BLAST Search Results

BLASTP 2.2.25+ Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for composition-based statistics: Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST protein database searches with composition-based statistics and other refinements", Nucleic Acids Res. 29:2994-3005. Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,229,318 sequences; 5,219,829,388 total letters Query= Rv1879 Length=378 Score E Sequences producing significant alignments: (Bits) Value gi|15609016|ref|NP_216395.1| hypothetical protein Rv1879 [Mycoba... 768 0.0 gi|308375707|ref|ZP_07444829.2| hypothetical protein TMGG_00420 ... 751 0.0 gi|298525374|ref|ZP_07012783.1| conserved hypothetical protein [... 616 2e-174 gi|289745689|ref|ZP_06505067.1| conserved hypothetical protein [... 616 2e-174 gi|183982770|ref|YP_001851061.1| hypothetical protein MMAR_2764 ... 602 3e-170 gi|118618383|ref|YP_906715.1| hypothetical protein MUL_2988 [Myc... 596 2e-168 gi|296164890|ref|ZP_06847446.1| amidohydrolase 2 [Mycobacterium ... 561 6e-158 gi|342861205|ref|ZP_08717853.1| hypothetical protein MCOL_20076 ... 560 1e-157 gi|41407698|ref|NP_960534.1| hypothetical protein MAP1600 [Mycob... 555 5e-156 gi|118465653|ref|YP_882015.1| amidohydrolase [Mycobacterium aviu... 551 7e-155 gi|254775304|ref|ZP_05216820.1| amidohydrolase 2 [Mycobacterium ... 538 8e-151 gi|254819302|ref|ZP_05224303.1| hypothetical protein MintA_05223... 528 7e-148 gi|315444234|ref|YP_004077113.1| TIM-barrel fold metal-dependent... 465 6e-129 gi|145223904|ref|YP_001134582.1| amidohydrolase 2 [Mycobacterium... 465 7e-129 gi|300784210|ref|YP_003764501.1| amidohydrolase [Amycolatopsis m... 308 1e-81 gi|271969060|ref|YP_003343256.1| hypothetical protein Sros_7850 ... 306 4e-81 gi|258650438|ref|YP_003199594.1| amidohydrolase 2 [Nakamurella m... 305 7e-81 gi|126432834|ref|YP_001068525.1| amidohydrolase 2 [Mycobacterium... 303 4e-80 gi|120403900|ref|YP_953729.1| amidohydrolase 2 [Mycobacterium va... 302 7e-80 gi|108797211|ref|YP_637408.1| amidohydrolase 2 [Mycobacterium sp... 301 9e-80 gi|84496837|ref|ZP_00995691.1| hypothetical protein JNB_04920 [J... 298 1e-78 gi|118473847|ref|YP_884775.1| amidohydrolase 2 [Mycobacterium sm... 284 2e-74 gi|289767623|ref|ZP_06527001.1| amidohydrolase 2 [Streptomyces l... 282 6e-74 gi|297203900|ref|ZP_06921297.1| amidohydrolase 2 [Streptomyces s... 280 3e-73 gi|21225248|ref|NP_631027.1| hypothetical protein SCO6961 [Strep... 279 5e-73 gi|311741419|ref|ZP_07715243.1| amidohydrolase 2 [Corynebacteriu... 275 7e-72 gi|88854907|ref|ZP_01129573.1| hypothetical protein A20C1_08588 ... 268 7e-70 gi|325672862|ref|ZP_08152556.1| amidohydrolase 2 [Rhodococcus eq... 265 9e-69 gi|302555568|ref|ZP_07307910.1| amidohydrolase 2 [Streptomyces v... 265 9e-69 gi|302525447|ref|ZP_07277789.1| amidohydrolase 2 [Streptomyces s... 265 9e-69 gi|271965440|ref|YP_003339636.1| hypothetical protein Sros_3983 ... 260 2e-67 gi|312141871|ref|YP_004009207.1| amidohydrolase [Rhodococcus equ... 253 4e-65 gi|134099638|ref|YP_001105299.1| amidohydrolase 2 [Saccharopolys... 248 1e-63 gi|345011321|ref|YP_004813675.1| amidohydrolase 2 [Streptomyces ... 245 8e-63 gi|86739030|ref|YP_479430.1| amidohydrolase 2 [Frankia sp. CcI3]... 243 4e-62 gi|158318238|ref|YP_001510746.1| amidohydrolase 2 [Frankia sp. E... 243 4e-62 gi|297155512|gb|ADI05224.1| hypothetical protein SBI_02103 [Stre... 241 2e-61 gi|256379784|ref|YP_003103444.1| amidohydrolase 2 [Actinosynnema... 239 4e-61 gi|302540164|ref|ZP_07292506.1| amidohydrolase 2 [Streptomyces h... 237 3e-60 gi|288919200|ref|ZP_06413538.1| amidohydrolase 2 [Frankia sp. EU... 236 7e-60 gi|337765103|emb|CCB73812.1| conserved protein of unknown functi... 235 1e-59 gi|297198871|ref|ZP_06916268.1| conserved hypothetical protein [... 232 1e-58 gi|29832860|ref|NP_827494.1| hypothetical protein SAV_6318 [Stre... 228 1e-57 gi|312200587|ref|YP_004020648.1| amidohydrolase 2 [Frankia sp. E... 227 2e-57 gi|21220418|ref|NP_626197.1| hypothetical protein SCO1932 [Strep... 221 1e-55 gi|289772347|ref|ZP_06531725.1| conserved hypothetical protein [... 221 2e-55 gi|290961346|ref|YP_003492528.1| cytochrome assembly protein [St... 220 4e-55 gi|302550619|ref|ZP_07302961.1| amidohydrolase 2 [Streptomyces v... 219 8e-55 gi|111220162|ref|YP_710956.1| hypothetical protein FRAAL0676 [Fr... 213 3e-53 gi|254391910|ref|ZP_05007103.1| conserved hypothetical protein [... 194 2e-47 >gi|15609016|ref|NP_216395.1| hypothetical protein Rv1879 [Mycobacterium tuberculosis H37Rv] gi|15841349|ref|NP_336386.1| hypothetical protein MT1928 [Mycobacterium tuberculosis CDC1551] gi|31793070|ref|NP_855563.1| hypothetical protein Mb1911 [Mycobacterium bovis AF2122/97] 69 more sequence titles Length=378 Score = 768 bits (1982), Expect = 0.0, Method: Compositional matrix adjust. Identities = 378/378 (100%), Positives = 378/378 (100%), Gaps = 0/378 (0%) Query 1 MADSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLG 60 MADSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLG Sbjct 1 MADSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLG 60 Query 61 FAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGM 120 FAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGM Sbjct 61 FAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGM 120 Query 121 ASVAGLGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRG 180 ASVAGLGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRG Sbjct 121 ASVAGLGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRG 180 Query 181 GFDGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDA 240 GFDGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDA Sbjct 181 GFDGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDA 240 Query 241 DLHKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSP 300 DLHKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSP Sbjct 241 DLHKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSP 300 Query 301 AFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRV 360 AFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRV Sbjct 301 AFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRV 360 Query 361 VDLIAHGTAARIYRLGDR 378 VDLIAHGTAARIYRLGDR Sbjct 361 VDLIAHGTAARIYRLGDR 378 >gi|308375707|ref|ZP_07444829.2| hypothetical protein TMGG_00420 [Mycobacterium tuberculosis SUMu007] gi|308376850|ref|ZP_07440255.2| hypothetical protein TMHG_01053 [Mycobacterium tuberculosis SUMu008] gi|308377848|ref|ZP_07480636.2| hypothetical protein TMIG_02121 [Mycobacterium tuberculosis SUMu009] gi|308345474|gb|EFP34325.1| hypothetical protein TMGG_00420 [Mycobacterium tuberculosis SUMu007] gi|308349776|gb|EFP38627.1| hypothetical protein TMHG_01053 [Mycobacterium tuberculosis SUMu008] gi|308354416|gb|EFP43267.1| hypothetical protein TMIG_02121 [Mycobacterium tuberculosis SUMu009] Length=370 Score = 751 bits (1940), Expect = 0.0, Method: Compositional matrix adjust. Identities = 369/370 (99%), Positives = 370/370 (100%), Gaps = 0/370 (0%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 +TRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA Sbjct 1 MTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 60 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE Sbjct 61 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 120 Query 129 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE 188 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE Sbjct 121 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE 180 Query 189 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL Sbjct 181 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 240 Query 249 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE 308 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE Sbjct 241 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE 300 Query 309 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT 368 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT Sbjct 301 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT 360 Query 369 AARIYRLGDR 378 AARIYRLGDR Sbjct 361 AARIYRLGDR 370 >gi|298525374|ref|ZP_07012783.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|298495168|gb|EFI30462.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] Length=362 Score = 616 bits (1589), Expect = 2e-174, Method: Compositional matrix adjust. Identities = 304/309 (99%), Positives = 306/309 (99%), Gaps = 0/309 (0%) Query 70 ILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGEL 129 + G +HVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGEL Sbjct 54 LTGAVQHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGEL 113 Query 130 SGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 189 SGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP Sbjct 114 SGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 173 Query 190 PAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLY 249 PAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLY Sbjct 174 PAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLY 233 Query 250 LLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLEL 309 LLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLEL Sbjct 234 LLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLEL 293 Query 310 APFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTA 369 APFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTA Sbjct 294 APFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTA 353 Query 370 ARIYRLGDR 378 ARIYRLGDR Sbjct 354 ARIYRLGDR 362 >gi|289745689|ref|ZP_06505067.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|289686217|gb|EFD53705.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] Length=306 Score = 616 bits (1588), Expect = 2e-174, Method: Compositional matrix adjust. Identities = 305/306 (99%), Positives = 306/306 (100%), Gaps = 0/306 (0%) Query 73 LPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS 132 +PRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS Sbjct 1 MPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS 60 Query 133 HAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAA 192 HAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAA Sbjct 61 HAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAA 120 Query 193 QVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLLD 252 QVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLLD Sbjct 121 QVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLLD 180 Query 253 FLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLELAPF 312 FLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLELAPF Sbjct 181 FLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLELAPF 240 Query 313 RKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTAARI 372 RKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTAARI Sbjct 241 RKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTAARI 300 Query 373 YRLGDR 378 YRLGDR Sbjct 301 YRLGDR 306 >gi|183982770|ref|YP_001851061.1| hypothetical protein MMAR_2764 [Mycobacterium marinum M] gi|183176096|gb|ACC41206.1| conserved hypothetical protein [Mycobacterium marinum M] Length=384 Score = 602 bits (1552), Expect = 3e-170, Method: Compositional matrix adjust. Identities = 296/378 (79%), Positives = 318/378 (85%), Gaps = 3/378 (0%) Query 1 MADSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLG 60 M +SA S+L RH +V LIDQHVHGCWLT G R RFENALNEANT+PLADFDS FDSQLG Sbjct 1 MTESATSELARHIRDVALIDQHVHGCWLTAGERSRFENALNEANTQPLADFDSAFDSQLG 60 Query 61 FAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGM 120 FA+R HC PILGLP HVDPQTYW+ RSQFSEAELA RFL AAGVTDWLV+TGI DV+G Sbjct 61 FALRKHCGPILGLPEHVDPQTYWEHRSQFSEAELAERFLAAAGVTDWLVDTGINGDVAGP 120 Query 121 ASVAGLGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRG 180 A L LS AHEVVRLEQVAEQA QA GDYA AF E+L +R ATAV TKSILAYRG Sbjct 121 AE---LSALSRGRAHEVVRLEQVAEQAAQAPGDYALAFQELLHQRMATAVGTKSILAYRG 177 Query 181 GFDGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDA 240 GFDGDLTEP AQVA+AA+RWRD G RL DRVLLRFGLHQALRLGKPLQ HVGFGDRD Sbjct 178 GFDGDLTEPSPAQVAQAARRWRDCGETRLSDRVLLRFGLHQALRLGKPLQLHVGFGDRDC 237 Query 241 DLHKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSP 300 DLHK NPLYLLDFLRQSG TPIVLLHCYPYEREAGYLAQAFNNV++DGGL+V+YLGAR+P Sbjct 238 DLHKTNPLYLLDFLRQSGETPIVLLHCYPYEREAGYLAQAFNNVFVDGGLTVNYLGARAP 297 Query 301 AFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRV 360 FIGRL+ELAP RKIVYSSDGFGPAELH+LGA LWR GI RVL GFV+ DW E DA+RV Sbjct 298 EFIGRLMELAPLRKIVYSSDGFGPAELHYLGAALWRRGIHRVLHGFVQSGDWAEADAIRV 357 Query 361 VDLIAHGTAARIYRLGDR 378 VDLI G AARIYRL + Sbjct 358 VDLIGRGNAARIYRLDQK 375 >gi|118618383|ref|YP_906715.1| hypothetical protein MUL_2988 [Mycobacterium ulcerans Agy99] gi|118570493|gb|ABL05244.1| conserved hypothetical protein [Mycobacterium ulcerans Agy99] Length=384 Score = 596 bits (1537), Expect = 2e-168, Method: Compositional matrix adjust. Identities = 291/375 (78%), Positives = 315/375 (84%), Gaps = 3/375 (0%) Query 1 MADSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLG 60 M +SA S+L RH +V LIDQHVHGCWLT G R RFENALNEANT+PLADFDS FDSQLG Sbjct 1 MTESATSELARHIRDVALIDQHVHGCWLTAGERSRFENALNEANTQPLADFDSAFDSQLG 60 Query 61 FAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGM 120 FA+R HC PILGLP HVDP+TYW+ RSQ E ELA RFL AAGVTDWLV+TGI DV+G Sbjct 61 FALRKHCGPILGLPEHVDPKTYWEHRSQLGETELAERFLAAAGVTDWLVDTGIDSDVAGP 120 Query 121 ASVAGLGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRG 180 A L LSG AHEVVRLEQVAEQA QA GDYA AF E+L +R ATA+ TKSILAYRG Sbjct 121 AE---LSALSGGRAHEVVRLEQVAEQAAQAPGDYALAFQELLHQRMATAIGTKSILAYRG 177 Query 181 GFDGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDA 240 GFDGDLTEP AQVA+AAKRWRD GG RL DRVLLRFGLHQALRLGKPLQ H+GFGDRD Sbjct 178 GFDGDLTEPSPAQVAQAAKRWRDCGGTRLSDRVLLRFGLHQALRLGKPLQLHIGFGDRDC 237 Query 241 DLHKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSP 300 DLHK NPLYLLDFLRQSG TPIVLLHCYPYEREAGYLAQAFNNV++DGGL+V+YLGAR+P Sbjct 238 DLHKTNPLYLLDFLRQSGETPIVLLHCYPYEREAGYLAQAFNNVFVDGGLTVNYLGARAP 297 Query 301 AFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRV 360 FIGRLLELA RKIV+SSDGFGPAELH+LGA LWR GI RVL GFV+ DW E DA+RV Sbjct 298 EFIGRLLELASLRKIVHSSDGFGPAELHYLGAALWRRGIHRVLHGFVQSGDWAEADAIRV 357 Query 361 VDLIAHGTAARIYRL 375 VDLI H AARIY+L Sbjct 358 VDLIGHDNAARIYQL 372 >gi|296164890|ref|ZP_06847446.1| amidohydrolase 2 [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295899732|gb|EFG79182.1| amidohydrolase 2 [Mycobacterium parascrofulaceum ATCC BAA-614] Length=369 Score = 561 bits (1446), Expect = 6e-158, Method: Compositional matrix adjust. Identities = 280/365 (77%), Positives = 303/365 (84%), Gaps = 5/365 (1%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L H V LIDQH HGCWL G+R RFENALNEANTEP+ SGFD+QLGFAVR HCA Sbjct 8 LAEHIDRVTLIDQHAHGCWLAPGDRHRFENALNEANTEPIVG--SGFDTQLGFAVRAHCA 65 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 P+LGL +HVDPQ+YW+RRS+ E ELAR FL AAGV WLV+TGIG D + + +A E Sbjct 66 PVLGLAKHVDPQSYWERRSRIDEVELARTFLPAAGVDHWLVDTGIGADTAAPSDMA---E 122 Query 129 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE 188 LSG AHE+VRLEQVAEQA +A GDYA+AF +ILRRRAATAV TKSILAYRGGFDGDLTE Sbjct 123 LSGGRAHEIVRLEQVAEQAARAPGDYATAFEDILRRRAATAVGTKSILAYRGGFDGDLTE 182 Query 189 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 P AAQVAEAA RWRDRGG RL DRVLL FGLHQALRLGKPLQ HVG GDRD DLH NPL Sbjct 183 PSAAQVAEAADRWRDRGGTRLTDRVLLAFGLHQALRLGKPLQLHVGLGDRDCDLHTTNPL 242 Query 249 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE 308 LLDFLR+SG TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSV+ LGARSPAF+ RLLE Sbjct 243 LLLDFLRRSGETPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVNQLGARSPAFLARLLE 302 Query 309 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT 368 LAPF KI+YSSDGFGPAELHFLGA LWR+GI RVLR FV DDW E DA+RVVDLIAH Sbjct 303 LAPFHKILYSSDGFGPAELHFLGAALWRTGIHRVLREFVLDDDWSERDAMRVVDLIAHDN 362 Query 369 AARIY 373 AA +Y Sbjct 363 AAGLY 367 >gi|342861205|ref|ZP_08717853.1| hypothetical protein MCOL_20076 [Mycobacterium colombiense CECT 3035] gi|342131105|gb|EGT84386.1| hypothetical protein MCOL_20076 [Mycobacterium colombiense CECT 3035] Length=370 Score = 560 bits (1443), Expect = 1e-157, Method: Compositional matrix adjust. Identities = 275/367 (75%), Positives = 311/367 (85%), Gaps = 4/367 (1%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 LT+H EV L+DQHVHGCWLT G+R RFENALNEAN+EP+ SGFDSQLGFA+R HCA Sbjct 8 LTQHIGEVALVDQHVHGCWLTPGDRPRFENALNEANSEPITY--SGFDSQLGFALRAHCA 65 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 P+LGLP+H +PQ YW+RRS+F ELAR FL AAGV+DWLV+TGIG D +A VA + Sbjct 66 PVLGLPKHAEPQEYWERRSRFEGEELARLFLAAAGVSDWLVDTGIGSD--DVAGVADMAR 123 Query 129 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE 188 LSG A EVVRLE+VAEQA +A GDYA+AF EIL RRAA AV TKSILAYRGGFDGDL+E Sbjct 124 LSGGRAREVVRLEEVAEQAARAPGDYAAAFEEILHRRAAGAVGTKSILAYRGGFDGDLSE 183 Query 189 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 P AQVA+AA RWR+RG RL+DRVLLRFGLHQALRLGKPLQFHVGFGDRD DLHKANP+ Sbjct 184 PSPAQVADAAGRWRERGATRLRDRVLLRFGLHQALRLGKPLQFHVGFGDRDCDLHKANPM 243 Query 249 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE 308 LLDFLR++ + P+VLLHCYPYEREAGYLAQAFNNVY+DGGLSV++LGARSPAF+ RLLE Sbjct 244 LLLDFLREAADVPVVLLHCYPYEREAGYLAQAFNNVYVDGGLSVNHLGARSPAFLARLLE 303 Query 309 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT 368 +APF KI+YSSDGFGPAELHFLG LWR GI RVLR FV+R DW E DA+RVVDLIA Sbjct 304 MAPFSKILYSSDGFGPAELHFLGTVLWRRGIDRVLREFVDRGDWSEADAIRVVDLIAREN 363 Query 369 AARIYRL 375 AARIYR+ Sbjct 364 AARIYRV 370 >gi|41407698|ref|NP_960534.1| hypothetical protein MAP1600 [Mycobacterium avium subsp. paratuberculosis K-10] gi|41396051|gb|AAS03917.1| hypothetical protein MAP_1600 [Mycobacterium avium subsp. paratuberculosis K-10] gi|336457537|gb|EGO36543.1| putative TIM-barrel metal-dependent hydrolase [Mycobacterium avium subsp. paratuberculosis S397] Length=372 Score = 555 bits (1429), Expect = 5e-156, Method: Compositional matrix adjust. Identities = 278/367 (76%), Positives = 306/367 (84%), Gaps = 4/367 (1%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L H V LIDQHVHGCWLT G RRRFENALNEANTEP+ SGFDSQLGFAVR HCA Sbjct 8 LAEHIGAVSLIDQHVHGCWLTAGGRRRFENALNEANTEPITG--SGFDSQLGFAVRAHCA 65 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 PILGLPRH DPQ+YW+RR Q SE ELAR FL AAGV++WLV+TGIG+ V +A VA + E Sbjct 66 PILGLPRHADPQSYWERRCQLSEHELARLFLPAAGVSNWLVDTGIGHGV--VAGVAEMAE 123 Query 129 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE 188 L+ A E+VRLE+VAEQA QA GDYA+AF+E+L RAA AV TKSILAYRGGFDGDL+E Sbjct 124 LAAGPAAELVRLEEVAEQAAQAPGDYAAAFDEVLAARAAGAVGTKSILAYRGGFDGDLSE 183 Query 189 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 P A +VA AA RWR+ GG RL+DRVLLRFGLH+ALRLGKPLQ HVGFGDRD DLHKANPL Sbjct 184 PSATEVARAAARWRELGGTRLRDRVLLRFGLHRALRLGKPLQLHVGFGDRDCDLHKANPL 243 Query 249 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE 308 LLDFLR SG+ PIVLLHCYPYEREAGYLAQAFNNVY+DGGLSV++LGARSPAF+ RLLE Sbjct 244 LLLDFLRHSGDAPIVLLHCYPYEREAGYLAQAFNNVYVDGGLSVNHLGARSPAFLARLLE 303 Query 309 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT 368 LAPF KI+YSSDGFGPAELHFLGA LWR GI RVLR FVE DW DA+RVVDLIA Sbjct 304 LAPFSKILYSSDGFGPAELHFLGAVLWRRGIHRVLREFVEAGDWGRADAIRVVDLIAREN 363 Query 369 AARIYRL 375 AAR+Y L Sbjct 364 AARLYGL 370 >gi|118465653|ref|YP_882015.1| amidohydrolase [Mycobacterium avium 104] gi|118166940|gb|ABK67837.1| amidohydrolase 2 [Mycobacterium avium 104] Length=372 Score = 551 bits (1420), Expect = 7e-155, Method: Compositional matrix adjust. Identities = 276/367 (76%), Positives = 303/367 (83%), Gaps = 4/367 (1%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L H V LIDQHVHGCWLT G RRRFENALNEANTEP+ SGFDSQLGFAVR HCA Sbjct 8 LAEHIGAVSLIDQHVHGCWLTTGGRRRFENALNEANTEPITG--SGFDSQLGFAVRAHCA 65 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 PILGLPRH DPQ+YW+RR Q SE ELAR FL AAGV +WLV+TGIG+ V +A VA + E Sbjct 66 PILGLPRHADPQSYWERRCQLSEHELARLFLPAAGVCNWLVDTGIGHGV--VAGVAEMAE 123 Query 129 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE 188 L+ + E+VRLE+VAEQA A GDYA+AF+EIL RAA AV TKSILAYRGGFDGDL+E Sbjct 124 LAAAPTAELVRLEEVAEQAAHAPGDYAAAFDEILAARAAGAVGTKSILAYRGGFDGDLSE 183 Query 189 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 P A +VA AA RWR+ GG RL+DRVLLRFGLH+ALRLGKPLQ HVGFGDRD DLHKANPL Sbjct 184 PSATEVARAAARWRELGGTRLRDRVLLRFGLHRALRLGKPLQLHVGFGDRDCDLHKANPL 243 Query 249 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE 308 LLDFL SG+ PIVLLHCYPYEREAGYLAQAFNNVY+DGGLSV++LGARSPAF+ RLLE Sbjct 244 LLLDFLHHSGDVPIVLLHCYPYEREAGYLAQAFNNVYVDGGLSVNHLGARSPAFLARLLE 303 Query 309 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT 368 LAPF KI+YSSDGFGPAELHFLGA LWR GI RVLR FVE DW DA+RVVDLIA Sbjct 304 LAPFSKILYSSDGFGPAELHFLGAVLWRRGIHRVLREFVEAGDWSRADAIRVVDLIAREN 363 Query 369 AARIYRL 375 AAR+Y L Sbjct 364 AARLYGL 370 >gi|254775304|ref|ZP_05216820.1| amidohydrolase 2 [Mycobacterium avium subsp. avium ATCC 25291] Length=372 Score = 538 bits (1385), Expect = 8e-151, Method: Compositional matrix adjust. Identities = 275/367 (75%), Positives = 306/367 (84%), Gaps = 4/367 (1%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L H V LIDQHVHGCWLT G RRRFENALNEANTEP+ SGFDSQLGF+VR HCA Sbjct 8 LAEHIGAVSLIDQHVHGCWLTTGGRRRFENALNEANTEPITG--SGFDSQLGFSVRAHCA 65 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 PILGLPRH DPQ+YW+RR Q SE ELAR FL AAGV++WLV+TGIG+ V +A VA + E Sbjct 66 PILGLPRHADPQSYWERRCQLSEHELARLFLPAAGVSNWLVDTGIGHGV--VAGVAEMAE 123 Query 129 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTE 188 L+ + A E+VRLE+VAEQA QA GDYA+AF+EIL RAA AV TKSILAYRGGFDGDL+E Sbjct 124 LAAAPAAELVRLEEVAEQAAQAPGDYAAAFDEILAARAAGAVGTKSILAYRGGFDGDLSE 183 Query 189 PPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 P A +VA AA RWR+ GG RL+DRVLLRFGLH+ALRLGKPLQ HVGFGDRD DLHKANPL Sbjct 184 PSATEVARAAARWRELGGTRLRDRVLLRFGLHRALRLGKPLQLHVGFGDRDCDLHKANPL 243 Query 249 YLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLE 308 LLDFL SG+ PIVLLHCYPYER+AGYLAQAFNNVY+DGGLSV++LGARSPAF+ RLLE Sbjct 244 LLLDFLHHSGDVPIVLLHCYPYERQAGYLAQAFNNVYVDGGLSVNHLGARSPAFLARLLE 303 Query 309 LAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGT 368 LAPF KI+YSSDGFGPAELHFLGA LWR GI RVLR FVE DW DA+RVV+LIA Sbjct 304 LAPFSKILYSSDGFGPAELHFLGAVLWRRGIHRVLREFVEAGDWSRADAIRVVNLIAREN 363 Query 369 AARIYRL 375 AAR+Y L Sbjct 364 AARLYGL 370 >gi|254819302|ref|ZP_05224303.1| hypothetical protein MintA_05223 [Mycobacterium intracellulare ATCC 13950] Length=371 Score = 528 bits (1359), Expect = 7e-148, Method: Compositional matrix adjust. Identities = 285/368 (78%), Positives = 310/368 (85%), Gaps = 4/368 (1%) Query 8 DLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHC 67 DL H V LIDQHVHGCWL G+RRRFENALNEANTEP+AD SGFDSQLGFAVR HC Sbjct 7 DLAEHIGAVSLIDQHVHGCWLAAGDRRRFENALNEANTEPIAD--SGFDSQLGFAVRAHC 64 Query 68 APILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLG 127 AP LGLP HVDPQ YWDRR QF+E ELAR FL AAGV DWLV+TGIG G+A V + Sbjct 65 APALGLPEHVDPQAYWDRRRQFAEDELARVFLSAAGVGDWLVDTGIG--GGGVAGVGQIA 122 Query 128 ELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLT 187 +SG AHE+VRLE+VAEQA QA+GDYA+AF EIL RRAA AV TKSILAYRGGF+GDL+ Sbjct 123 RMSGGRAHEIVRLEEVAEQAAQAAGDYAAAFEEILHRRAADAVGTKSILAYRGGFEGDLS 182 Query 188 EPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANP 247 EP A+VAEAA RWR RGG RL+DR+LLRFGLHQALRLGKPLQFHVGFGDRD DLHKANP Sbjct 183 EPSTAEVAEAADRWRARGGTRLRDRILLRFGLHQALRLGKPLQFHVGFGDRDCDLHKANP 242 Query 248 LYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLL 307 LLDFLR+S + PIVLLHCYPYEREAGYLAQAFNNVYLDGGLSV++LGARSPAF+GRLL Sbjct 243 SLLLDFLRRSADVPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVNHLGARSPAFLGRLL 302 Query 308 ELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHG 367 ELAPF KI+YSSDGFGPAELHFLGA LWR G+ RVLR FV+R DW E DA+RVVDLIA Sbjct 303 ELAPFSKILYSSDGFGPAELHFLGAVLWRRGLHRVLREFVDRGDWSEADAIRVVDLIARE 362 Query 368 TAARIYRL 375 A RIY L Sbjct 363 NARRIYDL 370 >gi|315444234|ref|YP_004077113.1| TIM-barrel fold metal-dependent hydrolase [Mycobacterium sp. Spyr1] gi|315262537|gb|ADT99278.1| predicted TIM-barrel fold metal-dependent hydrolase [Mycobacterium sp. Spyr1] Length=370 Score = 465 bits (1196), Expect = 6e-129, Method: Compositional matrix adjust. Identities = 243/369 (66%), Positives = 290/369 (79%), Gaps = 3/369 (0%) Query 7 SDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNH 66 S L H VPL+D HVHGCWL +R +FENALNEA+T PLA+FDS FD+QLGFAVR H Sbjct 4 SSLREHIEAVPLVDHHVHGCWLGRHDRAQFENALNEADTAPLAEFDSAFDTQLGFAVRAH 63 Query 67 CAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGL 126 CA +GL RH YW+ R++ E LA+RFL AGV+DW+V+TG + V+ +AGL Sbjct 64 CAQTVGLERHCGADEYWNARARIDEDVLAQRFLGGAGVSDWIVDTGFAHGVADPEQLAGL 123 Query 127 GELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDL 186 G HEVVRLE AE A A+GDYA+AF+E+L R+ TAV TKSILAYRGGF GDL Sbjct 124 G---AGRVHEVVRLESTAELAAAATGDYAAAFDELLDRQTRTAVGTKSILAYRGGFVGDL 180 Query 187 TEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKAN 246 ++P +VA+AA RWRD GG RL DRVLLRFGLH+ALR+GKPLQ HVGFGDRD DLH AN Sbjct 181 SDPSPREVADAAARWRDAGGTRLTDRVLLRFGLHRALRIGKPLQVHVGFGDRDCDLHTAN 240 Query 247 PLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRL 306 P++LLDFLR SG+TP++LLHCYPYEREAGYLAQAF+NVYLDGGLS+++LGARS AFI RL Sbjct 241 PIHLLDFLRMSGDTPVMLLHCYPYEREAGYLAQAFHNVYLDGGLSINHLGARSAAFIARL 300 Query 307 LELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAH 366 LE+APFRKI+YSSDGFGPAELH+LGA LWR+GI ++ F++ +W E DA RVVDLIAH Sbjct 301 LEMAPFRKILYSSDGFGPAELHYLGARLWRNGIGAAMQSFIDTGEWSEADATRVVDLIAH 360 Query 367 GTAARIYRL 375 A R+YRL Sbjct 361 RNARRVYRL 369 >gi|145223904|ref|YP_001134582.1| amidohydrolase 2 [Mycobacterium gilvum PYR-GCK] gi|145216390|gb|ABP45794.1| amidohydrolase 2 [Mycobacterium gilvum PYR-GCK] Length=368 Score = 465 bits (1196), Expect = 7e-129, Method: Compositional matrix adjust. Identities = 243/369 (66%), Positives = 290/369 (79%), Gaps = 3/369 (0%) Query 7 SDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNH 66 S L H VPL+D HVHGCWL +R +FENALNEA+T PLA+FDS FD+QLGFAVR H Sbjct 2 SSLREHIEAVPLVDHHVHGCWLGRHDRAQFENALNEADTAPLAEFDSAFDTQLGFAVRAH 61 Query 67 CAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGL 126 CA +GL RH YW+ R++ E LA+RFL AGV+DW+V+TG + V+ +AGL Sbjct 62 CAQTVGLERHCGADEYWNARARIDEDVLAQRFLGGAGVSDWIVDTGFAHGVADPEQLAGL 121 Query 127 GELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDL 186 G HEVVRLE AE A A+GDYA+AF+E+L R+ TAV TKSILAYRGGF GDL Sbjct 122 G---AGRVHEVVRLESTAELAAAATGDYAAAFDELLDRQTRTAVGTKSILAYRGGFVGDL 178 Query 187 TEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKAN 246 ++P +VA+AA RWRD GG RL DRVLLRFGLH+ALR+GKPLQ HVGFGDRD DLH AN Sbjct 179 SDPSPREVADAAARWRDAGGTRLTDRVLLRFGLHRALRIGKPLQVHVGFGDRDCDLHTAN 238 Query 247 PLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRL 306 P++LLDFLR SG+TP++LLHCYPYEREAGYLAQAF+NVYLDGGLS+++LGARS AFI RL Sbjct 239 PIHLLDFLRMSGDTPVMLLHCYPYEREAGYLAQAFHNVYLDGGLSINHLGARSAAFIARL 298 Query 307 LELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAH 366 LE+APFRKI+YSSDGFGPAELH+LGA LWR+GI ++ F++ +W E DA RVVDLIAH Sbjct 299 LEMAPFRKILYSSDGFGPAELHYLGARLWRNGIGAAMQSFIDTGEWSEADATRVVDLIAH 358 Query 367 GTAARIYRL 375 A R+YRL Sbjct 359 RNARRVYRL 367 >gi|300784210|ref|YP_003764501.1| amidohydrolase [Amycolatopsis mediterranei U32] gi|299793724|gb|ADJ44099.1| amidohydrolase [Amycolatopsis mediterranei U32] gi|340525629|gb|AEK40834.1| amidohydrolase [Amycolatopsis mediterranei S699] Length=374 Score = 308 bits (788), Expect = 1e-81, Method: Compositional matrix adjust. Identities = 169/368 (46%), Positives = 226/368 (62%), Gaps = 9/368 (2%) Query 13 TAEVPLIDQHVHGCWLTEGNRRRFENALNEANT-EPLADFDSGFDSQLGFAVRNHCAPIL 71 A++PL+D H HG + R FE L EA+ PL S FDS +G AVR CAP+L Sbjct 8 VADLPLVDHHCHGVVTRDVTRAGFEAMLTEADAPSPLGT--SLFDSLIGLAVRERCAPVL 65 Query 72 GLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSG 131 LP+H + Y +RR++ AE+ARRFL+A G TD+LV+ G D + + A L+G Sbjct 66 DLPKHTPAEAYLERRAELGAAEVARRFLRATGTTDFLVDGGFLPD--ALTTTAEFAGLAG 123 Query 132 SHAHEVVRLEQVAEQAVQASG--DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 189 + AH+VVRLEQVAE ++ + +A+AF + L +RA TAV KSI AYR G P Sbjct 124 TRAHDVVRLEQVAEAVIRGTTARGFAAAFADELAKRAETAVGLKSIAAYRAGLALAGERP 183 Query 190 PAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLY 249 ++V AA RW GG RL D VL R + L LG P+QFHVG+GD DADLH+ +PL Sbjct 184 SPSEVEAAAGRWLAAGGTRLADEVLHRHLVFTGLDLGLPVQFHVGYGDADADLHRGDPLL 243 Query 250 LLDFLRQS--GNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLL 307 L LR + PI+LLH YP+ R A YLAQ F +V++D GL H G R+PA + LL Sbjct 244 LTGLLRATRGSGVPILLLHNYPFHRHAAYLAQVFEHVFVDAGLITHNAGFRAPAVLAELL 303 Query 308 ELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHG 367 E+APF K+++S+D FG AEL+ LG L+R G+ +R ++ D E DA+R+ L+ H Sbjct 304 EIAPFGKVLFSTDAFGLAELYHLGTALFRQGLSDFVRSALDADAMSEKDAVRLCALVGHE 363 Query 368 TAARIYRL 375 A RIYRL Sbjct 364 NANRIYRL 371 >gi|271969060|ref|YP_003343256.1| hypothetical protein Sros_7850 [Streptosporangium roseum DSM 43021] gi|270512235|gb|ACZ90513.1| hypothetical protein Sros_7850 [Streptosporangium roseum DSM 43021] Length=385 Score = 306 bits (784), Expect = 4e-81, Method: Compositional matrix adjust. Identities = 170/386 (45%), Positives = 229/386 (60%), Gaps = 12/386 (3%) Query 1 MADSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLG 60 M+ L R E+PL+D HVHG + +RR FE + E++ P+ + + FDSQ+G Sbjct 1 MSTEPSVPLERAIEEIPLVDHHVHGALAADVSRRGFEELITESD-RPVPAWMTQFDSQIG 59 Query 61 FAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGM 120 FA+ HCAP+LGL H DP+TY RR++ E+ RR L A G+ +LVETG Y + Sbjct 60 FAILRHCAPVLGLDPHPDPETYLARRTELGTEEVNRRLLTAGGIGHFLVETG--YRGDEI 117 Query 121 ASVAGLGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEI---LRRRAATAVATKSILA 177 A + ++G A EVVRLE +AE+ A L + TA K+I+A Sbjct 118 LDPARMAAVTGRPADEVVRLEAIAERVAAEGTGAAGFAAAFEAALWEHSRTARGLKTIVA 177 Query 178 YRGGFDGDLTEPPAAQVAEAAKRW----RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHV 233 YR G D D + P +V AA RW G VR+ D VLLR + + + G PLQFH+ Sbjct 178 YRHGLDFDPSPPTPDEVTAAAGRWLRTAERSGNVRVDDPVLLRHLIWKGVERGLPLQFHI 237 Query 234 GFGDRDADLHKANPLYLLDF--LRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLS 291 G+GD D DLH+++PL + F L + P++LLHCYP+ R AG+LAQ + NVY D GL Sbjct 238 GYGDPDVDLHRSDPLLMRGFIELAEPRAVPLLLLHCYPFHRNAGFLAQVYPNVYFDVGLG 297 Query 292 VHYLGARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDD 351 V+Y GARS A + LELAPF KI++SSD +GPAELH LGA LWR + RVL GFV + Sbjct 298 VNYTGARSVAVVAESLELAPFAKILFSSDAWGPAELHHLGALLWRRAMTRVLSGFVADGE 357 Query 352 WCETDALRVVDLIAHGTAARIYRLGD 377 W E+ A+RV +I A R+Y LG+ Sbjct 358 WSESQAVRVATMIGAENARRVYGLGE 383 >gi|258650438|ref|YP_003199594.1| amidohydrolase 2 [Nakamurella multipartita DSM 44233] gi|258553663|gb|ACV76605.1| amidohydrolase 2 [Nakamurella multipartita DSM 44233] Length=391 Score = 305 bits (782), Expect = 7e-81, Method: Compositional matrix adjust. Identities = 174/362 (49%), Positives = 212/362 (59%), Gaps = 5/362 (1%) Query 17 PLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRH 76 PLID HVHGC+ E +R FE +LNEA +P+ F + FDSQLGFAVR CAP L LP Sbjct 23 PLIDHHVHGCFTGELDRAGFEESLNEATADPIPAFMTQFDSQLGFAVRRWCAPQLDLPPA 82 Query 77 VDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHE 136 VD YW RRS + LAR L AAGV+ WLV++G D + L +G A E Sbjct 83 VDADEYWHRRSTMTPELLARAMLPAAGVSTWLVDSGFWTD--RLCPPRQLAHWAGGVAGE 140 Query 137 VVRLEQVAEQAVQ---ASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAAQ 193 V+RLE +AE + + +A F L VA K++ AYR G D D + P A Sbjct 141 VLRLESLAETLLAEGISGPSWAQEFRARLAAAGPAVVAAKTVAAYRCGLDIDWSRPSDAA 200 Query 194 VAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLLDF 253 V AA VR+ D ++ FG+H A G P+Q HVG GDRD DL A+PL L+ Sbjct 201 VGRAAAPLPGSPTVRVDDPTIIAFGVHAAADAGLPVQIHVGLGDRDLDLRTADPLLLVPL 260 Query 254 LRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLELAPFR 313 L PIVLLHCYPY R AGYLAQAF +VYLD GL++++LG RS + LELAPF Sbjct 261 LHARRTVPIVLLHCYPYHRAAGYLAQAFGHVYLDVGLAINHLGVRSVELVAESLELAPFA 320 Query 314 KIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTAARIY 373 K +YSSD GP ELH LGA LWR G+ R L +V DW TDA RV +I A R+Y Sbjct 321 KQLYSSDACGPPELHLLGAVLWRRGMARTLGRWVREGDWSATDAARVARMIGADNARRVY 380 Query 374 RL 375 RL Sbjct 381 RL 382 >gi|126432834|ref|YP_001068525.1| amidohydrolase 2 [Mycobacterium sp. JLS] gi|126232634|gb|ABN96034.1| amidohydrolase 2 [Mycobacterium sp. JLS] Length=391 Score = 303 bits (775), Expect = 4e-80, Method: Compositional matrix adjust. Identities = 168/373 (46%), Positives = 229/373 (62%), Gaps = 8/373 (2%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L H V L+D HVHG + +R FE A+NE +T+P+ F + FDS LG A+R CA Sbjct 21 LAEHLRAVDLVDHHVHGTFNEAVDRAGFEAAINEGSTDPVPSFMTQFDSPLGLAIRRWCA 80 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 P+L L YW RR++F EL+ RFL+AAGV+ W+V+TG D+ + + + Sbjct 81 PVLDLEPLAGADEYWSRRAEFGPDELSERFLRAAGVSRWVVDTGFKGDL--ITTPGQMTA 138 Query 129 LSGSHAHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAAT--AVATKSILAYRGGFD 183 LSG + E++RLE++ E ++A DY AF L A V K+I AYR GFD Sbjct 139 LSGVPSSEILRLERLTEDLLEAGTSPRDYPEAFRSALDEAVADQGTVGVKTIAAYRVGFD 198 Query 184 GDLTEPPAAQVAEAAKRWRDRGG-VRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADL 242 D + P A ++A+R RG +R+ D L+ FG+H+A G P+Q HVGFGDRD DL Sbjct 199 VDWSRPSEATAVDSAQRLVARGAPLRVDDPALIAFGVHEAAERGLPIQVHVGFGDRDLDL 258 Query 243 HKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAF 302 H+ +PL LL LR P++LLHCYP++R+AGYLAQAF++V D GL+++YLG RS A Sbjct 259 HRTDPLLLLPLLRAMTPVPVLLLHCYPFQRQAGYLAQAFDHVNFDVGLAINYLGPRSTAL 318 Query 303 IGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVD 362 + L+ APF K +YSSD FGP ELH LG+ LWR + VL +V D E DA+R+VD Sbjct 319 VAEALDTAPFAKQLYSSDAFGPPELHLLGSILWRRAMGLVLGDWVRTGDCTEADAIRIVD 378 Query 363 LIAHGTAARIYRL 375 +I A R+Y L Sbjct 379 MIGVHNAERVYGL 391 >gi|120403900|ref|YP_953729.1| amidohydrolase 2 [Mycobacterium vanbaalenii PYR-1] gi|119956718|gb|ABM13723.1| amidohydrolase 2 [Mycobacterium vanbaalenii PYR-1] Length=392 Score = 302 bits (773), Expect = 7e-80, Method: Compositional matrix adjust. Identities = 168/374 (45%), Positives = 227/374 (61%), Gaps = 9/374 (2%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L H V L+D HVHG + +R FE ++NE + +P+ + + FDS LG ++R CA Sbjct 21 LADHLRTVALVDHHVHGTFTEAVDRATFEFSINEGSNDPVPTWMTQFDSPLGLSIRRWCA 80 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 P+LGLP D + YW RR +F ELA L AAGV+ W+V+TG D + L E Sbjct 81 PLLGLPPRADGEVYWKRRCEFGPDELATTMLPAAGVSRWIVDTGFKGD--RITPHRRLAE 138 Query 129 LSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATA------VATKSILAYRGGF 182 L+G + E+VRLE++AE + G A F + +R A A V TK+I+AYR GF Sbjct 139 LAGGQSSEIVRLERLAEDLLVDGGTAAEDFPDAMRSALARAAVDPVVVGTKTIVAYRTGF 198 Query 183 DGDLTEPPAAQVAEAAKRWRDRGGV-RLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDAD 241 D D + P A V A+ R G R+ D +L+ FG+H+A P+Q HVGFGDRD D Sbjct 199 DIDWSRPTDADVVTRARELTARPGPPRIDDPILIAFGVHEAAAHQLPIQVHVGFGDRDLD 258 Query 242 LHKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPA 301 LH+++PL LL LR P++LLHCYP+ R+AGYLAQAF++V D GL+++YLGARS Sbjct 259 LHRSDPLLLLPLLRTMPPVPVLLLHCYPFHRQAGYLAQAFDHVNFDVGLAINYLGARSTG 318 Query 302 FIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVV 361 + L+ APF K +YSSD FGP ELH LG+ LWR + VL +V D E DA+R+V Sbjct 319 LVAEALDTAPFAKQLYSSDAFGPPELHVLGSVLWRRAMGLVLGEWVRTGDCTEADAIRIV 378 Query 362 DLIAHGTAARIYRL 375 D+I A R+Y L Sbjct 379 DMIGMTNAQRVYGL 392 >gi|108797211|ref|YP_637408.1| amidohydrolase 2 [Mycobacterium sp. MCS] gi|119866296|ref|YP_936248.1| amidohydrolase 2 [Mycobacterium sp. KMS] gi|108767630|gb|ABG06352.1| amidohydrolase 2 [Mycobacterium sp. MCS] gi|119692385|gb|ABL89458.1| amidohydrolase 2 [Mycobacterium sp. KMS] Length=391 Score = 301 bits (772), Expect = 9e-80, Method: Compositional matrix adjust. Identities = 167/373 (45%), Positives = 229/373 (62%), Gaps = 8/373 (2%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L H V L+D HVHG + +R FE A+NE +T+P+ F + FDS LG A+R CA Sbjct 21 LAEHLRAVDLVDHHVHGTFNEAVDRAGFEAAINEGSTDPVPSFMTQFDSPLGLAIRRWCA 80 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGE 128 P+L L YW RR++F EL+ RFL+AAGV+ W+V+TG D+ + + + Sbjct 81 PVLDLEPLAGADEYWSRRAEFGPDELSERFLRAAGVSRWVVDTGFKGDL--ITTPGQMTA 138 Query 129 LSGSHAHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAAT--AVATKSILAYRGGFD 183 LSG + E++RLE++ E ++A DY AF L A V K+I AYR GFD Sbjct 139 LSGVPSSEILRLERLTEDLLEAGTSPRDYPEAFRSALDEAVADQGTVGVKTIAAYRVGFD 198 Query 184 GDLTEPPAAQVAEAAKRWRDRGG-VRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADL 242 D + P A ++A+R RG +R+ D L+ FG+H+A G P+Q HVGFGDRD DL Sbjct 199 VDWSRPSEATAVDSAERLVARGAPLRVDDPALIAFGVHEAAERGLPIQVHVGFGDRDLDL 258 Query 243 HKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAF 302 H+ +PL LL LR P++LLHCYP++R+AGYLAQAF++V D GL+++YLG RS + Sbjct 259 HRTDPLLLLPLLRAMTPVPVLLLHCYPFQRQAGYLAQAFDHVNFDVGLAINYLGPRSTSV 318 Query 303 IGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVD 362 + L+ APF K +YSSD FGP ELH LG+ LWR + VL +V D E DA+R+VD Sbjct 319 VAEALDTAPFAKQLYSSDAFGPPELHLLGSILWRRAMGLVLGDWVRTGDCTEADAIRIVD 378 Query 363 LIAHGTAARIYRL 375 +I A R+Y L Sbjct 379 MIGVHNAERVYGL 391 >gi|84496837|ref|ZP_00995691.1| hypothetical protein JNB_04920 [Janibacter sp. HTCC2649] gi|84383605|gb|EAP99486.1| hypothetical protein JNB_04920 [Janibacter sp. HTCC2649] Length=383 Score = 298 bits (762), Expect = 1e-78, Method: Compositional matrix adjust. Identities = 180/380 (48%), Positives = 224/380 (59%), Gaps = 23/380 (6%) Query 9 LTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCA 68 L A V LID HVHG RR +E + EA P S FDSQ+G A+R CA Sbjct 15 LAEALAHVGLIDHHVHGALRATPERRDWEALVTEAPAAPA--VGSIFDSQVGLAMRRWCA 72 Query 69 PILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDV----SGMASVA 124 P+L L H YW RR++ E E+ RR L A GV WLVETG D+ + MA+V Sbjct 73 PLLDLEPHAPADDYWARRTELGEQEVTRRLLTATGVDTWLVETGFQGDLVLGPAEMAAVT 132 Query 125 GLGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAAT----AVATKSILAYRG 180 G A E+VRLE VAE ++ +G A F+ A AV TKS++AYR Sbjct 133 GT-------AREIVRLETVAEGILRDTG--ADGFHAAYAPALAQATQGAVGTKSVIAYRH 183 Query 181 GFDGDLTEPPAAQVAEAAKRW--RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDR 238 GFD P A++V AA R D R+ D VLLR L A+ LG P+Q H G+GD Sbjct 184 GFDIPAERPSASEVTRAAGRTLATDATLPRISDPVLLRHLLWCAVDLGLPIQMHSGYGDP 243 Query 239 DADLHKANPLYLLDFLR--QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLG 296 D DLH+ANPL L+ +LR + P++LLH YP+ REAGYLAQ F+ V+ D GL+++Y G Sbjct 244 DLDLHRANPLLLMPWLRAVEPTGVPVLLLHNYPFHREAGYLAQVFDVVHCDVGLAINYTG 303 Query 297 ARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETD 356 ARSPA I LEL PF K +YSSD +GPAELH LG+ LWR G+ RVL FV+ DW D Sbjct 304 ARSPAIIAESLELTPFHKQLYSSDAWGPAELHLLGSWLWRRGMARVLGTFVDDGDWSIAD 363 Query 357 ALRVVDLIAHGTAARIYRLG 376 A RVV L+A+ A R+YRLG Sbjct 364 AQRVVHLVAYENARRVYRLG 383 >gi|118473847|ref|YP_884775.1| amidohydrolase 2 [Mycobacterium smegmatis str. MC2 155] gi|118175134|gb|ABK76030.1| amidohydrolase 2 [Mycobacterium smegmatis str. MC2 155] Length=387 Score = 284 bits (727), Expect = 2e-74, Method: Compositional matrix adjust. Identities = 171/375 (46%), Positives = 230/375 (62%), Gaps = 8/375 (2%) Query 8 DLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHC 67 +L V LID HVHG R FE ++NEA+T P+ +F + FDS LG ++R C Sbjct 14 ELAERLRTVGLIDHHVHGASAVRVGRAEFEASINEASTAPVPEFMTQFDSPLGLSIRRWC 73 Query 68 APILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLG 127 AP+LGLP H Y+ RRS+F+ AEL+ L AGV W+V+TG G ++ + + L Sbjct 74 APVLGLPAHASADEYFARRSEFAPAELSSTLLAHAGVERWIVDTGFGTEL--ITTPEQLA 131 Query 128 ELSGSHAHEVVRLEQVAEQAVQA---SGDYASAFNEILRRRAATA--VATKSILAYRGGF 182 LSG A ++RLE++AE+ +++ + D+ F L A + V TK+I AYR GF Sbjct 132 ALSGRPASTILRLERLAEELLESHSGADDFVDRFRSALDAAAQSTDIVGTKTIAAYRTGF 191 Query 183 DGDLTEP-PAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDAD 241 D D P A A G +RLQD VL+ FG+H+A G P+Q HVGFGDRD D Sbjct 192 DIDWARPGDDDVAARARAAADGPGPLRLQDPVLVAFGVHEAAERGLPVQVHVGFGDRDLD 251 Query 242 LHKANPLYLLDFLRQSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPA 301 LH+ +PL LL LR P++LLHCYP+ R+AGYLAQAF++V+ D GL+V++LG RS Sbjct 252 LHRTDPLLLLPLLRCMAPVPVLLLHCYPFHRQAGYLAQAFDHVHFDVGLAVNHLGTRSVG 311 Query 302 FIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVV 361 + LE APF K +YSSD +GP ELH LG+ LWR + VL G+V D E DA+R+V Sbjct 312 LVAEALETAPFAKQLYSSDAYGPPELHLLGSVLWRRAMGLVLGGWVRAGDCTEIDAIRIV 371 Query 362 DLIAHGTAARIYRLG 376 +LI AAR+Y LG Sbjct 372 ELIGAQNAARVYGLG 386 >gi|289767623|ref|ZP_06527001.1| amidohydrolase 2 [Streptomyces lividans TK24] gi|289697822|gb|EFD65251.1| amidohydrolase 2 [Streptomyces lividans TK24] Length=393 Score = 282 bits (722), Expect = 6e-74, Method: Compositional matrix adjust. Identities = 173/383 (46%), Positives = 228/383 (60%), Gaps = 18/383 (4%) Query 3 DSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFA 62 + A + A + L+D H HG + +R FE L E P S FDS +G A Sbjct 11 EMAAGPVAERLAALELVDHHCHGAVTDDLDRAGFEALLTEGEAWPGV---SPFDSPVGLA 67 Query 63 VRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMAS 122 VR HCAP+LGLPRH Y RRS+ AE+ RRFL+AA + V+TG Y + + Sbjct 68 VRRHCAPLLGLPRHSPAGVYLARRSELGAAEVNRRFLRAARTGAFCVDTG--YAPHRVTA 125 Query 123 VAGLGELSGSHAHEVVRLEQVAEQAVQASG----DYASAFN----EILRRRAATAVATKS 174 A L E +G+ A+EVVRLE VAE AV A G YA AF E +RR VA KS Sbjct 126 PAELAEAAGARAYEVVRLEGVAE-AVAAGGVEPDAYARAFRTAAWEAVRR--PGVVAVKS 182 Query 175 ILAYRGGFDGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVG 234 + AYR GF D P A+V EAA+RW RGG RL D VL+R L A+ LG+PLQ H G Sbjct 183 VAAYRTGFGLDPARPSPAEVTEAARRWLARGGGRLDDPVLVRHLLWTAVDLGRPLQLHAG 242 Query 235 FGDRDADLHKANPLYLLDFLR-QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVH 293 FGD D LH+A+P L D+L +G P++LLHC+PY+R+A YL F VYLD GL++H Sbjct 243 FGDSDIRLHRADPTLLTDWLHLTAGTIPVLLLHCWPYQRQAAYLCAVFERVYLDVGLTLH 302 Query 294 YLG-ARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDW 352 ++G AR+ A + LE+ PFRK+++SSD +G AE H LGA +R G+ +L+ ++ D+ Sbjct 303 HVGPARAGAVLAEALEITPFRKLLHSSDAYGLAEFHHLGALAFRQGLAGLLQERLDADEL 362 Query 353 CETDALRVVDLIAHGTAARIYRL 375 DALR+V + A R+YRL Sbjct 363 SLPDALRLVRWVGRDNARRVYRL 385 >gi|297203900|ref|ZP_06921297.1| amidohydrolase 2 [Streptomyces sviceus ATCC 29083] gi|197713088|gb|EDY57122.1| amidohydrolase 2 [Streptomyces sviceus ATCC 29083] Length=394 Score = 280 bits (716), Expect = 3e-73, Method: Compositional matrix adjust. Identities = 165/366 (46%), Positives = 217/366 (60%), Gaps = 15/366 (4%) Query 18 LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHV 77 L+D H HG +R FE+ L E + P S FDS +G AVR HCAP+L LP H Sbjct 14 LVDHHCHGVVTGALDRTGFESLLTEGSVWP---GISPFDSPVGVAVRRHCAPLLDLPHHA 70 Query 78 DPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEV 137 P+ Y RR++ E+ RRFL AAG + V+TG Y + + A L E +G A+E+ Sbjct 71 SPEAYLARRAELGPHEVNRRFLHAAGTDVFCVDTG--YAAERLTTPAELAEAAGGTAYEI 128 Query 138 VRLEQVAEQAVQASGDYASAFNEILRRRAATAV------ATKSILAYRGGFDGDLTEPPA 191 VRLE VAE AV A G A+ ++ R A AV A KS+ AYR GFD D P Sbjct 129 VRLEGVAE-AVAARGVEPDAYADMFRAAALDAVGRPGVAAVKSVAAYRTGFDLDPARPSE 187 Query 192 AQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLL 251 A+V AA W RGG RL D VL+R L A+ LG PLQ H GFGD D +H+ +P +L Sbjct 188 AEVTRAAADWLARGG-RLADPVLVRHLLWTAVDLGLPLQLHTGFGDSDIRMHRVDPTHLT 246 Query 252 DFLR-QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLG-ARSPAFIGRLLEL 309 D+L +G P++LLHC+PY+R+A YLA F VYLD GL++HY+G ARS A + LE+ Sbjct 247 DWLHLTAGTVPVLLLHCWPYQRQAAYLAAVFEQVYLDVGLTLHYVGPARSRAILAEALEI 306 Query 310 APFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTA 369 PFRK++YSSD +G AE H LGA +R G+ +L+ V+ D+ DALR+ + A Sbjct 307 TPFRKLLYSSDAYGVAEFHLLGALSFRQGLAALLQERVDADELSLPDALRIAAWTSGDNA 366 Query 370 ARIYRL 375 R+Y L Sbjct 367 RRLYGL 372 >gi|21225248|ref|NP_631027.1| hypothetical protein SCO6961 [Streptomyces coelicolor A3(2)] gi|7649547|emb|CAB89022.1| conserved hypothetical protein SC6F7.14c [Streptomyces coelicolor A3(2)] Length=382 Score = 279 bits (714), Expect = 5e-73, Method: Compositional matrix adjust. Identities = 172/381 (46%), Positives = 226/381 (60%), Gaps = 18/381 (4%) Query 5 AGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVR 64 A + A + L+D H HG + +R FE L E P S FDS +G AVR Sbjct 2 AAGPVAERLAALELVDHHCHGAVTDDLDRAGFEALLTEGEAWPGV---SPFDSPVGLAVR 58 Query 65 NHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVA 124 HCAP+LGLPRH Y RRS+ AE+ RRFL+AA + V+TG Y + + A Sbjct 59 RHCAPLLGLPRHSPAGVYLARRSERGAAEVNRRFLRAARTGAFCVDTG--YAPHRVTAPA 116 Query 125 GLGELSGSHAHEVVRLEQVAEQAVQASG----DYASAFN----EILRRRAATAVATKSIL 176 L E +G+ A+EVVRLE VAE AV A G YA AF E +RR VA KS+ Sbjct 117 ELAEAAGARAYEVVRLEGVAE-AVAAGGVEPDAYARAFRTAAWEAVRR--PGVVAVKSVA 173 Query 177 AYRGGFDGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFG 236 AYR GF D P A+V EAA+RW RGG RL D VL+R L A+ LG+PLQ H GFG Sbjct 174 AYRTGFGLDPARPSPAEVTEAARRWLARGGGRLDDPVLVRHLLWTAVDLGRPLQLHAGFG 233 Query 237 DRDADLHKANPLYLLDFLR-QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYL 295 D D LH+A+P L D+L +G P++LLHC+PY+R+A YL F VYLD GL++H++ Sbjct 234 DSDIRLHRADPTLLTDWLHLTAGTIPVLLLHCWPYQRQAAYLCAVFERVYLDVGLTLHHV 293 Query 296 G-ARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCE 354 G AR+ A + LE+ PFRK+++SSD +G AE H LGA +R G+ +L+ ++ D+ Sbjct 294 GPARAGAVLAEALEITPFRKLLHSSDAYGLAEFHHLGALAFRQGLAGLLQERLDADELSL 353 Query 355 TDALRVVDLIAHGTAARIYRL 375 DALR+ + A R+YRL Sbjct 354 PDALRLARWVGRDNARRVYRL 374 >gi|311741419|ref|ZP_07715243.1| amidohydrolase 2 [Corynebacterium pseudogenitalium ATCC 33035] gi|311303589|gb|EFQ79668.1| amidohydrolase 2 [Corynebacterium pseudogenitalium ATCC 33035] Length=385 Score = 275 bits (704), Expect = 7e-72, Method: Compositional matrix adjust. Identities = 149/387 (39%), Positives = 224/387 (58%), Gaps = 15/387 (3%) Query 1 MADSAGSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLG 60 M+ + +L + +PL D H HG R FE ++E+++ P A + FDSQ+G Sbjct 1 MSIKSTDELLKAIESLPLFDHHCHGTLTEPLQRSEFEELISESSS-PAAIGTTRFDSQVG 59 Query 61 FAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGM 120 F VR CAP+LGL PQ Y +R+ + + +FL+AAG+ + +ETG + + Sbjct 60 FQVRGECAPVLGLAPFCSPQKYIAKRATMTPERVISKFLEAAGIETFGLETG--HHADSI 117 Query 121 ASVAGLGELSGSHAHEVVRLEQVAEQAV-----QASGDYASAF----NEILRRRAATAVA 171 S A L +L+G HEV+RLE++AE+ Q + +AF + L + A+ Sbjct 118 TSPAELHQLTGKAVHEVIRLEKLAEEVAEKFRSQEGSEKVTAFLKELDATLHSKIENAIG 177 Query 172 TKSILAYRGGFDGDLTEPPAAQVAEAAKRWRDR-GGVRLQDRVLLRFGLHQALRLGKPLQ 230 KSI AYR G D T P +++ A + G +RL D V++R+ L A+ + + +Q Sbjct 178 VKSIAAYRVGLDFSPTRPTEEELSGAVTELLAQDGKIRLADSVIVRYLLWSAIDMAQVIQ 237 Query 231 FHVGFGDRDADLHKANPLYLLDFLRQSGNT--PIVLLHCYPYEREAGYLAQAFNNVYLDG 288 H+G+GD D DLH+ NPL L + R+S ++ LLHCYP+ REAGYLA F +VY D Sbjct 238 LHIGYGDDDVDLHRCNPLLLTELFRKSIHSGARFTLLHCYPFHREAGYLADVFPHVYFDV 297 Query 289 GLSVHYLGARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVE 348 GL+++Y GAR+ A I LE++PF KI++SSD FG EL++LGA L+R G+ RVL F E Sbjct 298 GLAINYTGARAYAVIAESLEVSPFGKILFSSDAFGLPELYYLGAKLFREGLTRVLSSFHE 357 Query 349 RDDWCETDALRVVDLIAHGTAARIYRL 375 +W + RV +I++ AAR+Y + Sbjct 358 EANWPLEECYRVARMISYENAARLYEV 384 >gi|88854907|ref|ZP_01129573.1| hypothetical protein A20C1_08588 [marine actinobacterium PHSC20C1] gi|88816068|gb|EAR25924.1| hypothetical protein A20C1_08588 [marine actinobacterium PHSC20C1] Length=386 Score = 268 bits (686), Expect = 7e-70, Method: Compositional matrix adjust. Identities = 162/382 (43%), Positives = 221/382 (58%), Gaps = 14/382 (3%) Query 6 GSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRN 65 S++ H +E+ LID HVHG + + +R FE+ L E + EP+ + + FDSQ+GFAVR Sbjct 4 NSEMAEHISELALIDHHVHGTLIPDLSRSEFESYLTE-SFEPIPPWMTQFDSQVGFAVRK 62 Query 66 HCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAG 125 +CA LP H YW RS + E+ARR L+ +G+++ +V+TG+ S+ Sbjct 63 YCALHFDLPEHASADAYWAARSLWGSDEIARRLLRTSGISESIVDTGVIQTERSERSLTN 122 Query 126 L---GELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAATA----VATKSILAY 178 L G+L+ HEVVRLE + E V A G A A + A V KSI+AY Sbjct 123 LEEFGKLAAQRVHEVVRLETLLEGLVTA-GVEADALEDAFDAALDAAATTAVGFKSIMAY 181 Query 179 RGGFDGDLTEPPAAQVAEAAKRWRDR---GGVRLQDRVLLRFGLHQALRLGKPLQFHVGF 235 R GFD D T P + + AA+ W G R+ VLLR L +A+ G P+Q H G+ Sbjct 182 RYGFDFDPTRPHRDEFSAAAQEWLTSATAGPFRVSHPVLLRALLWKAVSTGLPVQLHAGY 241 Query 236 GDRDADLHKANPLYLLDFLRQ--SGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVH 293 GD D DL + NPL L +LR + + ++LLHCYPY REAGYLAQ F+ VY D GL+++ Sbjct 242 GDADIDLERCNPLLLTPWLRLLPANYSDVMLLHCYPYHREAGYLAQVFSRVYFDVGLAIN 301 Query 294 YLGARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWC 353 Y GA S I LELAPF K+++S+D +G ELH +GA LWR G+ RVL V+ DW Sbjct 302 YSGAASDRVIAESLELAPFSKVLFSTDAWGLPELHSIGAALWRRGMTRVLSQLVDDGDWS 361 Query 354 ETDALRVVDLIAHGTAARIYRL 375 DA RV + H A R+Y+L Sbjct 362 LADAKRVASMTGHDNAQRVYQL 383 >gi|325672862|ref|ZP_08152556.1| amidohydrolase 2 [Rhodococcus equi ATCC 33707] gi|325556115|gb|EGD25783.1| amidohydrolase 2 [Rhodococcus equi ATCC 33707] Length=397 Score = 265 bits (677), Expect = 9e-69, Method: Compositional matrix adjust. Identities = 166/382 (44%), Positives = 213/382 (56%), Gaps = 16/382 (4%) Query 6 GSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRN 65 G +PL+D H HG +R FE+ L EA P S FD+Q G AVR+ Sbjct 14 GDSFAEMVEALPLVDHHCHGVLRRPLDRAGFESFLTEA-AAPGRWHGSLFDTQAGAAVRS 72 Query 66 HCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAG 125 CAP+L L RH P Y DRR++ E+ RR L AAG++++LV+TG D + + Sbjct 73 LCAPVLDLDRHAGPDEYLDRRTELGVDEVTRRLLDAAGISEFLVDTGFLPD--RLTTPDE 130 Query 126 LGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAA----TAVATKSILAYRGG 181 L + +G AHEVVRLE VAE + G A AF R R A TAVA K++ AYR G Sbjct 131 LADFTGGVAHEVVRLESVAEDVID--GHNADAFAPTCRARLADASRTAVAFKTVAAYRVG 188 Query 182 FDGDLTEPPAAQVAEAAKRWRDRGG----VRLQDRVLLRFGLHQALRLGKPLQFHVGFGD 237 D P A V AA RW VRL D L+RF A+ LG P+QFHVG+GD Sbjct 189 LDLAADRPSDAAVFTAAARWAGDVAAGRPVRLHDETLVRFLFWTAVDLGLPIQFHVGYGD 248 Query 238 RDADLHKANPLYLLDFLRQSG--NTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYL 295 D DLH+A+PL L+ LR + PI+LLH YP+ R AGYLAQ F++V++D GL+V + Sbjct 249 ADTDLHRADPLLLMPLLRAPAGRDVPIMLLHNYPFHRNAGYLAQVFDHVFVDVGLAVQNV 308 Query 296 GARSPA-FIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCE 354 G A + LLELAPF +++S+DG G EL + A +R + VL V R DW Sbjct 309 GGGGAARILAELLELAPFGSVLFSTDGCGLPELFHVAAVRFRRALAAVLDAEVARRDWSR 368 Query 355 TDALRVVDLIAHGTAARIYRLG 376 DA RV +IA A R YRLG Sbjct 369 ADARRVARMIAADNARRAYRLG 390 >gi|302555568|ref|ZP_07307910.1| amidohydrolase 2 [Streptomyces viridochromogenes DSM 40736] gi|302473186|gb|EFL36279.1| amidohydrolase 2 [Streptomyces viridochromogenes DSM 40736] Length=374 Score = 265 bits (677), Expect = 9e-69, Method: Compositional matrix adjust. Identities = 161/367 (44%), Positives = 210/367 (58%), Gaps = 13/367 (3%) Query 18 LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHV 77 L+D H HG + R FE L E + P S FDS +G AVR HCAP+L LPRH Sbjct 13 LVDHHCHGTVTGDLGREAFEPLLTEGDAWPGV---SPFDSPVGVAVRRHCAPLLDLPRHA 69 Query 78 DPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEV 137 + Y RRSQ E+ RRFL+A+G + V+TG Y + + + E +G A+EV Sbjct 70 PAEEYLARRSQLGWREVQRRFLRASGADVFCVDTG--YSPDRLTTPREVAEAAGGSAYEV 127 Query 138 VRLEQVAEQAVQASGD-----YASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAA 192 VRLE VAE A + A + R VA KS+ AYR GF D P Sbjct 128 VRLESVAESVRDAGVEPDAYADAFRAAALDAVRRPGVVAVKSVAAYRTGFGLDPARPSDE 187 Query 193 QVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLLD 252 +V EAA+ W RGG RL D VL+R L A+ LG PLQ H GFGD D LH+A+P L D Sbjct 188 EVGEAARHWLPRGG-RLDDPVLVRHLLWTAVDLGLPLQLHTGFGDNDIRLHRADPALLTD 246 Query 253 FLR-QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLG-ARSPAFIGRLLELA 310 +L +G P++LLHC+PY+R+A YL+ F VYLD GL++H++G AR+ A + LE+ Sbjct 247 WLHLTAGTIPVLLLHCWPYQRQAAYLSAVFEQVYLDVGLTLHHVGPARAGAVLAEALEIT 306 Query 311 PFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTAA 370 PFRK++YSSD +G AE H LGA +R G+ +L+ V+ D+ DALR A Sbjct 307 PFRKLLYSSDAYGVAEFHHLGALAFRQGLAGLLQERVDADELSLPDALRFARWAGRDNAL 366 Query 371 RIYRLGD 377 RIYRL D Sbjct 367 RIYRLND 373 >gi|302525447|ref|ZP_07277789.1| amidohydrolase 2 [Streptomyces sp. AA4] gi|302434342|gb|EFL06158.1| amidohydrolase 2 [Streptomyces sp. AA4] Length=378 Score = 265 bits (677), Expect = 9e-69, Method: Compositional matrix adjust. Identities = 162/378 (43%), Positives = 216/378 (58%), Gaps = 13/378 (3%) Query 7 SDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANT-EPLADFDSGFDSQLGFAVRN 65 +DL A++PL+D H HG +R FE L EA+T PL S FDS +G +VR Sbjct 2 TDLLDFVADLPLVDHHCHGVRTGGVDRDGFERMLTEADTVSPLGT--SLFDSLIGLSVRE 59 Query 66 HCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAG 125 CAP+L LP+H Y RR++ AE+ RRFL+ G TD+L++ G + + + Sbjct 60 RCAPVLDLPKHAPADDYLARRAELGAAEVNRRFLRGTGSTDYLLDGG--FLPESLTTTKE 117 Query 126 LGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEI--LRRRAATAVATKSILAYRGGFD 183 EL+ + AH++VRLEQVAE + + A + L RR TAV KSI AYR G + Sbjct 118 FAELADARAHDIVRLEQVAEDVIGGTSAAGFADDFAAELDRRTTTAVGVKSIAAYRVGLE 177 Query 184 GDLTEPPAAQVAEAAKRWRDR----GGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRD 239 P +V AA RW R VRL D VL R + + P+QFHVG+GD D Sbjct 178 LSGERPAPHEVEAAAGRWLRRIEAGEPVRLADEVLHRHLIWAGIDRRLPVQFHVGYGDSD 237 Query 240 ADLHKANPLYLLDFLRQSGNT--PIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGA 297 DLH+ +PL L LR + +T PI+LLH YP+ R A YLAQ F +V++D GL H G Sbjct 238 VDLHRCDPLRLTGLLRATRDTGVPILLLHNYPFHRNAAYLAQVFEHVFVDVGLITHNAGF 297 Query 298 RSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDA 357 R+PA + LELAPF K+++S+D FG AEL+ LG L+R G+ LR + D E DA Sbjct 298 RAPAILAETLELAPFGKLLFSTDAFGLAELYHLGTALFRQGLSDFLRAALAADALSEVDA 357 Query 358 LRVVDLIAHGTAARIYRL 375 +R+ L H AARIYRL Sbjct 358 VRLAHLAGHENAARIYRL 375 >gi|271965440|ref|YP_003339636.1| hypothetical protein Sros_3983 [Streptosporangium roseum DSM 43021] gi|270508615|gb|ACZ86893.1| hypothetical protein Sros_3983 [Streptosporangium roseum DSM 43021] Length=386 Score = 260 bits (665), Expect = 2e-67, Method: Compositional matrix adjust. Identities = 164/379 (44%), Positives = 210/379 (56%), Gaps = 16/379 (4%) Query 8 DLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHC 67 D R PL+D H HG R RFE + EA T P + FD+ G AVR C Sbjct 13 DPVREALLAPLVDHHCHGVRRDGLTRARFEMLITEAGT-PAPPGTTHFDTPAGAAVRRWC 71 Query 68 APILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGI-GYDVSGMASVAGL 126 AP+L L HV P Y RRS+ E+ RR L+AAG+ +LV+TG+ G D + S A + Sbjct 72 APVLDLDPHVPPAVYLARRSELGPVEVNRRLLRAAGIMAFLVDTGLNGPD---LLSAAEM 128 Query 127 GELSGSHAHEVVRLEQVAEQAVQ---ASG-DYASAFNEILRRRAATAVATKSILAYRGGF 182 G L G+ A E++R+EQ+ EQ V ASG Y +A E L RA AV S +AYR G Sbjct 129 GRLGGAAADEIIRIEQI-EQGVAETAASGVSYITALGEALAGRADRAVGFTSAIAYRHGL 187 Query 183 DGDLTEPPAAQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRL----GKPLQFHVGFGDR 238 D D P V AA R G RL D VLLR L A+ + G PLQFH G+GD Sbjct 188 DFDPARPGRGSVIAAATRRLAHPGARLTDPVLLRHLLWAAVDVARERGLPLQFHTGYGDP 247 Query 239 DADLHKANPLYLLDFLR--QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLG 296 DLH+A+P + F+R Q P++LLHCYP+ R+A YLA F +VY+D GL + + Sbjct 248 GLDLHRADPALMTGFIRALQPIGVPVILLHCYPFHRQAAYLANVFPHVYVDVGLVLTHTA 307 Query 297 ARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETD 356 A S A +G LLEL PF K ++SSDG+G AE LGA +R + R L + +W D Sbjct 308 AGSAAVMGELLELVPFHKQLFSSDGYGVAETCLLGALYYRRSLARALAVRLADGEWSVPD 367 Query 357 ALRVVDLIAHGTAARIYRL 375 A RV +I G A R+YRL Sbjct 368 AARVAHMIGSGNARRVYRL 386 >gi|312141871|ref|YP_004009207.1| amidohydrolase [Rhodococcus equi 103S] gi|311891210|emb|CBH50529.1| putative amidohydrolase [Rhodococcus equi 103S] Length=397 Score = 253 bits (646), Expect = 4e-65, Method: Compositional matrix adjust. Identities = 165/382 (44%), Positives = 214/382 (57%), Gaps = 16/382 (4%) Query 6 GSDLTRHTAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRN 65 G +PL+D H HG +R FE+ L EA P S FD+Q G AVR+ Sbjct 14 GDSFAEMVDALPLVDHHCHGVLRRPLDRAGFESFLTEA-AAPGRWHGSLFDTQAGTAVRS 72 Query 66 HCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAG 125 CAP+L L RH Y DRR++ E+ RR L AAG++++LV+TG D + + Sbjct 73 LCAPVLDLDRHAGSDEYLDRRTELGVDEVTRRLLDAAGISEFLVDTGFLPD--RLTAPDE 130 Query 126 LGELSGSHAHEVVRLEQVAEQAVQASGDYASAFNEILRRRAA----TAVATKSILAYRGG 181 L + +G AHEVVRLE VAE + +G A AF R R A TAVA K++ AYR G Sbjct 131 LADFTGGVAHEVVRLESVAEDVI--AGHNADAFAPTCRARLADASRTAVAFKTVAAYRVG 188 Query 182 FDGDLTEPPAAQVAEAAKRWRDRGG----VRLQDRVLLRFGLHQALRLGKPLQFHVGFGD 237 D P A V AA RW VRL D L+RF A+ LG P+QFHVG+GD Sbjct 189 LDLAADRPSDAAVFTAAARWAADVAAGRPVRLHDETLVRFLFWTAVDLGLPIQFHVGYGD 248 Query 238 RDADLHKANPLYLLDFLRQSG--NTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYL 295 D DLH+A+PL L+ LR + + PI+LLH YP+ R AGYLAQ F++V++D GL+V + Sbjct 249 ADTDLHRADPLLLMPLLRATAGRDVPIMLLHNYPFHRNAGYLAQVFDHVFVDVGLAVQNV 308 Query 296 GARSPA-FIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCE 354 G A + LLELAPF +++S+DG G EL + A +R + VL V R DW Sbjct 309 GGGGAARILAELLELAPFGSVLFSTDGCGLPELFHVAAVRFRRALAAVLDAEVARRDWSR 368 Query 355 TDALRVVDLIAHGTAARIYRLG 376 DA RV +IA A R YRLG Sbjct 369 ADARRVARMIAADNARRAYRLG 390 >gi|134099638|ref|YP_001105299.1| amidohydrolase 2 [Saccharopolyspora erythraea NRRL 2338] gi|291005456|ref|ZP_06563429.1| amidohydrolase 2 [Saccharopolyspora erythraea NRRL 2338] gi|133912261|emb|CAM02374.1| amidohydrolase 2 [Saccharopolyspora erythraea NRRL 2338] Length=375 Score = 248 bits (634), Expect = 1e-63, Method: Compositional matrix adjust. Identities = 158/370 (43%), Positives = 204/370 (56%), Gaps = 13/370 (3%) Query 15 EVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLP 74 +VPL+DQH HG + +R FE + EA E L S FDS LG ++R CAP+LGL Sbjct 5 DVPLLDQHCHGVRTADLDRHEFELLMTEA--ERLGRDRSPFDSMLGVSLRRLCAPVLGLD 62 Query 75 RHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHA 134 H + Y RR++ RR L +G WLV+TG+ + S A L+ A Sbjct 63 PHAEAGDYLARRTELGWLTATRRLLGTSGTRTWLVDTGL--TALPLTSPAEFAVLADGQA 120 Query 135 HEVVRLEQVAEQAVQASGDYASAFNEI---LRRRAATAVATKSILAYRGGFDGDLTEPPA 191 EVVRLE VAE+ A + + LR RA +A KSI AYRGG P A Sbjct 121 REVVRLEAVAERVAAGGVAAADLADAVERELRARAVSAAGFKSIAAYRGGLALPGRRPDA 180 Query 192 AQVAEAAKRWRDRGGVRLQDRVLLRF----GLHQALRLGKPLQFHVGFGDRDADLHKANP 247 A V AA RW G RL DR LL + G LG PLQFH GFGD D L +A+P Sbjct 181 ASVVRAASRWLSSGRGRLDDRDLLAWLAHVGAEIGAELGLPLQFHTGFGDPDLHLREADP 240 Query 248 LYLLDFLRQSGNT--PIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGR 305 L L DFLR + T +VLLHC+P+ R A YLA F++V +D GL++ ++GAR+ A + Sbjct 241 LALTDFLRSTSGTGATVVLLHCWPHHRNAAYLAHVFDHVLVDLGLTIPHVGARAGAVLAE 300 Query 306 LLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIA 365 LE+AP+R + +SSDG+G ELH LGA LWR R++ ++ D DA R+V IA Sbjct 301 TLEIAPWRAVCFSSDGYGLPELHHLGAALWRERCGRLVDEWLADDVLTTRDAERLVTGIA 360 Query 366 HGTAARIYRL 375 AAR Y L Sbjct 361 GANAARAYGL 370 >gi|345011321|ref|YP_004813675.1| amidohydrolase 2 [Streptomyces violaceusniger Tu 4113] gi|344037670|gb|AEM83395.1| amidohydrolase 2 [Streptomyces violaceusniger Tu 4113] Length=389 Score = 245 bits (626), Expect = 8e-63, Method: Compositional matrix adjust. Identities = 153/371 (42%), Positives = 211/371 (57%), Gaps = 17/371 (4%) Query 18 LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHV 77 L+D H HG +E + FE L E++ P A + FDSQLGFAVR C P+LGL H Sbjct 17 LVDHHCHGVVRSELSSAAFEAFLTESDA-PAALGTTFFDSQLGFAVRRWCPPLLGLEPHC 75 Query 78 DPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEV 137 P Y RR + E+ RR L AAG++++LV+TG+ +++ + L +G AHE+ Sbjct 76 PPAHYLARRRELGPREVTRRLLSAAGISEFLVDTGLPGNLT---TPQELALAAGGTAHEI 132 Query 138 VRLEQVAEQAVQAS---GDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAAQV 194 VRLEQ+AE+ S D+ + + +R A TA KS+ AYR G D + P V Sbjct 133 VRLEQLAERVADTSLTADDFLAGVADGIREAARTAAGFKSVAAYRYGLDFEPDPPGPGAV 192 Query 195 AEAAKRW---RDRGGV---RLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 AA+ W R +GG R+ D VLLR L A G PLQ H GFGD D L + +PL Sbjct 193 HTAAEHWLARRGQGGTAAARVTDPVLLRHLLWSAAYTGLPLQLHTGFGDPDLRLDRCDPL 252 Query 249 YLLDFLR---QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGR 305 L DF+R +G T ++LLH YPY R A YLA F +VY D GL++ + GAR+ A + Sbjct 253 ALTDFIRAVRPTGCT-LILLHGYPYHRGAAYLAAVFPHVYADVGLALSHTGARAGAVLAE 311 Query 306 LLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIA 365 +LELAPF K+++S+D +G EL+ +GA L+R + +L +V W DA RV L+ Sbjct 312 MLELAPFGKVLFSTDAYGLPELYVVGARLFREALTGLLIHWVAEGAWSRRDARRVAALLG 371 Query 366 HGTAARIYRLG 376 A R+Y LG Sbjct 372 ADNARRVYGLG 382 >gi|86739030|ref|YP_479430.1| amidohydrolase 2 [Frankia sp. CcI3] gi|86565892|gb|ABD09701.1| amidohydrolase 2 [Frankia sp. CcI3] Length=384 Score = 243 bits (620), Expect = 4e-62, Method: Compositional matrix adjust. Identities = 153/371 (42%), Positives = 200/371 (54%), Gaps = 16/371 (4%) Query 18 LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHV 77 L+D H HG + R FE+ + EA P + FDSQ+GFA+R CAP+L LP H Sbjct 13 LVDHHCHGLVGRDLTRPEFESMITEAE-HPGPPGTTLFDSQIGFALRRWCAPVLDLPAHA 71 Query 78 DPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEV 137 P+ Y +RR++ AE+ RR L+A G+T + V+ G + + S A L EL+G +V Sbjct 72 APEDYLERRAELGHAEVHRRLLRACGITTFCVDAG--FQPEPLTSAAELAELAGGRGVDV 129 Query 138 VRLEQVAEQAVQ-------ASGDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPP 190 VRLE+VAEQA A L T VA KS+ AYRGG + P Sbjct 130 VRLERVAEQAAVDVITGQIGMTHLADTVRARLESTRPTMVAVKSVAAYRGGLELPAQRPT 189 Query 191 AAQVAEAAKRW----RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKAN 246 +VA AA+ W R +RL D L F + + P+Q HVG+GD D DL + N Sbjct 190 DREVAAAARGWIHEIRAGAPIRLTDPTLHAFLIWCGVDARLPIQIHVGYGDSDIDLRRGN 249 Query 247 PLYLLDFLRQSGNT--PIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIG 304 PL L LR T ++LLHCYP+ REAGYLAQ F N+YLD GL++H G S + Sbjct 250 PLLLTGLLRAIAPTEVSVLLLHCYPFHREAGYLAQVFPNIYLDLGLAIHNCGRGSAGLLA 309 Query 305 RLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLI 364 + LELAPF K ++S+D F EL+ LGA L+R G+ L V D W DA RV LI Sbjct 310 QALELAPFGKFLFSTDAFALGELYLLGAVLFRRGLSAFLAAGVADDAWTAADAKRVARLI 369 Query 365 AHGTAARIYRL 375 A R+Y L Sbjct 370 CADNARRVYNL 380 >gi|158318238|ref|YP_001510746.1| amidohydrolase 2 [Frankia sp. EAN1pec] gi|158113643|gb|ABW15840.1| amidohydrolase 2 [Frankia sp. EAN1pec] Length=407 Score = 243 bits (620), Expect = 4e-62, Method: Compositional matrix adjust. Identities = 160/373 (43%), Positives = 212/373 (57%), Gaps = 16/373 (4%) Query 18 LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHV 77 L+D H HG L + +R FE L EA+ EP + FDS +GFAVR CAP+L LPRH Sbjct 6 LVDHHCHGLLLRDLDRPDFERMLTEAD-EPGPAGTTLFDSHIGFAVRRWCAPVLDLPRHA 64 Query 78 DPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEV 137 P Y RR + E+ RRFL+AAG+ + V+ G Y + S L G H++ Sbjct 65 APDVYLARRRELGVEEVNRRFLRAAGIGAFCVDAG--YLPEPLTSATELATAGGGTGHDI 122 Query 138 VRLEQVAEQA---VQASGDYASAFNEILRRR----AATAVATKSILAYRGGFDGDLTEPP 190 +RLE++AE + + F + +R R + T V KS+ AYR G D T P Sbjct 123 LRLERLAEALAVDILTGQLGVTHFADTVRERVTGASPTTVGLKSVAAYRVGLDLPATRPT 182 Query 191 AAQVAEAAKRW----RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKAN 246 +VA A + W R +RL D VL F + + G P+Q HVG+GD + DLH+ N Sbjct 183 DREVAAAVRDWLGLIRRGVPIRLADPVLHAFLIWTGVDAGLPVQIHVGYGDAELDLHRCN 242 Query 247 PLYLLDFLRQSGNT--PIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIG 304 PL L LR T P++LLHCYPY REAGYLAQ F V+LD GL+VH +G R+PA + Sbjct 243 PLLLTGLLRALAPTGVPVMLLHCYPYHREAGYLAQVFPTVHLDVGLAVHNVGRRAPALLA 302 Query 305 RLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLI 364 LELAPF + ++S+D FG AEL+ LGA L+R + VL + DW + DA RV +LI Sbjct 303 EALELAPFSRFLFSTDAFGLAELYLLGARLFRQALSTVLGDGIADGDWTDDDARRVAELI 362 Query 365 AHGTAARIYRLGD 377 G A RIYRL + Sbjct 363 GAGNARRIYRLSE 375 >gi|297155512|gb|ADI05224.1| hypothetical protein SBI_02103 [Streptomyces bingchenggensis BCW-1] Length=389 Score = 241 bits (615), Expect = 2e-61, Method: Compositional matrix adjust. Identities = 158/369 (43%), Positives = 212/369 (58%), Gaps = 15/369 (4%) Query 18 LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHV 77 L+D H HG E + FE L E++ P A S FD+QLGFAVR C P+LGLP H Sbjct 13 LVDHHCHGLLRGEPDAAAFEAYLTESDA-PAAPGTSYFDTQLGFAVRRWCPPLLGLPPHC 71 Query 78 DPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEV 137 P+ Y RR + AE+ RR L+AAG+T++LV+TG+ D+ G +A E +G A E+ Sbjct 72 PPERYLARRRELGAAEVTRRLLRAAGITEFLVDTGLPGDLMGPQELA---EAAGGAAREI 128 Query 138 VRLEQVAEQAVQAS---GDYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAAQV 194 VRLE +AE+ AS + + + +R A TA KS+ AYR G D T P A + Sbjct 129 VRLEHLAERVADASRTADSFLATLDGAVRGAALTAAGFKSVAAYRYGLDLAPTPPAPAAL 188 Query 195 AEAAKRWR------DRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 AA RW D RL D VLLR L A+R PLQ H GFGD D L + +PL Sbjct 189 RAAADRWLAARAGGDPVAARLADPVLLRHLLWSAVRTALPLQLHTGFGDPDLRLDRCDPL 248 Query 249 YLLDFLR--QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRL 306 L DF+R + P++LLH YPY R AGYLA +VY D GL++ + GAR+ A + + Sbjct 249 LLTDFIRAVRPTGCPLILLHGYPYHRGAGYLAAVHPHVYADVGLALTHTGARAGAVLAEV 308 Query 307 LELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAH 366 LE+APF K+++S+D +G EL+ +GA L+R + L +V WC DA RV L+A Sbjct 309 LEVAPFGKVLFSTDAYGLPELYAVGALLFREALDATLARWVRDGAWCAADAERVAALVAA 368 Query 367 GTAARIYRL 375 G A R+Y L Sbjct 369 GNARRVYGL 377 >gi|256379784|ref|YP_003103444.1| amidohydrolase 2 [Actinosynnema mirum DSM 43827] gi|255924087|gb|ACU39598.1| amidohydrolase 2 [Actinosynnema mirum DSM 43827] Length=363 Score = 239 bits (611), Expect = 4e-61, Method: Compositional matrix adjust. Identities = 155/366 (43%), Positives = 205/366 (57%), Gaps = 20/366 (5%) Query 16 VPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPR 75 PLID H HG E +RR FE L EA+ A S FD+ +GFAVR CAP+L LP Sbjct 11 TPLIDHHCHGVLGGELDRRAFEARLTEASVA--APGTSLFDTAVGFAVRRWCAPVLDLPP 68 Query 76 HVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAH 135 H P Y +RR++ E+ RR + AAGV +LV+ G+ ++ A+ G Sbjct 69 HASPDAYLERRAELGADEVNRRLIGAAGVELFLVDAGLPGELVDPAAYGG---------- 118 Query 136 EVVRLEQVAEQAVQASGDYASAFNEILRRRAAT----AVATKSILAYRGGFDGDLTEPPA 191 + + ++ A G+ A+ F + R RAA AVA KSI AYR G D D P Sbjct 119 RSLDVLRLERLAELLVGEGAAGFPD--RVRAALGRSGAVAAKSIAAYRVGLDLDPARPSD 176 Query 192 AQVAEAAKRWRDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLL 251 +V AA RW G R D VL RF + +AL G P+QFHVG+GD D DLH+A+P L Sbjct 177 GEVVRAASRWPASGSGRCADPVLSRFLVWEALERGLPVQFHVGYGDSDLDLHRADPALLT 236 Query 252 DFLR--QSGNTPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLEL 309 LR Q P++LLH YP+ R AGYLAQ F +VY D GL+ H +G R+ A + LEL Sbjct 237 PLLRAVQPLGVPVLLLHNYPFHRTAGYLAQVFPHVYADLGLATHGVGDRAAAVLAEALEL 296 Query 310 APFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTA 369 P K +YSSDG+ AELH LGA L+R + +LRG +E DA+R+ +++ G A Sbjct 297 VPCGKFLYSSDGYALAELHHLGALLYRRALSDLLRGKLESGSLSGEDAVRITRMVSGGNA 356 Query 370 ARIYRL 375 R YR+ Sbjct 357 RRAYRI 362 >gi|302540164|ref|ZP_07292506.1| amidohydrolase 2 [Streptomyces hygroscopicus ATCC 53653] gi|302457782|gb|EFL20875.1| amidohydrolase 2 [Streptomyces himastatinicus ATCC 53653] Length=365 Score = 237 bits (604), Expect = 3e-60, Method: Compositional matrix adjust. Identities = 149/352 (43%), Positives = 199/352 (57%), Gaps = 15/352 (4%) Query 36 FENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELA 95 FE L E++ P A + FDSQLGFA+R C P+L L H P Y RR + E+ Sbjct 11 FEAFLTESDA-PAALGTTFFDSQLGFALRRWCPPLLDLEPHCPPARYLARRRELGVREVN 69 Query 96 RRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEVVRLEQVAEQAVQAS---G 152 RR L AAG+TD+LV+TG+ D++ +A +G AHE+VRLE +AE+ S Sbjct 70 RRLLSAAGITDFLVDTGLPGDLTTPDELAAA---AGGTAHEIVRLEHLAERTADTSRSAD 126 Query 153 DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAAQVAEAAKRW---RDRGGV-- 207 D+ + + +R A TA KS+ AYR G + P A V AA+RW R GG Sbjct 127 DFLAGLADGIREAARTAAGFKSVAAYRYGLHFEPDAPAPAAVHTAAERWLAHRAEGGAPA 186 Query 208 -RLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLLDFLRQSGNT--PIVL 264 R+ D VLLR L A R G PLQ H GFGD D L + +PL L DF+R T ++L Sbjct 187 ARVTDPVLLRHLLWSAARTGLPLQLHTGFGDPDLRLDRCDPLALTDFIRAVRPTGCSLIL 246 Query 265 LHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLELAPFRKIVYSSDGFGP 324 LH YPY R A YLA F +VY D GLS+ + GAR+ A + +LELAPF K+++S+D +G Sbjct 247 LHGYPYHRGAAYLAAVFPHVYADVGLSLTHTGARAGAVLAEMLELAPFGKVLFSTDAYGL 306 Query 325 AELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTAARIYRLG 376 EL+ +GA L+R + +L +V W DA RV L+ A R+Y LG Sbjct 307 PELYMVGARLFREALTGLLDQWVREGAWSSGDAGRVAALLGADNARRVYGLG 358 >gi|288919200|ref|ZP_06413538.1| amidohydrolase 2 [Frankia sp. EUN1f] gi|288349447|gb|EFC83686.1| amidohydrolase 2 [Frankia sp. EUN1f] Length=476 Score = 236 bits (601), Expect = 7e-60, Method: Compositional matrix adjust. Identities = 146/373 (40%), Positives = 206/373 (56%), Gaps = 16/373 (4%) Query 18 LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRHV 77 L+D H HG + +R FE L E++ EP + FDS +GFAVR CAP+L L H Sbjct 54 LVDHHCHGLLTRDLSRPDFERMLTESD-EPAPAGTTLFDSHVGFAVRRWCAPVLDLAPHS 112 Query 78 DPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHEV 137 P+ Y RR + E+ RRF++AAG+ + V+ G Y + S L G+ H++ Sbjct 113 SPEDYLARRGELGVEEVNRRFVRAAGIGAFCVDAG--YLPEPLMSAGELAVACGAAGHDI 170 Query 138 VRLEQVAEQ-AVQ-ASGDY-ASAFNEILRRRAA----TAVATKSILAYRGGFDGDLTEPP 190 +RLE++AE AV +G + F + +R R A T V KS+ AYR G P Sbjct 171 LRLERLAETLAVDIVTGQLGVNHFADTIRERIAGASPTTVGLKSVAAYRVGLALPAARPT 230 Query 191 AAQVAEAAKRW----RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKAN 246 +V A + W R +RL + +L F + + G P+Q HVG+GD D DL + N Sbjct 231 DREVTAAVREWMALIRRGVPIRLANPLLHAFLIWTGVDAGLPIQIHVGYGDADLDLDRCN 290 Query 247 PLYLLDFLRQSGNT--PIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIG 304 PL L LR T P++LLHCYPY REAGYLAQ V++D GL++ LG R+P +G Sbjct 291 PLLLTGLLRALAPTGVPVMLLHCYPYHREAGYLAQILPTVHMDVGLALQNLGRRAPVLLG 350 Query 305 RLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLI 364 LEL PF + ++S+D FG EL+ LG+ L+R + VL + DW E DA R+ ++I Sbjct 351 EALELVPFSRFLFSTDAFGLGELYLLGSLLFRRALSTVLADGIADGDWTEQDATRLAEMI 410 Query 365 AHGTAARIYRLGD 377 G A R+YRL + Sbjct 411 GAGNARRVYRLDE 423 >gi|337765103|emb|CCB73812.1| conserved protein of unknown function [Streptomyces cattleya NRRL 8057] Length=374 Score = 235 bits (599), Expect = 1e-59, Method: Compositional matrix adjust. Identities = 150/368 (41%), Positives = 210/368 (58%), Gaps = 11/368 (2%) Query 17 PLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPRH 76 PL+D H HG + FE L EA A + FD+Q GFAVR C P+LGL H Sbjct 6 PLVDHHCHGVVRGDLGLASFELLLTEAAAPAAAG-TTYFDTQTGFAVRRWCPPLLGLEAH 64 Query 77 VDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAHE 136 P Y RR + E+ RR L++ G+ +LV+TGI D++ +A G+ + A E Sbjct 65 CPPAHYLARRRELGAYEVTRRLLRSTGIGTYLVDTGIPGDLTTPDELAAAGD---ARARE 121 Query 137 VVRLEQVAEQAVQASGD---YASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPPAAQ 193 VVRLE +AE+A A+ + +AF E + + TAVA KS+ AYR G + + P A+ Sbjct 122 VVRLETLAERAADAAATPAAFVTAFAEAVHTASRTAVAFKSVAAYRHGLALEPSAPGPAE 181 Query 194 VAEAAKRWRD--RGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPLYLL 251 V AA W G RL+D VLLR L A+ G PLQ H GFGD D L A+P L Sbjct 182 VRLAAADWLAGRAAGARLRDPVLLRHLLWSAVATGLPLQLHTGFGDPDLRLDHADPALLT 241 Query 252 DFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRLLEL 309 DF + + T +VLLH YPY R+A YLA F +V+ D GL++ + GAR+ A + +LEL Sbjct 242 DFAKATDGLGTDLVLLHGYPYHRQAAYLANVFPHVHADVGLALTHTGARAEAVLAEVLEL 301 Query 310 APFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAHGTA 369 PF K+++S+D +G EL+ +G L+ ++R+L G+V+ W DA RV +++ G A Sbjct 302 VPFGKLLFSTDAYGLPELYVVGVRLYTRALERLLAGWVDEGAWSRQDARRVAGMVSAGNA 361 Query 370 ARIYRLGD 377 R+YRL D Sbjct 362 RRLYRLPD 369 >gi|297198871|ref|ZP_06916268.1| conserved hypothetical protein [Streptomyces sviceus ATCC 29083] gi|197711208|gb|EDY55242.1| conserved hypothetical protein [Streptomyces sviceus ATCC 29083] Length=368 Score = 232 bits (591), Expect = 1e-58, Method: Compositional matrix adjust. Identities = 153/370 (42%), Positives = 198/370 (54%), Gaps = 14/370 (3%) Query 15 EVP-LIDQHVHGCWLTEGNRRRFENALNEANTE-PLADFDSGFDSQLGFAVRNHCAPILG 72 E P L+DQ+ HG TE FE L A TE P A + FD+Q GFAVR C P+LG Sbjct 3 ETPSLVDQYCHGVLRTELGLGTFETQL--ARTEGPPAPGTTLFDTQTGFAVRRWCPPLLG 60 Query 73 LPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS 132 L H P Y RR + E RR L+ +G+T +LV+TG+ D++G +A + + Sbjct 61 LEPHCPPARYLARRRELGVLEAGRRLLRGSGITTYLVDTGLPGDLTGPTELASAAD---A 117 Query 133 HAHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 189 A E+VRLE +AEQ SG + + E + AA AVA S+ R G P Sbjct 118 EAREIVRLELLAEQVADTSGTVESFLANLAESVHGAAANAVAFTSVAGVRHGLALAPEPP 177 Query 190 PAAQVAEAAKRW--RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANP 247 +V AA RW R R G L D VLLR L A G PLQ H G G+ + + +P Sbjct 178 GPGEVRGAAGRWLARRRVGGELSDPVLLRHLLWIAAASGLPLQLHAGLGEPGLRIDRTDP 237 Query 248 LYLLDFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGR 305 + L DF+R + T +VLLH YPY R A +LA F +VY D G ++ GAR+ + Sbjct 238 VLLTDFVRATAGLGTDLVLLHSYPYHRHAAHLAGVFPHVYADSGAALVRTGARAATVLAE 297 Query 306 LLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIA 365 +LELAPF KIV+SS ELH +GA L+R + RVL G+V W DA RV LIA Sbjct 298 ILELAPFGKIVFSSGAHSLPELHVVGARLFREALARVLGGWVTEGAWSLADAQRVAGLIA 357 Query 366 HGTAARIYRL 375 G A R+Y L Sbjct 358 AGNARRVYGL 367 >gi|29832860|ref|NP_827494.1| hypothetical protein SAV_6318 [Streptomyces avermitilis MA-4680] gi|29609981|dbj|BAC74029.1| hypothetical protein [Streptomyces avermitilis MA-4680] Length=368 Score = 228 bits (582), Expect = 1e-57, Method: Compositional matrix adjust. Identities = 152/368 (42%), Positives = 200/368 (55%), Gaps = 14/368 (3%) Query 15 EVP-LIDQHVHGCWLTEGNRRRFENALNEANTE-PLADFDSGFDSQLGFAVRNHCAPILG 72 E P L+DQ+ HG TE FE L A TE P A + FD+Q GFAVR C P+LG Sbjct 3 ETPSLVDQYCHGVLRTELGLGTFEAHL--ARTEGPPAPGTTLFDTQTGFAVRRWCPPLLG 60 Query 73 LPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS 132 L H P Y RR + E RR L+ +G+T +LV+TG+ D++G +A G + Sbjct 61 LEPHCPPARYLARRRELGVLESGRRLLRGSGITTYLVDTGLPGDLTGPGEMASAGA---A 117 Query 133 HAHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 189 AHE+VRLE +AEQ SG + + E + AA AVA S+ R G P Sbjct 118 DAHEIVRLELLAEQVADTSGTVESFLANLAESVHGTAADAVAFTSVAGVRHGLALAPEPP 177 Query 190 PAAQVAEAAKRWRD--RGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANP 247 +V AA RW R G L D VLLR L A+ G+PLQ H G G+ + + +P Sbjct 178 GPGEVRGAAGRWLAGRRVGGPLSDPVLLRHLLWIAVASGRPLQLHSGLGEPGLRIDRTDP 237 Query 248 LYLLDFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGR 305 + L DF+R + T +VLLH YPY R A +LA F +VY D G ++ GA + A + Sbjct 238 VLLTDFVRATAGLGTDLVLLHGYPYHRHAAHLAGVFPHVYADLGAALVRTGAGAAAVLSE 297 Query 306 LLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIA 365 +LELAPF KI++SS G ELH +GA L+R+ + RVL +V W DA RV LIA Sbjct 298 ILELAPFGKILFSSGAHGLPELHVVGAHLFRAALARVLGAWVAEGAWSLADAQRVAGLIA 357 Query 366 HGTAARIY 373 G A R+Y Sbjct 358 AGNARRVY 365 >gi|312200587|ref|YP_004020648.1| amidohydrolase 2 [Frankia sp. EuI1c] gi|311231923|gb|ADP84778.1| amidohydrolase 2 [Frankia sp. EuI1c] Length=537 Score = 227 bits (579), Expect = 2e-57, Method: Compositional matrix adjust. Identities = 160/398 (41%), Positives = 208/398 (53%), Gaps = 41/398 (10%) Query 16 VPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGLPR 75 +PL+D H HG E +R FE A+ EA+ P S FDSQLG A+R CAP+L L Sbjct 9 LPLVDHHCHGLVRRELDRADFERAMTEAD-HPAPVGTSFFDSQLGLALRRWCAPVLDLAP 67 Query 76 HVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSHAH 135 H P Y RR++ E+A R L+AAG+ + V+TG + + A L +G+ AH Sbjct 68 HAQPDDYLARRAELGPDEVATRMLRAAGIEELCVDTGFAPER--LTGAADLAGAAGARAH 125 Query 136 EVVRLEQVAEQAVQ--ASGDYASA-FNEILRRRAAT------------------------ 168 +VVRLE +AEQ +G A F +++R R A Sbjct 126 DVVRLEPLAEQVALDIVTGQVGVAHFPDLVRSRLAARTGRDEPTAGRAKRPADQARKAAG 185 Query 169 -----AVATKSILAYRGGFDGDLTEPPAAQVAEAAKRW----RDRGGVRLQDRVLLRFGL 219 V KS+ AYR G D P V + + W R +RL D VL F + Sbjct 186 PGGVDVVGVKSVAAYRVGLDLPSERPTDRAVIASVRGWVSQLRAGAPIRLADPVLHSFLI 245 Query 220 HQALRLGKPLQFHVGFGDRDADLHKANPLYLLDFLRQSGNT--PIVLLHCYPYEREAGYL 277 LG P+Q H GFGD D L +ANPL L D LR+ T P++LLHCYPY REAGYL Sbjct 246 WTGADLGLPVQIHTGFGDTDLHLARANPLLLTDLLRELVPTGAPVLLLHCYPYHREAGYL 305 Query 278 AQAFNNVYLDGGLSVHYLGARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRS 337 AQ F +VY+D GL+ H LG S + LELAPF K+++S+D F AEL+ LGA L+R Sbjct 306 AQVFPHVYVDVGLATHNLGRGSATVLAETLELAPFGKMLFSTDAFALAELYLLGAELFRR 365 Query 338 GIQRVLRGFVERDDWCETDALRVVDLIAHGTAARIYRL 375 G+ L VE DDW DA R+ +I G A R+Y L Sbjct 366 GLGAFLAAGVEADDWTAQDAARIAVMIGAGNARRVYGL 403 >gi|21220418|ref|NP_626197.1| hypothetical protein SCO1932 [Streptomyces coelicolor A3(2)] gi|5459399|emb|CAB50757.1| conserved hypothetical protein [Streptomyces coelicolor A3(2)] Length=368 Score = 221 bits (564), Expect = 1e-55, Method: Compositional matrix adjust. Identities = 148/371 (40%), Positives = 197/371 (54%), Gaps = 16/371 (4%) Query 15 EVP-LIDQHVHGCWLTEGNRRRFENALNEANTE-PLADFDSGFDSQLGFAVRNHCAPILG 72 E P L+DQ+ HG TE FE L A TE P A + FD+Q GFAVR C P+LG Sbjct 3 ETPSLVDQYCHGVLRTELGLGTFEAQL--ARTEGPPAPGTTLFDTQTGFAVRRWCPPLLG 60 Query 73 LPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS 132 L H P Y RR + E RR L+ +G+T +LV+ G+ D++G +A + + Sbjct 61 LEPHCPPARYLARRRELGVMEADRRLLRGSGITTYLVDAGLPGDLTGPTEMATAAD---A 117 Query 133 HAHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 189 E+VRLE +AEQ SG + + E + A AVA S+ R G P Sbjct 118 DTREIVRLELLAEQVADTSGTVESFLANLAEAVHGAAVNAVAFTSVAGVRHGLALAPEPP 177 Query 190 PAAQVAEAAKRW---RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKAN 246 +V AA RW R+ GG L D VLLR L A+ G PLQ H G G+ + + + Sbjct 178 GPGEVRGAAARWLTGREVGG-ELSDPVLLRHLLWIAVASGLPLQLHAGLGEPGLRIDRTD 236 Query 247 PLYLLDFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIG 304 P+ L DF+R + T +VLLH YPY R A +LA F +VY D G ++ GAR+ + Sbjct 237 PVLLTDFVRTTAGLGTDLVLLHGYPYHRHAAHLAGVFPHVYADSGAALVRTGARAATVLA 296 Query 305 RLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLI 364 +LELAPF KI++SS G ELH + A L+R + RVL +V W DA RV +I Sbjct 297 EILELAPFGKILFSSGAQGLPELHVVAARLFREALGRVLGTWVAEGAWSPGDAQRVAAMI 356 Query 365 AHGTAARIYRL 375 A G AAR+Y L Sbjct 357 ASGNAARVYGL 367 >gi|289772347|ref|ZP_06531725.1| conserved hypothetical protein [Streptomyces lividans TK24] gi|289702546|gb|EFD69975.1| conserved hypothetical protein [Streptomyces lividans TK24] Length=368 Score = 221 bits (563), Expect = 2e-55, Method: Compositional matrix adjust. Identities = 147/371 (40%), Positives = 197/371 (54%), Gaps = 16/371 (4%) Query 15 EVP-LIDQHVHGCWLTEGNRRRFENALNEANTE-PLADFDSGFDSQLGFAVRNHCAPILG 72 E P L+DQ+ HG TE FE L A TE P A + FD+Q GFAVR C P+LG Sbjct 3 ETPSLVDQYCHGVLRTELGLGTFEAQL--ARTEGPPAPGTTLFDTQTGFAVRRWCPPLLG 60 Query 73 LPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS 132 L H P Y RR + E RR L+ +G+T +LV+ G+ D++G +A + + Sbjct 61 LEPHCPPARYLARRRELGVMEADRRLLRGSGITTYLVDAGLPGDLTGPTEMATAAD---A 117 Query 133 HAHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 189 E+VRLE +AEQ SG + + E + A AVA S+ R G P Sbjct 118 DTREIVRLELLAEQVADTSGTVESFLANLAEAVHGAAVNAVAFTSVAGVRHGLALAPEPP 177 Query 190 PAAQVAEAAKRW---RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKAN 246 +V AA RW R+ GG L D VLLR L A+ G PLQ H G G+ + + + Sbjct 178 GPGEVRGAAARWLTGREVGG-ELSDPVLLRHLLWIAVASGLPLQLHAGLGEPGLRIDRTD 236 Query 247 PLYLLDFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIG 304 P+ L DF+R + T ++LLH YPY R A +LA F +VY D G ++ GAR+ + Sbjct 237 PVLLTDFVRTTAGLGTDLILLHGYPYHRHAAHLAGVFPHVYADSGAALVRTGARAATVLA 296 Query 305 RLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLI 364 +LELAPF KI++SS G ELH + A L+R + RVL +V W DA RV +I Sbjct 297 EILELAPFGKILFSSGAQGLPELHVVAARLFREALGRVLGTWVAEGAWSPGDAQRVAAMI 356 Query 365 AHGTAARIYRL 375 A G AAR+Y L Sbjct 357 ASGNAARVYGL 367 >gi|290961346|ref|YP_003492528.1| cytochrome assembly protein [Streptomyces scabiei 87.22] gi|260650872|emb|CBG73989.1| putative cytochrome assembly protein [Streptomyces scabiei 87.22] Length=368 Score = 220 bits (560), Expect = 4e-55, Method: Compositional matrix adjust. Identities = 151/371 (41%), Positives = 199/371 (54%), Gaps = 14/371 (3%) Query 15 EVP-LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGL 73 E P L+DQ+ HG TE FE L + P A + FD+Q GFAVR C P+LGL Sbjct 3 ETPSLVDQYCHGVLRTELGLGTFEAHLARSEGPP-APGTTFFDTQTGFAVRRWCPPLLGL 61 Query 74 PRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSH 133 H P Y RR + E RR L+ +G+T +LV+TG+ D++G +A + + Sbjct 62 EPHCPPARYLARRRELGVLEAGRRLLRGSGITTYLVDTGLPGDLTGPGELASTAD---AD 118 Query 134 AHEVVRLEQVAEQAVQASGD---YASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPP 190 AHE+VRLE +AEQ SG + + E + AA AVA S+ R G P Sbjct 119 AHEIVRLELLAEQVADTSGTVDAFLANLAESVHAAAAHAVAFTSVAGVRHGLAFAPEPPG 178 Query 191 AAQVAEAAKRW---RDRGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANP 247 +V A RW R GG L D VLLR L A+ G+PLQ H G G+ L A+P Sbjct 179 PGEVRGAVGRWLAHRPVGGA-LTDPVLLRHLLWIAVASGRPLQLHAGLGEPGLRLDAADP 237 Query 248 LYLLDFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGR 305 + L DF R + T +VLLH YPY R A +LA F +V++D G + GAR+ A + Sbjct 238 VLLTDFARATAGLGTDLVLLHGYPYHRHAAHLAGVFPHVHVDLGAELVRTGARAGAVLAE 297 Query 306 LLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIA 365 +LELAPF KI++SS G ELH +GA L+R + RVL +V W DA RV L+A Sbjct 298 VLELAPFGKILFSSGAHGLPELHVVGARLFREALARVLGTWVAEGAWSPADAQRVAGLVA 357 Query 366 HGTAARIYRLG 376 G A R+Y LG Sbjct 358 AGNARRVYGLG 368 >gi|302550619|ref|ZP_07302961.1| amidohydrolase 2 [Streptomyces viridochromogenes DSM 40736] gi|302468237|gb|EFL31330.1| amidohydrolase 2 [Streptomyces viridochromogenes DSM 40736] Length=368 Score = 219 bits (557), Expect = 8e-55, Method: Compositional matrix adjust. Identities = 147/369 (40%), Positives = 197/369 (54%), Gaps = 12/369 (3%) Query 15 EVP-LIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILGL 73 E P L+DQ+ HG TE FE L+ P A + FD+Q GFAVR C P+LGL Sbjct 3 ETPSLVDQYCHGVLRTELGLGTFEAQLSRTEGPP-APGTTLFDTQTGFAVRRWCPPLLGL 61 Query 74 PRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGSH 133 H P Y RR + E ARR L+ +G+T +LV+TG+ D++ +A G + Sbjct 62 EPHCTPARYLARRRELGVLESARRLLRGSGITTYLVDTGLPGDLTEPGELASAG---AAE 118 Query 134 AHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEPP 190 AHE+VRLE +AEQ SG + + E + AA AVA S+ R G P Sbjct 119 AHEIVRLELLAEQVADTSGTVESFLANLAESVHAAAANAVAFTSVAGVRHGLALAPEPPG 178 Query 191 AAQVAEAAKRWRDRGGV--RLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANPL 248 +V AA RW GV L D VLLR L A+ G+PLQ H G G + + +P+ Sbjct 179 PGEVRGAAGRWLAGRGVGGELSDPVLLRHLLWSAVASGRPLQLHAGLGAPGLRIDRTDPV 238 Query 249 YLLDFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGRL 306 L DF+R + T +VLLH YPY R A +LA F +VY D G ++ GAR+ + + Sbjct 239 LLTDFVRATAGLGTDLVLLHGYPYHRHAAHLAGVFPHVYADCGAALVRTGARAATVLAEI 298 Query 307 LELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIAH 366 LELAPF KI++SS G ELH + A L+R + RVL +V W +DA RV ++A Sbjct 299 LELAPFGKILFSSGARGLPELHVVAAHLFREALGRVLGTWVAEGAWSLSDAQRVAGMLAS 358 Query 367 GTAARIYRL 375 G A R+Y L Sbjct 359 GNARRVYGL 367 >gi|111220162|ref|YP_710956.1| hypothetical protein FRAAL0676 [Frankia alni ACN14a] gi|111147694|emb|CAJ59350.1| conserved hypothetical protein; putative Metallo-dependent hydrolase domain [Frankia alni ACN14a] Length=348 Score = 213 bits (543), Expect = 3e-53, Method: Compositional matrix adjust. Identities = 134/334 (41%), Positives = 183/334 (55%), Gaps = 15/334 (4%) Query 55 FDSQLGFAVRNHCAPILGLPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIG 114 FDSQ+G A+R CAP L LP H DP+TY +RR++ AE+ RR L A+G++ + V+TG Sbjct 16 FDSQIGLALRRWCAPALDLPPHSDPETYLERRAELGHAEVHRRLLGASGISTFCVDTG-- 73 Query 115 YDVSGMASVAGLGELSGSHAHEVVRLEQVAEQAVQ-------ASGDYASAFNEILRRRAA 167 + + L +G +VVRLE++AE+A A L R Sbjct 74 FQPEPLTCAEDLAAFAGGRGLDVVRLERIAERAAVDVLTGQIGVAHLADTVRARLAERTP 133 Query 168 TAVATKSILAYRGGFDGDLTEPPAAQVAEAAKRWRD--RGG--VRLQDRVLLRFGLHQAL 223 + VA KS+ AYR G P +VA A + W + RGG +RL D VL F + + Sbjct 134 STVAVKSVAAYRAGLALPARRPTDREVAAATRTWINEIRGGAAIRLHDPVLHSFLIWCGV 193 Query 224 RLGKPLQFHVGFGDRDADLHKANPLYLLDFLRQSGNT--PIVLLHCYPYEREAGYLAQAF 281 P+Q HVG+GD D DL + NPL L LR T ++LLHCYP+ REA YLAQ F Sbjct 194 EARLPVQIHVGYGDADLDLARGNPLLLTGLLRAIAPTEVAVLLLHCYPFHREAAYLAQVF 253 Query 282 NNVYLDGGLSVHYLGARSPAFIGRLLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQR 341 NV+LD GL+++ G S I + LELAPF K ++S+D + EL LGATL+R G+ Sbjct 254 ANVHLDLGLAINNTGRGSIGLIAQALELAPFGKFLFSTDAYALGELFLLGATLFRRGLAA 313 Query 342 VLRGFVERDDWCETDALRVVDLIAHGTAARIYRL 375 L ++ D W DA R+ L+ A R+Y L Sbjct 314 FLADGIDDDAWTAADAARIARLVCADNARRVYDL 347 >gi|254391910|ref|ZP_05007103.1| conserved hypothetical protein [Streptomyces clavuligerus ATCC 27064] gi|294811966|ref|ZP_06770609.1| Predicted TIM-barrel fold metal-dependent hydrolase [Streptomyces clavuligerus ATCC 27064] gi|326440304|ref|ZP_08215038.1| hypothetical protein SclaA2_04528 [Streptomyces clavuligerus ATCC 27064] gi|197705590|gb|EDY51402.1| conserved hypothetical protein [Streptomyces clavuligerus ATCC 27064] gi|294324565|gb|EFG06208.1| Predicted TIM-barrel fold metal-dependent hydrolase [Streptomyces clavuligerus ATCC 27064] Length=359 Score = 194 bits (493), Expect = 2e-47, Method: Compositional matrix adjust. Identities = 140/370 (38%), Positives = 186/370 (51%), Gaps = 20/370 (5%) Query 13 TAEVPLIDQHVHGCWLTEGNRRRFENALNEANTEPLADFDSGFDSQLGFAVRNHCAPILG 72 T PL+DQH HG TE FE L P A + FD+Q GFA+R C P+LG Sbjct 2 TETPPLVDQHCHGVLRTELGLGTFEAELGPRAARP-APGTTFFDTQAGFAIRRWCPPLLG 60 Query 73 LPRHVDPQTYWDRRSQFSEAELARRFLQAAGVTDWLVETGIGYDVSGMASVAGLGELSGS 132 L H P Y RR + AE RR L+ +G +LV+TG+ D++ +A +G+ Sbjct 61 LEPHCPPARYLARRRELGAAEAGRRLLRGSGTAVYLVDTGVPGDLTPPGEMA---TSAGA 117 Query 133 HAHEVVRLEQVAEQAVQASG---DYASAFNEILRRRAATAVATKSILAYRGGFDGDLTEP 189 AHE+VRLE +A + A G ++ S+ + A TAVA S A RGG + P Sbjct 118 EAHEIVRLEPLAGRVADACGTVEEFLSSLAGAVYGAARTAVAFASAAAVRGGLALEPGAP 177 Query 190 PAAQVAEAAKRWRD--RGGVRLQDRVLLRFGLHQALRLGKPLQFHVGFGDRDADLHKANP 247 +V A W R G VLLR L A+ G PLQ H+G D P Sbjct 178 GPGEVRRAVSHWLAIRRPGELPAAPVLLRHALWTAVGTGLPLQLHLGDDD---------P 228 Query 248 LYLLDFLRQSGN--TPIVLLHCYPYEREAGYLAQAFNNVYLDGGLSVHYLGARSPAFIGR 305 + L DF + T +VLLH YP+ R A L F++VY D G ++ GAR+ A + Sbjct 229 MPLGDFAAATSGLGTSLVLLHGYPHHRSAARLTGLFSHVYADLGTALATTGARAAAVLAE 288 Query 306 LLELAPFRKIVYSSDGFGPAELHFLGATLWRSGIQRVLRGFVERDDWCETDALRVVDLIA 365 LELAPF K++YSS G ELH +GA L+ + RVL G+V W DA RV ++A Sbjct 289 TLELAPFGKLLYSSGARGLPELHVVGARLFHEALGRVLGGWVGDGAWARRDADRVATMLA 348 Query 366 HGTAARIYRL 375 A R+Y L Sbjct 349 GANARRVYGL 358 Lambda K H 0.322 0.139 0.426 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 728181445350 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