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= Rv1278 Length=875 Score E Sequences producing significant alignments: (Bits) Value gi|15608418|ref|NP_215794.1| hypothetical protein Rv1278 [Mycoba... 1696 0.0 gi|148822495|ref|YP_001287249.1| hypothetical protein TBFG_11304... 1694 0.0 gi|289745023|ref|ZP_06504401.1| conserved hypothetical protein [... 1693 0.0 gi|254364175|ref|ZP_04980221.1| hypothetical protein TBHG_01262 ... 1692 0.0 gi|340626293|ref|YP_004744745.1| hypothetical protein MCAN_12941... 1687 0.0 gi|298524781|ref|ZP_07012190.1| conserved hypothetical protein [... 1484 0.0 gi|289749830|ref|ZP_06509208.1| LOW QUALITY PROTEIN: conserved h... 1335 0.0 gi|289757377|ref|ZP_06516755.1| conserved hypothetical protein [... 1132 0.0 gi|15827553|ref|NP_301816.1| hypothetical protein ML1120 [Mycoba... 1124 0.0 gi|183984113|ref|YP_001852404.1| hydrolase [Mycobacterium marinu... 1079 0.0 gi|118619205|ref|YP_907537.1| hydrolase [Mycobacterium ulcerans ... 1066 0.0 gi|296170185|ref|ZP_06851779.1| conserved hypothetical protein [... 1045 0.0 gi|118465536|ref|YP_880670.1| hypothetical protein MAV_1428 [Myc... 1033 0.0 gi|254774305|ref|ZP_05215821.1| hypothetical protein MaviaA2_065... 1026 0.0 gi|336458542|gb|EGO37511.1| hypothetical protein MAPs_12110 [Myc... 1015 0.0 gi|41408591|ref|NP_961427.1| hypothetical protein MAP2493c [Myco... 1011 0.0 gi|342858076|ref|ZP_08714732.1| hypothetical protein MCOL_04340 ... 987 0.0 gi|333989913|ref|YP_004522527.1| hydrolase [Mycobacterium sp. JD... 920 0.0 gi|118467978|ref|YP_889254.1| hypothetical protein MSMEG_5002 [M... 811 0.0 gi|108800898|ref|YP_641095.1| hypothetical protein Mmcs_3934 [My... 780 0.0 gi|126436524|ref|YP_001072215.1| hypothetical protein Mjls_3949 ... 776 0.0 gi|145222844|ref|YP_001133522.1| hypothetical protein Mflv_2256 ... 758 0.0 gi|120405388|ref|YP_955217.1| hypothetical protein Mvan_4435 [My... 756 0.0 gi|169628512|ref|YP_001702161.1| hypothetical protein MAB_1421 [... 717 0.0 gi|240173025|ref|ZP_04751683.1| hydrolase [Mycobacterium kansasi... 635 1e-179 gi|289569288|ref|ZP_06449515.1| conserved hypothetical protein [... 617 4e-174 gi|307083839|ref|ZP_07492952.1| hypothetical protein TMLG_02615 ... 473 5e-131 gi|289761431|ref|ZP_06520809.1| conserved hypothetical protein [... 459 1e-126 gi|163840238|ref|YP_001624643.1| chromosome partition protein [R... 403 7e-110 gi|289761430|ref|ZP_06520808.1| conserved hypothetical protein [... 398 3e-108 gi|240173088|ref|ZP_04751746.1| hypothetical protein MkanA1_2749... 397 3e-108 gi|254820147|ref|ZP_05225148.1| hypothetical protein MintA_09481... 377 5e-102 gi|254821259|ref|ZP_05226260.1| hypothetical protein MintA_15077... 373 1e-100 gi|317506151|ref|ZP_07963974.1| hypothetical protein HMPREF9336_... 338 4e-90 gi|340774855|gb|EGR97330.1| hypothetical protein HMPREF1162_1347... 273 1e-70 gi|311740656|ref|ZP_07714483.1| conserved hypothetical protein [... 268 2e-69 gi|19552391|ref|NP_600393.1| DNA repair ATPase [Corynebacterium ... 257 8e-66 gi|145295309|ref|YP_001138130.1| DNA repair ATPase [Corynebacter... 256 2e-65 gi|344045719|gb|EGV41389.1| DNA repair ATPase [Corynebacterium g... 253 9e-65 gi|296119490|ref|ZP_06838048.1| putative ATPase [Corynebacterium... 226 1e-56 gi|296393104|ref|YP_003657988.1| hypothetical protein Srot_0675 ... 217 7e-54 gi|340794804|ref|YP_004760267.1| hypothetical protein CVAR_1843 ... 212 2e-52 gi|254822067|ref|ZP_05227068.1| hypothetical protein MintA_19187... 206 2e-50 gi|296138945|ref|YP_003646188.1| SMC domain-containing protein [... 184 8e-44 gi|213964609|ref|ZP_03392809.1| conserved hypothetical protein [... 177 6e-42 gi|260577575|ref|ZP_05845514.1| conserved hypothetical protein [... 170 1e-39 gi|260907422|ref|ZP_05915744.1| hypothetical protein BlinB_18945... 166 2e-38 gi|326382063|ref|ZP_08203756.1| hypothetical protein SCNU_03927 ... 164 5e-38 gi|284031703|ref|YP_003381634.1| DNA repair ATPase-like protein ... 164 6e-38 gi|256391659|ref|YP_003113223.1| hypothetical protein Caci_2464 ... 159 3e-36 >gi|15608418|ref|NP_215794.1| hypothetical protein Rv1278 [Mycobacterium tuberculosis H37Rv] gi|15840725|ref|NP_335762.1| hypothetical protein MT1315 [Mycobacterium tuberculosis CDC1551] gi|31792470|ref|NP_854963.1| hypothetical protein Mb1309 [Mycobacterium bovis AF2122/97] 51 more sequence titles Length=875 Score = 1696 bits (4391), Expect = 0.0, Method: Compositional matrix adjust. Identities = 874/875 (99%), Positives = 875/875 (100%), Gaps = 0/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK Sbjct 1 MKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM Sbjct 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL Sbjct 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA Sbjct 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA Sbjct 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF Sbjct 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ Sbjct 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA Sbjct 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN Sbjct 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA Sbjct 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA Sbjct 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR Sbjct 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV Sbjct 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 >gi|148822495|ref|YP_001287249.1| hypothetical protein TBFG_11304 [Mycobacterium tuberculosis F11] gi|253799677|ref|YP_003032678.1| hypothetical protein TBMG_02703 [Mycobacterium tuberculosis KZN 1435] gi|254550284|ref|ZP_05140731.1| hypothetical protein Mtube_07469 [Mycobacterium tuberculosis '98-R604 INH-RIF-EM'] 9 more sequence titles Length=875 Score = 1694 bits (4387), Expect = 0.0, Method: Compositional matrix adjust. Identities = 873/875 (99%), Positives = 875/875 (100%), Gaps = 0/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK Sbjct 1 MKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM Sbjct 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL Sbjct 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA Sbjct 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA Sbjct 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLA+RLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF Sbjct 361 DRLASRLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ Sbjct 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA Sbjct 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN Sbjct 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA Sbjct 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA Sbjct 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR Sbjct 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV Sbjct 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 >gi|289745023|ref|ZP_06504401.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|289685551|gb|EFD53039.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] Length=875 Score = 1693 bits (4384), Expect = 0.0, Method: Compositional matrix adjust. Identities = 873/875 (99%), Positives = 874/875 (99%), Gaps = 0/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK Sbjct 1 MKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM Sbjct 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL Sbjct 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA Sbjct 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA Sbjct 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF Sbjct 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ Sbjct 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA Sbjct 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN Sbjct 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA Sbjct 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA Sbjct 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDT LRIRSR Sbjct 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTGLRIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV Sbjct 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 >gi|254364175|ref|ZP_04980221.1| hypothetical protein TBHG_01262 [Mycobacterium tuberculosis str. Haarlem] gi|134149689|gb|EBA41734.1| hypothetical protein TBHG_01262 [Mycobacterium tuberculosis str. Haarlem] Length=875 Score = 1692 bits (4382), Expect = 0.0, Method: Compositional matrix adjust. Identities = 873/875 (99%), Positives = 874/875 (99%), Gaps = 0/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK Sbjct 1 MKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM Sbjct 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL Sbjct 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA Sbjct 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESA RTLDQLADCEEA Sbjct 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESAPRTLDQLADCEEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF Sbjct 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ Sbjct 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA Sbjct 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN Sbjct 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA Sbjct 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA Sbjct 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR Sbjct 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV Sbjct 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 >gi|340626293|ref|YP_004744745.1| hypothetical protein MCAN_12941 [Mycobacterium canettii CIPT 140010059] gi|340004483|emb|CCC43626.1| hypothetical protein MCAN_12941 [Mycobacterium canettii CIPT 140010059] Length=875 Score = 1687 bits (4370), Expect = 0.0, Method: Compositional matrix adjust. Identities = 870/875 (99%), Positives = 873/875 (99%), Gaps = 0/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGIAHRD+EFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK Sbjct 1 MKLHRLALTNYRGIAHRDIEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM Sbjct 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL Sbjct 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA Sbjct 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLAD EEA Sbjct 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADREEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF Sbjct 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ Sbjct 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCG+EQVDQLRSRLEQLCA Sbjct 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGNEQVDQLRSRLEQLCA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN Sbjct 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA Sbjct 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA Sbjct 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR Sbjct 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV Sbjct 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 FDTIG DGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 841 FDTIGVDGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 >gi|298524781|ref|ZP_07012190.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|298494575|gb|EFI29869.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] Length=841 Score = 1484 bits (3841), Expect = 0.0, Method: Compositional matrix adjust. Identities = 773/775 (99%), Positives = 774/775 (99%), Gaps = 0/775 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK Sbjct 1 MKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM Sbjct 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL Sbjct 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA Sbjct 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA Sbjct 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF Sbjct 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ Sbjct 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA Sbjct 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN Sbjct 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA Sbjct 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA Sbjct 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDL 775 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTD Sbjct 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDF 775 >gi|289749830|ref|ZP_06509208.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium tuberculosis T92] gi|289690417|gb|EFD57846.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium tuberculosis T92] Length=723 Score = 1335 bits (3456), Expect = 0.0, Method: Compositional matrix adjust. Identities = 701/704 (99%), Positives = 702/704 (99%), Gaps = 0/704 (0%) Query 167 SGTESLLIERIEAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRH 226 S TESLLIE+ EAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRH Sbjct 20 SNTESLLIEQFEAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRH 79 Query 227 TELTEQVAELSQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHA 286 TELTEQVAELSQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHA Sbjct 80 TELTEQVAELSQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHA 139 Query 287 GRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAES 346 GRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAES Sbjct 140 GRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAES 199 Query 347 ARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDR 406 ARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDR Sbjct 200 ARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDR 259 Query 407 GGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPG 466 GGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPG Sbjct 260 GGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPG 319 Query 467 ATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDE 526 ATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDE Sbjct 320 ATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDE 379 Query 527 QVDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAAR 586 QVDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAAR Sbjct 380 QVDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAAR 439 Query 587 RLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRV 646 RLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRV Sbjct 440 RLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRV 499 Query 647 IDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLD 706 IDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLD Sbjct 500 IDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLD 559 Query 707 AAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPS 766 AAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPS Sbjct 560 AAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPS 619 Query 767 FEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDAL 826 FEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDAL Sbjct 620 FEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDAL 679 Query 827 GFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRID 870 GFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRID Sbjct 680 GFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRID 723 >gi|289757377|ref|ZP_06516755.1| conserved hypothetical protein [Mycobacterium tuberculosis T85] gi|289712941|gb|EFD76953.1| conserved hypothetical protein [Mycobacterium tuberculosis T85] Length=604 Score = 1132 bits (2927), Expect = 0.0, Method: Compositional matrix adjust. Identities = 593/593 (100%), Positives = 593/593 (100%), Gaps = 0/593 (0%) Query 283 AAHAGRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRL 342 AAHAGRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRL Sbjct 12 AAHAGRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRL 71 Query 343 RAESARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAA 402 RAESARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAA Sbjct 72 RAESARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAA 131 Query 403 AVDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTAR 462 AVDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTAR Sbjct 132 AVDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTAR 191 Query 463 IVPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGL 522 IVPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGL Sbjct 192 IVPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGL 251 Query 523 CGDEQVDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAA 582 CGDEQVDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAA Sbjct 252 CGDEQVDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAA 311 Query 583 GAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTA 642 GAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTA Sbjct 312 GAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTA 371 Query 643 EQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRK 702 EQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRK Sbjct 372 EQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRK 431 Query 703 GKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPV 762 GKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPV Sbjct 432 GKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPV 491 Query 763 FGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLI 822 FGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLI Sbjct 492 FGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLI 551 Query 823 DDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 DDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 552 DDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 604 >gi|15827553|ref|NP_301816.1| hypothetical protein ML1120 [Mycobacterium leprae TN] gi|221230030|ref|YP_002503446.1| hypothetical protein MLBr_01120 [Mycobacterium leprae Br4923] gi|13093103|emb|CAC31501.1| conserved hypothetical protein [Mycobacterium leprae] gi|219933137|emb|CAR71215.1| conserved hypothetical protein [Mycobacterium leprae Br4923] Length=873 Score = 1124 bits (2907), Expect = 0.0, Method: Compositional matrix adjust. Identities = 605/872 (70%), Positives = 703/872 (81%), Gaps = 0/872 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRG A R++EFPD GV++VCGANEIGKSSM+EALDLLLE++DRSTKKEVK Sbjct 1 MKLHRLALTNYRGTARREIEFPDRGVILVCGANEIGKSSMIEALDLLLEFRDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKP NAD+GSEV AEISSG YRFVYRKRF+K+CET LTVLAP REQLTGDEAHERVR M Sbjct 61 QVKPANADIGSEVCAEISSGTYRFVYRKRFNKKCETALTVLAPHREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD +LWHAQRVLQAASTAAVDLSGCDALSRALDLAAGD A LSGTE LLIERIEAE Sbjct 121 LAETVDNDLWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDHAELSGTEPLLIERIEAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y RYFT TGRPTGEW+ A+SRL+ AE AV +CAAAVAEVDD VRRH LTE+VA L+QQ Sbjct 181 YRRYFTSTGRPTGEWAVAISRLSDAETAVGECAAAVAEVDDRVRRHAVLTERVAGLAQQR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 A RL A+ AA+K+A +T AREA+L+A AA AT+ A+ AAH RL LL EIDTR Sbjct 241 FAAGPRLAVAQAAADKVAVLTRQAREAELVAAAATATNAAAVAAHTSRLRLLAEIDTRAV 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 + A + +A++A D +T RA+AEA DAA+ E+T+ L A + RA+ AR T+DQL D +EA Sbjct 301 VLAATQDEAQEAVDAVSTMRADAEASDAAVEESTEALMAAQQRADIARSTVDQLVDRQEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRL+ RLA+ID I+G+RD +CAELSAVTLTE+LL RIE AAA VDR G QL ISAAVEF Sbjct 361 DRLSTRLAKIDAIQGERDLICAELSAVTLTEQLLQRIENAAAIVDRTGEQLKLISAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TA DIE+ VG QRVSL AGQSWS TATGPTEV+V GVLTA ++PGATALD Q+KY AAQ Sbjct 421 TATADIEISVGQQRVSLEAGQSWSTTATGPTEVEVLGVLTACVIPGATALDAQSKYVAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 +EL+ ALA G V DLAAAR A+ RREL S DQL+A LAG+CGD+Q+DQLR+RLEQL Sbjct 481 EELSVALADGGVVDLAAARCANQRRRELQSSLDQLSAALAGVCGDDQIDQLRARLEQLRD 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 G P E DL++ D +ARAEL+A E R A + + E R+ AA A RL ETS RA L Sbjct 541 GYPGEPDLLAVDIGSARAELEAAETVRAAVDFEREVCRRTAAAANCRLVETSARANFLLK 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 A + AEL + +LA +RASV D++LA+ AEA LR +Q AEQRV L +EL A P+A Sbjct 601 KAETQRAELDQDIDQLAQQRASVSDEDLASAAEAGLRAVQIAEQRVAKLTEELVAAEPEA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 V AEL A A E LR++H++A AL E+ +ELSVFGT+GR+GKLD AE EREHA S H Sbjct 661 VTAELVAATAAAESLRDQHEDAAGALREISIELSVFGTEGRQGKLDTAEAEREHAISQHT 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 ++GRRARAA+LLRSVMARHRDTTRLRYVEPYR EL RLGRPVFGP+FEV++D+DLRIRSR Sbjct 721 QIGRRARAAQLLRSVMARHRDTTRLRYVEPYRTELQRLGRPVFGPTFEVDIDSDLRIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TLD TVP+E LSGGAKEQLGILAR AGA LVAKED VPV++DDALGFTDP+RLAKMGE+ Sbjct 781 TLDGITVPFESLSGGAKEQLGILARFAGATLVAKEDNVPVVVDDALGFTDPDRLAKMGEM 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLD 872 FDT+GA GQVIVLTCSP RY G GAHRIDL+ Sbjct 841 FDTVGAHGQVIVLTCSPDRYDGFTGAHRIDLN 872 >gi|183984113|ref|YP_001852404.1| hydrolase [Mycobacterium marinum M] gi|183177439|gb|ACC42549.1| conserved hydrolase [Mycobacterium marinum M] Length=876 Score = 1079 bits (2791), Expect = 0.0, Method: Compositional matrix adjust. Identities = 629/875 (72%), Positives = 720/875 (83%), Gaps = 3/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGIAHR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE+KDRS KKE+K Sbjct 1 MKLHRLVLTNYRGIAHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLEFKDRSAKKEIK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEV AEISSGPYRFVYRKRFHK+CET+LTVLAPRREQLTGDEAHERVR + Sbjct 61 QVKPTNADVGSEVTAEISSGPYRFVYRKRFHKKCETQLTVLAPRREQLTGDEAHERVRAI 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGD---DAALSGTESLLIERI 177 LAETVDTELW AQRVLQAAST AVDLS CDALSRALD+AA D ALSG E +LIERI Sbjct 121 LAETVDTELWRAQRVLQAASTTAVDLSSCDALSRALDIAAAHSATDVALSGAEPVLIERI 180 Query 178 EAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELS 237 + EY+RYFTPTGRPTGEW+A ++RL+ AE AVA+CAAAV+EVD+ + RH ELT Q AEL+ Sbjct 181 DTEYSRYFTPTGRPTGEWAATLARLSGAETAVAECAAAVSEVDERISRHGELTRQAAELA 240 Query 238 QQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDT 297 QL A RL AAR AA+K+A + +A EAKL+ A AATS AS AAHA R L EID+ Sbjct 241 PQLAAAGSRLAAARQAADKVAGLKAEAHEAKLVTAAKAATSSASAAAHAERRALCEEIDS 300 Query 298 RTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADC 357 R A+ A + A+ AAD++A A A+A+ CD A+ EAT LTAV+ RAE+ARR+LDQ+AD Sbjct 301 RAKALEALQIDAQHAADQRAMASADAQRCDVAVEEATASLTAVQRRAEAARRSLDQIADR 360 Query 358 EEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAA 417 E+A RL+ARLARI +++ D DRVCA+LS VTLTE LL RIE AAA+VDR QLA ISAA Sbjct 361 EQAQRLSARLARIGEVQCDHDRVCAQLSEVTLTEALLKRIESAAASVDRVDGQLALISAA 420 Query 418 VEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYA 477 VEFTAA DIEL VG QRV LSAG SWS+TATGP EV+VPGVLTARI GATAL+ QAKY Sbjct 421 VEFTAAADIELVVGGQRVQLSAGSSWSMTATGPAEVEVPGVLTARITQGATALEAQAKYV 480 Query 478 AAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQ 537 AAQ+ELA ALAAG VA LA ARS + RRELL RRDQL+ATLAGLCGDEQVDQLR RL Q Sbjct 481 AAQEELAVALAAGGVATLAEARSVEQRRRELLGRRDQLSATLAGLCGDEQVDQLRCRLAQ 540 Query 538 LCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATV 597 L A QPAE DL +TD ARAEL+A EAARI A K CE +R++A A+RRLAETST ATV Sbjct 541 LQASQPAEPDLFATDATAARAELEAAEAARITAGKQCEDQRKLALAASRRLAETSTSATV 600 Query 598 LQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATA 657 LQ+ AE+ AA +RLA RA+V D +LA+ A+ADL VLQ +++R+ +LA+ L A Sbjct 601 LQSRLENGRAEVEAATSRLATARAAVSDADLASAADADLHVLQASQRRLAELAEVLDAAE 660 Query 658 PDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAAS 717 P+AVAAEL EAA+ + L ERHD + AL ++ VELSVFG++GR+ KLDAAETEREHAAS Sbjct 661 PEAVAAELREAAEIAQSLDERHDAVVAALRDISVELSVFGSEGRQSKLDAAETEREHAAS 720 Query 718 HHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRI 777 HAR+GRRARAA+LLRSVM RHRDTTR RYVEPYR EL RLGRPVFGP+FEV+V +DLRI Sbjct 721 QHARIGRRARAAQLLRSVMTRHRDTTRQRYVEPYRMELQRLGRPVFGPTFEVDVGSDLRI 780 Query 778 RSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKM 837 RSRTLDD TVPYE LSGGAKEQLGILAR AGAALVAKED VPV++DDALGFTDP+RLAKM Sbjct 781 RSRTLDDVTVPYESLSGGAKEQLGILARFAGAALVAKEDTVPVVVDDALGFTDPDRLAKM 840 Query 838 GEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLD 872 G VFDT+G GQVIVLTCSP RY GV GAHRIDL+ Sbjct 841 GGVFDTVGTHGQVIVLTCSPDRYDGVAGAHRIDLN 875 >gi|118619205|ref|YP_907537.1| hydrolase [Mycobacterium ulcerans Agy99] gi|118571315|gb|ABL06066.1| conserved hydrolase [Mycobacterium ulcerans Agy99] Length=876 Score = 1066 bits (2757), Expect = 0.0, Method: Compositional matrix adjust. Identities = 625/875 (72%), Positives = 718/875 (83%), Gaps = 3/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGIAHR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE+KDRS KKE+K Sbjct 1 MKLHRLVLTNYRGIAHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLEFKDRSAKKEIK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEV AEISSGPYRFVYRKRFHK+CET+LTVLAPRREQLTGDEAHERVR + Sbjct 61 QVKPTNADVGSEVTAEISSGPYRFVYRKRFHKKCETQLTVLAPRREQLTGDEAHERVRAI 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGD---DAALSGTESLLIERI 177 LAETVDT+LW AQRVLQAAST AVDLS CDALSRALD+AA D ALSG E +LIERI Sbjct 121 LAETVDTKLWRAQRVLQAASTTAVDLSSCDALSRALDIAAAHSATDVALSGAEPVLIERI 180 Query 178 EAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELS 237 +AEY+RYFTPTGRPTGEW+A ++RL+ AE AVA+CAAAV+EVD+ + RH ELT Q AEL+ Sbjct 181 DAEYSRYFTPTGRPTGEWAATLARLSGAETAVAECAAAVSEVDERISRHGELTRQAAELA 240 Query 238 QQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDT 297 +L A RL AAR AA+K+A + +A EAKL+ A AATS AS AAHA R L EID+ Sbjct 241 PKLAAAGSRLAAARQAADKVAGLKAEAHEAKLVTAAKAATSSASAAAHAERRALCEEIDS 300 Query 298 RTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADC 357 R A+ A + A+ AAD++A A A+A+ CD A+ EAT LTAV+ RAE+ARR+LDQ+AD Sbjct 301 RAKALEALQIDAQHAADQRAMASADAQRCDVAVEEATASLTAVQRRAEAARRSLDQIADR 360 Query 358 EEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAA 417 E+A RL+ARLARI +++ D DRVCA+LS VTLTE LL RIE AAA+VDR QLA ISAA Sbjct 361 EQAQRLSARLARIGEVQCDHDRVCAQLSEVTLTEALLKRIESAAASVDRVDGQLALISAA 420 Query 418 VEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYA 477 VEFTAA DIEL V QRV LSAG SWS+TATGP EV+VPGVLTARI+ GATAL+ QAKY Sbjct 421 VEFTAAADIELVVDGQRVQLSAGLSWSMTATGPAEVEVPGVLTARIIQGATALEAQAKYV 480 Query 478 AAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQ 537 AAQ+ELA ALAAG VA LA ARS + RRELL RRDQL ATLAGLCGDEQVDQLR RL Q Sbjct 481 AAQEELAVALAAGGVATLAEARSVEQRRRELLGRRDQLNATLAGLCGDEQVDQLRCRLAQ 540 Query 538 LCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATV 597 L A QPAE DL +TD ARAEL+A EAARI A K CE +R++A A+RRLAETST ATV Sbjct 541 LQASQPAEPDLFATDATAARAELEAAEAARITAGKQCEDQRKLAVAASRRLAETSTSATV 600 Query 598 LQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATA 657 LQ+ AE+ AA +RLA RA+V D +LA+ A+ADL VLQ +++R+ +L + L A Sbjct 601 LQSRLENGRAEVEAATSRLATARAAVSDADLASAADADLHVLQASQRRLAELTEVLDAAE 660 Query 658 PDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAAS 717 P+AVAAE EAA+ + L ERHD + AL ++ VELSVFG++GR+ KLDAAETEREHAAS Sbjct 661 PEAVAAEAREAAEIAQSLGERHDAVVAALRDISVELSVFGSEGRQSKLDAAETEREHAAS 720 Query 718 HHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRI 777 HAR+GRRARAA+LLRSVM RHRDTTR RYVEPYR EL RLGRPVFGP+FEV+V +DLRI Sbjct 721 QHARIGRRARAAQLLRSVMTRHRDTTRQRYVEPYRMELQRLGRPVFGPTFEVDVGSDLRI 780 Query 778 RSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKM 837 RSRTLDD TVPYE LSGGAKEQLGILAR AGAALVAKED VPV++DDALGFTDP+RLAKM Sbjct 781 RSRTLDDVTVPYESLSGGAKEQLGILARFAGAALVAKEDTVPVVVDDALGFTDPDRLAKM 840 Query 838 GEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLD 872 G VFDT+G GQVIVLTCSP RY GV GAHRIDL+ Sbjct 841 GGVFDTVGTHGQVIVLTCSPDRYDGVAGAHRIDLN 875 >gi|296170185|ref|ZP_06851779.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295895137|gb|EFG74854.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=873 Score = 1045 bits (2701), Expect = 0.0, Method: Compositional matrix adjust. Identities = 627/873 (72%), Positives = 713/873 (82%), Gaps = 0/873 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGIAHR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE +DRSTKKEVK Sbjct 1 MKLHRLILTNYRGIAHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLECRDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTN+DVGSEV AE+S GPYRFVYRKRFHK+CETELT+ AP REQLTGDEAHERVR M Sbjct 61 QVKPTNSDVGSEVSAELSCGPYRFVYRKRFHKKCETELTIQAPHREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD++LWHAQRVLQ+AST AV+LSGCDALSRALD+AAGD ALSGTE LLIERI+AE Sbjct 121 LAETVDSDLWHAQRVLQSASTTAVNLSGCDALSRALDVAAGDTGALSGTEPLLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEW AA++RLA AEAAVA CAAAVAEVD+ V RH LTE+VAELSQQ Sbjct 181 YARYFTPTGRPTGEWVAAITRLADAEAAVAQCAAAVAEVDERVCRHAVLTEEVAELSQQR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A Q RL AA+ AAE+I +T AREA+LIA AAAATS ++ AH RL LL EI TRTA Sbjct 241 IAAQPRLAAAQKAAEEITELTGQAREAELIAVAAAATSASAATAHTSRLQLLAEIGTRTA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AV AAEA+AR+AAD +A A +AEA DAA EA + ++ R E+ARR + QLA+ EEA Sbjct 301 AVSAAEAQAREAADARAAAHRQAEAADAAAREAAEAHADLQRRVEAARRIVTQLAEREEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRL+ARLA+I+ + D D+ CA L + +TE+LL RIE AAA VDR G QLAS SAAVEF Sbjct 361 DRLSARLAKIEAAQRDHDQACAALRDIAITEQLLRRIEDAAAMVDRIGDQLASTSAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TA DIEL +GDQRVSLS GQ+WSVT TGP V+VPGVLTARI PGAT +D QAKY AAQ Sbjct 421 TADADIELSIGDQRVSLSTGQTWSVTTTGPAAVQVPGVLTARITPGATTIDTQAKYTAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 +ELA A+AAG VADL AARSAD RREL RDQL+ATLAGL GDE++ QLRSRL QL A Sbjct 481 EELATAVAAGRVADLTAARSADRRRRELQGSRDQLSATLAGLRGDEEIGQLRSRLAQLRA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 QPA+ L +TD TAR ELDA+EA +AA +CE RR+ AAGAA R E +TRATVLQN Sbjct 541 DQPADAVLAATDAGTARDELDALEATCLAAASECEDRRRDAAGAAARFTELTTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 A + EL AA RL ER S GD +LAA A+A L+ + AE R +L+ L A PDA Sbjct 601 AWETQLGELTAATERLTQERESAGDGDLAAAADAALQAARAAESRHTELSGALTAANPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 V ELA A + +E LRER++EA R L E+ +ELSV G++GR+GKLDAAETEREHAAS H Sbjct 661 VHTELAAATEEMEELRERYEEAARVLREISIELSVMGSEGRQGKLDAAETEREHAASAHI 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 RVG RARAARLLRSVM RHRDTTR RYVEPYRAEL RLGRPVFGP+FEV++D+DL IRSR Sbjct 721 RVGSRARAARLLRSVMTRHRDTTRQRYVEPYRAELQRLGRPVFGPTFEVDIDSDLCIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TL+ TVPYE LSGGAKEQLGILARLAGAALVAKEDAVPV++DDALGFTDP+RLAKMGEV Sbjct 781 TLNGVTVPYESLSGGAKEQLGILARLAGAALVAKEDAVPVVVDDALGFTDPDRLAKMGEV 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 FDT+G+ GQVIVLTCSP RY GVKGAHRIDL A Sbjct 841 FDTVGSHGQVIVLTCSPDRYDGVKGAHRIDLSA 873 >gi|118465536|ref|YP_880670.1| hypothetical protein MAV_1428 [Mycobacterium avium 104] gi|118166823|gb|ABK67720.1| conserved hypothetical protein [Mycobacterium avium 104] Length=876 Score = 1033 bits (2672), Expect = 0.0, Method: Compositional matrix adjust. Identities = 629/876 (72%), Positives = 722/876 (83%), Gaps = 3/876 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGIAHR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE KDRSTKKEVK Sbjct 1 MKLHRLTLTNYRGIAHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLEAKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT++DVG+EV AEIS GPYRFVYRKRFHK+CETELTV+ P REQLTGDEAHERVR M Sbjct 61 QVKPTHSDVGAEVSAEISCGPYRFVYRKRFHKKCETELTVITPYREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD++LWHAQRVLQAASTAAVDLSGCDALSRALD+AAGD L GTE LLIERI+AE Sbjct 121 LAETVDSDLWHAQRVLQAASTAAVDLSGCDALSRALDVAAGDSGGLCGTEPLLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEW+AA++RLA AEAAVA+CAAAVAEVD+ V RH LTEQVA+LSQ+ Sbjct 181 YARYFTPTGRPTGEWAAAIARLADAEAAVAECAAAVAEVDERVSRHAALTEQVADLSQRR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A R+ AAR AA++IA +T REA+L+A AAAAT A+ AH+GRL LL +IDTR A Sbjct 241 IAAGPRVTAARQAADRIAELTAQRREAQLVAEAAAATKAAAAQAHSGRLQLLADIDTRAA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AV A+ +QAA + A A+A+A+ACD AL AT+ L + R + A+RT+++ A EEA Sbjct 301 AVTQTHAQVQQAAADHAVAQADAQACDTALQHATEALAELERRVQEAQRTVERSAGREEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARL +ID I+ DR+R+ AELS + +TEELL RIE AAAAVDR G QLAS SAAVEF Sbjct 361 DRLAARLDKIDAIQRDRERISAELSTIAVTEELLRRIEDAAAAVDRIGDQLASTSAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TA DI L +GD++VSL AGQSWS+TA GPT V+VPGVLTAR+ PGAT LD QAK+AAAQ Sbjct 421 TAVADIHLVIGDRQVSLPAGQSWSITAVGPTAVEVPGVLTARVTPGATTLDVQAKHAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELA AL AG VADL AARSAD RREL RDQL ATLAGLCGDE +D+LRSRL +L A Sbjct 481 QELAAALTAGAVADLGAARSADQRRRELQGTRDQLGATLAGLCGDEPLDELRSRLARLRA 540 Query 541 ---GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATV 597 QPA + D A AR EL+A+ AR A +C TRRQ A AA RLAET+T ATV Sbjct 541 EHPEQPAAPTGGAADLAAARTELEALAQARACASAECVTRRQAATAAAARLAETATAATV 600 Query 598 LQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATA 657 LQN AEL AA RLA ERASVGD+ELAA A+A LR Q AE+RV +LAD LAA + Sbjct 601 LQNRLDTLRAELDAATGRLAAERASVGDEELAASADAALRAEQAAERRVAELADALAAAS 660 Query 658 PDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAAS 717 PD+VAAELA+A E LRER++EA AL EV +ELSVFG++GR+GKLDAAETEREHAAS Sbjct 661 PDSVAAELADATQESESLRERYEEAAGALREVTIELSVFGSEGRQGKLDAAETEREHAAS 720 Query 718 HHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRI 777 H++VGRRARAA+LLRSVM RHRDTTR RYVEPYRAEL RLGRPVFGP+FEV++D+DL I Sbjct 721 EHSQVGRRARAAQLLRSVMTRHRDTTRQRYVEPYRAELQRLGRPVFGPTFEVDIDSDLCI 780 Query 778 RSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKM 837 RSRTL+ TVPYE LSGGAKEQLGILARLAGAALVAKEDAVPV++DDALGFTDP+RLAKM Sbjct 781 RSRTLNGITVPYESLSGGAKEQLGILARLAGAALVAKEDAVPVVVDDALGFTDPDRLAKM 840 Query 838 GEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 G++FD++G+ GQVIVLTCSP RY GVKGAHRIDL A Sbjct 841 GQLFDSVGSHGQVIVLTCSPDRYDGVKGAHRIDLSA 876 >gi|254774305|ref|ZP_05215821.1| hypothetical protein MaviaA2_06510 [Mycobacterium avium subsp. avium ATCC 25291] Length=876 Score = 1026 bits (2653), Expect = 0.0, Method: Compositional matrix adjust. Identities = 630/876 (72%), Positives = 725/876 (83%), Gaps = 3/876 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGIAHR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE KDRSTKKEVK Sbjct 1 MKLHRLTLTNYRGIAHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLEAKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT++DVG+EV AEIS GPYRFVYRKRFHK+CETELTV+ P REQLTGDEAHERVR M Sbjct 61 QVKPTHSDVGAEVSAEISCGPYRFVYRKRFHKKCETELTVITPYREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD++LWHAQRVLQAASTAAVDLSGCDALSRALD+AAGD L GTE LLIERI+AE Sbjct 121 LAETVDSDLWHAQRVLQAASTAAVDLSGCDALSRALDVAAGDSGGLCGTEPLLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEW+AA++RLA AEAAVA+CAAAVAEVD+ V RH LTEQVA+LSQ+ Sbjct 181 YARYFTPTGRPTGEWAAAIARLADAEAAVAECAAAVAEVDERVSRHAALTEQVADLSQRR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A R+ AAR AA++IA +T REA+L+A AAAAT A+ AH+GRL LL +ID+R A Sbjct 241 IAAGPRVTAARQAADRIAELTAQRREAQLVAEAAAATKAAAAQAHSGRLQLLADIDSRAA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AV +A+ +QAA + A ARA+A+ACD AL AT+ L + R + A+RT+++LA EEA Sbjct 301 AVTQTQAQVQQAAADHAAARADAQACDTALQHATEALAELERRVQEAQRTVERLAGREEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARL +ID I+ DR+R+ AELS + +TEELL RIE AAAAVDR G QLAS SAAVEF Sbjct 361 DRLAARLDKIDAIQRDRERISAELSTIAVTEELLRRIEDAAAAVDRIGDQLASTSAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TA DI L +GD++VSL AGQSWS+TA GPT V+VPGVLTAR++PGAT LD QAK+AAAQ Sbjct 421 TAVADIHLVIGDRQVSLPAGQSWSITAVGPTAVEVPGVLTARVIPGATTLDVQAKHAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELA AL AG VADLAAARSAD RREL RDQL ATLAGLCGDE D+LRSRL +L A Sbjct 481 QELAAALMAGAVADLAAARSADQRRRELQGTRDQLGATLAGLCGDEPHDELRSRLARLRA 540 Query 541 ---GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATV 597 QPAE + D A AR EL+ + AR A +C+T RQ A AA RLAET+T ATV Sbjct 541 EHPEQPAEPTGGAADLAAARTELETLAQARACASAECDTHRQAATAAAARLAETATAATV 600 Query 598 LQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATA 657 LQN AEL AA RLA ERASVGD+ELAA A+A LR Q AE+RV +LAD LAA + Sbjct 601 LQNRLDTLRAELDAATGRLAAERASVGDEELAASADAALRAEQAAERRVAELADALAAAS 660 Query 658 PDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAAS 717 PD+VAAELA+A E LRER++EA AL EV +ELSVFG++GR+GKLDAAETEREHAAS Sbjct 661 PDSVAAELADATQESESLRERYEEAAGALREVTIELSVFGSEGRQGKLDAAETEREHAAS 720 Query 718 HHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRI 777 H++VGRRARAA+LLRSVM RHRDTTR RYVEPYRAEL RLGRPVFGP+FEV++D+DL I Sbjct 721 EHSQVGRRARAAQLLRSVMTRHRDTTRQRYVEPYRAELQRLGRPVFGPTFEVDIDSDLCI 780 Query 778 RSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKM 837 RSRTL+ TVPYE LSGGAKEQLGILARLAGAALVAKEDAVPV++DDALGFTDP+RLAKM Sbjct 781 RSRTLNGITVPYESLSGGAKEQLGILARLAGAALVAKEDAVPVVVDDALGFTDPDRLAKM 840 Query 838 GEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 G++FD++G+ GQVIVLTCSP RY GVKGAHRIDL A Sbjct 841 GQLFDSVGSHGQVIVLTCSPDRYDGVKGAHRIDLSA 876 >gi|336458542|gb|EGO37511.1| hypothetical protein MAPs_12110 [Mycobacterium avium subsp. paratuberculosis S397] Length=876 Score = 1015 bits (2625), Expect = 0.0, Method: Compositional matrix adjust. Identities = 632/876 (73%), Positives = 724/876 (83%), Gaps = 3/876 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGIAHR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE KDRSTKKEVK Sbjct 1 MKLHRLTLTNYRGIAHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLEAKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT++DVGSEV AEIS GPYRFVYRKRFHK+CETELTV+ P REQLTGDEAHERVR M Sbjct 61 QVKPTHSDVGSEVSAEISCGPYRFVYRKRFHKKCETELTVITPYREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD++LWHAQRVLQAASTAAVDLSGCDALSRALD+AAGD L GTE LLIERI+AE Sbjct 121 LAETVDSDLWHAQRVLQAASTAAVDLSGCDALSRALDVAAGDSGGLCGTEPLLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y RYFTPTGRPTGEW+AA++RLA AE AVA+CAAAVAEVD+ V RH LTEQVA+LSQ+ Sbjct 181 YGRYFTPTGRPTGEWAAAIARLADAEVAVAECAAAVAEVDERVSRHAALTEQVADLSQRR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A R+ AAR AA++IA +T REA+L+A AAAAT A+ AH+GRL LL +IDTR A Sbjct 241 IAAGPRVTAARQAADRIAELTAQRREAQLVAEAAAATKAAAAQAHSGRLQLLADIDTRAA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 V A+ +QAA + A A+A+A+ACD AL AT+ L + R + A+RT+++LA EEA Sbjct 301 VVTQTHAQVQQAAADHAAAQADAQACDTALQHATEALAELERRVQEAQRTVERLAGREEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARL +ID I+ DR+R+ AELS + +TEELL RIE AAAAVDR G QLAS SAAVEF Sbjct 361 DRLAARLDKIDAIQRDRERISAELSTIAVTEELLRRIEDAAAAVDRIGDQLASTSAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TA DI L +GDQ+VSL AGQSWS+TA GPT V+VPGVLTAR++PGAT LD QAK+AAAQ Sbjct 421 TAVADIHLVIGDQQVSLPAGQSWSITAAGPTAVEVPGVLTARVIPGATTLDVQAKHAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELA AL AG VADLAAARSAD RREL RDQL ATLAGLCGDE +D+LRSRL +L A Sbjct 481 QELAAALTAGAVADLAAARSADQRRRELQGTRDQLGATLAGLCGDEPLDELRSRLARLRA 540 Query 541 ---GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATV 597 QPAE + D A AR EL+A+ AR A +C+TRRQ A AA RLAET+T ATV Sbjct 541 EHPEQPAEPTGGAADLAAARTELEALAQARACASAECDTRRQAATAAAARLAETATAATV 600 Query 598 LQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATA 657 LQN AEL AA RLA ERASVGD+ELAA A+A LR Q AE+RV +LAD LAA + Sbjct 601 LQNRLDTLRAELDAATGRLAAERASVGDEELAASADAALRAEQAAERRVAELADALAAAS 660 Query 658 PDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAAS 717 PDAVAAELA+A E LRER++EA AL EV +ELSVFG++GR+GKLDAAETEREHAAS Sbjct 661 PDAVAAELADATQESESLRERYEEAAGALREVTIELSVFGSEGRQGKLDAAETEREHAAS 720 Query 718 HHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRI 777 H++VGRRARAA+LLRSVM RHRDTTR RYVEPYRAEL RLGRPVFGP+FEV++D+DL I Sbjct 721 EHSQVGRRARAAQLLRSVMTRHRDTTRQRYVEPYRAELQRLGRPVFGPTFEVDIDSDLCI 780 Query 778 RSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKM 837 RSRTL+ TVPYE LSGGAKEQLGILARLAGAALVAKEDAVPV++DDALGFTDP+RLAKM Sbjct 781 RSRTLNGITVPYESLSGGAKEQLGILARLAGAALVAKEDAVPVVVDDALGFTDPDRLAKM 840 Query 838 GEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 G++FD++G+ GQVIVLTCSP RY GVKGAHRIDL A Sbjct 841 GQLFDSVGSHGQVIVLTCSPDRYDGVKGAHRIDLSA 876 >gi|41408591|ref|NP_961427.1| hypothetical protein MAP2493c [Mycobacterium avium subsp. paratuberculosis K-10] gi|41396949|gb|AAS04810.1| hypothetical protein MAP_2493c [Mycobacterium avium subsp. paratuberculosis K-10] Length=876 Score = 1011 bits (2615), Expect = 0.0, Method: Compositional matrix adjust. Identities = 631/876 (73%), Positives = 723/876 (83%), Gaps = 3/876 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGIAHR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE KDRSTKKEVK Sbjct 1 MKLHRLTLTNYRGIAHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLEAKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT++DVGSEV AEIS GPYRFVYRKRFHK+CETELTV+ P REQLTGDEAHERVR M Sbjct 61 QVKPTHSDVGSEVSAEISCGPYRFVYRKRFHKKCETELTVITPYREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD++LWHAQRVLQAASTAAVDLSGCDALSRALD+AAGD L GTE LLIERI+AE Sbjct 121 LAETVDSDLWHAQRVLQAASTAAVDLSGCDALSRALDVAAGDSGGLCGTEPLLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y RYFTPTGRPTGEW+AA++RLA AE AVA+CAAAVAEVD+ V RH LTEQVA+LSQ+ Sbjct 181 YGRYFTPTGRPTGEWAAAIARLADAEVAVAECAAAVAEVDERVSRHAALTEQVADLSQRR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A R+ AAR AA++IA +T REA+L+A AAAAT A+ AH+GRL LL +IDTR A Sbjct 241 IAAGPRVTAARQAADRIAELTAQRREAQLVAEAAAATKAAAAQAHSGRLQLLADIDTRAA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 V A+ +QAA + A A+A+A+ACD AL AT+ L + R + A+RT+++LA EEA Sbjct 301 VVTQTHAQVQQAAADHAAAQADAQACDTALQHATEALAELERRVQEAQRTVERLAGREEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRLAARL +ID I+ DR+R+ AELS + +TEELL RIE AAAAVDR G QLAS SAAVEF Sbjct 361 DRLAARLDKIDAIQRDRERISAELSTIAVTEELLRRIEDAAAAVDRIGDQLASTSAAVEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TA DI L +GDQ+VSL AGQSWS+TA GPT V+VPGVLTAR++ GAT LD QAK+AAAQ Sbjct 421 TAVADIHLVIGDQQVSLPAGQSWSITAAGPTAVEVPGVLTARVIAGATTLDVQAKHAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELA AL AG VADLAAARSAD RREL RDQL ATLAGLCGDE +D+LRSRL +L A Sbjct 481 QELAAALTAGAVADLAAARSADQRRRELQGTRDQLGATLAGLCGDEPLDELRSRLARLRA 540 Query 541 ---GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATV 597 QPAE + D A AR EL+A+ AR A +C+TRRQ A AA RLAET+T ATV Sbjct 541 EHPEQPAEPTGGAADLAAARTELEALAQARACASAECDTRRQAATAAAARLAETATAATV 600 Query 598 LQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATA 657 LQN AEL AA RLA ERASVGD+ELAA A+A LR Q AE+RV +LAD LAA + Sbjct 601 LQNRLDTLRAELDAATGRLAAERASVGDEELAASADAALRAEQAAERRVAELADALAAAS 660 Query 658 PDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAAS 717 PDAVAAELA+A E LRER++EA AL EV +ELSVFG++GR+GKLDAAETEREHAAS Sbjct 661 PDAVAAELADATQESESLRERYEEAAGALREVTIELSVFGSEGRQGKLDAAETEREHAAS 720 Query 718 HHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRI 777 H++VGRRARAA+LLRSVM RHRDTTR RYVEPYRAEL RLGRPVFGP+FEV++D+DL I Sbjct 721 EHSQVGRRARAAQLLRSVMTRHRDTTRQRYVEPYRAELQRLGRPVFGPTFEVDIDSDLCI 780 Query 778 RSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKM 837 RSRTL+ TVPYE LSGGAKEQLGILARLAGAALVAKEDAVPV++DDALGFTDP+RLAKM Sbjct 781 RSRTLNGITVPYESLSGGAKEQLGILARLAGAALVAKEDAVPVVVDDALGFTDPDRLAKM 840 Query 838 GEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 G++FD++G+ GQVIVLTCSP RY GVKGAHRIDL A Sbjct 841 GQLFDSVGSHGQVIVLTCSPDRYDGVKGAHRIDLSA 876 >gi|342858076|ref|ZP_08714732.1| hypothetical protein MCOL_04340 [Mycobacterium colombiense CECT 3035] gi|342135409|gb|EGT88575.1| hypothetical protein MCOL_04340 [Mycobacterium colombiense CECT 3035] Length=873 Score = 987 bits (2551), Expect = 0.0, Method: Compositional matrix adjust. Identities = 616/873 (71%), Positives = 702/873 (81%), Gaps = 0/873 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGI+HRD+EFPDHGVVVV GANEIGKSSM+EALDLLLE +DRSTKKEVK Sbjct 1 MKLHRLILTNYRGISHRDIEFPDHGVVVVSGANEIGKSSMIEALDLLLEARDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT++DVGSEV AEIS GPYRFVYRKRFHK+CETELTV+ P REQLTGDEAHERVR M Sbjct 61 QVKPTHSDVGSEVSAEISCGPYRFVYRKRFHKKCETELTVVRPYREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD++LWHAQRVLQ+ASTAAVDLSGCDALSRALD+AAGD L GTE LLIERI+AE Sbjct 121 LAETVDSDLWHAQRVLQSASTAAVDLSGCDALSRALDVAAGDSGGLCGTEPLLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y RYFTPTGRPTG+W+AA++RLA AEAAVA+CAAAVAEVDD V RH LTEQVA+ SQ+ Sbjct 181 YGRYFTPTGRPTGQWAAAITRLADAEAAVAECAAAVAEVDDRVARHAVLTEQVADFSQRR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A RL AA+ AA+KIAA+T REA+L A AA A + A++ AH R LL EI+TR Sbjct 241 IAAGPRLAAAQEAADKIAALTAQRREAQLAAEAADAIAAAASGAHTARRQLLAEIETRAG 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 AV + +A++A +A A+AEAEA AAL +ATQ ++ R+ESAR T++QLA EEA Sbjct 301 AVAETQTQAQEAEAARAAAQAEAEASAAALQQATQAHAELQQRSESARGTVEQLAAREEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRL ARLA+ID IE DR+R+ EL A+ +TE +L RIE AAAAVDR G QLA SAA+EF Sbjct 361 DRLTARLAKIDAIERDRERIGVELGAIAVTESVLRRIEDAAAAVDRTGDQLALTSAAIEF 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAA DI+L VG Q++SL AGQ WS TA GPT V+VPGVL AR+ PGAT LD AK+AAAQ Sbjct 421 TAAADIQLIVGGQQISLQAGQRWSTTAAGPTAVEVPGVLAARVTPGATTLDIHAKHAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 QELA ALA GEV+DLAAARSA RREL S RDQLTATLAGLCGDEQ D+LRSRL QL A Sbjct 481 QELAAALAVGEVSDLAAARSAHQRRRELHSTRDQLTATLAGLCGDEQADELRSRLAQLRA 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 PA + TD ARAEL AV A AA +C+ R + A AA L E STRATVLQN Sbjct 541 EHPAGAEPALTDIGAARAELAAVRQAHAAASSECDARGRAATAAAAGLTELSTRATVLQN 600 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 A+ AEL AA RLA ERAS GDDELA A A L Q A+QR +LAD LAA APDA Sbjct 601 TLQAQRAELDAAAGRLAAERASAGDDELAVAAAAALGEAQAAQQRATELADALAAAAPDA 660 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 V ELA+A + LRER++EA RAL E+ +ELSVFG++GR+GKLDAAETEREHAA+ H Sbjct 661 VETELADAKRESDSLRERYEEAARALREITIELSVFGSEGRQGKLDAAETEREHAANAHN 720 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 ++G RARAA+LLRSVM RHRDTTR RYVEPYRAEL RLGRPVFGPSFEV++D+DL IRSR Sbjct 721 QIGGRARAAQLLRSVMTRHRDTTRRRYVEPYRAELQRLGRPVFGPSFEVDIDSDLCIRSR 780 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TL+ TVPYE LSGGAKEQLGILARLAGAALVAKEDAVPV++DDALGFTDP+RL KMGE+ Sbjct 781 TLNGITVPYESLSGGAKEQLGILARLAGAALVAKEDAVPVVVDDALGFTDPDRLTKMGEL 840 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 FDT+G GQVIVLTCSP RY GVKGAHRIDL A Sbjct 841 FDTVGTHGQVIVLTCSPDRYDGVKGAHRIDLSA 873 >gi|333989913|ref|YP_004522527.1| hydrolase [Mycobacterium sp. JDM601] gi|333485881|gb|AEF35273.1| hydrolase [Mycobacterium sp. JDM601] Length=871 Score = 920 bits (2378), Expect = 0.0, Method: Compositional matrix adjust. Identities = 549/873 (63%), Positives = 660/873 (76%), Gaps = 2/873 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 ++LHRL LTNYRG+AHR+++FPDHGVVVV GANEIGKSSM+EALDLLLE KDRS KK+VK Sbjct 1 MRLHRLTLTNYRGVAHREIDFPDHGVVVVAGANEIGKSSMIEALDLLLESKDRSAKKDVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT+ADVG+EV AEIS+GPYRFVY KRFHK T+LTVL PRREQLTGDEAHERVR M Sbjct 61 QVKPTHADVGAEVTAEISTGPYRFVYHKRFHKAPRTQLTVLEPRREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 L ET+DT LW AQRVLQAASTAAVDLSGCDALSRALD+AAGD A SGTE +LIERI+AE Sbjct 121 LDETMDTGLWQAQRVLQAASTAAVDLSGCDALSRALDVAAGDTATPSGTEPVLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTGEW+AAV+ LA A+A VA C VAEVDD V RHTEL+EQ+A L+ Sbjct 181 YARYFTPTGRPTGEWAAAVAALATADAEVARCTDLVAEVDDRVLRHTELSEQLARLTDDR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A + R AA+ A + IAA+ D R+A+L+ATAA AT A+ AAHA R L E+++R A Sbjct 241 VAAEARHSAAKAAGDTIAALRDQLRDAQLVATAADATGAAAQAAHAERQRLCAELESRAA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 A+ +++ +A TA EA + A TEA ++L A AE++RR +DQLA +EA Sbjct 301 AIALLDSELAEATQAHDTADTEATTAEGAATEAERLLAAATEHAETSRRIVDQLAARDEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRL RL RID E D ++ AEL+A+T+TE +L +IE AAAA+DR A LA+ISA +E Sbjct 361 DRLETRLVRIDATEHDLEQAVAELAAITVTEPVLRQIEDAAAALDRAQAALAAISATLEV 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 TAA D+EL +G + SL+AGQSWS EV +PG+L+ R+ PG +A + K+AAAQ Sbjct 421 TAAADVELLIGGEHTSLAAGQSWSAPVAAGAEVALPGLLSVRVRPGDSAREASTKHAAAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 +ELA ALAAG VADLAAAR D RREL RDQL ATL L GD+ V++LR+RL QL Sbjct 481 EELATALAAGGVADLAAARRCDQRRRELQGSRDQLAATLVALRGDDAVEELRTRLAQL-R 539 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQN 600 G+ AE+ T ARAE D EA R A DCET R+ A+ +A R +T T+LQN Sbjct 540 GEHAEVGAGIT-LEEARAERDTAEAQRTRAHADCETLRRAASESAARRTAAATSVTLLQN 598 Query 601 AAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDA 660 A + AEL + RL ERASVGD++LA AE+ + LQ A+QR+ +++++LAA AP+ Sbjct 599 KGATQRAELESVTQRLTDERASVGDEDLAGAAESSGQALQAAQQRLAEVSEQLAAAAPEL 658 Query 661 VAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHA 720 V AELA+AA V+ L +RH E R LH+V VEL+VFGT+GRKG+LDAA+T REHA + H Sbjct 659 VDAELADAAQQVQALSDRHTETARELHQVEVELAVFGTEGRKGQLDAAQTAREHAVAEHD 718 Query 721 RVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSR 780 R+GRRARAA LLRS M RHRD TRLRYVEP+RAE+ RLG VFG FEVEVDTDL+I +R Sbjct 719 RIGRRARAAALLRSTMIRHRDDTRLRYVEPFRAEIQRLGVHVFGADFEVEVDTDLKICAR 778 Query 781 TLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEV 840 TLD RTVPYE LSGGAKEQLGIL RLAGAALVAKED+VPV+IDDALGFTDP+RL KMG V Sbjct 779 TLDGRTVPYESLSGGAKEQLGILTRLAGAALVAKEDSVPVVIDDALGFTDPDRLEKMGAV 838 Query 841 FDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 FD +GA GQVIVLTCSP RY VK AHRIDL A Sbjct 839 FDAVGAQGQVIVLTCSPDRYRSVKDAHRIDLSA 871 >gi|118467978|ref|YP_889254.1| hypothetical protein MSMEG_5002 [Mycobacterium smegmatis str. MC2 155] gi|118169265|gb|ABK70161.1| conserved hypothetical protein [Mycobacterium smegmatis str. MC2 155] Length=877 Score = 811 bits (2094), Expect = 0.0, Method: Compositional matrix adjust. Identities = 491/877 (56%), Positives = 596/877 (68%), Gaps = 4/877 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGI HR++EFPDHGVVVV GANEIGKSSM+EALDLL+E KDRS+KKEVK Sbjct 1 MKLHRLVLTNYRGITHREIEFPDHGVVVVSGANEIGKSSMIEALDLLIEAKDRSSKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT+ADVG+EV AEIS+GPYRF+YRKRFHKR ET+LT+L+P REQL+GDEAH+RV M Sbjct 61 QVKPTHADVGAEVSAEISTGPYRFLYRKRFHKRAETQLTILSPVREQLSGDEAHQRVLAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDT+LW AQRVLQA+STA VDLSG DAL+RALD+AAG+ +LSG E LLIERIE E Sbjct 121 LAETVDTDLWQAQRVLQASSTAPVDLSGSDALARALDVAAGEAVSLSGDEPLLIERIEGE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y RYFT TGRPTGEW+AAV RL AA+A VA CAAAVAEVDD V RH EL+ +V+ L+ + Sbjct 181 YQRYFTATGRPTGEWAAAVKRLQAADAEVARCAAAVAEVDDAVHRHQELSAEVSRLAGEC 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 RL A R AA+ + A+ +EA+++A AA T AS AA R + EID R A Sbjct 241 EQATQRLTATRTAADAVDALRQQLKEAQVVAEAAHVTHAASVAALTERRRMRAEIDERAA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 + +A AA+E TAR A + A + R ++AR +++L+D +EA Sbjct 301 TITELQAALVTAAEEAETAREVVTAAEEEAERAKAAVADHEARVDAARAAVERLSDRDEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRL RLA+ID + V EL +TL + + IE+AA AV+R Q SA +E Sbjct 361 DRLDMRLAKIDAATRELQAVTDELKTITLDDTAMRAIEKAALAVERAAGQAELASARIEL 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 A +++ V D V+L AG WSV+ T TE+ VPGVL+ R+VPG A + QA+ AQ Sbjct 421 VAQNGLDVRVDDATVALQAGAEWSVSTTTRTEIDVPGVLSVRVVPGTPAAETQARLDDAQ 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 L AL A + AR+ D RRELL RD+L ATL L GD+ + +LR RL L A Sbjct 481 AVLTAALQAVGAESVDVARALDARRRELLGSRDRLRATLDALVGDDDIARLRDRLAALRA 540 Query 541 GQPAELDLVST----DTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRAT 596 GQ + L D TARA+L A AA A CET R+ A AA R E STR + Sbjct 541 GQTDDGGLFDVEGPADIDTARAQLAADVAAHREAVAHCETARKAVAVAAARDTEKSTRLS 600 Query 597 VLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAAT 656 VL+ A EL RL +RA D+ LA K +AD + RV L DEL + Sbjct 601 VLREKLTAAQTELTTCSARLEAQRAGTPDEALALKVQADDEQAKATAARVATLRDELDRS 660 Query 657 APDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAA 716 APD+V AELA+A + ++ RHD A L EV +L V+GT+GRKG+LD AETEREHA Sbjct 661 APDSVLAELADAQRHAQSVQTRHDAATEGLREVSAQLKVYGTEGRKGQLDEAETEREHAN 720 Query 717 SHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLR 776 + + RV RRARAA LLRSVM RHRD TR RYV+P+R E+ RLGR VFG FEV+VD+ LR Sbjct 721 AEYLRVHRRARAAELLRSVMTRHRDATRQRYVDPFRNEVQRLGRLVFGEDFEVDVDSKLR 780 Query 777 IRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAK 836 I +RT+ RTVPYE LSGGAKEQL I+ARLAGA+LVAKED VPV+IDDALGFTD +RL K Sbjct 781 ISTRTVSGRTVPYESLSGGAKEQLAIVARLAGASLVAKEDTVPVIIDDALGFTDADRLTK 840 Query 837 MGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 MG VFD +G DGQVIVLTCSP RY V GAH I L A Sbjct 841 MGAVFDAVGGDGQVIVLTCSPDRYASVHGAHHIALTA 877 >gi|108800898|ref|YP_641095.1| hypothetical protein Mmcs_3934 [Mycobacterium sp. MCS] gi|119870038|ref|YP_939990.1| hypothetical protein Mkms_4008 [Mycobacterium sp. KMS] gi|108771317|gb|ABG10039.1| conserved hypothetical protein [Mycobacterium sp. MCS] gi|119696127|gb|ABL93200.1| conserved hypothetical protein [Mycobacterium sp. KMS] Length=877 Score = 780 bits (2013), Expect = 0.0, Method: Compositional matrix adjust. Identities = 497/875 (57%), Positives = 598/875 (69%), Gaps = 4/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGI+ R++EFPD GVVV+ GANEIGKSSM+EALDLL KDRSTKKEVK Sbjct 1 MKLHRLVLTNYRGISRREIEFPDRGVVVISGANEIGKSSMIEALDLLFAAKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT+ADVG+E+ AEIS+GPYRFVYRKRFHKR ETELT+LAP REQLTGDEAHER + Sbjct 61 QVKPTHADVGAEISAEISTGPYRFVYRKRFHKRAETELTILAPHREQLTGDEAHERALAL 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 L TVD +LW AQRV Q+ASTAA D SG DAL+RALD AAG+ A SG E LL++RI+ E Sbjct 121 LEGTVDMDLWQAQRVWQSASTAAADFSGSDALARALDAAAGEAATTSGAEPLLVDRIDEE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y RYFT TGRPTGEW+AA+ RL AAEA VA CAAAV EVD+ VRRH LT Q+AE ++Q Sbjct 181 YGRYFTATGRPTGEWAAAIKRLQAAEAEVARCAAAVGEVDEAVRRHAALTGQLAESAEQR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 A + AAR AA+ +AA+ EA +IA AA AT AS AA R L +ID R A Sbjct 241 AALTRDVTAAREAAQAVAALRRQVDEADVIAKAAQATRTASLAAVTERRRLRADIDERRA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 A+ EA A DE+ATARA +A A A + R ++AR +L+D +EA Sbjct 301 AITDLEAAVAAAVDEEATARAVDQAAQQAAERARAAVEEHHARVDAARAVAQRLSDRDEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRL ARLA+ID + V EL+ + +T+ + +E AA AV+R Q SA +E Sbjct 361 DRLTARLAKIDAAVRELAAVDTELAGIAVTDTSMRVVETAALAVERAAGQAELASARIEL 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 A D+++ VGD+ V + AG+ WSV AT PTE+ VPG+LTAR+VPG A QA+ A Sbjct 421 DAVADVDVRVGDELVRVVAGEGWSVNATTPTEITVPGLLTARVVPGTPAAQTQARLDEAN 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 +LA AL A AD+A AR+ RREL R L AT+ L GD+ QLR+RL +L Sbjct 481 ADLAAALQAVGAADVATARTLHDRRRELTQTRATLRATVDALTGDDTEAQLRARLAELRN 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEK----DCETRRQIAAGAARRLAETSTRAT 596 GQP L D A AA +AA + DCET R++A A+ +L E +TR Sbjct 541 GQPDTDALFELDGPADAAAAREALAAAVAAHQRAIGDCETHRKVAVAASAKLGEKATRLG 600 Query 597 VLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAAT 656 V++ AA AEL +A RLA R +V D+ L+ AEAD + A R L DELA + Sbjct 601 VVREKLAAAQAELNSATERLAAARDTVADEALSVAAEADREAAERAVARTARLRDELAQS 660 Query 657 APDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAA 716 AP+AV A LAE A L+ RH++ AL EV L V+GT+GR+G+LD+A EREHA Sbjct 661 APEAVEAHLAEVAARDRALQARHEDTTEALREVTAALKVYGTEGRQGQLDSAHGEREHAE 720 Query 717 SHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLR 776 S + RV RRARA LLRSVM+RHR TR RYVEPYR E+ RLGR VFG SFEVEVD+DLR Sbjct 721 SDYLRVHRRARAVDLLRSVMSRHRTATRERYVEPYRREVERLGRLVFGDSFEVEVDSDLR 780 Query 777 IRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAK 836 I +RTL RTVPYE LSGGAKEQLGI+ARLAGAALVAKED+VPV+IDDALGFTDP+RL K Sbjct 781 IHNRTLAGRTVPYESLSGGAKEQLGIVARLAGAALVAKEDSVPVVIDDALGFTDPDRLTK 840 Query 837 MGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDL 871 MG VFD IG DGQVIVLTCSP RY V AH I+L Sbjct 841 MGTVFDVIGGDGQVIVLTCSPQRYASVPDAHHIEL 875 >gi|126436524|ref|YP_001072215.1| hypothetical protein Mjls_3949 [Mycobacterium sp. JLS] gi|126236324|gb|ABN99724.1| conserved hypothetical protein [Mycobacterium sp. JLS] Length=877 Score = 776 bits (2004), Expect = 0.0, Method: Compositional matrix adjust. Identities = 498/875 (57%), Positives = 598/875 (69%), Gaps = 4/875 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGI+ R++EFPD GVVV+ GANEIGKSSM+EALDLL KDRSTKKEVK Sbjct 1 MKLHRLVLTNYRGISRREIEFPDRGVVVISGANEIGKSSMIEALDLLFAAKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT+ADVG+E+ AEIS+GPYRFVYRKRFHKR ETELT+LAP REQLTGDEAHER + Sbjct 61 QVKPTHADVGAEISAEISTGPYRFVYRKRFHKRAETELTILAPHREQLTGDEAHERALAL 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 L ETVD +LW AQRV Q+ASTAA D SG DAL+RALD AAG+ A SG E LL++RI+ E Sbjct 121 LEETVDMDLWQAQRVWQSASTAAADFSGSDALARALDAAAGEAATTSGAEPLLVDRIDEE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y RYFT TGRPTGEW+AA+ RL AAEA VA CAAAV EVD+ VRRH LT Q+AE ++Q Sbjct 181 YGRYFTATGRPTGEWAAAIKRLQAAEAEVARCAAAVGEVDEAVRRHAALTGQLAESAEQR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 A + AAR AA+ +AA+ EA +IA AA AT AS AA R L +ID R A Sbjct 241 AALTRDVTAAREAAQAVAALRRQVDEADVIAKAAQATRTASLAAVTERRRLRADIDERRA 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 A+ EA A DE+ATARA +A A A + R ++AR +L+D +EA Sbjct 301 AITDLEAAVAAAVDEEATARAVDQAAQQAAERARAAVEEHHARVDAARAVAQRLSDRDEA 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 DRL ARLA+ID + V EL+ + +T+ + +E AA AV+R Q SA +E Sbjct 361 DRLTARLAKIDAAVRELAAVDTELAGIAVTDTSMRVVETAALAVERAAGQAELASARIEL 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 A D+++ VGD+ V + AGQ WSV AT PTE+ VPG+LT R+VPG A QA+ A Sbjct 421 DAVADVDVRVGDELVRVVAGQGWSVNATTPTEITVPGLLTTRVVPGTPAAQTQARLDEAN 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 +LA AL A AD+A AR+ RREL R L AT+ L GD+ QLR+RL +L Sbjct 481 ADLAAALQALGAADVATARTLHDRRRELTQTRATLRATVDALTGDDTETQLRARLAELRD 540 Query 541 GQPAELDLVSTDTATARAELDAVEAARIAAEK----DCETRRQIAAGAARRLAETSTRAT 596 GQP L D A AA +AA + DCET R++A A+ +L E +TR Sbjct 541 GQPDTDALFELDGPADAAAAREALAAAVAAHQRAIGDCETHRKVAVAASAKLGEKATRLG 600 Query 597 VLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAAT 656 V++ AA AEL +A RLA R +V D+ L+ AEAD + A R L DELA + Sbjct 601 VVREKLAAAQAELNSATERLAAARDTVADEALSVAAEADREAAERAVARTARLRDELAQS 660 Query 657 APDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAA 716 AP+AV A LAE A L+ RH++ AL EV L V+GT+GR+G+LD+A EREHA Sbjct 661 APEAVEAHLAEVAARDRALQARHEDTTEALREVTAALKVYGTEGRQGQLDSAHGEREHAE 720 Query 717 SHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLR 776 S + RV RRARA LLRSVM+RHR TR RYVEPYR E+ RLGR VFG SFEVEVD+DLR Sbjct 721 SDYLRVHRRARAVDLLRSVMSRHRTATRERYVEPYRREVERLGRLVFGDSFEVEVDSDLR 780 Query 777 IRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAK 836 I +RTL RTVPYE LSGGAKEQLGI+ARLAGAALVAKED+VPV+IDDALGFTDP+RL K Sbjct 781 IHNRTLAGRTVPYESLSGGAKEQLGIVARLAGAALVAKEDSVPVVIDDALGFTDPDRLTK 840 Query 837 MGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDL 871 MG VFD IG DGQVIVLTCSP RY V AH I+L Sbjct 841 MGTVFDVIGGDGQVIVLTCSPQRYASVPDAHHIEL 875 >gi|145222844|ref|YP_001133522.1| hypothetical protein Mflv_2256 [Mycobacterium gilvum PYR-GCK] gi|315443311|ref|YP_004076190.1| hypothetical protein Mspyr1_16890 [Mycobacterium sp. Spyr1] gi|145215330|gb|ABP44734.1| conserved hypothetical protein [Mycobacterium gilvum PYR-GCK] gi|315261614|gb|ADT98355.1| hypothetical protein Mspyr1_16890 [Mycobacterium sp. Spyr1] Length=883 Score = 758 bits (1958), Expect = 0.0, Method: Compositional matrix adjust. Identities = 485/880 (56%), Positives = 597/880 (68%), Gaps = 9/880 (1%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGI HRD+EFPD GVVVV GANE+GKSSM+EALDLLLE KDRS KKE+K Sbjct 1 MKLHRLVLTNYRGITHRDIEFPDRGVVVVSGANEVGKSSMLEALDLLLESKDRSNKKEIK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT+ADVG+EV AEIS+GPYRFVYRKRFHK+ ETELTV+APRR+Q TGDEAHERVR M Sbjct 61 QVKPTHADVGAEVTAEISAGPYRFVYRKRFHKKPETELTVVAPRRQQFTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAG---DDAALSG-TESLLIER 176 LAETVD +LW AQRVLQ+A T A DLS CDALSRALD+ AG DD A G ++LL++R Sbjct 121 LAETVDLDLWQAQRVLQSAPTTAADLSACDALSRALDVVAGEVDDDPAPGGAVDTLLVDR 180 Query 177 IEAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAEL 236 I+ EY RYFT TG+PTGEW+AA RL A+ VA CAAAVAEVD+ VRRH LT +A L Sbjct 181 IDEEYRRYFTLTGKPTGEWAAATKRLRDADEQVARCAAAVAEVDEAVRRHAALTADLAVL 240 Query 237 SQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEID 296 S + + LE+A A +K+AA+ D A A AA +T AS +A R +ID Sbjct 241 SAERVTAAAHLESAAQAEKKVAALRADLDRATARAEAATSTHTASQSALTERRRCRADID 300 Query 297 TRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLAD 356 RTA + +A++ A DE TA A D A +A LTA + R ++AR + +LAD Sbjct 301 DRTATITRLQAESAVATDELDTAAQMKVAADEAAEKARLALTAGQERVDAARGAVQRLAD 360 Query 357 CEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISA 416 EE DRLA R+A I+ + + D V EL+A+ LT+ L++ IE+AAA VDR A +A SA Sbjct 361 REEVDRLAGRIATIERHQRELDAVSGELAAIALTDPLMTAIEKAAAVVDRATAAVAYASA 420 Query 417 AVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKY 476 +E AA D+E+ V V+L+AG +WS + T V V GVL+ RI PGA+A Q++ Sbjct 421 RMELVAAADLEISVDGSTVTLNAGDTWSAGVSADTGVDVAGVLSLRITPGASASATQSEL 480 Query 477 AAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLE 536 A L+DALA VADLAAAR+ D R++L R Q++A L L ++ V L++RL Sbjct 481 DDATAALSDALAQAGVADLAAARALDAHRQQLCGARRQVSAILDALTAEDSVADLQTRLT 540 Query 537 QLCAGQPAELDLVSTDTAT-----ARAELDAVEAARIAAEKDCETRRQIAAGAARRLAET 591 + A PA L TD A R EL AA A +DCET R++A A + +A+ Sbjct 541 AVQARIPAADGLFDTDAAILDPAAQRLELIEATAAHQDAIRDCETHRKVADQAGKLVAQR 600 Query 592 STRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLAD 651 A + + EL RLA +RASVGD+ELA K +AD A V +L D Sbjct 601 ELNAARIAQKLQSAQHELTTIAARLAEQRASVGDEELALKTDADAETAAKAVAAVAELRD 660 Query 652 ELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETE 711 ELA PDAV A LAEA A+ + R DEA+ AL E+ +L VFGT+GRKG LDAAETE Sbjct 661 ELARHHPDAVVAALAEAERALATVTARRDEAVEALREIAAQLKVFGTEGRKGNLDAAETE 720 Query 712 REHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEV 771 RE A + RV RRARAA+LLR+VM RHRD R RYV+P+R E+ RLGR VFG +FEV+V Sbjct 721 RERAEAEFGRVQRRARAAQLLRTVMGRHRDAMRQRYVDPFRTEVERLGRIVFGDTFEVDV 780 Query 772 DTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDP 831 D++LRI RTL RTVPYE LSGGAKEQLGI+ARLAGA LVA ED+VPV+IDDALGFTD Sbjct 781 DSELRIGHRTLSGRTVPYESLSGGAKEQLGIVARLAGATLVASEDSVPVVIDDALGFTDA 840 Query 832 ERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDL 871 +RL KM EVFD + DGQVI+LTCSP RY V+ A I+L Sbjct 841 DRLTKMAEVFDAVAGDGQVIILTCSPQRYADVRSARHIEL 880 >gi|120405388|ref|YP_955217.1| hypothetical protein Mvan_4435 [Mycobacterium vanbaalenii PYR-1] gi|119958206|gb|ABM15211.1| conserved hypothetical protein [Mycobacterium vanbaalenii PYR-1] Length=885 Score = 756 bits (1953), Expect = 0.0, Method: Compositional matrix adjust. Identities = 490/882 (56%), Positives = 601/882 (69%), Gaps = 11/882 (1%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGI HRD+EFPD GVVVV G NE GKSSM+EALDLLLE KDRS+KKEVK Sbjct 1 MKLHRLALTNYRGITHRDIEFPDRGVVVVSGPNEAGKSSMLEALDLLLESKDRSSKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT+ADVG+EV AEIS+GPYRFVYRKRFHKR ETELTVL PRREQLTGDEAHERVR + Sbjct 61 QVKPTHADVGAEVTAEISAGPYRFVYRKRFHKRPETELTVLTPRREQLTGDEAHERVRAI 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAG--DDAALSG---TESLLIE 175 LAE+VD +LW AQRVLQ+A T+A DLSGC+ALSRALD+ AG DD + +G ESLL++ Sbjct 121 LAESVDLDLWQAQRVLQSAPTSAADLSGCNALSRALDVVAGEVDDVSATGAGNVESLLVD 180 Query 176 RIEAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAE 235 R+E EY RYFT TGR TGEW+AA +RL AA+ VA CAAA+AEVD+ VRRH LT +A+ Sbjct 181 RVEEEYRRYFTSTGRATGEWAAATARLRAADEEVARCAAAMAEVDEAVRRHAALTTDMAQ 240 Query 236 LSQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEI 295 L+ + + RL++AR AA +A + + +A A AA + AS AA A R ++ Sbjct 241 LAVETASAAERLQSARNAAAAVAVLQGELDQATARAEAARSVHAASKAALAQRRRARADL 300 Query 296 DTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLA 355 D R+A V + + ++ AADE TA A + A +A L A + R ++AR + +LA Sbjct 301 DERSATVTSLQTESDTAADELDTANEMQVAAEEAAGKARSALAACQERVDAARVAVQRLA 360 Query 356 DCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASIS 415 D EEADRL R+A I+ + + V +L+A+TLT+ LL+ IE AAAAV+R A + S Sbjct 361 DREEADRLTGRIATIERHGRELEAVQRDLTAITLTDALLADIETAAAAVERATAAVEQTS 420 Query 416 AAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAK 475 A +E TAA D+E+ +GD ++L AG +W+ T + +PGVL+ +++PGA+A A Sbjct 421 AHIEVTAAADVEVRIGDADMTLRAGDTWAAAVGTATGIDLPGVLSVQVIPGASAAATAAA 480 Query 476 YAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRL 535 A LADAL A V D+ AAR+ D R EL + Q+ A L L D+ VDQLR+RL Sbjct 481 LDTAAARLADALRAAGVDDVEAARALDRRRHELSAAGRQIRAILEALAADDSVDQLRARL 540 Query 536 EQLCAGQPAELDLVSTDT------ATARAELDAVEAARIAAEKDCETRRQIAAGAARRLA 589 L A PAE L TDT A R EL AA A +DCET R++A AA+ A Sbjct 541 ADLQARTPAEEGLFDTDTRGSLDPAAQRLELVEATAAHQQAIRDCETHRKVAEEAAKLSA 600 Query 590 ETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDL 649 + A L A AEL AA RLA +RA+ DDELA KAEAD AE V + Sbjct 601 KRGLHAARLLEKLQAAQAELAAAGARLAEQRAATSDDELAVKAEADAEAAAAAEAAVARV 660 Query 650 ADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAE 709 ELA P+AVAA L +A A + RH E AL E+ +L V+GT+GRKG LDAAE Sbjct 661 GAELAGHEPEAVAAALVDAERAAAEVGARHHEVGEALREIAAQLKVYGTEGRKGGLDAAE 720 Query 710 TEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEV 769 TER A + RV RRARAA LLRSVM RHRD R RYV+P+R E+ RLGR VFG SFEV Sbjct 721 TERGRAEAEFVRVQRRARAAELLRSVMGRHRDAMRQRYVDPFRGEVERLGRIVFGDSFEV 780 Query 770 EVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFT 829 +VD+ L I +RTL RTVPYE LSGGAKEQLGI+ARLAGAALVAKED+VPV+IDDALGFT Sbjct 781 DVDSSLCIGNRTLSGRTVPYESLSGGAKEQLGIVARLAGAALVAKEDSVPVVIDDALGFT 840 Query 830 DPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDL 871 D ERL KM EVFD + DGQVI+LTCSP RY GV+ A I+L Sbjct 841 DTERLTKMAEVFDAVAGDGQVIILTCSPQRYAGVRTAQHIEL 882 >gi|169628512|ref|YP_001702161.1| hypothetical protein MAB_1421 [Mycobacterium abscessus ATCC 19977] gi|169240479|emb|CAM61507.1| Conserved hypothetical protein [Mycobacterium abscessus] Length=874 Score = 717 bits (1852), Expect = 0.0, Method: Compositional matrix adjust. Identities = 450/876 (52%), Positives = 575/876 (66%), Gaps = 5/876 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL++TNYRGI HRD+ FP+ GVVVV GANE+GK+SM+EALDLL+E KDRSTKK+VK Sbjct 1 MKLHRLSVTNYRGITHRDITFPERGVVVVGGANEVGKTSMIEALDLLIESKDRSTKKDVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT ADVGSEV AEIS GPYRFVYRKRFHKR ET LTV+ PRREQL+GDEAH+RV M Sbjct 61 QVKPTFADVGSEVEAEISCGPYRFVYRKRFHKRAETHLTVIEPRREQLSGDEAHQRVLDM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 L +++D LW AQRVLQ+A +DLS DAL+RALDLAAG ALSG+E L+ERI+AE Sbjct 121 LDQSIDMNLWKAQRVLQSAGAGVLDLSSSDALTRALDLAAGQSVALSGSEPDLVERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YA YFT TGRPTGEW+ A +RL AAE A+A AA+AEVD VR H ELT+++A + Sbjct 181 YALYFTGTGRPTGEWARAGARLTAAEDALASARAAMAEVDQQVREHDELTQELASVIADR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 RL A++ + + A ++A AA A + A+ R L+ +I R Sbjct 241 AEVNRRLAPLEEASQAVTTLVQQHDNAVVVAEAAQAAAVAAQTKRDERAQLVADIRARRV 300 Query 301 AVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEA 360 ++ + A+ TA+ EA +AA +AT+ + A R++ E+AR TLD+ +E Sbjct 301 SIDMLAEQLSATAEAHGTAQQVCEAAEAAAAQATESVDAARVQLEAARGTLDRALARDEV 360 Query 361 DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEF 420 D LAAR++RID V AELS++ +T + L IE AA AV A L + SA VE Sbjct 361 DGLAARVSRIDLTNRQLASVGAELSSLVITAQSLGAIETAARAVGMAEAALETASAQVEL 420 Query 421 TAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQ 480 A VD+++ V +++ ++AG WS AT E+ PGV ARI+PG A + K A+ Sbjct 421 RALVDVDIAVNGEQLRVAAGDRWSSAATDTIEITAPGVAVARIIPGPNAAQLRDKLDTAR 480 Query 481 QELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCA 540 Q L+ ALA VAD+ A+ R EL + RD+LTA L GL G E ++ LR +L +L Sbjct 481 QTLSGALADAGVADVGEAQKQFERRTELNAERDRLTALLDGLMGPESLEALREKLSRLRE 540 Query 541 GQPAELDLV-STDTATARAELDAV--EAARIAAEKDCETRRQIAAGAARRLAETSTRATV 597 P L + D A ARAE+ + E R+ AE+ T R+ A ++LAE + A Sbjct 541 LVPEATGLWDAIDPAQARAEVARLVGEVERLQAEE--VTHRRAVQTAGQQLAEKAAEAMA 598 Query 598 LQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATA 657 + AA + EL AA RLA R+S DD L + E ++ +RV DL +LAA Sbjct 599 AREKHAARAEELAAAEQRLAHVRSSASDDLLTERHERAVQAADLTSRRVTDLVSQLAALE 658 Query 658 PDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAAS 717 D V AELAE + + L RH+ L ++ V L VFG QGR+ +LDAA +ERE+AA+ Sbjct 659 ADRVRAELAEVSARAQALDRRHEATRDRLRDISVRLEVFGRQGRQDQLDAAASEREYAAT 718 Query 718 HHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRI 777 AR+G +ARA LRSVM RHRD RLRYV+P+RAEL RLGR VFGP+FEV++D+DL I Sbjct 719 EFARIGAKARAVDTLRSVMMRHRDGMRLRYVDPFRAELERLGRMVFGPTFEVDIDSDLSI 778 Query 778 RSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKM 837 RSRTL+ RTVPYE LSGGAKEQLGI+ARLA AALVA +DAVPV+IDDALGFTD +RL +M Sbjct 779 RSRTLEGRTVPYESLSGGAKEQLGIVARLASAALVAPQDAVPVIIDDALGFTDSDRLERM 838 Query 838 GEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 GEVF +G + QVIVLTCSP RY V GA RI L A Sbjct 839 GEVFGAVGTETQVIVLTCSPDRYRAVTGAQRISLSA 874 >gi|240173025|ref|ZP_04751683.1| hydrolase [Mycobacterium kansasii ATCC 12478] Length=564 Score = 635 bits (1637), Expect = 1e-179, Method: Compositional matrix adjust. Identities = 398/561 (71%), Positives = 451/561 (81%), Gaps = 0/561 (0%) Query 311 QAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADCEEADRLAARLARI 370 QA D QA A A ACDAA+ +A L+A + RAESARR+LDQ+ D EEADRL ARL RI Sbjct 2 QAVDRQAAATAAVAACDAAVEQAMHALSAAQRRAESARRSLDQIVDREEADRLGARLDRI 61 Query 371 DDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEFTAAVDIELGV 430 D +RDR+ AEL+AVT+TE ++ RI+ AAAA DR QLASISAAVEFTAAVDIEL V Sbjct 62 DTTRRERDRLDAELAAVTVTERVMRRIDEAAAAADRSDGQLASISAAVEFTAAVDIELVV 121 Query 431 GDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQQELADALAAG 490 G+QRVSL AGQ WS+TA GP EV VPGVLTARI G A + QAK+ AAQQELA AL AG Sbjct 122 GEQRVSLPAGQCWSITAAGPAEVVVPGVLTARISQGPAAQEMQAKHVAAQQELAQALTAG 181 Query 491 EVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCAGQPAELDLVS 550 VA +A AR+AD RREL S DQLTATL GLCGD+Q DQLR+RL QL A QPAE DL + Sbjct 182 GVAAVADARAADRRRRELQSTCDQLTATLDGLCGDDQEDQLRARLAQLQASQPAEPDLFA 241 Query 551 TDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQNAAAAESAELG 610 TD A AR EL A EAAR+AAE +CETRR+ AA AAR+LAE ST+ATVL + AEL Sbjct 242 TDAAAARVELQAAEAARMAAETECETRRRTAAAAARQLAEISTQATVLGHQVETRRAELD 301 Query 611 AAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAAD 670 AA RLA ER+SV D +LA KA+ADLR +TAE+RV +LA+ LAA APDAVAAELAEA D Sbjct 302 AARARLAQERSSVSDADLAVKADADLRARETAERRVGELAEALAAMAPDAVAAELAEAID 361 Query 671 AVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAAR 730 E LR+RHD+A+ L E+ +ELSVFG++GR+GKLDAAET+REHAA HARVG+RARAAR Sbjct 362 MAESLRQRHDDALNTLREISIELSVFGSEGRQGKLDAAETQREHAAGRHARVGQRARAAR 421 Query 731 LLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYE 790 LLRSVMARHRD+TRLRYVEPYRAELHRLGRPVFG +FEVEVD+DL+I SRTLD TVPYE Sbjct 422 LLRSVMARHRDSTRLRYVEPYRAELHRLGRPVFGHTFEVEVDSDLKICSRTLDGTTVPYE 481 Query 791 CLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQV 850 LSGGAKEQLGILAR AGAALVAKED VPV++DDALGFTDP+RLAKMGEVFDT+G GQV Sbjct 482 SLSGGAKEQLGILARFAGAALVAKEDTVPVVVDDALGFTDPDRLAKMGEVFDTVGTHGQV 541 Query 851 IVLTCSPTRYGGVKGAHRIDL 871 IVLTCSP RY GV AHRIDL Sbjct 542 IVLTCSPGRYDGVANAHRIDL 562 >gi|289569288|ref|ZP_06449515.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] gi|289543042|gb|EFD46690.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] Length=316 Score = 617 bits (1590), Expect = 4e-174, Method: Compositional matrix adjust. Identities = 315/316 (99%), Positives = 316/316 (100%), Gaps = 0/316 (0%) Query 560 LDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQNAAAAESAELGAAMTRLACE 619 +DAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQNAAAAESAELGAAMTRLACE Sbjct 1 MDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQNAAAAESAELGAAMTRLACE 60 Query 620 RASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERH 679 RASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERH Sbjct 61 RASVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERH 120 Query 680 DEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARH 739 DEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARH Sbjct 121 DEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARH 180 Query 740 RDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQ 799 RDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQ Sbjct 181 RDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQ 240 Query 800 LGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTR 859 LGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTR Sbjct 241 LGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTR 300 Query 860 YGGVKGAHRIDLDAIQ 875 YGGVKGAHRIDLDAIQ Sbjct 301 YGGVKGAHRIDLDAIQ 316 >gi|307083839|ref|ZP_07492952.1| hypothetical protein TMLG_02615 [Mycobacterium tuberculosis SUMu012] gi|308366474|gb|EFP55325.1| hypothetical protein TMLG_02615 [Mycobacterium tuberculosis SUMu012] Length=237 Score = 473 bits (1218), Expect = 5e-131, Method: Compositional matrix adjust. Identities = 236/237 (99%), Positives = 237/237 (100%), Gaps = 0/237 (0%) Query 639 LQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGT 698 +QTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGT Sbjct 1 MQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGT 60 Query 699 QGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRL 758 QGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRL Sbjct 61 QGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRL 120 Query 759 GRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAV 818 GRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAV Sbjct 121 GRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAV 180 Query 819 PVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 PVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 181 PVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 237 >gi|289761431|ref|ZP_06520809.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] gi|289708937|gb|EFD72953.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] Length=230 Score = 459 bits (1181), Expect = 1e-126, Method: Compositional matrix adjust. Identities = 229/230 (99%), Positives = 230/230 (100%), Gaps = 0/230 (0%) Query 646 VIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKL 705 +IDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKL Sbjct 1 MIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKL 60 Query 706 DAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGP 765 DAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGP Sbjct 61 DAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGP 120 Query 766 SFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDA 825 SFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDA Sbjct 121 SFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDA 180 Query 826 LGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 LGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ Sbjct 181 LGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 230 >gi|163840238|ref|YP_001624643.1| chromosome partition protein [Renibacterium salmoninarum ATCC 33209] gi|162953714|gb|ABY23229.1| chromosome partition protein [Renibacterium salmoninarum ATCC 33209] Length=885 Score = 403 bits (1036), Expect = 7e-110, Method: Compositional matrix adjust. Identities = 313/894 (36%), Positives = 466/894 (53%), Gaps = 58/894 (6%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL+L N+RGI+ R ++FP+ G +V+ G NE+GK+SM+EALDLL+ KD S K V+ Sbjct 1 MKLHRLSLENFRGISARSLDFPETGAIVIEGENEVGKTSMIEALDLLITEKDSSNKAAVR 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 +KP NADVGS V AEIS+GPYRFVYRK+F++ T L + P QL+G EAHERV+T+ Sbjct 61 AIKPVNADVGSSVEAEISTGPYRFVYRKQFNRTSSTTLKISKPSAVQLSGAEAHERVQTI 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAET+D LW A R++QA + V L+ +L+ ALD AAG A G + LI IE E Sbjct 121 LAETLDQALWKALRMMQAQPLSQVALAESGSLTTALDRAAGTTADHEGNDP-LITAIETE 179 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 Y +YFT TG+ TG++ A ++L +A A VA +AVAE+ V +H LT ++ +L Q Sbjct 180 YLKYFTKTGKITGQYLALENQLESARAEVAKANSAVAEIALDVAKHESLTARIEQLGTQ- 238 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRL---GLLTEIDT 297 + E V E+I + R A A+ A + A +L LL Sbjct 239 --RSVTEEELVVLNEQIEGWHELERRQLEAAEASEAAQQLAERAEQDQLRRTELLESERK 296 Query 298 RTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLADC 357 R +A + Q + E + E + Q A R +E+AR +D Sbjct 297 RASAAATLQTSIEQKSLESTRVATQLEHHQLSTNTLRQAADANRAISETARADVDHWQSG 356 Query 358 EEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISA- 416 +E RL+A+L + + D ++A + +LL++IE+A +AVD A L + SA Sbjct 357 QETVRLSAQLTGLAKLAERIDAAHRTIAAQIVDAQLLAKIEKAKSAVDIAEATLRAASAQ 416 Query 417 --AVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQA 474 A + V++E+ R+S +A V+ + E VPG++ + A A Sbjct 417 LTAQALSPEVNVEIDGIPLRISPAAEH--EVSLSKAVEFVVPGIIKLVLRSAADAGQLAT 474 Query 475 KYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSR 534 + A A +EL L + D A AR L RRE L G + LR+R Sbjct 475 EVATATEELNTLLRQAKATDTAQARLKHLQRREADDELRSAQKERQRLLGTDDESTLRAR 534 Query 535 LEQLCAGQPAEL------DLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRL 588 QL Q + L + D ATA++ E+A + E+R AA L Sbjct 535 FAQLETQQQSYLADREDSHPLPADEATAKSLRHDAESA------ERESR------AAYDL 582 Query 589 AETSTRATVLQNAAAAESAELGAAMTRLACE--------------RASVGDDELAA---K 631 T+ T Q+A +A ELG A + L R V D+ LA + Sbjct 583 GLTAL--TQYQSAWSAVQLELGIAQSELKVHEDELQKAQISIQQAREVVADEILAGNLKQ 640 Query 632 AEADLRVLQTAE-QRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRA-LHEV 689 A+ +L Q E Q DLAD D ++ A+ + L + E +RA L E Sbjct 641 AQENLTTAQLLERQFSTDLADSDLPNLRDR-----SQNAEELTLSLHQQIEQMRAVLTEA 695 Query 690 GVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVE 749 + G+QGR+ LD AE+ +H V RA+A +LL VM +HRD + +YV+ Sbjct 696 KARFEIAGSQGRQEALDVAESRLDHTEKKFKTVRARAQATKLLHEVMQKHRDFAKQQYVK 755 Query 750 PYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGA 809 P++ ++++LGR V+G F V+++++L+I +RT+ ++PY+ LS GAKEQL I+ARLA A Sbjct 756 PFQDQVNKLGRFVYGKDFSVDLNSNLQITTRTIGGLSIPYDALSAGAKEQLEIMARLACA 815 Query 810 ALVAKEDAVPVLIDDALGFTDPERLAKMGEVFDTIGA--DGQVIVLTCSPTRYG 861 A+V +D VP+LIDDALG++DP R+ + + T+ A + Q+ + TC+P R+ Sbjct 816 AMVDPDDGVPLLIDDALGYSDPGRIRLLSALLGTVTASSEAQIFLFTCTPGRWS 869 >gi|289761430|ref|ZP_06520808.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] gi|289708936|gb|EFD72952.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] Length=214 Score = 398 bits (1022), Expect = 3e-108, Method: Compositional matrix adjust. Identities = 191/192 (99%), Positives = 192/192 (100%), Gaps = 0/192 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK Sbjct 1 MKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM Sbjct 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 Query 181 YARYFTPTGRPT 192 YARYFTPTGRPT Sbjct 181 YARYFTPTGRPT 192 >gi|240173088|ref|ZP_04751746.1| hypothetical protein MkanA1_27496 [Mycobacterium kansasii ATCC 12478] Length=297 Score = 397 bits (1021), Expect = 3e-108, Method: Compositional matrix adjust. Identities = 230/296 (78%), Positives = 259/296 (88%), Gaps = 0/296 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL +TNYRGI HR++ FPDHGVVVVCGANE GKSSM+EALDLLLE KDRSTKKEVK Sbjct 1 MKLHRLVVTNYRGITHREIAFPDHGVVVVCGANESGKSSMIEALDLLLESKDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPTNAD GSEV AEIS+GPYRFVYRKRFHK+ ETELTVLAP REQLTGDEAH+RVR M Sbjct 61 QVKPTNADAGSEVTAEISAGPYRFVYRKRFHKKPETELTVLAPHREQLTGDEAHDRVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALD+AAG D + SG E LLIERI+AE Sbjct 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDVAAGADVSPSGAEPLLIERIDAE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFT TGRPTGEW+AA++ LA A+AAV CAAAVAEVD+ VRRH ELT +VAEL++Q Sbjct 181 YARYFTATGRPTGEWAAAINELAQADAAVVQCAAAVAEVDERVRRHAELTRRVAELAEQR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEID 296 A RL AA+ AA++IAA+T++AREA+LIA AAAA S AST AHA RL L+ ++D Sbjct 241 AAAGPRLVAAQAAADRIAALTNEAREAQLIAAAAAAASAASTTAHAERLSLVADVD 296 >gi|254820147|ref|ZP_05225148.1| hypothetical protein MintA_09481 [Mycobacterium intracellulare ATCC 13950] Length=246 Score = 377 bits (968), Expect = 5e-102, Method: Compositional matrix adjust. Identities = 198/242 (82%), Positives = 222/242 (92%), Gaps = 0/242 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 +KLHRL LTNYRGI+HR++EFPDHGVVVVCGANEIGKSSM+EALDLLLE +DRSTKKEVK Sbjct 1 MKLHRLILTNYRGISHREIEFPDHGVVVVCGANEIGKSSMIEALDLLLESRDRSTKKEVK 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 QVKPT++DVGSEV AEIS GPYRFVYRKRFHK+CETELT++ P REQLTGDEAHERVR M Sbjct 61 QVKPTHSDVGSEVSAEISCGPYRFVYRKRFHKKCETELTIITPCREQLTGDEAHERVRAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LAETVD++LWHAQRVLQ+ASTAAVDLSGCDALSRALD+AAGD L GTE LLIERI+ E Sbjct 121 LAETVDSDLWHAQRVLQSASTAAVDLSGCDALSRALDVAAGDSGGLCGTEPLLIERIDTE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 YARYFTPTGRPTG+W+AA++RLA AEAAVA+CAAAVAEVDD V RH LTEQVA+ SQ+ Sbjct 181 YARYFTPTGRPTGQWAAAIARLADAEAAVAECAAAVAEVDDRVARHAVLTEQVADFSQRR 240 Query 241 LA 242 +A Sbjct 241 IA 242 >gi|254821259|ref|ZP_05226260.1| hypothetical protein MintA_15077 [Mycobacterium intracellulare ATCC 13950] Length=298 Score = 373 bits (957), Expect = 1e-100, Method: Compositional matrix adjust. Identities = 218/296 (74%), Positives = 249/296 (85%), Gaps = 0/296 (0%) Query 578 RQIAAGAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLR 637 RQ A AA LAE STRATVLQN A+ AEL A RLA ERASV D+ELAA A++ LR Sbjct 3 RQAATTAAAALAELSTRATVLQNTLEAQRAELQATAGRLAAERASVSDEELAASADSALR 62 Query 638 VLQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFG 697 Q A+QRV +LA LAA +PDAVAAELAEA E LRER++EA RAL E+ +ELSVFG Sbjct 63 AAQAADQRVGELAAALAAASPDAVAAELAEATKEAESLRERYEEAARALREITIELSVFG 122 Query 698 TQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHR 757 ++GR+GKLDAAETEREHAA+ H+++G RARAA+LLRSVM RHRDTTR RYVEPYRAEL R Sbjct 123 SEGRQGKLDAAETEREHAATEHSQIGARARAAKLLRSVMTRHRDTTRRRYVEPYRAELQR 182 Query 758 LGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDA 817 LGRPVFGPSFEV++D+DL IRSRTL+ TVPYE LSGGAKEQLGILARLAGAALVAKEDA Sbjct 183 LGRPVFGPSFEVDIDSDLCIRSRTLNGITVPYESLSGGAKEQLGILARLAGAALVAKEDA 242 Query 818 VPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDA 873 VPV++DDALGFTDP+RLAKMG++FD++G GQVIVLTCSP RY GV+GAHRIDL A Sbjct 243 VPVVVDDALGFTDPDRLAKMGQLFDSVGTHGQVIVLTCSPDRYDGVRGAHRIDLTA 298 >gi|317506151|ref|ZP_07963974.1| hypothetical protein HMPREF9336_00343 [Segniliparus rugosus ATCC BAA-974] gi|316255573|gb|EFV14820.1| hypothetical protein HMPREF9336_00343 [Segniliparus rugosus ATCC BAA-974] Length=836 Score = 338 bits (866), Expect = 4e-90, Method: Compositional matrix adjust. Identities = 323/883 (37%), Positives = 426/883 (49%), Gaps = 73/883 (8%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 ++LHR+ L +YRG+ R+V F GV VV G NE GKSSM+EALDLL E KD S ++V+ Sbjct 1 MRLHRIKLEHYRGVRDREVVFAADGVTVVEGPNESGKSSMIEALDLLFEAKDASKTRQVR 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 + P AD V AE+ SGPYRFVY K++ KR T LTVLAP+REQLTG+ AHER M Sbjct 61 AIAPKGADAAPSVEAELESGPYRFVYAKQWLKRPSTTLTVLAPKREQLTGEAAHERAHAM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 LA TVD LW A R+LQ A V++ GC AL +ALD A+G L+GTE+ L+ RIE E Sbjct 121 LASTVDLSLWKALRMLQTAR-GQVEVDGCPALLKALDAASG-PVTLTGTETTLLARIEEE 178 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 RY+TP GR T E AA A+AEA AA+ V RH EL QVA + Sbjct 179 VRRYYTPGGRATKELRAAQENHASAEAGQVRAEAALEAVRAAAERHDELAAQVARAEAER 238 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATS--GASTAAHAGRLGLLTEIDTR 298 L AAR +++ + D AK A AAA S + RL + T+ Sbjct 239 EESGAALRAAREHWDRVGGLADKLELAKQRAGYAAARSLEAQKSKEERERLAASAQFQTK 298 Query 299 TAAVVAA---EAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTLDQLA 355 A ++ EA+ + A + A+ RA A AC + R + E R D+L Sbjct 299 LLADLSLSRREAQLKLIAAQGASRRA-AAACQSLRD---------RQQREELGRAEDRLE 348 Query 356 DCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIER----AAAAVDRGGAQL 411 EEA C E + L + R + AA V+ A++ Sbjct 349 QAEEAAE------------------CLEQAQAALASAIEERTAQDVFDAARQVELAEARV 390 Query 412 ASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALD 471 + SA + A + + L G S PT++ PG TA + PG+ Sbjct 391 ETASARMRIMALSSGPIEIDGALHQLEPGASLERIIVQPTDLTAPGFFTATLSPGSAGEK 450 Query 472 FQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQL 531 + A A+ LA AL E + A R R L + A LAG G + +D+L Sbjct 451 VADQLAQARSALARALERAEADTVEAVRGRLAERARALGEAQESRALLAGALGSQSLDRL 510 Query 532 RSRLEQLCAGQPAELDLVSTDTATARAELD-AVEAARIAAEKDCETRRQIAAGAARRLAE 590 RS E L+ A A D A+E + +D + A A R AE Sbjct 511 RS-----------ETALLRERVAAASQRDDQALEEFEESEAQDLPQAEEELARAQRETAE 559 Query 591 TSTRATVLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLA 650 + L +A L AA+ +LA R D++LA +A R L A+ L Sbjct 560 AQRAVSELDFRSANAETVLAAAVDQLAQSRERESDEQLAQRA----RELAAADLEAQGLL 615 Query 651 DELAATAPD----AVAAELAEAADAVELLRERHDEA-IRALHE----VGVELSVFGTQGR 701 +L A D +V A EA RER A + AL E V +L G Sbjct 616 AQLQAQVSDEDVESVRAAFEEAHQ-----RERSATARVAALREDLAQVNGQLLASAQGGY 670 Query 702 KGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRP 761 + D A + HA RV RARAA+LL + RD + RY P ++ LG Sbjct 671 QEAFDTASSRLVHAKEALERVAGRARAAQLLWETVTARRDAAQSRYAAPLERAINELGGS 730 Query 762 VFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVL 821 VFG SF V++D LR+ +RTL TV ++ LS GAKEQ+G+L RLA A LV + PV+ Sbjct 731 VFGDSFAVQLDGQLRVDTRTLLGTTVDFDSLSEGAKEQIGMLVRLACAKLVDPLEGAPVV 790 Query 822 IDDALGFTDPERLAKMGEVFDTIGAD-GQVIVLTCSPTRYGGV 863 IDDALG +DP+RLAKM DT+ A GQVIVLTC P R+ GV Sbjct 791 IDDALGHSDPQRLAKM---RDTLAATAGQVIVLTCFPERFSGV 830 >gi|340774855|gb|EGR97330.1| hypothetical protein HMPREF1162_1347 [Propionibacterium acnes SK182B-JCVI] Length=868 Score = 273 bits (698), Expect = 1e-70, Method: Compositional matrix adjust. Identities = 282/926 (31%), Positives = 437/926 (48%), Gaps = 112/926 (12%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEY--KDRSTKKE 58 +KLHR+ + N++ I R +E PD G+V+ G NEIGK+SMVEALDLLL+ K S ++ Sbjct 1 MKLHRIHVKNFKAIDERTLELPDCGIVIAAGRNEIGKTSMVEALDLLLDTGTKASSKSRK 60 Query 59 VKQVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRR--EQLTGDEAHER 116 V+ +P + + AE++ G +RFV+RK F K E+ L LA R E +T DEA E Sbjct 61 VRNAQPYGTSLQVAIEAEMTIGEHRFVHRKCFLKDKESSLKFLAGPRAGETITDDEAVET 120 Query 117 VRTMLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIER 176 + T+L+ D LW+A R++QA+ + + L AL+ AL+ A G G+ L++R Sbjct 121 METLLS-GADLTLWNALRLMQASGLSPLRLDSSQALTAALEQAGGKQPN-EGSGGGLMDR 178 Query 177 IEAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAEL 236 + AEY +YFTP G A L + +A+ +AEVDD V + + EQ++ Sbjct 179 VRAEYEKYFTPKGSERRTVFADRDELEDVRSNLAEGQRKLAEVDDVVESLSRINEQISHD 238 Query 237 SQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEID 296 + + + + A A + + + + A A + AH R L+ ++ Sbjct 239 ETVVASTKTDCQQAEAALASLTELEKEVETTRRTAKEATQRHAEAKTAHDMRAKLIDDLA 298 Query 297 T---------RTAAVVAAEAKARQAADEQA-TARAEAEA----CDAALTEATQVLTAVRL 342 T + AA +A ++ A E+A TA EA+A + A T+A Q L R+ Sbjct 299 TAQNEHKHCQQVAAELAGLGRSVTAEHEEAQTALDEAQAKVVEAEEAETQARQTLATARI 358 Query 343 RAESA--RRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERA 400 ESA R+ LD++ + +E R+AA R+D A +T + LS + +A Sbjct 359 GEESAKARQQLDRINELKE--RIAAEQRRLD--------------AEKVTSQALSELRKA 402 Query 401 AAAVD--RGGAQLASISAAVEFTAA----------VDIELGVGDQR-----VSLSAGQSW 443 A D R A +AS A+E AA +D+ +G +QR + + G++W Sbjct 403 VKADDLARDKASMASPQLAIEHLAAGVSLRIDGTDLDVPIGATNQRRVDGELVMEMGEAW 462 Query 444 SVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADL 503 V RI P + + A Q + L V L A S Sbjct 463 RV----------------RISPTSEVMALGHDAEKAHQAVVSQLEDLGVTSLEQAESRLA 506 Query 504 CRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCAGQPAELDLVSTDTATA-RAELDA 562 R+ + + L G G+ + +L + E+ + + VST A A + E +A Sbjct 507 ERKVMETHISSWQEHLEGEQGEATIQELEAMAER-------DAETVSTTVAEAQKLEEEA 559 Query 563 VEAARIAAEKDCETRRQIAAGAARRLA--ETSTRATVLQNAAAAESAELGAAMTRLACER 620 V AA A + ++ A RR+ E RA+V AA A + T L R Sbjct 560 VVAANEARTAQRQADNRLRAVEERRIEAHEKVFRASVDAEKAAETVARIA---TELTTAR 616 Query 621 ASVGDDELA------------AKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEA 668 D+ LA A+AEAD Q A LA P+ V E Sbjct 617 EITSDEALAEALATAQEQARLARAEADR--AQAA----------LAERNPEQVHTEAEGT 664 Query 669 ADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARA 728 A+ +R + IR E+ +L G Q R+ ++D + A A + +RAR+ Sbjct 665 RVALTTATDRLESNIRRRAELNGQLQGLGRQQRQIEVDTLTIKEHQLARRVAGLEQRARS 724 Query 729 ARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVP 788 A+LL +A H + R YV P+ ++ R+GR VFG VE+D+ L + +R L+ + Sbjct 725 AKLLYQTLAAHLEQVRQSYVAPFTTQIDRIGRGVFGQDLHVEIDSALSVVARQLNGSRLE 784 Query 789 YECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAK-MGEVFDTIGAD 847 ++ LS GA+EQLG++ RLA A LV +D VPV++DDAL ++DP R+ +GEV GA Sbjct 785 WDQLSSGAREQLGLVVRLAAARLVDPDDGVPVILDDALVYSDPVRVRHILGEVAQ--GAQ 842 Query 848 -GQVIVLTCSPTRYGGVKGAHRIDLD 872 Q++VLT +P RY V GA ++ + Sbjct 843 TSQIVVLTSAPERYDSVPGAQHVNFE 868 >gi|311740656|ref|ZP_07714483.1| conserved hypothetical protein [Corynebacterium pseudogenitalium ATCC 33035] gi|311304176|gb|EFQ80252.1| conserved hypothetical protein [Corynebacterium pseudogenitalium ATCC 33035] Length=861 Score = 268 bits (686), Expect = 2e-69, Method: Compositional matrix adjust. Identities = 287/895 (33%), Positives = 432/895 (49%), Gaps = 57/895 (6%) Query 1 VKLHRLALTNYRGIAHRDV-EFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEV 59 +++HRL LTN RGI H + E P+ GVVV+ G NE GKS++VEALD++L K K + Sbjct 1 MRIHRLELTNVRGIEHLVLDELPETGVVVIHGENEAGKSTIVEALDVVLTEKHSGRSKRI 60 Query 60 KQVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRT 119 + ++P DV E+ AE+S G YRF KR+ + EL V APR Q TG +A + + Sbjct 61 RSLQPVGKDVAPEITAELSVGEYRFRIAKRWLSKKSCELNVTAPRPAQFTGSQADDELER 120 Query 120 MLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAG-DDAALSGTESLLIERIE 178 +L+E +D L A + Q + A+ G +L+RAL+ +G + +SG +S L+ R++ Sbjct 121 ILSEHLDRSLVDALFMRQDDTGEAISAVGIPSLTRALERESGLAEEEVSGDDSALLARVD 180 Query 179 AEYARYFT-PTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELS 237 EY RYFT G P GE+ A + LA AE + + E+D V R+ +L A Sbjct 181 KEYQRYFTAAKGNPAGEYKDAAAALARAEEEYTEATRVLRELDSVVERYEQLERDQAAAE 240 Query 238 QQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGAS------TAAHAGRLGL 291 +L A + L +K A + A + + AA + AS AA R GL Sbjct 241 AELPAARADL------TDKQAQAEEAATAQATLDSHKAALARASEDLARAQAAVTERAGL 294 Query 292 LTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVRLRAESARRTL 351 +T + AA AA+ K A D+ A E+ + L EA + A R + ARR Sbjct 295 VTAAEEAAAASDAAQHKLTAAQDKAKEEAASKESLEKQLAEAKEDYAAARSTLKQARR-- 352 Query 352 DQLADCEEADRLAARLARIDDI--EGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGA 409 L D ++ ++L+ARL +D + E D+ R +T ++ + +A +A+ Sbjct 353 --LQDKQKFEQLSARLESLDGLAAEVDQARATIAQRGREVTAADITGLHKADSALSVAKR 410 Query 410 QLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGA-T 468 + +A V F+ + V + + + G+ +V + + G +TAR G+ + Sbjct 411 LHEAAAAKVHFSGPAGSTIRVDGEDIEV--GEDTAVELVDSRVITI-GDITARFSAGSYS 467 Query 469 ALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQV 528 A D Q A+ L + L V +AAA A R D T LA G + + Sbjct 468 AEDTQRDVEQARTRLHELLDTLSVGSVAAAEEAHETHRAQNDALDAATRALAAELGPDDL 527 Query 529 DQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRL 588 +LR++ L A + A+L A + + ++ A R++ RL Sbjct 528 GELRAQHAAL-AEKVADLADEEELNLAAAEAAEEEASEKVDA-----LDRELVPYRESRL 581 Query 589 AETSTRATVLQNAAAAESAELGAAMTR-LACERASVGDDELAAKAE------ADLRVLQT 641 A + R + AAA E+A+ +TR L+ R D++L A+ DLR Q Sbjct 582 AHEAVRLDA-ELAAARENAQ---RVTRDLSSARERAADEDLRAEVTRLESVVGDLRG-QL 636 Query 642 AEQRVIDLADELAATAPDAVAAELAEAADA-VELLRERHDEAIRALHEVGVELSVFGTQG 700 E +DL A A L E A + ++ L ER L + E++ G Sbjct 637 EEMEAVDL----------ATAQSLVEGAQSHLDYLTERIQRCEVDLGRLSSEVNFHS--G 684 Query 701 RKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGR 760 + A + E A + + V +RA+AAR LR ++ +HRD R RY P+ A L RL R Sbjct 685 AAERAQQATSAVEMARAVYESVDKRAQAARYLRELLLKHRDAARQRYAAPFVAALSRLAR 744 Query 761 PVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPV 820 V+G E+D DLR+ +RT D+ TV LSGGA+EQL IL R A A LV E +VPV Sbjct 745 TVYGGDITFELDDDLRVTTRTQDNETVSLASLSGGAREQLAILTRFAIAQLVGPE-SVPV 803 Query 821 LIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 ++DDALG TD RL M +F + D QV+V TC P RY V G D+ A++ Sbjct 804 IVDDALGSTDAHRLQLMATLFSHVARDNQVLVFTCMPERYSRVPGRSERDIAALK 858 >gi|19552391|ref|NP_600393.1| DNA repair ATPase [Corynebacterium glutamicum ATCC 13032] gi|62390055|ref|YP_225457.1| DNA repair ATPase [Corynebacterium glutamicum ATCC 13032] gi|21323934|dbj|BAB98560.1| ATPase involved in DNA repair [Corynebacterium glutamicum ATCC 13032] gi|41325391|emb|CAF19871.1| ATPase involved in DNA repair [Corynebacterium glutamicum ATCC 13032] Length=876 Score = 257 bits (656), Expect = 8e-66, Method: Compositional matrix adjust. Identities = 272/910 (30%), Positives = 437/910 (49%), Gaps = 75/910 (8%) Query 1 VKLHRLALTNYRGIAHRDV-EFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEV 59 +++H + + N+R I H ++ + PD GV+V+ G NE GKSS++EA+ +L K R+T K + Sbjct 1 MRIHEIIIDNFRAIEHLELRDIPDQGVIVIHGDNEQGKSSILEAIKTVLNSKHRTTSKTI 60 Query 60 KQVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRT 119 K ++P + DV + E + G RF KRF K EL V+ PR G EA + Sbjct 61 KAIQPVDRDVPISITLEATVGTVRFRIHKRFLKSTAAELQVIEPRPSNHRGLEAEAALAE 120 Query 120 MLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGD--DAALSGTESLLIERI 177 +L +DT L A + Q A + G L+ AL+ G+ DA ++ L+E + Sbjct 121 ILESHLDTSLLDALFMKQGEVEAGISAVGIPTLTSALNAQNGNTEDAT---EDTALMEAV 177 Query 178 EAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTEL-------T 230 E EY +++T +G+ + ++ + + A VA++ V R L T Sbjct 178 EKEYLKFYTNSGKANTRFLQFSKQVETLRTDLDEANAEVAKLSSHVDRVKRLEIDRDQAT 237 Query 231 EQVAELSQQLLAHQLRLE-AARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRL 289 Q+ + ++L + LE A +V A+ + +R + + A T A R Sbjct 238 AQLPKAEEELAGRKAELEEAQKVKAQATEILAQFSRAEEQLEQA--------TGAQKRRK 289 Query 290 GLLTEIDTRTAAVVAAEAK----ARQAADEQATARAEAEACDAALTEATQVLTAVRLRAE 345 L +++ V AEA A++A+ E A +E +AA A + L +++A Sbjct 290 ELRNKLELAQTEVEKAEAGQENLAQEASREAEEFLALSEKFEAA--RAAETLAVEKVKA- 346 Query 346 SARRTLDQLADCEEADRLAARLARIDDIEGDR--DRVCAELSAVTLTEELLSRIERAAAA 403 AR+++ + + + + L L +D I G R + + S+V +++ + +++A Sbjct 347 -ARQSVAGIKNRDRKEHLTVMLGELDRI-GQRLYELRSVQHSSVRVSQRDIDALQKAITE 404 Query 404 VDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARI 463 VD + + ++ +A+ ++ +GD VS A + + A V G +T I Sbjct 405 VDIQRTLVEAQQGSITLSASTPTDIQLGDDTVS--ATDAGTTVALDRELTVVVGDVTLVI 462 Query 464 VPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLC 523 PG TA + + + +A+ LA+ L +V+DL R E + ++Q A +A L Sbjct 463 NPGKTAAESRTDFESAEAALAELLDQLDVSDLDQLR-------ERFTAQEQRDADIAELV 515 Query 524 GDEQ-------VDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAAR-IAAEKDCE 575 ++Q LR+ LE L P +LD S A+ +L+ E +R +AAE Sbjct 516 REQQRMSGGTETTVLRAELEGLHV--PEDLD-PSISVDDAQTQLNEAEESRELAAEAH-- 570 Query 576 TRRQIAAGAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDEL------A 629 + AA R TV AA L +A L A DDE+ Sbjct 571 -KHANAALDGLRSRPVDKALTVFNAQLAALQRNLSSAQVELDRAVAETSDDEVDAAVQRC 629 Query 630 AKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADA-VELLRERHDEAIRALHE 688 A+A A +RV + ++V LA T PD +A L +AA+A V + +A L Sbjct 630 AEALAGVRVQKQEIEQV------LAKTNPD-MAQRLCDAAEANVRSYKTAVSDATTEL-- 680 Query 689 VGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYV 748 V +E + G K +LD ++ A + RRA AAR L ++M +RD +R RY Sbjct 681 VRLEGLIGVAAGAKERLDKVKSALTAAENRFESEQRRAHAARRLYALMVFYRDESRKRYA 740 Query 749 EPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAG 808 P+ +L RL VFG S + ++D +L+I SR++ RTV LSGGAKEQL IL R A Sbjct 741 APFADKLSRLAASVFGESADFDLDDELKISSRSIGPRTVDLANLSGGAKEQLAILTRFAI 800 Query 809 AALVAK---EDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKG 865 A LVA+ + AVPV IDDALG TDPERL ++ +F G D QV VLTC P RY V+ Sbjct 801 AELVAESSAQGAVPVFIDDALGSTDPERLTRISTLFSDAGKDSQVFVLTCVPDRYNYVEV 860 Query 866 AHRIDLDAIQ 875 + +++++ Sbjct 861 TQKHSIESLK 870 >gi|145295309|ref|YP_001138130.1| DNA repair ATPase [Corynebacterium glutamicum R] gi|140845229|dbj|BAF54228.1| hypothetical protein [Corynebacterium glutamicum R] Length=876 Score = 256 bits (653), Expect = 2e-65, Method: Compositional matrix adjust. Identities = 270/909 (30%), Positives = 436/909 (48%), Gaps = 73/909 (8%) Query 1 VKLHRLALTNYRGIAHRDV-EFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEV 59 +++H + + N+R I H ++ + PD GV+V+ G NE GKSS++EA+ +L K R+T K + Sbjct 1 MRIHEIIIDNFRAIEHLELRDIPDQGVIVIHGDNEQGKSSILEAIKTVLNSKHRTTSKTI 60 Query 60 KQVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRT 119 K ++P + DV + E + G RF KRF K EL V+ PR G EA + Sbjct 61 KAIQPVDRDVPISITLEATVGTVRFRIHKRFLKSTAAELQVIEPRPSNHRGLEAEAALAE 120 Query 120 MLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGD--DAALSGTESLLIERI 177 +L +DT L A + Q A + G L+ AL+ G+ DA ++ L+E + Sbjct 121 ILESHLDTSLLDALFMKQGEVEAGISAVGIPTLTSALNAQNGNTEDAT---EDTALMEAV 177 Query 178 EAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTEL-------T 230 E EY +++T +G+ + ++ A + + A VA++ V R L T Sbjct 178 EKEYLKFYTNSGKANTRFLQFSKQVETLRADLDEANAEVAKLSSHVDRVKRLEIDRDQAT 237 Query 231 EQVAELSQQLLAHQLRLE-AARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRL 289 Q+ + ++L + LE A +V A+ + +R + + A T A R Sbjct 238 AQLPKAEEELAGRKAELEEAQKVKAQATEILAQFSRAEEQLEQA--------TGAQKRRK 289 Query 290 GLLTEIDTRTAAVVAAEAK----ARQAADEQATARAEAEACDAALTEATQVLTAVRLRAE 345 L +++ V AEA A++A+ E A +E +AA A + L +++A Sbjct 290 ELRNKLELAQTEVEKAEAGQENLAQEASREAEEFLALSEKFEAA--RAAETLAVEKVKA- 346 Query 346 SARRTLDQLADCEEADRLAARLARIDDIEGDR--DRVCAELSAVTLTEELLSRIERAAAA 403 AR+++ + + + + L L +D I G R + + S+V +++ + +++A Sbjct 347 -ARQSVAGIKNRDRKEHLTVMLGELDRI-GQRLYELRSVQHSSVRVSQRDIDALQKAITE 404 Query 404 VDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARI 463 VD + + ++ +A+ ++ +GD VS A + + A V G +T I Sbjct 405 VDIQRTLVEAQQGSITLSASTPTDIQLGDDTVS--ATDAGTTVALDRELTVVVGDVTLVI 462 Query 464 VPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLC 523 PG TA + + + +A+ LA+ L +V+DL R E + ++Q A +A L Sbjct 463 NPGKTAAESRTDFESAEAALAELLDQLDVSDLDQLR-------ERFTAQEQRDADIAELV 515 Query 524 GDEQ-------VDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCET 576 ++Q LR+ LE L P +LD S A+ +L+ E +R A + + Sbjct 516 REQQRMSGGTETTVLRAELEGLHV--PEDLD-PSISVDDAQTQLNEAEESRELAAEAHKH 572 Query 577 RRQIAAGAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDEL------AA 630 G R A+ + TV A L +A L A DDE+ A Sbjct 573 ANAALDGLRSRPADKAL--TVFNAQLTALQRNLSSAQVELDRAVAETSDDEVDAAVQRCA 630 Query 631 KAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADA-VELLRERHDEAIRALHEV 689 +A A +RV + ++V LA T PD +A L +AA+A V + +A L V Sbjct 631 EALAGVRVQKQEIEQV------LAKTNPD-MAQRLCDAAEANVRSYKTAVSDATTEL--V 681 Query 690 GVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVE 749 +E + G K +LD ++ A + RRA AAR L +M +RD +R RY Sbjct 682 RLEGLIGVAAGAKERLDKVKSALTAAENRFESEQRRAHAARRLFDLMVFYRDESRKRYAA 741 Query 750 PYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGA 809 P+ +L RL VFG S + ++D +L+I SR++ RTV LSGGAKEQL IL R A A Sbjct 742 PFADKLSRLAASVFGESADFDLDDELKISSRSIGPRTVDLANLSGGAKEQLAILTRFAIA 801 Query 810 ALVAK---EDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGA 866 LVA+ + AVPV IDDALG TDPERL ++ +F G D QV VLTC P RY V+ Sbjct 802 ELVAESSAQGAVPVFIDDALGSTDPERLTRISTLFSDAGKDSQVFVLTCVPDRYNYVEVT 861 Query 867 HRIDLDAIQ 875 + +++++ Sbjct 862 QKHSIESLK 870 >gi|344045719|gb|EGV41389.1| DNA repair ATPase [Corynebacterium glutamicum S9114] Length=876 Score = 253 bits (647), Expect = 9e-65, Method: Compositional matrix adjust. Identities = 269/909 (30%), Positives = 436/909 (48%), Gaps = 73/909 (8%) Query 1 VKLHRLALTNYRGIAHRDV-EFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEV 59 +++H + + N+R I H ++ + PD GV+V+ G NE GKSS++EA+ +L K R+T K + Sbjct 1 MRIHEIIIDNFRAIEHLELRDIPDQGVIVIHGDNEQGKSSILEAIKTVLNSKHRTTSKTI 60 Query 60 KQVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRT 119 K ++P + DV + E + G RF KRF K EL V+ PR G EA + Sbjct 61 KAIQPVDRDVPISITLEATVGTVRFRIHKRFLKSTAAELQVIEPRPSNHRGLEAEAALAE 120 Query 120 MLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGD--DAALSGTESLLIERI 177 +L +DT L A + Q A + G L+ AL+ G+ DA ++ L+E + Sbjct 121 ILESHLDTSLLDALFMKQGEVEAGISAVGIPTLTSALNAQNGNTEDAT---EDTALMEAV 177 Query 178 EAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTEL-------T 230 E EY +++T +G+ + ++ A + + A VA++ V R L T Sbjct 178 EKEYLKFYTNSGKANTRFLQFSKQVETLRADLDEANAEVAKLSSHVDRVKRLEIDRDQAT 237 Query 231 EQVAELSQQLLAHQLRLE-AARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRL 289 Q+ + ++L + LE A +V A+ + +R + + A T A R Sbjct 238 AQLPKAEEELAGRKAELEEAQKVKAQATEILAQFSRAEEQLEQA--------TGAQKRRK 289 Query 290 GLLTEIDTRTAAVVAAEAK----ARQAADEQATARAEAEACDAALTEATQVLTAVRLRAE 345 L +++ V AEA A++A+ E A +E +AA A + L +++A Sbjct 290 ELRNKLELAQTEVEKAEAGQENLAQEASREAEEFLALSEKFEAA--RAAETLAVEKVKA- 346 Query 346 SARRTLDQLADCEEADRLAARLARIDDIEGDR--DRVCAELSAVTLTEELLSRIERAAAA 403 AR+++ + + + + L L +D I G R + + S+V +++ + +++A Sbjct 347 -ARQSVAGIKNRDRKEHLTVMLGELDRI-GQRLYELRSVQHSSVRVSQRDIDALQKAITE 404 Query 404 VDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARI 463 VD + + ++ +A+ ++ +GD VS A + + A V G +T I Sbjct 405 VDIQRTLVEAQQGSITLSASTPTDIQLGDDTVS--ATDAGTTVALDRELTVVVGDVTLVI 462 Query 464 VPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLC 523 PG TA + + + +A+ LA+ L +V+DL R E + ++Q A +A L Sbjct 463 NPGKTAAESRTDFESAEAALAELLDQLDVSDLDQLR-------ERFTAQEQRDADIAELV 515 Query 524 GDEQ-------VDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCET 576 ++Q LR+ LE L + +LD S A+ +L+ E +R A + + Sbjct 516 REQQRMSGGTETTVLRAELEGLHVAE--DLD-PSISVDDAQTQLNEAEESRELAAEAHKH 572 Query 577 RRQIAAGAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERASVGDDEL------AA 630 G R A+ + TV A L +A L A DDE+ A Sbjct 573 ANAALDGLRSRPADKAL--TVFNAQLTALQRNLSSAQVELDRAVAETSDDEVDAAVQRCA 630 Query 631 KAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADA-VELLRERHDEAIRALHEV 689 +A A +RV + ++V LA T PD +A L +AA+A V + +A L V Sbjct 631 EALAGVRVQKQEIEQV------LAKTNPD-MAQRLCDAAEANVRSYKTAVSDATTEL--V 681 Query 690 GVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVE 749 +E + G K +LD ++ A + RRA AAR L +M +RD +R RY Sbjct 682 RLEGLIGVAAGAKERLDKVKSALTAAENRFESEQRRAHAARRLFDLMVFYRDESRKRYAA 741 Query 750 PYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGA 809 P+ +L RL VFG S + ++D +L+I SR++ RTV LSGGAKEQL IL R A A Sbjct 742 PFADKLSRLAASVFGESADFDLDDELKISSRSIGPRTVDLANLSGGAKEQLAILTRFAIA 801 Query 810 ALVAK---EDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGA 866 LVA+ + AVPV IDDALG TDPERL ++ +F G D QV VLTC P RY V+ Sbjct 802 ELVAESSAQGAVPVFIDDALGSTDPERLTRISTLFSDAGKDSQVFVLTCVPDRYNYVEVT 861 Query 867 HRIDLDAIQ 875 + +++++ Sbjct 862 QKHSIESLK 870 >gi|296119490|ref|ZP_06838048.1| putative ATPase [Corynebacterium ammoniagenes DSM 20306] gi|295967373|gb|EFG80640.1| putative ATPase [Corynebacterium ammoniagenes DSM 20306] Length=889 Score = 226 bits (576), Expect = 1e-56, Method: Compositional matrix adjust. Identities = 272/932 (30%), Positives = 435/932 (47%), Gaps = 106/932 (11%) Query 1 VKLHRLALTNYRGIAHRDVE-FPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEV 59 +++H + L N+RGI H +VE PD GV V+ G NE GK+++++A+D L+++K +S + EV Sbjct 1 MRIHSIELKNFRGIKHLNVEEIPDTGVTVIHGRNEAGKTTILQAIDTLIKHKFKSKRAEV 60 Query 60 KQVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRT 119 + ++P NADV EV E S GPYR KR+ ++ L VL+P + TG+EA ++ Sbjct 61 RALQPVNADVSPEVAMEFSVGPYRLKLAKRWLRQSSALLEVLSPGHDTYTGEEAESKLDE 120 Query 120 MLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRAL------DLAAGDDAALSGTESLL 173 +L +D L+ A + Q + +G +++ L + A GDDA + TE L Sbjct 121 ILDRYLDRNLFAAMFLDQDDLHEGIKAAGISSVAGVLSNQTGEESAQGDDAEAT-TE--L 177 Query 174 IERIEAEYARYFT-PTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQ 232 +++++++Y RYF+ TG E A +AD A+A + D V R + EQ Sbjct 178 MKQVDSDYERYFSLRTGAEAKELKTARQDYTETANELADSRQALAALADYVERFEQAQEQ 237 Query 233 --------------VAELSQQLLAHQLRLEA---ARVAAEKIAAITDDAREAKLIATAAA 275 V E QQ L + L+A AR EK+A + +++L Sbjct 238 QRDAEAKLPEAKDEVTEYEQQ-LKNIDGLQAAVDAREKDEKVAQTDLELAQSQL------ 290 Query 276 ATSGASTAAHAGRLGLLTEIDTRTAA---VVAAEAKARQAAD-EQATARAEAEACDAALT 331 R L E+ T + AA A A++ D E+ + +A DAA T Sbjct 291 ----------KERRKLREELQTANKNAEDINAAVASAKEKDDAEKEEIKKLNDAVDAART 340 Query 332 EATQVLTAVRLRAESARRTLDQLADCEEADRLAARLARIDDI--EGDRDRVCAELSAVTL 389 + R RA+++R L+QL D +A L + A ++D + R E + Sbjct 341 RVDE----ARKRAKNSRSQLEQLQDQVKAQELRTKSASVEDYAKQLTEIRTTLEKFGPAI 396 Query 390 TEELLSRIERAAAAVDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATG 449 ++ + R+E+ ++ + A + F+A + V Q V +++ S SV T Sbjct 397 SDSDVQRVEKREQDLELNRRLRDAAVAKLVFSADNPQSITVNGQDVEVTSADS-SVELTA 455 Query 450 PTEVKVPGVLTARIVPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADL-----C 504 +K+ G +TAR PG A A+ + E L E+ L + ++ Sbjct 456 GLTLKI-GDVTARYEPGTGA--NSAQDLDREIEKLTELYETELEKLGCKNTNEVREKRDT 512 Query 505 RRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCAGQPAELDLVSTDTAT-------AR 557 +EL+++R QL L + E ++QLR R+ L G+ E V+T+ A+ AR Sbjct 513 YKELVAQRQQLEIQLDRILDGEDLEQLRVRVAAL--GESPE---VTTENASDEDAIDKAR 567 Query 558 AELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRATVLQNAAAAESA----ELGAAM 613 A++ A E A +A D A + E +++ + AE A E AA Sbjct 568 ADISAAEEAEESANNDLSN----AQAKLKPWEERPAHTALIRIESEAEQALKLKERLAAD 623 Query 614 TRLACERASVGDDELAA---KAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAAD 670 A E+ + D EL KAEA ++ + A Q+ +EL A P+ +A LA A Sbjct 624 IENANEK--ISDAELEGQFQKAEAKVQECKKAVQKA---REELDAANPE-LAQSLAAGAQ 677 Query 671 A--VEL---LRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRR 725 A V L LR+ ++ + ++ V + + + H A R Sbjct 678 AQLVNLQKQLRDSENQQNTLTGHIQMQTGVAERVEKAEAAEELARNILESIEHRAAAVRH 737 Query 726 ARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDR 785 R LLR H+ R RY P+ +L +L VF + + ++ DL + RTLD Sbjct 738 LREV-LLR-----HQREARERYAAPFAQQLGQLAGRVFNGNVQFHLNDDLVVEKRTLDGV 791 Query 786 TVPYECLSGGAKEQLGILARLAGAALVAK--EDAVPVLIDDALGFTDPERLAKMGEVFDT 843 TV E LSGGAKEQ+ IL R A A L+++ E PV++DDALG TD +R+ M +F Sbjct 792 TVGLEDLSGGAKEQMAILTRFAIAQLLSQGGEQGAPVMVDDALGSTDAQRIRLMATLFAE 851 Query 844 IGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 +G D QVIV TC P+RY V + +D+D ++ Sbjct 852 VGKDSQVIVFTCEPSRYDRVPDSTLLDIDQLK 883 >gi|296393104|ref|YP_003657988.1| hypothetical protein Srot_0675 [Segniliparus rotundus DSM 44985] gi|296180251|gb|ADG97157.1| conserved hypothetical protein [Segniliparus rotundus DSM 44985] Length=811 Score = 217 bits (553), Expect = 7e-54, Method: Compositional matrix adjust. Identities = 128/237 (55%), Positives = 160/237 (68%), Gaps = 2/237 (0%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 ++LHRL L++YRG+ HR+V F G VV G NE GKSSMVEALDLL E KD S K+++ Sbjct 1 MRLHRLVLSHYRGVRHREVVFAAQGATVVEGPNEAGKSSMVEALDLLFEVKDSSKTKQLR 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 + P AD V AE+ SGPYRFVY K++ K+ T LTVLAP+REQLTG+ AHER ++M Sbjct 61 AIAPKGADAAPFVEAEVQSGPYRFVYAKQWLKKPSTVLTVLAPKREQLTGEAAHERAQSM 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 L TVD LW A R+LQ A V++ GC AL +ALD AAG LSGTE+ L+ +IEAE Sbjct 121 LGSTVDLALWKALRMLQTAR-GQVEVDGCPALLKALDAAAG-PVTLSGTETTLLAKIEAE 178 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELS 237 RYFTP G+PTGE AA AAA+A + AA+ V+ V RH L+ Q+ ELS Sbjct 179 LRRYFTPGGKPTGELRAAQEHAAAAQARQVEARAALESVEADVARHEALSAQLKELS 235 >gi|340794804|ref|YP_004760267.1| hypothetical protein CVAR_1843 [Corynebacterium variabile DSM 44702] gi|340534714|gb|AEK37194.1| hypothetical protein CVAR_1843 [Corynebacterium variabile DSM 44702] Length=908 Score = 212 bits (540), Expect = 2e-52, Method: Compositional matrix adjust. Identities = 296/968 (31%), Positives = 413/968 (43%), Gaps = 174/968 (17%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLL-EYKDRSTKKEV 59 + LH L L + G+ H +E PD GVVVV G NE+GK++++ A LLL E S ++ Sbjct 2 LTLHSLTLDHVAGVDHAHLELPDSGVVVVHGPNEVGKTTLLTAFGLLLSEVGVNSKAAKI 61 Query 60 KQVKPTNADVGSEVIAEISSGPYRFVYRKRFHK---RCETELTVLAPRREQLTGDEAHER 116 K +K DV + V A+++ +R K F+K RCE L V +PRRE LTG +A ER Sbjct 62 KALKSATEDVATTVSADMTVAGHRLTILKSFNKSSGRCE--LIVTSPRRENLTGRQAAER 119 Query 117 VRTMLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDD------------- 163 +L+E VDT L A + Q AS + +G +L +AL GD Sbjct 120 FAELLSEGVDTRLIDALTIRQGASLDILAATGIPSLEQAL---GGDSPADDEAAGAGAAA 176 Query 164 -AALSGTESLLIERIEAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDG 222 + LI RI EY RYFT P G S + +A AAA A+ D Sbjct 177 GTGTADGAGALIGRITEEYLRYFT----PGGRPSKEL------KAVTDALAAAEADHDAA 226 Query 223 VRRHTELTEQVAELSQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGAST 282 R+T+ + EL QL +E VA ++ A K +A AA + Sbjct 227 TGRYTQAQNLITEL------EQLTVEKTAVAKQEPVAAEAAVGAEKTLAEGRAAVA---- 276 Query 283 AAHAGRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAE-------AEACDAALT---- 331 E+D V AA A R AD++A ARA+ AE AALT Sbjct 277 -----------ELDGLHRTVTAA-AGVRDLADQRARARADRISALADAEKTVAALTVEVQ 324 Query 332 ------------------------EATQVLTAVRLRAESARRTLDQLADCEEADRLAARL 367 ++V TA R E+ R D A AD LA R+ Sbjct 325 EAEKAAEQEEQTTGDLGKRRSAARRRSRVATAWAARVEALSRRQD--AGSRVAD-LADRI 381 Query 368 ARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDRGGAQLASISAAVEFTAAVDIE 427 AR I + + + +T+++L+ + A AA+ + +++ VE D Sbjct 382 ARATGIADEVRDLKKSVDDSPVTDKVLASLRSADAALRQAVTVRDAVATTVEVAGPADGT 441 Query 428 LGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYAAAQQELADAL 487 + V D+ G S +V TG E+ + G T + P + A+ +L L Sbjct 442 VTV-DREPRELVGGSATVHVTGHQEIGL-GDWTVTVTPSRDVSEVSEDVTRARADLDRLL 499 Query 488 AAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQLRSRLEQLCAGQPAELD 547 AA V DL AA A R++ + + L + G VD LR+R E+ A E++ Sbjct 500 AAAGVEDLTAAEDAAAARQDAVEEHREAVLRLTQVTGTGTVDDLRNRHERAAA----EVE 555 Query 548 LVST--DTATARAELDAVEAARI-AAEKDCETRRQIAAGAARRLAETSTRATVLQNAAAA 604 + T D A R + E A + +T +I A TS T +AA Sbjct 556 ELGTRADEALQRIHDEDPEGAVVLPGVPGADTGDEITA--------TSAELTDEADAALR 607 Query 605 ESAELGAAMTRLA--------------CERASVGDDELAAKAEADLRVLQTAEQR----- 645 E+ + +TR+ ERA+ G D LAA AD EQR Sbjct 608 EAERIQEDITRVTRAGAAVRLEGRKAELERATAGRDRLAATLAAD------REQRDDASL 661 Query 646 --------------------------VIDLADELAATAPDAVAAELAEAADA-VELLRER 678 VID+ + LAE A + + LRER Sbjct 662 DSELAEAATALAEAREALAEAESRTGVIDIG----------TLSSLAEGATSRMRRLRER 711 Query 679 HDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMAR 738 +E A+ V L G +++ T E A H RV +A AA LL S + Sbjct 712 AEETGHAVSRVTGALGEHA--GVAEEVEDTRTAVERAEREHRRVSAQAEAAALLYSEVQE 769 Query 739 HRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKE 798 R RY P RA + RL R ++G + E DL RTLD+ T+ LSGGA+E Sbjct 770 ALARARERYEAPLRATVERLARTLYGSEVDFEFGDDLGPSRRTLDNVTLDTTQLSGGARE 829 Query 799 QLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPT 858 QL +L RLA A LV DAVPV+IDDALGF+D R+ +M V DT+G D Q+IVLTC Sbjct 830 QLSVLTRLAVADLVGGGDAVPVIIDDALGFSDRGRIDRMNVVLDTLGRDHQIIVLTCDLD 889 Query 859 RYGGVKGA 866 R+ G+ GA Sbjct 890 RFDGISGA 897 >gi|254822067|ref|ZP_05227068.1| hypothetical protein MintA_19187 [Mycobacterium intracellulare ATCC 13950] Length=220 Score = 206 bits (524), Expect = 2e-50, Method: Compositional matrix adjust. Identities = 127/195 (66%), Positives = 149/195 (77%), Gaps = 0/195 (0%) Query 282 TAAHAGRLGLLTEIDTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAVR 341 TAAH GRL LL EID R AAV EA+A QAA A+ARAEAEACDA L ATQVL ++ Sbjct 1 TAAHTGRLQLLAEIDARAAAVAETEAQAHQAASAHASARAEAEACDATLQRATQVLADLQ 60 Query 342 LRAESARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAA 401 R ++ARR +D+LAD EEADRL+ RLA++D IE DR+R+CAELS + +TEELL RIE A Sbjct 61 CRVDAARRRVDRLADLEEADRLSTRLAKVDAIERDRERICAELSTIAVTEELLRRIEDAC 120 Query 402 AAVDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTA 461 AAVDR G QLAS SAA+EFTAA DI L VG +R+SLSAGQSWS+TA G T V+V VLTA Sbjct 121 AAVDRIGDQLASTSAAIEFTAAADIHLVVGGERISLSAGQSWSITAAGSTVVEVSDVLTA 180 Query 462 RIVPGATALDFQAKY 476 R+ PGAT LD K+ Sbjct 181 RVTPGATTLDIHTKH 195 >gi|296138945|ref|YP_003646188.1| SMC domain-containing protein [Tsukamurella paurometabola DSM 20162] gi|296027079|gb|ADG77849.1| SMC domain protein [Tsukamurella paurometabola DSM 20162] Length=877 Score = 184 bits (466), Expect = 8e-44, Method: Compositional matrix adjust. Identities = 162/482 (34%), Positives = 242/482 (51%), Gaps = 49/482 (10%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 ++LHRLA+ ++RG+ R+++F + GV ++ G NE GKSSMVEAL LLL+ K S + V+ Sbjct 1 MRLHRLAVKDFRGVEQREIDFAETGVTLLHGPNEAGKSSMVEALQLLLDVKATSKSQRVE 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 V P + D G V AE++ GPYRF+Y K++H+R T LTVL P +QLTG A V Sbjct 61 AVCPAHRDAGPFVEAELTVGPYRFIYAKQYHRRPGTTLTVLEPTPQQLTGGSAEAWVAEQ 120 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIEAE 180 + VD +L A VLQ L A ++ALD A+G L E + E Sbjct 121 MRTHVDADLLAALTVLQGPGPGQPSLRDSAAFAKALDSASGGAGEDEPGAERLAEAVAQE 180 Query 181 YARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQQL 240 ARYFTPTGRPTGE + A +R AAA A AA+ EVD V +H + ++ + ++ Sbjct 181 RARYFTPTGRPTGELTVARTREAAARTAFEQAEAALREVDLVVEQHAGASGRLGGIVERR 240 Query 241 LAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDTRTA 300 +A LEA E+IA + A+ I +A AG E R Sbjct 241 IAASASLEAVAADQERIAGLQSRVTHARAILESATLRE-----QQAG------EAANRRR 289 Query 301 AVVAAEAKARQAA------DEQATARAEAEACDAALTEAT-QVLTAV----RLRAESARR 349 ++A +A+A + A ++A A E A +AA E T LTAV R R A+ Sbjct 290 RLIAQQAQAMERAAHVRVLRDKALADREVLAAEAAWLETTVHELTAVAADRRERKAQAQY 349 Query 350 TLDQLADCEEADRLAARLARID----DIEGDRDRVCAE------LSAVTLTEELLSRIER 399 +D + RL +R+ + + D+E R+R+ L AV+ E+ R+ER Sbjct 350 AVDYAREAALYQRLRSRIEQAELLGKDVEDARNRLAGNPMDRRALQAVSAAEQ---RLER 406 Query 400 AAAAVDRGGAQLASISAAVE-----FT-AAVDIELGVGDQRVSLSAGQSWSVTATGPTEV 453 A A+ ++++A + FT VD +L +G++ V + AG ++ G + Sbjct 407 AQ-------ARFSALAATLRLERLGFTDVLVDGKL-IGEEPVEVVAGNGTAIEVPGAVRI 458 Query 454 KV 455 +V Sbjct 459 EV 460 >gi|213964609|ref|ZP_03392809.1| conserved hypothetical protein [Corynebacterium amycolatum SK46] gi|213952802|gb|EEB64184.1| conserved hypothetical protein [Corynebacterium amycolatum SK46] Length=885 Score = 177 bits (450), Expect = 6e-42, Method: Compositional matrix adjust. Identities = 248/904 (28%), Positives = 390/904 (44%), Gaps = 58/904 (6%) Query 1 VKLHRLALTNYRGIAHRDVE-FPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEV 59 ++ H + L N R I + + GVVV+ G NE GK+++ +A+ + L K +S E Sbjct 1 MRFHDIELHNVRAIDSLSITGLAERGVVVISGENESGKTTIAKAIHVALTTKWKSKSSEA 60 Query 60 KQVKPTNADVGSEVIAEISSGPYRFVYRKRF--HKRCETELTVLAPRREQLTGDEAHERV 117 + ++ +V + Y F K F K T +TV +P E L D+A E + Sbjct 61 LSLNSHSSQEKPQVKLRLELDGYEFTLDKIFGSTKDTGTIVTVHSPSAEVLKDDQAEEWL 120 Query 118 RTMLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERI 177 + LW Q + + L G ++ AL A+G A + E L E + Sbjct 121 AARMHNADTKNLWQVFVAEQGQAQKTLSLGGYAQVTSALQSASGQRAE-TAEEVGLFEAV 179 Query 178 EAEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELS 237 EAEY YF G+ + + L A+ V D AA VR L E+ A Sbjct 180 EAEYGNYFQKNGKERKQLTDVDKELTEAQQ-VRDEAAK------KVREFEALNEEAARNE 232 Query 238 QQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGASTAAHAGRLGLLTEIDT 297 + + L A+ E ++ + ++ + A S A A L + + Sbjct 233 ESQHTQRASLPEAKNEVEHWGQALEELEKFRVAVSQAQEVSAA--AKQQLDLAKQAQQER 290 Query 298 RTAAVVAAEAKARQAADEQATARAEAEACD---AALTEATQVLTAVRLRAESARRTLDQL 354 T A +AK + +A E+ A + EA D AAL +A + AV AR+ ++L Sbjct 291 ETFIQQAQDAKDQHSAAEKKVAEFK-EAFDKEVAALKKAQENRDAVVTAYREARKA-EEL 348 Query 355 ADCEEA--------DRLAARLARIDDIEGDRDRVCAELSAVTLTEELLSRIERAAAAVDR 406 A E A + L+ R+ ++D + ++ ++TEE++ ++ V Sbjct 349 ATAEVALGEKRGLVEALSKRVEKLDALRAQLAEHKEVIARNSVTEEVMEKLLTCEREVAT 408 Query 407 GGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVT--ATGPTEVKVPGVLTARIV 464 A L + S +V+ +A+ E+ V ++V L A ++ +V T P ++V G +T I Sbjct 409 ATAVLEASSPSVQLSASSAQEVTVDGEKVGL-APEAGTVQRAVTKPLVIEV-GDVTVAIQ 466 Query 465 PGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCG 524 PG + Q K A+ L + L A +A A+ A RRE + Q+ ++ + Sbjct 467 PGDGSDSQQRKLEKAEISLKEQLEAAGADSVAEAQKAYARRREAEKAKFQVETSITAVSD 526 Query 525 DEQVDQLRSRLE-------------QLCAGQ--PAELDLVSTDTATARAELDAVEAARIA 569 + QL + L+ + AG+ P E+DLV+ A R E AV Sbjct 527 GVEYHQLIAELDDAKEEARVHGERYRELAGEDAPTEIDLVA---AKPRLEEAAV------ 577 Query 570 AEKDCETRRQIAAGAARRLAETSTRATVLQNAAAAESAE--LGAAMTRLACERASVGDDE 627 +D E+ R A +L + A + ++ E A L L R D E Sbjct 578 GRRDAESERDNADMRLSKLEKRPAHANYTKASSELEGARSVLKVREDSLTTAREKASDAE 637 Query 628 LAAKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDEAIRALH 687 + A E + Q AE+++ ELA D V A LA A + + +R E + Sbjct 638 IFAAVENRGKDFQVAEEQLAAAQKELAQRDADDVEASLAGAKQRRDAVEKRLAELEKRRQ 697 Query 688 EVGVELSVFGTQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRY 747 E+ V L F + K L AAE E + RRA AA+ L VM + R +R Sbjct 698 EIRVHLDYFDSANEK--LAAAEGVVERTQRDRDSMRRRAAAAKTLMEVMTQARAASRNAL 755 Query 748 VEPYRAELHRLGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLA 807 +P +L G VFG + ++ DL+I SR+ D + LSGGA+EQL IL RLA Sbjct 756 ADPLLRKLEEYGGGVFGAGTQFTMNEDLQIESRSNADGRFDVDELSGGAQEQLDILLRLA 815 Query 808 GAALVAKEDAVPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAH 867 A ++ PV+IDDALG++D RL +M G D QV+VLTC R+ V GA Sbjct 816 VAGVMEGGQGAPVIIDDALGYSDEHRLRRMNNALAKAGRDMQVLVLTCDEARFDRVTGAE 875 Query 868 RIDL 871 + + Sbjct 876 FMKI 879 >gi|260577575|ref|ZP_05845514.1| conserved hypothetical protein [Corynebacterium jeikeium ATCC 43734] gi|258604299|gb|EEW17537.1| conserved hypothetical protein [Corynebacterium jeikeium ATCC 43734] Length=919 Score = 170 bits (430), Expect = 1e-39, Method: Compositional matrix adjust. Identities = 249/947 (27%), Positives = 399/947 (43%), Gaps = 122/947 (12%) Query 3 LHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLL-EYKDRSTKKEVKQ 61 L L + N+ GI GV VV G+NE GKSS++ A LLL ++K ++ K+V Sbjct 15 LESLDVQNFAGIESAHFAPSTTGVTVVHGSNEAGKSSLMNAFSLLLSDWKVSTSSKKVSG 74 Query 62 VKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTML 121 P + + A + G Y K F + + L VL P TGD+A E+ +L Sbjct 75 FFPVGSGTKPRITARLQLGENLVEYTKDFENK-KVLLDVLRPFVHNYTGDQAMEKFSELL 133 Query 122 AETVDTELWHAQRVLQAASTAAVDLSGCDALSRAL----DLAAGDDAALSGTES------ 171 +++D+ L A V Q A+D + +LS AL D A D A+ +G S Sbjct 134 NDSIDSALREALFVSQGQRLGALDFTAIPSLSSALRTAGDGAVDDSASAAGGISEGDQGA 193 Query 172 --LLIERIEAEYA----RYFTPTGRPTGEWSAAVSR-----LAAAEAAVADCAAAVAEVD 220 LL+ I+ E R + + A LA AE + A++E++ Sbjct 194 AELLVRLIDDEDKKLRDRRVNRNSKGELAAAEADLASAQEALATAELEYNNAQTAISEIE 253 Query 221 DGVRRHTELTEQVAELSQQLLAHQLRLEAARVAAEKIAAITDDAREAKLIATAAAATSGA 280 + + + + + ++ RLEAA+ AE ++A+ D E L A Sbjct 254 SKQIQRADAEDDLPDAQKEFDECAERLEAAKKIAEALSALED---ELGLKQDQVGRWKEA 310 Query 281 STAAHAGRL--GLLTEI-DTRTAAVVAAEAKARQAADEQATARAEAEACDAALTEA---T 334 S A +L G L ++ +T T + + KA + ++ A+ + AA A Sbjct 311 SEARERQKLAQGELEQLLNTATEELRGVQKKAEEQQAKRGEAKKAFDNAHAAYVRAEKRA 370 Query 335 QVLTAVRLRAESARRTLDQLADCEEADRLAARLARIDDIEGDRDRVCAELSAVTLTEELL 394 ++ TA++ AE R + E A +L A++A ++ DR A A E + Sbjct 371 KLATALKNAAEVQGRLESATEERESAVKLDAKVA---ELAQKVDRNPATPKAEQRIREAM 427 Query 395 SRIERAAAAVDRGGAQLASISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVK 454 + ++ D G + A +E+ +G+ + W+V A G EV Sbjct 428 TDLDAQLKIRDAGATSVEVKGPAGSTIVDSGVEVTLGESGLEKKVTTEWAV-ALGEYEV- 485 Query 455 VPGVLTARIVPGATALDFQAKYAAAQQELADALAA--GEVADLAAARSADLCRRELLSR- 511 R+ P + + A Q++ L+A E L + R+ L L R Sbjct 486 -------RVTPAQDSSNLDRNVDEALQKVNAELSAVGREHVTLESPRAEILEEFGLAVRA 538 Query 512 --------RDQLTATLAGLCGDEQVDQLRSRLEQLCAGQPAELDLVSTDTATARAELDAV 563 RDQ A L + G + L ++E L A E++ + +T R++ Sbjct 539 RNEDEETLRDQ-RANLKAILGKHTISDLNGQVESLTA----EVERLRETASTLRSD---- 589 Query 564 EAARIAAEKDCETRRQIAA--GAARRLAETSTRATVLQNAAAAESAELGAAMTRLACERA 621 A + A + + +AA A R E + R +QN A E R+ E A Sbjct 590 --ANVEAGESIDVDEAVAALEEATRIRDEANERLLSMQNNDAIER--------RIQYE-A 638 Query 622 SVGDDELAAKAEADLRVLQTAEQRVIDLADELAATAPDAVAAELAEAADAVELLRERHDE 681 V D L + + +R L+ A +R D +A+ A+ +A AV+++R++ D Sbjct 639 KV--DNLQQQLDGAVRDLEAARERYSD----------EALNAKCTQAIQAVDVVRDKLDS 686 Query 682 AIRALHEVG----VELSVFGTQGRKGKLDA----------------------------AE 709 R + E+G V+ S G Q R L+ AE Sbjct 687 KRREVGELGDVADVQASFEGAQSRVNMLNQQIQECRVDIAALNAKLGQARGSAETKEQAE 746 Query 710 TEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEV 769 E E AR+ R+A AA LL V+ R + RY EPYR L++L VFG ++ Sbjct 747 AEVERLEGVVARLRRQANAAELLHQVVQESRKRMQERYSEPYRKALNKLSGIVFGSDVDL 806 Query 770 EVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKE-DAVPVLIDDALGF 828 VD ++ SR + + + E LSGGA+EQ+ IL LA A LV + VP+ +DD LGF Sbjct 807 GVDERFQVSSRAIGNVRLDKEQLSGGAQEQVEILQLLAIARLVGHDGSGVPIFLDDVLGF 866 Query 829 TDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDLDAIQ 875 +D R M +V +G + Q+IVLTC R+ + G +D+I+ Sbjct 867 SDTNRAKSMNKVLGALGRENQIIVLTCDKDRFSRIPGVDYQSIDSIK 913 >gi|260907422|ref|ZP_05915744.1| hypothetical protein BlinB_18945 [Brevibacterium linens BL2] Length=882 Score = 166 bits (420), Expect = 2e-38, Method: Compositional matrix adjust. Identities = 80/174 (46%), Positives = 110/174 (64%), Gaps = 0/174 (0%) Query 698 TQGRKGKLDAAETEREHAASHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHR 757 ++G KL AAE E A R+GR+A A LLR+ + H++ ++ +YV P++ ++ + Sbjct 708 SEGIYEKLAAAEETMESARRKQTRLGRQATAINLLRTTVLNHKEESQRKYVAPFKEQIEK 767 Query 758 LGRPVFGPSFEVEVDTDLRIRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDA 817 LGR VFG VEV DL I SRTLD+RTVP+E LSGG KEQL ++ RLA A LV + Sbjct 768 LGRLVFGQGLSVEVSEDLEIVSRTLDERTVPFESLSGGTKEQLALIGRLAVATLVDSDSG 827 Query 818 VPVLIDDALGFTDPERLAKMGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRIDL 871 PV++DDA GF D ERL + + T+G QVI+LTC P R+ + GA + L Sbjct 828 APVVLDDAFGFADAERLNALNVILSTVGQSAQVILLTCQPDRFARLGGAKSVSL 881 >gi|326382063|ref|ZP_08203756.1| hypothetical protein SCNU_03927 [Gordonia neofelifaecis NRRL B-59395] gi|326199489|gb|EGD56670.1| hypothetical protein SCNU_03927 [Gordonia neofelifaecis NRRL B-59395] Length=861 Score = 164 bits (416), Expect = 5e-38, Method: Compositional matrix adjust. Identities = 178/513 (35%), Positives = 246/513 (48%), Gaps = 18/513 (3%) Query 365 ARLARIDDIEGDRDRVCAELSAVTLTEELLSRIE---RAAAAVDR----GGAQLASISAA 417 ARLAR++ + R+ EL+A E +S RAA+ +DR A+L +++A Sbjct 357 ARLARLETSLSEIARLQRELAAARSAAEQISVTGDDVRAASTLDRDITAACARLDAVAAT 416 Query 418 VEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTARIVPGATALDFQAKYA 477 V + + E+ VG V V A T V+VPG I PGA + + A Sbjct 417 VAVSRSGTGEVLVGGDPVD----GEVEVAAAALTVVEVPGAARIEIRPGADSEALAGELA 472 Query 478 AAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATLAGLCGDEQVDQL-RSRLE 536 A ++ D L EV L+ A R E L + +L +L+ G D L R RL+ Sbjct 473 ALRERETDLLRRCEVERLSDVAPAAARRAEALRQVQELERSLSRELGGAGADDLERQRLD 532 Query 537 QLCAGQPAELDLVSTDTATARAELDAVEAARIAAEKDCETRRQIAAGAARRLAETSTRAT 596 L P EL A D R A+++ E R A A + E RAT Sbjct 533 -LVGRLPEELPDAGERVDPAELRTDE----RRASDRVTELERMRDALLAA-VNEQELRAT 586 Query 597 VLQNAAAAESAELGAAMTRLACERASVGDDELAAKAEADLRVLQTAEQRVIDLADELAAT 656 L+ + A +A+L L+ A+ D+ LA + ++ L A + L L Sbjct 587 TLEESGARIAADLRTLDLELSEAAAAASDEVLAGRVDSAASELDAARSSLAKLVQRLEQL 646 Query 657 APDAVAAELAEAADAVELLRERHDEAIRALHEVGVELSVFGTQGRKGKLDAAETEREHAA 716 + + A+A A + LR R E R E+ +L V + GR +L + E + A Sbjct 647 DLTGLREKAAQAEAAQDRLRARLAEEKRLQTELSTKLEVCRSDGRLDELAESVAEDDAAQ 706 Query 717 SHHARVGRRARAARLLRSVMARHRDTTRLRYVEPYRAELHRLGRPVFGPSFEVEVDTDLR 776 + RV RA AR L + R R+ +R RYV+P+ L L PVFG +D D Sbjct 707 ARLRRVSERAAGARALYETLQRKRNESRARYVDPFTRRLEELAAPVFGDDVSFHIDDDFV 766 Query 777 IRSRTLDDRTVPYECLSGGAKEQLGILARLAGAALVAKEDAVPVLIDDALGFTDPERLAK 836 I +RTLD TV + LSGGAKEQLG+LARLA A LV D VP+++DDALG+TDP RLA Sbjct 767 ITTRTLDGVTVDVDALSGGAKEQLGLLARLACATLVDAADGVPLILDDALGYTDPTRLAS 826 Query 837 MGEVFDTIGADGQVIVLTCSPTRYGGVKGAHRI 869 M +V T G D Q+IVLTC+P RY V GA I Sbjct 827 MAQVLGTSGGDAQIIVLTCTPDRYREVAGAKLI 859 >gi|284031703|ref|YP_003381634.1| DNA repair ATPase-like protein [Kribbella flavida DSM 17836] gi|283810996|gb|ADB32835.1| ATPase-like protein involved in DNA repair [Kribbella flavida DSM 17836] Length=926 Score = 164 bits (415), Expect = 6e-38, Method: Compositional matrix adjust. Identities = 165/538 (31%), Positives = 239/538 (45%), Gaps = 36/538 (6%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 ++LH L L N+RG+ R V P G VV G NE+GKSS+VEA L+ + D S K + Sbjct 1 MRLHSLTLRNFRGVTDRTVRLPSIGTTVVVGDNEVGKSSLVEAFALVFDLPDDSKSKRIA 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAP--RREQLTGDEAHERVR 118 ++P DV EV E++ G Y KR+ K TELTV+ P RR+ TG EAH Sbjct 61 DIQPVGHDVAPEVTVELTLGGRELTYTKRWLKNRSTELTVVEPDGRRQSWTGREAHNEAE 120 Query 119 TMLAETVDTELWHAQRVLQAASTAAVDLSGCDALSRALDLAAGDDAALSGTESLLIERIE 178 + E VD LW V Q S + + L A+ +G + G L+ +E Sbjct 121 RLFNENVDPVLWQTLMVSQGQSLVLPTPADAEPLITAVTAESG--TPVDGASMPLVSAVE 178 Query 179 AEYARYFTPTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQ 238 EY RY+TP GRPTG+++ + +A AE A A A+ EV +RR L + +LS Sbjct 179 HEYLRYWTPRGRPTGDFAKSAQAVATAELTAAQAAKAMEEVVADIRRAERLALDLDDLST 238 Query 239 QLLAHQLRLEAARVAAEKIAAITDDA--REAKLIATAAAATSGASTAAHAGRLGLLTEID 296 +L H +E R E+ A TD+ R + A A A + R D Sbjct 239 RLTDHLRSVEELR---ERKKA-TDEILLRRDSVRARAETARARLENHTRTRRERERLLAD 294 Query 297 TRTAAVVAAEAKARQAADEQATARAEAEACDAALTEATQVLTAV---RLRAESARRTLDQ 353 +AAE R+ + + A+A AE AA +V+ R + A + + Sbjct 295 VERFTAIAAELAERR-TEAETVAKASAETVHAAEAALAEVVELKDDRRTDVQQAEHRVSE 353 Query 354 LADCEEADRLAARLARIDDIEGDRDRVCAE---LSAVTLTEELLSRIERAAAAVDRGGAQ 410 L D E DRL + + D+ R R+ A L + +T+ L++ +E A A V A Sbjct 354 LMDRAELDRLMGQQTELADV---RARIAAASQVLDGIKVTDRLVAELEDARAKVVEARAA 410 Query 411 LAS---------ISAAVEFTAAVDIELGVGDQRVSLSAGQSWSVTATGPTEVKVPGVLTA 461 LA+ + A V + ++ G L G S+ +G V VPG + Sbjct 411 LAAGVPDVLVRRVGAEVVSLSGTGLDAGGSAVPAELDEGAELSLLVSGELVVGVPGQVEV 470 Query 462 RIVPGATALDFQAKYAAAQQELADALAAGEVADLAAARSADLCRRELLSRRDQLTATL 519 + G A ++ A + D L +V DL AA RELL + D TA L Sbjct 471 TVRAGGEAAGLRSLVDEAVRREQDLLKRAKVRDLQAA-------RELLRKSDTATAEL 521 >gi|256391659|ref|YP_003113223.1| hypothetical protein Caci_2464 [Catenulispora acidiphila DSM 44928] gi|256357885|gb|ACU71382.1| hypothetical protein Caci_2464 [Catenulispora acidiphila DSM 44928] Length=1051 Score = 159 bits (401), Expect = 3e-36, Method: Compositional matrix adjust. Identities = 107/243 (45%), Positives = 144/243 (60%), Gaps = 3/243 (1%) Query 1 VKLHRLALTNYRGIAHRDVEFPDHGVVVVCGANEIGKSSMVEALDLLLEYKDRSTKKEVK 60 ++L R+ LTN+RG+A R++ F +HGV VV G NE GKSS +EA LLL+ D S K+ V+ Sbjct 1 MRLLRIRLTNFRGVADRELTFAEHGVTVVEGPNESGKSSTIEAFGLLLDELDSSRKEAVR 60 Query 61 QVKPTNADVGSEVIAEISSGPYRFVYRKRFHKRCETELTVLAPRREQLTGDEAHERVRTM 120 VKP + D EV AE G + VYRKR+ R TEL VLAP E LTG EAHERV + Sbjct 61 AVKPRHTDASPEVEAEFRVGGHHLVYRKRW-LRPLTELRVLAPAPETLTGREAHERVLAI 119 Query 121 LAETVDTELWHAQRVLQAASTAAVDLSGC-DALSRALDLAAGDDAALSGTESLLIERIEA 179 L + D +L+ A RVLQ ++G + A G G+E L++R+E Sbjct 120 LHQATDYDLFKALRVLQDKPFDVDRIAGSASLRAALDAAAGGASGPGDGSEDTLVQRVEK 179 Query 180 EYARYFT-PTGRPTGEWSAAVSRLAAAEAAVADCAAAVAEVDDGVRRHTELTEQVAELSQ 238 E+ARYFT +PTGE+ AA A A A A+ A +A V+ RH E+T ++AEL Q Sbjct 180 EFARYFTAKNHQPTGEYRAAQDAAATAAAEAAELAQTLARVEADTERHGEVTARLAELRQ 239 Query 239 QLL 241 +L+ Sbjct 240 RLV 242 Lambda K H 0.316 0.128 0.348 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 2142179890356 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