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= Rv2052c Length=534 Score E Sequences producing significant alignments: (Bits) Value gi|15609189|ref|NP_216568.1| hypothetical protein Rv2052c [Mycob... 1048 0.0 gi|340627063|ref|YP_004745515.1| hypothetical protein MCAN_20751... 1047 0.0 gi|344219878|gb|AEN00509.1| hypothetical protein MTCTRI2_2090 [M... 1047 0.0 gi|323719347|gb|EGB28486.1| hypothetical protein TMMG_01326 [Myc... 1046 0.0 gi|15841540|ref|NP_336577.1| hypothetical protein MT2112 [Mycoba... 1043 0.0 gi|298525555|ref|ZP_07012964.1| conserved hypothetical protein [... 1041 0.0 gi|254232222|ref|ZP_04925549.1| conserved hypothetical protein [... 937 0.0 gi|307084691|ref|ZP_07493804.1| amidohydrolase family protein [M... 883 0.0 gi|240173213|ref|ZP_04751871.1| hypothetical protein MkanA1_2812... 850 0.0 gi|183983031|ref|YP_001851322.1| hypothetical protein MMAR_3030 ... 836 0.0 gi|118617790|ref|YP_906122.1| hypothetical protein MUL_2270 [Myc... 828 0.0 gi|342859767|ref|ZP_08716420.1| hypothetical protein MCOL_12848 ... 819 0.0 gi|41407899|ref|NP_960735.1| hypothetical protein MAP1801c [Myco... 791 0.0 gi|336462068|gb|EGO40913.1| putative TIM-barrel metal-dependent ... 788 0.0 gi|296165144|ref|ZP_06847693.1| amidohydrolase 3 [Mycobacterium ... 786 0.0 gi|118463681|ref|YP_881639.1| amidohydrolase [Mycobacterium aviu... 771 0.0 gi|333990743|ref|YP_004523357.1| hypothetical protein JDM601_210... 691 0.0 gi|118470881|ref|YP_888152.1| amidohydrolase 3 [Mycobacterium sm... 680 0.0 gi|126435122|ref|YP_001070813.1| amidohydrolase 3 [Mycobacterium... 654 0.0 gi|108799468|ref|YP_639665.1| amidohydrolase 3 [Mycobacterium sp... 652 0.0 gi|145223703|ref|YP_001134381.1| amidohydrolase 3 [Mycobacterium... 643 0.0 gi|315444031|ref|YP_004076910.1| TIM-barrel fold metal-dependent... 642 0.0 gi|120404393|ref|YP_954222.1| amidohydrolase 3 [Mycobacterium va... 641 0.0 gi|254775106|ref|ZP_05216622.1| hypothetical protein MaviaA2_105... 633 2e-179 gi|169629291|ref|YP_001702940.1| hypothetical protein MAB_2205 [... 619 5e-175 gi|312139768|ref|YP_004007104.1| amidase [Rhodococcus equi 103S]... 614 1e-173 gi|325676779|ref|ZP_08156452.1| amidohydrolase 3 [Rhodococcus eq... 612 6e-173 gi|229493494|ref|ZP_04387279.1| amidohydrolase 3 [Rhodococcus er... 600 3e-169 gi|226306617|ref|YP_002766577.1| hypothetical protein RER_31300 ... 592 5e-167 gi|111017169|ref|YP_700141.1| hypothetical protein RHA1_ro00147 ... 591 1e-166 gi|339294980|gb|AEJ47091.1| amidohydrolase family protein [Mycob... 585 9e-165 gi|226359678|ref|YP_002777456.1| hypothetical protein ROP_02640 ... 581 1e-163 gi|289745332|ref|ZP_06504710.1| conserved hypothetical protein [... 572 4e-161 gi|343927916|ref|ZP_08767382.1| hypothetical protein GOALK_099_0... 538 1e-150 gi|326382304|ref|ZP_08203996.1| Amidohydrolase 3 [Gordonia neofe... 535 9e-150 gi|134098854|ref|YP_001104515.1| amidohydrolase 3 [Saccharopolys... 533 3e-149 gi|262202410|ref|YP_003273618.1| amidohydrolase [Gordonia bronch... 532 6e-149 gi|333919726|ref|YP_004493307.1| Amidohydrolase 3 [Amycolicicocc... 523 2e-146 gi|302527348|ref|ZP_07279690.1| amidohydrolase 3 [Streptomyces s... 521 1e-145 gi|257056183|ref|YP_003134015.1| putative TIM-barrel fold metal-... 520 3e-145 gi|256377481|ref|YP_003101141.1| Amidohydrolase 3 [Actinosynnema... 518 1e-144 gi|54025088|ref|YP_119330.1| hypothetical protein nfa31190 [Noca... 517 2e-144 gi|300786611|ref|YP_003766902.1| amidohydrolase [Amycolatopsis m... 496 3e-138 gi|237678899|dbj|BAH59036.1| epsilon-lysine acylase [Streptomyce... 477 2e-132 gi|296394173|ref|YP_003659057.1| amidohydrolase 3 [Segniliparus ... 475 8e-132 gi|296139903|ref|YP_003647146.1| amidohydrolase [Tsukamurella pa... 467 2e-129 gi|289750646|ref|ZP_06510024.1| conserved hypothetical protein [... 463 3e-128 gi|318061314|ref|ZP_07980035.1| hypothetical protein SSA3_25446 ... 451 2e-124 gi|311894574|dbj|BAJ26982.1| hypothetical protein KSE_11480 [Kit... 449 5e-124 gi|289443554|ref|ZP_06433298.1| conserved hypothetical protein [... 449 7e-124 >gi|15609189|ref|NP_216568.1| hypothetical protein Rv2052c [Mycobacterium tuberculosis H37Rv] gi|31793235|ref|NP_855728.1| hypothetical protein Mb2078c [Mycobacterium bovis AF2122/97] gi|121637938|ref|YP_978161.1| hypothetical protein BCG_2071c [Mycobacterium bovis BCG str. Pasteur 1173P2] 63 more sequence titles Length=534 Score = 1048 bits (2711), Expect = 0.0, Method: Compositional matrix adjust. Identities = 533/534 (99%), Positives = 534/534 (100%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA Sbjct 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG Sbjct 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 >gi|340627063|ref|YP_004745515.1| hypothetical protein MCAN_20751 [Mycobacterium canettii CIPT 140010059] gi|340005253|emb|CCC44407.1| conserved hypothetical protein [Mycobacterium canettii CIPT 140010059] Length=534 Score = 1047 bits (2708), Expect = 0.0, Method: Compositional matrix adjust. Identities = 532/534 (99%), Positives = 534/534 (100%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWL+LRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLQLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA Sbjct 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG Sbjct 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 >gi|344219878|gb|AEN00509.1| hypothetical protein MTCTRI2_2090 [Mycobacterium tuberculosis CTRI-2] Length=534 Score = 1047 bits (2707), Expect = 0.0, Method: Compositional matrix adjust. Identities = 532/534 (99%), Positives = 533/534 (99%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPW SVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA Sbjct 421 PVTGFDPWTSVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG Sbjct 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 >gi|323719347|gb|EGB28486.1| hypothetical protein TMMG_01326 [Mycobacterium tuberculosis CDC1551A] Length=534 Score = 1046 bits (2704), Expect = 0.0, Method: Compositional matrix adjust. Identities = 532/534 (99%), Positives = 533/534 (99%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPA SRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPAISRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA Sbjct 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG Sbjct 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 >gi|15841540|ref|NP_336577.1| hypothetical protein MT2112 [Mycobacterium tuberculosis CDC1551] gi|13881786|gb|AAK46391.1| conserved hypothetical protein [Mycobacterium tuberculosis CDC1551] Length=534 Score = 1043 bits (2697), Expect = 0.0, Method: Compositional matrix adjust. Identities = 531/534 (99%), Positives = 532/534 (99%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPA SRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPAISRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRG ELNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGIELNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA Sbjct 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG Sbjct 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 >gi|298525555|ref|ZP_07012964.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|298495349|gb|EFI30643.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] Length=534 Score = 1041 bits (2691), Expect = 0.0, Method: Compositional matrix adjust. Identities = 529/534 (99%), Positives = 531/534 (99%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA Sbjct 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTV+R IYG Sbjct 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVYRVVFIYG 534 >gi|254232222|ref|ZP_04925549.1| conserved hypothetical protein [Mycobacterium tuberculosis C] gi|124601281|gb|EAY60291.1| conserved hypothetical protein [Mycobacterium tuberculosis C] Length=535 Score = 937 bits (2422), Expect = 0.0, Method: Compositional matrix adjust. Identities = 523/535 (98%), Positives = 524/535 (98%), Gaps = 1/535 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPL-ALGSD 419 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPL A Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLDAWLRR 420 Query 420 APVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASY 479 A PWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASY Sbjct 421 ARSRALIPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASY 480 Query 480 AIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 AIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG Sbjct 481 AIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 535 >gi|307084691|ref|ZP_07493804.1| amidohydrolase family protein [Mycobacterium tuberculosis SUMu012] gi|308365718|gb|EFP54569.1| amidohydrolase family protein [Mycobacterium tuberculosis SUMu012] Length=453 Score = 883 bits (2281), Expect = 0.0, Method: Compositional matrix adjust. Identities = 449/450 (99%), Positives = 450/450 (100%), Gaps = 0/450 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD Sbjct 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAF 450 PVTGFDPWASVRAAVNHRTPGSGVSARAAF Sbjct 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAF 450 >gi|240173213|ref|ZP_04751871.1| hypothetical protein MkanA1_28121 [Mycobacterium kansasii ATCC 12478] Length=534 Score = 850 bits (2195), Expect = 0.0, Method: Compositional matrix adjust. Identities = 440/534 (83%), Positives = 478/534 (90%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 ++QI KLLVNGR+YSPTHP+ATAM VRGD+VAWLG+DDV RDQFPD DVQDLDG FVAP Sbjct 1 MTQITSKLLVNGRIYSPTHPDATAMVVRGDIVAWLGTDDVARDQFPDVDVQDLDGAFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHL+ATGL LSGLDLR ATSRA+CLRMV DYAA +PG+P+WGHGWDESAWPE + Sbjct 61 GFVDSHIHLSATGLTLSGLDLRSATSRAECLRMVGDYAAANPGRPIWGHGWDESAWPERS 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 AP+TADLDAVLGD PAYLAR+D HSAL SS +RRLVP+L AA G+ AQ+PLTGDAHHL R Sbjct 121 APNTADLDAVLGDRPAYLARVDVHSALASSAVRRLVPQLPAAAGFAAQQPLTGDAHHLVR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAAR LLTD QLA+AR+ AL+A+AA+GVVAVHECAGP+IGGLDDWL LR+L+HGVEVIGY Sbjct 181 AAARDLLTDAQLAEARSAALEALAASGVVAVHECAGPQIGGLDDWLALRSLQHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAV TP QAR L +TGARGLAGDLFVDGALGSRTAWLH+PYADAP C GTCHLD D Sbjct 241 WGEAVTTPTQARALKEQTGARGLAGDLFVDGALGSRTAWLHQPYADAPGCTGTCHLDPDA 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAH+RACT+A VTAGFHVIGDAAVSA VAA ERVV +LGVVAVARCGHRLEHVEMVTA+ Sbjct 301 IEAHLRACTEAAVTAGFHVIGDAAVSAVVAALERVVDELGVVAVARCGHRLEHVEMVTAE 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWGVIASVQP+FD LWGG DGMYA+RLG RG LNPLALLASQGVPLALGSDA Sbjct 361 QAAKLGAWGVIASVQPSFDALWGGVDGMYAQRLGPDRGCRLNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPW SV AAVNHRTPGS VSARAAF AATRGGWRAGGVRDG+ G L PGAPASYA Sbjct 421 PVTGFDPWVSVAAAVNHRTPGSAVSARAAFVAATRGGWRAGGVRDGQAGILAPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 +W+ DV PRDAVQRWSTDPRSRVPALPRLGP DALPRCRQTVHRGAVI+G Sbjct 481 VWEVDALDVSVPRDAVQRWSTDPRSRVPALPRLGPQDALPRCRQTVHRGAVIHG 534 >gi|183983031|ref|YP_001851322.1| hypothetical protein MMAR_3030 [Mycobacterium marinum M] gi|183176357|gb|ACC41467.1| conserved hypothetical protein [Mycobacterium marinum M] Length=534 Score = 836 bits (2159), Expect = 0.0, Method: Compositional matrix adjust. Identities = 436/534 (82%), Positives = 470/534 (89%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +++I KLLVNGRVYSPTHP+ATAMAVRGD VAWLGSDDVGR+QFPDA V+DLDG VAP Sbjct 1 MTRISTKLLVNGRVYSPTHPDATAMAVRGDTVAWLGSDDVGRNQFPDAQVEDLDGGLVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGL +SGLDLRPA+S A+CL++ AD+AA HPGQPLWGHGWDESAWP++ Sbjct 61 GFVDSHIHLTATGLTISGLDLRPASSLAECLQLAADHAAAHPGQPLWGHGWDESAWPQHI 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTA LDAVLG+ PAYLAR+D HSAL SSGLRRLVP L+ A G+T Q PLTG+AHHL R Sbjct 121 APSTAQLDAVLGERPAYLARVDVHSALASSGLRRLVPHLSEAAGFTEQGPLTGEAHHLVR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 A AR LLT QLA+AR AL ++AAAG+VAVHEC GPEIGGLDDWL+L AL HGVEVIGY Sbjct 181 ARARDLLTQPQLAEARTAALGSLAAAGIVAVHECGGPEIGGLDDWLQLSALPHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAV T AQAR LV ETGARGLAGDLFVDGALGSRTAWLHEPYAD P C+GTCHLD Sbjct 241 WGEAVTTAAQARTLVAETGARGLAGDLFVDGALGSRTAWLHEPYADQPGCVGTCHLDGPA 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 +EAH RACT+AEVTAGFHVIGDAAV+ V AFERVVADLGVVAVARCGHRLEH EMVTA+ Sbjct 301 VEAHARACTEAEVTAGFHVIGDAAVATVVDAFERVVADLGVVAVARCGHRLEHAEMVTAE 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWG+IASVQPNFD LWGG +GMYARRLG +R LNPLALLASQGVPLA GSDA Sbjct 361 QAAKLGAWGIIASVQPNFDALWGGAEGMYARRLGPKRARLLNPLALLASQGVPLAFGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPWASVRAAVNH T GS VSARAAFAAATRGGWRA GVRDG+ GTLVPGAPASYA Sbjct 421 PVTGFDPWASVRAAVNHHTAGSAVSARAAFAAATRGGWRAAGVRDGKTGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 +WDAG V APRDAVQRWSTDPRSRVPALPRL P D LPRCRQTVHRGAVIYG Sbjct 481 VWDAGALTVSAPRDAVQRWSTDPRSRVPALPRLDPADPLPRCRQTVHRGAVIYG 534 >gi|118617790|ref|YP_906122.1| hypothetical protein MUL_2270 [Mycobacterium ulcerans Agy99] gi|118569900|gb|ABL04651.1| conserved hypothetical protein [Mycobacterium ulcerans Agy99] Length=534 Score = 828 bits (2140), Expect = 0.0, Method: Compositional matrix adjust. Identities = 432/534 (81%), Positives = 466/534 (88%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +++I KLLVNGRVYSPTHP+ATAMAVRGD VAWLGSDDVGR+QFPDA V+DLDG VAP Sbjct 1 MTRISTKLLVNGRVYSPTHPDATAMAVRGDTVAWLGSDDVGRNQFPDAQVEDLDGGLVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGL +SGLDLRPA+S CL++ AD+AA HPGQPLWGHGWDESAWP++ Sbjct 61 GFVDSHIHLTATGLTISGLDLRPASSLGGCLQLAADHAAAHPGQPLWGHGWDESAWPQHI 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTA LDAVLG+ P YLAR+D HSAL SSGLRRLVP L+ A G+T Q PLTG+AHHL R Sbjct 121 APSTAQLDAVLGERPTYLARVDVHSALASSGLRRLVPHLSEAAGFTEQGPLTGEAHHLVR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 A AR LLT QLA+AR AL ++AAAG+VAVHEC GPEIGGLDDWL+L AL HGVEVIGY Sbjct 181 ARARDLLTQPQLAEARTAALGSLAAAGIVAVHECGGPEIGGLDDWLQLSALPHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAV T AQAR L+ ETGARGLAGDLFVDGALGSRTAWLHEPYAD P C+GTCHLD Sbjct 241 WGEAVTTAAQARTLMAETGARGLAGDLFVDGALGSRTAWLHEPYADQPGCVGTCHLDGPA 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 +EAH RACT+AEVTAGFHVIGDAAV+ V AFERVVADLGVVAVARCGHRLEH EMVTA+ Sbjct 301 VEAHARACTEAEVTAGFHVIGDAAVATVVDAFERVVADLGVVAVARCGHRLEHAEMVTAE 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAAKLGAWG+IASVQPNFD WGG +GMYARRLG +R LNPLALLASQGVPLA GSDA Sbjct 361 QAAKLGAWGIIASVQPNFDARWGGAEGMYARRLGPKRARLLNPLALLASQGVPLAFGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTGFDPWASVRAAVNH T GS VSARAAFAAATRGGWRA GVRDG+ GTLVPGAPASYA Sbjct 421 PVTGFDPWASVRAAVNHHTAGSAVSARAAFAAATRGGWRAAGVRDGKTGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 +WDAG V APRDAVQRWSTDPRSRVPALPRL P D LPRCRQTVHRGAVIYG Sbjct 481 VWDAGALTVSAPRDAVQRWSTDPRSRVPALPRLDPADPLPRCRQTVHRGAVIYG 534 >gi|342859767|ref|ZP_08716420.1| hypothetical protein MCOL_12848 [Mycobacterium colombiense CECT 3035] gi|342132899|gb|EGT86119.1| hypothetical protein MCOL_12848 [Mycobacterium colombiense CECT 3035] Length=529 Score = 819 bits (2116), Expect = 0.0, Method: Compositional matrix adjust. Identities = 434/529 (83%), Positives = 468/529 (89%), Gaps = 0/529 (0%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 + LLVNGRV+SP P ATAMAVR VVAWLG D+VGR FPDADV+DL G FVAPGFVDS Sbjct 1 MTLLVNGRVHSPAQPGATAMAVRDGVVAWLGGDEVGRRMFPDADVEDLLGGFVAPGFVDS 60 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 HIHLTATGL SGLDLRPA SRAQCLRMVA+YAA HPG+P+WGHGWDE++WPENA P A Sbjct 61 HIHLTATGLTFSGLDLRPAASRAQCLRMVAEYAAAHPGRPVWGHGWDETSWPENAPPGIA 120 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 DLDAVLGD PAYLAR+D HSAL S+GLRRLV L AA G++A+ PL GDAHHL RA AR Sbjct 121 DLDAVLGDRPAYLARVDVHSALASTGLRRLVAGLPAAPGFSAEGPLVGDAHHLVRATARG 180 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAV 245 LLT QLA+ARA AL+A AAAG+VAVHECAGPEIGGLDDWL+LR L+HGVEVIGYWGE V Sbjct 181 LLTAEQLAEARAAALRAAAAAGIVAVHECAGPEIGGLDDWLQLRGLDHGVEVIGYWGEPV 240 Query 246 ATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHV 305 ++PAQAR+L+ TGA GLAGDLFVDGALGSRTAWLHEPYADAP+C GTC+LD +EAH+ Sbjct 241 SSPAQARELMAATGAHGLAGDLFVDGALGSRTAWLHEPYADAPECTGTCYLDSGAVEAHL 300 Query 306 RACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKL 365 RACT+AEVTAGFHVIGDAAV+ V AFERVVADLG VAVARCGHRLEHVEMV+ADQAAKL Sbjct 301 RACTQAEVTAGFHVIGDAAVATVVGAFERVVADLGPVAVARCGHRLEHVEMVSADQAAKL 360 Query 366 GAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGF 425 G WGVIASVQPNFD LWGG DGMYARRLGAQRGS LNP ALLASQGVPLALGSDAPVTGF Sbjct 361 GQWGVIASVQPNFDALWGGADGMYARRLGAQRGSRLNPFALLASQGVPLALGSDAPVTGF 420 Query 426 DPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAG 485 DPW SVRAAVNHRTPGSGVSARAAFAAATRGGWRA GVRDGR GTLVPGAPASY +WDAG Sbjct 421 DPWVSVRAAVNHRTPGSGVSARAAFAAATRGGWRAAGVRDGRTGTLVPGAPASYVVWDAG 480 Query 486 DFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 D +V APRD VQRWSTDPRSRVPALPRLG DALPRCR+TVHRGAVI+G Sbjct 481 DLEVHAPRDTVQRWSTDPRSRVPALPRLGRDDALPRCRRTVHRGAVIHG 529 >gi|41407899|ref|NP_960735.1| hypothetical protein MAP1801c [Mycobacterium avium subsp. paratuberculosis K-10] gi|41396253|gb|AAS04118.1| hypothetical protein MAP_1801c [Mycobacterium avium subsp. paratuberculosis K-10] Length=538 Score = 791 bits (2044), Expect = 0.0, Method: Compositional matrix adjust. Identities = 414/530 (79%), Positives = 460/530 (87%), Gaps = 0/530 (0%) Query 5 PVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVD 64 PV LLVNGRV++P P+ATAMA RG V+ WLG DDVGR FPDADV+DLDG FV PGFVD Sbjct 9 PVTLLVNGRVHTPAAPDATAMAFRGGVITWLGGDDVGRSLFPDADVEDLDGGFVTPGFVD 68 Query 65 SHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPST 124 SHIHLTATGL L GLDLRPA SRA CL+++AD+AA HPG+P+WGHGWDE++WPE PST Sbjct 69 SHIHLTATGLTLCGLDLRPARSRAHCLQLIADHAAAHPGRPVWGHGWDETSWPERTPPST 128 Query 125 ADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAAR 184 ADLDAVLGD PAYL R+D HSAL S+GLRR V +L +ATG++ RPL GDAHHL RAAAR Sbjct 129 ADLDAVLGDRPAYLTRVDVHSALASTGLRRRVAQLPSATGFSPDRPLVGDAHHLVRAAAR 188 Query 185 YLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEA 244 LLT QLA+ARA AL+A AAAG+VAVHECAGPEIGG+DDWL+LRAL+HG EVIGYWGE Sbjct 189 NLLTAEQLAEARAAALRAAAAAGIVAVHECAGPEIGGMDDWLQLRALDHGAEVIGYWGEP 248 Query 245 VATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAH 304 V+T A AR L+ TGARGLAGDLF+DGALGSRTAWL EPYADAPD GTC+LD D +EAH Sbjct 249 VSTAADARALIEATGARGLAGDLFIDGALGSRTAWLREPYADAPDRTGTCYLDPDAVEAH 308 Query 305 VRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAK 364 + ACT+AE+TAGFHVIGDAAV+AAV AFE+V A LG VAVARCGHRLEHVEM+ A+QAAK Sbjct 309 LLACTEAEITAGFHVIGDAAVAAAVDAFEKVAARLGPVAVARCGHRLEHVEMIDAEQAAK 368 Query 365 LGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTG 424 LG WGVIASVQPNFD LWGG DGMYA+RLGA+RGS+LNP ALLASQGVPLALGSDAPVTG Sbjct 369 LGRWGVIASVQPNFDALWGGADGMYAQRLGAERGSQLNPFALLASQGVPLALGSDAPVTG 428 Query 425 FDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDA 484 DPW SVRAA +HRTPGS +S RAAFAAATRGGWRA GVRDG GTLVPGAPASYA+WDA Sbjct 429 LDPWTSVRAAAHHRTPGSAISVRAAFAAATRGGWRAAGVRDGMTGTLVPGAPASYAVWDA 488 Query 485 GDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 GD +V PRD V RWSTDPRSRVPALPRLGPTDALPRCR+TVHRGAVI+G Sbjct 489 GDLEVSVPRDTVARWSTDPRSRVPALPRLGPTDALPRCRRTVHRGAVIHG 538 >gi|336462068|gb|EGO40913.1| putative TIM-barrel metal-dependent hydrolase [Mycobacterium avium subsp. paratuberculosis S397] Length=529 Score = 788 bits (2034), Expect = 0.0, Method: Compositional matrix adjust. Identities = 412/529 (78%), Positives = 459/529 (87%), Gaps = 0/529 (0%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 + LLVNGRV++P P+ATAMA RG V+ WLG DDVGR FPDADV+DLDG FV PGFVDS Sbjct 1 MTLLVNGRVHTPAAPDATAMAFRGGVITWLGGDDVGRSLFPDADVEDLDGGFVTPGFVDS 60 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 HIHLTATGL L GLDLRPA SRA CL+++AD+AA HPG+P+WGHGWDE++WPE PSTA Sbjct 61 HIHLTATGLTLCGLDLRPARSRAHCLQLIADHAAAHPGRPVWGHGWDETSWPERTPPSTA 120 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 DLDAVLGD PAYL R+D HSAL S+GLRR V +L +ATG++ RPL GDAHHL RAAAR Sbjct 121 DLDAVLGDRPAYLTRVDVHSALASTGLRRRVAQLPSATGFSPDRPLVGDAHHLVRAAARN 180 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAV 245 LLT QLA+ARA AL+A AAAG+VAVHECAGPEIGG+DDWL+LRAL+HG EVIGYWGE V Sbjct 181 LLTAEQLAEARAAALRAAAAAGIVAVHECAGPEIGGMDDWLQLRALDHGAEVIGYWGEPV 240 Query 246 ATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHV 305 +T A AR L+ TGARGLAGDLF+DGALGSRTAWL EPYADAPD GTC+LD D +EAH+ Sbjct 241 STAADARALIEATGARGLAGDLFIDGALGSRTAWLREPYADAPDRTGTCYLDPDAVEAHL 300 Query 306 RACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKL 365 ACT+AE+TAGFHVIGDAAV+AAV AFE+V A LG VAVARCGHRLEHVEM+ A+QAAKL Sbjct 301 LACTEAEITAGFHVIGDAAVAAAVDAFEKVAARLGPVAVARCGHRLEHVEMIDAEQAAKL 360 Query 366 GAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGF 425 G WGVIASVQPNFD LWGG DGMYA+RLGA+RGS+LNP ALLASQGVPLALGSDAPVTG Sbjct 361 GRWGVIASVQPNFDALWGGADGMYAQRLGAERGSQLNPFALLASQGVPLALGSDAPVTGL 420 Query 426 DPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAG 485 DPW SVRAA +HRTPGS +S RAAFAAATRGGWRA GVRDG GTLVPGAPASYA+WDAG Sbjct 421 DPWTSVRAAAHHRTPGSAISVRAAFAAATRGGWRAAGVRDGMTGTLVPGAPASYAVWDAG 480 Query 486 DFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 D +V PRD V RWSTDPRSRVPALPRLGPTDALPRCR+TVHRGAVI+G Sbjct 481 DLEVSVPRDTVARWSTDPRSRVPALPRLGPTDALPRCRRTVHRGAVIHG 529 >gi|296165144|ref|ZP_06847693.1| amidohydrolase 3 [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295899488|gb|EFG78945.1| amidohydrolase 3 [Mycobacterium parascrofulaceum ATCC BAA-614] Length=534 Score = 786 bits (2031), Expect = 0.0, Method: Compositional matrix adjust. Identities = 428/534 (81%), Positives = 465/534 (88%), Gaps = 0/534 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +S P LL+NGRV+SP+HP+ATAMAVRG V+AWLG DDVGR+ FP AD++D+DGRFVAP Sbjct 1 MSDTPTTLLINGRVHSPSHPDATAMAVRGGVIAWLGRDDVGRELFPGADIEDVDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGL LSGLDLRPA SRA C++++ADYAA HPG P+WG GWDESAWPEN+ Sbjct 61 GFVDSHIHLTATGLTLSGLDLRPARSRAHCIQLLADYAAAHPGLPVWGQGWDESAWPENS 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 PSTADLDAVLGD PAYL+R+D HSAL S+GLRRL +L A G+ RPLT DAHHL R Sbjct 121 PPSTADLDAVLGDRPAYLSRVDVHSALASTGLRRLAVDLPTAAGFDPDRPLTDDAHHLVR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAAR LLT QLA+AR AL A AAAG+VAVHECAGPEIGGLDDWL LRAL HGVEV GY Sbjct 181 AAARDLLTPGQLAEARTAALAAAAAAGIVAVHECAGPEIGGLDDWLGLRALGHGVEVTGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDG 300 WGEAV+T A AR L+ TGARGLAGDLFVDGALGSRTAWLHEPYADA D G C+L+ D Sbjct 241 WGEAVSTAAHARALIERTGARGLAGDLFVDGALGSRTAWLHEPYADAQDRFGNCYLEPDA 300 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 IEAHVRACT+A+VTAGFHVIGDAAV+A V+AFERVVA LG VAVARCGHRLEHVEMVTA+ Sbjct 301 IEAHVRACTEAQVTAGFHVIGDAAVAAVVSAFERVVARLGAVAVARCGHRLEHVEMVTAE 360 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 QAA+LG WGVIASVQPNFD LWGG DGMYARRLGA+R S LNPLALLASQGVPLALGSDA Sbjct 361 QAARLGQWGVIASVQPNFDALWGGADGMYARRLGAERASRLNPLALLASQGVPLALGSDA 420 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVTG DPWASVRAAVNH TPGS VSARAAFAAATRGGWRA GV DG GTLVPGAPASYA Sbjct 421 PVTGLDPWASVRAAVNHHTPGSAVSARAAFAAATRGGWRAAGVHDGMTGTLVPGAPASYA 480 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 IWDAG DV APRDAV RWSTDPR+RVPALPRLGP DALPRCR+TVHRGAVI+G Sbjct 481 IWDAGALDVHAPRDAVARWSTDPRARVPALPRLGPDDALPRCRRTVHRGAVIHG 534 >gi|118463681|ref|YP_881639.1| amidohydrolase [Mycobacterium avium 104] gi|118164968|gb|ABK65865.1| amidohydrolase 3 [Mycobacterium avium 104] Length=538 Score = 771 bits (1992), Expect = 0.0, Method: Compositional matrix adjust. Identities = 413/530 (78%), Positives = 459/530 (87%), Gaps = 0/530 (0%) Query 5 PVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVD 64 PV LLVNGRV++P P+ATAMAVRG V+ WLG DDVGR FPDADV+DLDG FV PGFVD Sbjct 9 PVTLLVNGRVHTPAAPDATAMAVRGGVITWLGGDDVGRSLFPDADVEDLDGGFVTPGFVD 68 Query 65 SHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPST 124 SHIHLTATGL L GLDLRPA SRA CL+++AD+AA HPG+P+WGHGWDE++WPE PST Sbjct 69 SHIHLTATGLTLCGLDLRPARSRAHCLQLIADHAAAHPGRPVWGHGWDETSWPERTPPST 128 Query 125 ADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAAR 184 A+LDAVLGD PAYL R+D HSAL S+GLRR V +L +ATG++ RPL G AHH RAAAR Sbjct 129 AELDAVLGDRPAYLTRVDVHSALASTGLRRRVAQLPSATGFSPDRPLVGHAHHAVRAAAR 188 Query 185 YLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEA 244 LLT QLA+ARA AL A AAAG+VAVHECAGPEIGG+DDWL+LRAL+HGVEVIGYWGE Sbjct 189 NLLTAEQLAEARAAALHAAAAAGIVAVHECAGPEIGGMDDWLQLRALDHGVEVIGYWGEP 248 Query 245 VATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAH 304 V+T AR L+ TGARGLAGDLF+DGALGSRTAWL EPYADAPD GTC+LD D +EAH Sbjct 249 VSTATDARALIEATGARGLAGDLFIDGALGSRTAWLREPYADAPDRTGTCYLDPDAVEAH 308 Query 305 VRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAK 364 + ACT+AE+TAGFHVIGDAAV+AAV AFE+V A LG VAVARCGHRLEHVEM+ A+QAAK Sbjct 309 LLACTEAEITAGFHVIGDAAVAAAVDAFEKVAARLGPVAVARCGHRLEHVEMIDAEQAAK 368 Query 365 LGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTG 424 LG WGVIASVQPNFD LWGG DGMYA+RLGA+RGS+LNP ALLASQGVPLALGSDAPVTG Sbjct 369 LGRWGVIASVQPNFDALWGGADGMYAQRLGAERGSQLNPFALLASQGVPLALGSDAPVTG 428 Query 425 FDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDA 484 DPW SVRAA +HRTPGS +S RAAFAAATRGGWRA GVRDG GTLVPGAPASYA+WDA Sbjct 429 LDPWTSVRAAAHHRTPGSAISVRAAFAAATRGGWRAAGVRDGMTGTLVPGAPASYAVWDA 488 Query 485 GDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 GD +V APRD V RWSTDPRSRVPALPRLGPTDALPRCR+TVHRGAVI+G Sbjct 489 GDLEVSAPRDTVARWSTDPRSRVPALPRLGPTDALPRCRRTVHRGAVIHG 538 >gi|333990743|ref|YP_004523357.1| hypothetical protein JDM601_2103 [Mycobacterium sp. JDM601] gi|333486711|gb|AEF36103.1| conserved hypothetical protein [Mycobacterium sp. JDM601] Length=533 Score = 691 bits (1784), Expect = 0.0, Method: Compositional matrix adjust. Identities = 369/530 (70%), Positives = 429/530 (81%), Gaps = 4/530 (0%) Query 5 PVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVD 64 P LL+ GR++SP+HP+ATAMAVR VVAWLGSD VGR+QFP ADV DLDG V PGFVD Sbjct 8 PTSLLLGGRIHSPSHPDATAMAVRDGVVAWLGSDAVGREQFPQADVTDLDGALVTPGFVD 67 Query 65 SHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPST 124 SH+H+T TGL +GLDLRPA+S+ CL+++ADYAA HP QP+WGHGWDES WP+ AAP T Sbjct 68 SHVHVTETGLCRTGLDLRPASSQRHCLQLIADYAAAHPDQPIWGHGWDESGWPDGAAPDT 127 Query 125 ADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAAR 184 LDAV+G+ PAYL+R+D+HSAL SSGLR+ VP+L+A +G PL+G HHL RAAAR Sbjct 128 EALDAVVGERPAYLSRVDAHSALASSGLRKRVPKLSADSGIG---PLSGSDHHLVRAAAR 184 Query 185 YLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEA 244 LLT Q A AR AL A AA G+VAVHECAGP++GG DDW LRAL HGVEVIGYWGE Sbjct 185 ELLTAPQRAAARTAALDAAAAVGIVAVHECAGPDVGGSDDWRELRALHHGVEVIGYWGEP 244 Query 245 VATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAH 304 V + A+AR+L+ +TGARGLAGDLFVDGALGS TAWLHEPYADA C G CHLD + + AH Sbjct 245 VTSAARARELLADTGARGLAGDLFVDGALGSHTAWLHEPYADAAGCTGVCHLDAESVAAH 304 Query 305 VRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAK 364 + ACT+A VTAGFHVIGDAAVSA A ++VV GV AVA CGHRLEH+EMV+ +QAA+ Sbjct 305 LWACTEAGVTAGFHVIGDAAVSAVTTALQQVVQHFGVAAVAACGHRLEHLEMVSVEQAAQ 364 Query 365 LGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTG 424 LG+WGVIAS+QP FD LWGG DGMYA+RLGAQR + LNP ALLAS+GVPLA GSD+PVT Sbjct 365 LGSWGVIASMQPGFDALWGGDDGMYAQRLGAQRAAGLNPFALLASRGVPLAFGSDSPVTE 424 Query 425 FDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDA 484 DPWA+VRAA +HRTPGS VS RAAFAAATRGGWRA G+ DG GTLVPGAPASYA+W+ Sbjct 425 LDPWAAVRAAAHHRTPGSAVSMRAAFAAATRGGWRAAGINDGISGTLVPGAPASYAVWEP 484 Query 485 GDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 V+APRD VQRWSTDPRSRVPALP L P D+ P CR+TVHRG V++G Sbjct 485 TRLAVEAPRDTVQRWSTDPRSRVPALPVLEPGDS-PLCRRTVHRGVVLHG 533 >gi|118470881|ref|YP_888152.1| amidohydrolase 3 [Mycobacterium smegmatis str. MC2 155] gi|118172168|gb|ABK73064.1| amidohydrolase 3 [Mycobacterium smegmatis str. MC2 155] Length=530 Score = 680 bits (1755), Expect = 0.0, Method: Compositional matrix adjust. Identities = 358/529 (68%), Positives = 405/529 (77%), Gaps = 0/529 (0%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 LL+NGR++SP P+ATAMA+R VVAWLGSDDVGR PDA + DLDG FVAP FVDS Sbjct 2 TTLLINGRIHSPAQPDATAMAIRDGVVAWLGSDDVGRALHPDAHIVDLDGGFVAPAFVDS 61 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 H+H+TATGL L GLDL ATS CL++VAD+A HP +WGHGWDES WPE P T Sbjct 62 HVHITATGLNLVGLDLHAATSLQHCLQLVADHARRHPDGLVWGHGWDESGWPERTPPGTD 121 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 DLDAVLGD PAYLAR+D HSA ++ LRR VP+LA A+G++ Q PL+ DAHHL RAAAR Sbjct 122 DLDAVLGDRPAYLARVDVHSAAATTALRRAVPDLAGASGFSPQGPLSADAHHLIRAAARA 181 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAV 245 LT Q AR AL AA G+VAVHECAGPEIGGLDDWL LRAL+HGV+VIG WGEA Sbjct 182 QLTARQKHQARVAALDHAAAHGIVAVHECAGPEIGGLDDWLELRALDHGVDVIGLWGEAA 241 Query 246 ATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHV 305 A+ L+ ETGA GLAGDLFVDGALGSRTAWL PY+DA G +LD D + AH+ Sbjct 242 RDVDHAKALIAETGAYGLAGDLFVDGALGSRTAWLSAPYSDATHTCGNRYLDQDTVIAHL 301 Query 306 RACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKL 365 RACT+A + AGFHVIGDAAVSA V A VV G VARCGHRLEH+EMVTA QAA+L Sbjct 302 RACTQAGIPAGFHVIGDAAVSAVVDALADVVERHGAPTVARCGHRLEHLEMVTAAQAAQL 361 Query 366 GAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGF 425 GAWGV AS+QP FD WGG GMYA+RLG QR +LNP ALLAS+GVPLA GSD PVT Sbjct 362 GAWGVTASMQPMFDASWGGDHGMYAQRLGPQRVHQLNPFALLASEGVPLAFGSDTPVTSM 421 Query 426 DPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAG 485 +PW +VRAAV H +P + +S RAAFAAATRGGWRAGGVRDG GTL PGAPASYAIWD Sbjct 422 NPWEAVRAAVLHHSPTAAISPRAAFAAATRGGWRAGGVRDGVSGTLTPGAPASYAIWDVE 481 Query 486 DFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 + +V AP +AVQRWSTDPRSRVPALPRL ALPRCRQTVHRG V++G Sbjct 482 ELEVSAPANAVQRWSTDPRSRVPALPRLADDAALPRCRQTVHRGVVLHG 530 >gi|126435122|ref|YP_001070813.1| amidohydrolase 3 [Mycobacterium sp. JLS] gi|126234922|gb|ABN98322.1| Amidohydrolase 3 [Mycobacterium sp. JLS] Length=530 Score = 654 bits (1688), Expect = 0.0, Method: Compositional matrix adjust. Identities = 365/529 (69%), Positives = 408/529 (78%), Gaps = 0/529 (0%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 LL+NGRV+SP P+ATAMAVR VAWLGSDDVGR QFP ADV DLDG FVAP FVDS Sbjct 2 TTLLLNGRVHSPAQPDATAMAVRDGTVAWLGSDDVGRAQFPQADVVDLDGGFVAPAFVDS 61 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 H+H+TATGL L+GLDLR ATS C+ ++ +A HP LWGHGWDES WPE AP+T Sbjct 62 HVHVTATGLTLTGLDLRHATSLRHCIDLLTQHARTHPDGVLWGHGWDESGWPERTAPTTE 121 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 D+DA +G AYLAR+D HSA+ S+ LR LA A GY QRPLT DAHHL RAAAR Sbjct 122 DIDAAVGRRAAYLARVDVHSAVASTALREDAEGLAGAAGYHPQRPLTADAHHLVRAAARA 181 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAV 245 LLT Q AR AL A AA G+VAVHECAGP+IGGL+DWL LR LEHGVEV GYWGEAV Sbjct 182 LLTAGQRDQARRAALDAAAATGIVAVHECAGPQIGGLEDWLELRGLEHGVEVAGYWGEAV 241 Query 246 ATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHV 305 AR L+ TGARGLAGDLFVDGALGSRTAWL EPYADAP G +LD D + +H+ Sbjct 242 TDADHARGLLDRTGARGLAGDLFVDGALGSRTAWLSEPYADAPGECGNTYLDEDAVTSHL 301 Query 306 RACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKL 365 ACT+A VTAGFHVIGDAAV VAA RVVA G AVARCGHRLEH+EMVT +A +L Sbjct 302 HACTQAGVTAGFHVIGDAAVGTVVAALARVVAQFGAPAVARCGHRLEHLEMVTTAEAEQL 361 Query 366 GAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGF 425 GAWGV+AS+QP+FD LWGG GMYA+RLG R + LNP ALLAS GVPLA GSD+PVT Sbjct 362 GAWGVVASMQPDFDALWGGPTGMYAQRLGGDRAAGLNPFALLASHGVPLAFGSDSPVTDM 421 Query 426 DPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAG 485 +PW++VRAA +H+TPGS +S RAAFAAATRG WRA GVRDG GTLVPGAPASYAIW+A Sbjct 422 NPWSAVRAASHHQTPGSAISLRAAFAAATRGAWRAAGVRDGVTGTLVPGAPASYAIWEAE 481 Query 486 DFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 D V AP D+VQRWSTDPRSRVPALPRL P ALP CRQTVHRG VI+G Sbjct 482 DLAVSAPADSVQRWSTDPRSRVPALPRLEPGVALPCCRQTVHRGVVIHG 530 >gi|108799468|ref|YP_639665.1| amidohydrolase 3 [Mycobacterium sp. MCS] gi|119868581|ref|YP_938533.1| amidohydrolase 3 [Mycobacterium sp. KMS] gi|108769887|gb|ABG08609.1| Amidohydrolase 3 [Mycobacterium sp. MCS] gi|119694670|gb|ABL91743.1| Amidohydrolase 3 [Mycobacterium sp. KMS] Length=530 Score = 652 bits (1681), Expect = 0.0, Method: Compositional matrix adjust. Identities = 365/529 (69%), Positives = 407/529 (77%), Gaps = 0/529 (0%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 LL+NGRV+SP P+ATAMAVR VAWLGSDDVG QFP ADV DLDG FVAP FVDS Sbjct 2 TTLLLNGRVHSPAQPDATAMAVRDGTVAWLGSDDVGCAQFPQADVVDLDGGFVAPAFVDS 61 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 H+H+TATGL L+GLDLR ATS CL ++ +A HP LWGHGWDES WPE AP+T Sbjct 62 HVHVTATGLTLTGLDLRHATSLRHCLDLLTQHARTHPDGVLWGHGWDESGWPERTAPTTE 121 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 D+DA +G AYLAR+D HSA+ S+ LR LA A GY QRPLT DAHHL RAAAR Sbjct 122 DIDAAVGRRAAYLARVDVHSAVASTALREDAEGLAGAAGYHPQRPLTADAHHLVRAAARA 181 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAV 245 LLT Q AR AL A AA G+VAVHECAGP+IGGL+DWL LR LEHGVEV GYWGEAV Sbjct 182 LLTAGQRDQARRAALDAAAATGIVAVHECAGPQIGGLEDWLELRGLEHGVEVAGYWGEAV 241 Query 246 ATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHV 305 AR L+ TGARGLAGDLFVDGALGSRTAWL EPYADAP G +LD D + +H+ Sbjct 242 TDADHARGLLDRTGARGLAGDLFVDGALGSRTAWLSEPYADAPGECGNTYLDEDAVTSHL 301 Query 306 RACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKL 365 ACT+A VTAGFHVIGDAAV VAA RVVA G AVARCGHRLEH+EMVT +A +L Sbjct 302 HACTQAGVTAGFHVIGDAAVGTVVAALARVVAQFGAPAVARCGHRLEHLEMVTTAEAEQL 361 Query 366 GAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGF 425 GAWGV+AS+QP+FD LWGG GMYA+RLG R + LNP ALLAS GVPLA GSD+PVT Sbjct 362 GAWGVVASMQPDFDALWGGPTGMYAQRLGGDRAAGLNPFALLASHGVPLAFGSDSPVTDM 421 Query 426 DPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAG 485 +PW++VRAA +H+TPGS +S RAAFAAATRG WRA GVRDG GTLVPGAPASYAIW+A Sbjct 422 NPWSAVRAASHHQTPGSAISLRAAFAAATRGAWRAAGVRDGVTGTLVPGAPASYAIWEAE 481 Query 486 DFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 D V AP D+VQRWSTDPRSRVPALPRL P ALP CRQTVHRG VI+G Sbjct 482 DLAVSAPADSVQRWSTDPRSRVPALPRLEPGVALPCCRQTVHRGVVIHG 530 >gi|145223703|ref|YP_001134381.1| amidohydrolase 3 [Mycobacterium gilvum PYR-GCK] gi|145216189|gb|ABP45593.1| Amidohydrolase 3 [Mycobacterium gilvum PYR-GCK] Length=526 Score = 643 bits (1659), Expect = 0.0, Method: Compositional matrix adjust. Identities = 374/535 (70%), Positives = 415/535 (78%), Gaps = 13/535 (2%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + LL GR++SP P+ATAMAVRG VVAW+GSDDVGR QFPDADV DLDG FVAP FV Sbjct 1 MNTTLLRGGRIHSPAMPDATAMAVRGGVVAWVGSDDVGRAQFPDADVADLDGAFVAPAFV 60 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 DSH+H TATGL L+GLDLR ATSR CL M+A++AADHP LWGHGWDES WP+ P Sbjct 61 DSHVHTTATGLTLTGLDLRAATSRRHCLAMLAEFAADHPDGVLWGHGWDESGWPDQTPPD 120 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 TAD+DA +G PAYLAR+D HSA S+ LRR A G T PL DAHH R AA Sbjct 121 TADIDAAVGSRPAYLARVDVHSAAASTSLRR-------AAGVTDTEPLIADAHHRVRRAA 173 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGE 243 R LT Q A AR AL A AAAG+VAVHECAGPEIGGLDDWL LR +HGVE++GYWGE Sbjct 174 REQLTATQRAQARQAALDAAAAAGIVAVHECAGPEIGGLDDWLELRTHDHGVEIVGYWGE 233 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYAD-APDC---IGTCHLDVD 299 V T A AR+L+ TGARGLAGDLFVDGALGSRTAWL +PYAD DC G +LDVD Sbjct 234 HVGTAAAARELIEATGARGLAGDLFVDGALGSRTAWLRDPYADIGADCPAPTGNAYLDVD 293 Query 300 GIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTA 359 I AH+ ACT+A VTAGFHVIGDAA +A VAA + V GV AVARCGHRLEH+EMVT Sbjct 294 AITAHLNACTEAGVTAGFHVIGDAATAAVVAALQITVDRFGVAAVARCGHRLEHLEMVTD 353 Query 360 DQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSD 419 DQAA LG+WGV+AS+QP FD LWGG DGMYARRLG R + LNP ALLASQGVPLA GSD Sbjct 354 DQAALLGSWGVVASMQPAFDALWGGPDGMYARRLGVTRAAGLNPFALLASQGVPLAFGSD 413 Query 420 APVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASY 479 +PVT +PW +VRAA HRTPGS +SARAAFAAATRG WRAGGVRDG GTLVPGAPASY Sbjct 414 SPVTDMNPWHAVRAATAHRTPGSAISARAAFAAATRGAWRAGGVRDGVTGTLVPGAPASY 473 Query 480 AIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 A+W+A DF+V AP DAVQRWSTDPRSRVP LP L TD LPRCRQTVHRGAV++G Sbjct 474 AVWEADDFEVSAPTDAVQRWSTDPRSRVPVLPVL--TDGLPRCRQTVHRGAVLHG 526 >gi|315444031|ref|YP_004076910.1| TIM-barrel fold metal-dependent hydrolase [Mycobacterium sp. Spyr1] gi|315262334|gb|ADT99075.1| predicted TIM-barrel fold metal-dependent hydrolase [Mycobacterium sp. Spyr1] Length=526 Score = 642 bits (1655), Expect = 0.0, Method: Compositional matrix adjust. Identities = 373/535 (70%), Positives = 414/535 (78%), Gaps = 13/535 (2%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + LL GR++SP P+ATAMAVRG VVAW+GSDDVGR QFPDADV DLDG FVAP FV Sbjct 1 MNTTLLRGGRIHSPAMPDATAMAVRGGVVAWVGSDDVGRAQFPDADVADLDGAFVAPAFV 60 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 DSH+H TATGL L+GLDLR ATSR CL M+A++AADHP LWGHGWDES WP+ P Sbjct 61 DSHVHTTATGLTLTGLDLRAATSRRHCLAMLAEFAADHPDGVLWGHGWDESGWPDQTPPD 120 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 TAD+DA +G PAYLAR+D HSA S+ LRR A G T PL DAHH R AA Sbjct 121 TADIDAAVGSRPAYLARVDVHSAAASTSLRR-------AAGVTDTEPLIADAHHRVRRAA 173 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGE 243 R LT Q A AR AL A AAAG+VAVHECAGPEIGGLDDWL LR +HGVE++GYWGE Sbjct 174 REQLTATQRAQARQAALDAAAAAGIVAVHECAGPEIGGLDDWLELRTHDHGVEIVGYWGE 233 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYAD-APDC---IGTCHLDVD 299 V T A AR+L+ TGARGLAGDLFVDGALGSRTAWL +PYAD DC G +LDVD Sbjct 234 HVGTAAAARELIEATGARGLAGDLFVDGALGSRTAWLRDPYADIGADCPAPTGNAYLDVD 293 Query 300 GIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTA 359 I H+ ACT+A VTAGFHVIGDAA +A VAA + V GV AVARCGHRLEH+EMVT Sbjct 294 AIATHLNACTEAGVTAGFHVIGDAATAAVVAALQIAVDRFGVAAVARCGHRLEHLEMVTD 353 Query 360 DQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSD 419 DQAA LG+WGV+AS+QP FD LWGG DGMYARRLG R + LNP ALLASQGVPLA GSD Sbjct 354 DQAALLGSWGVVASMQPAFDALWGGPDGMYARRLGVTRAAGLNPFALLASQGVPLAFGSD 413 Query 420 APVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASY 479 +PVT +PW +VRAA HRTPGS +SARAAFAAATRG WRAGGVRDG GTLVPGAPASY Sbjct 414 SPVTDMNPWHAVRAATAHRTPGSAISARAAFAAATRGAWRAGGVRDGVTGTLVPGAPASY 473 Query 480 AIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 A+W+A DF+V AP DAVQRWSTDPRSRVP LP L TD LPRCRQTVHRGAV++G Sbjct 474 AVWEADDFEVSAPTDAVQRWSTDPRSRVPVLPAL--TDGLPRCRQTVHRGAVLHG 526 >gi|120404393|ref|YP_954222.1| amidohydrolase 3 [Mycobacterium vanbaalenii PYR-1] gi|119957211|gb|ABM14216.1| Amidohydrolase 3 [Mycobacterium vanbaalenii PYR-1] Length=526 Score = 641 bits (1654), Expect = 0.0, Method: Compositional matrix adjust. Identities = 352/535 (66%), Positives = 403/535 (76%), Gaps = 13/535 (2%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + LL+NGRV+SP P+ATAMAVR +VAW+G+DD+GR QFPDA V DLDG FVAP FV Sbjct 1 MTTTLLLNGRVHSPAMPDATAMAVRDGIVAWVGADDIGRKQFPDAAVTDLDGAFVAPAFV 60 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 D+H+H TATGL L+GLDLRPATS CL ++ D+A + +WGHGWDE+ WPE APS Sbjct 61 DTHVHTTATGLALTGLDLRPATSLRHCLDLLVDFAGTNADGVIWGHGWDETRWPERRAPS 120 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 TA++DA +G AYLAR+D HSA+ S+ LRR G PLT DAHH R AA Sbjct 121 TAEVDAAVGGRAAYLARVDVHSAVASTLLRR-------TAGVDDAAPLTADAHHKVRRAA 173 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGE 243 R LT Q A AR AL A A G+ AVHECAGPEI GLDDW LRA HGVEV+GYWGE Sbjct 174 RAGLTAAQRARARQAALDAAAGLGIAAVHECAGPEIAGLDDWQELRAHPHGVEVVGYWGE 233 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPD-C---IGTCHLDVD 299 VAT A+AR+L+ T ARGLAGDLFVDGALGSRTAWL EPY DAP+ C G +L VD Sbjct 234 HVATAARARELMETTQARGLAGDLFVDGALGSRTAWLREPYTDAPEGCPAPTGNSYLGVD 293 Query 300 GIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTA 359 I AH+ ACT+A VTAGFHVIGDAAV+A +A + VV GV AVARCGHRLEHVEMVT Sbjct 294 EIAAHLGACTEAGVTAGFHVIGDAAVAAVTSALQTVVERFGVAAVARCGHRLEHVEMVTP 353 Query 360 DQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSD 419 +QA LG WGVIAS+QPNFD LWGG GMYA+RLG +R S+LN ALLAS+GVPLA GSD Sbjct 354 EQAEMLGGWGVIASMQPNFDALWGGETGMYAQRLGVERASQLNRFALLASRGVPLAFGSD 413 Query 420 APVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASY 479 PVT +PWA++RAA H TPGS +SARAAFAA TRG WRAGG RDG GTLVPGAPA+Y Sbjct 414 TPVTDMNPWATIRAATTHHTPGSAISARAAFAAVTRGAWRAGGTRDGVTGTLVPGAPATY 473 Query 480 AIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIYG 534 AIW+A +F+V AP DAVQRWSTDPRSRVP LPRL LPRCRQTVHRG V++G Sbjct 474 AIWEADEFEVSAPADAVQRWSTDPRSRVPVLPRL--DGELPRCRQTVHRGLVLHG 526 >gi|254775106|ref|ZP_05216622.1| hypothetical protein MaviaA2_10591 [Mycobacterium avium subsp. avium ATCC 25291] Length=451 Score = 633 bits (1633), Expect = 2e-179, Method: Compositional matrix adjust. Identities = 333/443 (76%), Positives = 379/443 (86%), Gaps = 0/443 (0%) Query 5 PVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVD 64 PV LLVNGRV++P P+ATAMAVRG V+ WLG DDVGR FPDADV+DLDG FV PGFVD Sbjct 9 PVTLLVNGRVHTPAAPDATAMAVRGGVITWLGGDDVGRSLFPDADVEDLDGGFVTPGFVD 68 Query 65 SHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPST 124 SHIHLTATGL L GLDLRPA SRA CL+++AD+AA HPG+P+WGHGWDE++WPE P T Sbjct 69 SHIHLTATGLTLCGLDLRPARSRAHCLQLIADHAAAHPGRPVWGHGWDETSWPERTPPGT 128 Query 125 ADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAAR 184 ADLDAV+GD PAYL R+D+HSAL S+GLRR V +L +A+G++ RPL DAHHL RAAAR Sbjct 129 ADLDAVVGDRPAYLTRVDAHSALASTGLRRRVAQLPSASGFSPDRPLVADAHHLVRAAAR 188 Query 185 YLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEA 244 LLT QLA+ARA AL A AAAG+VAVHECAGP+IGG+DDWL+LRAL+HGVEVIGYWGE Sbjct 189 NLLTAEQLAEARAAALHAAAAAGIVAVHECAGPQIGGMDDWLQLRALDHGVEVIGYWGEP 248 Query 245 VATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAH 304 V+T AR L+ T ARGLAGDLF+DGALGSRTAWL EPYADAPD GTC+LD + +EAH Sbjct 249 VSTATDARALIEATCARGLAGDLFIDGALGSRTAWLREPYADAPDRTGTCYLDPEAVEAH 308 Query 305 VRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAK 364 + ACT+AE+TAGFHVIGDAAV+AAV AFE+V A LG VAVARCGHRLEHVEM+ A+QAAK Sbjct 309 LLACTEAEITAGFHVIGDAAVAAAVDAFEKVAARLGPVAVARCGHRLEHVEMIDAEQAAK 368 Query 365 LGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTG 424 LG WGVIASVQPNFD LWGG DGMYA+RLGA+RGS+LNP ALLASQGVPLALGSDAPVTG Sbjct 369 LGRWGVIASVQPNFDALWGGADGMYAQRLGAERGSQLNPFALLASQGVPLALGSDAPVTG 428 Query 425 FDPWASVRAAVNHRTPGSGVSAR 447 DPW SVRAA +HRTPGS +S R Sbjct 429 LDPWTSVRAAAHHRTPGSAISVR 451 >gi|169629291|ref|YP_001702940.1| hypothetical protein MAB_2205 [Mycobacterium abscessus ATCC 19977] gi|169241258|emb|CAM62286.1| Conserved hypothetical protein [Mycobacterium abscessus] Length=565 Score = 619 bits (1595), Expect = 5e-175, Method: Compositional matrix adjust. Identities = 333/529 (63%), Positives = 390/529 (74%), Gaps = 1/529 (0%) Query 7 KLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDSH 66 +LL+N RVYSP+HP ATAMAV GDV++W+G DD+GR +FPDA++ DL+G FVAP FVD+H Sbjct 37 QLLINARVYSPSHPAATAMAVTGDVISWIGEDDLGRAEFPDAEIVDLEGAFVAPAFVDAH 96 Query 67 IHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTAD 126 +H+TA GL L GLDL T+R QCL +A YA +HP + +WGHGWDES WP+ +T + Sbjct 97 VHVTALGLSLIGLDLSDVTAREQCLDRLAAYAREHPNEVIWGHGWDESRWPDGRPLTTTE 156 Query 127 LDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARYL 186 LD YLARID HSA S+ LR+ VP LA A G+ + PL G AHHL RA AR Sbjct 157 LDTAASGRAVYLARIDVHSAAASTALRQQVPGLAEAAGFHPEWPLIGAAHHLLRAHARGA 216 Query 187 LTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAVA 246 + A AR AL A A+ G+V+VHEC GPEIGGL+D+ L A EHGV+V GYWGE Sbjct 217 FSAAGRAQARRAALDAAASLGIVSVHECGGPEIGGLEDFRELLATEHGVQVTGYWGEPAR 276 Query 247 TPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHVR 306 P A +LV TGA GLAGDLFVDGALGSRTAWL EPY DAP G+ HLD + +EAH+ Sbjct 277 DPDHAGELVAATGAAGLAGDLFVDGALGSRTAWLREPYHDAPHTCGSRHLDAETVEAHLD 336 Query 307 ACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKLG 366 +CT+A +TAGFHVIGDAAV+ + A RV GV AVARCGHRLEH+EMV+A QA +LG Sbjct 337 SCTRAGITAGFHVIGDAAVTQVIDALGRVAERHGVPAVARCGHRLEHLEMVSAAQAGQLG 396 Query 367 AWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGFD 426 GVIASVQP FD LWGG DGMYA RLGA RG++LNPLALLASQGVPLA GSDAPVT + Sbjct 397 RLGVIASVQPAFDALWGGPDGMYADRLGADRGTQLNPLALLASQGVPLAFGSDAPVTPMN 456 Query 427 PWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAGD 486 PW +VRAA +HRTP S VS RAAF AATRGGWRA GV DG GTL PGA ASYAIW+ GD Sbjct 457 PWVTVRAAAHHRTPSSSVSVRAAFGAATRGGWRAQGVHDGVTGTLTPGALASYAIWETGD 516 Query 487 FDVDAPRDAVQRWSTDPRSRVPALPRLGP-TDALPRCRQTVHRGAVIYG 534 ++ + VQRWSTDPRSRVPALP L ALP C +TVHRG VI+G Sbjct 517 LTINTSQPGVQRWSTDPRSRVPALPDLSDGAAALPTCLRTVHRGKVIHG 565 >gi|312139768|ref|YP_004007104.1| amidase [Rhodococcus equi 103S] gi|311889107|emb|CBH48420.1| putative amidase [Rhodococcus equi 103S] Length=533 Score = 614 bits (1584), Expect = 1e-173, Method: Compositional matrix adjust. Identities = 324/530 (62%), Positives = 387/530 (74%), Gaps = 1/530 (0%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + +LLV GR+YSP+ P+ATAMAV V W G D GR PDA+V DLDG FV PGFV Sbjct 3 VSTQLLVGGRIYSPSAPDATAMAVTDGTVVWTGEDRPGRALHPDAEVIDLDGAFVTPGFV 62 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 D+H+H+TA GL L+GLDL A +R++CL ++ +A++H +WG GWD+S WP+ A P+ Sbjct 63 DTHVHVTALGLQLTGLDLGGARNRSECLELLRRFASEHDDAVVWGQGWDDSTWPDTA-PT 121 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 TADLDA YL+R+D+HSAL S+ LR P+L AATG+T L+ DAHHL R A Sbjct 122 TADLDAAAPGRAVYLSRVDAHSALCSTPLRAATPDLTAATGFTPDGALSADAHHLVRDRA 181 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGE 243 R LLT+ Q A AR AL AA G+VAVHEC GP IGGL D+ L AL HGVEV GYWGE Sbjct 182 RALLTETQRASARRAALDHCAARGIVAVHECGGPAIGGLTDFRELLALTHGVEVRGYWGE 241 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEA 303 AV T +A +L+ TGA L GDLFVDGALGS TA L EPY D G +LDVD + A Sbjct 242 AVTTAEEATELLAHTGADALGGDLFVDGALGSHTAALVEPYHDCAGRHGNRYLDVDAVAA 301 Query 304 HVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAA 363 HVRACT A + AGFHVIGDAA+ AVAAFE V +LG AVA GHRLEH+EMVT +QAA Sbjct 302 HVRACTLAGIQAGFHVIGDAAIRTAVAAFETVANELGGPAVAARGHRLEHLEMVTPEQAA 361 Query 364 KLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVT 423 LG+WGVIAS+QP FD LWGG +GMYA+RLGA+R + +N A +AS G+ LA GSDAPVT Sbjct 362 LLGSWGVIASMQPVFDALWGGTEGMYAQRLGAERAARMNAFAPIASTGMSLAFGSDAPVT 421 Query 424 GFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWD 483 +PWA +RAAVNHRTPGSGVS RAAF+AATRG WRAGGVRDG GTL PGAPASY +WD Sbjct 422 PVEPWAMLRAAVNHRTPGSGVSPRAAFSAATRGAWRAGGVRDGMAGTLNPGAPASYVVWD 481 Query 484 AGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 A + V AP+D+VQRWSTDPRSRVPALPRL +P C ++VHRG ++ Sbjct 482 ADELVVSAPQDSVQRWSTDPRSRVPALPRLEDDAPVPVCLRSVHRGVTVH 531 >gi|325676779|ref|ZP_08156452.1| amidohydrolase 3 [Rhodococcus equi ATCC 33707] gi|325552327|gb|EGD22016.1| amidohydrolase 3 [Rhodococcus equi ATCC 33707] Length=533 Score = 612 bits (1578), Expect = 6e-173, Method: Compositional matrix adjust. Identities = 324/530 (62%), Positives = 386/530 (73%), Gaps = 1/530 (0%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + +LLV GR+YSP+ P+ATAMAV V W G D GR PDA+V DLDG FV PGFV Sbjct 3 VSTQLLVGGRIYSPSAPDATAMAVTDGTVVWTGEDRPGRALHPDAEVIDLDGAFVTPGFV 62 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 D+H+H+TA GL L+GLDL A +R++CL ++ +A++H +WG GWD+S WP+ A P+ Sbjct 63 DTHVHVTALGLQLTGLDLGGARNRSECLELLRRFASEHDDAVVWGQGWDDSTWPDTA-PT 121 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 TADLDA YL+R+D+HSAL S+ LR P+L AATG+T L+ DAHHL R A Sbjct 122 TADLDAAAPGRAVYLSRVDAHSALCSTPLRAATPDLTAATGFTPDGALSADAHHLVRDRA 181 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGE 243 R LLT+ Q A AR AL AA GVVAVHEC GP IGGL D+ L AL HGVEV GYWGE Sbjct 182 RALLTETQRASARRAALDHCAARGVVAVHECGGPAIGGLTDFRELLALTHGVEVRGYWGE 241 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEA 303 AV T +A +L+ TGA L GDLFVDGALGS TA L EPY D G +LDVD + A Sbjct 242 AVTTAEEATELLAHTGAHALGGDLFVDGALGSHTAALVEPYHDCAGRHGNRYLDVDAVAA 301 Query 304 HVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAA 363 HVRACT A + AGFHVIGDAA+ AVAAFE V +LG AVA GHRLEH+EMVT +QAA Sbjct 302 HVRACTLAGIQAGFHVIGDAAIRTAVAAFETVANELGGPAVAARGHRLEHLEMVTPEQAA 361 Query 364 KLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVT 423 LG+WGVIAS+QP FD LWGG +GMYA+RLGA+R + +N A +AS G+ LA GSDAPVT Sbjct 362 LLGSWGVIASMQPVFDALWGGTEGMYAQRLGAERAARMNAFAPIASTGMSLAFGSDAPVT 421 Query 424 GFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWD 483 +PWA +RAAVNHRT GSGVS RAAF+AATRG WRAGGVRDG GTL PGAPASY +WD Sbjct 422 PVEPWAMLRAAVNHRTRGSGVSPRAAFSAATRGAWRAGGVRDGMAGTLNPGAPASYVVWD 481 Query 484 AGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 A + V AP+D+VQRWSTDPRSRVPALPRL +P C ++VHRG ++ Sbjct 482 ADELVVSAPQDSVQRWSTDPRSRVPALPRLEDDAPVPVCLRSVHRGVTVH 531 >gi|229493494|ref|ZP_04387279.1| amidohydrolase 3 [Rhodococcus erythropolis SK121] gi|229319455|gb|EEN85291.1| amidohydrolase 3 [Rhodococcus erythropolis SK121] Length=544 Score = 600 bits (1546), Expect = 3e-169, Method: Compositional matrix adjust. Identities = 315/535 (59%), Positives = 373/535 (70%), Gaps = 5/535 (0%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + +LLVNGR+YS P+AT++A+ V W+G + GR P A+++DL G FV PGFV Sbjct 3 VTTRLLVNGRIYSSFAPDATSIAITDGTVVWVGDERAGRALHPAAEIEDLGGAFVTPGFV 62 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAAD-----HPGQPLWGHGWDESAWPE 118 D+H+H+TA GL L GLDL A S +CL V +AA HP +WGHGWD++ W E Sbjct 63 DTHVHITALGLNLVGLDLVGANSLDECLSRVRTFAAANPETAHPDAVIWGHGWDDTEWAE 122 Query 119 NAAPSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHL 178 PSTADLDA YL+RID HSA SS LR + LA GY+A+ PLT DAHHL Sbjct 123 QTPPSTADLDAAAPGRKVYLSRIDVHSAACSSALRDGISGLADTAGYSAEGPLTFDAHHL 182 Query 179 ARAAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVI 238 AR AAR LLT+ Q A AR AL A+ G+VAVHEC GP+I GL D+ L A +HGVEV Sbjct 183 ARNAARNLLTETQRASARTAALDLCASRGIVAVHECGGPDISGLTDFQELLAHDHGVEVR 242 Query 239 GYWGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDV 298 GYWGE V + AR L+ +TGA GL GDLF+DG+LGS TAWL EPYAD PD G +LDV Sbjct 243 GYWGERVDSEEDARALLDKTGADGLGGDLFIDGSLGSHTAWLLEPYADQPDSTGNAYLDV 302 Query 299 DGIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVT 358 D I AH+RACT A V AGFH IGD AVS+A AAF RV +LG VA GHRLEH EM++ Sbjct 303 DAIAAHIRACTLAGVQAGFHAIGDGAVSSAAAAFRRVADELGGPKVAALGHRLEHAEMMS 362 Query 359 ADQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGS 418 A A GVIASVQP FD LWGG DG+YA RLG +R + LNP A A +GV LA S Sbjct 363 MADAETFAALGVIASVQPVFDALWGGTDGLYATRLGVERAAALNPFAPAAGKGVSLAFSS 422 Query 419 DAPVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPAS 478 DAPVT +PWA +RAAV HRT GSG+S RAAF+AATRG WRAGGVRDG GTL PGAPAS Sbjct 423 DAPVTPIEPWAMLRAAVQHRTDGSGISPRAAFSAATRGAWRAGGVRDGAAGTLNPGAPAS 482 Query 479 YAIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 Y +W+AG+ +V AP D+VQRWSTDPRSRVPALPRL +P C ++VHRG V+Y Sbjct 483 YVLWEAGELEVSAPADSVQRWSTDPRSRVPALPRLAEDAPIPVCIKSVHRGRVVY 537 >gi|226306617|ref|YP_002766577.1| hypothetical protein RER_31300 [Rhodococcus erythropolis PR4] gi|226185734|dbj|BAH33838.1| conserved hypothetical protein [Rhodococcus erythropolis PR4] Length=544 Score = 592 bits (1526), Expect = 5e-167, Method: Compositional matrix adjust. Identities = 314/535 (59%), Positives = 370/535 (70%), Gaps = 5/535 (0%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + +LLVNGR+YS P+AT++A+ V W+G + GR P A+++DL G FV PGFV Sbjct 3 VTTRLLVNGRIYSSFAPDATSIAITDGTVVWVGDERAGRALHPAAEIEDLGGAFVTPGFV 62 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAAD-----HPGQPLWGHGWDESAWPE 118 D+H+H+TA GL L GLDL A S +CL V +AA HP +WGHGWD++ W + Sbjct 63 DTHVHITALGLNLVGLDLVGAPSLDECLSRVRTFAAANPETAHPDAVIWGHGWDDTEWAD 122 Query 119 NAAPSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHL 178 PSTADLDA YL+RID HSA SS LR + LA GY+A PLT DAHHL Sbjct 123 QTPPSTADLDAAAPGRKVYLSRIDVHSAACSSALRDGISGLADTAGYSADGPLTFDAHHL 182 Query 179 ARAAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVI 238 AR AAR LLT+ Q A AR AL A+ G+VAVHEC GP+I GL D+ L A +HGVEV Sbjct 183 ARNAARNLLTESQRASARTAALDLCASRGIVAVHECGGPDISGLTDFQELLAHDHGVEVR 242 Query 239 GYWGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDV 298 GYWGE V T AR L+ +TGA GL GDLF+DG+LGS TAWL EPYAD PD G +LDV Sbjct 243 GYWGERVDTEEDARALLDKTGADGLGGDLFIDGSLGSHTAWLLEPYADQPDSTGNAYLDV 302 Query 299 DGIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVT 358 D I AH+RACT A V AGFH IGD AVS+A AAF +V +LG VA GHRLEH EM++ Sbjct 303 DAIAAHIRACTLAGVQAGFHAIGDGAVSSAAAAFRKVADELGGPKVAALGHRLEHAEMMS 362 Query 359 ADQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGS 418 A A GVIASVQP FD LWGG DG+YA RLG R + LNP A A +GV LA S Sbjct 363 MADAETFAALGVIASVQPVFDALWGGTDGLYATRLGVDRAAALNPFAPAAGKGVSLAFSS 422 Query 419 DAPVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPAS 478 DAPVT +PWA +RAAV HRT GSG+S RAAF+AATRG WRAGGVRDG GTL PGAPAS Sbjct 423 DAPVTPIEPWAMLRAAVQHRTDGSGISPRAAFSAATRGAWRAGGVRDGAAGTLNPGAPAS 482 Query 479 YAIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 Y +W AG+ +V AP D+VQRWSTDPRSRVPALPRL +P C ++VHRG V+Y Sbjct 483 YVLWAAGELEVSAPADSVQRWSTDPRSRVPALPRLAEDAPIPVCIKSVHRGRVVY 537 >gi|111017169|ref|YP_700141.1| hypothetical protein RHA1_ro00147 [Rhodococcus jostii RHA1] gi|110816699|gb|ABG91983.1| conserved hypothetical protein [Rhodococcus jostii RHA1] Length=534 Score = 591 bits (1523), Expect = 1e-166, Method: Compositional matrix adjust. Identities = 325/530 (62%), Positives = 380/530 (72%), Gaps = 0/530 (0%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + +LLV GR+YS P+AT+MAV G VV+W+G D R P ADV DL G FV P FV Sbjct 3 VTTQLLVGGRIYSSFAPDATSMAVTGGVVSWVGDDRAARALHPGADVVDLGGAFVTPAFV 62 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 D+H+HLTA GL + GLDL S +CL +A +A H +WGHGWDESAWPE A P+ Sbjct 63 DTHVHLTALGLNIVGLDLVGVGSLRECLDRLASFARTHGDAVIWGHGWDESAWPEGAGPT 122 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 TA LD YL+RID HSA+ S+ LR+ VP+L+ G++ + PLT +AHH AR A Sbjct 123 TAQLDEAAPGRTVYLSRIDVHSAVCSTALRQSVPDLSDTAGFSPEGPLTFEAHHAARTVA 182 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGE 243 R LLT Q + AR AL AIA+ G+VAVHEC GP+I GLDD+ L A HGVEV GYWGE Sbjct 183 RSLLTAEQRSAARTAALDAIASRGIVAVHECGGPDIAGLDDFRELLATPHGVEVRGYWGE 242 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEA 303 AV +AR L+ TGA L GDLF+DG+LGS TAWL EPYAD G +L VD I A Sbjct 243 AVTDADEARKLLNATGAHALGGDLFIDGSLGSHTAWLSEPYADLDGGTGKSYLGVDEIAA 302 Query 304 HVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAA 363 HVRACT A + AGFHVIGDAAV AAV AF V ADLG AVA+ GHRLEHVEM+T D AA Sbjct 303 HVRACTIAGIQAGFHVIGDAAVRAAVDAFAVVAADLGGPAVAKAGHRLEHVEMMTGDDAA 362 Query 364 KLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVT 423 +L WGVIASVQP FD LWGG DG+YA+RLG +R LNP A AS GV LAL SDAPVT Sbjct 363 RLAQWGVIASVQPAFDALWGGTDGLYAQRLGTERALTLNPFAAAASAGVSLALSSDAPVT 422 Query 424 GFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWD 483 DPWA +RAAV+HRTPGSG+S RAAF+AATRG WRAGGVRDG GTL PGAPASYA+WD Sbjct 423 PVDPWAMLRAAVHHRTPGSGISPRAAFSAATRGAWRAGGVRDGLAGTLDPGAPASYAVWD 482 Query 484 AGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 AG+ V AP+D+VQRWSTDPRSRVPALPRL P ++VHRG+V++ Sbjct 483 AGELVVSAPKDSVQRWSTDPRSRVPALPRLEDDAPTPVLLRSVHRGSVVH 532 >gi|339294980|gb|AEJ47091.1| amidohydrolase family protein [Mycobacterium tuberculosis CCDC5079] Length=297 Score = 585 bits (1507), Expect = 9e-165, Method: Compositional matrix adjust. Identities = 295/296 (99%), Positives = 296/296 (100%), Gaps = 0/296 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGY 240 Query 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHL 296 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHL Sbjct 241 WGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHL 296 >gi|226359678|ref|YP_002777456.1| hypothetical protein ROP_02640 [Rhodococcus opacus B4] gi|226238163|dbj|BAH48511.1| hypothetical protein [Rhodococcus opacus B4] Length=532 Score = 581 bits (1497), Expect = 1e-163, Method: Compositional matrix adjust. Identities = 316/530 (60%), Positives = 375/530 (71%), Gaps = 0/530 (0%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + +LLV GR+YS P+AT+MAV +V+W+G D R P A+V DL G FV P FV Sbjct 1 MTTQLLVGGRIYSSFAPDATSMAVTDGLVSWVGDDRAARALHPGAEVVDLGGAFVTPAFV 60 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 D+H+H+TA GL + GLDL S +CL +A +A H +WGHGWDESAWPE P+ Sbjct 61 DTHVHVTALGLNIVGLDLVGVGSLRECLDRLASFARTHSDAVIWGHGWDESAWPEGTGPT 120 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 TA LD YL+RID HSA+ S+ LRR VP L+ A+G++++ PLT +AHH AR A Sbjct 121 TAQLDEAAPGRTVYLSRIDVHSAVCSTALRRSVPGLSEASGFSSEGPLTFEAHHAARTVA 180 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGE 243 R LLT Q + AR AL AIA+ G+VAVHEC GP+I GLDD+ L A HGVEV GYWGE Sbjct 181 RSLLTAEQRSAARVAALDAIASRGIVAVHECGGPDIAGLDDFRELLATAHGVEVRGYWGE 240 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEA 303 AV +AR L+ GA L GDLF+DG+LGS TAWL PYAD G +L VD I A Sbjct 241 AVTDADEARKLLDTAGAHALGGDLFIDGSLGSHTAWLSAPYADLDGGTGKSYLGVDEIAA 300 Query 304 HVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAA 363 HVRACT A + AGFHVIGDAAV AAV AF V +LG AVA GHRLEH EM+T D AA Sbjct 301 HVRACTIAGIQAGFHVIGDAAVRAAVDAFAVVADELGGPAVAAAGHRLEHAEMMTGDDAA 360 Query 364 KLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVT 423 +L WGVIASVQP FD LWGG DG+YA+RLG +R LNP A AS GV LAL SDAPVT Sbjct 361 RLAQWGVIASVQPAFDALWGGTDGLYAQRLGTERALTLNPFAAAASAGVSLALSSDAPVT 420 Query 424 GFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWD 483 +PWA +RAAV+HRTPGSG+S RAAF+AATRG WRAGGVRDG GTL PGAPASYA+WD Sbjct 421 PVEPWAMLRAAVHHRTPGSGISPRAAFSAATRGAWRAGGVRDGLAGTLAPGAPASYAVWD 480 Query 484 AGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 AG+ V AP+D+VQRWSTDPRSRVPALPRL P ++VHRG+V++ Sbjct 481 AGELVVSAPKDSVQRWSTDPRSRVPALPRLEDDAPTPVLLRSVHRGSVVH 530 >gi|289745332|ref|ZP_06504710.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|289685860|gb|EFD53348.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] Length=295 Score = 572 bits (1475), Expect = 4e-161, Method: Compositional matrix adjust. Identities = 294/295 (99%), Positives = 295/295 (100%), Gaps = 0/295 (0%) Query 187 LTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAVA 246 +TDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAVA Sbjct 1 MTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAVA 60 Query 247 TPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHVR 306 TPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHVR Sbjct 61 TPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHVR 120 Query 307 ACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKLG 366 ACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKLG Sbjct 121 ACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKLG 180 Query 367 AWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGFD 426 AWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGFD Sbjct 181 AWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGFD 240 Query 427 PWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAI 481 PWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAI Sbjct 241 PWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAI 295 >gi|343927916|ref|ZP_08767382.1| hypothetical protein GOALK_099_00480 [Gordonia alkanivorans NBRC 16433] gi|343762139|dbj|GAA14308.1| hypothetical protein GOALK_099_00480 [Gordonia alkanivorans NBRC 16433] Length=536 Score = 538 bits (1386), Expect = 1e-150, Method: Compositional matrix adjust. Identities = 297/531 (56%), Positives = 363/531 (69%), Gaps = 11/531 (2%) Query 14 VYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDSHIHLTATG 73 +YS P+ATAMA+ VV W+G+DD+GR PDA++ DL+G FV+PGFVDSH+HLT+TG Sbjct 1 MYSAAAPDATAMAITDGVVVWVGTDDIGRALHPDAEIVDLNGLFVSPGFVDSHVHLTSTG 60 Query 74 LMLSGLDLRPATSRAQCLRMVADYAADH------PGQPLWGHGWDESAW----PENAA-P 122 L L GL L ATSR CLR+V AD G LWG GWD+S W PE+ P Sbjct 61 LSLDGLTLNEATSRTHCLRLVGKAVADDAAAGHDEGDLLWGLGWDDSTWEGPEPEDGRFP 120 Query 123 STADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAA 182 +T++LDAV+G P YLAR+D HSA+ S+ LRRLVPELA A GY + PL +AHHL R A Sbjct 121 TTSELDAVVGGRPVYLARVDEHSAVASTALRRLVPELAGAVGYHPEEPLVAEAHHLVRGA 180 Query 183 ARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWG 242 AR L+T A+ AL AA GVVAVHE GP+I G+DD+L + L+H VE+ YWG Sbjct 181 ARLLVTAAHRERAQRRALDVAAAHGVVAVHENGGPDISGMDDFLAIADLDHPVEIRRYWG 240 Query 243 EAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIE 302 + V A +L+T T A L GDLF+DGA+GS TAWL+EPY DAPD G +LD++ I Sbjct 241 QTVTDADHAAELMTITRAHALGGDLFIDGAIGSHTAWLNEPYTDAPDTRGISYLDMETIR 300 Query 303 AHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQA 362 H+R CT A + +GFHVIGDAA A VAA + +LG A+ARC HRLEH EMVTA A Sbjct 301 DHLRGCTLAGIQSGFHVIGDAATGAVVAALTELADELGTPAIARCAHRLEHAEMVTARDA 360 Query 363 AKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPV 422 L GVIAS+QP+FD WGG +Y RLG R + LN A+LA GV L+ SDAPV Sbjct 361 EVLARCGVIASMQPHFDAEWGGEGDLYDARLGKARAATLNDFAMLAKTGVALSFSSDAPV 420 Query 423 TGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIW 482 T DPW+++RAAV+H P + +SAR AFAAATRGGWRAGG+ DG GTL PGAPASYA+W Sbjct 421 TPIDPWSTIRAAVHHHQPTNAISARGAFAAATRGGWRAGGINDGLTGTLTPGAPASYAVW 480 Query 483 DAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 + D V + VQRWSTDPRSRVPALP + P LPRC +TVHRG V+Y Sbjct 481 EVDDLVVAGSHEKVQRWSTDPRSRVPALPDVSPGADLPRCVRTVHRGQVLY 531 >gi|326382304|ref|ZP_08203996.1| Amidohydrolase 3 [Gordonia neofelifaecis NRRL B-59395] gi|326199034|gb|EGD56216.1| Amidohydrolase 3 [Gordonia neofelifaecis NRRL B-59395] Length=538 Score = 535 bits (1377), Expect = 9e-150, Method: Compositional matrix adjust. Identities = 289/536 (54%), Positives = 354/536 (67%), Gaps = 7/536 (1%) Query 4 IPVKLLVNGRVYS-PTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGF 62 + +LL+ G VYS P P+ATAMAV ++ W+G+DDVGR PDA+V DL GRFV+P F Sbjct 1 MTTQLLLGGMVYSSPAVPDATAMAVTDGMIVWVGTDDVGRALHPDAEVVDLQGRFVSPAF 60 Query 63 VDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWP----- 117 VD+H+HLT TGL L GL+L A+ R+ CLR +A Y A H +WG GWD SAWP Sbjct 61 VDAHVHLTDTGLALGGLNLSAASGRSDCLRRLAAYLAAHDDDIVWGFGWDASAWPADSGG 120 Query 118 ENAAPSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHH 177 ++ P+TAD+DAV G P YLARID HSA S+GLRRLVP L A GY+ ++PL DAHH Sbjct 121 QDLPPTTADIDAVAGGRPVYLARIDEHSAAASTGLRRLVPGLDADHGYSPEQPLVADAHH 180 Query 178 LARAAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEV 237 RAAAR L++ A+ AL A+ GVV+VHE GP+I G+DD+ + L+HGV V Sbjct 181 RVRAAARSLISPTARRKAQIRALDRAASRGVVSVHENGGPDISGIDDFRSIADLDHGVAV 240 Query 238 IGYWGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLD 297 YWGEAV ++ TGA + GDLFVDGALGS TAWL EPY+D G +L Sbjct 241 RRYWGEAVTAADDVHAMLERTGADAIGGDLFVDGALGSHTAWLTEPYSDWTSTSGVSYLS 300 Query 298 VDGIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMV 357 + H+RA T+A V AGFH+IGD A + A E + +LG A+ARC HRLEH EMV Sbjct 301 EQAVLDHLRATTEARVQAGFHMIGDGAAATVANAMELLADELGTPALARCVHRLEHAEMV 360 Query 358 TADQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALG 417 T +QA GV+AS+QP FD WGG D +YA RLG +RG LN A+LA GV L Sbjct 361 TPEQAEIFARCGVVASMQPLFDAAWGGPDDLYATRLG-ERGRRLNDFAMLARAGVSLTFS 419 Query 418 SDAPVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPA 477 SD+PV DPWA+VRAA +HRT S +S RAAFAA TRGGWRA G+ DG GTLVPGAPA Sbjct 420 SDSPVCDIDPWATVRAAAHHRTASSSISPRAAFAATTRGGWRAAGLNDGLTGTLVPGAPA 479 Query 478 SYAIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 YA+WD + V A + VQRWSTDPRSRVPALP + P LP C +TV G I+ Sbjct 480 HYAVWDVDELVVAAATENVQRWSTDPRSRVPALPDVAPGARLPECVETVAGGRTIF 535 >gi|134098854|ref|YP_001104515.1| amidohydrolase 3 [Saccharopolyspora erythraea NRRL 2338] gi|291005788|ref|ZP_06563761.1| amidohydrolase 3 [Saccharopolyspora erythraea NRRL 2338] gi|133911477|emb|CAM01590.1| amidohydrolase 3 [Saccharopolyspora erythraea NRRL 2338] Length=541 Score = 533 bits (1373), Expect = 3e-149, Method: Compositional matrix adjust. Identities = 289/531 (55%), Positives = 355/531 (67%), Gaps = 8/531 (1%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 LL+ GR++SP P+ TAMAV VAW+GSD VGR PDA+V DL G FV P FVD+ Sbjct 4 TTLLLGGRIHSPAGPDVTAMAVIDGTVAWVGSDQVGRALHPDAEVVDLGGAFVTPAFVDA 63 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 H+H T+TGL+L+GLDL S + L + D+ +HPG +WGHGWDE+ WPE P+ + Sbjct 64 HVHATSTGLLLNGLDLTGCASLTEFLHALRDHVEEHPGSLVWGHGWDETWWPERRPPTRS 123 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 ++D+ YL+RID HSALVSS L P A G++ + PLT AHH AR+AAR Sbjct 124 EIDSAAAGAAVYLSRIDVHSALVSSALVERAPLARGAEGWSQEGPLTRVAHHHARSAARE 183 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLR--ALEHGV-EVIGYWG 242 L+ Q +A+ L+ +A+ GV VHECAGP+I G DD L A + G+ EV+GYWG Sbjct 184 SLSSAQRREAQLEFLRDVASKGVACVHECAGPDISGADDLADLLDVAAKGGLPEVVGYWG 243 Query 243 EAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIE 302 E + +AR+L G RGL GDLFVDGA+GSRTA LHEPY D P G +LD + Sbjct 244 E-LGALERAREL----GVRGLGGDLFVDGAIGSRTAALHEPYTDDPSTSGVLYLDAQAVA 298 Query 303 AHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQA 362 H+ CT+ + AGFHVIGDA V+ F R +GV A+A HRLEH+EM+ A+QA Sbjct 299 EHLVECTRNGLQAGFHVIGDAGVAEVAEGFRRAAETVGVPALAGARHRLEHLEMIDAEQA 358 Query 363 AKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPV 422 A+LG +GV ASVQP FD WGG + MYARRLG RG+ LNP + LA+ GV LA GSDAPV Sbjct 359 AELGRYGVAASVQPAFDAAWGGTEDMYARRLGTARGTRLNPFSQLAASGVLLAFGSDAPV 418 Query 423 TGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIW 482 T DPW SV+AAVNHRT G G+S RAAF A T+GGWRA GV DG GTLVPGAPA+YA+W Sbjct 419 TPVDPWRSVQAAVNHRTEGFGISPRAAFTAHTKGGWRAAGVDDGVTGTLVPGAPATYAVW 478 Query 483 DAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 DAG+ V AP VQRWSTDPR+ VP LP L LPRC +TV RG IY Sbjct 479 DAGELVVAAPDSRVQRWSTDPRAGVPGLPDLSSGARLPRCLRTVLRGETIY 529 >gi|262202410|ref|YP_003273618.1| amidohydrolase [Gordonia bronchialis DSM 43247] gi|262085757|gb|ACY21725.1| Amidohydrolase 3 [Gordonia bronchialis DSM 43247] Length=541 Score = 532 bits (1370), Expect = 6e-149, Method: Compositional matrix adjust. Identities = 299/536 (56%), Positives = 359/536 (67%), Gaps = 6/536 (1%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 +P +LL+ G VYS T P TA+AV +V W+GSDDVGR PDA V DL GRFVAP FV Sbjct 1 MPTELLLGGAVYSATVPHGTAIAVTDGMVVWVGSDDVGRALHPDAHVTDLGGRFVAPAFV 60 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCL-RMVADYAADHPGQPLWGHGWDESAWP----- 117 DSH+HLT+TGL L GL L AT R CL R+ A G+ LWG GWD+S W Sbjct 61 DSHVHLTSTGLALLGLTLNDATGRRDCLARVGAAVPGLDDGEVLWGLGWDDSTWSGPDAD 120 Query 118 ENAAPSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHH 177 + P+T++LDAV + P YLARID HSA+ S+ LRRLVP+L A GY + PLT +AHH Sbjct 121 DRRFPTTSELDAVADNRPVYLARIDEHSAVASTALRRLVPDLEQAAGYHPEEPLTAEAHH 180 Query 178 LARAAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEV 237 L R AAR LLT A A+ AL A+ GVVAVHE GP+I GLDD+L L L H VEV Sbjct 181 LVRGAARQLLTPAHRARAQRRALDLAASRGVVAVHENGGPDISGLDDFLALADLAHPVEV 240 Query 238 IGYWGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLD 297 YWG+AV+ A +L T A L GDLF+DGA+GS TAWL EPYAD P IG C+LD Sbjct 241 RRYWGQAVSDADHAAELAAITRADALGGDLFIDGAIGSHTAWLTEPYADDPQSIGICYLD 300 Query 298 VDGIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMV 357 + I HVRACT+A + AGFHVIGDA A V+ F+ + +LG A+ARC HRLEH EMV Sbjct 301 REAIRTHVRACTQAGIQAGFHVIGDAGTEAVVSVFDELATELGTPALARCAHRLEHAEMV 360 Query 358 TADQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALG 417 +A QA L GVIAS+QP FD WGG +Y++RLG R LN A+LA GV L+ Sbjct 361 SAAQADVLARCGVIASMQPLFDAAWGGPGELYSQRLGDHRAPGLNDFAMLAKAGVALSFS 420 Query 418 SDAPVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPA 477 SDAPVT DPWA++RAAV+H P + +SAR AFAA TRGGWRAGG+ DG GTL PGA A Sbjct 421 SDAPVTDIDPWATIRAAVHHHRPRNAISARGAFAACTRGGWRAGGINDGLTGTLEPGARA 480 Query 478 SYAIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 +YAIW+ D V V RWSTDPRSRVPALP + P +LP C +TVHR +++ Sbjct 481 AYAIWNVEDMVVAGSHAGVARWSTDPRSRVPALPDVAPDASLPTCVRTVHRDRIVF 536 >gi|333919726|ref|YP_004493307.1| Amidohydrolase 3 [Amycolicicoccus subflavus DQS3-9A1] gi|333481947|gb|AEF40507.1| Amidohydrolase 3 [Amycolicicoccus subflavus DQS3-9A1] Length=512 Score = 523 bits (1348), Expect = 2e-146, Method: Compositional matrix adjust. Identities = 298/510 (59%), Positives = 348/510 (69%), Gaps = 3/510 (0%) Query 25 MAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDSHIHLTATGLMLSGLDLRPA 84 MAV +V WLG D GR PDADV DL G FV P FVD H+H TA GL L+ LD+ Sbjct 1 MAVTDGIVVWLGEDRPGRALHPDADVIDLQGAFVTPAFVDPHVHTTAAGLALTSLDVTHC 60 Query 85 TSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTADLDAVLGDCPAYLARIDSH 144 SR L +A YA H +W GWDE+AWP P+T +LDA Y R+D+H Sbjct 61 GSREAMLDAIAGYARSHNDGVIWATGWDETAWPGQRPPTTQELDAAAPGRAVYAVRVDAH 120 Query 145 SALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARYLLTDVQLADARAVALQAIA 204 SA S+ LR P L A G++A PLT +AHHL R AA LLT Q A AR L A Sbjct 121 SAAASAALRDAAPGLTGAPGFSADDPLTAEAHHLVRTAAGDLLTPAQRARAREALLGHAA 180 Query 205 AAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAVATPAQARDLVTETGARGLA 264 + GV VHEC GPEI GL D+ L A EHGVEV GYWGEAV+ +A++L+ TGA L Sbjct 181 SRGVACVHECGGPEIAGLTDFRELLATEHGVEVRGYWGEAVSGLEEAKELLAATGAHALG 240 Query 265 GDLFVDGALGSRTAWLHEPYADAP-DCIGTCHLDVDGIEAHVRACTKAEVTAGFHVIGDA 323 GDLF DGA+GS TAWL +PY D D G +LD D + +HV ACT+A + GFHVIGDA Sbjct 241 GDLFADGAIGSHTAWLCDPYHDGHGDQFGRTYLDEDTMASHVIACTEAGIQTGFHVIGDA 300 Query 324 AVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKLGAWGVIASVQPNFDELWG 383 AV+AAV A+ER LG VARCGHRLEHVEMV++ QA L GVIAS+QP FD WG Sbjct 301 AVAAAVRAYERAETALGGPQVARCGHRLEHVEMVSSAQAQVLARLGVIASMQPVFDAFWG 360 Query 384 GGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGFDPWASVRAAVNHRTPGSG 443 G +GMYA+RLGA+R +ELNP ++LA++GV LA GSDAPVT +PW +RAAV+H T G G Sbjct 361 GPEGMYAQRLGAERAAELNPFSMLAAKGVSLAFGSDAPVTPIEPWEMIRAAVHHHTEGHG 420 Query 444 VSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAGDFDVDAPRDAVQRWSTDP 503 VS RAAF+AATRG WRAGGVRDG GTLVPGAPASYA+W+ GD V PRD+VQRWSTDP Sbjct 421 VSPRAAFSAATRGAWRAGGVRDGLAGTLVPGAPASYAVWETGDLVVSVPRDSVQRWSTDP 480 Query 504 RSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 RSRVPALP L ALP C +TVHRG VIY Sbjct 481 RSRVPALPHL--EGALPVCLRTVHRGHVIY 508 >gi|302527348|ref|ZP_07279690.1| amidohydrolase 3 [Streptomyces sp. AA4] gi|302436243|gb|EFL08059.1| amidohydrolase 3 [Streptomyces sp. AA4] Length=533 Score = 521 bits (1343), Expect = 1e-145, Method: Compositional matrix adjust. Identities = 296/530 (56%), Positives = 348/530 (66%), Gaps = 10/530 (1%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 LL+ GRVY+P+ P+ATAMAV G V W+G D R PDA+V DLDG FVAP FVD+ Sbjct 5 TTLLLGGRVYTPSSPDATAMAVSGGTVVWVGQDAPARALHPDAEVVDLDGAFVAPAFVDA 64 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 H+H T+TGL L+GLDL S A+ L V A PGQ L HGWDES+W E PS A Sbjct 65 HVHATSTGLHLTGLDLTAVRSSAELLAAV--RGAVVPGQVLLAHGWDESSWSEQRLPSRA 122 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 +LD GD P YL+R+D HSALVSS L +L P + +A G++A PLT AHHL R AAR Sbjct 123 ELDDAAGDTPVYLSRVDVHSALVSSALVKLAPGVESAAGWSAAGPLTRAAHHLVRGAARD 182 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGV--EVIGYWGE 243 +T Q A+ L+ AA G+V+VHECAGP+I G +D+ L AL EV+GYWG+ Sbjct 183 AVTRPQRQAAQRAFLETAAARGIVSVHECAGPDISGEEDFADLLALADPALPEVVGYWGQ 242 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEA 303 + GA G+AGDLFVDGALGSRTA L PY+D P G+ + D I Sbjct 243 L-----DGLETARRLGAHGVAGDLFVDGALGSRTAALTAPYSDEPGTSGSLYADASVIAD 297 Query 304 HVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAA 363 H+ ACT+A + AGFHVIGDAAV V F +G ++A HRLEH+EMVTADQA Sbjct 298 HLVACTEAGLQAGFHVIGDAAVGEVVEGFRLAEKQIGQRSLAARHHRLEHLEMVTADQAR 357 Query 364 KLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVT 423 L WGV+ASVQP FDE WGG GMY+ RLGA R + LNP A LA++GV LA GSDAPV Sbjct 358 ALAGWGVVASVQPLFDEAWGGDSGMYSERLGA-RAAALNPFAQLAAEGVVLAFGSDAPVC 416 Query 424 GFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWD 483 DPWASVRAAV+H TP + +SARAAF A TR G RA GV DG G+LVPGAPA YAIWD Sbjct 417 AVDPWASVRAAVHHHTPEARLSARAAFTAHTRAGHRAAGVNDGVTGSLVPGAPAHYAIWD 476 Query 484 AGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 A D V VQRWSTDPRS VP LPRL P LPRC +TV G VIY Sbjct 477 AADLVVATADSRVQRWSTDPRSGVPPLPRLEPGTPLPRCLRTVRGGTVIY 526 >gi|257056183|ref|YP_003134015.1| putative TIM-barrel fold metal-dependent hydrolase [Saccharomonospora viridis DSM 43017] gi|256586055|gb|ACU97188.1| predicted TIM-barrel fold metal-dependent hydrolase [Saccharomonospora viridis DSM 43017] Length=552 Score = 520 bits (1338), Expect = 3e-145, Method: Compositional matrix adjust. Identities = 304/537 (57%), Positives = 352/537 (66%), Gaps = 6/537 (1%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +S LLV GR+++P+ P+ATAMAV +V W+G D GR PDA+V DLDG FVAP Sbjct 1 MSSSNTTLLVGGRIHTPSSPDATAMAVTDGIVVWVGQDGPGRALHPDAEVIDLDGAFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQP-LWGHGWDESAWPEN 119 FVD+H+H T TGL L+GLDL A L V A + L HGWDE+ W ++ Sbjct 61 AFVDAHVHATNTGLHLTGLDLTEVRDAADLLAAVRAAAEASAPEEVLIAHGWDETTWTDS 120 Query 120 AAPSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLA 179 PS A+LD G P YL+R+D+HSALV+S L L P+ A GY+ PLT DAHHL Sbjct 121 RLPSRAELDDAAGAVPVYLSRVDAHSALVTSALVELAPDAVHAEGYSPDGPLTRDAHHLV 180 Query 180 RAAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLR--ALEHGV-E 236 R AA +T Q A+ L+A AAAG+V+VHECAGP I G +D L A E G+ E Sbjct 181 RTAAHTAITAEQRERAQRAFLRAAAAAGIVSVHECAGPVISGEEDLRSLLQVAAEPGLPE 240 Query 237 VIGYWGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHL 296 V+ YWG T A DLV E G RGLAGDLFVDGALGS TA L EPYAD P GT +L Sbjct 241 VVPYWGALADT--AALDLVRELGLRGLAGDLFVDGALGSHTAALCEPYADRPHTSGTRYL 298 Query 297 DVDGIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEM 356 D I H+ ACT+A + AGFHVIGDAAV+ V AF LG A+AR GHRLEHVEM Sbjct 299 DRQAIADHLVACTEAGIQAGFHVIGDAAVTEVVEAFALAEKTLGQRALARLGHRLEHVEM 358 Query 357 VTADQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLAL 416 +TA+QA L W V AS+QP FD WGG GMYA RLG R + LNP A LA++GVPLA Sbjct 359 ITAEQATALARWNVTASMQPAFDAAWGGAHGMYATRLGPDRAAALNPFATLAAEGVPLAF 418 Query 417 GSDAPVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAP 476 GSD PVT DPW VRAAV HRTPGSG+SARAAF A TRGG RA GV DG G+LVPGAP Sbjct 419 GSDTPVTPLDPWGGVRAAVYHRTPGSGISARAAFNAHTRGGHRAAGVVDGVTGSLVPGAP 478 Query 477 ASYAIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 A YA+W+A D V P VQRWSTDPRSRVP LP L P LPRC +TV G VIY Sbjct 479 AHYAVWEADDLVVATPDARVQRWSTDPRSRVPGLPPLDPEATLPRCLRTVRAGQVIY 535 >gi|256377481|ref|YP_003101141.1| Amidohydrolase 3 [Actinosynnema mirum DSM 43827] gi|255921784|gb|ACU37295.1| Amidohydrolase 3 [Actinosynnema mirum DSM 43827] Length=518 Score = 518 bits (1333), Expect = 1e-144, Method: Compositional matrix adjust. Identities = 301/533 (57%), Positives = 354/533 (67%), Gaps = 21/533 (3%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + LL GR YSPT P+ATAMAV VV WLG D GR PDA+V +LDG FVAP FV Sbjct 1 MTTTLLTGGRFYSPTAPDATAMAVTDGVVVWLGQDAAGRALHPDAEVVELDGAFVAPAFV 60 Query 64 DSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPS 123 D+H+H T+ GL L+GLDL S A+ L D G LWGHGWDE+ W + P+ Sbjct 61 DAHVHATSAGLQLTGLDLTGCGSAAELL----DRVRRADGALLWGHGWDETRWSDQRPPT 116 Query 124 TADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAA 183 A+LD G P YL+R+D HSAL +S L L P A G++ PLT AHH AR AA Sbjct 117 RAELDEAAGGRPVYLSRVDVHSALATSALIALAPGAEDAEGFSPDGPLTRAAHHHARGAA 176 Query 184 RYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWG- 242 R + Q DA+A L+ A+ G+ AVHECAGP+I DD L A+E G +V YWG Sbjct 177 RDAIPAGQRRDAQAAFLRHAASLGIAAVHECAGPDISSRDDLADLLAVEDGPQVFAYWGA 236 Query 243 -EAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGI 301 + V P GLAGDLFVDGALGSRTA LH PYADAPD G +LD D + Sbjct 237 LKPVGLPVS-----------GLAGDLFVDGALGSRTAALHAPYADAPDTTGALYLDADAV 285 Query 302 EAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQ 361 AH+ ACT+ + GFHVIGDAAV+A V FER A++GV A+A HRLEH+EMVTA+Q Sbjct 286 AAHLVACTREGLQGGFHVIGDAAVAAVVEGFERAAAEVGVPALAARRHRLEHLEMVTAEQ 345 Query 362 AAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAP 421 AAKL +WGV+ASVQP FD WGG +GMYA RLG R + LNP ++LAS GV LA GSDAP Sbjct 346 AAKLASWGVVASVQPVFDAEWGGAEGMYATRLGVARAAGLNPFSVLASAGVILAFGSDAP 405 Query 422 VTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAI 481 VT PWA+VRAAV+HRT GSG+S RAAF A TRGGWRA GV DG GTL PGAPA+YA+ Sbjct 406 VTPVGPWAAVRAAVHHRTAGSGISPRAAFNAHTRGGWRAAGVDDGITGTLQPGAPATYAV 465 Query 482 WDAGDFDVDAPRDAVQRWSTDPRSRVPALPRL-GPTDALPRCRQTVHRGAVIY 533 W+AG+ V AP + VQRWS DPRSRVPALP L GP P C +TV RG IY Sbjct 466 WEAGELSVTAPDNRVQRWSLDPRSRVPALPDLDGPA---PTCLRTVLRGRTIY 515 >gi|54025088|ref|YP_119330.1| hypothetical protein nfa31190 [Nocardia farcinica IFM 10152] gi|54016596|dbj|BAD57966.1| hypothetical protein [Nocardia farcinica IFM 10152] Length=530 Score = 517 bits (1331), Expect = 2e-144, Method: Compositional matrix adjust. Identities = 320/529 (61%), Positives = 369/529 (70%), Gaps = 4/529 (0%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 +LL+ GR YS + P+ATAMAV+ + WLG++ GR PDA++ DLDG FVAP FVD Sbjct 3 TQLLIGGRFYSSSSPDATAMAVQDGTIVWLGAEQPGRALHPDAEIVDLDGAFVAPAFVDP 62 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 H+H+TA GL L GLDL S A+CL V +AA+HP + G GWDE+ WPE APS Sbjct 63 HVHVTALGLRLIGLDLTATGSLAECLAAVRAHAAEHPEAAVLGTGWDETRWPERRAPSAE 122 Query 126 DLDAVLGDCP-AYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAAR 184 +LDA G YLAR+D+HSA VSS L LVP A G+T PL DAHHL RAAA Sbjct 123 ELDAAAGPGRRVYLARVDAHSAAVSSALLALVP--AGTRGHTPGAPLRADAHHLVRAAAL 180 Query 185 YLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEA 244 L Q AR AL A AA G+VAVHECAGP+I G DD L +EHGVEV YWG+A Sbjct 181 AGLDRAQRDRARRAALDAAAAHGIVAVHECAGPDIAGRDDLRELLDVEHGVEVRAYWGQA 240 Query 245 VATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAH 304 V + A+A L+ E GA L GDLFVDG+LGSRTA L PYAD P G +LD D I AH Sbjct 241 VGSAAEATALLAEVGAHALGGDLFVDGSLGSRTALLRAPYADGPGT-GVSYLDADAIGAH 299 Query 305 VRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAK 364 VRACT+A + AGFHVIGDA + A VA FE+ VA LG AVA GHR+EH EM+ A Q Sbjct 300 VRACTEAGIQAGFHVIGDAGMDAVVAGFEQAVAALGGPAVAARGHRVEHAEMLDAAQIDA 359 Query 365 LGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTG 424 L WGVIASVQP FD WGG DGMYA RLGA+R + LNP A +A+ G+ LA+GSDAPVT Sbjct 360 LARWGVIASVQPVFDATWGGPDGMYAARLGAERAAGLNPYAAMAAAGIALAIGSDAPVTE 419 Query 425 FDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDA 484 +PWA+VRAA HRTPG G+S RAAFAAATRG WRAGGVRDG GTLVPGAPASYAIW+A Sbjct 420 LNPWAAVRAASLHRTPGHGISPRAAFAAATRGAWRAGGVRDGVAGTLVPGAPASYAIWEA 479 Query 485 GDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 G+ V A D+VQRWSTDPRSRVP LP L P LPRC +TVHRG IY Sbjct 480 GELVVAAAADSVQRWSTDPRSRVPGLPALEPDSPLPRCLRTVHRGVTIY 528 >gi|300786611|ref|YP_003766902.1| amidohydrolase [Amycolatopsis mediterranei U32] gi|299796125|gb|ADJ46500.1| amidohydrolase [Amycolatopsis mediterranei U32] gi|340528094|gb|AEK43299.1| amidohydrolase [Amycolatopsis mediterranei S699] Length=531 Score = 496 bits (1278), Expect = 3e-138, Method: Compositional matrix adjust. Identities = 291/530 (55%), Positives = 342/530 (65%), Gaps = 10/530 (1%) Query 6 VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDS 65 LL+ GR+Y+P P+ATAMAV G V W+G D R +A++ DL G FVAP FVD+ Sbjct 6 TTLLLGGRIYTPAGPDATAMAVTGGTVVWVGQDAPARALHENAEIVDLHGAFVAPAFVDA 65 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTA 125 H+H TATGL L+GLDL A L V D A PGQ L HGWDE+ W + PS Sbjct 66 HVHATATGLHLTGLDLTGVRGAADLLTRVRD--AVSPGQALLAHGWDETTWTDPRLPSRT 123 Query 126 DLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARY 185 +LDA G P YL+R+D HSALV + L L P AA G++ PLT AHH RAA R Sbjct 124 ELDAAAGGAPVYLSRVDVHSALVFTALVELAPAARAADGWSPDGPLTRAAHHAVRAAVRA 183 Query 186 LLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALE--HGVEVIGYWGE 243 +T Q A+ L A G+V+VHECAGP+I G DD L L EV+GYWGE Sbjct 184 AITPEQRERAQRAFLAEAAKQGIVSVHECAGPDISGRDDLAALLTLTGPDTPEVVGYWGE 243 Query 244 AVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEA 303 A + E GARGLAGDLFVDGALGS TA L PYAD P GT +LD I Sbjct 244 LGAV-----ETARELGARGLAGDLFVDGALGSHTAALTRPYADHPGA-GTLYLDAHRIAG 297 Query 304 HVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAA 363 H+ ACT+A + AGFHVIGDAA + V F ++G A+A HRLEH+EMVTA+QA Sbjct 298 HLTACTEAGLQAGFHVIGDAAAAEVVEGFRLAEKEVGQRALAARHHRLEHLEMVTAEQAK 357 Query 364 KLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVT 423 +L WGV+ASVQP FD LWGG +GMYA RLGA R + LNP + LA++GV L+ GSDAPVT Sbjct 358 QLAGWGVVASVQPLFDALWGGPEGMYAERLGADRAAGLNPFSALAAEGVLLSFGSDAPVT 417 Query 424 GFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWD 483 DPWASVRAA HRTPG+G+S RAAF A TR G RA GV DG G+LVPGAPA YAIWD Sbjct 418 PLDPWASVRAAAYHRTPGAGLSPRAAFTAHTRAGHRAAGVNDGVTGSLVPGAPAHYAIWD 477 Query 484 AGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 A D V P VQRWSTDPR+ VP LPRL P LPRC +TV GAV++ Sbjct 478 ATDLVVATPDSRVQRWSTDPRAGVPPLPRLEPDATLPRCLRTVRAGAVLH 527 >gi|237678899|dbj|BAH59036.1| epsilon-lysine acylase [Streptomyces mobaraensis] Length=538 Score = 477 bits (1228), Expect = 2e-132, Method: Compositional matrix adjust. Identities = 278/540 (52%), Positives = 328/540 (61%), Gaps = 11/540 (2%) Query 1 VSQIP-VKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDA--DVQDLDGRF 57 +S+ P LL NG V+SP P ATAM V G +AW+GS+ D F D +V DL G Sbjct 1 MSERPRTTLLRNGDVHSPADPFATAMVVEGGHIAWVGSEGAA-DSFADGVDEVIDLQGAL 59 Query 58 VAPGFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPG-QPLWGHGWDESAW 116 V P F D+H+H TATGL L+GLDL A + + L V YAA PG + L GHGWD + W Sbjct 60 VTPAFTDAHVHTTATGLALTGLDLSGAATLGEALERVRAYAAARPGDRILLGHGWDAARW 119 Query 117 PENAAPSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAH 176 PE PS A+LDA P YL R+D HSA+V++ L LVP G+T PLT DAH Sbjct 120 PEGRPPSRAELDAAADGRPLYLTRVDVHSAVVTTALLDLVPNARDLRGFTPDGPLTDDAH 179 Query 177 HLARAAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDW---LRLRALEH 233 H R+ A +T Q +A+ AL + G+ +VHECAGP I G DD LRL A E Sbjct 180 HAVRSTAHAAVTPAQRTEAQRAALARAVSLGIGSVHECAGPLISGEDDLTGLLRLAAEEP 239 Query 234 GVEVIGYWGEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGT 293 G V+GYW EA + Q + E GA G AGDLFVDG+LGS TA LHEPYADAP GT Sbjct 240 GPRVVGYWAEAFTSVNQLAK-IRELGAHGAAGDLFVDGSLGSHTACLHEPYADAPGATGT 298 Query 294 CHLDVDGIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEH 353 HLD D + AHV ACT+A V AGFH IGDAA++ V +G+ V HR+EH Sbjct 299 AHLDADTVAAHVAACTEAGVQAGFHAIGDAALTTVVTGVRAAAEKVGLDRVRAARHRVEH 358 Query 354 VEMVTADQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVP 413 EM+T + A + ASVQP FD WGG DGMYA RLG +R LNP A + GVP Sbjct 359 AEMLTPEHIAAFAESALTASVQPAFDAAWGGDDGMYAARLGRERARTLNPYAAMLRAGVP 418 Query 414 LALGSDAPVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVP 473 LALGSD+PVT DPW ++RAA HRTP VS RAAF A TRGGWRA G D G LVP Sbjct 419 LALGSDSPVTPLDPWGTIRAAAFHRTPEHRVSVRAAFTAHTRGGWRAIGRDDA--GVLVP 476 Query 474 GAPASYAIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 GAPA YA+W+AGD V P V WSTDPRS P LP L P LPRC +TV G +Y Sbjct 477 GAPADYAVWEAGDLVVQVPDARVANWSTDPRSGTPGLPELVPGGQLPRCVRTVVAGRTVY 536 >gi|296394173|ref|YP_003659057.1| amidohydrolase 3 [Segniliparus rotundus DSM 44985] gi|296181320|gb|ADG98226.1| Amidohydrolase 3 [Segniliparus rotundus DSM 44985] Length=543 Score = 475 bits (1223), Expect = 8e-132, Method: Compositional matrix adjust. Identities = 275/526 (53%), Positives = 334/526 (64%), Gaps = 4/526 (0%) Query 8 LLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFVDSHI 67 + GR++S T PEATA+AV+ V WLG D R+ FP A LDG VAPGFVD+H+ Sbjct 19 VFCGGRIHSQTAPEATALAVQDGRVVWLGGDRAARELFPQASRVPLDGALVAPGFVDAHV 78 Query 68 HLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTADL 127 HLT GL L+ +L A SR LR A AA + GQ LW WDES W P+T +L Sbjct 79 HLTDAGLGLAARELGGAVSRDAALRAYACAAARNEGQLLWFGTWDESKWDVPQPPTTDEL 138 Query 128 DAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARYLL 187 DA Y R+D H+A S+ LR VP LA A G+ Q PLTG+AHHL R AA+ LL Sbjct 139 DARAPGAMVYSPRVDVHAAAASTALRAAVPGLAEARGFHPQAPLTGEAHHLVREAAKALL 198 Query 188 TDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWGEAVAT 247 + Q A A+ AL+ + GVV VHECAGP I +D L EH VE +GYWGEAV + Sbjct 199 SAQQRASAQRTALEHALSRGVVQVHECAGPRISSREDLALLLGAEHPVERVGYWGEAVES 258 Query 248 PAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIEAHVRA 307 P QAR+L+ +TGA GLAGDLF+DG++GS TAWLHEP+ C G +L + + AHVRA Sbjct 259 PEQARELIAQTGAAGLAGDLFIDGSIGSSTAWLHEPFLSTGAC-GNAYLSPEAVRAHVRA 317 Query 308 CTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQAAKLGA 367 T A V AGFH IGDAAV+ V AF VA+ GV +VA+CGHRLEH+EM T +QA +LG Sbjct 318 STAAGVPAGFHAIGDAAVAELVGAFGSAVAEFGVPSVAKCGHRLEHMEMTTPEQARQLGQ 377 Query 368 WGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPVTGFDP 427 WGV ASVQP FD LWGG GMY +RLGA+R ++LN A A+ GV LA GSDAPVT DP Sbjct 378 WGVAASVQPLFDALWGGPGGMYEQRLGARRAAQLNNFAQFAAAGVVLAFGSDAPVTDIDP 437 Query 428 WASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIWDAGDF 487 WA RAA NH P S +SARAAF AATRGG RA G RD G+LVPG+ A++ +W+ + Sbjct 438 WAWARAAANHHRPESRISARAAFLAATRGGRRAAGSRDPLAGSLVPGSAATFVVWEVPQY 497 Query 488 DVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 P A WSTD R+ P LP L P C+ V G +Y Sbjct 498 AAAEPGRA-NSWSTDQRTHQPPLPDLAAGS--PSCKMVVVDGQPVY 540 >gi|296139903|ref|YP_003647146.1| amidohydrolase [Tsukamurella paurometabola DSM 20162] gi|296028037|gb|ADG78807.1| Amidohydrolase 3 [Tsukamurella paurometabola DSM 20162] Length=520 Score = 467 bits (1202), Expect = 2e-129, Method: Compositional matrix adjust. Identities = 282/531 (54%), Positives = 340/531 (65%), Gaps = 14/531 (2%) Query 4 IPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAPGFV 63 + +LLV GR+Y+P ATA+AV V++W+G D R PDA V DLDG FVAP FV Sbjct 1 MSTELLVGGRIYTPASTTATAIAVENGVISWIGEDRAARALHPDAQVTDLDGAFVAPAFV 60 Query 64 DSHIHLTATGLMLSGLDLR-PATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAP 122 D+H+HL+ATGL L+GLDL P + L+ G + GWD++ W Sbjct 61 DTHVHLSATGLALTGLDLSGPRDAVVATLQGTL-------GDAVLARGWDDTTWEAPLLR 113 Query 123 STADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAA 182 + D V+ Y ARID HSA S+ LR LVP+LA GY+ PLT AHH RAA Sbjct 114 TDLPADRVI-----YAARIDEHSAQASTALRALVPDLAGLAGYSPDGPLTAAAHHAVRAA 168 Query 183 ARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGVEVIGYWG 242 A L+D Q+ A+ AL+A A +G+ AVHE +GP+I G D+ L +EH V V YWG Sbjct 169 AIAALSDSQITAAQTAALEAAARSGIAAVHENSGPDIAGERDFALLAGIEHPVHVRRYWG 228 Query 243 EAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVDGIE 302 E AR+++ TGA GLAGDLFVDG+LGS TA LHEPYADA D G +LD + + Sbjct 229 EPARDADHAREILARTGADGLAGDLFVDGSLGSHTALLHEPYADA-DTRGVSYLDDETVA 287 Query 303 AHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTADQA 362 H+ ACT+A + AGFH IGDAA+S VA G VA C HR+EH EMVTA+QA Sbjct 288 NHIAACTEAGIQAGFHAIGDAAMSRIVAGLVAAAERFGGPRVASCTHRIEHAEMVTAEQA 347 Query 363 AKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDAPV 422 LG GV AS+QP FD WGG DGMYA RLG R + LN ALLA VPLAL SD+PV Sbjct 348 RLLGDLGVNASMQPLFDAFWGGPDGMYALRLGTDRAAALNDFALLARNAVPLALSSDSPV 407 Query 423 TGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYAIW 482 T DPWA+VRAA H TPGS +S RAAFAAATRG WRAGGVRDG GTLVPGAPA++A+W Sbjct 408 TPLDPWATVRAATQHHTPGSSISPRAAFAAATRGAWRAGGVRDGVAGTLVPGAPATFAVW 467 Query 483 DAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 DA + V AP DAVQRWSTDPR+ V LP L P LPRC +TV G ++ Sbjct 468 DADELVVRAPSDAVQRWSTDPRAGVAPLPDLSPGARLPRCLRTVIDGRTVF 518 >gi|289750646|ref|ZP_06510024.1| conserved hypothetical protein [Mycobacterium tuberculosis T92] gi|289691233|gb|EFD58662.1| conserved hypothetical protein [Mycobacterium tuberculosis T92] Length=235 Score = 463 bits (1191), Expect = 3e-128, Method: Compositional matrix adjust. Identities = 233/235 (99%), Positives = 235/235 (100%), Gaps = 0/235 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGV 235 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHG+ Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRALEHGI 235 >gi|318061314|ref|ZP_07980035.1| hypothetical protein SSA3_25446 [Streptomyces sp. SA3_actG] gi|333028418|ref|ZP_08456482.1| hypothetical protein STTU_5921 [Streptomyces sp. Tu6071] gi|332748270|gb|EGJ78711.1| hypothetical protein STTU_5921 [Streptomyces sp. Tu6071] Length=545 Score = 451 bits (1160), Expect = 2e-124, Method: Compositional matrix adjust. Identities = 276/533 (52%), Positives = 319/533 (60%), Gaps = 11/533 (2%) Query 8 LLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDA--DVQDLDGRFVAPGFVDS 65 LL G V+SP P ATAM V VAW+GS+ D F D +V L+G V P FVD+ Sbjct 13 LLRGGEVHSPADPFATAMVVERGHVAWVGSEGAA-DAFADGVDEVVHLEGALVTPAFVDA 71 Query 66 HIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPG-QPLWGHGWDESAWPENAAPST 124 H+H T TGL L+GLDL ATS + L VA +A G + L GHGWD S WP P+ Sbjct 72 HVHATGTGLALTGLDLSEATSLEEALDRVAAHARTRAGDRVLLGHGWDASRWPGGRPPTR 131 Query 125 ADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAAR 184 A+LD G P YL+RID HSA V++ L LVP A G+ + PLT DAHH RAAA Sbjct 132 AELDRATGGRPLYLSRIDVHSAQVTTALLDLVPHAATLRGHHPEAPLTADAHHAVRAAAY 191 Query 185 YLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDW---LRLRALEHGVEVIGYW 241 +T +A+ AL A+ G+ VHEC GPEI +D+ LRL +G V+GYW Sbjct 192 GAVTPALREEAQRTALAHAASRGIGQVHECGGPEISDEEDFTGLLRLAEEGNGPRVVGYW 251 Query 242 GEAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYAD-APDCIGTCHLDVDG 300 EAVA A + V GARG AGDLF DGALGS TA LH PY D A GT +LD + Sbjct 252 AEAVAGERDA-ERVRALGARGAAGDLFADGALGSHTACLHTPYEDGASGHRGTPYLDAEA 310 Query 301 IEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTAD 360 + HV ACT+A + AGFH IGDAA+ A VA F G+ V HR+EH EM+ AD Sbjct 311 VAEHVTACTEAGLQAGFHAIGDAALGAVVAGFRAAAEKTGLERVRALRHRVEHAEMLDAD 370 Query 361 QAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSDA 420 A G+ ASVQP FD LWGG DGMYA RLG +R LNP A L GVPLALGSDA Sbjct 371 AIAAFAELGLTASVQPAFDALWGGEDGMYAARLGVERARTLNPFAALLRAGVPLALGSDA 430 Query 421 PVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASYA 480 PVT DPW +VRAA H TP VS RAAF A TRGGWRA G D GTLVPGAPA YA Sbjct 431 PVTPLDPWGAVRAAAFHHTPEHRVSVRAAFTAHTRGGWRAAGRDDA--GTLVPGAPADYA 488 Query 481 IWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 +W G V AP D V RWSTDPRS P LP L P LP C TV G ++ Sbjct 489 VWRTGALVVQAPDDRVARWSTDPRSGTPGLPDLTPGGPLPECLVTVVGGREVF 541 >gi|311894574|dbj|BAJ26982.1| hypothetical protein KSE_11480 [Kitasatospora setae KM-6054] Length=535 Score = 449 bits (1155), Expect = 5e-124, Method: Compositional matrix adjust. Identities = 273/534 (52%), Positives = 319/534 (60%), Gaps = 18/534 (3%) Query 8 LLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDAD-VQDLDGRFVAPGFVDSH 66 LL G VYSP P ATAM V G +AW+GSD AD + +L G V P FVD+H Sbjct 10 LLRGGNVYSPADPFATAMLVEGQHIAWVGSDGAAEAYADSADEIVELAGALVTPAFVDAH 69 Query 67 IHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENAAPSTAD 126 +H T+TGL L+GLDL + S A+ L + + A H G L GHGWDE+ WPE+ APS A+ Sbjct 70 VHATSTGLALTGLDLTGSASLAEALDRIGAFGASHTGGALIGHGWDETRWPEHRAPSLAE 129 Query 127 LDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLARAAARYL 186 LDA G P YL+R D HSAL +S LR LVP L G+ A PLT DAHH R AA Sbjct 130 LDAAAGGAPLYLSRTDVHSALATSALRALVPGLDTLPGHDAAGPLTRDAHHAVRQAALAH 189 Query 187 LTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRAL---EHGVEVIGYWG- 242 LT +Q DA+ L+ AA G+ +HECAGP+I +D L AL G EV GYWG Sbjct 190 LTPLQRRDAQQATLRRAAALGIGTLHECAGPQISSAEDLAALLALAAETDGPEVYGYWGE 249 Query 243 ---EAVATPAQARDLVTETGARGLAGDLFVDGALGSRTAWLHEPYADAPDCIGTCHLDVD 299 E VAT GA G GDLFVDGALGS TA LH+PYADAP GT +L Sbjct 250 LGPEGVAT-------AKRLGAVGAGGDLFVDGALGSHTACLHDPYADAPHT-GTAYLTAA 301 Query 300 GIEAHVRACTKAEVTAGFHVIGDAAVSAAVAAFERVVADLGVVAVARCGHRLEHVEMVTA 359 I HV ACT+A + AGFH IGDAA++A V LG+ V HR+EH E + Sbjct 302 EIAEHVTACTEAGLQAGFHAIGDAALTAVVEGVRAAADQLGLDRVKAARHRVEHAEALGY 361 Query 360 DQAAKLGAWGVIASVQPNFDELWGGGDGMYARRLGAQRGSELNPLALLASQGVPLALGSD 419 + A G+ ASVQP FD WGG DGMYA RLGA+R + LNP A + GVPLA GSD Sbjct 362 ETLAAFAELGLTASVQPAFDAAWGGPDGMYAARLGAERAAALNPYAAMLRTGVPLAFGSD 421 Query 420 APVTGFDPWASVRAAVNHRTPGSGVSARAAFAAATRGGWRAGGVRDGRIGTLVPGAPASY 479 APVT DPW +VRAA HRTP +S RAAF A TRGG RA G G LVPGA ASY Sbjct 422 APVTPLDPWGTVRAAAFHRTPEHRISVRAAFTAHTRGGHRALG--HDTDGVLVPGALASY 479 Query 480 AIWDAGDFDVDAPRDAVQRWSTDPRSRVPALPRLGPTDALPRCRQTVHRGAVIY 533 A+W GD V AP V WSTDPRS P LP L P + LP C +TV RG ++ Sbjct 480 AVWATGDLVVQAPDSRVAGWSTDPRSGTPGLPDLTPGEPLPTCLRTVVRGRTVH 533 >gi|289443554|ref|ZP_06433298.1| conserved hypothetical protein [Mycobacterium tuberculosis T46] gi|289416473|gb|EFD13713.1| conserved hypothetical protein [Mycobacterium tuberculosis T46] Length=231 Score = 449 bits (1154), Expect = 7e-124, Method: Compositional matrix adjust. Identities = 228/231 (99%), Positives = 229/231 (99%), Gaps = 0/231 (0%) Query 1 VSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 +SQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP Sbjct 1 MSQIPVKLLVNGRVYSPTHPEATAMAVRGDVVAWLGSDDVGRDQFPDADVQDLDGRFVAP 60 Query 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA Sbjct 61 GFVDSHIHLTATGLMLSGLDLRPATSRAQCLRMVADYAADHPGQPLWGHGWDESAWPENA 120 Query 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR Sbjct 121 APSTADLDAVLGDCPAYLARIDSHSALVSSGLRRLVPELAAATGYTAQRPLTGDAHHLAR 180 Query 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGPEIGGLDDWLRLRAL 231 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAG IGGLDDWLRLRAL Sbjct 181 AAARYLLTDVQLADARAVALQAIAAAGVVAVHECAGSGIGGLDDWLRLRAL 231 Lambda K H 0.320 0.135 0.424 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 1171503950142 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