAGL +G+ RRAS+LD GE++ D EPD+C V PAG+WIVD Sbjct 236 TGEIEITSHAGSVREACLWSAGLTPAGVTRRASVLDRGEELTDAEPDECPVAPAGRWIVD 295 Query 242 PDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLS 301 PDGA+VRAGLVR+Y ARHGLWQLDP+IAYLSGDRLP +RGFEVL+Q+A+ E+RLRQ L+ Sbjct 296 PDGAIVRAGLVRHYAARHGLWQLDPEIAYLSGDRLPDGVRGFEVLDQVAYQEKRLRQALA 355 Query 302 ALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPS 357 A D G+ EILVRGV +DPDALRRRL+ RG+ ++VV+TR+G+G+ S TA++CRPS Sbjct 356 AHDAGSVEILVRGVDVDPDALRRRLKPRGAAAVSVVVTRLGSGTASRATAFICRPS 411 >gi|126434429|ref|YP_001070120.1| hypothetical protein Mjls_1841 [Mycobacterium sp. JLS] gi|126234229|gb|ABN97629.1| conserved hypothetical protein [Mycobacterium sp. JLS] Length=369 Score = 443 bits (1140), Expect = 2e-122, Method: Compositional matrix adjust. Identities = 232/356 (66%), Positives = 274/356 (77%), Gaps = 6/356 (1%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R RF +RA LVET LRR+AA KL G + WLFTDEALQQATA VA HRA RL Sbjct 19 RTRFAERAGILVETVRLRRKAADKLP------GTADWLFTDEALQQATAGVVASHRAGRL 72 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 G VHDATCSIGTELAAL + A VGSD+DPVRLAMAR+NL G L RAD L P Sbjct 73 TGARVHDATCSIGTELAALADRAGYVVGSDLDPVRLAMARNNLDTGGRAVPLLRADALRP 132 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 VTRD VV++DPARR GRR F +Y P L LD Y GRD+VVKCAPG+DF + RLGF Sbjct 133 VTRDTVVLLDPARRRGGRRTFDPREYTPPLDVALDVYAGRDLVVKCAPGVDFGALRRLGF 192 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVD 241 GEIE+ S+ G VREACLWSAGL +G+ RRAS+LD GE++ D EPD+C V PAG+WIVD Sbjct 193 TGEIEITSHAGSVREACLWSAGLTPAGVTRRASVLDRGEELTDAEPDECPVAPAGRWIVD 252 Query 242 PDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLS 301 PDGA+VRAGLVR+Y ARHGLWQLDP+IAYLSGDRLP +RGFEVL+Q+A+ E+RLRQ L+ Sbjct 253 PDGAIVRAGLVRHYAARHGLWQLDPEIAYLSGDRLPDGVRGFEVLDQVAYQEKRLRQALA 312 Query 302 ALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPS 357 A D G+ EILVRGV +DPDALRRRL+ RG+ ++VV+TR+G+G+ S TA++CRPS Sbjct 313 AHDAGSVEILVRGVDVDPDALRRRLKPRGAAAVSVVVTRLGSGTASRATAFICRPS 368 >gi|120403083|ref|YP_952912.1| hypothetical protein Mvan_2091 [Mycobacterium vanbaalenii PYR-1] gi|119955901|gb|ABM12906.1| conserved hypothetical protein [Mycobacterium vanbaalenii PYR-1] Length=381 Score = 434 bits (1116), Expect = 1e-119, Method: Compositional matrix adjust. Identities = 239/357 (67%), Positives = 270/357 (76%), Gaps = 9/357 (2%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R FGDR LVET LRR+A+ K + S WLFTD+ALQQATAAPVA HRARRL Sbjct 34 RTLFGDRTGVLVETVKLRRKASAKFAD------ASGWLFTDDALQQATAAPVAEHRARRL 87 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 AG VHDATCSIG ELAALR A +GSDIDPVRLAMARHNL G LCRAD L P Sbjct 88 AGATVHDATCSIGAELAALRNWAGFLLGSDIDPVRLAMARHNL---GGSVPLCRADALRP 144 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 +T DAVVV+DPARR+ RRRF Y P L LL+ R R VVKCAPGIDF + +LGF Sbjct 145 ITVDAVVVVDPARRTGSRRRFDPRSYLPPLDDLLEVLRDRHHVVKCAPGIDFAVLEQLGF 204 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVD 241 +GEIEV S G VREACLWS GL+ G+RRRA++LD+GEQ+ D E D C V PAG+WI+D Sbjct 205 DGEIEVTSLSGSVREACLWSRGLSDGGVRRRATLLDTGEQLTDTEADGCAVAPAGRWIID 264 Query 242 PDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLS 301 PDGAVVR+GLVR+Y ARHGLWQLDP IAYLSGDRLPP +RGFEV+EQLAF ER+LRQ LS Sbjct 265 PDGAVVRSGLVRHYAARHGLWQLDPDIAYLSGDRLPPGVRGFEVMEQLAFGERQLRQALS 324 Query 302 ALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 A D GA EILVRGV +DPD LR RLRLRGS + VVI R+G+G S TA++CRPSR Sbjct 325 ARDAGAVEILVRGVDVDPDVLRSRLRLRGSAQVTVVIARLGSGVASRATAFICRPSR 381 >gi|118468767|ref|YP_886676.1| SAM-dependent methyltransferase [Mycobacterium smegmatis str. MC2 155] gi|118471606|ref|YP_885447.1| SAM-dependent methyltransferase [Mycobacterium smegmatis str. MC2 155] gi|118170054|gb|ABK70950.1| SAM-dependent methyltransferase [Mycobacterium smegmatis str. MC2 155] gi|118172893|gb|ABK73789.1| SAM-dependent methyltransferase [Mycobacterium smegmatis str. MC2 155] Length=387 Score = 424 bits (1090), Expect = 1e-116, Method: Compositional matrix adjust. Identities = 244/358 (69%), Positives = 276/358 (78%), Gaps = 10/358 (2%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +RA FGDRA L ET LRRRAA K + S WLFTDEALQQATAAPVA HRA R Sbjct 40 LRAAFGDRAAVLAETVQLRRRAAAKFAD------PSDWLFTDEALQQATAAPVAAHRAAR 93 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAG VHDATCSIG EL ALR+ A VGSD+DPVR+AMA N+ + ++CRAD L Sbjct 94 LAGATVHDATCSIGGELVALRDSADHVVGSDLDPVRVAMAAGNVP----DVEVCRADALR 149 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 P+TRDAVV++DPARR+ GRRRF Y P L + D YR RD+VVKCAPGIDF E+ R+G Sbjct 150 PITRDAVVILDPARRAGGRRRFDPRAYTPALDAVFDVYRDRDMVVKCAPGIDFAEIERMG 209 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIV 240 F GEIEV S GGVREACLWS LAG+G+RRRA++LD GEQI D EPDDC V PAG+WIV Sbjct 210 FTGEIEVTSVGGGVREACLWSPALAGAGVRRRATVLDRGEQITDTEPDDCAVAPAGRWIV 269 Query 241 DPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVL 300 DPDGAVVRAGLVR+Y ARHGLWQLDP IAYLSGDRLP +RGFEVLE+L + ERRLR L Sbjct 270 DPDGAVVRAGLVRHYAARHGLWQLDPDIAYLSGDRLPDGVRGFEVLEELGYHERRLRAAL 329 Query 301 SALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 +A GA EILVRGV +DPD LR RLRLRGS+ L VVITR+G+GS S TAY+CRPSR Sbjct 330 AARSAGAVEILVRGVNVDPDVLRTRLRLRGSKQLTVVITRLGSGSASRATAYICRPSR 387 >gi|325675854|ref|ZP_08155538.1| SAM-dependent methyltransferase [Rhodococcus equi ATCC 33707] gi|325553825|gb|EGD23503.1| SAM-dependent methyltransferase [Rhodococcus equi ATCC 33707] Length=385 Score = 391 bits (1004), Expect = 1e-106, Method: Compositional matrix adjust. Identities = 217/353 (62%), Positives = 256/353 (73%), Gaps = 16/353 (4%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 RARFGDRA L+ET LLRR+A KL G WLFTD+ALQQAT VARHR RL Sbjct 43 RARFGDRAGLLIETVLLRRKAETKLS------GADSWLFTDDALQQATPLAVARHRGERL 96 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 AGR VHD TCSIG EL+AL +A VGSD+DPVRLAMA HN+ A L RAD L P Sbjct 97 AGRRVHDVTCSIGAELSALVPVADTVVGSDLDPVRLAMAAHNVPG----ATLVRADALRP 152 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 TRD VV+ DPARRS GRR A P L LLD Y GRD+ VKCAPG+DF+ RL + Sbjct 153 CTRDTVVIADPARRSGGRRTHDPAALMPPLPDLLDVYAGRDLAVKCAPGLDFD---RLEW 209 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASIL---DSGEQIGDDEPDDCGVRPAGKW 238 +GE+EV+S GGVREACLWS GLAG+G+RRRA++L S ++ D E DD R G+W Sbjct 210 DGEVEVVSLDGGVREACLWSPGLAGAGVRRRATVLRSDGSSWEVTDAESDDIPEREPGEW 269 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 IVDPDGAVVRAGLVR+YGARHGLWQLDP+IAYL+GD +P +RGF VL +L + E+ LRQ Sbjct 270 IVDPDGAVVRAGLVRHYGARHGLWQLDPRIAYLTGDSVPDGVRGFRVLARLKYTEKALRQ 329 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTA 351 L+A DCG+AEILVRG+ IDP LR RL+LRG+ PL+VV+TRIG ++ V A Sbjct 330 ELAARDCGSAEILVRGLDIDPAVLRPRLKLRGTTPLSVVLTRIGRTPVAFVCA 382 >gi|312140526|ref|YP_004007862.1| hypothetical protein REQ_31810 [Rhodococcus equi 103S] gi|311889865|emb|CBH49182.1| conserved hypothetical protein [Rhodococcus equi 103S] Length=385 Score = 388 bits (996), Expect = 1e-105, Method: Compositional matrix adjust. Identities = 216/353 (62%), Positives = 254/353 (72%), Gaps = 16/353 (4%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 RARFGDRA L+ET LLRR+A KL G WLFTD+ALQQAT VARHR RL Sbjct 43 RARFGDRAGLLIETVLLRRKAETKLS------GADSWLFTDDALQQATPLAVARHRGERL 96 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 AGR VHD TCSIG EL+AL +A VGSD+DPVRLAMA HN+ A L RAD L P Sbjct 97 AGRRVHDVTCSIGAELSALVPVADTVVGSDLDPVRLAMAAHNVPG----ATLVRADALRP 152 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 TRD VV+ DPARRS GRR A P L LLD Y GRD+ VKCAPG+DF+ RL + Sbjct 153 CTRDTVVIADPARRSGGRRTHDPAALMPPLPDLLDVYAGRDLAVKCAPGLDFD---RLEW 209 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASIL---DSGEQIGDDEPDDCGVRPAGKW 238 +GE+EV+S GGVREACLWS GLAG+G RRRA++L S ++ D E DD R G+W Sbjct 210 DGEVEVVSLDGGVREACLWSPGLAGAGARRRATVLRSDGSSWEVTDAESDDIPEREPGEW 269 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 IVDPDGAVVRAGLVR+Y ARHGLWQLDP+IAYL+GD +P +RGF VL +L + E+ LRQ Sbjct 270 IVDPDGAVVRAGLVRHYAARHGLWQLDPRIAYLTGDSVPDGVRGFRVLARLKYTEKALRQ 329 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTA 351 L+A DCG+AEILVRG+ IDP LR RL+LRG+ PL+VV+TRIG ++ V A Sbjct 330 ELAARDCGSAEILVRGLDIDPAVLRPRLKLRGTTPLSVVLTRIGRTPVAFVCA 382 >gi|229493414|ref|ZP_04387203.1| SAM-dependent methyltransferase [Rhodococcus erythropolis SK121] gi|229319730|gb|EEN85562.1| SAM-dependent methyltransferase [Rhodococcus erythropolis SK121] Length=385 Score = 381 bits (979), Expect = 7e-104, Method: Compositional matrix adjust. Identities = 209/360 (59%), Positives = 255/360 (71%), Gaps = 20/360 (5%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R RFGD P LV+T LLRR+AA KL G QWLFTD+A+QQAT VA HRA+RL Sbjct 43 RTRFGDHMPALVDTVLLRRKAAAKLP------GSEQWLFTDDAMQQATPGVVAAHRAQRL 96 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 GR VHD TCSIG EL AL +A R +GSDID VRLAMA+ N+ + A L RAD L P Sbjct 97 IGRDVHDVTCSIGAELHALTGVAHRVIGSDIDSVRLAMAQRNVPS----AALLRADALRP 152 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 TR+ VV+ DPARRS GRR A P L L++ Y GRD+ VKCAPG+DF+ +LG+ Sbjct 153 TTRETVVLADPARRSGGRRTHDPAALMPPLPDLIEAYSGRDLAVKCAPGLDFD---KLGW 209 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASIL---DSGEQIGDDEPDDCGVRPAGKW 238 +GE+EV+S GGV+EACLWS GLA SG+ RRAS+L SG I D E D + G+W Sbjct 210 DGEVEVVSLDGGVKEACLWSTGLAESGVTRRASVLRSDGSGWAITDAEDDVIPEQAPGEW 269 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 I+DPDGAVVRAGLVR+Y ARHGLWQLDP+IAYL+GD +P +RGF +LEQ+ + E+ L+Q Sbjct 270 IIDPDGAVVRAGLVRHYAARHGLWQLDPRIAYLTGDSVPEGVRGFRILEQIKYSEKLLKQ 329 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 LS DCG AEILVRGV +DP LR RL+L+GSR L+VVI RIG + +A++C SR Sbjct 330 TLSKRDCGVAEILVRGVDVDPAVLRPRLKLKGSRALSVVIVRIGRSA----SAFICEASR 385 >gi|226305853|ref|YP_002765813.1| hypothetical protein RER_23660 [Rhodococcus erythropolis PR4] gi|226184970|dbj|BAH33074.1| conserved hypothetical protein [Rhodococcus erythropolis PR4] Length=361 Score = 379 bits (974), Expect = 3e-103, Method: Compositional matrix adjust. Identities = 209/360 (59%), Positives = 253/360 (71%), Gaps = 20/360 (5%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R RFGD P LV+T LLRR+AA KL G QWLFTD+A+QQAT VA HRA+RL Sbjct 19 RTRFGDHMPALVDTVLLRRKAASKLP------GSDQWLFTDDAMQQATPGVVAAHRAQRL 72 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 GR VHD TCSIG EL AL +A R +GSDID VRLAMA+ N+ + A L RAD L P Sbjct 73 IGRDVHDVTCSIGAELHALTGVAHRVIGSDIDSVRLAMAQRNVPS----AALLRADALRP 128 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 TRD VV+ DPARRS GRR A P L L++ Y GRD+ VKCAPG+DF+ LG+ Sbjct 129 TTRDTVVLADPARRSGGRRTHDPAALMPPLPDLIEAYSGRDLAVKCAPGLDFDN---LGW 185 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASIL---DSGEQIGDDEPDDCGVRPAGKW 238 +GE+EV+S GGV+EACLWS GLA SG+ RRAS+L SG I D E D + G+W Sbjct 186 DGEVEVVSLDGGVKEACLWSTGLAESGVTRRASVLRSDGSGWAITDAEDDVIPEQAPGEW 245 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 I+DPDGAVVRAGLVR+Y ARHGLWQLDP+IAYL+GD +P +RGF +LEQ+ + E+ L+Q Sbjct 246 IIDPDGAVVRAGLVRHYAARHGLWQLDPRIAYLTGDSVPEGVRGFRILEQIKYSEKLLKQ 305 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 LS DCG AEILVRGV +DP LR RL+L+GS L+VVI RIG + +A++C SR Sbjct 306 TLSKRDCGVAEILVRGVDVDPAVLRPRLKLKGSLALSVVIVRIGRSA----SAFICEASR 361 >gi|226365917|ref|YP_002783700.1| hypothetical protein ROP_65080 [Rhodococcus opacus B4] gi|226244407|dbj|BAH54755.1| hypothetical protein [Rhodococcus opacus B4] Length=361 Score = 375 bits (964), Expect = 5e-102, Method: Compositional matrix adjust. Identities = 208/358 (59%), Positives = 249/358 (70%), Gaps = 20/358 (5%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 R RFG R LVET LLRR+AA KL G W FTD+ALQQAT VA HRA RL Sbjct 19 RTRFGSRVAMLVETVLLRRKAAAKLP------GTDTWFFTDDALQQATPRAVAAHRATRL 72 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 GR VHD TCSIG EL A+ A +GSD+DPVRL MAR+N+ A + RAD L P Sbjct 73 TGRNVHDVTCSIGAELDAVVGTAATVIGSDLDPVRLLMARNNVPG----ATILRADALVP 128 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 TR VV+ DPARRS GRR A +P L L+D YRGRD+ VKCAPG+DF+ RLG+ Sbjct 129 CTRGTVVLADPARRSGGRRTHDPAALEPPLPDLIDAYRGRDLAVKCAPGLDFD---RLGW 185 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDS---GEQIGDDEPDDCGVRPAGKW 238 +GE+EV+S GGVREACLWS GL+G+ + RRAS+L S + D E DD R G+W Sbjct 186 DGEVEVVSLDGGVREACLWSPGLSGADVTRRASVLGSDGTAWTVTDAEDDDIPERAPGEW 245 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 +VDPDGAVVRAGLVR+Y ARHGLWQLDP+IAYL+GD +P +RGF VL+Q+ + E+ LRQ Sbjct 246 LVDPDGAVVRAGLVRHYAARHGLWQLDPRIAYLTGDSVPDGVRGFRVLDQVKYSEKSLRQ 305 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRP 356 LS DCG AEILVRGV +DP LR +L+LRGSR L+VVITRIG + A++C P Sbjct 306 ELSRHDCGVAEILVRGVDVDPAVLRPKLKLRGSRSLSVVITRIGRAGV----AFICAP 359 >gi|111023416|ref|YP_706388.1| hypothetical protein RHA1_ro06455 [Rhodococcus jostii RHA1] gi|110822946|gb|ABG98230.1| conserved hypothetical protein [Rhodococcus jostii RHA1] Length=385 Score = 370 bits (951), Expect = 2e-100, Method: Compositional matrix adjust. Identities = 206/353 (59%), Positives = 247/353 (70%), Gaps = 16/353 (4%) Query 2 RARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRL 61 RARFG LVET LLRR+A KL G WLFTD+ALQQAT VA HRA RL Sbjct 43 RARFGLHVALLVETVLLRRKAVAKLP------GTENWLFTDDALQQATPRAVAAHRAIRL 96 Query 62 AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHP 121 R VHD TCSIG EL A+ A +GSD+DPVRL MA+HN+ A + RAD L P Sbjct 97 RDRDVHDVTCSIGAELDAVVGTAATVIGSDLDPVRLLMAQHNVPG----AAVVRADALVP 152 Query 122 VTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGF 181 TR VV+ DPARRS GRR A +P L L+D YRGRD+ VKCAPG+DF+ RLG+ Sbjct 153 CTRGTVVLADPARRSGGRRTHDPAALEPPLPDLIDAYRGRDLAVKCAPGLDFD---RLGW 209 Query 182 EGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDS---GEQIGDDEPDDCGVRPAGKW 238 +GE+EV+S GGVREACLWS GL+G+G+ RRAS+L S + D E DD R G+W Sbjct 210 DGEVEVVSLDGGVREACLWSPGLSGAGVTRRASVLGSDGTAWTVTDAEDDDIPERAPGEW 269 Query 239 IVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQ 298 IVDPDGAVVRAGLVR+Y ARHGLWQLDP+IAYL+GD +P +RGF +LEQ+ + E+ LRQ Sbjct 270 IVDPDGAVVRAGLVRHYAARHGLWQLDPRIAYLTGDSVPDGVRGFRILEQVKYSEKSLRQ 329 Query 299 VLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTA 351 L+ DCG AEILVRGV +DP LR +L+LRGSR L+VVITRIG ++ + A Sbjct 330 ELARHDCGVAEILVRGVDVDPAVLRPKLKLRGSRSLSVVITRIGRAGVAFICA 382 >gi|54026258|ref|YP_120500.1| hypothetical protein nfa42870 [Nocardia farcinica IFM 10152] gi|54017766|dbj|BAD59136.1| hypothetical protein [Nocardia farcinica IFM 10152] Length=396 Score = 367 bits (942), Expect = 1e-99, Method: Compositional matrix adjust. Identities = 208/357 (59%), Positives = 248/357 (70%), Gaps = 17/357 (4%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 VR G AP L+ET LRR+AA K + WL TD+A+QQAT VARHRARR Sbjct 42 VRRAHGAAAPALIETVRLRRKAAAK------LADAADWLLTDDAVQQATPTAVARHRARR 95 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGR VHD TCSIG ELA L + +GSD+D VRLAMA HNL L RAD L Sbjct 96 LAGRAVHDVTCSIGAELAELAPVCPAVIGSDLDEVRLAMAAHNLGG-AANVLLARADALA 154 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 PVTRD VVV DPARR+ GRR A QP L LL Y GRD+ VKCAPG+DF RL Sbjct 155 PVTRDTVVVADPARRAGGRRTHDPAALQPPLPDLLSVYAGRDLAVKCAPGLDF---ARLD 211 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDS---GEQIGDDEPDDCGVRPAGK 237 + GE+EV+S G VREACLWS GLA G+RRRA++L + G + D EPDD RP G Sbjct 212 WAGEVEVVSLDGAVREACLWSPGLAEPGVRRRATVLSTTGPGITLTDTEPDDIPQRPPGT 271 Query 238 WIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLR 297 WI+DPDGA+VRAGLVR+Y A+HGLWQLDPQIAYL+GDR+PP +RGF + ++L E+ LR Sbjct 272 WIIDPDGAIVRAGLVRHYAAKHGLWQLDPQIAYLTGDRVPPGVRGFRIDDRLDLREKTLR 331 Query 298 QVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVC 354 + L+ DCGA EILVRGV IDPDALR+RL+LRG+RP +V+TRIG + TA++C Sbjct 332 RELTRRDCGALEILVRGVDIDPDALRKRLKLRGTRPYTLVLTRIGRTA----TAFLC 384 >gi|296393772|ref|YP_003658656.1| hypothetical protein Srot_1361 [Segniliparus rotundus DSM 44985] gi|296180919|gb|ADG97825.1| conserved hypothetical protein [Segniliparus rotundus DSM 44985] Length=389 Score = 367 bits (942), Expect = 2e-99, Method: Compositional matrix adjust. Identities = 208/360 (58%), Positives = 242/360 (68%), Gaps = 16/360 (4%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 VRARFG A LVET LLRR+A+ KL +G QWLFTDEA+QQAT VARHRARR Sbjct 42 VRARFGSAAAALVETVLLRRKASEKL------LGAQQWLFTDEAVQQATPTLVARHRARR 95 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 L GR HD TCS+G EL L + +GSD+DPVRLAMAR NL AD L Sbjct 96 LTGRAAHDVTCSVGAELPELAKTCAAVLGSDVDPVRLAMARRNLVD-EQHVGFAMADALA 154 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 P +R V+V DPARRS R +QP L L + GRD VVKCAPG+DF ++ +G Sbjct 155 PASRGCVLVADPARRSAAGRTLDPEAFQPALPALFESSAGRDFVVKCAPGLDFAKLRDIG 214 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSG---EQIGDDEPDDCGVRPAGK 237 F+GEIEV+S G VREA LWS LA + RRRAS+L E++ D EPDDC V PAG+ Sbjct 215 FQGEIEVVSLAGVVREAALWSPSLATA--RRRASVLGHQGCVEELVDTEPDDCAVAPAGQ 272 Query 238 WIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLR 297 WIVDPD AVVRAGLVR+Y RHGLWQLD +IAYL+GD LP RGF+VLEQL + E+RLR Sbjct 273 WIVDPDPAVVRAGLVRHYAHRHGLWQLDQRIAYLTGDALPRGTRGFQVLEQLPYSEKRLR 332 Query 298 QVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPS 357 L A GA EILVRGV +D ALR +LRLRG+ LAVVI RIG S A+VCRP+ Sbjct 333 SALHARHVGAVEILVRGVDVDSGALRPKLRLRGAERLAVVIARIG----SRPVAFVCRPT 388 >gi|169630461|ref|YP_001704110.1| hypothetical protein MAB_3380c [Mycobacterium abscessus ATCC 19977] gi|169242428|emb|CAM63456.1| Conserved hypothetical protein [Mycobacterium abscessus] Length=397 Score = 361 bits (926), Expect = 1e-97, Method: Compositional matrix adjust. Identities = 214/355 (61%), Positives = 259/355 (73%), Gaps = 15/355 (4%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +R FGD A L +T LRR+AA KLG V WLFTD+ALQQAT A VARHRA R Sbjct 39 LRNEFGDHAAVLAQTVQLRRKAAAKLGR------VDHWLFTDDALQQATPAAVARHRAAR 92 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAG VVHD TCS+G ELAAL +A +GSDIDPVR AMAR+N+ G +CRAD L Sbjct 93 LAGLVVHDVTCSVGAELAALDGVAAAVIGSDIDPVRTAMARNNI---GEHVLVCRADALA 149 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEV-GRL 179 P +R VV+ DP RR+ GRRRF + Y P L +L Y RD+VVKCAPG+DF ++ + Sbjct 150 PSSRAQVVIADPGRRAGGRRRFDPSAYSPPLDAVLRSYADRDLVVKCAPGLDFADLREQT 209 Query 180 GFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASIL---DSGEQIGDDEPDDCGVRPAG 236 GF+GEIEV+S GGVREACLWSAGLAG+ RRRA++L +G Q+ D +PDDC V AG Sbjct 210 GFDGEIEVVSLDGGVREACLWSAGLAGA--RRRATVLATIGTGYQLTDADPDDCAVAGAG 267 Query 237 KWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRL 296 +WI+DPDGAVVRAGLVR Y ARHGLWQLD +IAYLSGD +P ++G+ VL+ L + E+RL Sbjct 268 EWIIDPDGAVVRAGLVRQYAARHGLWQLDARIAYLSGDCVPAGVQGYRVLDSLPYSEKRL 327 Query 297 RQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTA 351 RQ L+A DCGA EI VRGV +DP LR RL+LRGS PL+VVITRIG+G+ + V A Sbjct 328 RQALAARDCGAVEITVRGVDLDPALLRTRLKLRGSVPLSVVITRIGSGAKAFVCA 382 >gi|333991401|ref|YP_004524015.1| hypothetical protein JDM601_2761 [Mycobacterium sp. JDM601] gi|333487369|gb|AEF36761.1| conserved hypothetical protein [Mycobacterium sp. JDM601] Length=328 Score = 355 bits (911), Expect = 7e-96, Method: Compositional matrix adjust. Identities = 213/328 (65%), Positives = 241/328 (74%), Gaps = 22/328 (6%) Query 53 VARHRARRL----AGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAAL- 107 +ARHRA R+ VVHD TCSIGTELAAL EL R +G D+DPVRLAMARHNL Sbjct 1 MARHRAHRINTAAPDAVVHDVTCSIGTELAALTELTDRVLGGDLDPVRLAMARHNLGGSA 60 Query 108 ---GMEADL-----------CRADVLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGP 153 G EA L RAD L PVTRDAVV+ DP RR GRRRF ADYQP L Sbjct 61 RLDGGEAKLGPPHGLGGIALVRADALTPVTRDAVVLADPGRRGGGRRRFDPADYQPALDR 120 Query 154 LLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRA 213 LL+ Y GRD+VVK APGIDF+++ LGF+GEIEV S+R VREACLWS GLA G+RRRA Sbjct 121 LLEVYAGRDLVVKTAPGIDFDKIRMLGFQGEIEVTSWRDSVREACLWSPGLAAPGVRRRA 180 Query 214 SILDSGEQIGDDEPDDCGVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSG 273 +ILD GEQ+ D +PDDC VRPAG+WI+DPDGAVVRAGLVR Y RHGLWQLDP IAYLSG Sbjct 181 TILDRGEQLTDADPDDCDVRPAGRWIIDPDGAVVRAGLVRQYATRHGLWQLDPDIAYLSG 240 Query 274 DRLPPALRGFEVLEQLAFDERRLRQVLSALDCGAAEILVRG---VAIDPDALRRRLRLRG 330 DRLP +RGFEVLE+L + E+RLRQ L A CGA EILVRG V DPD LRRRLRLRG Sbjct 241 DRLPDGIRGFEVLEELPYSEKRLRQALVAHGCGALEILVRGVRDVQADPDGLRRRLRLRG 300 Query 331 SRPLAVVITRIGAGSLSHVTAYVCRPSR 358 L+VVITRIG+G+ + A+VC+PSR Sbjct 301 RLRLSVVITRIGSGTAARPIAFVCQPSR 328 >gi|302524887|ref|ZP_07277229.1| SAM-dependent methyltransferase [Streptomyces sp. AA4] gi|302433782|gb|EFL05598.1| SAM-dependent methyltransferase [Streptomyces sp. AA4] Length=402 Score = 333 bits (855), Expect = 2e-89, Method: Compositional matrix adjust. Identities = 192/357 (54%), Positives = 241/357 (68%), Gaps = 19/357 (5%) Query 6 GDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGRV 65 G+RA ++ET LRR+A KL + WLFT +ALQQA+A PVARHRA RLAG Sbjct 44 GERAAPVLETVALRRKAVLKLAS------SADWLFTGDALQQASATPVARHRASRLAGLA 97 Query 66 VHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPVTRD 125 VHD TCS+G +L L +A A+GSD+DPVRL MA+HN + G+ + RAD L PV+RD Sbjct 98 VHDVTCSVGADLVELSRVASTALGSDVDPVRLEMAQHNASIAGVSPLVARADALRPVSRD 157 Query 126 AVVVIDPARR-SNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGE 184 VV+DPARR S GRR + AD+ P L L+ Y GR + VKCAPG+DF + E Sbjct 158 TAVVVDPARRDSAGRRVWRPADFLPPLDELVAAYPGRILSVKCAPGMDFSIAP---WADE 214 Query 185 IEVISYRGGVREACLWSAGLAGSGIRRRASILDS-GEQ--IGDDEPDDCGVRPAGKWIVD 241 +E++S G VREACLW +G+G RRA++L S G Q + D EPDD V+ AG+W++D Sbjct 215 VELVSLDGQVREACLWRGLSSGAG--RRATVLRSDGTQWTVTDAEPDDIPVQDAGEWLID 272 Query 242 PDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLS 301 PDGAVVRAGLVR+Y ARHGLWQLD +IAYL+G PP +R F VLEQL + E+ L Q L Sbjct 273 PDGAVVRAGLVRHYAARHGLWQLDERIAYLTGATPPPGVRAFRVLEQLPYREKALGQALK 332 Query 302 ALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 LD G EILVRG+ +DPDALRR+L+ RGS VV+TRIG + A+VCR R Sbjct 333 KLDVGRLEILVRGLDVDPDALRRKLKPRGSEESTVVLTRIGRSPV----AFVCRAER 385 >gi|134102642|ref|YP_001108303.1| hypothetical protein SACE_6205 [Saccharopolyspora erythraea NRRL 2338] gi|291004674|ref|ZP_06562647.1| hypothetical protein SeryN2_09154 [Saccharopolyspora erythraea NRRL 2338] gi|133915265|emb|CAM05378.1| hypothetical protein SACE_6205 [Saccharopolyspora erythraea NRRL 2338] Length=385 Score = 326 bits (835), Expect = 4e-87, Method: Compositional matrix adjust. Identities = 190/331 (58%), Positives = 232/331 (71%), Gaps = 14/331 (4%) Query 13 VETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGRVVHDATCS 72 +ET +LRR+A KL + WL T +ALQQATA+ VARHRA RLAGR VHD TCS Sbjct 55 LETAVLRRKAGSKLDD------AGGWLLTADALQQATASEVARHRAARLAGRDVHDVTCS 108 Query 73 IGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPVTRDAVVVIDP 132 IG +L ++A R VGSD+DPVRL MARHNLA A + RAD L PVTR VV DP Sbjct 109 IGADLHETAKVAARCVGSDLDPVRLEMARHNLAE---AAAIVRADALRPVTRGTAVVADP 165 Query 133 ARRSNGRRR-FHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEIEVISYR 191 ARR + RR ++ AD P L LL Y GRD+VVKCAPG+DFE+V + E E+EV+S Sbjct 166 ARRDDAGRRRWNPADLVPPLDELLAVYSGRDLVVKCAPGLDFEQVPQ---EAEVEVVSLA 222 Query 192 GGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVDPDGAVVRAGL 251 G VREA LW GLAG G+RRRAS+L +GE D E DDC V G+W+VDPDGAVVRAGL Sbjct 223 GQVREAALWLGGLAG-GVRRRASVLSTGETFTDAESDDCPVLEVGQWVVDPDGAVVRAGL 281 Query 252 VRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSALDCGAAEIL 311 VR+Y ARHGL Q+D +IAYL+GD PP +R F V++ ++E+ LR +L D G EIL Sbjct 282 VRHYAARHGLAQIDRRIAYLTGDTPPPGIRAFRVIDHGHYNEKALRALLRRHDVGRLEIL 341 Query 312 VRGVAIDPDALRRRLRLRGSRPLAVVITRIG 342 VRG+ IDPDALRRRL+L+G++ V+TRIG Sbjct 342 VRGLDIDPDALRRRLKLKGAQEATAVLTRIG 372 >gi|257056820|ref|YP_003134652.1| hypothetical protein Svir_28440 [Saccharomonospora viridis DSM 43017] gi|256586692|gb|ACU97825.1| hypothetical protein Svir_28440 [Saccharomonospora viridis DSM 43017] Length=399 Score = 324 bits (831), Expect = 1e-86, Method: Compositional matrix adjust. Identities = 198/351 (57%), Positives = 242/351 (69%), Gaps = 19/351 (5%) Query 12 LVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGRVVHDATC 71 ++ET LLRR+A K+ C +WLFTDEALQQA+A+ VA +RA+RLAGR VHD TC Sbjct 54 VLETLLLRRKAGDKVDGGC------RWLFTDEALQQASASAVAAYRAKRLAGRDVHDVTC 107 Query 72 SIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPVTRDAVVVID 131 S+G +L L A R VGSD+D VRLAMA HN A G+ L RAD L PVTRD VVV D Sbjct 108 SVGADLVELARTARRCVGSDVDAVRLAMAEHNCAVSGVRPALVRADALRPVTRDTVVVAD 167 Query 132 PARR-SNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEIEVISY 190 PARR ++GRRR+ D+ P L L Y GR++VVKC+PG+D + + E+E+IS Sbjct 168 PARRDASGRRRWRPEDFVPALDDLASVYAGRELVVKCSPGLDPQVAP---WAREVEIISL 224 Query 191 RGGVREACLWSAGLAGSGIRRRASILDS-GE--QIGDDEPDDCGVRPAGKWIVDPDGAVV 247 G VREA L+S GLA + RRA++L+S GE I D EPDD GV G+WIVDPDGAVV Sbjct 225 DGRVREASLYSEGLATAS--RRATVLNSTGEAWSITDAEPDDVGVDEVGEWIVDPDGAVV 282 Query 248 RAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSALDCGA 307 RAGLVR+Y ARHGLWQLDP+IAYL+GD PP +R F VLE + E+ LR L D G Sbjct 283 RAGLVRHYAARHGLWQLDPRIAYLTGDTPPPGVRAFRVLESGRYSEKALRAALRRHDVGR 342 Query 308 AEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 EILVRG+ IDPDALRRRL+ RG+ ++VV+TRIG TA+VCR R Sbjct 343 LEILVRGLDIDPDALRRRLKPRGANEVSVVLTRIGRAP----TAFVCRAER 389 >gi|300783539|ref|YP_003763830.1| hypothetical protein AMED_1616 [Amycolatopsis mediterranei U32] gi|299793053|gb|ADJ43428.1| conserved hypothetical protein [Amycolatopsis mediterranei U32] gi|340524926|gb|AEK40131.1| hypothetical protein RAM_08205 [Amycolatopsis mediterranei S699] Length=386 Score = 323 bits (829), Expect = 2e-86, Method: Compositional matrix adjust. Identities = 189/356 (54%), Positives = 237/356 (67%), Gaps = 20/356 (5%) Query 7 DRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGRVV 66 +RA ++ET LLRR+A K V WLFT +ALQQA+A PVARHRA RLAG V Sbjct 47 ERASAVLETVLLRRKAVSK-------VDSDGWLFTSDALQQASATPVARHRAARLAGLDV 99 Query 67 HDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPVTRDA 126 HD TCS+G +L + +A A+GSD+DPVRL MARHN G+ L RAD L PV+R Sbjct 100 HDVTCSVGADLVEIARVARHALGSDLDPVRLEMARHNGTTAGVAFGLARADALRPVSRSG 159 Query 127 VVVIDPARR-SNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEI 185 VVV DPARR S GRR + AD+ P L L++ Y GR + +KCAPG+DF + E+ Sbjct 160 VVVADPARRDSAGRRAWKPADFAPPLDGLIEAYPGRPLAIKCAPGLDF---ALTPWAEEV 216 Query 186 EVISYRGGVREACLWSAGLAGSGIRRRASILDS-GEQ--IGDDEPDDCGVRPAGKWIVDP 242 E++S G VRE+CLW GL G+G+ RRA++L S G Q + D EPD+ G+WIVDP Sbjct 217 ELVSLDGQVRESCLWR-GL-GTGVTRRATVLRSDGTQWTVTDAEPDELPAHEPGEWIVDP 274 Query 243 DGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSA 302 DGAVVRAGLVR+Y ARHGLWQLD +IAYL+GD PP +R F VLE + E+ L+ VL Sbjct 275 DGAVVRAGLVRHYAARHGLWQLDERIAYLTGDTPPPGVRAFRVLEHGPYTEKALKAVLKR 334 Query 303 LDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 D G EILVRG+ +DPDALRRRL+ RG +VV+TRIG + A++CR R Sbjct 335 HDIGRLEILVRGLDVDPDALRRRLKPRGGAEASVVLTRIGRSPV----AFLCRAER 386 >gi|254821486|ref|ZP_05226487.1| hypothetical protein MintA_16250 [Mycobacterium intracellulare ATCC 13950] Length=233 Score = 323 bits (828), Expect = 3e-86, Method: Compositional matrix adjust. Identities = 175/233 (76%), Positives = 200/233 (86%), Gaps = 0/233 (0%) Query 126 AVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEI 185 AV+V+DPARR+ GRRR + DYQPGL LL+ YRGRD VVKCAPGIDF+EV RLGF+GEI Sbjct 1 AVLVVDPARRAEGRRRLRIDDYQPGLAALLEAYRGRDFVVKCAPGIDFDEVRRLGFDGEI 60 Query 186 EVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQIGDDEPDDCGVRPAGKWIVDPDGA 245 EV SYRG VREACLWS+GLA G+ RRAS+LD GEQ+ D +PDDCGVRP G+WIVDPDGA Sbjct 61 EVTSYRGSVREACLWSSGLARPGVTRRASVLDRGEQVTDADPDDCGVRPVGRWIVDPDGA 120 Query 246 VVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSALDC 305 VVRAGLVR+YGARHGLWQLDP IAYLSGDRLP +RGFEV+EQL FDERRLRQ LS LDC Sbjct 121 VVRAGLVRHYGARHGLWQLDPDIAYLSGDRLPAGVRGFEVIEQLVFDERRLRQALSELDC 180 Query 306 GAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 G+ E+LVRGV +DPDALR+R+RLRG RPL+ VITRIG+G+ TA+VCR SR Sbjct 181 GSLEVLVRGVRVDPDALRKRMRLRGRRPLSTVITRIGSGASGRATAFVCRASR 233 >gi|333920893|ref|YP_004494474.1| SAM-dependent methyltransferase [Amycolicicoccus subflavus DQS3-9A1] gi|333483114|gb|AEF41674.1| SAM-dependent methyltransferase [Amycolicicoccus subflavus DQS3-9A1] Length=391 Score = 323 bits (827), Expect = 3e-86, Method: Compositional matrix adjust. Identities = 187/359 (53%), Positives = 233/359 (65%), Gaps = 20/359 (5%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +R R+ + A L ET LRR+A KL + WLFT +ALQQAT VARHRA R Sbjct 42 LRRRWPEYAAALAETVRLRRKARTKLRD------AEDWLFTQDALQQATPTAVARHRAVR 95 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LAGR VHD TCSIG +L L + +GSD+D VRLAMA N+ +A L RAD L Sbjct 96 LAGRAVHDVTCSIGADLRELCRESRVVIGSDVDSVRLAMATVNVP----DALLVRADALK 151 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 P +RDAV+V DPARR+ R F + QP L L+D RDVVVKCAPG+D+ +L Sbjct 152 PCSRDAVIVADPARRTGAGRTFDPSALQPPLPALMDACADRDVVVKCAPGLDYL---KLE 208 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDS---GEQIGDDEPDDCGVRPAGK 237 + GE+E++S G VRE LWS GL + RA++L S + EPDD R G+ Sbjct 209 WSGEVEIVSLDGAVRECALWSPGLTERPNQTRATLLSSTGASFTLTGGEPDDVPARAPGE 268 Query 238 WIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLR 297 WIVDPDGAVVRAGLVR Y AR GLWQLDP+IAYL+GD +PP RG VL + E+++R Sbjct 269 WIVDPDGAVVRAGLVRQYAARFGLWQLDPRIAYLTGDIVPPGARGHRVLTSVPLREKQVR 328 Query 298 QVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRP 356 + LSA DCG+ EILVRGV +DPDALR+RL+ RGSR L++VITR+G S ++C P Sbjct 329 RELSARDCGSLEILVRGVDVDPDALRKRLKPRGSRALSLVITRVG----SRAEVFICEP 383 >gi|296140628|ref|YP_003647871.1| hypothetical protein Tpau_2934 [Tsukamurella paurometabola DSM 20162] gi|296028762|gb|ADG79532.1| conserved hypothetical protein [Tsukamurella paurometabola DSM 20162] Length=382 Score = 317 bits (811), Expect = 3e-84, Method: Compositional matrix adjust. Identities = 181/359 (51%), Positives = 234/359 (66%), Gaps = 15/359 (4%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 VRA G+ AP ++E RRRAA KL + V WL TDEA+QQAT + VA HRARR Sbjct 38 VRAIAGEHAPAVIEQVRARRRAAAKLRD------VDGWLLTDEAVQQATPSAVAEHRARR 91 Query 61 LAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLH 120 LA VHD TCSIG EL AL ++ R VGSD+DP+R MA HN+ A + AD L Sbjct 92 LAWLSVHDVTCSIGAELQALVQVCPRVVGSDLDPLRARMAAHNVP----RALVFMADALA 147 Query 121 PVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLG 180 P + VV+ DPARR+ GRR P L L Y GR + VK APGID+E + R G Sbjct 148 PTSTADVVIADPARRAGGRRIVDPEQMSPALSELRATYAGRSLAVKTAPGIDYEGLRRKG 207 Query 181 FEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGE-QIGDDEPDDCGVRPAGKWI 239 F+GE+E++S GGVREACLWS +A G+ R + + D G ++ ++P D G+++ Sbjct 208 FDGEVEIVSLDGGVREACLWSGPVAVPGLTRASVLRDGGGFEVFSNDPHDVDPGEPGRFL 267 Query 240 VDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQV 299 ++PDGAV+RAGLVR+Y A+H LWQ+DP IAYL+GD +P RGFE+L+ L F E+ LR Sbjct 268 IEPDGAVIRAGLVRHYAAKHDLWQIDPHIAYLTGDVVPDGERGFEILDSLKFTEKSLRAE 327 Query 300 LSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCRPSR 358 L A D GA EIL RG +DPD LRR+L+L+G+RP+ VVITRIG V A++ RP+R Sbjct 328 LRARDVGAVEILTRGAGVDPDVLRRKLKLQGTRPITVVITRIG----REVVAFLTRPTR 382 >gi|262203156|ref|YP_003274364.1| hypothetical protein Gbro_3266 [Gordonia bronchialis DSM 43247] gi|262086503|gb|ACY22471.1| hypothetical protein Gbro_3266 [Gordonia bronchialis DSM 43247] Length=399 Score = 311 bits (798), Expect = 7e-83, Method: Compositional matrix adjust. Identities = 179/370 (49%), Positives = 235/370 (64%), Gaps = 30/370 (8%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRA-- 58 +RAR+ L+ET RRRA GKL G L +DEALQQAT + VA+ RA Sbjct 42 LRARYDGHDAALIETVTCRRRARGKLR------GADDLLLSDEALQQATNSVVAQQRAAD 95 Query 59 --RRLAGRVVHDATCSIGTELAALRELAVRA--VGSDIDPVRLAMARHNLAALGMEADLC 114 R+ G V+HD TCS+G ELA L + A +GSDIDPVRLAMARHN+ + A L Sbjct 96 IADRVPGAVIHDVTCSVGAELAELTHSSGVAGVIGSDIDPVRLAMARHNVPS----ATLL 151 Query 115 RADVLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFE 174 RAD L P + V++ DPARRS R F L P L L+ Y GR ++VKCAPG+D+ Sbjct 152 RADALTPTSTADVILADPARRSGAGRVFRLDQLTPPLLNLMTTYAGRSLIVKCAPGLDYS 211 Query 175 EV-GRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSG-------EQIGDDE 226 + R GF+GE+++ S GGVREA LW+ A RRA++L +G ++ D E Sbjct 212 MLRNRFGFDGEVQITSLDGGVREAVLWTGPHAIP--FRRATVLRTGPDGTVERTELTDAE 269 Query 227 PDDCGVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVL 286 PDD + G+WI+DPDGA+VRAGLVRNY RHGL LDP+IAYL+GD +P RGF ++ Sbjct 270 PDDVPIGELGEWIIDPDGAIVRAGLVRNYAHRHGLGLLDPRIAYLTGDSVPLGERGFRII 329 Query 287 EQLAFDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSL 346 EQ+ E+ LR+ L A DCG EILVRG+ +DPD LR+RL+L+GSRPL +++TR+G + Sbjct 330 EQVGVAEKALRKALGAQDCGTLEILVRGLDVDPDQLRKRLKLKGSRPLTLILTRLGRKGV 389 Query 347 SHVTAYVCRP 356 ++C P Sbjct 390 ----GFLCEP 395 >gi|256380056|ref|YP_003103716.1| hypothetical protein Amir_6063 [Actinosynnema mirum DSM 43827] gi|255924359|gb|ACU39870.1| hypothetical protein Amir_6063 [Actinosynnema mirum DSM 43827] Length=383 Score = 311 bits (797), Expect = 1e-82, Method: Compositional matrix adjust. Identities = 182/335 (55%), Positives = 225/335 (68%), Gaps = 21/335 (6%) Query 12 LVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLAGRVVHDATC 71 ++ET LLRRRA K V L+TD+ALQQATAAPVARHRA R G V HD TC Sbjct 53 VLETLLLRRRAPSK-------VDFVDGLYTDDALQQATAAPVARHRASRFTGPV-HDLTC 104 Query 72 SIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVLHPVTRDAVVVID 131 SIG ELA L E ++GSD+DPVRLAMARHNL G + L AD L P +R ++ D Sbjct 105 SIGAELAWLPE---GSIGSDLDPVRLAMARHNL---GPDVGLALADALRPASRGVPLLAD 158 Query 132 PARR-SNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRLGFEGEIEVISY 190 PARR S GRR + +D+ P L L GRD+ VKCAPG+DF + E+EV+S Sbjct 159 PARRDSAGRRTWRPSDFLPPLDGLAQACEGRDLAVKCAPGVDFAVAP---WADEVEVVSL 215 Query 191 RGGVREACLWSAGLAGSGIRRRASILDSGEQ---IGDDEPDDCGVRPAGKWIVDPDGAVV 247 G VREACLW+ GLA G+RRRA++L +G + + D +PDDC V G+W+VDPDGAVV Sbjct 216 DGQVREACLWTRGLATPGVRRRATVLRTGAEPWTLTDADPDDCPVAEPGEWLVDPDGAVV 275 Query 248 RAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLRQVLSALDCGA 307 RAGLVR+Y ARHGL QLD IAYL+G PP +R F V+E + E+ LR VL A D G Sbjct 276 RAGLVRHYAARHGLAQLDEHIAYLTGPVPPPGVRAFRVVEHGRYSEKALRSVLKAHDVGV 335 Query 308 AEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIG 342 EILVRG+ +DP+ LRR+L+L GS +AVV+TR+G Sbjct 336 LEILVRGLDVDPNPLRRKLKLSGSESMAVVLTRVG 370 >gi|326381501|ref|ZP_08203195.1| hypothetical protein SCNU_01080 [Gordonia neofelifaecis NRRL B-59395] gi|326199748|gb|EGD56928.1| hypothetical protein SCNU_01080 [Gordonia neofelifaecis NRRL B-59395] Length=405 Score = 306 bits (784), Expect = 3e-81, Method: Compositional matrix adjust. Identities = 197/369 (54%), Positives = 247/369 (67%), Gaps = 26/369 (7%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRAR- 59 +R+R+G+ AP LVET RR+A+ KL + + L +D ALQQATAAPVA HRA Sbjct 42 LRSRYGEHAPALVETVRTRRKASSKL------LHADRILASDTALQQATAAPVAAHRAAD 95 Query 60 ---RLAGRVVHDATCSIGTELAALREL--AVRAVGSDIDPVRLAMARHNLAALGMEAD-- 112 R G VVHD TCSIG+EL AL A+GSD+DPVRLAMA HNL+ G Sbjct 96 IAARHPGAVVHDVTCSIGSELMALTTTDGISGAIGSDLDPVRLAMADHNLSLDGERRRPW 155 Query 113 -LCRADVLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGI 171 L RAD L PV+ VV+ DPARR+ R F L + P L LL Y GR +VVKCAPG+ Sbjct 156 LLARADALAPVSEADVVIADPARRNARGRTFKLDELDPPLLELLSVYAGRQLVVKCAPGL 215 Query 172 DFEEV-GRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGE---QIGDDEP 227 D+ + R GF+G+++V+S GGVREACLWS + RRA++L +G ++ D+P Sbjct 216 DYRLLCDRFGFDGQVQVVSLDGGVREACLWSESPRPA---RRATVLRTGTDAYEVTSDDP 272 Query 228 DDCGVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLE 287 D+ G+WIVDPDGAVVRAGLVR+Y RHGL QLDPQIAYL+GD +PP RGF V++ Sbjct 273 DELDPAGVGEWIVDPDGAVVRAGLVRHYANRHGLRQLDPQIAYLTGDHVPPGERGFRVID 332 Query 288 QLAFDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLS 347 QL E+ LR L+A DCG+ EILVRG+ IDPD LR+RL+L+GSRPLAVV+TRIG Sbjct 333 QLGVSEKVLRGALAAHDCGSLEILVRGLDIDPDKLRKRLKLKGSRPLAVVLTRIGRTG-- 390 Query 348 HVTAYVCRP 356 TA++C P Sbjct 391 --TAFLCEP 397 >gi|343926887|ref|ZP_08766380.1| hypothetical protein GOALK_072_01090 [Gordonia alkanivorans NBRC 16433] gi|343763247|dbj|GAA13306.1| hypothetical protein GOALK_072_01090 [Gordonia alkanivorans NBRC 16433] Length=399 Score = 299 bits (766), Expect = 5e-79, Method: Compositional matrix adjust. Identities = 184/370 (50%), Positives = 234/370 (64%), Gaps = 30/370 (8%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRAR- 59 VR+R+ L+ET RRRAA KL + ++ L TD+ +QQATA+ VA HRA Sbjct 42 VRSRYAPHDAALIETVRNRRRAASKLRD------PAELLLTDDGVQQATASVVAAHRAAE 95 Query 60 ---RLAGRVVHDATCSIGTELAALRELA--VRAVGSDIDPVRLAMARHNLAALGMEADLC 114 R VVHD TCSIG EL L + +GSD+D VRLAMARHN+ +A L Sbjct 96 IAARFPASVVHDMTCSIGAELRELVRVNGITGVIGSDLDRVRLAMARHNVP----DATLL 151 Query 115 RADVLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFE 174 AD L P + V++ DPARRS+ R F L P L LL Y GR ++VKCAPG+D + Sbjct 152 VADALTPTSTADVLLADPARRSDAGRIFRLDQLTPPLLELLATYAGRVLIVKCAPGLDHQ 211 Query 175 EV-GRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILD-------SGEQIGDDE 226 + R GF+GE++V S GGVREACLWS G RRRA++L S +I D E Sbjct 212 MLRNRFGFDGEVQVTSLDGGVREACLWSG--PGIETRRRATVLRTRPDGTVSQFEITDHE 269 Query 227 PDDCGVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVL 286 DD AG+WIVDPDGAVVRAGLV++Y R GLWQLDPQIAYL+GD +P RGF V+ Sbjct 270 DDDVPAGEAGEWIVDPDGAVVRAGLVKHYAHRFGLWQLDPQIAYLTGDSVPAGARGFRVI 329 Query 287 EQLAFDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSL 346 EQ+ E+ LR+ L+A CG EILVRG+ +DPD LR++L+ +G+RPL+VV+TRIG Sbjct 330 EQVGVTEKVLRKALAAHGCGPLEILVRGLDLDPDQLRKKLKPKGARPLSVVLTRIGRKG- 388 Query 347 SHVTAYVCRP 356 TA++C P Sbjct 389 ---TAFICEP 395 >gi|227548024|ref|ZP_03978073.1| SAM-dependent methyltransferase [Corynebacterium lipophiloflavum DSM 44291] gi|227079930|gb|EEI17893.1| SAM-dependent methyltransferase [Corynebacterium lipophiloflavum DSM 44291] Length=384 Score = 289 bits (739), Expect = 6e-76, Method: Compositional matrix adjust. Identities = 179/358 (50%), Positives = 222/358 (63%), Gaps = 29/358 (8%) Query 3 ARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARRLA 62 +RF D A ++E RR AAGKL + WL +A QQAT APVA RA+R+A Sbjct 41 SRFDDNARAVMELIGARRSAAGKL--------PAGWLTDLDAAQQATPAPVAHVRAQRIA 92 Query 63 ---GRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRADVL 119 RVVHD TCS+GTE +A + +GSDIDPVRLAMAR+NL G A L RAD L Sbjct 93 DSGARVVHDVTCSVGTEASAFAGM--DWLGSDIDPVRLAMARYNL---GAGAWLARADAL 147 Query 120 HPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVGRL 179 PV R AV+V DPARR+ GRR A P L LLD Y G D+ VKCAPGID+ Sbjct 148 APVARGAVIVADPARRAGGRRITDPAQLVPPLPELLDVYEGCDMAVKCAPGIDYS----- 202 Query 180 GFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSG--EQIGDDEPDDCGVRPAGK 237 +EG + V+S G V+EACL++ GLAG R + G E + E DD V G Sbjct 203 AWEGLVSVVSVDGAVKEACLYTPGLAGGHTREAVVLRGDGFTETVTSGESDDVPVGAPGA 262 Query 238 WIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDERRLR 297 +I++PDGA++RAGLVR++GARHGLW LD IA+LSGDR+P GF VL+ A R+L+ Sbjct 263 FIIEPDGAIIRAGLVRHWGARHGLWMLDEHIAFLSGDRIPAGYSGFRVLD--AVPVRQLK 320 Query 298 QVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVCR 355 LS G EILVRGV +DPD LR RL+L+G R + VVI R+G G++ AYVC Sbjct 321 AALSGYGAGGVEILVRGVDVDPDHLRGRLKLKGGRQMGVVIARVGTGAV----AYVCE 374 >gi|213964683|ref|ZP_03392883.1| SAM-dependent methyltransferase [Corynebacterium amycolatum SK46] gi|213952876|gb|EEB64258.1| SAM-dependent methyltransferase [Corynebacterium amycolatum SK46] Length=394 Score = 284 bits (727), Expect = 1e-74, Method: Compositional matrix adjust. Identities = 171/376 (46%), Positives = 230/376 (62%), Gaps = 43/376 (11%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +R G+ ++E RR A KL WLF+ EA QQAT VA RARR Sbjct 38 LRQHCGEFGRAVIEVAAARRSAVSKLP--------GDWLFSSEAAQQATPFVVALARARR 89 Query 61 LAG---RVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRAD 117 LA V D TCSIGTE+AA+ + VGSD+D RLAMARHN+ + +AD Sbjct 90 LAHLGVEAVADVTCSIGTEVAAIDHEGLIVVGSDLDLARLAMARHNVG----KNIFAQAD 145 Query 118 VLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVG 177 L P V+V DPARR+ GRR + D P L L+ + G+++ +KCAPG+DF E Sbjct 146 ALQPAFDAPVIVADPARRAGGRRITNPEDLLPSLPALIAAWPGKELAIKCAPGLDFSE-- 203 Query 178 RLGFEGEIEVISYRGGVREACLWSAGLAG----SGIRRRASILDSGE------------Q 221 + GE+ V S G V+EACL++ GL G + R A ++ + + Q Sbjct 204 ---WSGEVAVTSVDGAVKEACLYTPGLVGVTDGQPVMRSAMVIQTVDKHRPLELSAVDVQ 260 Query 222 IGDDE-PDDCGVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPAL 280 DD PDD VR AG++I+DPDGA+VRAGLVR++ A HGLWQLD +IA++SGD LP + Sbjct 261 TYDDTMPDDVDVRAAGRYIIDPDGAIVRAGLVRHFAAAHGLWQLDERIAHVSGDVLPQGI 320 Query 281 RGFEVLEQLAFDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITR 340 GFEV+EQ+ + +R+ L+ALDCG+ EILVRGV ++PDALR++ +LRGSR LAVV+TR Sbjct 321 AGFEVIEQVGL--KLVRKALAALDCGSVEILVRGVDVNPDALRKQWKLRGSRALAVVVTR 378 Query 341 IGAGSLSHVTAYVCRP 356 IG + TA++C+P Sbjct 379 IGRSA----TAFICQP 390 >gi|68536411|ref|YP_251116.1| hypothetical protein jk1326 [Corynebacterium jeikeium K411] gi|68264010|emb|CAI37498.1| conserved hypothetical protein [Corynebacterium jeikeium K411] Length=403 Score = 262 bits (669), Expect = 7e-68, Method: Compositional matrix adjust. Identities = 171/383 (45%), Positives = 218/383 (57%), Gaps = 50/383 (13%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +R GD A LVE L++ R AGKL E WL E++QQAT VA RA Sbjct 42 LRKAHGDNARALVE--LVQARRAGKLPE--------SWLMDSESVQQATPPVVAAWRAEV 91 Query 61 LAGRVVH---DATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRAD 117 L V D TCSIGTEL AL +R +G D+D RL MAR N+ EA + R D Sbjct 92 LKAAGVEAAVDVTCSIGTELYALSAAGLRVLGGDLDHQRLRMARFNVP----EAPVVRMD 147 Query 118 VLHPV----TRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDF 173 L P + VVV DPARR++ R L D QP L LLD Y +VVKCAPGID+ Sbjct 148 ALRPAFAGDLKSGVVVADPARRNSSGRIAKLEDLQPPLPELLDCYD--KMVVKCAPGIDY 205 Query 174 EEVGRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSG---EQIGDDEPDDC 230 E F+G +EV+S GGV+E CL+S + G G RRA ++ + E + DEP+ Sbjct 206 SE-----FDGHVEVVSVDGGVKETCLYSPAILGRG--RRAVVMGASSVKETVTSDEPETD 258 Query 231 GVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLA 290 V G++IVDPDGA+VRAGLVR Y ARHGLWQLDP IAYL+GD LP +RGFEV+E++ Sbjct 259 RVGGVGRYIVDPDGAIVRAGLVRQYAARHGLWQLDPHIAYLTGDELPAGVRGFEVVEEVP 318 Query 291 FDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRG---------------SRPLA 335 ++ R L L + EILVRGV +DPD LR++ +L+ + Sbjct 319 L--KKARSALVGLGAKSVEILVRGVDVDPDELRKKWKLKKGNAGGNGGASGAGAADTAYS 376 Query 336 VVITRIGAGSLSHVTAYVCRPSR 358 VV+TRIG G + A++CR R Sbjct 377 VVVTRIGEGGAAKAVAFICRARR 399 >gi|260577543|ref|ZP_05845483.1| SAM-dependent methyltransferase [Corynebacterium jeikeium ATCC 43734] gi|258604347|gb|EEW17584.1| SAM-dependent methyltransferase [Corynebacterium jeikeium ATCC 43734] Length=408 Score = 260 bits (664), Expect = 3e-67, Method: Compositional matrix adjust. Identities = 171/388 (45%), Positives = 220/388 (57%), Gaps = 55/388 (14%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +R G+ A LVE L++ R AGKL + WL E++QQAT VA RA Sbjct 42 LRKAHGEHARALVE--LVQARRAGKLPD--------SWLMDSESVQQATPPVVAEWRAEV 91 Query 61 LAGRVVH---DATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRAD 117 L G V D TCSIGTEL AL +RA+G D+D RL MAR N+ E + R D Sbjct 92 LKGAGVEAAVDVTCSIGTELYALSAAGLRALGGDLDHQRLRMARFNVP----EVPVVRMD 147 Query 118 VLHPV---------TRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCA 168 L P + VVV DPARR++ R L D QP L LLD Y +VVKCA Sbjct 148 ALRPAFAGDLKSGALKSGVVVADPARRNSSGRIAKLEDLQPPLPELLDCYD--KMVVKCA 205 Query 169 PGIDFEEVGRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSG---EQIGDD 225 PGID+ E F+G +EV+S GGV+EACL+S + G G RRA ++ + E + D Sbjct 206 PGIDYSE-----FDGHVEVVSVDGGVKEACLYSPAILGRG--RRAVVMGASSVKEIVTSD 258 Query 226 EPDDCGVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEV 285 EP+ V G++IVDPDGA+VRAGLVR Y ARHGLWQLDP IAYL+GD LP +RGFEV Sbjct 259 EPETDRVGGVGRYIVDPDGAIVRAGLVRQYAARHGLWQLDPHIAYLTGDELPAGVRGFEV 318 Query 286 LEQLAFDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLR---------------G 330 +E++ ++ R L L + EILVRGV +DPD LR++ +L+ Sbjct 319 VEKVPL--KKARSALVGLGAKSVEILVRGVDVDPDELRKKWKLKKGNAGGNGGASGAGVA 376 Query 331 SRPLAVVITRIGAGSLSHVTAYVCRPSR 358 +VV+TRIG G + A++CR R Sbjct 377 DTAYSVVVTRIGEGGAAKAVAFICRARR 404 >gi|296119542|ref|ZP_06838100.1| SAM-dependent methyltransferase [Corynebacterium ammoniagenes DSM 20306] gi|295967425|gb|EFG80692.1| SAM-dependent methyltransferase [Corynebacterium ammoniagenes DSM 20306] Length=395 Score = 259 bits (663), Expect = 3e-67, Method: Compositional matrix adjust. Identities = 162/359 (46%), Positives = 212/359 (60%), Gaps = 33/359 (9%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQ------WLFTDEALQQATAAPVA 54 + FG+ A + E RR AG P S+ WL +++QQAT PVA Sbjct 39 LHKEFGEYARAVAELVTARR--AGLRTHKFPRAEYSEHNPSASWLVDTDSIQQATPDPVA 96 Query 55 RHRAR---RLAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEA 111 R RA RL VHD TCS+G E AAL + VGSDID +RL+MARHN+ A Sbjct 97 RFRAAELARLGISSVHDVTCSVGFEGAALTGAGINYVGSDIDRIRLSMARHNVTA----G 152 Query 112 DLCRADVLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGI 171 +AD L T V++ DPARR+ GRR D P L L+D +R + +++KCAPG+ Sbjct 153 HFFQADALSETTTAQVILADPARRAGGRRISSPQDLLPPLPDLVDTHREKALMIKCAPGL 212 Query 172 DFEEVGRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSG--------EQIG 223 DF E ++G + V S GGV+EACL+S LA + RRA +L S E+ Sbjct 213 DFSE-----WDGGVTVTSLDGGVKEACLYSPQLATA---RRAVLLASTSESAADVIEEYA 264 Query 224 DDEPDDCGVRPAGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGF 283 D D G++I+DPDGAVVRAGLV++Y AR GLWQLD +IAYL+G ++P GF Sbjct 265 GDRADLPQAGEIGEFIIDPDGAVVRAGLVKDYAAREGLWQLDDRIAYLTGPQIPAGRSGF 324 Query 284 EVLEQLAFDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIG 342 +E++ ++L+ LSALDCG EILVRGV IDPD LR++L+LRGS AV+ITRIG Sbjct 325 RFIEEVPI--KKLKSALSALDCGRVEILVRGVDIDPDLLRKKLKLRGSAEFAVIITRIG 381 >gi|227501713|ref|ZP_03931762.1| SAM-dependent methyltransferase [Corynebacterium accolens ATCC 49725] gi|227077738|gb|EEI15701.1| SAM-dependent methyltransferase [Corynebacterium accolens ATCC 49725] Length=377 Score = 253 bits (646), Expect = 4e-65, Method: Compositional matrix adjust. Identities = 159/362 (44%), Positives = 218/362 (61%), Gaps = 38/362 (10%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRA-- 58 ++A +GD A +E LL R GKL E WL ++ QQAT VAR+R+ Sbjct 37 LKAAYGDYARCAME--LLTARRGGKLPE--------TWLMDADSAQQATPLSVARYRSEF 86 Query 59 -RRLAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRAD 117 R+ R VHD TCSIGTE ++ GSDID RLAMARHNLA+ +AD Sbjct 87 LRQRGMRTVHDVTCSIGTEGYGT---SLDYFGSDIDASRLAMARHNLAS----NHFFQAD 139 Query 118 VLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVG 177 L T V++ DPARR GRR D P L L+ +R V +KCAPG+DF + Sbjct 140 ALTTTTTADVIIADPARRKAGRRISRPEDLLPPLPDLIAAHRDAHVAIKCAPGLDFSD-- 197 Query 178 RLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQI---GDDEPDDCGVRP 234 ++G + V S G V+EACL++ GL G+G R +++ GE + D+E + Sbjct 198 ---WDGLVTVSSVNGAVKEACLYTPGL-GTG---RHAVMIQGESVDVLTDEEQNLPEAGE 250 Query 235 AGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDER 294 G +++DPDGAVVRAGLV++Y AR GLWQ+DP+IAYL+G+R+P GF +E++ + Sbjct 251 IGTYLIDPDGAVVRAGLVQHYAAREGLWQIDPRIAYLTGERIPQGTSGFPFIEKVPL--K 308 Query 295 RLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVC 354 RL+ VL A D G+ EILVRGV +DPD LR++++L+G+RP AV+ITRIG S A +C Sbjct 309 RLKSVLKAYDAGSLEILVRGVDVDPDQLRKQMKLKGTRPFAVIITRIG----SQGIALLC 364 Query 355 RP 356 +P Sbjct 365 QP 366 >gi|306835890|ref|ZP_07468885.1| SAM-dependent methyltransferase [Corynebacterium accolens ATCC 49726] gi|304568255|gb|EFM43825.1| SAM-dependent methyltransferase [Corynebacterium accolens ATCC 49726] Length=377 Score = 252 bits (643), Expect = 7e-65, Method: Compositional matrix adjust. Identities = 160/362 (45%), Positives = 218/362 (61%), Gaps = 38/362 (10%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRA-- 58 ++A +GD A +E LL R GKL E WL ++ QQAT VAR+R+ Sbjct 37 LKAAYGDYARCAME--LLTARRGGKLPE--------TWLMDADSAQQATPLSVARYRSEF 86 Query 59 -RRLAGRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCRAD 117 R+ R VHD TCSIGTE ++ GSDID RLAMARHNLA+ +AD Sbjct 87 LRQRGMRTVHDVTCSIGTEGYGT---SLDYFGSDIDASRLAMARHNLAS----NVFFQAD 139 Query 118 VLHPVTRDAVVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFEEVG 177 L T V++ DPARR GRR D P L L+ +R V +KCAPG+DF + Sbjct 140 ALTTTTTADVIIADPARRKAGRRISRPEDLLPPLPDLIAAHRDAHVAIKCAPGLDFSD-- 197 Query 178 RLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSGEQI---GDDEPDDCGVRP 234 ++G + V S G V+EACL++ GL G+G R +++ GE + D+E + Sbjct 198 ---WDGLVTVSSVNGAVKEACLYTPGL-GTG---RHAVMIQGETVDVLTDEEQNLPEAGD 250 Query 235 AGKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQLAFDER 294 G +++DPDGAVVRAGLV++Y AR GLWQ+DP+IAYL+G+R+P GF +E++ + Sbjct 251 IGTFLIDPDGAVVRAGLVQHYAAREGLWQIDPRIAYLTGERIPQGTSGFPFIEKVPL--K 308 Query 295 RLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHVTAYVC 354 RL+ VL A D G+ EILVRGV +DPD LR++++L+GSRP AV+ITRIG S A +C Sbjct 309 RLKSVLKAYDAGSLEILVRGVDVDPDQLRKQMKLKGSRPFAVIITRIG----SQGIALLC 364 Query 355 RP 356 +P Sbjct 365 QP 366 >gi|344045661|gb|EGV41331.1| hypothetical protein CgS9114_03053 [Corynebacterium glutamicum S9114] Length=387 Score = 248 bits (633), Expect = 1e-63, Method: Compositional matrix adjust. Identities = 161/367 (44%), Positives = 217/367 (60%), Gaps = 33/367 (8%) Query 1 VRARFGDRAPWLVETTLLRRRAAGKLGELCPNVGVSQWLFTDEALQQATAAPVARHRARR 60 +R FGD + E RR A GKL + WL E+ QQ T V+ RARR Sbjct 39 LRKHFGDFGRAVAELAGARRSAVGKLPQ--------DWLMCQESAQQTTPPAVSAERARR 90 Query 61 LA-----GRVVHDATCSIGTELAALRELAVRAVGSDIDPVRLAMARHNLAALGMEADLCR 115 L +VHD TCSIGTE L + +R +GSD+D R MA HNL G A + R Sbjct 91 LKTALGENAIVHDVTCSIGTEGHELIDAGLRYLGSDLDFSRTLMAAHNLQ--GKNALIFR 148 Query 116 ADVLHPVTRDA-VVVIDPARRSNGRRRFHLADYQPGLGPLLDRYRGRDVVVKCAPGIDFE 174 AD L P +R A V++ DPARR+ G+R + A P L LLD + + + VKCAPG+DF Sbjct 149 ADALQPASRGADVIIADPARRAGGKRITNPAQLLPPLPSLLDAWINQPLAVKCAPGLDFS 208 Query 175 EVGRLGFEGEIEVISYRGGVREACLWSAGLAGSGIRRRASILDSG--EQIGDDEPDDCGV 232 E + G + + S GGV+EACL++ LA G R A ++ G ++I + E D G Sbjct 209 E-----WSGLVSIASVDGGVKEACLYTTDLA-DGETREAIVIKDGLIDRITNLEDDATGQ 262 Query 233 RPA---GKWIVDPDGAVVRAGLVRNYGARHGLWQLDPQIAYLSGDRLPPALRGFEVLEQL 289 A G++I+DPDGA+VRAGLVR+Y R LW LD +IAYL+G+R+P GF +E++ Sbjct 263 DLAAAPGEFIIDPDGAIVRAGLVRHYAVREQLWMLDERIAYLTGNRIPEGTSGFRFIEEV 322 Query 290 AFDERRLRQVLSALDCGAAEILVRGVAIDPDALRRRLRLRGSRPLAVVITRIGAGSLSHV 349 ++L+ ++A D GA EILVRGV +DPD LR+RL+L+GSR ++VVITRIG S Sbjct 323 PL--KKLKSAMAAHDAGAVEILVRGVDVDPDQLRKRLQLKGSRAMSVVITRIG----SRG 376 Query 350 TAYVCRP 356 A +C P Sbjct 377 VALICGP 383 Lambda K H 0.324 0.141 0.431 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 666731534350 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