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= Rv2721c
Length=699
Score E
Sequences producing significant alignments: (Bits) Value
gi|15609858|ref|NP_217237.1| hypothetical protein Rv2721c [Mycob... 1380 0.0
gi|289444263|ref|ZP_06434007.1| conserved alanine and glycine ri... 1379 0.0
gi|289575419|ref|ZP_06455646.1| conserved hypothetical protein [... 1378 0.0
gi|340627722|ref|YP_004746174.1| hypothetical protein MCAN_27471... 1377 0.0
gi|289751374|ref|ZP_06510752.1| conserved alanine and glycine ri... 1377 0.0
gi|121638596|ref|YP_978820.1| putative transmembrane alanine and... 1376 0.0
gi|308232225|ref|ZP_07415337.2| conserved alanine and glycine ri... 1146 0.0
gi|308375499|ref|ZP_07444146.2| conserved alanine and glycine ri... 1144 0.0
gi|289754823|ref|ZP_06514201.1| conserved hypothetical protein [... 1012 0.0
gi|183982005|ref|YP_001850296.1| hypothetical protein MMAR_1991 ... 900 0.0
gi|118618685|ref|YP_907017.1| hypothetical protein MUL_3364 [Myc... 889 0.0
gi|240171201|ref|ZP_04749860.1| hypothetical protein MkanA1_1795... 834 0.0
gi|342858410|ref|ZP_08715065.1| hypothetical protein MCOL_06031 ... 804 0.0
gi|41408935|ref|NP_961771.1| hypothetical protein MAP2837c [Myco... 763 0.0
gi|15827478|ref|NP_301741.1| hypothetical protein ML1002 [Mycoba... 761 0.0
gi|254821026|ref|ZP_05226027.1| hypothetical protein MintA_13912... 758 0.0
gi|118464403|ref|YP_882792.1| hypothetical protein MAV_3615 [Myc... 758 0.0
gi|254776055|ref|ZP_05217571.1| hypothetical protein MaviaA2_154... 755 0.0
gi|336458916|gb|EGO37872.1| uncharacterized protein potentially ... 747 0.0
gi|296171795|ref|ZP_06852923.1| LGFP repeat-containing protein [... 681 0.0
gi|120403430|ref|YP_953259.1| LGFP repeat-containing protein [My... 521 1e-145
gi|145224538|ref|YP_001135216.1| LGFP repeat-containing protein ... 504 2e-140
gi|315444869|ref|YP_004077748.1| LGFP repeat protein [Mycobacter... 503 7e-140
gi|333991104|ref|YP_004523718.1| hypothetical protein JDM601_246... 493 4e-137
gi|118470552|ref|YP_887072.1| hypothetical protein MSMEG_2739 [M... 477 4e-132
gi|119868249|ref|YP_938201.1| LGFP repeat-containing protein [My... 462 7e-128
gi|108799134|ref|YP_639331.1| LGFP [Mycobacterium sp. MCS] >gi|1... 462 8e-128
gi|126434742|ref|YP_001070433.1| LGFP repeat-containing protein ... 461 2e-127
gi|289754824|ref|ZP_06514202.1| predicted protein [Mycobacterium... 261 3e-67
gi|284992741|ref|YP_003411295.1| LGFP repeat-containing protein ... 135 3e-29
gi|284992708|ref|YP_003411262.1| LGFP repeat-containing protein ... 131 4e-28
gi|284992706|ref|YP_003411260.1| LGFP repeat-containing protein ... 125 3e-26
gi|308446976|ref|XP_003087306.1| hypothetical protein CRE_13243 ... 108 2e-21
gi|219883051|ref|YP_002478215.1| LGFP repeat protein [Arthrobact... 105 4e-20
gi|296171810|ref|ZP_06852924.1| LgfP family protein [Mycobacteri... 102 3e-19
gi|134099509|ref|YP_001105170.1| PS1 protein [Saccharopolyspora ... 100 1e-18
gi|325963899|ref|YP_004241805.1| lysozyme M1 (1,4-beta-N-acetylm... 99.8 2e-18
gi|302530952|ref|ZP_07283294.1| hypothetical protein SSMG_07334 ... 97.4 8e-18
gi|227547775|ref|ZP_03977824.1| trehalose corynomycolyl transfer... 93.2 1e-16
gi|296395151|ref|YP_003660035.1| esterase [Segniliparus rotundus... 92.4 2e-16
gi|296119100|ref|ZP_06837672.1| protein PS1 [Corynebacterium amm... 91.7 4e-16
gi|223936119|ref|ZP_03628033.1| LGFP repeat protein [bacterium E... 91.3 6e-16
gi|152967820|ref|YP_001363604.1| LGFP repeat-containing protein ... 90.9 8e-16
gi|319948779|ref|ZP_08022896.1| mycoloyl transferase [Dietzia ci... 90.1 1e-15
gi|334697768|gb|AEG82565.1| trehalose corynomycolyl transferase ... 89.7 1e-15
gi|337291793|ref|YP_004630814.1| trehalose corynomycolyl transfe... 89.7 1e-15
gi|297625253|ref|YP_003687016.1| large surface protein A [Propio... 89.4 2e-15
gi|302524769|ref|ZP_07277111.1| hypothetical protein SSMG_01151 ... 89.0 2e-15
gi|111026962|ref|YP_708940.1| hypothetical protein RHA1_ro11135 ... 87.4 9e-15
gi|300859375|ref|YP_003784358.1| trehalose corynomycolyl transfe... 87.0 1e-14
>gi|15609858|ref|NP_217237.1| hypothetical protein Rv2721c [Mycobacterium tuberculosis H37Rv]
gi|15842259|ref|NP_337296.1| hypothetical protein MT2794 [Mycobacterium tuberculosis CDC1551]
gi|31793893|ref|NP_856386.1| hypothetical protein Mb2740c [Mycobacterium bovis AF2122/97]
44 more sequence titles
Length=699
Score = 1380 bits (3573), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 698/699 (99%), Positives = 699/699 (100%), Gaps = 0/699 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG
Sbjct 1 MNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV
Sbjct 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD
Sbjct 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL
Sbjct 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN
Sbjct 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT
Sbjct 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW
Sbjct 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED
Sbjct 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
Query 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV
Sbjct 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
Query 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV
Sbjct 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
Query 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA
Sbjct 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
Query 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD
Sbjct 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
>gi|289444263|ref|ZP_06434007.1| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis T46]
gi|289417182|gb|EFD14422.1| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis T46]
Length=699
Score = 1379 bits (3568), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 697/699 (99%), Positives = 698/699 (99%), Gaps = 0/699 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG
Sbjct 1 MNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLG PTINEV
Sbjct 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGLPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD
Sbjct 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL
Sbjct 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN
Sbjct 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT
Sbjct 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW
Sbjct 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED
Sbjct 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
Query 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV
Sbjct 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
Query 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV
Sbjct 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
Query 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA
Sbjct 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
Query 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD
Sbjct 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
>gi|289575419|ref|ZP_06455646.1| conserved hypothetical protein [Mycobacterium tuberculosis K85]
gi|289539850|gb|EFD44428.1| conserved hypothetical protein [Mycobacterium tuberculosis K85]
Length=699
Score = 1378 bits (3566), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 697/699 (99%), Positives = 698/699 (99%), Gaps = 0/699 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG
Sbjct 1 MNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV
Sbjct 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD
Sbjct 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL
Sbjct 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN
Sbjct 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT
Sbjct 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW
Sbjct 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED
Sbjct 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
Query 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
FGSEHFGFGDQFP EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV
Sbjct 481 FGSEHFGFGDQFPLEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
Query 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV
Sbjct 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
Query 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA
Sbjct 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
Query 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD
Sbjct 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
>gi|340627722|ref|YP_004746174.1| hypothetical protein MCAN_27471 [Mycobacterium canettii CIPT
140010059]
gi|340005912|emb|CCC45078.1| putative conserved transmembrane alanine and glycine rich protein
[Mycobacterium canettii CIPT 140010059]
Length=699
Score = 1377 bits (3564), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 696/699 (99%), Positives = 698/699 (99%), Gaps = 0/699 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASP+GDAEDAMMAAWEKAGGDTSTLG
Sbjct 1 MNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPIGDAEDAMMAAWEKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV
Sbjct 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD
Sbjct 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL
Sbjct 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAK GGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN
Sbjct 241 GAKNGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT
Sbjct 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW
Sbjct 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED
Sbjct 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
Query 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV
Sbjct 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
Query 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV
Sbjct 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
Query 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA
Sbjct 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
Query 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD
Sbjct 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
>gi|289751374|ref|ZP_06510752.1| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis T92]
gi|289691961|gb|EFD59390.1| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis T92]
Length=698
Score = 1377 bits (3564), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 697/698 (99%), Positives = 698/698 (100%), Gaps = 0/698 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG
Sbjct 1 MNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV
Sbjct 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD
Sbjct 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL
Sbjct 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN
Sbjct 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT
Sbjct 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW
Sbjct 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED
Sbjct 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
Query 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV
Sbjct 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
Query 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV
Sbjct 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
Query 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA
Sbjct 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
Query 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRA 698
SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRA
Sbjct 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRA 698
>gi|121638596|ref|YP_978820.1| putative transmembrane alanine and glycine rich protein [Mycobacterium
bovis BCG str. Pasteur 1173P2]
gi|224991088|ref|YP_002645777.1| putative transmembrane alanine and glycine rich protein [Mycobacterium
bovis BCG str. Tokyo 172]
gi|121494244|emb|CAL72722.1| Possible conserved transmembrane alanine and glycine rich protein
[Mycobacterium bovis BCG str. Pasteur 1173P2]
gi|224774203|dbj|BAH27009.1| putative transmembrane alanine and glycine rich protein [Mycobacterium
bovis BCG str. Tokyo 172]
gi|341602634|emb|CCC65310.1| possible conserved transmembrane alanine and glycine rich protein
[Mycobacterium bovis BCG str. Moreau RDJ]
Length=699
Score = 1376 bits (3562), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 696/699 (99%), Positives = 697/699 (99%), Gaps = 0/699 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG
Sbjct 1 MNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV
Sbjct 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD
Sbjct 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL
Sbjct 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAKKGGQYPI GDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN
Sbjct 241 GAKKGGQYPISGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
ETDGGFGPSSRIVRFSAADKPVIFW PDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT
Sbjct 301 ETDGGFGPSSRIVRFSAADKPVIFWAPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW
Sbjct 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED
Sbjct 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDED 480
Query 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV
Sbjct 481 FGSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
Query 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV
Sbjct 541 GVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDV 600
Query 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA
Sbjct 601 HAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKA 660
Query 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD
Sbjct 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
>gi|308232225|ref|ZP_07415337.2| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis SUMu001]
gi|308369840|ref|ZP_07419240.2| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis SUMu002]
gi|308371112|ref|ZP_07423850.2| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis SUMu003]
11 more sequence titles
Length=625
Score = 1146 bits (2965), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 624/625 (99%), Positives = 625/625 (100%), Gaps = 0/625 (0%)
Query 75 LDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFS 134
+DFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFS
Sbjct 1 MDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFS 60
Query 135 AADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVS 194
AADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVS
Sbjct 61 AADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVS 120
Query 195 WNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDG 254
WNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDG
Sbjct 121 WNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDG 180
Query 255 IAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVR 314
IAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVR
Sbjct 181 IAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVR 240
Query 315 FSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGM 374
FSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGM
Sbjct 241 FSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGM 300
Query 375 ISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLL 434
ISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLL
Sbjct 301 ISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLL 360
Query 435 VVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQFPP 494
VVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQFPP
Sbjct 361 VVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQFPP 420
Query 495 EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTP 554
EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTP
Sbjct 421 EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTP 480
Query 555 TPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAA 614
TPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAA
Sbjct 481 TPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAA 540
Query 615 VSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSAL 674
VSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSAL
Sbjct 541 VSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSAL 600
Query 675 YHDTLAELWFASEEVAQVNGFIRAD 699
YHDTLAELWFASEEVAQVNGFIRAD
Sbjct 601 YHDTLAELWFASEEVAQVNGFIRAD 625
Score = 199 bits (506), Expect = 2e-48, Method: Compositional matrix adjust.
Identities = 104/159 (66%), Positives = 118/159 (75%), Gaps = 1/159 (0%)
Query 62 RKGDVYPIG-DGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
+KG YPIG DG A DF GGK+FF+PATGA + G +L KYESLGG SDLGFP NE
Sbjct 169 KKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANET 228
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
G GP SR+ FSAAD PVIFWTP+HGAFVVRGA+ AAWDKL G LGAPVGD+T D
Sbjct 229 DGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVD 288
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVA 219
G+V +QKF+GG +SWNRA FTT PA LA L GLQV+
Sbjct 289 GDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVS 327
>gi|308375499|ref|ZP_07444146.2| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis SUMu007]
gi|308346073|gb|EFP34924.1| conserved alanine and glycine rich membrane protein [Mycobacterium
tuberculosis SUMu007]
Length=625
Score = 1144 bits (2959), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 623/625 (99%), Positives = 624/625 (99%), Gaps = 0/625 (0%)
Query 75 LDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFS 134
+DFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFS
Sbjct 1 MDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFS 60
Query 135 AADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVS 194
AADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVS
Sbjct 61 AADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVS 120
Query 195 WNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDG 254
WNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDG
Sbjct 121 WNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDG 180
Query 255 IAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVR 314
IAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVR
Sbjct 181 IAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVR 240
Query 315 FSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGM 374
FSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGM
Sbjct 241 FSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGM 300
Query 375 ISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLL 434
ISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLL
Sbjct 301 ISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLL 360
Query 435 VVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQFPP 494
VVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQ PP
Sbjct 361 VVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQVPP 420
Query 495 EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTP 554
EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTP
Sbjct 421 EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTP 480
Query 555 TPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAA 614
TPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAA
Sbjct 481 TPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAA 540
Query 615 VSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSAL 674
VSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSAL
Sbjct 541 VSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSAL 600
Query 675 YHDTLAELWFASEEVAQVNGFIRAD 699
YHDTLAELWFASEEVAQVNGFIRAD
Sbjct 601 YHDTLAELWFASEEVAQVNGFIRAD 625
Score = 199 bits (506), Expect = 1e-48, Method: Compositional matrix adjust.
Identities = 104/159 (66%), Positives = 118/159 (75%), Gaps = 1/159 (0%)
Query 62 RKGDVYPIG-DGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
+KG YPIG DG A DF GGK+FF+PATGA + G +L KYESLGG SDLGFP NE
Sbjct 169 KKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANET 228
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
G GP SR+ FSAAD PVIFWTP+HGAFVVRGA+ AAWDKL G LGAPVGD+T D
Sbjct 229 DGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVD 288
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVA 219
G+V +QKF+GG +SWNRA FTT PA LA L GLQV+
Sbjct 289 GDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVS 327
>gi|289754823|ref|ZP_06514201.1| conserved hypothetical protein [Mycobacterium tuberculosis EAS054]
gi|289695410|gb|EFD62839.1| conserved hypothetical protein [Mycobacterium tuberculosis EAS054]
Length=560
Score = 1012 bits (2617), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 557/560 (99%), Positives = 558/560 (99%), Gaps = 0/560 (0%)
Query 140 VIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRAT 199
+IFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRAT
Sbjct 1 MIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRAT 60
Query 200 KEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDF 259
KEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDF
Sbjct 61 KEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDF 120
Query 260 VGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAAD 319
GGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAAD
Sbjct 121 FGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAAD 180
Query 320 KPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWNR 379
KPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWNR
Sbjct 181 KPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWNR 240
Query 380 AKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLLVVMVA 439
AKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLLVVMVA
Sbjct 241 AKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGAAALGVLLVVMVA 300
Query 440 LVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQFPPEPVAP 499
LVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQFPPEPVAP
Sbjct 301 LVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHFGFGDQFPPEPVAP 360
Query 500 DAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTPTPVVS 559
DAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTPTPVVS
Sbjct 361 DAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTPTPVVS 420
Query 560 QADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAAVSAAE 619
QADLSEVGPDLIVPERVV ETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAAVSAAE
Sbjct 421 QADLSEVGPDLIVPERVVLETFVPQAFVPEAVAPEAVPPDVHAADLADTGLPAAAVSAAE 480
Query 620 DRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTL 679
DRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTL
Sbjct 481 DRGGRHAAAEPPEPPSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTL 540
Query 680 AELWFASEEVAQVNGFIRAD 699
AELWFASEEVAQVNGFIRAD
Sbjct 541 AELWFASEEVAQVNGFIRAD 560
Score = 198 bits (504), Expect = 2e-48, Method: Compositional matrix adjust.
Identities = 104/159 (66%), Positives = 118/159 (75%), Gaps = 1/159 (0%)
Query 62 RKGDVYPIG-DGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
+KG YPIG DG A DF GGK+FF+PATGA + G +L KYESLGG SDLGFP NE
Sbjct 104 KKGGQYPIGGDGIAQDFFGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANET 163
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
G GP SR+ FSAAD PVIFWTP+HGAFVVRGA+ AAWDKL G LGAPVGD+T D
Sbjct 164 DGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVD 223
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVA 219
G+V +QKF+GG +SWNRA FTT PA LA L GLQV+
Sbjct 224 GDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVS 262
>gi|183982005|ref|YP_001850296.1| hypothetical protein MMAR_1991 [Mycobacterium marinum M]
gi|183175331|gb|ACC40441.1| conserved transmembrane alanine and glycine rich protein [Mycobacterium
marinum M]
Length=766
Score = 900 bits (2327), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 508/773 (66%), Positives = 557/773 (73%), Gaps = 81/773 (10%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLS LIGR LL LAA+ V LLAPT ASP+GDAE AMM AW+KAGGDTSTLG
Sbjct 1 MNGQRGQLSRLIGRALLSLAASVVAVTLLAPTATASPIGDAEAAMMEAWDKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
RKGDVYP+GDGFALDF GGKMFFTP TGAKY+YGP+L KY+ LGG ADSDLGFPTINEV
Sbjct 61 ARKGDVYPVGDGFALDFDGGKMFFTPQTGAKYMYGPILAKYDELGGPADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSA+DNPVIFWTP+HGAFVVRGA+NAAWDKLGSSGGVLGAP+GD T+D
Sbjct 121 PGLAGPDSRVSTFSASDNPVIFWTPDHGAFVVRGAMNAAWDKLGSSGGVLGAPIGDATFD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVT+QKF+GGEVSWNR TKEFTT P VLA+QLK LQVAIDP+AAINMAWRAAGGA GPL
Sbjct 181 GEVTSQKFTGGEVSWNRQTKEFTTTPTVLADQLKDLQVAIDPTAAINMAWRAAGGATGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GA+KG QYPIGGDGIAQDF GGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFP AN
Sbjct 241 GARKGAQYPIGGDGIAQDFEGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPTAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
E+DGG P+SR+ FSAADKPVIFWTPDHGAFVVRGAM AWDKL+G GKLGAPV DQT
Sbjct 301 ESDGGIEPASRVAAFSAADKPVIFWTPDHGAFVVRGAMKVAWDKLKGATGKLGAPVADQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
GDVVSQKFTGG ISWNRA N+F+TDPANLAPLLSGLQVSGQNQPSTSA PP KKFTW
Sbjct 361 EAGDVVSQKFTGGTISWNRATNSFSTDPANLAPLLSGLQVSGQNQPSTSAAPPHSKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYG-TAADGDWPPDE 479
HWWWL AA +LLVV + ++ GLRRRR G + Y+ D E G A G WP DE
Sbjct 421 HWWWLAAAIPVLLLVVFLVVMAVGLRRRRAGQETHGYEPAEQ-DAESGYDAIGGQWPHDE 479
Query 480 -DFGSEHFGFGDQFPPE-----PVAPDAGSTPRVSWPRGAGA------------------ 515
DFGSEH FPP+ A D+G+ RVSWPRG G
Sbjct 480 LDFGSEH------FPPDDHDLAHAASDSGAGARVSWPRGGGGPAYGEEMPPSFHEDFERD 533
Query 516 --AVGDAEHLPGEEGYGSDLLSGPSNVGVEEEDTDAVDTTPTPVVSQADLSE-VGPDLIV 572
A D EH E+ + G ++ED DAVDTTPTPV+S ADL+E V + V
Sbjct 534 EFAHEDFEHEDFEDEDFEHENFEHEDFGADDEDPDAVDTTPTPVISIADLAEAVRQETAV 593
Query 573 PERVVPETF------VPQAFVPEAVAPEAVPPD--VHAADL----------ADTG----- 609
PE V E F VP+ VPE APEA P+ VH D AD
Sbjct 594 PETAVTEAFGLPHRYVPEPVVPETAAPEAAVPETAVHEDDFPKSFMPGGGTADATTEIRV 653
Query 610 LPAAAVSAAEDRGGRHAAAEPPEPPS----------------------AGVRPAIHLPLE 647
LP AA S R GRHAAAE E S AG RP IH+PL+
Sbjct 654 LPEAAGSPRPPRAGRHAAAETVEDDSEDEVTVHARQAHAPAAAAAGPSAGARPTIHMPLD 713
Query 648 -DPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
DPYQ P GYP+KAS FGLYY P SALY+DTLAE+WFA+E AQ NGFI+AD
Sbjct 714 HDPYQAPEGYPIKASARFGLYYTPSSALYYDTLAEIWFATEAAAQANGFIKAD 766
>gi|118618685|ref|YP_907017.1| hypothetical protein MUL_3364 [Mycobacterium ulcerans Agy99]
gi|118570795|gb|ABL05546.1| conserved transmembrane alanine and glycine rich protein [Mycobacterium
ulcerans Agy99]
Length=767
Score = 889 bits (2297), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 501/774 (65%), Positives = 554/774 (72%), Gaps = 82/774 (10%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLS LIGR LL LAA+ V LAPT ASP+GDAE AMM AW+KAGGDTSTLG
Sbjct 1 MNGQRGQLSRLIGRALLSLAASVVAVTWLAPTATASPIGDAEAAMMEAWDKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
RKGDVYP+GDGFALDF GGKMFFTP TGAKY+YGP+L KY+ LGG ADSDLGFPTINEV
Sbjct 61 ARKGDVYPVGDGFALDFDGGKMFFTPQTGAKYMYGPILAKYDELGGPADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRVSTFSA+DNPVIFWTP+HGAFVVRGA+NA WDKLGSSGGVLGAP+GD T+D
Sbjct 121 PGLAGPDSRVSTFSASDNPVIFWTPDHGAFVVRGAMNAPWDKLGSSGGVLGAPIGDATFD 180
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEVT+QKF+GGEVSWNR TKEFTT P VLA+QLK LQVAIDP+AAINMAWRAAGGA GPL
Sbjct 181 GEVTSQKFTGGEVSWNRQTKEFTTTPTVLADQLKDLQVAIDPTAAINMAWRAAGGATGPL 240
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GA++G QYPIGGDGIAQDF GGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFP AN
Sbjct 241 GARRGAQYPIGGDGIAQDFEGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPTAN 300
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
E+DGG P+SR+ FSAADKPVIFWTPDHGAFVVRGAM AWDK +G GKLGAPV DQT
Sbjct 301 ESDGGIEPASRVAAFSAADKPVIFWTPDHGAFVVRGAMKVAWDKFKGATGKLGAPVADQT 360
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
GDVVSQKFTGG ISWNRA N+F+TDPANLAPLLSGLQVSGQNQPSTSA PP KKFTW
Sbjct 361 EVGDVVSQKFTGGTISWNRATNSFSTDPANLAPLLSGLQVSGQNQPSTSAAPPHSKKFTW 420
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYG-TAADGDWPPDE 479
HWWWL AA +LLVV + ++ GLRRRR G + Y+ D E G A G WP DE
Sbjct 421 HWWWLAAAIPVLLLVVFLVVMAVGLRRRRAGQETHGYEPAEH-DAESGYDAIGGQWPHDE 479
Query 480 -DFGSEHFGFGDQFPPE-----PVAPDAGSTPRVSWPRGAGAAVGDAEHLP--GEEGYGS 531
DFGSEH FPP+ A D+G+ RVSWPRG G E +P E +
Sbjct 480 LDFGSEH------FPPDDHDLAHAASDSGTGARVSWPRGGGGGPAYGEEMPPSFHEDFER 533
Query 532 DLLSGP-------------------SNVGVEEEDTDAVDTTPTPVVSQADLSE-VGPDLI 571
D + + G ++ED DAVDTTPTPV+S ADL+E V +
Sbjct 534 DEFAHEDFEHEDFEDEDFEHENFEHEDFGADDEDPDAVDTTPTPVISIADLAEAVRQETA 593
Query 572 VPERVV------PETFVPQAFVPEAVAPEAVPPD--VHAADLADTG-------------- 609
VPE V P +VP+ VPE APEA P+ VH D +
Sbjct 594 VPETAVTEAFGLPHRYVPEPVVPETAAPEAAVPETAVHGDDFPKSFMPGGGTADATTEIR 653
Query 610 -LPAAAVSAAEDRGGRHAAAEPPEPPS----------------------AGVRPAIHLPL 646
LP AA S R GRHAAAE E S AG RP IH+PL
Sbjct 654 VLPEAAGSPRPPRAGRHAAAETAEDDSEDEVTVHARQAHAPAAAAAGPSAGARPTIHMPL 713
Query 647 E-DPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
+ DPYQ P GYPVKAS FGLYY P SALY+DTLAE+WFA+E AQ NGFI+AD
Sbjct 714 DHDPYQAPEGYPVKASARFGLYYTPSSALYYDTLAEIWFATEAAAQANGFIKAD 767
>gi|240171201|ref|ZP_04749860.1| hypothetical protein MkanA1_17951 [Mycobacterium kansasii ATCC
12478]
Length=743
Score = 834 bits (2155), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 503/749 (68%), Positives = 557/749 (75%), Gaps = 63/749 (8%)
Query 8 LSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVY 67
+S L+GR L LAAT + LLAPT AASP+GDAE AMMAAWEKAGG+TSTLG RKGDVY
Sbjct 1 MSRLVGRAWLSLAATVLAVGLLAPTAAASPIGDAEAAMMAAWEKAGGETSTLGARKGDVY 60
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P+ DGF LDF GGKMF+T TGAKYLYGP+L KYE+LGG ADSDLGFPTINEVPGLAGPD
Sbjct 61 PVADGFGLDFDGGKMFYTTDTGAKYLYGPVLAKYEALGGPADSDLGFPTINEVPGLAGPD 120
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQK 187
SRVSTFSA+DNPVIFWTP+HGAFVVRGA+NAAWDKLGSSGGVLGAPV DETYDG+V +QK
Sbjct 121 SRVSTFSASDNPVIFWTPDHGAFVVRGAMNAAWDKLGSSGGVLGAPVADETYDGDVVSQK 180
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
F+GGEVSWN+ TK+FTT PAVLA+QLKGLQVA+DP+AAINMAWRAAGGAAGPLGAKKG
Sbjct 181 FTGGEVSWNKKTKDFTTNPAVLADQLKGLQVALDPTAAINMAWRAAGGAAGPLGAKKGAP 240
Query 248 YPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFG 307
YPIGGDGIAQDFVGGK+FFSPATGANAVEG ILAKYESLGGPVSSDLGFPIANE+DGG
Sbjct 241 YPIGGDGIAQDFVGGKIFFSPATGANAVEGAILAKYESLGGPVSSDLGFPIANESDGGIT 300
Query 308 PSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVS 367
P+SRI FSAADKPVIFWTPDHGAFVVRGAM AAWDKL+G GKLGAPV DQTVDGDVVS
Sbjct 301 PASRIAAFSAADKPVIFWTPDHGAFVVRGAMKAAWDKLKGATGKLGAPVADQTVDGDVVS 360
Query 368 QKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGA 427
QKFTGG +SWNRA NTFTTDPANLAPLLSGLQVSGQNQPSTSA P GKKFTWHWWWL A
Sbjct 361 QKFTGGKVSWNRASNTFTTDPANLAPLLSGLQVSGQNQPSTSAAPSHGKKFTWHWWWLVA 420
Query 428 AALGVLLVVMVALVVFGLRRRRRG----YDAAAYDDDRAGDVEYG-TAADGDWPPDE-DF 481
VLL+VM LV G+RRRR G Y+A ++ DR DVE G A G WP D+ DF
Sbjct 421 VVPVVLLIVMFVLVALGVRRRRTGQPDAYEAYEHEQDR--DVEAGYDGAGGRWPHDDIDF 478
Query 482 GSEHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVG 541
GSE F DQ E P+ G+ RVSWPRGA A E+ YG D L S++G
Sbjct 479 GSEDFPADDQHLQEHRGPETGAASRVSWPRGAAAGAAVDEYASSSGEYGGDALRA-SDMG 537
Query 542 VE--EEDTDAVDTTPTPVVSQADLSEVG-PDLIVPERVVPETFVPQAF------------ 586
E +E+ DAVDTTPTP+V++ADL+E P+ VPE V E VP F
Sbjct 538 FEFDDENPDAVDTTPTPIVTRADLAEAAVPEPDVPETVTGEPVVPAPFAPEAAVPEAAAP 597
Query 587 ------------------VPEAVAPEAVPPDVHAADLADTGLPAA--AVSAAEDRGGRHA 626
P A + +A P A++A P SA + R GRHA
Sbjct 598 EVAVPETAVADAAFPDAFAPRAASADAGP---GYAEVAPEAFPEVFPEFSAPQGRTGRHA 654
Query 627 AAEP------PEP---------PSAGVRPAIHLPLE-DPYQMPNGYPVKASVSFGLYYPP 670
AAEP PE PS VRP IH+PL+ DPYQ P GYP+KAS FGLYY P
Sbjct 655 AAEPGDEPQAPESALTPTVASGPSPAVRPTIHMPLDHDPYQAPEGYPIKASARFGLYYTP 714
Query 671 GSALYHDTLAELWFASEEVAQVNGFIRAD 699
SALY+DTLAE+WFASEE AQ NGFI+AD
Sbjct 715 SSALYYDTLAEIWFASEEAAQANGFIKAD 743
>gi|342858410|ref|ZP_08715065.1| hypothetical protein MCOL_06031 [Mycobacterium colombiense CECT
3035]
gi|342134114|gb|EGT87294.1| hypothetical protein MCOL_06031 [Mycobacterium colombiense CECT
3035]
Length=733
Score = 804 bits (2077), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 465/749 (63%), Positives = 523/749 (70%), Gaps = 73/749 (9%)
Query 8 LSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVY 67
+ LIG L+ L TA+ AVLLAPT ASP+GDAE AMMAAW+KAGGDTS LG RKGDVY
Sbjct 1 MRKLIGSALVSLTTTALAAVLLAPTAVASPIGDAEAAMMAAWDKAGGDTSPLGARKGDVY 60
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P+GDGF LDF GGKMFFTPATGAK+ YGP+LDKYE LGG A SDLGFP INEVPGL+GPD
Sbjct 61 PVGDGFGLDFDGGKMFFTPATGAKFAYGPVLDKYEQLGGPAGSDLGFPAINEVPGLSGPD 120
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQK 187
SRV TFSA+D PVIFWTPEHGAFVVRGALN AWDKLGSSGGVLG PVGDETY GEV++QK
Sbjct 121 SRVITFSASDKPVIFWTPEHGAFVVRGALNTAWDKLGSSGGVLGVPVGDETYTGEVSSQK 180
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
FSGG+VSWNR TK+FTT P LA+QLKGLQVAIDP+AAIN AWRAAGG GPLGAK+GGQ
Sbjct 181 FSGGQVSWNRQTKQFTTEPPALADQLKGLQVAIDPTAAINTAWRAAGGPTGPLGAKQGGQ 240
Query 248 YPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFG 307
YP+GGDGIAQ+F GGKVFF+PATGANAVE ++LAKYESLGGPV SDLGFP NETDGG G
Sbjct 241 YPVGGDGIAQNFAGGKVFFTPATGANAVESDVLAKYESLGGPVGSDLGFPTTNETDGGIG 300
Query 308 PSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVS 367
PS+RIV FSAADKPVIFWT DHGAFVVRGAM AAWDKLR P GKLGAPV DQ V+GD++S
Sbjct 301 PSTRIVTFSAADKPVIFWTSDHGAFVVRGAMKAAWDKLRAPAGKLGAPVADQAVNGDMIS 360
Query 368 QKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGA 427
Q+FTGG ISWNRAKNTF+T+P+NLAPLLSGLQVSGQNQPS SAMP KKFTWHWWWL A
Sbjct 361 QQFTGGKISWNRAKNTFSTEPSNLAPLLSGLQVSGQNQPSNSAMPAHPKKFTWHWWWLVA 420
Query 428 AALGVLLVVMVALVVFGLRRRRRGYD-AAAYDDDRAGDVEYGTAADGDWPPDE-DFGSEH 485
A + L+V++ V+F RRRR G+D AA Y + GD +G AD W DE D +E
Sbjct 421 AIPVLALLVLLVWVLFVWRRRRPGHDDAAGYGPGQGGD--FGYDADERWGHDESDLDAES 478
Query 486 FGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYG--------------- 530
+ PEP PDAG RVSW R P E YG
Sbjct 479 YALSAPHQPEP-EPDAG---RVSWQR----------QTPAESDYGFADDDPDAVDTDSIP 524
Query 531 ---SDLLSGP--SNVGVEEED-TDAVDTTPTPVVSQ--ADLSEVGPDLIVPERVVPETFV 582
++LS S+ G + D TDAV P + A + PD E V PE
Sbjct 525 VVSEEMLSEAEYSDAGADYTDYTDAVPDVAEPETADDAAYVDAEDPDAGYAEEVYPEDEY 584
Query 583 PQAFVP------EAV--APEAVPPDVHAADLA----DTGLPA---------------AAV 615
P VP EAV A E P+ ADLA D P A
Sbjct 585 PDVAVPHTPPDSEAVTGALETAEPEEEYADLAAPEPDVEPPTDTPAGAGVADAVVAGAVA 644
Query 616 SAAEDRGGRHAAAEPPEPPSAGV-----RPAIHLPLEDPYQMPNGYPVKASVSFGLYYPP 670
+ RGGRHAAA+ + G+ RP IHLPL+DPYQ P+GYP+KAS +GLYY P
Sbjct 645 AGTSARGGRHAAADAEDASENGLAGPDGRPTIHLPLDDPYQAPDGYPIKASARYGLYYTP 704
Query 671 GSALYHDTLAELWFASEEVAQVNGFIRAD 699
GS LY DTLAE+W +SEEVA+ NGF RAD
Sbjct 705 GSDLYRDTLAEIWLSSEEVAEANGFTRAD 733
>gi|41408935|ref|NP_961771.1| hypothetical protein MAP2837c [Mycobacterium avium subsp. paratuberculosis
K-10]
gi|41397294|gb|AAS05154.1| hypothetical protein MAP_2837c [Mycobacterium avium subsp. paratuberculosis
K-10]
Length=786
Score = 763 bits (1969), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 463/771 (61%), Positives = 519/771 (68%), Gaps = 103/771 (13%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
V RG++ L+G L+ L TA+ AVLLAP ASP+GDAE A+MAAWEKAGGDTS LG
Sbjct 47 VKVHRGRMRKLVGSALVSLTTTALAAVLLAPAATASPIGDAEAAIMAAWEKAGGDTSPLG 106
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
RKGDVYP+GDGFALDF GGKMFFTPATGAK+ YGP+LDKYESLGG A SDLGFP INEV
Sbjct 107 ARKGDVYPVGDGFALDFDGGKMFFTPATGAKFAYGPILDKYESLGGPAGSDLGFPAINEV 166
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PGLAGPDSRV TFSA+D PVIFWTPEHGA+VVRGA+N+AWDKLGSSGGVLG PVGDETY+
Sbjct 167 PGLAGPDSRVVTFSASDKPVIFWTPEHGAYVVRGAINSAWDKLGSSGGVLGVPVGDETYN 226
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
GEV+ QKFSGG+VSWNR TK+F+T P LA+QLKGLQVAIDP+AAIN AWRAAGG GPL
Sbjct 227 GEVSTQKFSGGQVSWNRQTKQFSTEPPGLADQLKGLQVAIDPTAAINTAWRAAGGPGGPL 286
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAK+GG P+GGDGI Q+F GGKVFF+PATGANA+E +ILAKYESLGGP SDLGFP N
Sbjct 287 GAKQGGPTPVGGDGIVQNFAGGKVFFTPATGANALESDILAKYESLGGPAGSDLGFPTTN 346
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
ETDGG GPSSRI FSA DKPVIFWT DHGAFVVRGAM AAWDKLR P GKLGAPVGDQ
Sbjct 347 ETDGGIGPSSRIATFSAPDKPVIFWTADHGAFVVRGAMRAAWDKLRAPAGKLGAPVGDQA 406
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTW 420
VDGDV+SQ+FTGG ISWNRAKN F+TDP+NLAPLLSGLQ+SGQNQPS+SAMP KKF+W
Sbjct 407 VDGDVISQQFTGGKISWNRAKNAFSTDPSNLAPLLSGLQISGQNQPSSSAMPAHPKKFSW 466
Query 421 HWWWLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDE- 479
HWWWL AA +L+V++ V+F RRRR G +A Y D D AA+G W D+
Sbjct 467 HWWWLMAAVPVAVLLVLLIWVLFVWRRRRPGPEATGYGVDHGYD-----AAEGQWGHDDA 521
Query 480 DFGSEHFGFGDQFPP--EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGP 537
D +EHFG PP EP A +G+ RVSW R A P + GYG
Sbjct 522 DVATEHFGA----PPSGEPPA-GSGAAARVSWQRQA----------PADGGYG------- 559
Query 538 SNVGVEEEDTDAVDTTPTPVVS-----QADLSEVGPDLI-----VPERVVPETF------ 581
EEED DAVDT PVVS +AD D VPE PET
Sbjct 560 ----FEEEDPDAVDTDSIPVVSDEMLAEADYPAAEADYTDYTDAVPEVAEPETADDAAYA 615
Query 582 --------VPQAFVPEAVAPE-AVPPDVHAADLADTGLPAAAVS---------------- 616
P E P+ AVP AD G+PAA
Sbjct 616 DADYAEVDYPDVGYREDEYPDLAVPHTPPDADAVTGGIPAAEADDEYAELAAPQAQPEER 675
Query 617 -----------------------AAEDRGGRHAAAEPPEPPSAGV-----RPAIHLPLED 648
R GRHAAA+ + G+ RP IHLPLED
Sbjct 676 PEPQPGPEEVAEAAGGAVAAGVAGTRPRSGRHAAADEEDASENGLAGPDGRPTIHLPLED 735
Query 649 PYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
PYQ P GYP+KAS +GLYY PGS LY DTL ELW +SEEVAQ NGF +AD
Sbjct 736 PYQAPEGYPIKASARYGLYYTPGSDLYRDTLPELWLSSEEVAQANGFTKAD 786
>gi|15827478|ref|NP_301741.1| hypothetical protein ML1002 [Mycobacterium leprae TN]
gi|221229955|ref|YP_002503371.1| hypothetical protein MLBr_01002 [Mycobacterium leprae Br4923]
gi|467085|gb|AAA17268.1| u2235i [Mycobacterium leprae]
gi|13093028|emb|CAC31383.1| possible conserved membrane protein [Mycobacterium leprae]
gi|219933062|emb|CAR71097.1| possible conserved membrane protein [Mycobacterium leprae Br4923]
Length=687
Score = 761 bits (1966), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 429/713 (61%), Positives = 492/713 (70%), Gaps = 47/713 (6%)
Query 8 LSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVY 67
+S + R L A TAV VLLAP V ASP GDA+DA+ AAW KAGGD S LG +KG+VY
Sbjct 1 MSKRVRRALANTATTAVVTVLLAPVVTASPTGDADDAITAAWHKAGGDNSVLGAKKGEVY 60
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P+GDGFA +FA GK+FFT ATGAK LYGP+L KYESLGG +SDLGFP I+EVPGLAGPD
Sbjct 61 PLGDGFAQNFASGKLFFTTATGAKLLYGPVLGKYESLGGPVNSDLGFPIIDEVPGLAGPD 120
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQK 187
SRVS F+A+DNPVIFWTP+HGAFVVRGALNAAWDKLGSS GVLG PV DE++DGEV +QK
Sbjct 121 SRVSIFAASDNPVIFWTPDHGAFVVRGALNAAWDKLGSSAGVLGVPVADESFDGEVISQK 180
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
FSGG V WN+ + EFTT P LAEQL GL VA DP+ AI+MAWRAAGG +GPLG K+GGQ
Sbjct 181 FSGGAVFWNKKSSEFTTEPTALAEQLTGLLVATDPTTAISMAWRAAGGVSGPLGPKQGGQ 240
Query 248 YPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFG 307
+PIG DGI QDF GGKVFFS ATGANAVE +ILAKYESLGGPV SDLGFP ANE DGG
Sbjct 241 HPIGADGIIQDFAGGKVFFSKATGANAVENDILAKYESLGGPVGSDLGFPAANEGDGGIV 300
Query 308 PSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVS 367
SSRI FSAADKPVIFWTPDHGAFVVRGAM AAWDKL+GPNGKLG PV DQ+VDG+V+S
Sbjct 301 TSSRIAIFSAADKPVIFWTPDHGAFVVRGAMKAAWDKLKGPNGKLGVPVADQSVDGNVIS 360
Query 368 QKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGA 427
Q+F GG ISWNRA NTFT DPANLA LLSGLQVS Q+QPS AM KK T HWWWL A
Sbjct 361 QRFIGGKISWNRANNTFTADPANLASLLSGLQVSEQSQPSELAMLFHAKKSTGHWWWLVA 420
Query 428 AALGVLLVVMVALVVFGLRRRRRGYDAAA----YDDDRAGDVEYGTAADGDWPPDEDFGS 483
A +L++VM L+ G RRRR +D A +D D D Y A DG D + G+
Sbjct 421 AVAVLLVIVMFVLLALGWRRRRTAHDIVADSHDHDMDVGMDFGYKAAVDGQCTYDAESGT 480
Query 484 EHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSN-VGV 542
EH PV D P VSW RGA A G A+ +GS+L S +G+
Sbjct 481 EH----------PVR-DVERGPTVSWLRGAQDATGLAQDARLGPAFGSELPSESEEPLGL 529
Query 543 EEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHA 602
EE+D DAVDT P +S AD P + A +A A E V D +
Sbjct 530 EEDDPDAVDTDSMPALSDADF--------------PYAALSDAAHWDADAAEVVATDNSS 575
Query 603 ADLADTGLPAAAVSAAEDRGGRHAAAEPPEP----------------PSAGVRPAIHLPL 646
++ L A E GRHAA + + PS +RP IHLPL
Sbjct 576 VATDNSSLLETAAD-TEVSTGRHAAVDMADAMDASFPGVTVPRMLFRPSPTLRPTIHLPL 634
Query 647 EDPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
+DPYQ+P+GYP+KAS FGLYY P S LYHDTLAE+W A+EE+AQVNGFI+AD
Sbjct 635 DDPYQVPDGYPIKASPRFGLYYTPASELYHDTLAEVWLANEEIAQVNGFIKAD 687
>gi|254821026|ref|ZP_05226027.1| hypothetical protein MintA_13912 [Mycobacterium intracellulare
ATCC 13950]
Length=738
Score = 758 bits (1958), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 457/759 (61%), Positives = 513/759 (68%), Gaps = 88/759 (11%)
Query 8 LSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVY 67
+ LIG L+ L TA+ AVLLAP ASP+GDAE AMMAAWEKAGGDTS LG RKGDVY
Sbjct 1 MRKLIGSALVSLTTTALAAVLLAPVATASPIGDAEAAMMAAWEKAGGDTSPLGPRKGDVY 60
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P G+GFALDF GGKMFFTPATGAK+ YGP+L+KYE LGG A SDLGFP I+EVPGLAGPD
Sbjct 61 PAGEGFALDFDGGKMFFTPATGAKFAYGPILEKYEMLGGPAGSDLGFPAISEVPGLAGPD 120
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQK 187
SRV TFSA D PVIFWTPEHG +VVRGA+N+AWDKLGSSGGVLG PVGDETY+GEV++QK
Sbjct 121 SRVITFSATDKPVIFWTPEHGPYVVRGAINSAWDKLGSSGGVLGVPVGDETYNGEVSSQK 180
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
FSGG+VSWNR TK+FTT P LA+QLKGLQVAIDP+AAINMAWRAAGG GPLGAK+GGQ
Sbjct 181 FSGGQVSWNRQTKQFTTEPPGLADQLKGLQVAIDPTAAINMAWRAAGGPNGPLGAKQGGQ 240
Query 248 YPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFG 307
PIGGDGI Q+F GGKV+F+PATGANA+E +ILAKYESLGGPV S LGFP+ NET+GG G
Sbjct 241 TPIGGDGIVQNFAGGKVYFTPATGANALETDILAKYESLGGPVGSGLGFPVTNETEGGIG 300
Query 308 PSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVS 367
PSSRI FSAADKPVIF T +HGAFVVRGAM AAWDKLRGP GKLGAPVGDQ VDGDV+S
Sbjct 301 PSSRICTFSAADKPVIFRTAEHGAFVVRGAMKAAWDKLRGPAGKLGAPVGDQAVDGDVIS 360
Query 368 QKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGA 427
Q+FTGG ISWN AKNTF+TDPANLAPLLSGLQVSGQNQPS+SAMP KF WH WW A
Sbjct 361 QQFTGGKISWNGAKNTFSTDPANLAPLLSGLQVSGQNQPSSSAMPSHANKFGWHSWWWLA 420
Query 428 AALGVLLVVMVALVVFGLRRRRRGYDAAA-YDDDRAGDVEYGTAADGDWPPDEDFGSEHF 486
A ++L+V+VA +FG RRRR G D AA Y D+ D +G P D D +EHF
Sbjct 421 AIPVLVLLVVVAWALFGWRRRRSGADGAAGYAPDQGYDAPWG-------PEDPDLATEHF 473
Query 487 GFGDQFPPEPVAP-DAGSTPRVSWPRGAGAAVGDAEHLPGEEGYG--------------- 530
G P EP P DA +TPRVSW R P E YG
Sbjct 474 APGG--PREPEQPTDAAATPRVSWQR----------QPPSESDYGVEQEDPDAIDTDSIP 521
Query 531 ---SDLLSGPSNVGVEEEDTDAVDTTPT----------------------PVVSQADLSE 565
++L+ E + TD D P P AD +
Sbjct 522 VVSEEMLAEADYPDAEADYTDYTDAVPEVAEAETADDAAYVDADYADAGYPEDEYAD--D 579
Query 566 VGPDLIVP-------------ERVVPETFVPQAFVPEA-VAPE---AVPPDVHAADLADT 608
PD+ V E PE P V EA V PE A PDV A A
Sbjct 580 EYPDVAVAHTPPDADAVTGALETAAPEDEYPDVAVLEAEVEPEDDVAAEPDVSGAAEAGA 639
Query 609 GLPAAAVS--AAEDRGGRHAAAEPPEPPSAGV------RPAIHLPLEDPYQMPNGYPVKA 660
A + AA+ GGRHAAA+ E S RP IHLPL+DPYQ P+GYP+KA
Sbjct 640 VGAGANGAFVAAQRSGGRHAAADDAEDGSENGLAGPDGRPTIHLPLDDPYQAPDGYPIKA 699
Query 661 SVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
S +GLYY PGS LY DTL E+W +SEEVA NGF RAD
Sbjct 700 SARYGLYYTPGSDLYQDTLPEIWLSSEEVALANGFTRAD 738
>gi|118464403|ref|YP_882792.1| hypothetical protein MAV_3615 [Mycobacterium avium 104]
gi|118165690|gb|ABK66587.1| conserved hypothetical protein [Mycobacterium avium 104]
Length=735
Score = 758 bits (1958), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 459/767 (60%), Positives = 517/767 (68%), Gaps = 106/767 (13%)
Query 4 QRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRK 63
RG++ L+G L+ L TA+ AVLLAP ASP+GDAE A+MAAWEKAGGDTS LG RK
Sbjct 4 HRGRMRKLVGSALVSLTTTALAAVLLAPAATASPIGDAEAAIMAAWEKAGGDTSPLGARK 63
Query 64 GDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGL 123
GDVYP+GDGFALDF GGKMFFTPATGAK+ YGP+LDKYESLGG A SDLGFP INEVPGL
Sbjct 64 GDVYPVGDGFALDFDGGKMFFTPATGAKFAYGPILDKYESLGGPAGSDLGFPAINEVPGL 123
Query 124 AGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEV 183
AGPDSRV TFSA+D PVIFWTPEHGA VVRGA+N+AWDKLGSSGGVLG PVGDETY+GEV
Sbjct 124 AGPDSRVVTFSASDKPVIFWTPEHGAHVVRGAINSAWDKLGSSGGVLGVPVGDETYNGEV 183
Query 184 TAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAK 243
+ QKFSGG+VSWNR TK+F+T P LA+QLKGLQVAIDP+AAIN AWRAAGG GPLGAK
Sbjct 184 STQKFSGGQVSWNRQTKQFSTEPPGLADQLKGLQVAIDPTAAINTAWRAAGGPGGPLGAK 243
Query 244 KGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETD 303
+GG P+G DGI Q+F GGKVFF+PATGANA+E +ILAKYESLGGP SDLGFP NETD
Sbjct 244 QGGPTPVGADGIVQNFAGGKVFFTPATGANALESDILAKYESLGGPAGSDLGFPTTNETD 303
Query 304 GGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDG 363
GG GPSSRI FSA DKPVIFWT DHGAFVVRGAM AAWDKLR P GKLGAPVGDQ VDG
Sbjct 304 GGIGPSSRIATFSAPDKPVIFWTADHGAFVVRGAMRAAWDKLRAPAGKLGAPVGDQAVDG 363
Query 364 DVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWW 423
DV+SQ+FTGG +SWNRAKNTF+TDP+NLAPLLSGLQ+SGQNQPS+SAMP KKF+WHWW
Sbjct 364 DVISQQFTGGKVSWNRAKNTFSTDPSNLAPLLSGLQISGQNQPSSSAMPAHPKKFSWHWW 423
Query 424 WLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDE-DFG 482
WL AA +L+V++ V+F RRRR G +A Y D D AA+G W D+ D
Sbjct 424 WLMAAIPVAVLLVLLIWVLFVWRRRRPGPEATGYGVDHGYD-----AAEGQWGHDDADVA 478
Query 483 SEHFGFGDQFPP--EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNV 540
+EHFG PP EP A +G+ RVSW R A P + GYG
Sbjct 479 TEHFGA----PPSGEPPA-GSGAAARVSWQRQA----------PADGGYG---------- 513
Query 541 GVEEEDTDAVDTTPTPVVS-----QADLSEVGPDLI-----VPERVVPETFVP------- 583
EEED DAVDT PVVS +AD D VPE PET
Sbjct 514 -FEEEDPDAVDTDSIPVVSDEMLAEADYPAAEADYTDYTDAVPEVAEPETADDAAYADAD 572
Query 584 -------QAFVPEAVAPEAVPPDVHAADLADTGLPAAAVS-------------------- 616
+ P+ P PPD AD G+PAA
Sbjct 573 YPDVGYREDEYPDLAVPH-TPPD---ADAVTGGIPAAEADDEYAELAAPQAQPEERPEPQ 628
Query 617 -------------------AAEDRGGRHAAAEPPEPPSAGV-----RPAIHLPLEDPYQM 652
R GRHAAA+ + G+ RP IHLPL+DPYQ
Sbjct 629 PGPEEAAEAAGGAVAAGVAGTRPRSGRHAAADEEDASENGLAGPDGRPPIHLPLDDPYQA 688
Query 653 PNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
P GYP+KAS +GLYY PGS LY DTL ELW +SEEVAQ NGF +AD
Sbjct 689 PEGYPIKASARYGLYYTPGSDLYRDTLPELWLSSEEVAQANGFTKAD 735
>gi|254776055|ref|ZP_05217571.1| hypothetical protein MaviaA2_15485 [Mycobacterium avium subsp.
avium ATCC 25291]
Length=733
Score = 755 bits (1949), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 461/764 (61%), Positives = 513/764 (68%), Gaps = 103/764 (13%)
Query 8 LSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVY 67
+ L+G L+ L TA+ AVLLAP ASP+GDAE A+MAAWEKAGGDTS LG RKGDVY
Sbjct 1 MRKLVGSALVSLTTTALAAVLLAPAATASPIGDAEAAIMAAWEKAGGDTSPLGARKGDVY 60
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P+GDGFALDF GGKMFFTPATGAK+ YGP+LDKYESLGG A SDLGFP INEVPGLAGPD
Sbjct 61 PVGDGFALDFDGGKMFFTPATGAKFAYGPILDKYESLGGPAGSDLGFPAINEVPGLAGPD 120
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQK 187
SRV TFSA+D PVIFWTPEHGA VVRGA+N+AWDKLGSSGGVLG PVGDETY GEV+ QK
Sbjct 121 SRVVTFSASDKPVIFWTPEHGAHVVRGAINSAWDKLGSSGGVLGVPVGDETYTGEVSTQK 180
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
FSGG+VSWNR TK+F+T P LA+QLKGLQVAIDP+AAIN AWRAAGG GPLGAK+GG
Sbjct 181 FSGGQVSWNRQTKQFSTEPPGLADQLKGLQVAIDPTAAINTAWRAAGGPGGPLGAKQGGP 240
Query 248 YPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFG 307
P+GGDGI Q+F GGKVFF+PATGANA+E +ILAKYESLGGP SDLGFP NETDGG G
Sbjct 241 TPVGGDGIVQNFAGGKVFFTPATGANALESDILAKYESLGGPAGSDLGFPTTNETDGGIG 300
Query 308 PSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVS 367
PSSRI FSA DKPVIFWT DHGAFVVRGAM AAWDKLR P GKLGAPVGDQ VDGDV+S
Sbjct 301 PSSRIATFSAPDKPVIFWTADHGAFVVRGAMRAAWDKLRAPAGKLGAPVGDQAVDGDVIS 360
Query 368 QKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGA 427
Q+FTGG ISWNRAKNTF+TDP+NLAPLLSGLQ+SGQNQPS+SAMP KKF+WHWWWL A
Sbjct 361 QQFTGGKISWNRAKNTFSTDPSNLAPLLSGLQISGQNQPSSSAMPAHPKKFSWHWWWLMA 420
Query 428 AALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDE-DFGSEHF 486
A +L+V++ V+F RRRR G +A Y D D AA+G W D+ D +EHF
Sbjct 421 AIPVAVLLVLLIWVLFVWRRRRPGPEATGYGVDHGYD-----AAEGQWGHDDADVATEHF 475
Query 487 GFGDQFPP--EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEE 544
G PP EP A +G RVSW R A P + GYG EE
Sbjct 476 GA----PPSGEPPA-GSGVAARVSWQRQA----------PADGGYG-----------FEE 509
Query 545 EDTDAVDTTPTPVVS-----QADLSEVGPDLI-----VPERVVPETF------------- 581
ED DAVDT PVVS +AD D VPE PET
Sbjct 510 EDPDAVDTDSIPVVSDEMLAEADYPAAEADYTDYTDAVPEVAEPETADDAAYADADYAEV 569
Query 582 -VPQAFVPEAVAPE-AVPPDVHAADLADTGLPAAAVS----------------------- 616
P E P+ AVP AD G+PAA
Sbjct 570 DYPDVGYREDEYPDLAVPHTPPDADAVTGGIPAAEADDEYAELAAPQAQPEERPEPQPGP 629
Query 617 ----------------AAEDRGGRHAAAEPPEPPSAGV-----RPAIHLPLEDPYQMPNG 655
R GRHAAA+ + G+ RP IHLPLEDPYQ P G
Sbjct 630 EEAAEAAGGAVDAGVAGTRPRSGRHAAADEEDASENGLAGPDGRPTIHLPLEDPYQAPEG 689
Query 656 YPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
YP+KAS +GLYY PGS LY DTL ELW +SEEVAQ NGF +AD
Sbjct 690 YPIKASARYGLYYTPGSDLYRDTLPELWLSSEEVAQANGFTKAD 733
>gi|336458916|gb|EGO37872.1| uncharacterized protein potentially involved in peptidoglycan
biosynthesis [Mycobacterium avium subsp. paratuberculosis S397]
Length=735
Score = 747 bits (1929), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 460/764 (61%), Positives = 515/764 (68%), Gaps = 101/764 (13%)
Query 8 LSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVY 67
+ L+G L+ L TA+ AVLLAP ASP+GDAE A+MAAWEKAGGDTS LG RKGDVY
Sbjct 1 MRKLVGSALVSLTTTALAAVLLAPAATASPIGDAEAAIMAAWEKAGGDTSPLGARKGDVY 60
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P+GDGFALDF GGKMFFTPATGAK+ YGP+LDKYESLGG A SDLGFP INEVPGLAGPD
Sbjct 61 PVGDGFALDFDGGKMFFTPATGAKFAYGPILDKYESLGGPAGSDLGFPAINEVPGLAGPD 120
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQK 187
SRV TFSA+D PVIFWTPEHGA+VVRGA+N+AWDKLGSSGGVLG PVGDETY+GEV+ QK
Sbjct 121 SRVVTFSASDKPVIFWTPEHGAYVVRGAINSAWDKLGSSGGVLGVPVGDETYNGEVSTQK 180
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
FSGG+VSWNR TK+F+T P LA+QLKGLQVAIDP+AAIN AWRAAGG GPLGAK+GG
Sbjct 181 FSGGQVSWNRQTKQFSTEPPGLADQLKGLQVAIDPTAAINTAWRAAGGPGGPLGAKQGGP 240
Query 248 YPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFG 307
P+GGDGI Q+F GGKVFF+PATGANA+E +ILAKYESLGGP SDLGFP NETDGG G
Sbjct 241 TPVGGDGIVQNFAGGKVFFTPATGANALESDILAKYESLGGPAGSDLGFPTTNETDGGIG 300
Query 308 PSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVS 367
PSSRI FSA DKPVIFWT DHGAFVVRGAM AAWDKLR P GKLGAPVGDQ VDGDV+S
Sbjct 301 PSSRIATFSAPDKPVIFWTADHGAFVVRGAMRAAWDKLRAPAGKLGAPVGDQAVDGDVIS 360
Query 368 QKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLGA 427
Q+FTGG ISWNRAKN F+TDP+NLAPLLSGLQ+SGQNQPS+SAMP KKF+WHWWWL A
Sbjct 361 QQFTGGKISWNRAKNAFSTDPSNLAPLLSGLQISGQNQPSSSAMPAHPKKFSWHWWWLMA 420
Query 428 AALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDE-DFGSEHF 486
A +L+V++ V+F RRRR G +A Y D D AA+G W D+ D +EHF
Sbjct 421 AVPVAVLLVLLIWVLFVWRRRRPGPEATGYGVDHGYD-----AAEGQWGHDDADVATEHF 475
Query 487 GFGDQFPP--EPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEE 544
G PP EP A +G+ RVSW R A P + GYG EE
Sbjct 476 GA----PPSGEPPA-GSGAAARVSWQRQA----------PADGGYG---------FEEEE 511
Query 545 EDTDAVDTTPTPVVS-----QADLSEVGPDLI-----VPERVVPETF------------- 581
ED DAVDT PVVS +AD D VPE PET
Sbjct 512 EDPDAVDTDSIPVVSDEMLAEADYPAAEADYTDYTDAVPEVAEPETADDAAYADADYAEV 571
Query 582 -VPQAFVPEAVAPE-AVPPDVHAADLADTGLPAAAVS----------------------- 616
P E P+ AVP AD G+PAA
Sbjct 572 DYPDVGYREDEYPDLAVPHTPPDADAVTGGIPAAEADDEYAELAAPQAQPEERPEPQPGP 631
Query 617 ----------------AAEDRGGRHAAAEPPEPPSAGV-----RPAIHLPLEDPYQMPNG 655
R GRHAAA+ + G+ RP IHLPLEDPYQ P G
Sbjct 632 EEVAEAAGGAVAAGVAGTRPRSGRHAAADEEDASENGLAGPDGRPTIHLPLEDPYQAPEG 691
Query 656 YPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
YP+KAS +GLYY PGS LY DTL ELW +SEEVAQ NGF +AD
Sbjct 692 YPIKASARYGLYYTPGSDLYRDTLPELWLSSEEVAQANGFTKAD 735
>gi|296171795|ref|ZP_06852923.1| LGFP repeat-containing protein [Mycobacterium parascrofulaceum
ATCC BAA-614]
gi|295893966|gb|EFG73733.1| LGFP repeat-containing protein [Mycobacterium parascrofulaceum
ATCC BAA-614]
Length=643
Score = 681 bits (1757), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 405/626 (65%), Positives = 442/626 (71%), Gaps = 38/626 (6%)
Query 8 LSTLIGRTLLGLAATAVTAVLLAPTVAASP-MGDAEDAMMAAWEKAGGDTSTLGVRKGDV 66
+ L+G L+GL A A+ A AA+ +GDAE AMMAAWEKAGGD S LG RKGDV
Sbjct 1 MRRLVGSALVGLTAAAIAAAAFLAPPAAASPIGDAEAAMMAAWEKAGGDASPLGARKGDV 60
Query 67 YPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGP 126
YP GDGF LDF GGKMFFTPATGAK++YGP+LDKYE LGG A SDLGFP INEVPGLAGP
Sbjct 61 YPAGDGFVLDFDGGKMFFTPATGAKFVYGPILDKYEMLGGPAGSDLGFPAINEVPGLAGP 120
Query 127 DSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQ 186
DSRVSTFSA+D PVIFWTPEHGAFVVRGA+NAAWDKLGSSGGVLG PVGDETY+GEV+AQ
Sbjct 121 DSRVSTFSASDKPVIFWTPEHGAFVVRGAINAAWDKLGSSGGVLGVPVGDETYNGEVSAQ 180
Query 187 KFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGG 246
KFSGG+VSWNR TK+FTT P LA+QLKGLQVAIDP+AAINMAWRAAGG GPLG KKG
Sbjct 181 KFSGGQVSWNRQTKQFTTEPPALADQLKGLQVAIDPTAAINMAWRAAGGPNGPLGVKKGA 240
Query 247 QYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGF 306
QYPIGGDGI QDF GKV+FSPATGANAVE ILAKYESLGGP SDLGFP ANE DGG
Sbjct 241 QYPIGGDGIVQDFANGKVYFSPATGANAVESNILAKYESLGGPAGSDLGFPTANEADGGI 300
Query 307 GPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVV 366
PSSR+V FS ADKPVIFWT +HGAFVVRGAM AAWDKLRGP GKLGAPVGDQ+VDGDVV
Sbjct 301 -PSSRVVTFSGADKPVIFWTSEHGAFVVRGAMKAAWDKLRGPTGKLGAPVGDQSVDGDVV 359
Query 367 SQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWLG 426
SQ+FTGG ISWNRAKNTF+TDPANLAPLLSGLQVSGQNQPS+SAMP GKKF W WWWL
Sbjct 360 SQQFTGGKISWNRAKNTFSTDPANLAPLLSGLQVSGQNQPSSSAMPAHGKKFAWQWWWLL 419
Query 427 AAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEHF 486
A ++L+V+ LV G RRRR A Y+ R V Y DG W PD D ++HF
Sbjct 420 AVIPVLVLIVLAGLVALGWRRRRAARAEAEYEPHRDFGVGYDAEGDGHWGPD-DVSTDHF 478
Query 487 GFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLSGPSNVGVEEED 546
+P AP A RVSW RG G+D GP E+D
Sbjct 479 AR------QPEAPGAEPAGRVSWRRG-----------------GAD--EGPFEA---EQD 510
Query 547 TDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPEAVPPDVHAADLA 606
DAVDT VS A LSE G E P+ PE E D A D A
Sbjct 511 PDAVDTDSFAAVSPAALSEAG-----YAETEGEYGEPEYSEPEYAESEYAESDYAAGDYA 565
Query 607 DTGLPAAAVSAAEDRGGRHAAAEPPE 632
+ A A+D R AE PE
Sbjct 566 EVDGDYAEAEYADD--AREPEAERPE 589
>gi|120403430|ref|YP_953259.1| LGFP repeat-containing protein [Mycobacterium vanbaalenii PYR-1]
gi|119956248|gb|ABM13253.1| LGFP repeat protein [Mycobacterium vanbaalenii PYR-1]
Length=686
Score = 521 bits (1343), Expect = 1e-145, Method: Compositional matrix adjust.
Identities = 349/710 (50%), Positives = 430/710 (61%), Gaps = 55/710 (7%)
Query 11 LIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIG 70
L+GR +GL A TA+LLAP A P +A DA+ AAW+ +GGDT LG R GDVYP+G
Sbjct 11 LVGRLTIGLLGVA-TALLLAPHATAQPEVEANDAITAAWQSSGGDTGPLGPRSGDVYPVG 69
Query 71 DGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRV 130
GFA +FA G+MFFTPATGA ++ G +L+KY+SLGG ADSDLGFPTI+E PG A P+SR
Sbjct 70 SGFAQNFASGRMFFTPATGAHFMQGAILEKYDSLGGPADSDLGFPTIDEGPGRA-PESRN 128
Query 131 STFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSG 190
STFSAADNPVIFWTP GA VVRG +NAAWDKLG S GVLG P DETYDG V QKF+G
Sbjct 129 STFSAADNPVIFWTPATGARVVRGPINAAWDKLGGSSGVLGVPAEDETYDGSVVTQKFTG 188
Query 191 GEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPI 250
GE+S++ K FTTVP LA QL L + DP AAIN A RAAGGA GPLGA +G Y I
Sbjct 189 GELSYDSGAKTFTTVPPELAGQLTDLSIPDDPIAAINAARRAAGGARGPLGAAEGDPYEI 248
Query 251 GGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSS 310
G DG+ QDFV G +F+SP TGAN V G++LAKY+S+GGP DLGFPI +E DGG P+S
Sbjct 249 GSDGMGQDFVNGAIFYSPETGANVVTGQVLAKYQSVGGP-EGDLGFPITSEADGGLAPAS 307
Query 311 RIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKF 370
RI F+A DKPVIFWTPDHGA +VRGAM AAW KL G G+LGAPV DQT +GDV++Q+F
Sbjct 308 RISSFAAEDKPVIFWTPDHGAVIVRGAMNAAWQKLGGATGELGAPVADQTQNGDVITQRF 367
Query 371 TGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQP-------STSAMPPPGKKFTWHWW 423
GG +SW+ A F+T+PA LAP L+GL+V G P S ++ W WW
Sbjct 368 NGGALSWDTATKKFSTEPAGLAPQLAGLEVPGAEPPQAPPQSQSQASENSESSGLKWTWW 427
Query 424 WLGAAALGVLLVVMVALVVFGLRRRRRGYD-------AAAYDDDRAGDVEYGTAADGDWP 476
WL A +LL + A V R RR G D +D A E G D P
Sbjct 428 WLLAIVPVLLLAGLAAFAVLRTRGRRGGGDELFGVPGETGHDYAPALAGEGGGGVRDDGP 487
Query 477 PDEDFGSEHF--GFGDQFPPEPV----APDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYG 530
D FG + G G PV D P W G A GD G
Sbjct 488 EDALFGDRYAREGIGSLASATPVPSSSTEDFHPDPSTFW--GVPAGGGDT---------G 536
Query 531 SDLLSGPSNVGVEEEDTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEA 590
+L VG E+E+ D VDT PT V++ + + V + V + V QA
Sbjct 537 PELGEREQQVG-EQENPDTVDTAPTRVLTPEEPT-------VDDGEVED--VTQATEALD 586
Query 591 VAPE-AVPPDVHAADLADTGLPAAAVSAAEDRGGRHAAAEPPEPPSAGVRPAIHLPLEDP 649
+ E +PPD+ + + A A + D GRHA + EP G A+H+P +DP
Sbjct 587 IDREPLLPPDIES-------VVAPAPDSMTDT-GRHARIDIDEPMPLGT--ALHMPFDDP 636
Query 650 YQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
++P GYPVKA GLY+ P S YH+ E+WFA+EE+A+ NGF+R +
Sbjct 637 DEVPEGYPVKADTKTGLYWTPESDDYHEAPVEIWFATEEIARTNGFVRGE 686
>gi|145224538|ref|YP_001135216.1| LGFP repeat-containing protein [Mycobacterium gilvum PYR-GCK]
gi|145217024|gb|ABP46428.1| LGFP repeat protein [Mycobacterium gilvum PYR-GCK]
Length=708
Score = 504 bits (1297), Expect = 2e-140, Method: Compositional matrix adjust.
Identities = 331/719 (47%), Positives = 420/719 (59%), Gaps = 53/719 (7%)
Query 12 IGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGD 71
+GR +GL A T +LLAP A P DA +A+ AAW+ +GGDT LG R G+VYP+G+
Sbjct 12 VGRLTIGLLGVA-TVLLLAPPAMAQPEVDANNAITAAWDASGGDTGPLGPRTGEVYPVGE 70
Query 72 GFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVS 131
GFA +FA G MFFTP TGA ++ G +L+KY++ GG AD DLGFPTI+E PG A P+SR S
Sbjct 71 GFAQNFAAGTMFFTPDTGAHFMQGAILEKYQASGGPADGDLGFPTIDEGPGRA-PESRNS 129
Query 132 TFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGG 191
TFSA DNPVIFWTP GA +VRG +NAAWDKLG S GVLG P DETY+G V +QKF+GG
Sbjct 130 TFSAPDNPVIFWTPATGARIVRGPINAAWDKLGGSSGVLGVPAEDETYNGSVVSQKFTGG 189
Query 192 EVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG 251
E++++ TK FTTVP LA QL L + DP AAIN A RAAGG GPLGA +G Y IG
Sbjct 190 ELTYDARTKTFTTVPPELAGQLADLSIPDDPVAAINAARRAAGGPLGPLGAVEGEVYDIG 249
Query 252 GDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSR 311
DG QDF G +++SP TGAN V G++L KY+S+GGP DLGFPI+ E DGG P+SR
Sbjct 250 ADGKGQDFANGAIYYSPDTGANVVTGQVLEKYKSVGGP-EGDLGFPISGEEDGGLTPASR 308
Query 312 IVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFT 371
F+A DKPVIFWTPDHGAF+VRG +VAAWDKL G G+LGAPV DQT G+ +SQ+F+
Sbjct 309 KSAFAAEDKPVIFWTPDHGAFIVRGPIVAAWDKLGGATGELGAPVADQTESGNTLSQRFS 368
Query 372 GGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFT------WHWWWL 425
GG+ISW+ + TF+T+PA LA L+ + V G + P + P + W+ WWL
Sbjct 369 GGVISWDTSARTFSTEPAGLASQLTDVVVPGADAPQATPPTPQAAENNEDTGRKWNKWWL 428
Query 426 GAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGSEH 485
A +LL +VA V R R G D G DG P D G E
Sbjct 429 LAVVPLLLLAGLVAFAVM-RHRARPGEDDMFTAPGAVGHDPQDPETDGHDGPHGDDGRED 487
Query 486 FGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLS---------G 536
FGD++ E + A + P P +E + LS G
Sbjct 488 ALFGDRYAREGLGSVASANPEA----------------PQDEEFAPQPLSFWGVPVQPEG 531
Query 537 PSNVGVEEE--DTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVAPE 594
++ G EE D DAVDTTPT + + ++++ P + V + F + E
Sbjct 532 GADAGDEEPQIDPDAVDTTPTRIPTPSEVAGDSPFVDVETAASEDEFDESEDEFDEADDE 591
Query 595 AVPPDV---------HAADLADTGLPAAAVSAAEDRGG-----RHAAAEPPEPPSAGVRP 640
+ ADLA P R G RHA + EP G
Sbjct 592 FDESEDEFDDLAVVDEDADLAADREPLVPPVPIPVRDGLTDTGRHARIDIDEPMPLGT-- 649
Query 641 AIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
A+H+PLED Q+P+GYPVKA GLY+ P SA YH+ ELWFASEE+A+ NGF+R +
Sbjct 650 ALHMPLEDSDQIPDGYPVKADTKSGLYWTPDSADYHEAPVELWFASEEIARTNGFVRGE 708
>gi|315444869|ref|YP_004077748.1| LGFP repeat protein [Mycobacterium sp. Spyr1]
gi|315263172|gb|ADT99913.1| LGFP repeat protein [Mycobacterium sp. Spyr1]
Length=708
Score = 503 bits (1294), Expect = 7e-140, Method: Compositional matrix adjust.
Identities = 332/721 (47%), Positives = 421/721 (59%), Gaps = 57/721 (7%)
Query 12 IGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGD 71
+GR +GL A T +LLAP A P DA +A+ AAW+ +GGDT LG R G+VYP+G+
Sbjct 12 VGRLTIGLLGVA-TVLLLAPPAMAQPEVDANNAITAAWDASGGDTGPLGPRTGEVYPVGE 70
Query 72 GFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVS 131
GFA +FA G MFFTP TGA ++ G +L+KY++ GG AD DLGFPTI+E PG A P+SR S
Sbjct 71 GFAQNFAAGTMFFTPDTGAHFMQGAILEKYQASGGPADGDLGFPTIDEGPGRA-PESRNS 129
Query 132 TFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGG 191
TFSA DNPVIFWTP GA +VRG +NAAWDKLG S GVLG P DETY+G V +QKF+GG
Sbjct 130 TFSAPDNPVIFWTPATGARIVRGPINAAWDKLGGSSGVLGVPAEDETYNGSVVSQKFTGG 189
Query 192 EVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG 251
+++++ TK FTTVP LA QL L + DP AAIN A RAAGG GPLGA +G Y IG
Sbjct 190 QLTYDARTKTFTTVPPELAGQLADLSIPDDPVAAINAARRAAGGPLGPLGAVEGEVYDIG 249
Query 252 GDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSR 311
DG QDF G +++SP TGAN V G++L KY+S+GGP DLGFPI+ E DGG P+SR
Sbjct 250 ADGKGQDFANGAIYYSPDTGANVVTGQVLEKYKSVGGP-EGDLGFPISGEEDGGLTPASR 308
Query 312 IVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFT 371
F+A DKPVIFWTPDHGAF+VRG +VAAWDKL G G+LGAPV DQT G+ +SQ+F+
Sbjct 309 KSAFAAEDKPVIFWTPDHGAFIVRGPIVAAWDKLGGATGELGAPVADQTESGNTLSQRFS 368
Query 372 GGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKK--------FTWHWW 423
GG+ISW+ + TF+T+PA LA L+ + V G + P A PP + W+ W
Sbjct 369 GGVISWDTSARTFSTEPAGLASQLTDVVVPGADAP--QATPPTSQAAENNEDTGRKWNKW 426
Query 424 WLGAAALGVLLVVMVALVVFGLRRRRRGYDAAAYDDDRAGDVEYGTAADGDWPPDEDFGS 483
WL A +LL +VA V R R G D G DG P D G
Sbjct 427 WLLAVVPLLLLAGLVAFAVM-RHRARPGEDDMFTAPGAVGHDPQDPETDGHDGPHGDDGR 485
Query 484 EHFGFGDQFPPEPVAPDAGSTPRVSWPRGAGAAVGDAEHLPGEEGYGSDLLS-------- 535
E FGD++ E + A + P P +E + LS
Sbjct 486 EDALFGDRYAREGLGSVASANPEA----------------PQDEEFAPQPLSFWGVPVQP 529
Query 536 -GPSNVGVEEE--DTDAVDTTPTPVVSQADLSEVGPDLIVPERVVPETFVPQAFVPEAVA 592
G ++ G EE D DAVDTTPT + + ++++ P + V + F +
Sbjct 530 EGGADAGDEEPQIDPDAVDTTPTRIPTPSEVAGDSPFVDVETAASEDEFDESEDEFDEAD 589
Query 593 PEAVPPDV---------HAADLADTGLPAAAVSAAEDRGG-----RHAAAEPPEPPSAGV 638
E + ADLA P R G RHA + EP G
Sbjct 590 DEFDESEDEFDDLAVVDEDADLAADREPLVPPVPIPVRDGLTDTGRHARIDIDEPMPLGT 649
Query 639 RPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRA 698
A+H+PLED Q+P+GYPVKA GLY+ P SA YH+ ELWFASEE+A+ NGF+R
Sbjct 650 --ALHMPLEDSDQIPDGYPVKADTKSGLYWTPDSADYHEAPVELWFASEEIARTNGFVRG 707
Query 699 D 699
+
Sbjct 708 E 708
>gi|333991104|ref|YP_004523718.1| hypothetical protein JDM601_2464 [Mycobacterium sp. JDM601]
gi|333487072|gb|AEF36464.1| conserved hypothetical protein [Mycobacterium sp. JDM601]
Length=636
Score = 493 bits (1269), Expect = 4e-137, Method: Compositional matrix adjust.
Identities = 263/409 (65%), Positives = 309/409 (76%), Gaps = 3/409 (0%)
Query 17 LGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALD 76
LGLAAT VT +L T AA+P +A DA+ AAW+ AGGD S LG KGDV+P G GFA D
Sbjct 3 LGLAAT-VTVLLSMQTAAATPDSEAHDAITAAWQAAGGDGSPLGPPKGDVHPAGVGFAQD 61
Query 77 FAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAA 136
FAGG +FFTP TGAK L+G +L+KYES+GGAA S LGFP+ +EVPGL PDSRV+ S A
Sbjct 62 FAGGTIFFTPETGAKALFGAILEKYESMGGAATSGLGFPSSDEVPGLV-PDSRVAILSGA 120
Query 137 DNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWN 196
DNPVI+WT EHGA VVRG +NAAWDKLGSS G LG PV DE YDG V QKFS G +S++
Sbjct 121 DNPVIYWTAEHGAHVVRGPMNAAWDKLGSSTGALGVPVDDENYDGAVVTQKFSAGALSFD 180
Query 197 RATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIA 256
AT+ FTTVP LA QL LQV +DP+AAI+ AWRA GGA+G LGAK+G QY +G DG
Sbjct 181 GATRTFTTVPPELAAQLADLQVQLDPTAAIDQAWRATGGASGSLGAKQGDQYVVGSDGAG 240
Query 257 QDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFS 316
QDFV GKV+F+PATGA A++G++LAKYESLGGP SDLGFPI DG S+ F+
Sbjct 241 QDFVRGKVYFAPATGAYALDGDVLAKYESLGGPTGSDLGFPITGTADGAIA-GSKFASFA 299
Query 317 AADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMIS 376
A D PVIF++PD+GAFVVR AM AAWDKL G +GKLGAPVGDQTVDGDVVSQKFTGG +S
Sbjct 300 ADDDPVIFFSPDNGAFVVRSAMKAAWDKLDGASGKLGAPVGDQTVDGDVVSQKFTGGTVS 359
Query 377 WNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPPPGKKFTWHWWWL 425
WN+A N F+T+PA+LAP L+GLQ+ G N P+ S G HW WL
Sbjct 360 WNQANNAFSTEPADLAPALAGLQIPGMNLPNGSTATTTGTGTETHWNWL 408
Score = 94.4 bits (233), Expect = 6e-17, Method: Compositional matrix adjust.
Identities = 39/60 (65%), Positives = 50/60 (84%), Gaps = 0/60 (0%)
Query 639 RPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRA 698
P +HLPL+DPYQ P+GYP+KA++ GLYY P +ALY DTLAE+WFA+EE A++NGF RA
Sbjct 576 HPVMHLPLDDPYQQPDGYPIKANIGSGLYYTPQNALYDDTLAEIWFATEEAARLNGFTRA 635
>gi|118470552|ref|YP_887072.1| hypothetical protein MSMEG_2739 [Mycobacterium smegmatis str.
MC2 155]
gi|118171839|gb|ABK72735.1| conserved hypothetical protein [Mycobacterium smegmatis str.
MC2 155]
Length=811
Score = 477 bits (1227), Expect = 4e-132, Method: Compositional matrix adjust.
Identities = 270/457 (60%), Positives = 326/457 (72%), Gaps = 12/457 (2%)
Query 7 QLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDV 66
+L+T + R +GL A A+ +L+ +A+P DA+ A+ +AWE +GGD LG R+GDV
Sbjct 7 KLNTAVRRLTIGLLAVALAGLLVPSVASATPESDADAAINSAWEVSGGDGGPLGPRQGDV 66
Query 67 YPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGP 126
Y IG GF DF GGKMFFTP TGA Y+ G +L+KYE+LGG ADSDLGFPTI+E G A P
Sbjct 67 YAIGAGFGQDFTGGKMFFTPDTGAHYVQGAILEKYEALGGPADSDLGFPTIDEGAGRA-P 125
Query 127 DSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQ 186
DSR STFSA DNPVIFWTP+ GA VVRGA+NAAWDKLG S GVLG P DETYDG+V Q
Sbjct 126 DSRNSTFSAPDNPVIFWTPDTGARVVRGAINAAWDKLGGSAGVLGVPADDETYDGDVVRQ 185
Query 187 KFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGG 246
KF+GGE+SWNR TK FTTVP LA+QLK LQ+ DP++AI A RAAGG GPLGAK G
Sbjct 186 KFTGGELSWNRKTKAFTTVPPELADQLKDLQIPDDPASAIAAARRAAGGPMGPLGAKDGD 245
Query 247 QYPIG-GDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGG 305
Y IG G+ Q+F GGK+F+SP TGAN + G++L KYES+GGP DLGFP ++E +GG
Sbjct 246 VYKIGDAGGLGQNFAGGKIFYSPETGANVISGQVLEKYESVGGP-QGDLGFPTSSEDEGG 304
Query 306 FGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDV 365
GP+SRI F+A DKPVIFWTPD+GA +VRGAM AAW+KL G G LGAP DQT DG V
Sbjct 305 LGPNSRIATFAAPDKPVIFWTPDYGAVIVRGAMNAAWEKLGGATGTLGAPTADQTEDGTV 364
Query 366 VSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMPP-----PGKKFTW 420
++QKF+GG ISW+RA NTFTT+P+NLA L+GLQ+ G Q A K F+W
Sbjct 365 ITQKFSGGAISWDRADNTFTTEPSNLASELAGLQIPGAEQAPPPAAEAPQAEDESKPFSW 424
Query 421 H--WWWLGAAALGVLLVVMVALVVFGLRRRRR--GYD 453
H WWWL A +LL +V RRR R G+D
Sbjct 425 HWSWWWLVALIPVLLLAGLVVGAALWHRRRNRDDGFD 461
Score = 89.7 bits (221), Expect = 1e-15, Method: Compositional matrix adjust.
Identities = 45/78 (58%), Positives = 57/78 (74%), Gaps = 4/78 (5%)
Query 623 GRHAAAEPPEP-PSAGVRPAIHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAE 681
GRHAA E EP PSA A+HLPL+DP + P+GYP+KA G+Y+ P SA Y D +AE
Sbjct 737 GRHAAIEFDEPIPSA---TALHLPLDDPQEAPDGYPIKADTKTGMYWAPDSADYEDAVAE 793
Query 682 LWFASEEVAQVNGFIRAD 699
+WFASEE A+ NGF+RA+
Sbjct 794 IWFASEEFARTNGFVRAN 811
>gi|119868249|ref|YP_938201.1| LGFP repeat-containing protein [Mycobacterium sp. KMS]
gi|119694338|gb|ABL91411.1| LGFP repeat protein [Mycobacterium sp. KMS]
Length=705
Score = 462 bits (1190), Expect = 7e-128, Method: Compositional matrix adjust.
Identities = 245/412 (60%), Positives = 308/412 (75%), Gaps = 2/412 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
++G+R L T + R +GLA A + AP A P +A DA+ AA++ +GG T LG
Sbjct 1 MSGRRTLLHTALTRVTVGLA-VAAAGLFFAPLATADPATEANDAITAAYDGSGGPTGPLG 59
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VR+G VYP+GDGF +FA GKMFFTPATGA ++ G +L+KYESLGG ADSDLGFPTI+E
Sbjct 60 VREGGVYPVGDGFGQNFAAGKMFFTPATGAHWMQGAVLEKYESLGGPADSDLGFPTIDEG 119
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PG GPDSR +TFSAAD PVIFWTP GA VVRGA+NAAWD+LG S GVLG P DE Y
Sbjct 120 PGRVGPDSRNATFSAADKPVIFWTPATGARVVRGAINAAWDRLGGSAGVLGVPAEDEVYR 179
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
G+V +QKF+GG++SWNR K FTTVP LA+QLK LQV D ++AI A RAAGGA GPL
Sbjct 180 GDVASQKFTGGQLSWNRKDKTFTTVPPELADQLKDLQVPEDATSAIAAARRAAGGALGPL 239
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAK G QY IG DG+ Q++ GGK+F++P TGAN V G++L KYES+GGP DLGFP ++
Sbjct 240 GAKDGPQYKIGEDGVGQNYTGGKIFYTPQTGANVVTGQVLEKYESVGGP-EGDLGFPTSS 298
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
E DGG G +SRI F+A D+PVIFWTPD+GA +VRGAM A W KL G G LGAP+ DQT
Sbjct 299 EADGGLGSNSRISTFAAKDEPVIFWTPDYGAVIVRGAMNAGWSKLDGAKGPLGAPMADQT 358
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMP 412
+GDVV+Q+F+ G++S++R+ F+T+PANLA L+GL+V G++ P+ A P
Sbjct 359 ENGDVVTQRFSEGVLSYDRSTGRFSTEPANLAARLAGLEVPGEDVPNAPAEP 410
>gi|108799134|ref|YP_639331.1| LGFP [Mycobacterium sp. MCS]
gi|108769553|gb|ABG08275.1| LGFP [Mycobacterium sp. MCS]
Length=754
Score = 462 bits (1189), Expect = 8e-128, Method: Compositional matrix adjust.
Identities = 245/412 (60%), Positives = 308/412 (75%), Gaps = 2/412 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
++G+R L T + R +GLA A + AP A P +A DA+ AA++ +GG T LG
Sbjct 50 MSGRRTLLHTALTRVTVGLA-VAAAGLFFAPLATADPATEANDAITAAYDGSGGPTGPLG 108
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VR+G VYP+GDGF +FA GKMFFTPATGA ++ G +L+KYESLGG ADSDLGFPTI+E
Sbjct 109 VREGGVYPVGDGFGQNFAAGKMFFTPATGAHWMQGAVLEKYESLGGPADSDLGFPTIDEG 168
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PG GPDSR +TFSAAD PVIFWTP GA VVRGA+NAAWD+LG S GVLG P DE Y
Sbjct 169 PGRVGPDSRNATFSAADKPVIFWTPATGARVVRGAINAAWDRLGGSAGVLGVPAEDEVYR 228
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
G+V +QKF+GG++SWNR K FTTVP LA+QLK LQV D ++AI A RAAGGA GPL
Sbjct 229 GDVASQKFTGGQLSWNRKDKTFTTVPPELADQLKDLQVPEDATSAIAAARRAAGGALGPL 288
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAK G QY IG DG+ Q++ GGK+F++P TGAN V G++L KYES+GGP DLGFP ++
Sbjct 289 GAKDGPQYKIGEDGVGQNYTGGKIFYTPQTGANVVTGQVLEKYESVGGP-EGDLGFPTSS 347
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
E DGG G +SRI F+A D+PVIFWTPD+GA +VRGAM A W KL G G LGAP+ DQT
Sbjct 348 EADGGLGSNSRISTFAAKDEPVIFWTPDYGAVIVRGAMNAGWSKLDGAKGPLGAPMADQT 407
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMP 412
+GDVV+Q+F+ G++S++R+ F+T+PANLA L+GL+V G++ P+ A P
Sbjct 408 ENGDVVTQRFSEGVLSYDRSTGRFSTEPANLAARLAGLEVPGEDVPNAPAEP 459
>gi|126434742|ref|YP_001070433.1| LGFP repeat-containing protein [Mycobacterium sp. JLS]
gi|126234542|gb|ABN97942.1| LGFP repeat protein [Mycobacterium sp. JLS]
Length=706
Score = 461 bits (1187), Expect = 2e-127, Method: Compositional matrix adjust.
Identities = 244/412 (60%), Positives = 308/412 (75%), Gaps = 2/412 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
++G+R L T + R +GLA A + AP A P +A DA+ AA++ +GG T LG
Sbjct 1 MSGRRTLLHTALTRVTVGLA-VAAAGLFFAPLATADPATEANDAITAAYDGSGGPTGPLG 59
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
+R+G VYP+GDGF +FA GKMFFTPATGA ++ G +L+KYESLGG ADSDLGFPTI+E
Sbjct 60 MREGGVYPVGDGFGQNFAAGKMFFTPATGAHWMQGAVLEKYESLGGPADSDLGFPTIDEG 119
Query 121 PGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD 180
PG GPDSR +TFSAAD PVIFWTP GA VVRGA+NAAWD+LG S GVLG P DE Y
Sbjct 120 PGRVGPDSRNATFSAADKPVIFWTPATGARVVRGAINAAWDRLGGSAGVLGVPAEDEVYR 179
Query 181 GEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPL 240
G+V +QKF+GG++SWNR K FTTVP LA+QLK LQV D ++AI A RAAGGA GPL
Sbjct 180 GDVASQKFTGGQLSWNRKDKTFTTVPPELADQLKDLQVPEDATSAIAAARRAAGGALGPL 239
Query 241 GAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
GAK G QY IG DG+ Q++ GGK+F++P TGAN V G++L KYES+GGP DLGFP ++
Sbjct 240 GAKDGPQYKIGEDGVGQNYTGGKIFYTPQTGANVVTGQVLEKYESVGGP-EGDLGFPTSS 298
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
E DGG G +SRI F+A D+PVIFWTPD+GA +VRGAM A W KL G G LGAP+ DQT
Sbjct 299 EADGGLGSNSRISTFAAKDEPVIFWTPDYGAVIVRGAMNAGWSKLDGAKGPLGAPMADQT 358
Query 361 VDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSGLQVSGQNQPSTSAMP 412
+GDVV+Q+F+ G++S++R+ F+T+PANLA L+GL+V G++ P+ A P
Sbjct 359 ENGDVVTQRFSEGVLSYDRSTGRFSTEPANLAARLAGLEVPGEDVPNAPAEP 410
>gi|289754824|ref|ZP_06514202.1| predicted protein [Mycobacterium tuberculosis EAS054]
gi|289695411|gb|EFD62840.1| predicted protein [Mycobacterium tuberculosis EAS054]
Length=144
Score = 261 bits (667), Expect = 3e-67, Method: Compositional matrix adjust.
Identities = 133/134 (99%), Positives = 134/134 (100%), Gaps = 0/134 (0%)
Query 1 VNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
+NGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG
Sbjct 1 MNGQRGQLSTLIGRTLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLG 60
Query 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV
Sbjct 61 VRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV 120
Query 121 PGLAGPDSRVSTFS 134
PGLAGPDSRVSTFS
Sbjct 121 PGLAGPDSRVSTFS 134
Score = 98.2 bits (243), Expect = 5e-18, Method: Compositional matrix adjust.
Identities = 59/114 (52%), Positives = 66/114 (58%), Gaps = 1/114 (0%)
Query 203 TTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGG 262
T V AVL D A+ AW AGG LG +KG YPIG DG A DF GG
Sbjct 22 TAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIG-DGFALDFAGG 80
Query 263 KVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFS 316
K+FF+PATGA + G +L KYESLGG SDLGFP NE G GP SR+ FS
Sbjct 81 KMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFS 134
>gi|284992741|ref|YP_003411295.1| LGFP repeat-containing protein [Geodermatophilus obscurus DSM
43160]
gi|284065986|gb|ADB76924.1| LGFP repeat protein [Geodermatophilus obscurus DSM 43160]
Length=1040
Score = 135 bits (340), Expect = 3e-29, Method: Compositional matrix adjust.
Identities = 111/380 (30%), Positives = 164/380 (44%), Gaps = 60/380 (15%)
Query 40 DAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLD 99
D A++ W G T LG GD + G+ DFAGG ++++P+TG + + G +L
Sbjct 552 DVRGAILERWRSLGAQTGALGYPIGDDVAVPGGWKTDFAGGSIYWSPSTGPRMVRGAILQ 611
Query 100 KYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAA 159
+YE+ GG LGFP ++ G VI+W+ GA VRGA+
Sbjct 612 RYEAAGGP--RALGFPIADD----GGTADGTGALVRLQGGVIYWSARTGAHDVRGAILER 665
Query 160 WDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAE-------- 211
W LG+ G LG P+GD+ F+GG + W+ +T A+L
Sbjct 666 WRSLGAQTGALGYPIGDDVAVPGGWKTDFAGGSIYWSPSTGPRMVRGAILQRYEAAGGPR 725
Query 212 --------------------QLKGLQV-------AIDPSAAINMAWRAAGGAAGPLGAKK 244
+L+G + A D AI WR+ G G LG
Sbjct 726 ALGFPIADDGGTADGTGALVRLQGGVIYWSARTGAHDVRGAILERWRSLGAQTGALG--- 782
Query 245 GGQYPIGGD-----GIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIA 299
YPIG D G D GG +++SP+TG V G IL +YE++GGPV+ GFP++
Sbjct 783 ---YPIGDDVAVPGGWKTDSAGGSIYWSPSTGPRMVRGAILQRYEAVGGPVNE--GFPVS 837
Query 300 NETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQ 359
++ G + F + I+W+P GA +V + + G LG P G
Sbjct 838 DDGPTASGRGA----FVELQRGAIYWSPSTGAHLVDDYFLEKYRATGAETGPLGFPTGPM 893
Query 360 TVDGDVVSQK--FTGGMISW 377
V++ FTGG + W
Sbjct 894 EGPLTVLTPHLPFTGGRLYW 913
Score = 130 bits (327), Expect = 7e-28, Method: Compositional matrix adjust.
Identities = 118/354 (34%), Positives = 161/354 (46%), Gaps = 69/354 (19%)
Query 70 GDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV----PGLAG 125
G G + GG ++++ ATGA+ + P+L++Y +LGG A +G+P ++ P AG
Sbjct 373 GGGCRRTYEGGAIYWSAATGARVVTSPVLEEYLALGGPAA--MGYPLKDDAVRFWPTTAG 430
Query 126 PDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTA 185
V TF D I WTPE GA VVRGA+ D+ ++ LG P E+ A
Sbjct 431 ---LVGTFPGGD---IVWTPEFGAHVVRGAIR---DRWRAAIDALGPPTASESAVAGGYA 481
Query 186 QKFSGGEVSWNRATKEFTTVPAVLAE----------------------------QLKGLQ 217
F GG V W+ +T A+L +L+G
Sbjct 482 LPFLGGTVYWSPSTGARMVRGAILQRYEAAGGPRALGFPIADDGGTADGTGALVRLQGGV 541
Query 218 V-------AIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGD-----GIAQDFVGGKVF 265
+ A D AI WR+ G G LG YPIG D G DF GG ++
Sbjct 542 IYWSARTGAHDVRGAILERWRSLGAQTGALG------YPIGDDVAVPGGWKTDFAGGSIY 595
Query 266 FSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSS-RIVRFSAADKPVIF 324
+SP+TG V G IL +YE+ GGP + LGFPIA+ DGG + +VR VI+
Sbjct 596 WSPSTGPRMVRGAILQRYEAAGGPRA--LGFPIAD--DGGTADGTGALVRLQGG---VIY 648
Query 325 WTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWN 378
W+ GA VRGA++ W L G LG P+GD F GG I W+
Sbjct 649 WSARTGAHDVRGAILERWRSLGAQTGALGYPIGDDVAVPGGWKTDFAGGSIYWS 702
Score = 102 bits (255), Expect = 2e-19, Method: Compositional matrix adjust.
Identities = 101/373 (28%), Positives = 151/373 (41%), Gaps = 62/373 (16%)
Query 40 DAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLD 99
D A++ W G T LG GD + G+ DFAGG ++++P+TG + + G +L
Sbjct 657 DVRGAILERWRSLGAQTGALGYPIGDDVAVPGGWKTDFAGGSIYWSPSTGPRMVRGAILQ 716
Query 100 KYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAA 159
+YE+ GG LGFP ++ G VI+W+ GA VRGA+
Sbjct 717 RYEAAGGP--RALGFPIADD----GGTADGTGALVRLQGGVIYWSARTGAHDVRGAILER 770
Query 160 WDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAE-------- 211
W LG+ G LG P+GD+ +GG + W+ +T A+L
Sbjct 771 WRSLGAQTGALGYPIGDDVAVPGGWKTDSAGGSIYWSPSTGPRMVRGAILQRYEAVGGPV 830
Query 212 --------------------QLKGLQVAIDPSAAINMA-------WRAAGGAAGPLGAKK 244
+L+ + PS ++ +RA G GPLG
Sbjct 831 NEGFPVSDDGPTASGRGAFVELQRGAIYWSPSTGAHLVDDYFLEKYRATGAETGPLGFPT 890
Query 245 G-GQYPIGGDGIAQDFVGGKVFFSPATG-ANAVEGEILAKYESLGGP-------VSSDLG 295
G + P+ F GG++++ G + + G IL KY +LGGP LG
Sbjct 891 GPMEGPLTVLTPHLPFTGGRLYWVAGGGRTHMLRGAILDKYVALGGPQGLMWPSTEIRLG 950
Query 296 FPIANETDGGFGPSSRI----VRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGK 351
P++++ P++ RF D I W+ GA +R A A W G G
Sbjct 951 NPVSDDV-----PTATRDGVEARFVDGD---IAWSAATGAHAMRSATAAVWRGGLGRPGS 1002
Query 352 LGAPVGDQTVDGD 364
LG P D GD
Sbjct 1003 LGYPTTDSVQRGD 1015
Score = 96.7 bits (239), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 97/278 (35%), Positives = 127/278 (46%), Gaps = 40/278 (14%)
Query 106 GAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGS 165
G AD DLG PT + GL G R + A I+W+ GA VV + + LG
Sbjct 355 GVAD-DLGSPTAPQTCGLPGGGCRRTYEGGA----IYWSAATGARVVTSPVLEEYLALGG 409
Query 166 SGGVLGAPVGDETYDGEVTAQ----KFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAID 221
+G P+ D+ T F GG++ W T EF A ++G
Sbjct 410 PA-AMGYPLKDDAVRFWPTTAGLVGTFPGGDIVW---TPEFG------AHVVRG------ 453
Query 222 PSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILA 281
AI WRAA A GP A + G A F+GG V++SP+TGA V G IL
Sbjct 454 ---AIRDRWRAAIDALGPPTASESAV----AGGYALPFLGGTVYWSPSTGARMVRGAILQ 506
Query 282 KYESLGGPVSSDLGFPIANETDGGFGP-SSRIVRFSAADKPVIFWTPDHGAFVVRGAMVA 340
+YE+ GGP + LGFPIA+ DGG + +VR VI+W+ GA VRGA++
Sbjct 507 RYEAAGGPRA--LGFPIAD--DGGTADGTGALVRLQGG---VIYWSARTGAHDVRGAILE 559
Query 341 AWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWN 378
W L G LG P+GD F GG I W+
Sbjct 560 RWRSLGAQTGALGYPIGDDVAVPGGWKTDFAGGSIYWS 597
>gi|284992708|ref|YP_003411262.1| LGFP repeat-containing protein [Geodermatophilus obscurus DSM
43160]
gi|284065953|gb|ADB76891.1| LGFP repeat protein [Geodermatophilus obscurus DSM 43160]
Length=928
Score = 131 bits (329), Expect = 4e-28, Method: Compositional matrix adjust.
Identities = 120/357 (34%), Positives = 162/357 (46%), Gaps = 36/357 (10%)
Query 31 PTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGA 90
PT A +G D W AGG T LG P G G + F GG++ ++P TG
Sbjct 547 PTGARVVVGSIRDT----WLAAGGPTGFLGFPTTSDTPAGTGAHVRFQGGEVLWSPTTGT 602
Query 91 KYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAF 150
+ + G +LD Y + GG S LGFPT ++ P G V F D ++W+ GA
Sbjct 603 RIVRGNILDAYRAAGGPTGS-LGFPTTSDAPTPGGGGYFVR-FQRGD---VYWSQATGAR 657
Query 151 VVRGALNAAWDKLGSSGGVLGAPVGDET-YDGEVTAQKFSGGEVSWNRATKEFTTVPAVL 209
VV G++ W G G LG P +T G+ +F GG+V W+ P
Sbjct 658 VVVGSIRDTWLAAGGPTGFLGFPTTSDTPVPGKGAYVRFQGGDVYWS---------PTTG 708
Query 210 AEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPI-GGDGIAQDFVGGKVFFSP 268
++G I AW AAGGA G LG P GG G F GG V++S
Sbjct 709 TRIVRG---------EILNAWLAAGGATGYLGFPTTSDAPTPGGGGYFVRFQGGDVYWSA 759
Query 269 ATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPD 328
ATG V G ILA + + GG S LGFP ++ G + VRF D ++W+P
Sbjct 760 ATGPRIVRGGILAAWLATGGTTGS-LGFPTTSDAPTADGRGA-FVRFQGGD---VYWSPT 814
Query 329 HGAFVVRGAMVAAWDKLRGPNGKLGAPVGD--QTVDGDVVSQKFTGGMISWNRAKNT 383
G VVRG++++ W G G LG P +T DG +F G + W+ A T
Sbjct 815 TGTQVVRGSILSTWLAGGGATGPLGFPTTSDAKTADGRGYVVRFQHGDVYWSPATGT 871
Score = 118 bits (295), Expect = 4e-24, Method: Compositional matrix adjust.
Identities = 106/336 (32%), Positives = 153/336 (46%), Gaps = 38/336 (11%)
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P G G+ + F G ++++ TGA+ + G + D + + GG LGFPT ++ P G
Sbjct 528 PGGGGYFVRFQRGDVYWSQPTGARVVVGSIRDTWLAAGGPTGF-LGFPTTSDTPAGTGAH 586
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE--TYDGEVTA 185
R F + + W+P G +VRG + A+ G G LG P + T G
Sbjct 587 VR---FQGGE---VLWSPTTGTRIVRGNILDAYRAAGGPTGSLGFPTTSDAPTPGGGGYF 640
Query 186 QKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKG 245
+F G+V W++AT G +V + +I W AAGG G LG
Sbjct 641 VRFQRGDVYWSQAT---------------GARVVV---GSIRDTWLAAGGPTGFLGFPTT 682
Query 246 GQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANE--TD 303
P+ G G F GG V++SP TG V GEIL + + GG + LGFP ++ T
Sbjct 683 SDTPVPGKGAYVRFQGGDVYWSPTTGTRIVRGEILNAWLAAGG-ATGYLGFPTTSDAPTP 741
Query 304 GGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQ--TV 361
GG G VRF D ++W+ G +VRG ++AAW G G LG P T
Sbjct 742 GGGG---YFVRFQGGD---VYWSAATGPRIVRGGILAAWLATGGTTGSLGFPTTSDAPTA 795
Query 362 DGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLSG 397
DG +F GG + W+ T + L+ L+G
Sbjct 796 DGRGAFVRFQGGDVYWSPTTGTQVVRGSILSTWLAG 831
Score = 113 bits (283), Expect = 9e-23, Method: Compositional matrix adjust.
Identities = 108/357 (31%), Positives = 158/357 (45%), Gaps = 37/357 (10%)
Query 27 VLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPI--GDGFALDFAGGKMFF 84
VL +PT + ++ A+ AGG T +LG P G G+ + F G +++
Sbjct 594 VLWSPTTGTRIV---RGNILDAYRAAGGPTGSLGFPTTSDAPTPGGGGYFVRFQRGDVYW 650
Query 85 TPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWT 144
+ ATGA+ + G + D + + GG LGFPT ++ P + G + V F D ++W+
Sbjct 651 SQATGARVVVGSIRDTWLAAGGPTGF-LGFPTTSDTP-VPGKGAYVR-FQGGD---VYWS 704
Query 145 PEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE--TYDGEVTAQKFSGGEVSWNRATKEF 202
P G +VRG + AW G + G LG P + T G +F GG+V W+ AT
Sbjct 705 PTTGTRIVRGEILNAWLAAGGATGYLGFPTTSDAPTPGGGGYFVRFQGGDVYWSAATGPR 764
Query 203 TTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG-GDGIAQDFVG 261
+LA AW A GG G LG P G G F G
Sbjct 765 IVRGGILA------------------AWLATGGTTGSLGFPTTSDAPTADGRGAFVRFQG 806
Query 262 GKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKP 321
G V++SP TG V G IL+ + + GG + LGFP ++ G +VRF D
Sbjct 807 GDVYWSPTTGTQVVRGSILSTWLA-GGGATGPLGFPTTSDAKTADG-RGYVVRFQHGD-- 862
Query 322 VIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWN 378
++W+P G VV GAM + + G + LG P + F G ++WN
Sbjct 863 -VYWSPATGTQVVAGAMAKTYWQRGGSSSALGFPTRSSYPVSGGMRTDFERGSMTWN 918
Score = 102 bits (254), Expect = 2e-19, Method: Compositional matrix adjust.
Identities = 121/382 (32%), Positives = 169/382 (45%), Gaps = 50/382 (13%)
Query 42 EDAMMAAWEKA--GGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLD 99
DA + AW A GG+ S GV + + G +++ +P G + + G +L+
Sbjct 403 SDAGLRAWLGAPVGGEQSAAGVT----------WQVYANGARLYSSPNGGVRLVLGGILE 452
Query 100 KYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAA 159
+Y + GG A LG P ++ P G + V F D ++W+P G+ +VRG + AA
Sbjct 453 RYLAAGGPAV--LGPPVSDDAPTPGGQGAFVR-FQHGD---VYWSPATGSQLVRGDILAA 506
Query 160 WDKLGSSGGVLGAPVGDE--TYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQ 217
W G + G LG P + T G +F G+V W++ T G +
Sbjct 507 WLATGGATGGLGFPTTSDAPTPGGGGYFVRFQRGDVYWSQPT---------------GAR 551
Query 218 VAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEG 277
V + +I W AAGG G LG P G G F GG+V +SP TG V G
Sbjct 552 VVV---GSIRDTWLAAGGPTGFLGFPTTSDTP-AGTGAHVRFQGGEVLWSPTTGTRIVRG 607
Query 278 EILAKYESLGGPVSSDLGFPIANE--TDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVR 335
IL Y + GGP S LGFP ++ T GG G VRF D ++W+ GA VV
Sbjct 608 NILDAYRAAGGPTGS-LGFPTTSDAPTPGGGG---YFVRFQRGD---VYWSQATGARVVV 660
Query 336 GAMVAAWDKLRGPNGKLGAP-VGDQTVDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPL 394
G++ W GP G LG P D V G +F GG + W+ T L
Sbjct 661 GSIRDTWLAAGGPTGFLGFPTTSDTPVPGKGAYVRFQGGDVYWSPTTGTRIVRGEILNAW 720
Query 395 LSGLQVSGQ-NQPSTSAMPPPG 415
L+ +G P+TS P PG
Sbjct 721 LAAGGATGYLGFPTTSDAPTPG 742
>gi|284992706|ref|YP_003411260.1| LGFP repeat-containing protein [Geodermatophilus obscurus DSM
43160]
gi|284065951|gb|ADB76889.1| LGFP repeat protein [Geodermatophilus obscurus DSM 43160]
Length=967
Score = 125 bits (313), Expect = 3e-26, Method: Compositional matrix adjust.
Identities = 111/376 (30%), Positives = 159/376 (43%), Gaps = 63/376 (16%)
Query 45 MMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESL 104
++ AW G LG G + GF F GG ++++PATGA+ + G LL +YE+
Sbjct 394 LLDAWRAKGAQAGVLGYPVGGDEAVPGGFRSRFQGGTLYWSPATGARMVRGALLARYEAA 453
Query 105 GGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLG 164
GG +GFP +E P +R ++W+ GA VVRG + A + + G
Sbjct 454 GG--PRVIGFPVADER-----PTARSGAAVDLTGGAVYWSSATGARVVRGDILATYRRWG 506
Query 165 SSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLK-------GLQ 217
+ GVLG P GD+ F GG V W+ T A+L L G
Sbjct 507 AEAGVLGYPTGDDQAHASGFRTTFQGGHVYWSAPTGAHVLRGAILDRYLAHGGAPVLGFP 566
Query 218 VAIDPSAA---------------------------INMAWRAAGGAAGPLGAKKGGQYPI 250
D +AA I WR G +G LG YP
Sbjct 567 TTDDVAAANGGAKADLQGGAVYWSSATGAHVVRGDILARWREWGAESGALG------YPT 620
Query 251 GGD------GIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDG 304
G D G F GG V++S TGA + G IL +Y + GGP LG+P ++
Sbjct 621 GDDAAAPNGGYLTTFRGGTVWWSQPTGAKVLRGAILERYVAQGGP--RVLGYPTTDDVAA 678
Query 305 GFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTV--D 362
G + ++ A ++W+ GA VVRG ++A W + G LG P GD T +
Sbjct 679 ANGGAKADLQGGA-----VYWSSATGAHVVRGDILARWRQWGAETGALGYPTGDDTAAPN 733
Query 363 GDVVSQKFTGGMISWN 378
G ++ F GG + W+
Sbjct 734 GGYLT-TFRGGTVYWS 748
Score = 123 bits (308), Expect = 1e-25, Method: Compositional matrix adjust.
Identities = 114/379 (31%), Positives = 164/379 (44%), Gaps = 68/379 (17%)
Query 45 MMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESL 104
++A + + G + LG GD GF F GG ++++ TGA L G +LD+Y +
Sbjct 498 ILATYRRWGAEAGVLGYPTGDDQAHASGFRTTFQGGHVYWSAPTGAHVLRGAILDRYLAH 557
Query 105 GGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLG 164
GGA LGFPT ++V G + ++W+ GA VVRG + A W + G
Sbjct 558 GGA--PVLGFPTTDDVAAANG-----GAKADLQGGAVYWSSATGAHVVRGDILARWREWG 610
Query 165 SSGGVLGAPVGDET---YDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAE-------QLK 214
+ G LG P GD+ G +T F GG V W++ T A+L ++
Sbjct 611 AESGALGYPTGDDAAAPNGGYLT--TFRGGTVWWSQPTGAKVLRGAILERYVAQGGPRVL 668
Query 215 GLQVAIDPSAA---------------------------INMAWRAAGGAAGPLGAKKGGQ 247
G D +AA I WR G G LG
Sbjct 669 GYPTTDDVAAANGGAKADLQGGAVYWSSATGAHVVRGDILARWRQWGAETGALG------ 722
Query 248 YPIGGD------GIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANE 301
YP G D G F GG V++S TGA V G IL +Y + GGP + LG+P ++
Sbjct 723 YPTGDDTAAPNGGYLTTFRGGTVYWSAPTGAKVVRGAILQRYLAAGGPQA--LGYPTTDD 780
Query 302 TDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTV 361
G G + ++ A ++W+ GA VVRG ++ W + G LG P GD T
Sbjct 781 VAGAGGGAKVDLQGGA-----VYWSSATGARVVRGDILVKWRQWGAETGALGYPTGDDTA 835
Query 362 --DGDVVSQKFTGGMISWN 378
DG ++ F GG + W+
Sbjct 836 APDGGYLT-TFRGGTVYWS 853
Score = 108 bits (270), Expect = 3e-21, Method: Compositional matrix adjust.
Identities = 109/334 (33%), Positives = 156/334 (47%), Gaps = 56/334 (16%)
Query 59 LGVRKGD--VYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPT 116
LG GD V P+ G+ DF GG ++++ ATGA+ + G LLD + + G A LG+P
Sbjct 354 LGYPTGDDTVAPVNHGYFTDFQGGAIYWSQATGAREVRGNLLDAWRAKGAQAGV-LGYPV 412
Query 117 INE--VPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPV 174
+ VPG G SR ++W+P GA +VRGAL A ++ G V+G PV
Sbjct 413 GGDEAVPG--GFRSRF------QGGTLYWSPATGARMVRGALLARYEAAGGP-RVIGFPV 463
Query 175 GDETYDGEV-TAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAA 233
DE A +GG V W+ AT +LA +R
Sbjct 464 ADERPTARSGAAVDLTGGAVYWSSATGARVVRGDILAT------------------YRRW 505
Query 234 GGAAGPLGAKKGGQYPIGGD-----GIAQDFVGGKVFFSPATGANAVEGEILAKYESLGG 288
G AG LG YP G D G F GG V++S TGA+ + G IL +Y + GG
Sbjct 506 GAEAGVLG------YPTGDDQAHASGFRTTFQGGHVYWSAPTGAHVLRGAILDRYLAHGG 559
Query 289 -PVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRG 347
PV LGFP ++ G + ++ A ++W+ GA VVRG ++A W +
Sbjct 560 APV---LGFPTTDDVAAANGGAKADLQGGA-----VYWSSATGAHVVRGDILARWREWGA 611
Query 348 PNGKLGAPVGDQTV--DGDVVSQKFTGGMISWNR 379
+G LG P GD +G ++ F GG + W++
Sbjct 612 ESGALGYPTGDDAAAPNGGYLT-TFRGGTVWWSQ 644
Score = 108 bits (270), Expect = 4e-21, Method: Compositional matrix adjust.
Identities = 96/283 (34%), Positives = 133/283 (47%), Gaps = 51/283 (18%)
Query 107 AADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSS 166
A+ DLG PT V L P+ + + + IFW+ G VVRGA+ + L
Sbjct 296 ASGVDLGAPTSEVVCNL--PNG--GCWRSWQHGTIFWSQYTGPHVVRGAILQHFLAL--- 348
Query 167 GGV--LGAPVGDETY----DGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAI 220
GGV LG P GD+T G T F GG + W++AT A +++G
Sbjct 349 GGVPFLGYPTGDDTVAPVNHGYFT--DFQGGAIYWSQATG---------AREVRG----- 392
Query 221 DPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGD-----GIAQDFVGGKVFFSPATGANAV 275
+ AWRA G AG LG YP+GGD G F GG +++SPATGA V
Sbjct 393 ----NLLDAWRAKGAQAGVLG------YPVGGDEAVPGGFRSRFQGGTLYWSPATGARMV 442
Query 276 EGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVR 335
G +LA+YE+ GGP +GFP+A+E P++R ++W+ GA VVR
Sbjct 443 RGALLARYEAAGGP--RVIGFPVADER-----PTARSGAAVDLTGGAVYWSSATGARVVR 495
Query 336 GAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWN 378
G ++A + + G LG P GD F GG + W+
Sbjct 496 GDILATYRRWGAEAGVLGYPTGDDQAHASGFRTTFQGGHVYWS 538
Score = 107 bits (268), Expect = 6e-21, Method: Compositional matrix adjust.
Identities = 112/385 (30%), Positives = 164/385 (43%), Gaps = 85/385 (22%)
Query 45 MMAAWEKAGGDTSTLGVRKGDVYPIGD-------GFALDFAGGKMFFTPATGAKYLYGPL 97
++A W + G ++ LG YP GD G+ F GG ++++ TGAK L G +
Sbjct 602 ILARWREWGAESGALG------YPTGDDAAAPNGGYLTTFRGGTVWWSQPTGAKVLRGAI 655
Query 98 LDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALN 157
L++Y + GG LG+PT ++V G + ++W+ GA VVRG +
Sbjct 656 LERYVAQGG--PRVLGYPTTDDVAAANG-----GAKADLQGGAVYWSSATGAHVVRGDIL 708
Query 158 AAWDKLGSSGGVLGAPVGDET---YDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLK 214
A W + G+ G LG P GD+T G +T F GG V W+ T A+L L
Sbjct 709 ARWRQWGAETGALGYPTGDDTAAPNGGYLT--TFRGGTVYWSAPTGAKVVRGAILQRYLA 766
Query 215 --------------------GLQVAIDPSAA--------------INMAWRAAGGAAGPL 240
G +V + A I + WR G G L
Sbjct 767 AGGPQALGYPTTDDVAGAGGGAKVDLQGGAVYWSSATGARVVRGDILVKWRQWGAETGAL 826
Query 241 GAKKGGQYPIGGDGIAQD------FVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDL 294
G YP G D A D F GG V++S TGA V G IL Y ++GGP + +
Sbjct 827 G------YPTGDDTAAPDGGYLTTFRGGTVYWSAPTGAKVVRGAILEHYLAVGGPAA--V 878
Query 295 GFPIANET----DGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNG 350
G+P A++ DGG +++ A + I+W+ GA +V G A+ ++
Sbjct 879 GYPTADDGPAPGDGG----AKV----ALEGGAIYWSAATGAHLVLGDSAVAFVQMGETTS 930
Query 351 KLGAPVGDQTVDGDVVSQKFTGGMI 375
LG P D V +F GG+I
Sbjct 931 YLGFPTSDTVETDGVARTEFQGGVI 955
Score = 52.4 bits (124), Expect = 3e-04, Method: Compositional matrix adjust.
Identities = 47/141 (34%), Positives = 67/141 (48%), Gaps = 10/141 (7%)
Query 254 GIAQDFVGGKVFFSPATGANAVEGEILAKYESLGG-PVSSDLGFPIANETDGGFGPSSRI 312
G + + G +F+S TG + V G IL + +LGG P LG+P ++T P +
Sbjct 316 GCWRSWQHGTIFWSQYTGPHVVRGAILQHFLALGGVPF---LGYPTGDDT---VAPVNHG 369
Query 313 VRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVG-DQTVDGDVVSQKFT 371
F+ I+W+ GA VRG ++ AW G LG PVG D+ V G S +F
Sbjct 370 Y-FTDFQGGAIYWSQATGAREVRGNLLDAWRAKGAQAGVLGYPVGGDEAVPGGFRS-RFQ 427
Query 372 GGMISWNRAKNTFTTDPANLA 392
GG + W+ A A LA
Sbjct 428 GGTLYWSPATGARMVRGALLA 448
>gi|308446976|ref|XP_003087306.1| hypothetical protein CRE_13243 [Caenorhabditis remanei]
gi|308257646|gb|EFP01599.1| hypothetical protein CRE_13243 [Caenorhabditis remanei]
Length=368
Score = 108 bits (271), Expect = 2e-21, Method: Compositional matrix adjust.
Identities = 96/336 (29%), Positives = 146/336 (44%), Gaps = 37/336 (11%)
Query 44 AMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYES 103
A+ + + GG + LG GD G +F G +++ ATG + G + Y S
Sbjct 39 AIRSLYGSEGGPSGYLGFPIGDEVRAGGVSRQEFQNGTAYWSAATGPSVINGAIRSLYNS 98
Query 104 LGGAADSDLGFPTINEVPGLAGPDSRVSTFSAAD--NPVIFWTPEHGAFVVRGALNAAWD 161
GG + LG P GP+ R S + N +W+ G V+ GA+ + ++
Sbjct 99 EGGPSGY-LGLPV--------GPEVRAGGVSRQEFQNGTAYWSAATGPSVINGAIRSLYN 149
Query 162 KLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAID 221
G G LG PVG E G V+ Q+F G W+ AT P+V+
Sbjct 150 SEGGPSGYLGLPVGPEVRAGGVSRQEFQNGTAYWSAATG-----PSVI------------ 192
Query 222 PSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILA 281
+ AI + + GG +G LG G + GG Q+F G ++S ATG + + G I +
Sbjct 193 -NGAIRSLYNSEGGPSGYLGLPVGPEVRAGGVS-RQEFQNGTAYWSAATGPSVINGAIRS 250
Query 282 KYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAA 341
Y S GGP S LG P+ E G V +W+ GA ++ GA+ A
Sbjct 251 LYNSEGGP-SGYLGLPVGPEVRAGG------VSRQEFQNGTAYWSAPTGAALINGAIRAT 303
Query 342 WDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISW 377
+ GP+ LG P+G + +Q+F G ++W
Sbjct 304 YQANWGPSSALGLPIGPEVRSNGSATQRFEHGTMTW 339
Score = 100 bits (249), Expect = 9e-19, Method: Compositional matrix adjust.
Identities = 90/290 (32%), Positives = 130/290 (45%), Gaps = 33/290 (11%)
Query 89 GAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHG 148
G ++ G + Y S GG + LGFP +EV AG SR N +W+ G
Sbjct 32 GTAFINGAIRSLYGSEGGPSGY-LGFPIGDEV--RAGGVSR----QEFQNGTAYWSAATG 84
Query 149 AFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAV 208
V+ GA+ + ++ G G LG PVG E G V+ Q+F G W+ AT P+V
Sbjct 85 PSVINGAIRSLYNSEGGPSGYLGLPVGPEVRAGGVSRQEFQNGTAYWSAATG-----PSV 139
Query 209 LAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSP 268
+ + AI + + GG +G LG G + GG Q+F G ++S
Sbjct 140 I-------------NGAIRSLYNSEGGPSGYLGLPVGPEVRAGGVS-RQEFQNGTAYWSA 185
Query 269 ATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPD 328
ATG + + G I + Y S GGP S LG P+ E G V +W+
Sbjct 186 ATGPSVINGAIRSLYNSEGGP-SGYLGLPVGPEVRAGG------VSRQEFQNGTAYWSAA 238
Query 329 HGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWN 378
G V+ GA+ + ++ GP+G LG PVG + G V Q+F G W+
Sbjct 239 TGPSVINGAIRSLYNSEGGPSGYLGLPVGPEVRAGGVSRQEFQNGTAYWS 288
Score = 88.2 bits (217), Expect = 4e-15, Method: Compositional matrix adjust.
Identities = 72/233 (31%), Positives = 105/233 (46%), Gaps = 26/233 (11%)
Query 148 GAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPA 207
G + GA+ + + G G LG P+GDE G V+ Q+F G W+ AT P+
Sbjct 32 GTAFINGAIRSLYGSEGGPSGYLGFPIGDEVRAGGVSRQEFQNGTAYWSAATG-----PS 86
Query 208 VLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFS 267
V+ + AI + + GG +G LG G + GG Q+F G ++S
Sbjct 87 VI-------------NGAIRSLYNSEGGPSGYLGLPVGPEVRAGGVS-RQEFQNGTAYWS 132
Query 268 PATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTP 327
ATG + + G I + Y S GGP S LG P+ E G V +W+
Sbjct 133 AATGPSVINGAIRSLYNSEGGP-SGYLGLPVGPEVRAGG------VSRQEFQNGTAYWSA 185
Query 328 DHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWNRA 380
G V+ GA+ + ++ GP+G LG PVG + G V Q+F G W+ A
Sbjct 186 ATGPSVINGAIRSLYNSEGGPSGYLGLPVGPEVRAGGVSRQEFQNGTAYWSAA 238
Score = 51.2 bits (121), Expect = 7e-04, Method: Compositional matrix adjust.
Identities = 43/167 (26%), Positives = 68/167 (41%), Gaps = 11/167 (6%)
Query 44 AMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYES 103
A+ + + GG + LG+ G G +F G +++ ATG + G + Y S
Sbjct 195 AIRSLYNSEGGPSGYLGLPVGPEVRAGGVSRQEFQNGTAYWSAATGPSVINGAIRSLYNS 254
Query 104 LGGAADSDLGFPTINEVPGLAGPDSRVSTFSAAD--NPVIFWTPEHGAFVVRGALNAAWD 161
GG + LG P GP+ R S + N +W+ GA ++ GA+ A +
Sbjct 255 EGGPSGY-LGLPV--------GPEVRAGGVSRQEFQNGTAYWSAPTGAALINGAIRATYQ 305
Query 162 KLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAV 208
LG P+G E Q+F G ++W T T+ A
Sbjct 306 ANWGPSSALGLPIGPEVRSNGSATQRFEHGTMTWTAKTGVTVTLQAT 352
>gi|219883051|ref|YP_002478215.1| LGFP repeat protein [Arthrobacter chlorophenolicus A6]
gi|219862057|gb|ACL42398.1| LGFP repeat protein [Arthrobacter chlorophenolicus A6]
Length=695
Score = 105 bits (261), Expect = 4e-20, Method: Compositional matrix adjust.
Identities = 110/362 (31%), Positives = 143/362 (40%), Gaps = 56/362 (15%)
Query 26 AVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGD--------GFALDF 77
AVL A P A+ AAW +AGG LG YP+ D G F
Sbjct 340 AVLWTAGTGAHPT---SGAIRAAWLRAGGQNGYLG------YPVSDEIKGLKNGGAYQTF 390
Query 78 AGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAAD 137
GG + ++ A+GA G + + + LG+PT +E+ GL + +
Sbjct 391 QGGSIHWSAASGAHITKGAIRSAW-GVKSYERGVLGYPTSDEIKGLKNGGA----YQTFQ 445
Query 138 NPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE-TYDGEVTAQKFSGGEVSWN 196
I W+ GA GA+ W GS GVLG P E T Q F GG + W
Sbjct 446 GGAIHWSAATGAHPTTGAIRTKWAAAGSENGVLGYPTSSELTLTNGGKYQTFQGGAIYW- 504
Query 197 RATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIA 256
PA A KG I AW G GPLG ++ + G GI
Sbjct 505 --------TPATGAHISKG---------GIRSAWAQHGYERGPLGYPTTDEFGVPG-GIR 546
Query 257 QDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANET---DGGFGPSSRIV 313
Q++ GG + +S TGA ++ G + KY++ GGPV LGFP +T +GG I
Sbjct 547 QNYQGGSILWSSFTGARSLIGGMATKYDATGGPV---LGFPTEEQTAALNGGL-----IQ 598
Query 314 RFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGG 373
F I TP FV G + AW GKLG P Q F GG
Sbjct 599 YF---QNGAIIMTPSKSYFVTTGKIRLAWVGQGAEKGKLGYPTSAIVTVPGGAEQTFAGG 655
Query 374 MI 375
I
Sbjct 656 SI 657
Score = 97.4 bits (241), Expect = 7e-18, Method: Compositional matrix adjust.
Identities = 111/388 (29%), Positives = 162/388 (42%), Gaps = 58/388 (14%)
Query 44 AMMAAWEKAGGDTSTLGVRKGDVYPIGD--------GFALDFAGGKMFFTPATGAKYLYG 95
A+ +AW +AG LG YP + G A + GG + +T TGA G
Sbjct 301 AIRSAWLRAGAQNGALG------YPTTEEVRGLRSGGAAQSYQGGAVLWTAGTGAHPTSG 354
Query 96 PLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGA 155
+ + GG + LG+P +E+ GL + TF I W+ GA + +GA
Sbjct 355 AIRAAWLRAGGQ-NGYLGYPVSDEIKGLKNGGA-YQTFQGGS---IHWSAASGAHITKGA 409
Query 156 LNAAWDKLGSSGGVLGAPVGDET--YDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQL 213
+ +AW GVLG P DE Q F GG + W+ AT T
Sbjct 410 IRSAWGVKSYERGVLGYPTSDEIKGLKNGGAYQTFQGGAIHWSAATGAHPT--------- 460
Query 214 KGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGAN 273
+ AI W AAG G LG + + G Q F GG ++++PATGA+
Sbjct 461 ---------TGAIRTKWAAAGSENGVLGYPTSSELTLTNGGKYQTFQGGAIYWTPATGAH 511
Query 274 AVEGEILAKYESLG---GPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHG 330
+G I + + G GP LG+P +E FG I + I W+ G
Sbjct 512 ISKGGIRSAWAQHGYERGP----LGYPTTDE----FGVPGGIRQNYQGGS--ILWSSFTG 561
Query 331 AFVVRGAMVAAWDKLRGPNGKLGAPVGDQT--VDGDVVSQKFTGGMISWNRAKNTF-TTD 387
A + G M +D GP LG P +QT ++G ++ Q F G I +K+ F TT
Sbjct 562 ARSLIGGMATKYDATGGP--VLGFPTEEQTAALNGGLI-QYFQNGAIIMTPSKSYFVTTG 618
Query 388 PANLAPLLSGLQVSGQNQPSTSAMPPPG 415
LA + G + P+++ + PG
Sbjct 619 KIRLAWVGQGAEKGKLGYPTSAIVTVPG 646
Score = 85.5 bits (210), Expect = 3e-14, Method: Compositional matrix adjust.
Identities = 90/327 (28%), Positives = 134/327 (41%), Gaps = 56/327 (17%)
Query 94 YGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVR 153
+G + +Y GG A LG P NE GL R N I W+ GA +
Sbjct 245 FGAITARYARSGGPAG-ILGVPAGNETGGLV----RGGAQQLFRNGAITWSSATGARITT 299
Query 154 GALNAAWDKLGSSGGVLGAPVGDETYDGEV--TAQKFSGGEVSWNRATKEFTTVPAV--- 208
GA+ +AW + G+ G LG P +E AQ + GG V W T T A+
Sbjct 300 GAIRSAWLRAGAQNGALGYPTTEEVRGLRSGGAAQSYQGGAVLWTAGTGAHPTSGAIRAA 359
Query 209 --------------LAEQLKGLQV--AIDPSAAINMAWRAAGGAAGPLGAKKGGQ----- 247
+++++KGL+ A ++ W AA GA GA +
Sbjct 360 WLRAGGQNGYLGYPVSDEIKGLKNGGAYQTFQGGSIHWSAASGAHITKGAIRSAWGVKSY 419
Query 248 ------YP-------IGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDL 294
YP + G Q F GG + +S ATGA+ G I K+ + G + L
Sbjct 420 ERGVLGYPTSDEIKGLKNGGAYQTFQGGAIHWSAATGAHPTTGAIRTKWAAAGSE-NGVL 478
Query 295 GFPIANE---TDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGK 351
G+P ++E T+GG ++ I+WTP GA + +G + +AW + G
Sbjct 479 GYPTSSELTLTNGG--------KYQTFQGGAIYWTPATGAHISKGGIRSAWAQHGYERGP 530
Query 352 LGAPVGDQTVDGDVVSQKFTGGMISWN 378
LG P D+ + Q + GG I W+
Sbjct 531 LGYPTTDEFGVPGGIRQNYQGGSILWS 557
>gi|296171810|ref|ZP_06852924.1| LgfP family protein [Mycobacterium parascrofulaceum ATCC BAA-614]
gi|295893946|gb|EFG73714.1| LgfP family protein [Mycobacterium parascrofulaceum ATCC BAA-614]
Length=59
Score = 102 bits (254), Expect = 3e-19, Method: Compositional matrix adjust.
Identities = 44/58 (76%), Positives = 51/58 (88%), Gaps = 0/58 (0%)
Query 642 IHLPLEDPYQMPNGYPVKASVSFGLYYPPGSALYHDTLAELWFASEEVAQVNGFIRAD 699
IHLPL+DPYQ+P GYP+KAS FGLYY PGS LYHDTLAE+W +SEEVAQ NGF++AD
Sbjct 2 IHLPLDDPYQVPEGYPIKASARFGLYYTPGSELYHDTLAEIWLSSEEVAQANGFVKAD 59
>gi|134099509|ref|YP_001105170.1| PS1 protein [Saccharopolyspora erythraea NRRL 2338]
gi|291008716|ref|ZP_06566689.1| PS1 protein [Saccharopolyspora erythraea NRRL 2338]
gi|133912132|emb|CAM02245.1| PS1 protein [Saccharopolyspora erythraea NRRL 2338]
Length=423
Score = 100 bits (249), Expect = 1e-18, Method: Compositional matrix adjust.
Identities = 94/317 (30%), Positives = 135/317 (43%), Gaps = 35/317 (11%)
Query 76 DFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSA 135
DF G+ ++TP TG K ++G + + LGG A+ LG P +E+ G R S F
Sbjct 115 DFTHGRFYWTPETGVKVVHGSIYGRLLELGGHAE--LGVPITDEMTSSGG--GRYSDFRT 170
Query 136 AD---NPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGE 192
D + I+W+ GA +V+G + + ++G G G P + D T F
Sbjct 171 RDGVIHSAIYWSTRTGAHLVQGRILEHFREIGEDAG-FGYP----STDTRTTPDGFG--- 222
Query 193 VSWNRATKEFTTVPAVLAEQLKGLQVAIDPSA---AINMAWRAAGGAAGPLGAKKGGQYP 249
A F T + P+A AI W A G GPL +
Sbjct 223 -----AYNHFLTPSGQREDASIYWAQPTGPNAVMGAIRDKWAATGWERGPLSYPTTDELS 277
Query 250 IG-GDGIAQDFVG-----GKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANE-- 301
G G +F G + +SP T A++V+G I +Y LGGP LG+P +E
Sbjct 278 TSDGVGRYNEFNGDGTLPAAIVWSPQTAAHSVQGVIAQRYAELGGP-DEFLGYPTTDELP 336
Query 302 TDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTV 361
T G G R F+ I+WTP GA V G + A W +L LG PVG++
Sbjct 337 TPDGRG---RFNHFTGTGGASIYWTPQTGAHAVYGGIRARWSQLGWERSYLGYPVGEEHD 393
Query 362 DGDVVSQKFTGGMISWN 378
+ +F GG I W+
Sbjct 394 IPQGRAAEFEGGFIEWH 410
Score = 50.1 bits (118), Expect = 0.001, Method: Compositional matrix adjust.
Identities = 32/103 (32%), Positives = 50/103 (49%), Gaps = 4/103 (3%)
Query 257 QDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANE-TDGGFGPSSRIVRF 315
QDF G+ +++P TG V G I + LGG ++LG PI +E T G G S
Sbjct 114 QDFTHGRFYWTPETGVKVVHGSIYGRLLELGG--HAELGVPITDEMTSSGGGRYSDFRTR 171
Query 316 SAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGD 358
I+W+ GA +V+G ++ + ++ G + G P D
Sbjct 172 DGVIHSAIYWSTRTGAHLVQGRILEHFREI-GEDAGFGYPSTD 213
>gi|325963899|ref|YP_004241805.1| lysozyme M1 (1,4-beta-N-acetylmuramidase) [Arthrobacter phenanthrenivorans
Sphe3]
gi|323469986|gb|ADX73671.1| lysozyme M1 (1,4-beta-N-acetylmuramidase) [Arthrobacter phenanthrenivorans
Sphe3]
Length=972
Score = 99.8 bits (247), Expect = 2e-18, Method: Compositional matrix adjust.
Identities = 106/367 (29%), Positives = 140/367 (39%), Gaps = 52/367 (14%)
Query 26 AVLLAPTVAASPM-GDAEDAMMAAWEKAGGDTSTLGVRKGDVY--PIGDGFALDFAGGKM 82
A++ +PT A P GD AAW + G T LG DV G G D+ GG +
Sbjct 464 AIIWSPTTGAHPTSGDVR----AAWARTGFLTGPLGYPTSDVVCGQPGGGCYQDYQGGAI 519
Query 83 FFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIF 142
++P TGA GP + G +G+PT + V GL P S + I
Sbjct 520 IWSPTTGAHPTSGPTRTAWGKTG-FVTGPMGYPTSDVVCGL--PQSGC--YQDYQGGAII 574
Query 143 WTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD--GEVTAQKFSGGEVSWNRATK 200
W+P GA G AW K G G +G P GD T Q + GG + W+ T
Sbjct 575 WSPTTGAHPTSGPTRTAWGKTGFITGPMGYPTGDLTCGLPQSGCYQDYQGGAIIWSPTTG 634
Query 201 EFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG-------GD 253
T S AW G GP+G YP G
Sbjct 635 AHPT------------------SGPTRTAWGKTGFITGPMG------YPTGDLTCGLPQS 670
Query 254 GIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIV 313
G QD+ GG + +SP TGA+ G + G ++ +G+P + T G P S
Sbjct 671 GCYQDYQGGAIIWSPTTGAHPTSGPTRTAWGKTGF-ITGPMGYPTGDLTCG--LPQSGC- 726
Query 314 RFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVD--GDVVSQKFT 371
+ I W+P GA G AW K G +G P GD T Q +
Sbjct 727 -YQDYQGGAIIWSPTTGAHPTSGPTRTAWGKTGFITGPMGYPTGDLTCGLPQSGCYQDYQ 785
Query 372 GGMISWN 378
GG I W+
Sbjct 786 GGAIIWS 792
Score = 89.0 bits (219), Expect = 3e-15, Method: Compositional matrix adjust.
Identities = 100/375 (27%), Positives = 137/375 (37%), Gaps = 68/375 (18%)
Query 26 AVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGD--------GFALDF 77
A++ +PT A P AW K G T +G YP GD G D+
Sbjct 626 AIIWSPTTGAHP---TSGPTRTAWGKTGFITGPMG------YPTGDLTCGLPQSGCYQDY 676
Query 78 AGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAAD 137
GG + ++P TGA GP + G +G+PT + GL P S +
Sbjct 677 QGGAIIWSPTTGAHPTSGPTRTAWGKTG-FITGPMGYPTGDLTCGL--PQSGC--YQDYQ 731
Query 138 NPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD--GEVTAQKFSGGEVSW 195
I W+P GA G AW K G G +G P GD T Q + GG + W
Sbjct 732 GGAIIWSPTTGAHPTSGPTRTAWGKTGFITGPMGYPTGDLTCGLPQSGCYQDYQGGAIIW 791
Query 196 NRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG---- 251
+ T T S AW G GP+G YP G
Sbjct 792 SPTTGAHPT------------------SGPTRTAWGKTGFITGPMG------YPTGDLTC 827
Query 252 ---GDGIAQDFVGGKVFFSPATGANAVEGEILAKYES---LGGPVSSDLGFPIANETDGG 305
G QD+ GG + +SP TGA+ G I ++ + L GP+ + DGG
Sbjct 828 GLPQSGCYQDYQGGAIIWSPTTGAHPSTGPIRERWAATNFLDGPLRYPTSDVTCGQPDGG 887
Query 306 FGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVD--G 363
+ I W+ GA + +AW G LG P + D G
Sbjct 888 C--------YQDYQGGAIIWSQVTGAHASTEPIRSAWASTGFLTGPLGYPTEEVVCDPSG 939
Query 364 DVVSQKFTGGMISWN 378
+ Q + GG+I W+
Sbjct 940 EGCRQDYQGGIIRWH 954
Score = 81.3 bits (199), Expect = 5e-13, Method: Compositional matrix adjust.
Identities = 87/320 (28%), Positives = 118/320 (37%), Gaps = 45/320 (14%)
Query 70 GDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSR 129
G G D+ GG + ++P TGA G + + G LG+PT + V G G
Sbjct 399 GGGCYQDYQGGAIIWSPTTGAHPTSGDVRAAWART-GFLTGPLGYPTSDVVCGQPG---- 453
Query 130 VSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD--GEVTAQK 187
+ I W+P GA G + AAW + G G LG P D G Q
Sbjct 454 GGCYQDYQGGAIIWSPTTGAHPTSGDVRAAWARTGFLTGPLGYPTSDVVCGQPGGGCYQD 513
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
+ GG + W+ T T S AW G GP+G
Sbjct 514 YQGGAIIWSPTTGAHPT------------------SGPTRTAWGKTGFVTGPMG------ 549
Query 248 YPIG-------GDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
YP G QD+ GG + +SP TGA+ G + G ++ +G+P +
Sbjct 550 YPTSDVVCGLPQSGCYQDYQGGAIIWSPTTGAHPTSGPTRTAWGKTGF-ITGPMGYPTGD 608
Query 301 ETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQT 360
T G P S + I W+P GA G AW K G +G P GD T
Sbjct 609 LTCG--LPQSGC--YQDYQGGAIIWSPTTGAHPTSGPTRTAWGKTGFITGPMGYPTGDLT 664
Query 361 VD--GDVVSQKFTGGMISWN 378
Q + GG I W+
Sbjct 665 CGLPQSGCYQDYQGGAIIWS 684
Score = 62.8 bits (151), Expect = 2e-07, Method: Compositional matrix adjust.
Identities = 78/304 (26%), Positives = 106/304 (35%), Gaps = 79/304 (25%)
Query 26 AVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGD--------GFALDF 77
A++ +PT A P AW K G T +G YP GD G D+
Sbjct 680 AIIWSPTTGAHP---TSGPTRTAWGKTGFITGPMG------YPTGDLTCGLPQSGCYQDY 730
Query 78 AGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAAD 137
GG + ++P TGA GP + G +G+PT + GL P S +
Sbjct 731 QGGAIIWSPTTGAHPTSGPTRTAWGKTG-FITGPMGYPTGDLTCGL--PQSGC--YQDYQ 785
Query 138 NPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYD--GEVTAQKFSGGEVSW 195
I W+P GA G AW K G G +G P GD T Q + GG + W
Sbjct 786 GGAIIWSPTTGAHPTSGPTRTAWGKTGFITGPMGYPTGDLTCGLPQSGCYQDYQGGAIIW 845
Query 196 NRAT---------------KEFTTVP------------------------AVLAEQLKGL 216
+ T F P A++ Q+ G
Sbjct 846 SPTTGAHPSTGPIRERWAATNFLDGPLRYPTSDVTCGQPDGGCYQDYQGGAIIWSQVTGA 905
Query 217 QVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPI-------GGDGIAQDFVGGKVFFSPA 269
+ +P I AW + G GPLG YP G+G QD+ GG + + P
Sbjct 906 HASTEP---IRSAWASTGFLTGPLG------YPTEEVVCDPSGEGCRQDYQGGIIRWHPQ 956
Query 270 TGAN 273
G
Sbjct 957 LGTT 960
>gi|302530952|ref|ZP_07283294.1| hypothetical protein SSMG_07334 [Streptomyces sp. AA4]
gi|302439847|gb|EFL11663.1| hypothetical protein SSMG_07334 [Streptomyces sp. AA4]
Length=993
Score = 97.4 bits (241), Expect = 8e-18, Method: Compositional matrix adjust.
Identities = 90/311 (29%), Positives = 137/311 (45%), Gaps = 45/311 (14%)
Query 77 FAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV--PGLAGPDSRVSTFS 134
+A G+++++ ATG + G +L +Y ++GG G P +E P G + +
Sbjct 704 YANGRLYWSAATGVHEIGGQILARYLAIGG--HQVYGPPVTDETSTPDGVGRYNHLLGTP 761
Query 135 AADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETY--DGEVTAQKFSGGE 192
A+ ++WTP GA V+G + A W LG GV G P DET DG F+GG
Sbjct 762 ASQAASVYWTPSTGAHSVQGQIRAKWAALGWERGV-GYPTTDETGTPDGVGRYNHFTGGS 820
Query 193 VSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGG 252
V W P A Q+ G AI W + LG ++G YP
Sbjct 821 VYW---------TPTGGAHQIGG---------AIRDKWAS-------LGWERGLGYPTTD 855
Query 253 DGIAQD--------FVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDG 304
+ + D +GG ++++P+TGA+ + G I K+ SLG +G+P +ET
Sbjct 856 ESVTPDGVGRYNHFTIGGSIYWTPSTGAHQIGGAIRDKWASLG--WERGMGYPTTDETST 913
Query 305 GFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGD 364
G +R F+ I+W+P GA +V+G + W L NG L P D+
Sbjct 914 PNG-IARYNHFTGGGS--IYWSPGTGAHMVQGEIRKRWAALGWENGYLRLPTSDEYPISG 970
Query 365 VVSQKFTGGMI 375
F GG +
Sbjct 971 GARSDFQGGYV 981
Score = 73.6 bits (179), Expect = 1e-10, Method: Compositional matrix adjust.
Identities = 80/258 (32%), Positives = 110/258 (43%), Gaps = 38/258 (14%)
Query 16 LLGLAATAVTAVLLAPTVAASPMGDAEDAMMAA--WEKAGGDTSTLGVRKGDVYPIGDGF 73
LLG A+ +V P+ A + A AA WE+ G +T P G G
Sbjct 757 LLGTPASQAASVYWTPSTGAHSVQGQIRAKWAALGWERGVGYPTTDETGT----PDGVGR 812
Query 74 ALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD--SRVS 131
F GG +++TP GA + G + DK+ SLG + LG+PT +E PD R +
Sbjct 813 YNHFTGGSVYWTPTGGAHQIGGAIRDKWASLG--WERGLGYPTTDES---VTPDGVGRYN 867
Query 132 TFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETY--DGEVTAQKFS 189
F+ + I+WTP GA + GA+ W LG G +G P DET +G F+
Sbjct 868 HFTIGGS--IYWTPSTGAHQIGGAIRDKWASLGWERG-MGYPTTDETSTPNGIARYNHFT 924
Query 190 -GGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQY 248
GG + W+ P A ++G I W A G G L +Y
Sbjct 925 GGGSIYWS---------PGTGAHMVQG---------EIRKRWAALGWENGYLRLPTSDEY 966
Query 249 PIGGDGIAQDFVGGKVFF 266
PI G G DF GG V +
Sbjct 967 PISG-GARSDFQGGYVVY 983
Score = 65.5 bits (158), Expect = 3e-08, Method: Compositional matrix adjust.
Identities = 65/215 (31%), Positives = 94/215 (44%), Gaps = 26/215 (12%)
Query 169 VLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLK--GLQVAIDPSAAI 226
VLGAP G E DG V + ++ G + W+ AT +LA L G QV P
Sbjct 685 VLGAPTGPEVVDGLVRYRPYANGRLYWSAATGVHEIGGQILARYLAIGGHQVYGPPVTDE 744
Query 227 NMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESL 286
G LG V+++P+TGA++V+G+I AK+ +L
Sbjct 745 TSTPDGVGRYNHLLGTPAS--------------QAASVYWTPSTGAHSVQGQIRAKWAAL 790
Query 287 GGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLR 346
G +G+P +ET G + R++ ++WTP GA + GA+ W L
Sbjct 791 G--WERGVGYPTTDET----GTPDGVGRYNHFTGGSVYWTPTGGAHQIGGAIRDKWASLG 844
Query 347 GPNGKLGAPVGDQTVDGDVVSQ--KFT-GGMISWN 378
G LG P D++V D V + FT GG I W
Sbjct 845 WERG-LGYPTTDESVTPDGVGRYNHFTIGGSIYWT 878
>gi|227547775|ref|ZP_03977824.1| trehalose corynomycolyl transferase C [Corynebacterium lipophiloflavum
DSM 44291]
gi|227080141|gb|EEI18104.1| trehalose corynomycolyl transferase C [Corynebacterium lipophiloflavum
DSM 44291]
Length=580
Score = 93.2 bits (230), Expect = 1e-16, Method: Compositional matrix adjust.
Identities = 82/252 (33%), Positives = 111/252 (45%), Gaps = 32/252 (12%)
Query 59 LGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTIN 118
+G + Y I G A DF GG ++TP TGA L+G +L KY SLGG LGFP
Sbjct 333 IGSCVNNEYDIAGGKAEDFRGGTAYWTPDTGAHALFGAILAKYNSLGGPQGW-LGFPKTG 391
Query 119 EVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDET 178
E + PD V + N I+WTP GA+ + G + AW + G G LG PV +
Sbjct 392 E---MTTPDG-VGRYVHFQNGSIYWTPSTGAYAIPGDMFTAWGENGYERGDLGYPVAESQ 447
Query 179 YDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAG 238
G+ QKF G ++ N P L G AI + AA
Sbjct 448 QIGDGYVQKFQNGYLTRN---------PDGSHNILHG---------AIGAKYGEMNTAAS 489
Query 239 PLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAV-EGEILAKYES-------LGGPV 290
PLG + + G G+ Q F G +++SPATGA+ + G I ++ + G PV
Sbjct 490 PLGYPTTNENSVNG-GVYQAFQNGNIYWSPATGAHVIYYGAIFDRWGANRWEQGRFGWPV 548
Query 291 SSDLGFPIANET 302
S P T
Sbjct 549 SDQRDIPAGGRT 560
Score = 85.9 bits (211), Expect = 2e-14, Method: Compositional matrix adjust.
Identities = 60/144 (42%), Positives = 77/144 (54%), Gaps = 10/144 (6%)
Query 237 AGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGF 296
+G +G+ +Y I G G A+DF GG +++P TGA+A+ G ILAKY SLGGP LGF
Sbjct 330 SGIIGSCVNNEYDIAG-GKAEDFRGGTAYWTPDTGAHALFGAILAKYNSLGGP-QGWLGF 387
Query 297 PIANE--TDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGA 354
P E T G G R V F I+WTP GA+ + G M AW + G LG
Sbjct 388 PKTGEMTTPDGVG---RYVHFQNGS---IYWTPSTGAYAIPGDMFTAWGENGYERGDLGY 441
Query 355 PVGDQTVDGDVVSQKFTGGMISWN 378
PV + GD QKF G ++ N
Sbjct 442 PVAESQQIGDGYVQKFQNGYLTRN 465
Score = 69.7 bits (169), Expect = 2e-09, Method: Compositional matrix adjust.
Identities = 69/228 (31%), Positives = 94/228 (42%), Gaps = 43/228 (18%)
Query 142 FWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE--TYDGEVTAQKFSGGEVSWNRAT 199
+WTP+ GA + GA+ A ++ LG G LG P E T DG F G + W +T
Sbjct 357 YWTPDTGAHALFGAILAKYNSLGGPQGWLGFPKTGEMTTPDGVGRYVHFQNGSIYWTPST 416
Query 200 KEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG-----GDG 254
+ +P + AW G G LG YP+ GDG
Sbjct 417 GAYA-IPGDMF-----------------TAWGENGYERGDLG------YPVAESQQIGDG 452
Query 255 IAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANET--DGGFGPSSRI 312
Q F G + +P N + G I AKY + +S LG+P NE +GG
Sbjct 453 YVQKFQNGYLTRNPDGSHNILHGAIGAKYGEMN-TAASPLGYPTTNENSVNGGV------ 505
Query 313 VRFSAADKPVIFWTPDHGAFVVR-GAMVAAWDKLRGPNGKLGAPVGDQ 359
+ A I+W+P GA V+ GA+ W R G+ G PV DQ
Sbjct 506 --YQAFQNGNIYWSPATGAHVIYYGAIFDRWGANRWEQGRFGWPVSDQ 551
Score = 55.5 bits (132), Expect = 3e-05, Method: Compositional matrix adjust.
Identities = 43/134 (33%), Positives = 58/134 (44%), Gaps = 8/134 (5%)
Query 45 MMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESL 104
M AW + G + LG + IGDG+ F G + P L+G + KY +
Sbjct 425 MFTAWGENGYERGDLGYPVAESQQIGDGYVQKFQNGYLTRNPDGSHNILHGAIGAKYGEM 484
Query 105 GGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVV-RGALNAAWDKL 163
AA S LG+PT NE G + A N I+W+P GA V+ GA+ W
Sbjct 485 NTAA-SPLGYPTTNENSVNGG------VYQAFQNGNIYWSPATGAHVIYYGAIFDRWGAN 537
Query 164 GSSGGVLGAPVGDE 177
G G PV D+
Sbjct 538 RWEQGRFGWPVSDQ 551
>gi|296395151|ref|YP_003660035.1| esterase [Segniliparus rotundus DSM 44985]
gi|296182298|gb|ADG99204.1| putative esterase [Segniliparus rotundus DSM 44985]
Length=611
Score = 92.4 bits (228), Expect = 2e-16, Method: Compositional matrix adjust.
Identities = 85/237 (36%), Positives = 112/237 (48%), Gaps = 32/237 (13%)
Query 141 IFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE--TYDGEVTAQKFSGGEVSWNRA 198
+FW+ GA GA+ A + G G LG P+ DE T DG+ KF+ G V W+
Sbjct 383 VFWSEAGGAHETVGAIGAQYAASGGPSGPLGLPLSDEADTQDGQGKFVKFANGSVYWSPQ 442
Query 199 TKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPI-GGDGIAQ 257
T AV E LK AW AAG AGP G + P GG G+ Q
Sbjct 443 TG----AQAVHGEILK--------------AWAAAGYEAGPTGYPVEAERPTPGGAGVVQ 484
Query 258 DFVGGKVFFSPATGANAVEGEILAKYESLG---GPVSSDLGFPIANETDGGFGPSSRIVR 314
F G +++ TGA+ V G +L KY + G GP LGFPI++E G R+ +
Sbjct 485 GFQNGMWYWAAPTGAHPVGGAVLEKYAASGYEQGP----LGFPISDEIPLGPDGDGRVQK 540
Query 315 FSAADKPVIFWTPDHGAFVV-RGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKF 370
FS + ++W PD GA VV G ++A W K N +G PV DQ + V Q F
Sbjct 541 FSGGN---VYWRPDLGAVVVLNGPIMAEWAKGGYENSPVGFPVHDQAPVENGVGQDF 594
Score = 71.6 bits (174), Expect = 5e-10, Method: Compositional matrix adjust.
Identities = 72/231 (32%), Positives = 102/231 (45%), Gaps = 29/231 (12%)
Query 76 DFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSA 135
DF GG++F++ A GA G + +Y + GG + LG P +E A F
Sbjct 377 DFTGGRVFWSEAGGAHETVGAIGAQYAASGGPS-GPLGLPLSDE----ADTQDGQGKFVK 431
Query 136 ADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE--TYDGEVTAQKFSGGEV 193
N ++W+P+ GA V G + AW G G G PV E T G Q F G
Sbjct 432 FANGSVYWSPQTGAQAVHGEILKAWAAAGYEAGPTGYPVEAERPTPGGAGVVQGFQNGMW 491
Query 194 SWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG-- 251
W T AVL + + A+G GPLG + P+G
Sbjct 492 YWAAPTGAHPVGGAVLEK------------------YAASGYEQGPLGFPISDEIPLGPD 533
Query 252 GDGIAQDFVGGKVFFSPATGANAV-EGEILAKYESLGGPVSSDLGFPIANE 301
GDG Q F GG V++ P GA V G I+A++ + GG +S +GFP+ ++
Sbjct 534 GDGRVQKFSGGNVYWRPDLGAVVVLNGPIMAEW-AKGGYENSPVGFPVHDQ 583
Score = 67.0 bits (162), Expect = 1e-08, Method: Compositional matrix adjust.
Identities = 52/140 (38%), Positives = 72/140 (52%), Gaps = 8/140 (5%)
Query 240 LGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIA 299
LG G++ + G G QDF GG+VF+S A GA+ G I A+Y + GGP S LG P++
Sbjct 360 LGGCLTGEFDVPG-GKEQDFTGGRVFWSEAGGAHETVGAIGAQYAASGGP-SGPLGLPLS 417
Query 300 NETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQ 359
+E D G + V+F+ ++W+P GA V G ++ AW G G PV +
Sbjct 418 DEADTQDG-QGKFVKFANGS---VYWSPQTGAQAVHGEILKAWAAAGYEAGPTGYPVEAE 473
Query 360 --TVDGDVVSQKFTGGMISW 377
T G V Q F GM W
Sbjct 474 RPTPGGAGVVQGFQNGMWYW 493
Score = 62.8 bits (151), Expect = 2e-07, Method: Compositional matrix adjust.
Identities = 66/208 (32%), Positives = 92/208 (45%), Gaps = 49/208 (23%)
Query 186 QKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKG 245
Q F+GG V W+ A TV A+ A+ + A+GG +GPLG
Sbjct 376 QDFTGGRVFWSEAGGAHETVGAIGAQ------------------YAASGGPSGPLG---- 413
Query 246 GQYPIGGDGIAQD-------FVGGKVFFSPATGANAVEGEILAKYESLG---GPVSSDLG 295
P+ + QD F G V++SP TGA AV GEIL + + G GP G
Sbjct 414 --LPLSDEADTQDGQGKFVKFANGSVYWSPQTGAQAVHGEILKAWAAAGYEAGPT----G 467
Query 296 FPIANE--TDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLG 353
+P+ E T GG G +V+ + +W GA V GA++ + G LG
Sbjct 468 YPVEAERPTPGGAG----VVQ--GFQNGMWYWAAPTGAHPVGGAVLEKYAASGYEQGPLG 521
Query 354 APVGDQTV---DGDVVSQKFTGGMISWN 378
P+ D+ DGD QKF+GG + W
Sbjct 522 FPISDEIPLGPDGDGRVQKFSGGNVYWR 549
Score = 39.7 bits (91), Expect = 1.9, Method: Compositional matrix adjust.
Identities = 33/112 (30%), Positives = 48/112 (43%), Gaps = 16/112 (14%)
Query 269 ATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPD 328
A V GE A++ LGG ++ + P E D F+ +FW+
Sbjct 343 ACSPGGVIGEFAAQHAELGGCLTGEFDVPGGKEQD-----------FTGGR---VFWSEA 388
Query 329 HGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQ--TVDGDVVSQKFTGGMISWN 378
GA GA+ A + GP+G LG P+ D+ T DG KF G + W+
Sbjct 389 GGAHETVGAIGAQYAASGGPSGPLGLPLSDEADTQDGQGKFVKFANGSVYWS 440
>gi|296119100|ref|ZP_06837672.1| protein PS1 [Corynebacterium ammoniagenes DSM 20306]
gi|295967935|gb|EFG81188.1| protein PS1 [Corynebacterium ammoniagenes DSM 20306]
Length=624
Score = 91.7 bits (226), Expect = 4e-16, Method: Compositional matrix adjust.
Identities = 78/239 (33%), Positives = 114/239 (48%), Gaps = 27/239 (11%)
Query 67 YPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGP 126
Y + DG A DF+GG +++P GA L+G + +Y +GG S LGFPT E + P
Sbjct 388 YSVDDGKAQDFSGGTAYWSPDDGAHALFGRINARYAEIGGPT-SWLGFPTTGEE---STP 443
Query 127 DSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDET-YDGEVTA 185
D + F +N I+WT E GA+ + G++ AW K G G L P G T DG
Sbjct 444 DGK-GKFVHFENGSIYWTAETGAYAITGSMMKAWGKNGFENGDLKYPAGPVTNIDGGGQF 502
Query 186 QKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKG 245
Q F G VL E + A I ++ GGA GA +G
Sbjct 503 QFFQNG----------------VLVETKD--KTAHVVHGRIGAKYKEMGGANSAAGAPRG 544
Query 246 GQYPIGGDGIAQDFVGGKVFFSPATGANAV-EGEILAKYESLGGPVSSDLGFPIANETD 303
G+ + DG Q+F G +++SP+TGA+ + GEI + S G + G+P +++ D
Sbjct 545 GEKKL-KDGAFQEFENGNIYWSPSTGAHFIPYGEIFTNW-SDNGYENGKYGYPTSDQND 601
Score = 75.1 bits (183), Expect = 4e-11, Method: Compositional matrix adjust.
Identities = 55/151 (37%), Positives = 77/151 (51%), Gaps = 7/151 (4%)
Query 232 AAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVS 291
AA +G +G +Y + DG AQDF GG ++SP GA+A+ G I A+Y +GGP S
Sbjct 372 AAVTQSGVIGDCLNNEYSVD-DGKAQDFSGGTAYWSPDDGAHALFGRINARYAEIGGPTS 430
Query 292 SDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGK 351
LGFP E G +F + I+WT + GA+ + G+M+ AW K NG
Sbjct 431 W-LGFPTTGEESTPDGKG----KFVHFENGSIYWTAETGAYAITGSMMKAWGKNGFENGD 485
Query 352 LGAPVGDQT-VDGDVVSQKFTGGMISWNRAK 381
L P G T +DG Q F G++ + K
Sbjct 486 LKYPAGPVTNIDGGGQFQFFQNGVLVETKDK 516
Score = 63.5 bits (153), Expect = 1e-07, Method: Compositional matrix adjust.
Identities = 71/253 (29%), Positives = 98/253 (39%), Gaps = 32/253 (12%)
Query 127 DSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE--TYDGEVT 184
D + FS +W+P+ GA + G +NA + ++G LG P E T DG+
Sbjct 392 DGKAQDFSGG---TAYWSPDDGAHALFGRINARYAEIGGPTSWLGFPTTGEESTPDGKGK 448
Query 185 AQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKK 244
F G + W T + A+ +K AW G G L
Sbjct 449 FVHFENGSIYWTAETGAY----AITGSMMK--------------AWGKNGFENGDLKYPA 490
Query 245 GGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDG 304
G I G G Q F G + + A+ V G I AKY+ +GG +S G P E
Sbjct 491 GPVTNIDGGGQFQFFQNGVLVETKDKTAHVVHGRIGAKYKEMGG-ANSAAGAPRGGEKKL 549
Query 305 GFGPSSRIVRFSAADKPVIFWTPDHGA-FVVRGAMVAAWDKLRGPNGKLGAPVGDQT-VD 362
G F + I+W+P GA F+ G + W NGK G P DQ +
Sbjct 550 KDGA------FQEFENGNIYWSPSTGAHFIPYGEIFTNWSDNGYENGKYGYPTSDQNDIP 603
Query 363 GDVVSQKFTGGMI 375
+SQ F G I
Sbjct 604 AGGLSQDFENGTI 616
>gi|223936119|ref|ZP_03628033.1| LGFP repeat protein [bacterium Ellin514]
gi|223895341|gb|EEF61788.1| LGFP repeat protein [bacterium Ellin514]
Length=634
Score = 91.3 bits (225), Expect = 6e-16, Method: Compositional matrix adjust.
Identities = 111/408 (28%), Positives = 162/408 (40%), Gaps = 69/408 (16%)
Query 15 TLLGLAATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGV-RKGDV-YPIGDG 72
T G + ++ +L + S +G A + A ++ G S LG G++ P G G
Sbjct 259 TFNGNTSQLISVMLATSSCNLSLVGGA---IRAKYDSLGDCNSFLGYPTTGELGTPDGVG 315
Query 73 FALDFAG-GKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEV--PGLAGPDSR 129
F+ G +++TP TGA ++G + D + SLG S LG+PT +E P G +
Sbjct 316 RYNHFSNDGSIYWTPQTGAWSIHGLIQDHWASLGWET-SPLGYPTTDETGTPDGLGRFNH 374
Query 130 VSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETY--DGEVTAQK 187
+ D I++T + GA + G + A W LG LG P DET DG
Sbjct 375 FYNIANGDTGSIYYTAQTGAQSLHGNIRAHWASLGYETSPLGYPTTDETGTPDGLGRYNH 434
Query 188 FSG------GEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLG 241
F G + W T + AI W + G PLG
Sbjct 435 FHNLTTGVAGSIYWTPQTGPWAIY------------------GAIQDHWASLGWETSPLG 476
Query 242 AKKGGQYPIGGDGIAQDFVG-------------GKVFFSPATGANAVEGEILAKYESLGG 288
YP + D +G G ++F+P GA A+ G I + SLG
Sbjct 477 ------YPTTDENSTPDGIGRYNHFTNLVSGVAGSIYFTPNYGAWAIYGAIHTHWSSLGW 530
Query 289 PVSSDLGFPIANETDGGFGPSSRIVRFSAADKP-------VIFWTPDHGAFVVRGAMVAA 341
S LG+P+ +ET G + R++ P I+WTP GA+ V G +
Sbjct 531 ETSV-LGYPVTDETSTPDG----VGRYNHFKNPHLNNQDGSIYWTPSTGAYEVHGPIRTY 585
Query 342 WDKLRGPNGKLGAPVGDQ-TVDG--DVVSQKFTGGMISWNRAKNTFTT 386
W LG P DQ TV G ++V F G I+ N T+
Sbjct 586 WANAGWEKSTLGYPTSDQFTVSGSTNLVRNNFQHGTITLNTTTGVVTS 633
>gi|152967820|ref|YP_001363604.1| LGFP repeat-containing protein [Kineococcus radiotolerans SRS30216]
gi|151362337|gb|ABS05340.1| LGFP repeat protein [Kineococcus radiotolerans SRS30216]
Length=654
Score = 90.9 bits (224), Expect = 8e-16, Method: Compositional matrix adjust.
Identities = 78/253 (31%), Positives = 111/253 (44%), Gaps = 42/253 (16%)
Query 141 IFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATK 200
I+W GA VRG + AAW +LG G LG P D++ F G + W+
Sbjct 432 IYWNRVTGAHTVRGEILAAWGRLGWENG-LGFPTTDDSRAKGGFYNHFQNGSIYWS---- 486
Query 201 EFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGD-----GI 255
PA A ++G AI W + G GP G +P+ GD G
Sbjct 487 -----PATGARDVRG---------AIRTKWASMGWEGGPAG------FPVTGDSRAAGGW 526
Query 256 AQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETD--GGFGPSSRIV 313
F GG +++S ATGA G I ++ +LG +GFP ++T GG G
Sbjct 527 YTHFQGGSIYYSAATGARWTTGAIRDRWAALG--WERGMGFPTIDDTPTPGGKG------ 578
Query 314 RFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQ-TVDGDVVSQKFTG 372
++ ++W+P GA VRGA W + N LG P D+ VDG + +F G
Sbjct 579 WYNHFQGGSVYWSPATGAHAVRGAFRETWASMGWENSWLGFPTKDEYAVDGGL-RMEFEG 637
Query 373 GMISWNRAKNTFT 385
G ++WNR+ T
Sbjct 638 GTLTWNRSTGQTT 650
Score = 87.4 bits (215), Expect = 9e-15, Method: Compositional matrix adjust.
Identities = 77/248 (32%), Positives = 110/248 (45%), Gaps = 43/248 (17%)
Query 68 PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPD 127
P GDG + GG +++ TGA + G +L + LG ++ LGFPT ++ G
Sbjct 418 PRGDGSYRFYTGGAIYWNRVTGAHTVRGEILAAWGRLG--WENGLGFPTTDDSRAKGG-- 473
Query 128 SRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQK 187
++ N I+W+P GA VRGA+ W +G GG G PV ++
Sbjct 474 ----FYNHFQNGSIYWSPATGARDVRGAIRTKWASMGWEGGPAGFPVTGDSRAAGGWYTH 529
Query 188 FSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQ 247
F GG + ++ AT T + AI W A LG ++G
Sbjct 530 FQGGSIYYSAATGARWT------------------TGAIRDRWAA-------LGWERGMG 564
Query 248 YPI-------GGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIAN 300
+P GG G F GG V++SPATGA+AV G + S+G +S LGFP +
Sbjct 565 FPTIDDTPTPGGKGWYNHFQGGSVYWSPATGAHAVRGAFRETWASMGWE-NSWLGFPTKD 623
Query 301 E--TDGGF 306
E DGG
Sbjct 624 EYAVDGGL 631
Score = 76.3 bits (186), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 44/133 (34%), Positives = 71/133 (54%), Gaps = 8/133 (6%)
Query 72 GFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVS 131
G+ F GG ++++ ATGA++ G + D++ +LG + +GFPTI++ P G
Sbjct 525 GWYTHFQGGSIYYSAATGARWTTGAIRDRWAALG--WERGMGFPTIDDTPTPGGK----G 578
Query 132 TFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDE-TYDGEVTAQKFSG 190
++ ++W+P GA VRGA W +G LG P DE DG + +F G
Sbjct 579 WYNHFQGGSVYWSPATGAHAVRGAFRETWASMGWENSWLGFPTKDEYAVDGGLR-MEFEG 637
Query 191 GEVSWNRATKEFT 203
G ++WNR+T + T
Sbjct 638 GTLTWNRSTGQTT 650
>gi|319948779|ref|ZP_08022896.1| mycoloyl transferase [Dietzia cinnamea P4]
gi|319437555|gb|EFV92558.1| mycoloyl transferase [Dietzia cinnamea P4]
Length=653
Score = 90.1 bits (222), Expect = 1e-15, Method: Compositional matrix adjust.
Identities = 80/248 (33%), Positives = 109/248 (44%), Gaps = 43/248 (17%)
Query 141 IFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETY--DGEVTAQKFSGGEVSWNRA 198
+FW+ GA V GA+ AA+ G GVLG P ET DG F G + W+
Sbjct 428 VFWSQATGAHSVLGAIGAAYQSEGGPDGVLGLPTSGETTTPDGRGRFSTFQNGVIYWS-- 485
Query 199 TKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGD----- 253
P+ A ++G I W+ G G LG YP +
Sbjct 486 -------PSTGAHAVRG---------GIRAMWQERGAERGDLG------YPTTDEITNPN 523
Query 254 --GIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSR 311
G+ Q F GG V++S TG VEG+IL Y G +S+LG+P+ +E +R
Sbjct 524 KPGVVQGFQGGTVYWSEETGPKVVEGDILKAYREAGAE-NSELGYPVTDE----IALDTR 578
Query 312 IVRFSAADKPVIFWTPDHGAFVV-RGAMVAAWDKLRGPNGKLGAPVG--DQTVDGDVVSQ 368
FS I+W+P GA VV RG + AW + G+LG P G T G V+
Sbjct 579 RGAFSRFQGGAIYWSPRTGAHVVPRGPVFDAWGTVDYERGRLGYPTGPLRNTSGGQVM-- 636
Query 369 KFTGGMIS 376
+F GG I+
Sbjct 637 EFEGGRIT 644
Score = 87.8 bits (216), Expect = 6e-15, Method: Compositional matrix adjust.
Identities = 77/219 (36%), Positives = 99/219 (46%), Gaps = 40/219 (18%)
Query 67 YPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGP 126
Y + G A DF G++F++ ATGA + G + Y+S GG D LG PT E P
Sbjct 413 YDVRGGKATDFRFGRVFWSQATGAHSVLGAIGAAYQSEGGP-DGVLGLPTSGET---TTP 468
Query 127 DSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEV--T 184
D R FS N VI+W+P GA VRG + A W + G+ G LG P DE +
Sbjct 469 DGR-GRFSTFQNGVIYWSPSTGAHAVRGGIRAMWQERGAERGDLGYPTTDEITNPNKPGV 527
Query 185 AQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKK 244
Q F GG V W+ T P V+ I A+R AG LG
Sbjct 528 VQGFQGGTVYWSEETG-----PKVV-------------EGDILKAYREAGAENSELG--- 566
Query 245 GGQYPIGGDGIAQD--------FVGGKVFFSPATGANAV 275
YP+ D IA D F GG +++SP TGA+ V
Sbjct 567 ---YPV-TDEIALDTRRGAFSRFQGGAIYWSPRTGAHVV 601
Score = 85.9 bits (211), Expect = 2e-14, Method: Compositional matrix adjust.
Identities = 74/199 (38%), Positives = 95/199 (48%), Gaps = 10/199 (5%)
Query 182 EVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLG 241
EVTA G +W E T A + G++ P AA R A G LG
Sbjct 349 EVTANFRPSGTHTWPYWQFEMTQAWPQFAAAV-GIENVEKPCAAAGEIARVAERQPG-LG 406
Query 242 AKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANE 301
G+Y + G G A DF G+VF+S ATGA++V G I A Y+S GGP LG P + E
Sbjct 407 PCLTGEYDVRG-GKATDFRFGRVFWSQATGAHSVLGAIGAAYQSEGGP-DGVLGLPTSGE 464
Query 302 TDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTV 361
T P R RFS VI+W+P GA VRG + A W + G LG P D+
Sbjct 465 TTT---PDGR-GRFSTFQNGVIYWSPSTGAHAVRGGIRAMWQERGAERGDLGYPTTDEIT 520
Query 362 DGDV--VSQKFTGGMISWN 378
+ + V Q F GG + W+
Sbjct 521 NPNKPGVVQGFQGGTVYWS 539
>gi|334697768|gb|AEG82565.1| trehalose corynomycolyl transferase [Corynebacterium ulcerans
809]
Length=644
Score = 89.7 bits (221), Expect = 1e-15, Method: Compositional matrix adjust.
Identities = 56/140 (40%), Positives = 88/140 (63%), Gaps = 9/140 (6%)
Query 238 GPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFP 297
G +GA +Y I G G A+DFV G+ ++SPATGA+A+ G + A+Y +GGP +S LGFP
Sbjct 396 GQVGACVNNEYDIAG-GKAEDFVDGRAYWSPATGAHALGGRVGARYSEIGGP-NSWLGFP 453
Query 298 IANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVG 357
++++ F +V + ++ I+W+P+ GAF V +V W +L+ NG LG PV
Sbjct 454 VSSD----FKLKDNVV-VALFERGNIYWSPERGAFEVPKDLVDKWGELKWENGSLGYPVE 508
Query 358 D-QTVDGDVVSQKFTGGMIS 376
D + ++G +V QKF GG ++
Sbjct 509 DAKEINGGLV-QKFQGGYVT 527
Score = 70.1 bits (170), Expect = 1e-09, Method: Compositional matrix adjust.
Identities = 77/259 (30%), Positives = 105/259 (41%), Gaps = 49/259 (18%)
Query 59 LGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTIN 118
+G + Y I G A DF G+ +++PATGA L G + +Y +GG +S LGFP
Sbjct 398 VGACVNNEYDIAGGKAEDFVDGRAYWSPATGAHALGGRVGARYSEIGGP-NSWLGFPV-- 454
Query 119 EVPGLAGPDSRVSTFSAADNPV--------IFWTPEHGAFVVRGALNAAWDKLGSSGGVL 170
S F DN V I+W+PE GAF V L W +L G L
Sbjct 455 -----------SSDFKLKDNVVVALFERGNIYWSPERGAFEVPKDLVDKWGELKWENGSL 503
Query 171 GAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAW 230
G PV D QKF GG V+ ++ K V +A++ +
Sbjct 504 GYPVEDAKEINGGLVQKFQGGYVTRDKDHKNH-WVRGEIAKKYGEMDT------------ 550
Query 231 RAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAV-EGEIL-----AKYE 284
A LG +Y I G G Q F G +++S TGA+ + +G I K+E
Sbjct 551 -----AKSKLGFPTSDEYLIPG-GAFQQFEHGNIYWSATTGAHVIYKGAIFDAWGAKKWE 604
Query 285 S--LGGPVSSDLGFPIANE 301
G P S P E
Sbjct 605 QGEYGWPTSDQTSIPAGGE 623
Score = 56.6 bits (135), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 61/221 (28%), Positives = 86/221 (39%), Gaps = 28/221 (12%)
Query 142 FWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVG-DETYDGEVTAQKFSGGEVSWNRATK 200
+W+P GA + G + A + ++G LG PV D V F G + W+
Sbjct 422 YWSPATGAHALGGRVGARYSEIGGPNSWLGFPVSSDFKLKDNVVVALFERGNIYWSPERG 481
Query 201 EFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFV 260
F VP L ++ W G LG I G G+ Q F
Sbjct 482 AFE-VPKDLVDK-----------------WGELKWENGSLGYPVEDAKEING-GLVQKFQ 522
Query 261 GGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADK 320
GG V + V GEI KY + S LGFP ++E P +F +
Sbjct 523 GGYVTRDKDHKNHWVRGEIAKKYGEMD-TAKSKLGFPTSDEY---LIPGGAFQQFEHGN- 577
Query 321 PVIFWTPDHGAFVV-RGAMVAAWDKLRGPNGKLGAPVGDQT 360
I+W+ GA V+ +GA+ AW + G+ G P DQT
Sbjct 578 --IYWSATTGAHVIYKGAIFDAWGAKKWEQGEYGWPTSDQT 616
>gi|337291793|ref|YP_004630814.1| trehalose corynomycolyl transferase [Corynebacterium ulcerans
BR-AD22]
gi|334700099|gb|AEG84895.1| trehalose corynomycolyl transferase [Corynebacterium ulcerans
BR-AD22]
Length=644
Score = 89.7 bits (221), Expect = 1e-15, Method: Compositional matrix adjust.
Identities = 56/140 (40%), Positives = 88/140 (63%), Gaps = 9/140 (6%)
Query 238 GPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFP 297
G +GA +Y I G G A+DFV G+ ++SPATGA+A+ G + A+Y +GGP +S LGFP
Sbjct 396 GQVGACVNNEYDIAG-GKAEDFVDGRAYWSPATGAHALGGRVGARYSEIGGP-NSWLGFP 453
Query 298 IANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVG 357
++++ F +V + ++ I+W+P+ GAF V +V W +L+ NG LG PV
Sbjct 454 VSSD----FKLKDNVV-VALFERGNIYWSPERGAFEVPKDLVDKWGELKWENGSLGYPVE 508
Query 358 D-QTVDGDVVSQKFTGGMIS 376
D + ++G +V QKF GG ++
Sbjct 509 DAKEINGGLV-QKFQGGYVT 527
Score = 68.9 bits (167), Expect = 3e-09, Method: Compositional matrix adjust.
Identities = 76/259 (30%), Positives = 104/259 (41%), Gaps = 49/259 (18%)
Query 59 LGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTIN 118
+G + Y I G A DF G+ +++PATGA L G + +Y +GG +S LGFP
Sbjct 398 VGACVNNEYDIAGGKAEDFVDGRAYWSPATGAHALGGRVGARYSEIGGP-NSWLGFPV-- 454
Query 119 EVPGLAGPDSRVSTFSAADNPV--------IFWTPEHGAFVVRGALNAAWDKLGSSGGVL 170
S F DN V I+W+PE GAF V L W +L G L
Sbjct 455 -----------SSDFKLKDNVVVALFERGNIYWSPERGAFEVPKDLVDKWGELKWENGSL 503
Query 171 GAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAW 230
G PV D QKF GG V+ ++ K V +A++ +
Sbjct 504 GYPVEDAKEINGGLVQKFQGGYVTRDKDHKNH-WVRGEIAKKYGEMDT------------ 550
Query 231 RAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAV-EGEIL-----AKYE 284
LG +Y I G G Q F G +++S TGA+ + +G I K+E
Sbjct 551 -----VKSKLGFPTSDEYLIPG-GAFQQFEHGNIYWSATTGAHVIYKGAIFDAWGAKKWE 604
Query 285 S--LGGPVSSDLGFPIANE 301
G P S P E
Sbjct 605 QGEYGWPTSDQTSIPAGGE 623
Score = 58.5 bits (140), Expect = 4e-06, Method: Compositional matrix adjust.
Identities = 62/221 (29%), Positives = 87/221 (40%), Gaps = 28/221 (12%)
Query 142 FWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVG-DETYDGEVTAQKFSGGEVSWNRATK 200
+W+P GA + G + A + ++G LG PV D V F G + W+
Sbjct 422 YWSPATGAHALGGRVGARYSEIGGPNSWLGFPVSSDFKLKDNVVVALFERGNIYWSPERG 481
Query 201 EFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFV 260
F VP L ++ W G LG I G G+ Q F
Sbjct 482 AFE-VPKDLVDK-----------------WGELKWENGSLGYPVEDAKEING-GLVQKFQ 522
Query 261 GGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADK 320
GG V + V GEI KY + V S LGFP ++E P +F +
Sbjct 523 GGYVTRDKDHKNHWVRGEIAKKYGEMD-TVKSKLGFPTSDEY---LIPGGAFQQFEHGN- 577
Query 321 PVIFWTPDHGAFVV-RGAMVAAWDKLRGPNGKLGAPVGDQT 360
I+W+ GA V+ +GA+ AW + G+ G P DQT
Sbjct 578 --IYWSATTGAHVIYKGAIFDAWGAKKWEQGEYGWPTSDQT 616
>gi|297625253|ref|YP_003687016.1| large surface protein A [Propionibacterium freudenreichii subsp.
shermanii CIRM-BIA1]
gi|296921018|emb|CBL55556.1| large surface protein A [Propionibacterium freudenreichii subsp.
shermanii CIRM-BIA1]
Length=1344
Score = 89.4 bits (220), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 95/348 (28%), Positives = 146/348 (42%), Gaps = 36/348 (10%)
Query 39 GDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLL 98
G AM+ A+ + L +G I G DF GG++++ P + A + G +
Sbjct 856 GTVRGAMLDAYLSMNASSGLLAFPRGGEVAIAGGALQDFEGGRLYWHPNSYAYLVRGAIG 915
Query 99 DKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFV--VRGAL 156
Y++ GG++ + LGF T NE P D + +F N I W G V V+G +
Sbjct 916 ATYDAWGGSSGA-LGFATSNENPT---ADGTIQSF---QNGTIAWKNSGGTVVNVVKGGI 968
Query 157 NAAWDKLGSSG-GVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKG 215
+ +G+S G+LG P +E Q+F GG + W+ T ++G
Sbjct 969 GDTFTAMGNSAYGLLGLPTSNEITLPNGWYQQFQGGRIYWSGPTG---------GHMVRG 1019
Query 216 LQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAV 275
I ++ G + G LG + G G Q F GG++++ G V
Sbjct 1020 ---------GIGDSYINQGASTGLLGLPTSSEISADG-GSYQVFQGGRIYWKDGLGNATV 1069
Query 276 EGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVR 335
G +L +Y LG S L FP A E G S + I+W P++ A+ VR
Sbjct 1070 RGAMLDEYLKLGAS-SGLLQFPRAGEAAINGGVSQDF------EGGRIYWRPNNYAYAVR 1122
Query 336 GAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWNRAKNT 383
GA+ A + +G LG P D+ D Q F G I+W + T
Sbjct 1123 GAVGATYFAWGASDGALGFPTSDEAPTDDGTIQTFQNGTIAWKNSGGT 1170
Score = 87.4 bits (215), Expect = 7e-15, Method: Compositional matrix adjust.
Identities = 90/305 (30%), Positives = 135/305 (45%), Gaps = 38/305 (12%)
Query 77 FAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAA 136
F GG++++ G+ + G +LD Y S+ A+ L FP EV +AG
Sbjct 842 FQGGRIYWKDGLGSGTVRGAMLDAYLSMN-ASSGLLAFPRGGEVA-IAG-----GALQDF 894
Query 137 DNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWN 196
+ ++W P A++VRGA+ A +D G S G LG +E + T Q F G ++W
Sbjct 895 EGGRLYWHPNSYAYLVRGAIGATYDAWGGSSGALGFATSNENPTADGTIQSFQNGTIAWK 954
Query 197 RATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAA-GPLGAKKGGQYPIGGDGI 255
+ V +KG I + A G +A G LG + + +G
Sbjct 955 NSGGTVVNV-------VKG---------GIGDTFTAMGNSAYGLLGLPTSNEITL-PNGW 997
Query 256 AQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANET--DGGFGPSSRIV 313
Q F GG++++S TG + V G I Y + G + LG P ++E DGG
Sbjct 998 YQQFQGGRIYWSGPTGGHMVRGGIGDSYINQGAS-TGLLGLPTSSEISADGG-------- 1048
Query 314 RFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAP-VGDQTVDGDVVSQKFTG 372
+ I+W G VRGAM+ + KL +G L P G+ ++G VSQ F G
Sbjct 1049 SYQVFQGGRIYWKDGLGNATVRGAMLDEYLKLGASSGLLQFPRAGEAAINGG-VSQDFEG 1107
Query 373 GMISW 377
G I W
Sbjct 1108 GRIYW 1112
Score = 86.7 bits (213), Expect = 1e-14, Method: Compositional matrix adjust.
Identities = 98/349 (29%), Positives = 152/349 (44%), Gaps = 38/349 (10%)
Query 39 GDAEDAMMAAWEKAGGDT--STLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGP 96
G A + +AA A GD+ S LG+ D + G F G++F++P TGA ++G
Sbjct 430 GHATNGDIAAAYAALGDSAYSYLGLPTADPVSVRSGVMQSFQSGRIFWSPTTGAHIVHGG 489
Query 97 LLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGAL 156
+ D Y SLG +A +DLG PT +E G + S IFW+ VV G +
Sbjct 490 INDTYTSLGSSAFADLGLPTSDEAAVANGWAQQFEKGS------IFWSYATAGVVVHGNI 543
Query 157 NAAWDKLGSSG-GVLGAPVGDETY--DGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQL 213
A + LG+ G LG P G T DG Q+F G + W++A+
Sbjct 544 GAIYASLGTDGPASLGLPSGQVTTLADGS-QYQQFQRGLIYWSQAS-------------- 588
Query 214 KGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGAN 273
G ++ + I + A A +G G + +G Q F G++++S ATG +
Sbjct 589 -GARIVHN---GIGDTFAAMASAPSAMGMPTGDEVDLGNGAWMQQFQNGRIYWSGATGGH 644
Query 274 AVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFV 333
A++G I + ++G LG P +ET G F IFW+ +
Sbjct 645 AIKGGIGDTFAAMGDSAYGLLGLPTGDETVLSNG------WFQHFQNGSIFWSYPTAGIL 698
Query 334 VRGAMVAAWDKL-RGPNGKLGAPV-GDQTVDGDVVSQKFTGGMISWNRA 380
++G + + L LGAPV G+ ++ Q+F G I W+ A
Sbjct 699 IKGGIGDTFAALGESALSTLGAPVSGELSLGNGAWMQQFQNGRIYWSGA 747
Score = 84.0 bits (206), Expect = 9e-14, Method: Compositional matrix adjust.
Identities = 85/326 (27%), Positives = 136/326 (42%), Gaps = 32/326 (9%)
Query 59 LGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTIN 118
LG+ GD + +G+ F G +F++ T + G + D + +LG +A S LG P
Sbjct 665 LGLPTGDETVLSNGWFQHFQNGSIFWSYPTAGILIKGGIGDTFAALGESALSTLGAPVSG 724
Query 119 EVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSG-GVLGAPVGDE 177
E+ G + + F N I+W+ G ++G + + +G S G+LG P GDE
Sbjct 725 ELS--LGNGAWMQQF---QNGRIYWSGATGGHAIKGGIGDTFAAMGDSAYGLLGLPTGDE 779
Query 178 TYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAA 237
Q+F GG + W T ++G I ++ G +
Sbjct 780 VSLPAGWYQQFQGGRIYWFGPTG---------GHMVRG---------GIGDSYVNQGAST 821
Query 238 GPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFP 297
G LG + G G Q F GG++++ G+ V G +L Y S+ S L FP
Sbjct 822 GLLGLPTSSEISADG-GSYQVFQGGRIYWKDGLGSGTVRGAMLDAYLSMNAS-SGLLAFP 879
Query 298 IANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVG 357
E G + ++W P+ A++VRGA+ A +D G +G LG
Sbjct 880 RGGEVAIAGGALQDF------EGGRLYWHPNSYAYLVRGAIGATYDAWGGSSGALGFATS 933
Query 358 DQTVDGDVVSQKFTGGMISWNRAKNT 383
++ D Q F G I+W + T
Sbjct 934 NENPTADGTIQSFQNGTIAWKNSGGT 959
Score = 83.6 bits (205), Expect = 1e-13, Method: Compositional matrix adjust.
Identities = 90/339 (27%), Positives = 137/339 (41%), Gaps = 34/339 (10%)
Query 59 LGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTIN 118
LG+ GD + G+ F GG++++ TG + G + D Y + G A+ LG PT +
Sbjct 772 LGLPTGDEVSLPAGWYQQFQGGRIYWFGPTGGHMVRGGIGDSYVNQG-ASTGLLGLPTSS 830
Query 119 EVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSGGVLGAPVGDET 178
E+ G ++ I+W G+ VRGA+ A+ + +S G+L P G E
Sbjct 831 EISADGG------SYQVFQGGRIYWKDGLGSGTVRGAMLDAYLSMNASSGLLAFPRGGEV 884
Query 179 YDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAG 238
Q F GG + W+ P A ++G AI + A GG++G
Sbjct 885 AIAGGALQDFEGGRLYWH---------PNSYAYLVRG---------AIGATYDAWGGSSG 926
Query 239 PLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGA--NAVEGEILAKYESLGGPVSSDLGF 296
LG + P DG Q F G + + + G N V+G I + ++G LG
Sbjct 927 ALGFATSNENPTA-DGTIQSFQNGTIAWKNSGGTVVNVVKGGIGDTFTAMGNSAYGLLGL 985
Query 297 PIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPV 356
P +NE P+ +F I+W+ G +VRG + ++ G LG P
Sbjct 986 PTSNEITL---PNGWYQQFQGGR---IYWSGPTGGHMVRGGIGDSYINQGASTGLLGLPT 1039
Query 357 GDQTVDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLL 395
+ Q F GG I W T A L L
Sbjct 1040 SSEISADGGSYQVFQGGRIYWKDGLGNATVRGAMLDEYL 1078
Score = 78.6 bits (192), Expect = 4e-12, Method: Compositional matrix adjust.
Identities = 90/342 (27%), Positives = 147/342 (43%), Gaps = 31/342 (9%)
Query 57 STLGVRKGDVYPIGDGFALD-FAGGKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFP 115
++LG+ G V + DG F G ++++ A+GA+ ++ + D + ++ +A S +G P
Sbjct 556 ASLGLPSGQVTTLADGSQYQQFQRGLIYWSQASGARIVHNGIGDTFAAMA-SAPSAMGMP 614
Query 116 TINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWDKLGSSG-GVLGAPV 174
T +EV G + + F N I+W+ G ++G + + +G S G+LG P
Sbjct 615 TGDEVD--LGNGAWMQQF---QNGRIYWSGATGGHAIKGGIGDTFAAMGDSAYGLLGLPT 669
Query 175 GDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAG 234
GDET Q F G + W+ T +L + G D AA+ +
Sbjct 670 GDETVLSNGWFQHFQNGSIFWSYPT------AGILIKGGIG-----DTFAALGES----- 713
Query 235 GAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDL 294
A LGA G+ +G Q F G++++S ATG +A++G I + ++G L
Sbjct 714 -ALSTLGAPVSGELSLGNGAWMQQFQNGRIYWSGATGGHAIKGGIGDTFAAMGDSAYGLL 772
Query 295 GFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGA 354
G P +E P+ +F I+W G +VRG + ++ G LG
Sbjct 773 GLPTGDEVSL---PAGWYQQFQGGR---IYWFGPTGGHMVRGGIGDSYVNQGASTGLLGL 826
Query 355 PVGDQTVDGDVVSQKFTGGMISWNRAKNTFTTDPANLAPLLS 396
P + Q F GG I W + T A L LS
Sbjct 827 PTSSEISADGGSYQVFQGGRIYWKDGLGSGTVRGAMLDAYLS 868
Score = 65.5 bits (158), Expect = 4e-08, Method: Compositional matrix adjust.
Identities = 51/160 (32%), Positives = 72/160 (45%), Gaps = 6/160 (3%)
Query 220 IDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEI 279
I S AI + GGA G LGA + + G G Q F G++++S ATGA+A++G I
Sbjct 324 IATSGAIGDLYNQLGGANGVLGAATSSETALSGGGAWQQFANGRIYWSQATGAHAIKGGI 383
Query 280 LAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMV 339
Y ++G +D+G P +E D G + +F IFW+ G G +
Sbjct 384 GDVYFAMGDSALTDIGLPTGDERD--LGNGMWVQQF---QNGRIFWSGATGGHATNGDIA 438
Query 340 AAWDKL-RGPNGKLGAPVGDQTVDGDVVSQKFTGGMISWN 378
AA+ L LG P D V Q F G I W+
Sbjct 439 AAYAALGDSAYSYLGLPTADPVSVRSGVMQSFQSGRIFWS 478
Score = 55.5 bits (132), Expect = 4e-05, Method: Compositional matrix adjust.
Identities = 45/137 (33%), Positives = 62/137 (46%), Gaps = 17/137 (12%)
Query 198 ATKEFTTVPAVLAEQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGDGIAQ 257
AT E +T P I S AI + A GA G LG + P+ G G+ Q
Sbjct 74 ATSETSTTPKT-----------ITVSGAIGDLYTAMDGADGELGLATASETPLTGGGVWQ 122
Query 258 DFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSA 317
F G++++S ATGA+A++G I Y +LG + LG P +E P +F
Sbjct 123 QFQHGRIYWSQATGAHAIKGGIGDTYVALGDAALTKLGLPTYDEVK---LPDGWYQQFQN 179
Query 318 ADKPVIFWTPDHGAFVV 334
A I+WT D G V
Sbjct 180 AG---IYWTNDGGKVVT 193
Score = 45.4 bits (106), Expect = 0.038, Method: Compositional matrix adjust.
Identities = 42/133 (32%), Positives = 62/133 (47%), Gaps = 14/133 (10%)
Query 21 ATAVTAVLLAPTVAASPMGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPI-GDGFALDFAG 79
AT+ T+ + +GD AM + A G+ LG+ P+ G G F
Sbjct 74 ATSETSTTPKTITVSGAIGDLYTAM----DGADGE---LGLATASETPLTGGGVWQQFQH 126
Query 80 GKMFFTPATGAKYLYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNP 139
G+++++ ATGA + G + D Y +LG AA + LG PT +EV PD F N
Sbjct 127 GRIYWSQATGAHAIKGGIGDTYVALGDAALTKLGLPTYDEVK---LPDGWYQQF---QNA 180
Query 140 VIFWTPEHGAFVV 152
I+WT + G V
Sbjct 181 GIYWTNDGGKVVT 193
>gi|302524769|ref|ZP_07277111.1| hypothetical protein SSMG_01151 [Streptomyces sp. AA4]
gi|302433664|gb|EFL05480.1| hypothetical protein SSMG_01151 [Streptomyces sp. AA4]
Length=522
Score = 89.0 bits (219), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 89/294 (31%), Positives = 123/294 (42%), Gaps = 48/294 (16%)
Query 97 LLDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGAL 156
+ + Y +LGGAA S LG PT + P G VI + P GA+ V GA+
Sbjct 252 IAEHYNALGGAA-SYLGAPTGDRYPAAGGWAQNYQY------GVIGYNPPTGAYAVHGAI 304
Query 157 NAAWDKLGSSGGVLGAPVGDETY--DGEVTAQKFSG-GEVSWNRATKEFTTVPAVLAEQL 213
+ + +LG G LG P+ DET D + F+ G + W T A +
Sbjct 305 SQHYLELGGPNGFLGLPITDETPTPDASGSYNHFTNSGSIYWTSTTG---------ARSI 355
Query 214 KGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG-------GDGIAQDFVGGK--- 263
G AI W A LG +KG YP G G F G +
Sbjct 356 HG---------AIRDKWAA-------LGWEKGLGYPTTDEAGTPDGTGRYNHFNGAQGSS 399
Query 264 VFFSPATGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVI 323
++++PATGA ++ G I K+ LG LG+P +ET G + R F+ A I
Sbjct 400 IYWTPATGAQSIHGAIRQKWADLG--WERGLGYPTTDETSTPDG-TGRYNHFNGAQGSSI 456
Query 324 FWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDVVSQKFTGGMISW 377
+WTP GA + GA+ W L G+LG P D+ F G I+W
Sbjct 457 YWTPATGAQSIHGAIRQKWADLGWEKGRLGYPTSDEYGITGGRRNNFQYGTITW 510
Score = 86.7 bits (213), Expect = 1e-14, Method: Compositional matrix adjust.
Identities = 83/276 (31%), Positives = 119/276 (44%), Gaps = 40/276 (14%)
Query 38 MGDAEDAMMAAWEKAGGDTSTLGVRKGDVYPIGDGFALDFAGGKMFFTPATGAKYLYGPL 97
+G D + + GG S LG GD YP G+A ++ G + + P TGA ++G +
Sbjct 245 VGSEPDKIAEHYNALGGAASYLGAPTGDRYPAAGGWAQNYQYGVIGYNPPTGAYAVHGAI 304
Query 98 LDKYESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALN 157
Y LGG + LG P +E P PD+ S ++ I+WT GA + GA+
Sbjct 305 SQHYLELGG-PNGFLGLPITDETP---TPDASGSYNHFTNSGSIYWTSTTGARSIHGAIR 360
Query 158 AAWDKLGSSGGVLGAPVGDE--TYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKG 215
W LG G LG P DE T DG F+G + S PA A+ + G
Sbjct 361 DKWAALGWEKG-LGYPTTDEAGTPDGTGRYNHFNGAQGS------SIYWTPATGAQSIHG 413
Query 216 LQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPIG-------GDGIAQDFVGGK---VF 265
AI W LG ++G YP G G F G + ++
Sbjct 414 ---------AIRQKW-------ADLGWERGLGYPTTDETSTPDGTGRYNHFNGAQGSSIY 457
Query 266 FSPATGANAVEGEILAKYESLGGPVSSDLGFPIANE 301
++PATGA ++ G I K+ LG LG+P ++E
Sbjct 458 WTPATGAQSIHGAIRQKWADLGWE-KGRLGYPTSDE 492
>gi|111026962|ref|YP_708940.1| hypothetical protein RHA1_ro11135 [Rhodococcus jostii RHA1]
gi|110825501|gb|ABH00782.1| conserved hypothetical protein [Rhodococcus jostii RHA1]
Length=646
Score = 87.4 bits (215), Expect = 9e-15, Method: Compositional matrix adjust.
Identities = 87/299 (30%), Positives = 123/299 (42%), Gaps = 37/299 (12%)
Query 93 LYGPLLDKYESLGGAADSDLGFPTINEVPGLAGPDS--RVSTFSAADNPVIFWTPEHGAF 150
+ G + KY+SLGG A S L PT NE L PD R +TF N I+W+ GA
Sbjct 188 VCGAIRVKYDSLGGPA-SFLLLPTSNE---LVNPDGYGRRNTF---QNGPIYWSAASGAH 240
Query 151 VVRGALNAAWDKLGSSGGVLGAPVGDETYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLA 210
V AAW + G G LG P DE + + ++ +EF A+
Sbjct 241 PVVNHFFAAWQRNGWEAGPLGYPTTDEIVNPDGLGRR------------QEFQNTAAIYW 288
Query 211 EQLKGLQVAIDPSAAINMAWRAAGGAAGPLGAKKGGQYPI-GGDGIAQDFVGGKVFFSPA 269
+ L A A+ W G G LG + G G F G ++++
Sbjct 289 K----LNEAYAVRGAVRDKWNTVGAEQGFLGYPSSDELGTPDGIGRFNRFANGAIYWTAG 344
Query 270 TGANAVEGEILAKYESLGGPVSSDLGFPIANETDGGFGPSSRIVRFSAADKPVIFWTPDH 329
TGA A+ K+ SLG S LG+PIA G + + R + I+W P
Sbjct 345 TGAQAMSTTFFTKWGSLGYETGS-LGYPIA----GDLLNADNVGRRQQFQRGYIYWHPSV 399
Query 330 GAFVVRGAMVAAWDKLRGPNGKLGAPVGDQTVDGDV------VSQKFTGGMISWNRAKN 382
GA V G ++ W+ L G +G PV D+ + V+Q F G + W+ N
Sbjct 400 GANSVHGRILEQWNTLGSEGGSMGYPVTDEQSSIPLIAPVGAVTQFFQNGSLIWSGQNN 458
Score = 80.5 bits (197), Expect = 9e-13, Method: Compositional matrix adjust.
Identities = 76/269 (29%), Positives = 115/269 (43%), Gaps = 41/269 (15%)
Query 44 AMMAAWEKAGGDTSTLGVRKGD--VYPIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKY 101
A+ ++ GG S L + + V P G G F G ++++ A+GA + +
Sbjct 191 AIRVKYDSLGGPASFLLLPTSNELVNPDGYGRRNTFQNGPIYWSAASGAHPVVNHFFAAW 250
Query 102 ESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWD 161
+ G A LG+PT +E+ PD + I+W A+ VRGA+ W+
Sbjct 251 QRNGWEA-GPLGYPTTDEI---VNPDGLGRRQEFQNTAAIYWKLNE-AYAVRGAVRDKWN 305
Query 162 KLGSSGGVLGAPVGDE--TYDGEVTAQKFSGGEVSWNRATKEFTTVPAVLAEQLKGLQVA 219
+G+ G LG P DE T DG +F+ G + W T G Q
Sbjct 306 TVGAEQGFLGYPSSDELGTPDGIGRFNRFANGAIYWTAGT---------------GAQAM 350
Query 220 IDPSAAINMAWRAAGGAAGPLGAKKGGQYPIGGD-------GIAQDFVGGKVFFSPATGA 272
S W + G G LG YPI GD G Q F G +++ P+ GA
Sbjct 351 ---STTFFTKWGSLGYETGSLG------YPIAGDLLNADNVGRRQQFQRGYIYWHPSVGA 401
Query 273 NAVEGEILAKYESLGGPVSSDLGFPIANE 301
N+V G IL ++ +LG S +G+P+ +E
Sbjct 402 NSVHGRILEQWNTLGSEGGS-MGYPVTDE 429
Score = 57.8 bits (138), Expect = 6e-06, Method: Compositional matrix adjust.
Identities = 53/167 (32%), Positives = 70/167 (42%), Gaps = 15/167 (8%)
Query 44 AMMAAWEKAGGDTSTLGVRKGDVY--PIGDGFALDFAGGKMFFTPATGAKYLYGPLLDKY 101
A+ W G + LG D P G G FA G +++T TGA+ + K+
Sbjct 299 AVRDKWNTVGAEQGFLGYPSSDELGTPDGIGRFNRFANGAIYWTAGTGAQAMSTTFFTKW 358
Query 102 ESLGGAADSDLGFPTINEVPGLAGPDSRVSTFSAADNPVIFWTPEHGAFVVRGALNAAWD 161
SLG S LG+P ++ A R F I+W P GA V G + W+
Sbjct 359 GSLGYETGS-LGYPIAGDLLN-ADNVGRRQQFQRG---YIYWHPSVGANSVHGRILEQWN 413
Query 162 KLGSSGGVLGAPVGDETYD-------GEVTAQKFSGGEVSWNRATKE 201
LGS GG +G PV DE G VT Q F G + W+ E
Sbjct 414 TLGSEGGSMGYPVTDEQSSIPLIAPVGAVT-QFFQNGSLIWSGQNNE 459
>gi|300859375|ref|YP_003784358.1| trehalose corynomycolyl transferase [Corynebacterium pseudotuberculosis
FRC41]
gi|300686829|gb|ADK29751.1| trehalose corynomycolyl transferase [Corynebacterium pseudotuberculosis
FRC41]
gi|302207058|gb|ADL11400.1| Trehalose corynomycolyl transferase C [Corynebacterium pseudotuberculosis
C231]
gi|302331618|gb|ADL21812.1| Trehalose corynomycolyl transferase C [Corynebacterium pseudotuberculosis
1002]
gi|308277311|gb|ADO27210.1| Trehalose corynomycolyl transferase C [Corynebacterium pseudotuberculosis
I19]
gi|341825748|gb|AEK93269.1| Trehalose corynomycolyl transferase C [Corynebacterium pseudotuberculosis
PAT10]
Length=644
Score = 87.0 bits (214), Expect = 1e-14, Method: Compositional matrix adjust.
Identities = 55/140 (40%), Positives = 86/140 (62%), Gaps = 9/140 (6%)
Query 238 GPLGAKKGGQYPIGGDGIAQDFVGGKVFFSPATGANAVEGEILAKYESLGGPVSSDLGFP 297
G +G +Y I G G A+DFV G+ ++SPATGA+A+ G + A+Y +GGP +S LGFP
Sbjct 396 GQVGTCVNNEYDIAG-GKAEDFVDGRAYWSPATGAHALGGRVGARYSEIGGP-NSWLGFP 453
Query 298 IANETDGGFGPSSRIVRFSAADKPVIFWTPDHGAFVVRGAMVAAWDKLRGPNGKLGAPVG 357
++ G F +V + ++ I+W+P+ GAF V +V W +++ NG LG PV
Sbjct 454 VS----GDFKLKDNVVA-AQFERGNIYWSPERGAFEVPKDLVDKWGEIQWENGSLGYPVE 508
Query 358 D-QTVDGDVVSQKFTGGMIS 376
D + ++G +V QKF GG ++
Sbjct 509 DAKDINGGLV-QKFQGGYVT 527
Lambda K H
0.315 0.135 0.417
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 1645578042384
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