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= Rv3796 Length=375 Score E Sequences producing significant alignments: (Bits) Value gi|57117157|ref|YP_178016.1| hypothetical protein Rv3796 [Mycoba... 758 0.0 gi|289445397|ref|ZP_06435141.1| conserved hypothetical protein [... 756 0.0 gi|31794969|ref|NP_857462.1| hypothetical protein Mb3825 [Mycoba... 756 0.0 gi|298527271|ref|ZP_07014680.1| conserved hypothetical protein [... 755 0.0 gi|289572046|ref|ZP_06452273.1| conserved hypothetical protein [... 737 0.0 gi|15843418|ref|NP_338455.1| hypothetical protein MT3903 [Mycoba... 684 0.0 gi|308232572|ref|ZP_07416495.2| hypothetical protein TMAG_00288 ... 645 0.0 gi|167967228|ref|ZP_02549505.1| hypothetical protein MtubH3_0399... 644 0.0 gi|183985326|ref|YP_001853617.1| hypothetical protein MMAR_5358 ... 568 8e-160 gi|289441233|ref|ZP_06430977.1| LOW QUALITY PROTEIN: conserved h... 475 6e-132 gi|226359597|ref|YP_002777375.1| hypothetical protein ROP_01830 ... 268 9e-70 gi|326382614|ref|ZP_08204305.1| hypothetical protein SCNU_06740 ... 243 4e-62 gi|94152400|ref|YP_581807.1| metal-dependent hydrolase [Cupriavi... 242 6e-62 gi|56130673|ref|YP_145576.1| putative hydrolase [Ralstonia metal... 242 7e-62 gi|226363262|ref|YP_002781044.1| hypothetical protein ROP_38520 ... 227 2e-57 gi|188591962|ref|YP_001796560.1| zinc phosphodiesterase, tRNA 3'... 213 6e-53 gi|94312715|ref|YP_585924.1| zinc phosphodiesterase [Cupriavidus... 209 4e-52 gi|311105686|ref|YP_003978539.1| metallo-beta-lactamase [Achromo... 188 1e-45 gi|119714472|ref|YP_921437.1| hypothetical protein Noca_0205 [No... 187 2e-45 gi|119382938|ref|YP_913994.1| beta-lactamase-like protein [Parac... 187 2e-45 gi|338783130|gb|EGP47499.1| metallo-beta-lactamase superfamily p... 176 8e-42 gi|317405584|gb|EFV85885.1| hypothetical protein HMPREF0005_0139... 172 7e-41 gi|302529312|ref|ZP_07281654.1| predicted protein [Streptomyces ... 170 5e-40 gi|308179034|ref|YP_003918440.1| metallo-beta-lactamase [Arthrob... 169 6e-40 gi|111026992|ref|YP_708970.1| hydrolase [Rhodococcus jostii RHA1... 167 2e-39 gi|324998928|ref|ZP_08120040.1| putative hydrolase [Pseudonocard... 165 9e-39 gi|239907595|ref|YP_002954336.1| hypothetical protein DMR_29590 ... 165 1e-38 gi|257055816|ref|YP_003133648.1| metal-dependent hydrolase, beta... 160 2e-37 gi|187929827|ref|YP_001900314.1| beta-lactamase domain-containin... 155 1e-35 gi|78048699|ref|YP_364874.1| putative metallo-beta-lactamase sup... 154 2e-35 gi|17547214|ref|NP_520616.1| hydrolase [Ralstonia solanacearum G... 154 3e-35 gi|241663940|ref|YP_002982300.1| beta-lactamase domain-containin... 151 1e-34 gi|300690635|ref|YP_003751630.1| arylsulfatase (aryl-sulfate sul... 151 2e-34 gi|344167403|emb|CCA79626.1| putative arylsulfatase (Aryl-sulfat... 151 2e-34 gi|309781470|ref|ZP_07676206.1| hydrolase [Ralstonia sp. 5_7_47F... 150 4e-34 gi|294664822|ref|ZP_06730144.1| metallo-beta-lactamase superfami... 148 1e-33 gi|294625991|ref|ZP_06704602.1| metallo-beta-lactamase superfami... 148 1e-33 gi|344172192|emb|CCA84820.1| putative arylsulfatase (Aryl-sulfat... 148 1e-33 gi|116670283|ref|YP_831216.1| beta-lactamase domain-containing p... 148 1e-33 gi|325919973|ref|ZP_08181957.1| metal-dependent hydrolase, beta-... 148 2e-33 gi|334195076|gb|AEG68261.1| arylsulfatase precursor (aryl-sulfat... 147 3e-33 gi|299065910|emb|CBJ37090.1| putative arylsulfatase (Aryl-sulfat... 146 5e-33 gi|21243721|ref|NP_643303.1| hydrolase [Xanthomonas axonopodis p... 146 6e-33 gi|206590350|emb|CAQ37311.1| arylsulfatase precursor (aryl-sulfa... 146 6e-33 gi|300703243|ref|YP_003744845.1| arylsulfatase [Ralstonia solana... 146 6e-33 gi|83749087|ref|ZP_00946093.1| Metal-dependent hydrolase [Ralsto... 146 7e-33 gi|340788141|ref|YP_004753606.1| hydrolase [Collimonas fungivora... 145 1e-32 gi|334564296|ref|ZP_08517287.1| metallo-beta-lactamase superfami... 144 3e-32 gi|289664476|ref|ZP_06486057.1| putative metallo-beta-lactamase ... 141 2e-31 gi|289670660|ref|ZP_06491735.1| putative metallo-beta-lactamase ... 140 5e-31 >gi|57117157|ref|YP_178016.1| hypothetical protein Rv3796 [Mycobacterium tuberculosis H37Rv] gi|148663664|ref|YP_001285187.1| hypothetical protein MRA_3836 [Mycobacterium tuberculosis H37Ra] gi|148825003|ref|YP_001289757.1| hypothetical protein TBFG_13830 [Mycobacterium tuberculosis F11] 39 more sequence titles Length=375 Score = 758 bits (1956), Expect = 0.0, Method: Compositional matrix adjust. Identities = 375/375 (100%), Positives = 375/375 (100%), Gaps = 0/375 (0%) Query 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN Sbjct 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 Query 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH Sbjct 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 Query 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL Sbjct 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 Query 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD Sbjct 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 Query 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS Sbjct 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 Query 301 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY 360 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY Sbjct 301 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY 360 Query 361 SGMTTIARDGQVFAL 375 SGMTTIARDGQVFAL Sbjct 361 SGMTTIARDGQVFAL 375 >gi|289445397|ref|ZP_06435141.1| conserved hypothetical protein [Mycobacterium tuberculosis CPHL_A] gi|289418355|gb|EFD15556.1| conserved hypothetical protein [Mycobacterium tuberculosis CPHL_A] Length=375 Score = 756 bits (1952), Expect = 0.0, Method: Compositional matrix adjust. Identities = 374/375 (99%), Positives = 375/375 (100%), Gaps = 0/375 (0%) Query 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN Sbjct 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 Query 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH Sbjct 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 Query 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL Sbjct 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 Query 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD Sbjct 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 Query 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS Sbjct 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 Query 301 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY 360 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAP+DLPDSQWLDKIKKNY Sbjct 301 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPNDLPDSQWLDKIKKNY 360 Query 361 SGMTTIARDGQVFAL 375 SGMTTIARDGQVFAL Sbjct 361 SGMTTIARDGQVFAL 375 >gi|31794969|ref|NP_857462.1| hypothetical protein Mb3825 [Mycobacterium bovis AF2122/97] gi|121639713|ref|YP_979937.1| hypothetical protein BCG_3858 [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224992208|ref|YP_002646898.1| hypothetical protein JTY_3860 [Mycobacterium bovis BCG str. Tokyo 172] gi|31620567|emb|CAD96011.1| CONSERVED HYPOTHETICAL PROTEIN [Mycobacterium bovis AF2122/97] gi|121495361|emb|CAL73848.1| Conserved hypothetical protein [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224775324|dbj|BAH28130.1| hypothetical protein JTY_3860 [Mycobacterium bovis BCG str. Tokyo 172] gi|341603734|emb|CCC66415.1| conserved hypothetical protein [Mycobacterium bovis BCG str. Moreau RDJ] Length=375 Score = 756 bits (1952), Expect = 0.0, Method: Compositional matrix adjust. Identities = 374/375 (99%), Positives = 374/375 (99%), Gaps = 0/375 (0%) Query 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN Sbjct 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 Query 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH Sbjct 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 Query 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL Sbjct 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 Query 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD Sbjct 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 Query 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS Sbjct 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 Query 301 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY 360 LDTAYFGNAFPPNYLVNSH SAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY Sbjct 301 LDTAYFGNAFPPNYLVNSHISAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY 360 Query 361 SGMTTIARDGQVFAL 375 SGMTTIARDGQVFAL Sbjct 361 SGMTTIARDGQVFAL 375 >gi|298527271|ref|ZP_07014680.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|298497065|gb|EFI32359.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] Length=375 Score = 755 bits (1950), Expect = 0.0, Method: Compositional matrix adjust. Identities = 374/375 (99%), Positives = 374/375 (99%), Gaps = 0/375 (0%) Query 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN Sbjct 1 MLLGMHQAGHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDN 60 Query 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH Sbjct 61 ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITH 120 Query 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL Sbjct 121 LHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGL 180 Query 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD Sbjct 181 AAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDD 240 Query 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS Sbjct 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 Query 301 LDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY 360 LDTAYFGNAFP NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY Sbjct 301 LDTAYFGNAFPRNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNY 360 Query 361 SGMTTIARDGQVFAL 375 SGMTTIARDGQVFAL Sbjct 361 SGMTTIARDGQVFAL 375 >gi|289572046|ref|ZP_06452273.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] gi|289545800|gb|EFD49448.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] Length=388 Score = 737 bits (1903), Expect = 0.0, Method: Compositional matrix adjust. Identities = 365/367 (99%), Positives = 367/367 (100%), Gaps = 0/367 (0%) Query 9 GHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDNALITLGVA 68 GHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQK+PQPSSPRLPDNALITLGVA Sbjct 22 GHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSPQKAPQPSSPRLPDNALITLGVA 81 Query 69 AGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVD 128 AGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVD Sbjct 82 AGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVD 141 Query 129 YYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALH 188 YYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALH Sbjct 142 YYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALH 201 Query 189 RAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATL 248 RAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATL Sbjct 202 RAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATL 261 Query 249 VSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDTAYFGN 308 VSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDTAYFGN Sbjct 262 VSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDTAYFGN 321 Query 309 AFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSGMTTIAR 368 AFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSG+TTIAR Sbjct 322 AFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSGITTIAR 381 Query 369 DGQVFAL 375 DGQVFAL Sbjct 382 DGQVFAL 388 >gi|15843418|ref|NP_338455.1| hypothetical protein MT3903 [Mycobacterium tuberculosis CDC1551] gi|13883786|gb|AAK48269.1| conserved hypothetical protein [Mycobacterium tuberculosis CDC1551] Length=338 Score = 684 bits (1765), Expect = 0.0, Method: Compositional matrix adjust. Identities = 337/338 (99%), Positives = 338/338 (100%), Gaps = 0/338 (0%) Query 38 VLGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGL 97 +LGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGL Sbjct 1 MLGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGL 60 Query 98 GSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGG 157 GSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGG Sbjct 61 GSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGG 120 Query 158 LPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIG 217 LPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIG Sbjct 121 LPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIG 180 Query 218 LPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDT 277 LPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDT Sbjct 181 LPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDT 240 Query 278 TKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQL 337 TKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQL Sbjct 241 TKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQL 300 Query 338 ILSHYAPDDLPDSQWLDKIKKNYSGMTTIARDGQVFAL 375 ILSHYAPDDLPDSQWLDKIKKNYSGMTTIARDGQVFAL Sbjct 301 ILSHYAPDDLPDSQWLDKIKKNYSGMTTIARDGQVFAL 338 >gi|308232572|ref|ZP_07416495.2| hypothetical protein TMAG_00288 [Mycobacterium tuberculosis SUMu001] gi|308369237|ref|ZP_07417027.2| hypothetical protein TMBG_02336 [Mycobacterium tuberculosis SUMu002] gi|308371457|ref|ZP_07425034.2| hypothetical protein TMCG_01302 [Mycobacterium tuberculosis SUMu003] 20 more sequence titles Length=319 Score = 645 bits (1664), Expect = 0.0, Method: Compositional matrix adjust. Identities = 318/319 (99%), Positives = 319/319 (100%), Gaps = 0/319 (0%) Query 57 LPDNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAM 116 +PDNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAM Sbjct 1 MPDNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAM 60 Query 117 FITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANP 176 FITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANP Sbjct 61 FITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANP 120 Query 177 TPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSV 236 TPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSV Sbjct 121 TPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSV 180 Query 237 ASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHE 296 ASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHE Sbjct 181 ASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHE 240 Query 297 AVFSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKI 356 AVFSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKI Sbjct 241 AVFSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKI 300 Query 357 KKNYSGMTTIARDGQVFAL 375 KKNYSGMTTIARDGQVFAL Sbjct 301 KKNYSGMTTIARDGQVFAL 319 >gi|167967228|ref|ZP_02549505.1| hypothetical protein MtubH3_03992 [Mycobacterium tuberculosis H37Ra] Length=332 Score = 644 bits (1661), Expect = 0.0, Method: Compositional matrix adjust. Identities = 317/317 (100%), Positives = 317/317 (100%), Gaps = 0/317 (0%) Query 59 DNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFI 118 DNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFI Sbjct 16 DNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFI 75 Query 119 THLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTP 178 THLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTP Sbjct 76 THLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTP 135 Query 179 GLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVAS 238 GLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVAS Sbjct 136 GLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVAS 195 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV Sbjct 196 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 255 Query 299 FSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKK 358 FSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKK Sbjct 256 FSLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKK 315 Query 359 NYSGMTTIARDGQVFAL 375 NYSGMTTIARDGQVFAL Sbjct 316 NYSGMTTIARDGQVFAL 332 >gi|183985326|ref|YP_001853617.1| hypothetical protein MMAR_5358 [Mycobacterium marinum M] gi|183178652|gb|ACC43762.1| conserved hypothetical membrane protein [Mycobacterium marinum M] Length=381 Score = 568 bits (1463), Expect = 8e-160, Method: Compositional matrix adjust. Identities = 299/376 (80%), Positives = 326/376 (87%), Gaps = 2/376 (0%) Query 2 LLGMHQA-GHVGTHERRAAATRRSALTAAGLAVVGAGVLGASACSP-QKSPQPSSPRLPD 59 L GMHQA H G A ++RRSALTAAGLAVVGAGVL SAC P + PS LP+ Sbjct 6 LHGMHQACDHSGASIVAAVSSRRSALTAAGLAVVGAGVLATSACGPGESPAPPSPAALPE 65 Query 60 NALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFIT 119 NALITLGVAAGPPPTP+++GISSVLKIG DLY+IDCGLGSLNAFTNAGLQF+DLKA+FIT Sbjct 66 NALITLGVAAGPPPTPNKIGISSVLKIGGDLYLIDCGLGSLNAFTNAGLQFNDLKAIFIT 125 Query 120 HLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPG 179 HLHTDHIVDYY+FFLSGGF APPGRAP+ VYGPGPAGGLPPSE+GN NPATVNPANPTPG Sbjct 126 HLHTDHIVDYYSFFLSGGFQAPPGRAPIPVYGPGPAGGLPPSEIGNKNPATVNPANPTPG 185 Query 180 LAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASD 239 LAA TEALH+AFAY+SNIFIRDYGIDNV DL KV EI +P GSDYRN APK+SPF V SD Sbjct 186 LAATTEALHQAFAYSSNIFIRDYGIDNVQDLAKVIEIPVPAGSDYRNTAPKVSPFPVVSD 245 Query 240 DNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF 299 DNVSVT TLV HYDVYPAF FRFD+K VS+TFSGDTTKSDNL+ LA GTDILVHEA+F Sbjct 246 DNVSVTTTLVPHYDVYPAFAFRFDVKDPAVSITFSGDTTKSDNLVALANGTDILVHEAMF 305 Query 300 SLDTAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKN 359 SLDTAY+GN FPP+YL SHTSAEQVGEVAA KPK LILSHYAPDDLPDSQWLDKI +N Sbjct 306 SLDTAYYGNVFPPDYLPKSHTSAEQVGEVAAVVKPKHLILSHYAPDDLPDSQWLDKINQN 365 Query 360 YSGMTTIARDGQVFAL 375 YSG TT+A+DGQ+FAL Sbjct 366 YSGRTTVAKDGQIFAL 381 >gi|289441233|ref|ZP_06430977.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium tuberculosis T46] gi|289414152|gb|EFD11392.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium tuberculosis T46] Length=275 Score = 475 bits (1222), Expect = 6e-132, Method: Compositional matrix adjust. Identities = 233/234 (99%), Positives = 234/234 (100%), Gaps = 0/234 (0%) Query 142 PGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRD 201 PGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRD Sbjct 42 PGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRD 101 Query 202 YGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFR 261 YGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFR Sbjct 102 YGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFR 161 Query 262 FDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPPNYLVNSHTS 321 FDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPPNYLVNSHTS Sbjct 162 FDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPPNYLVNSHTS 221 Query 322 AEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSGMTTIARDGQVFAL 375 AEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSG+TTIARDGQVFAL Sbjct 222 AEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSGITTIARDGQVFAL 275 >gi|226359597|ref|YP_002777375.1| hypothetical protein ROP_01830 [Rhodococcus opacus B4] gi|226238082|dbj|BAH48430.1| hypothetical protein [Rhodococcus opacus B4] Length=395 Score = 268 bits (686), Expect = 9e-70, Method: Compositional matrix adjust. Identities = 155/324 (48%), Positives = 200/324 (62%), Gaps = 22/324 (6%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 L+ LG AGPP PSR GIS+ L I YVIDCG S F AGL+FD L+++FITHL Sbjct 72 LVLLGTKAGPPIVPSRAGISTALVIDGATYVIDCGRSSTTQFARAGLRFDGLRSIFITHL 131 Query 122 HTDHIVDYYNFFLSGGFLAPPGRA-------PVLVYGPGPAGGLPPSEVGNPNPATVNPA 174 H DHI DYYN+FL G + P + PV V+GPGPAGGLP G P TV+ Sbjct 132 HADHIADYYNYFLLAGSI--PNQETRDALANPVSVFGPGPAGGLPEKFGGGQAP-TVSAE 188 Query 175 NPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPP-GSDYRNRAPKMSP 233 +PTPGLAA TE H AFAY+SN+F+RD GI ++ LV V EI +P G+ Y +P+M P Sbjct 189 DPTPGLAAFTEKCHDAFAYSSNVFLRDTGIRDIRTLVDVHEIAVPDVGASYTMTSPRMDP 248 Query 234 FSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDIL 293 F V DD+V+VTA LV H V+P+F FRFD SVTFSGDT+ SDNLI LA+G+D+L Sbjct 249 FPVMEDDHVAVTAVLVPHGPVFPSFAFRFDTAHG--SVTFSGDTSYSDNLIALARGSDVL 306 Query 294 VHEAVFSLDTAYFGNAFPP---NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDD---L 347 VHEA+ + + PP ++++ SH ++VG +A AA + L+LSH + D L Sbjct 307 VHEAI---NVQGPNVSLPPAAMDHMLQSHVEVQKVGAIARAAGVRTLVLSHLSDFDEEPL 363 Query 348 PDSQWLDKIKKNYSGMTTIARDGQ 371 +W I+ + G I D Q Sbjct 364 DPVRWRKWIEPEFDGEIVIGDDLQ 387 >gi|326382614|ref|ZP_08204305.1| hypothetical protein SCNU_06740 [Gordonia neofelifaecis NRRL B-59395] gi|326198733|gb|EGD55916.1| hypothetical protein SCNU_06740 [Gordonia neofelifaecis NRRL B-59395] Length=335 Score = 243 bits (619), Expect = 4e-62, Method: Compositional matrix adjust. Identities = 135/325 (42%), Positives = 186/325 (58%), Gaps = 22/325 (6%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 L+ LG AGPP R GI++ + + ++Y++DCG ++ + +GL+FD L+ +F+THL Sbjct 9 LVLLGTRAGPPADQHRTGIATAVVVDGNVYMVDCGRSAVTQYVKSGLRFDTLRGIFLTHL 68 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVL-----------VYGPGPAGGLPPSEVGNPNPAT 170 H DHI DYYNF L G PV V+GPG AGGLP G P Sbjct 69 HADHIADYYNFILLAGNSQNRNIDPVTGLNDTLSEKIGVWGPGAAGGLPEKFGGGSAPTV 128 Query 171 VNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPP-GSDYRNRAP 229 NPTPG T HRA+AY+SN+F+RD GI + L +V +I +P G+D++NRAP Sbjct 129 GEDENPTPGTREMTMLCHRAYAYSSNLFLRDMGIRDPRSLAEVNDIAIPDIGADFQNRAP 188 Query 230 KMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQG 289 M PF V D V V+A LV H VYPAF FRFD SVTFSGDT S NLI LA Sbjct 189 DMEPFVVMDDGVVRVSAILVPHGPVYPAFAFRFDCAYG--SVTFSGDTAYSSNLIRLADS 246 Query 290 TDILVHEAVFSLDTAYFGNAFPP--NYLVNSHTSAEQVGEVAAAAKPKQLILSH---YAP 344 +D+LVHEA L+ + ++ P ++L+ SH ++VG++AA A+ +L+LSH A Sbjct 247 SDVLVHEA---LNLEGWDSSSPAFFDHLLQSHVEVQKVGDIAAKARCGKLVLSHIADMAE 303 Query 345 DDLPDSQWLDKIKKNYSGMTTIARD 369 + +P +W + Y G + D Sbjct 304 NPIPVDKWQRWAQSGYDGEVVVGED 328 >gi|94152400|ref|YP_581807.1| metal-dependent hydrolase [Cupriavidus metallidurans CH34] gi|93358770|gb|ABF12857.1| Metal-dependent hydrolases of the beta-lactamase superfamily III AtsH [Cupriavidus metallidurans CH34] Length=414 Score = 242 bits (618), Expect = 6e-62, Method: Compositional matrix adjust. Identities = 148/343 (44%), Positives = 194/343 (57%), Gaps = 38/343 (11%) Query 59 DNALITLGVAAGP--PPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQ------- 109 D L+ LG A GP P R GISS L +G +YV+DCG G + AGL Sbjct 62 DTRLVLLGTAGGPVWWPNCDREGISSALVVGDAVYVVDCGDGVGKRYKQAGLGQNNLVSG 121 Query 110 ---FDDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPG-RAPVLVYGPGPAGGL-----PP 160 ++L+ +F+THLH+DH VDY+N FL G + G + PV VYGPGP G L PP Sbjct 122 MSGMENLRGIFLTHLHSDHTVDYFNLFLFGWYNGLTGVKQPVHVYGPGPRGQLEPIFTPP 181 Query 161 SEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLP- 219 + PA VNP NPTPG T L++AFA N +RD G ++ DL+KV +I LP Sbjct 182 GQPPRKEPALVNPENPTPGTVDMTNYLYQAFAVDINDRLRDAGRQDLRDLIKVHDIKLPH 241 Query 220 -PGSDYRNRA--PKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGD 276 PG N P+M+PF V DD V V+ATLV+H+ ++PA+ +RFD SV FSGD Sbjct 242 IPGFKSPNETPEPEMAPFVVHEDDRVRVSATLVNHFPIWPAYAYRFDTDDG--SVVFSGD 299 Query 277 TTKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPP----------NYLVNSHTSAEQVG 326 T S NLI LA+ D+LVHE + D A+ FPP N+L++SHTS + VG Sbjct 300 TCPSKNLIRLAKDADVLVHEVI---DVAWVDALFPPPVTAKEEAFKNHLLSSHTSIDDVG 356 Query 327 EVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSGMTTIARD 369 +VA AA K L+LSH AP P L + ++N+SG + D Sbjct 357 KVAEAAGAKTLVLSHIAPGHAPKENLL-RAQRNFSGQLIVGDD 398 >gi|56130673|ref|YP_145576.1| putative hydrolase [Ralstonia metallidurans CH34] gi|56068664|emb|CAI11228.1| putative hydrolase [Cupriavidus metallidurans CH34] Length=371 Score = 242 bits (617), Expect = 7e-62, Method: Compositional matrix adjust. Identities = 148/343 (44%), Positives = 194/343 (57%), Gaps = 38/343 (11%) Query 59 DNALITLGVAAGP--PPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQ------- 109 D L+ LG A GP P R GISS L +G +YV+DCG G + AGL Sbjct 19 DTRLVLLGTAGGPVWWPNCDREGISSALVVGDAVYVVDCGDGVGKRYKQAGLGQNNLVSG 78 Query 110 ---FDDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPG-RAPVLVYGPGPAGGL-----PP 160 ++L+ +F+THLH+DH VDY+N FL G + G + PV VYGPGP G L PP Sbjct 79 MSGMENLRGIFLTHLHSDHTVDYFNLFLFGWYNGLTGVKQPVHVYGPGPRGQLEPIFTPP 138 Query 161 SEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLP- 219 + PA VNP NPTPG T L++AFA N +RD G ++ DL+KV +I LP Sbjct 139 GQPPRKEPALVNPENPTPGTVDMTNYLYQAFAVDINDRLRDAGRQDLRDLIKVHDIKLPH 198 Query 220 -PGSDYRNRA--PKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGD 276 PG N P+M+PF V DD V V+ATLV+H+ ++PA+ +RFD SV FSGD Sbjct 199 IPGFKSPNETPEPEMAPFVVHEDDRVRVSATLVNHFPIWPAYAYRFDTDDG--SVVFSGD 256 Query 277 TTKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPP----------NYLVNSHTSAEQVG 326 T S NLI LA+ D+LVHE + D A+ FPP N+L++SHTS + VG Sbjct 257 TCPSKNLIRLAKDADVLVHEVI---DVAWVDALFPPPVTAKEEAFKNHLLSSHTSIDDVG 313 Query 327 EVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSGMTTIARD 369 +VA AA K L+LSH AP P L + ++N+SG + D Sbjct 314 KVAEAAGAKTLVLSHIAPGHAPKENLL-RAQRNFSGQLIVGDD 355 >gi|226363262|ref|YP_002781044.1| hypothetical protein ROP_38520 [Rhodococcus opacus B4] gi|226241751|dbj|BAH52099.1| hypothetical protein [Rhodococcus opacus B4] Length=385 Score = 227 bits (579), Expect = 2e-57, Method: Compositional matrix adjust. Identities = 151/377 (41%), Positives = 200/377 (54%), Gaps = 29/377 (7%) Query 16 RRAAATRRSALTAAGLAVVGAGVLGASACSPQKS-PQPSSPRLPD------------NAL 62 RR +RR ALT G A A + A++C+ S QPS PD L Sbjct 5 RRQPLSRRRALTLLGSAATAATAVAATSCASHTSDAQPSGATPPDAYELSGDVDGYSTTL 64 Query 63 ITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLH 122 I LG AAGP P R G SSVL +G Y+ID G S AG+ D L +F+TH+H Sbjct 65 ILLGTAAGPIAVPGRSGTSSVLVVGDRPYLIDAGPWSSRKLIQAGISADSLGGVFVTHMH 124 Query 123 TDHIVDYYN-FFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 +DHI D N F+L GG + R V VYGPG AG LP G P NP P PGL+ Sbjct 125 SDHIADLVNVFWLVGGTPSYTARGVVPVYGPGSAGALPTPRAGKIIPIR-NPLTPAPGLS 183 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPP---GSDYRNRAPKMSPFSVAS 238 + A+AY +NI + G + + LPP G+ N AP+M PF V Sbjct 184 RLFTGVLDAYAYDTNIRNAEKGAGTDYNRMLSLHDVLPPESSGASAENTAPEMEPFPVFE 243 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 DD V VTATLV H VYP+ +RFD + +VTFSGDT KS N++ LAQG+DILVHE + Sbjct 244 DDRVRVTATLVPHGPVYPSLAYRFDTEDG--AVTFSGDTAKSSNVVRLAQGSDILVHEVI 301 Query 299 FSLDTAYFGNAFPP---NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDD---LPDSQW 352 D ++ P +++++HT+A+ VG VA A +Q++LSH P D + D QW Sbjct 302 ---DVDFYAETSGPALVEHMIHAHTTAQDVGRVATDAGVRQVVLSHIGPGDPQQVTDDQW 358 Query 353 LDKIKKNYSGMTTIARD 369 +K ++G+ T+ D Sbjct 359 ERGVKSTFAGVVTVGHD 375 >gi|188591962|ref|YP_001796560.1| zinc phosphodiesterase, tRNA 3' processing rnase z homolog [Cupriavidus taiwanensis LMG 19424] gi|170938336|emb|CAP63321.1| zinc phosphodiesterase, putative tRNA 3' processing RNase Z homolog [Cupriavidus taiwanensis LMG 19424] Length=393 Score = 213 bits (541), Expect = 6e-53, Method: Compositional matrix adjust. Identities = 140/322 (44%), Positives = 178/322 (56%), Gaps = 34/322 (10%) Query 79 GISSVLKIGRDLYVIDCGLGSLNAFTNAGLQ-------FDDLKAMFITHLHTDHIVDYYN 131 GISS + + +Y++D G G L F AGL + L+A FITHLH DH+VDY + Sbjct 71 GISSAVVVNGQVYLVDFGAGWLRRFFQAGLGAPPPARGLESLRAAFITHLHADHVVDYPS 130 Query 132 FFLSGGFLAPPGRA-PVLVYGPGPAGGLPP-SEVGNPNPATVNPANPTPGLAAATEALHR 189 L G R PVLV+GPG G LPP S A V P PTPG A TEA++R Sbjct 131 LVLFGASDGLSERKDPVLVFGPGARGKLPPVSGSTTGVSAVVAPEGPTPGTVAMTEAMYR 190 Query 190 AFAYTSNIFIRDYGIDNVADLVKVTEIGLP------PGSDYRNRAPKMSPFSVASDDNVS 243 AFA N I D N +KV +I +P P +D AP+M+PF V D+NV Sbjct 191 AFATDINDNILDSRKPNPHSRIKVQDIAIPAQAGIDPNTD---PAPEMAPFPVYQDENVR 247 Query 244 VTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDT 303 VTATLVSH VYP+F FRFD SV FSGDT+ S NL+ LAQG D+LVHE + DT Sbjct 248 VTATLVSHPPVYPSFAFRFDTPHG--SVVFSGDTSPSRNLVRLAQGADVLVHEVI---DT 302 Query 304 AYFGNAFPP----------NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWL 353 A+ +P ++LV++HT+ E VG VA AAK K L+LSH AP D ++W Sbjct 303 AWVNALYPKPRNAAQEAKAHHLVHAHTAVEDVGAVAQAAKVKVLVLSHLAPADNTAARWT 362 Query 354 DKIKKNYSGMTTIARDGQVFAL 375 + K+ + G + D Q L Sbjct 363 -RAKEGFEGELIVGSDLQWIPL 383 >gi|94312715|ref|YP_585924.1| zinc phosphodiesterase [Cupriavidus metallidurans CH34] gi|93356567|gb|ABF10655.1| zinc phosphodiesterase, putative tRNA 3' processing RNase Z-like protein (beta-lactamase-like) [Cupriavidus metallidurans CH34] Length=393 Score = 209 bits (533), Expect = 4e-52, Method: Compositional matrix adjust. Identities = 147/335 (44%), Positives = 182/335 (55%), Gaps = 36/335 (10%) Query 62 LITLGVAAGPPPTPSR----VGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQ-------F 110 L+ LG A G T R GI+S + + +Y++D G G L + AGL Sbjct 54 LVLLGTAGGR--TSWRGSQSAGIASAVVVNGQVYLVDFGAGWLRRYFQAGLGAPPPGQGL 111 Query 111 DDLKAMFITHLHTDHIVDYYNFFLSGGF--LAPPGRAPVLVYGPGPAGGLPPSEVGNPNP 168 + L+A FITHLH DHIVDY + L G LA R + V GPG G LPP+ GN Sbjct 112 ETLRAAFITHLHADHIVDYPSLVLFGASDGLAE-RRQKLKVIGPGSRGKLPPASGGNDGV 170 Query 169 A-TVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDY--- 224 A V P P PG A TEAL+RAFA N I D N V V +I LP G D Sbjct 171 ADVVAPEQPMPGTVAMTEALYRAFAADINDNILDSRKPNPHSRVDVMDITLPAGLDVDPD 230 Query 225 RNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLI 284 R+ AP M+PF + D+NV VTATLV+H VYPAF FRFD S SV FSGDT+ NLI Sbjct 231 RDPAPPMAPFEIYRDENVRVTATLVNHAPVYPAFAFRFD--TSTGSVVFSGDTSPDRNLI 288 Query 285 TLAQGTDILVHEAVFSLDTAYFGNAFPP----------NYLVNSHTSAEQVGEVAAAAKP 334 LAQG D+LVHE + DTA+ + FP ++LV++HT+A VG VA AA Sbjct 289 RLAQGADVLVHEVI---DTAWVDSLFPKPRSAAQEAKAHHLVHAHTAASDVGAVAEAAHV 345 Query 335 KQLILSHYAPDDLPDSQWLDKIKKNYSGMTTIARD 369 K L+LSH AP D +W + +SG + RD Sbjct 346 KTLVLSHLAPADSDPHRWA-AASQGFSGKVIVGRD 379 >gi|311105686|ref|YP_003978539.1| metallo-beta-lactamase [Achromobacter xylosoxidans A8] gi|310760375|gb|ADP15824.1| metallo-beta-lactamase superfamily protein 3 [Achromobacter xylosoxidans A8] Length=363 Score = 188 bits (478), Expect = 1e-45, Method: Compositional matrix adjust. Identities = 118/321 (37%), Positives = 165/321 (52%), Gaps = 16/321 (4%) Query 62 LITLGVAAGPPP--TPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFIT 119 L+ LGVA GP S GISS + + YV+D G G+ AG++ +A+F+T Sbjct 34 LVLLGVAGGPTWYGDDSPHGISSAVLVDGKAYVVDLGSGAYRQLRRAGVKPGTEQAVFLT 93 Query 120 HLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPG 179 HLHTDHI+D N + +A + +YGPG G LPP G + ++ NP+ G Sbjct 94 HLHTDHIIDLANLLMYDPSARRRAKASMQIYGPGRRGALPPLAPGMKDDPVIHAENPSAG 153 Query 180 LAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPG---SDYRNRAPKMSPFSV 236 E++ + NI +R G+ ++ + +I +P G AP M PF V Sbjct 154 TRDLVESVIAGMSADLNIRVRSEGVPDIRQFFQAHDIEVPAGVVKDPNTEPAPPMEPFPV 213 Query 237 ASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHE 296 D+ V V+A LV H VYP F +RFD K SV FSGDT S+NLI LA+G DILVHE Sbjct 214 WQDERVKVSAILVPHGLVYPNFAYRFDTKAG--SVVFSGDTAVSENLIKLARGADILVHE 271 Query 297 AVFSLDTAYFGNAFP--------PNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP 348 A+ + A P L+ +HT+ +QVGEVA A K L+LSH P D P Sbjct 272 AIDPAWVDHIVGAKPWDARQQALAKQLLEAHTTPQQVGEVATRAGVKTLVLSHLVPGDAP 331 Query 349 DSQWLDKIKKNYSGMTTIARD 369 WL + ++ + G + +D Sbjct 332 AEHWL-QARQTFQGPVVLGQD 351 >gi|119714472|ref|YP_921437.1| hypothetical protein Noca_0205 [Nocardioides sp. JS614] gi|119535133|gb|ABL79750.1| RNAse Z [Nocardioides sp. JS614] Length=395 Score = 187 bits (476), Expect = 2e-45, Method: Compositional matrix adjust. Identities = 120/335 (36%), Positives = 175/335 (53%), Gaps = 29/335 (8%) Query 62 LITLGVAAGP--PPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGL--------QFD 111 ++ LG + GP +R G SS + +G Y++D G G+L + +AGL Sbjct 55 VVLLGTSGGPIWWRGSTRRGTSSAVVVGDAQYIVDLGAGALGSVRDAGLLGSADGKNDLH 114 Query 112 DLKAMFITHLHTDHIVDYYNFFLSG---GFLAPPGRAPVLVYGPGPAGGLPPS-EVGNPN 167 L+ +F+THLH+DH+ DY + G G L RA + VYGPG LP + G P Sbjct 115 ALRGVFLTHLHSDHVSDYPTLVIEGWIGGGLGDAERA-LQVYGPGRRDALPHTFPAGRPE 173 Query 168 PATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPP--GSDYR 225 P+ V P NP PG TE+L AFA N + D ++ ++ +I LP + Sbjct 174 PSPVIPDNPGPGTVEMTESLFAAFATDINDRVFDSASPDIRSRIQPHDIALPADVAAPEA 233 Query 226 NRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLIT 285 P+MSPFSV DD V VTATLV H + P+FG+RFD + SV SGDTT S+NL+ Sbjct 234 GAVPRMSPFSVYEDDRVRVTATLVDHGQMLPSFGYRFDTEDG--SVVISGDTTVSENLVE 291 Query 286 LAQGTDILVHEAVFSLDTAYFGNAFP---------PNYLVNSHTSAEQVGEVAAAAKPKQ 336 LA D+LVHE + +A P N+++ +HT+ QV VA A + Sbjct 292 LAADCDVLVHEVIDQAWVEESISALPAPDEVKAAYKNHMLGAHTTIPQVARVATEAGART 351 Query 337 LILSHYAPDDLPDSQWLDKIKKNYSGMTTIARDGQ 371 L+L H+ P LP+ +W ++ +N++G + +D Q Sbjct 352 LVLHHFVPGHLPERRWR-RVSRNFAGELVVGQDLQ 385 >gi|119382938|ref|YP_913994.1| beta-lactamase-like protein [Paracoccus denitrificans PD1222] gi|119372705|gb|ABL68298.1| RNAse Z [Paracoccus denitrificans PD1222] Length=381 Score = 187 bits (476), Expect = 2e-45, Method: Compositional matrix adjust. Identities = 134/378 (36%), Positives = 191/378 (51%), Gaps = 43/378 (11%) Query 23 RSALTAAGLAVVGAG--VLGASACSPQKSPQPSSPRLPDNALITLGVAAGPP-----PTP 75 R T GL A +L ASA ++ + S P + L+ LG AG PT Sbjct 2 RKRWTLRGLCASTAASVILMASAVGAEQGSETSDP-TSETELVILGGGAGRTSYGGDPTG 60 Query 76 SRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQ----------FDDLKAMFITHLHTDH 125 G S+ + +G D Y++D G G + AGL + LKA F+THLH+DH Sbjct 61 ---GFSAAVVVGEDRYIVDFGRGWQERYYEAGLGNERAHTGFSGLEGLKAGFVTHLHSDH 117 Query 126 IVDYYNFFLSGGFLAPPGRA-PVLVYGPGPAGGLPPSEVG-NPNPATVNPANPTPGLAAA 183 I+D L G R PV++ GP G LPP V+P NPTPG+ + Sbjct 118 IIDLPRLLLFGSTEGLRKRTDPVVIVGPASRGDLPPLASNLEREERLVSPENPTPGIKST 177 Query 184 TEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLP---PGSDYRNRAPKMSPFSVASDD 240 E + A+A N IRD G+ + ++V EI LP PG D + AP+M+PF + D+ Sbjct 178 VEQIFAAYASDLNDNIRDSGMPHPDTYIEVREIALPEGTPGPDV-SVAPEMAPFEIYRDE 236 Query 241 NVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFS 300 N+SV+A LV H +YP++ RF+ GV + FSGDT + NL+ +A+ DILV E + Sbjct 237 NISVSAILVDHAPMYPSYALRFE-TPDGV-IVFSGDTNMNPNLVEIARDADILVLEVI-- 292 Query 301 LDTAYFGNAFPP----------NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDS 350 T + N FP ++L+ SHT E+VG+VAA A +L+LSH AP +PD Sbjct 293 -STDWANNLFPEPRSSADIAKLHHLLESHTPVEEVGQVAAQANVGRLVLSHLAPATVPDE 351 Query 351 QWLDKIKKNYSGMTTIAR 368 +WL + + G + R Sbjct 352 EWLAGV-SGFEGEVLVGR 368 >gi|338783130|gb|EGP47499.1| metallo-beta-lactamase superfamily protein 3 [Achromobacter xylosoxidans AXX-A] Length=367 Score = 176 bits (445), Expect = 8e-42, Method: Compositional matrix adjust. Identities = 113/324 (35%), Positives = 162/324 (50%), Gaps = 22/324 (6%) Query 62 LITLGVAAGPPPTPSRV--GISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFIT 119 L+ LGVA GP + GISS L + Y++D G G+ AG++ +A+F+T Sbjct 41 LVLLGVAGGPTWYGNDAPHGISSALVVDGKAYLVDLGSGAYRQLRRAGIKPGAEQAVFLT 100 Query 120 HLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPG 179 HLHTDHI+D + + +A + +YGPG G LPP G ++ NP G Sbjct 101 HLHTDHIIDLASLLMYDPSARRRAKASLQIYGPGRRGALPPLAPGLAGDPVIHAENPGAG 160 Query 180 LAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPG---SDYRNRAPKMSPFSV 236 +++ A NI +R G+ +V + +I +P G + AP M PF V Sbjct 161 TVDLVDSVVAGMAADLNIRVRSEGVPDVRGFFQAHDIAVPAGVVKDPNVDPAPPMEPFEV 220 Query 237 ASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHE 296 D+ V V+A LV H VYP F +RFD SV FSGDT S NL+ LA+G DILVHE Sbjct 221 WRDERVRVSAILVPHGLVYPNFAYRFDTASG--SVVFSGDTALSPNLVKLARGADILVHE 278 Query 297 AVFSLDTAYFGNAFPPN-----------YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD 345 A+ D A+ + P L+ +HT+ +Q GE A A ++L+LSH P Sbjct 279 AI---DPAWVDHIVGPKPWDARQQALARQLLEAHTTPQQAGEAATQAGVRKLVLSHLVPG 335 Query 346 DLPDSQWLDKIKKNYSGMTTIARD 369 D P WL ++ + G + +D Sbjct 336 DAPADHWL-HARETFKGPVVLGQD 358 >gi|317405584|gb|EFV85885.1| hypothetical protein HMPREF0005_01391 [Achromobacter xylosoxidans C54] Length=321 Score = 172 bits (437), Expect = 7e-41, Method: Compositional matrix adjust. Identities = 107/305 (36%), Positives = 155/305 (51%), Gaps = 20/305 (6%) Query 79 GISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGF 138 GISS L + Y++D G G+ AG++ +A+F+THLHTDHI+D + + Sbjct 14 GISSALVVDGKAYLVDLGSGAYRQLRRAGIKPGAEQAVFLTHLHTDHIIDLASLLMYDPS 73 Query 139 LAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIF 198 +A + +YGPG G LPP G ++ NP G A +++ A NI Sbjct 74 ARRRAKASLQIYGPGRRGALPPLAPGLAGDPVIHAENPGAGTADLVDSVVAGMAADLNIR 133 Query 199 IRDYGIDNVADLVKVTEIGLPPG---SDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVY 255 +R G+ +V + +I +P G + AP M PF V D+ V+V+A LV H VY Sbjct 134 VRSEGVPDVRGFFQAHDIVVPAGVVKDPNADPAPPMEPFEVWRDERVTVSAILVPHGLVY 193 Query 256 PAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVFSLDTAYFGNAFPPN-- 313 P F +RFD SV FSGDT S NL+ LA+G DILVHEA+ D A+ + P Sbjct 194 PNFAYRFDTASG--SVVFSGDTALSPNLVKLARGADILVHEAI---DPAWVDHIVGPKPW 248 Query 314 ---------YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKNYSGMT 364 L+ +HT+ +Q GE A A ++L+LSH P D P WL ++ + G Sbjct 249 DARQQALARQLLEAHTTPQQAGEAATRAGVRKLVLSHLVPGDAPAEHWL-HARETFKGPV 307 Query 365 TIARD 369 + +D Sbjct 308 VLGQD 312 >gi|302529312|ref|ZP_07281654.1| predicted protein [Streptomyces sp. AA4] gi|302438207|gb|EFL10023.1| predicted protein [Streptomyces sp. AA4] Length=266 Score = 170 bits (430), Expect = 5e-40, Method: Compositional matrix adjust. Identities = 110/234 (48%), Positives = 141/234 (61%), Gaps = 8/234 (3%) Query 21 TRRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGI 80 TRRS + GL + A + A+A P +SP ++ LG AGPP +P R GI Sbjct 17 TRRSLI--GGLGAIAASLGVAAAGGPAVQSAAASPARSRLEVLLLGTQAGPPVSPDRSGI 74 Query 81 SSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLA 140 ++ L + Y++DCG G+ F AGL+F L+A+F+THLH DH+ DYYNFFL GG + Sbjct 75 ATALVVDGRTYLVDCGRGATTQFVRAGLKFRTLEAIFLTHLHADHVADYYNFFLLGGSVP 134 Query 141 PPGR----APVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSN 196 R PV VYGPGPAGG+PP G P TV P PTPG A T+ H A+AY+SN Sbjct 135 VYERDNVAQPVKVYGPGPAGGVPPKFGGGEAP-TVCPEQPTPGTADLTQRCHEAYAYSSN 193 Query 197 IFIRDYGIDNVADLVKVTEIGLPP-GSDYRNRAPKMSPFSVASDDNVSVTATLV 249 +F+RD GI ++ L V EI LP G+D+R P M PF V DD+V VTATLV Sbjct 194 VFLRDMGIADIRTLSDVREIALPEVGADFRRTHPAMRPFLVMEDDHVRVTATLV 247 >gi|308179034|ref|YP_003918440.1| metallo-beta-lactamase [Arthrobacter arilaitensis Re117] gi|307746497|emb|CBT77469.1| metallo-beta-lactamase superfamily protein [Arthrobacter arilaitensis Re117] Length=348 Score = 169 bits (428), Expect = 6e-40, Method: Compositional matrix adjust. Identities = 116/317 (37%), Positives = 160/317 (51%), Gaps = 22/317 (6%) Query 64 TLGVAAGP-----PPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFI 118 TLG A GP R GIS+ + +G +Y++D G G N AG +L+ +F+ Sbjct 12 TLGTAGGPRWWTGENAGKRAGISTAVVVGESVYLVDAGTGVGNQLMKAGFTPANLRGIFL 71 Query 119 THLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPP-SEVGNPNPATVNPANPT 177 THLH+DH +D + + G F P G+AP+ + GPG G LPP S P V NPT Sbjct 72 THLHSDHTIDLASLAIFGMFTLPAGKAPISIIGPGDRGALPPASPRAATAPQPVFARNPT 131 Query 178 PGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYR---NRAPK-MSP 233 PG A+ E L +A+A N + D + D ++I +P G+ Y N P+ +P Sbjct 132 PGTASMFEHLMQAYATDLNDRVIDALRPSPLDHFIASDIAIPAGTGYHPNGNPTPEGFAP 191 Query 234 FSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDIL 293 F + D+ V+VTATLV H + PAF FRFD + SVT SGDT L+ LAQ TD+L Sbjct 192 FEIYRDELVTVTATLVKHPPIAPAFAFRFDTAEG--SVTISGDTAPCQTLVALAQDTDLL 249 Query 294 VHEAV-FSLDTAYFGNA------FPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDD 346 +HEA+ F +G+ ++ SHTS EQ +A A + L L H P Sbjct 250 LHEAIDFDWVQRAYGSVGTLEAQASMDHHRASHTSPEQAIAIAHEAGARTLALHHLVPGT 309 Query 347 LPDSQW---LDKIKKNY 360 P W +K NY Sbjct 310 TPLEVWEAHAEKFSGNY 326 >gi|111026992|ref|YP_708970.1| hydrolase [Rhodococcus jostii RHA1] gi|110825531|gb|ABH00812.1| possible hydrolase [Rhodococcus jostii RHA1] Length=377 Score = 167 bits (424), Expect = 2e-39, Method: Compositional matrix adjust. Identities = 125/380 (33%), Positives = 180/380 (48%), Gaps = 52/380 (13%) Query 18 AAATRRSALTAAGLAVVGAGVLGASACSPQKSP-QPSSPRLPDNALITLGVAAG------ 70 AA RR L AAG G + + C+P +P P+ +P +A+ G G Sbjct 12 AALPRRRFLQAAGAL---GGTVALTGCAPSVAPASPADGAVPADAVELTGDTEGYNTTLL 68 Query 71 -------PPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHT 123 P P R G+SS + +G Y++D G + AG+ L +F+TH+H+ Sbjct 69 LLGTGGGPTAHPGRTGVSSAVTVGGRPYLVDAGSSAYRRMAQAGIGAKSLGGVFVTHMHS 128 Query 124 DHIVDYYNFFL--SGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 DH+ D + FL G ++A P ++GPG G P +EV G+ Sbjct 129 DHLADLFTIFLLNVGNYMAGAPETPTPIFGPGHIAGAPHAEVS--------------GMQ 174 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLVKVT---EIGLPPGSDYR--NRAPKMSPFSV 236 + + A+A+ I +R+ D KV ++ +P N AP M PF V Sbjct 175 GMLQGVLAAWAH--EIDVRNAEAAKPVDYQKVVVGRDVVIPDSVRMSADNPAPDMDPFPV 232 Query 237 ASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHE 296 DD V VT LV H P F +RFD SVTFSGDT +S N+ LA GTDILVHE Sbjct 233 FEDDRVRVTGILVPHGAALPGFAYRFDTDNG--SVTFSGDTARSSNVARLATGTDILVHE 290 Query 297 AVFSLDTAYFG-NAFPPNYLVN---SHTSAEQVGEVAAAAKPKQLILSHYAPDD---LPD 349 A+ D Y+ N FP + L + +HTS + VG VA A K+++L+H AP D + D Sbjct 291 AI---DIDYYKRNGFPEDVLEHHRQTHTSPDDVGRVATEAGAKKVVLNHLAPGDPRLVTD 347 Query 350 SQWLDKIKKNYSGMTTIARD 369 +W+ ++ Y+G RD Sbjct 348 DEWVSRVSSTYAGPVVAGRD 367 >gi|324998928|ref|ZP_08120040.1| putative hydrolase [Pseudonocardia sp. P1] Length=348 Score = 165 bits (418), Expect = 9e-39, Method: Compositional matrix adjust. Identities = 114/334 (35%), Positives = 158/334 (48%), Gaps = 35/334 (10%) Query 62 LITLGVAAGPPPT--PSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGL---------QF 110 L+ LG A GP R GISS + +G Y++DCG G A L Sbjct 16 LVLLGTAGGPNWWLDDPRCGISSAVAVGDRYYLVDCGHGVGPQIRRARLGNWESRMAGPL 75 Query 111 DDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPAT 170 D L +F+THLH+DH+ D N +G PV V+GPG G LPP+ G+ +P Sbjct 76 DTLGGIFLTHLHSDHVCDLNNILTTGLANGLGLGGPVRVWGPGNRGALPPARPGS-SPNA 134 Query 171 VNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYR----- 225 V P +PTPG A E L +A N + G++ + ++ +P ++Y Sbjct 135 VAPQSPTPGTAEMVEKLLGTYATDYNDRFFEQGVEVPDGYLAGHDVPIP--AEYTADPNG 192 Query 226 NRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLIT 285 N P+MSP DD + V+ATLV H ++PA FRFD SV FSGDT SDNL+ Sbjct 193 NPHPRMSPVPFFEDDRIRVSATLVQHAPIFPALAFRFDTDDG--SVVFSGDTGPSDNLVE 250 Query 286 LAQGTDILVHEAVFSLDTAYFGNAFPP----------NYLVNSHTSAEQVGEVAAAAKPK 335 LA G D+LVHE + + FP +++ HT VG +A A Sbjct 251 LATGADVLVHEVIAD---DWVAEHFPSPRDPMSEAIYQHMIGQHTRIADVGPLAERAGVG 307 Query 336 QLILSHYAPDDLPDSQWLDKIKKNYSGMTTIARD 369 L+L+H+ P P +W D K +SG + D Sbjct 308 TLVLNHFVPATWPVERWEDA-GKGFSGRLVVGHD 340 >gi|239907595|ref|YP_002954336.1| hypothetical protein DMR_29590 [Desulfovibrio magneticus RS-1] gi|239797461|dbj|BAH76450.1| hypothetical protein [Desulfovibrio magneticus RS-1] Length=414 Score = 165 bits (417), Expect = 1e-38, Method: Compositional matrix adjust. Identities = 125/370 (34%), Positives = 171/370 (47%), Gaps = 70/370 (18%) Query 59 DNALITLGVAAGPP--PTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNA---------- 106 + L LG G P R S L +G LYVID G G+ A Sbjct 36 NTVLTLLGTTGGMTWWPDCDRASASQALAVGDALYVIDLGFGATRRLAQAFNRGRYVRRG 95 Query 107 --GLQFD------DLKAMFITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGP---- 154 +Q D +++A+F+THLH DH+ DY F G G ++V GPG Sbjct 96 RERIQGDLTTFLANVRAVFLTHLHMDHLGDYATFLEVGARSGYGGGKELVVIGPGERGRL 155 Query 155 -------AGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNV 207 AGG+ +E G PAT PTPG TE L AFA N RD G ++ Sbjct 156 EENHSGYAGGIMTAEAGGGCPAT-----PTPGTKRMTELLLEAFAQNFNDCARDEGYPDL 210 Query 208 ADLVKVTEIGLP-------------PGSDYR--NRAPKMSPFSVASDDNVSVTATLVSHY 252 ++ V EIG P PG + + P M PF+V DD + VTA LV H+ Sbjct 211 TRILDVREIGDPGTISWPAGFVPPDPGRPWTAADTCPAMEPFAVYEDDRLRVTAVLVDHF 270 Query 253 DVYPAFGFRFDLKKSGVSVTFSGDT--TKSDNLITLAQGTDILVHEAVFSLDTAYFGNAF 310 VYP+F +RFD GV + SGDT NL LA+G D+LVHE + D A+ +AF Sbjct 271 QVYPSFAYRFDTDDGGVVI--SGDTGPDTRGNLQRLARGADVLVHEVI---DQAWIESAF 325 Query 311 PP-----------NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLPDSQWLDKIKKN 359 ++++ +HTS+ +G VAAA + K L+LSH AP + P + IK++ Sbjct 326 AGVDRNHPAWPLYDHVMTAHTSSADLGRVAAACEVKTLVLSHIAPGNTPPWR-FQAIKRD 384 Query 360 YSGMTTIARD 369 + G + D Sbjct 385 FPGRLIVGED 394 >gi|257055816|ref|YP_003133648.1| metal-dependent hydrolase, beta-lactamase superfamily III [Saccharomonospora viridis DSM 43017] gi|256585688|gb|ACU96821.1| metal-dependent hydrolase, beta-lactamase superfamily III [Saccharomonospora viridis DSM 43017] Length=331 Score = 160 bits (406), Expect = 2e-37, Method: Compositional matrix adjust. Identities = 122/333 (37%), Positives = 167/333 (51%), Gaps = 31/333 (9%) Query 57 LPDNA--LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLK 114 +PD ++TLG AAGP R GI++ + + LY++D GLG G+ D L+ Sbjct 15 VPDTGTHVVTLGTAAGPVVRGPRNGIATAVVVNGSLYLVDLGLGVTRQLFETGMPVDRLR 74 Query 115 AMFITHLHTDHIVDYYNFFL------SGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNP 168 A+ ITH+H+DHIV+ L GGF P + GPG AG LP P Sbjct 75 AILITHMHSDHIVELPGVLLYNWGPNVGGFT-----EPFAIVGPGRAGALPRG--ARP-- 125 Query 169 ATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNR- 227 V P PTPG + A+AY NI + D + DLV+ +I LP G R Sbjct 126 -VVTP--PTPGTEDLVSNILSAYAYDINIRVHDEARAPLDDLVQPRDIRLPGGLGAGPRG 182 Query 228 --APKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLIT 285 AP+M P V D+ V V A LV H V+PA+GFR + V++ SGDT + N+ Sbjct 183 ELAPEMDPVEVYRDEQVRVLAALVDHPPVFPAYGFRIETPHGVVAI--SGDTREHPNVAR 240 Query 286 LAQGTDILVHEAVFSLDTAYFGNAFPPNYLVN---SHTSAEQVGEVAAAAKPKQLILSHY 342 LA+ D+LVHE V ++D Y F P YL + SHT +AA A + L+ SH Sbjct 241 LARDADVLVHEVV-NMDY-YRERGFTPEYLEHLEKSHTERAGAARIAAEAGARHLVFSHL 298 Query 343 APDDLPDSQWLDKIKKNYSGMTTIARDGQVFAL 375 D +W+ ++ Y G T+A DGQVF+L Sbjct 299 G-GIATDEEWIAPTREFYDGPVTVANDGQVFSL 330 >gi|187929827|ref|YP_001900314.1| beta-lactamase domain-containing protein [Ralstonia pickettii 12J] gi|187726717|gb|ACD27882.1| beta-lactamase domain protein [Ralstonia pickettii 12J] Length=321 Score = 155 bits (392), Expect = 1e-35, Method: Compositional matrix adjust. Identities = 115/324 (36%), Positives = 151/324 (47%), Gaps = 63/324 (19%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG A GP P +R + V+ I YV+DCG G + AGL+ D++ +FITH Sbjct 45 LILLGTAGGPTPKKNRSAPAQVIVINGVSYVVDCGNGVARQYVTAGLKLKDIRHVFITHQ 104 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 H+DH DY L A PV +GP P LA Sbjct 105 HSDHNADYGTLMLLA--WATDLTGPVDAWGP-------------------------PPLA 137 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVAS 238 A T + Y I D G +A ++ ++TE GL V Sbjct 138 AMTTKFLELYDYDIRTRIADEGRPPLAPMLHPHELTEGGL-----------------VMQ 180 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 D NV VT+ LV H V PAF FRFD + S+ SGDT S+NL+ LA G D+LVHE + Sbjct 181 DANVKVTSALVKHPPVSPAFAFRFD--SADRSIVISGDTAPSENLVRLAYGADVLVHEVM 238 Query 299 F--SLDTAYFGNAFPPN------YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP-- 348 SLD + PN +L+ SHTS E+VG +A AK K L+LSH+ P P Sbjct 239 HLPSLDKLL---STEPNAKTLREHLLASHTSTEEVGRIATEAKVKTLVLSHFVPGGYPYL 295 Query 349 -DSQWLDKIKKNYSGMTTIARDGQ 371 DS WLD ++ ++ G + RD Q Sbjct 296 EDSVWLDAVRPHFKGEIIVGRDLQ 319 >gi|78048699|ref|YP_364874.1| putative metallo-beta-lactamase superfamily protein [Xanthomonas campestris pv. vesicatoria str. 85-10] gi|78037129|emb|CAJ24874.1| putative metallo-beta-lactamase superfamily protein [Xanthomonas campestris pv. vesicatoria str. 85-10] Length=335 Score = 154 bits (389), Expect = 2e-35, Method: Compositional matrix adjust. Identities = 121/374 (33%), Positives = 177/374 (48%), Gaps = 61/374 (16%) Query 12 GTHERRAAATR-RSALTAAGLAVVGAGVLGASACSPQK--SPQP-SSPRLP----DNALI 63 +H R+ T R+AL A L VG LGA+A P + S +P S+P P + L+ Sbjct 3 ASHPSRSRRTLLRTALAAGSLTAVGQ--LGAAARPPARRTSAKPDSAPPAPFPAKGSVLV 60 Query 64 TLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHT 123 LG +GP P+P R ++ L I Y+IDCG G AG++ L+ +F+TH H+ Sbjct 61 LLGTKSGPTPSPLRAAAANALVIDGQPYLIDCGNGVAQQLAKAGMRLPMLRDIFLTHHHS 120 Query 124 DHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAA 183 DH D N A + PV +YGP PG+A Sbjct 121 DHNADLLNVVWLA--WASGLQTPVHLYGP-------------------------PGIARM 153 Query 184 TEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVS 243 +A A IR+ G L+ V E P +V +D V+ Sbjct 154 VDAFVAMNAIDIQARIREEGRPPFEALIHVHEFD--------------QPGTVLKNDQVT 199 Query 244 VTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SL 301 VTATLV HY + PAF +RF+ SV FSGDT L A+ TD+LVHE ++ +L Sbjct 200 VTATLVDHYTLKPAFAYRFEAPDR--SVVFSGDTRYLPALAEFAKNTDVLVHEVMYLPAL 257 Query 302 DTAYFGNAFPP---NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDSQWLDK 355 T N P ++L+ SH+++E+VG +AAAA K L+L+H+ P + D+ W + Sbjct 258 QTMLKANDNAPTLLDHLLKSHSTSEEVGMIAAAANAKMLVLNHFVPGGDASITDAMWSEG 317 Query 356 IKKNYSGMTTIARD 369 +K+Y+G + +D Sbjct 318 ARKHYAGPIVVGKD 331 >gi|17547214|ref|NP_520616.1| hydrolase [Ralstonia solanacearum GMI1000] gi|17429516|emb|CAD16202.1| probable arylsulfatase precursor (aryl-sulfate sulphohydrolase) protein [Ralstonia solanacearum GMI1000] Length=320 Score = 154 bits (388), Expect = 3e-35, Method: Compositional matrix adjust. Identities = 123/364 (34%), Positives = 166/364 (46%), Gaps = 71/364 (19%) Query 22 RRSALTAAGLAVVGAGVLGASACSP--QKSPQPSSPRLPDNALITLGVAAGPPPTPSRVG 79 RR + AG A+ V +S P ++ QP RL I LG GP P +R Sbjct 8 RRRWMRQAG-ALAAGSVAASSGVWPLTSRAAQPQGTRL-----ILLGTGGGPTPKKNRSA 61 Query 80 ISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFL 139 + V+ I YV+DCG G + +AGL ++ +FITH H+DH DY L Sbjct 62 PAQVIVINGVSYVVDCGNGVARQYVSAGLTLKAIRHVFITHQHSDHNADYGALML----- 116 Query 140 APPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFI 199 L +G AG P + P P LAA T + Y I Sbjct 117 --------LAWGTDLAG---PVDAWGPPP-----------LAAMTARFLELYDYDIRTRI 154 Query 200 RDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYP 256 D G +A ++ ++TE GL V D NV VT+ LV H V P Sbjct 155 ADEGRPPLAPMLHPHELTEGGL-----------------VMQDANVKVTSALVKHPPVSP 197 Query 257 AFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPPN- 313 AF +RFD + S+ SGDT S+NL+ LA G D+LVHE + SLD + PN Sbjct 198 AFAYRFD--AADRSIVISGDTAPSENLVRLAHGADVLVHEVMHLPSLDKLL---STEPNA 252 Query 314 -----YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP---DSQWLDKIKKNYSGMTT 365 +L+ SHTSAE VG +A AK K L+LSH+ P P D+ WLD ++ ++ G Sbjct 253 KTLREHLLASHTSAEDVGRIATEAKVKTLVLSHFVPGGYPYLDDAAWLDAVRPHFKGEII 312 Query 366 IARD 369 + RD Sbjct 313 VGRD 316 >gi|241663940|ref|YP_002982300.1| beta-lactamase domain-containing protein [Ralstonia pickettii 12D] gi|240865967|gb|ACS63628.1| beta-lactamase domain protein [Ralstonia pickettii 12D] Length=319 Score = 151 bits (382), Expect = 1e-34, Method: Compositional matrix adjust. Identities = 112/324 (35%), Positives = 150/324 (47%), Gaps = 63/324 (19%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG A GP P +R + V+ I YV+DCG G + AGL+ D++ +F+TH Sbjct 43 LILLGTAGGPTPKKNRSAPAQVIVINGVSYVVDCGNGVARQYVTAGLKLKDIRHVFLTHQ 102 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 H+DH DY L A PV +GP P LA Sbjct 103 HSDHNADYGTLMLLA--WATDLTGPVDAWGP-------------------------PPLA 135 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVAS 238 A T + Y I D G +A ++ +++E GL V Sbjct 136 AMTTKFLELYDYDIRTRIADEGRPPLAPMIHPHEISEGGL-----------------VMQ 178 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 D NV VT+ LV H V PAF FRFD + S+ SGDT S+NL+ LA G D+LVHE + Sbjct 179 DANVKVTSALVKHPPVSPAFAFRFD--SADRSIVISGDTAPSENLVRLAYGADVLVHEVM 236 Query 299 F--SLDTAYFGNAFPPN------YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP-- 348 SLD + PN +L+ SHTS E+VG +A AK K L+LSH+ P P Sbjct 237 HLPSLDKLL---STEPNAKTLREHLLASHTSTEEVGRIATEAKVKTLVLSHFVPGGYPYL 293 Query 349 -DSQWLDKIKKNYSGMTTIARDGQ 371 DS WLD ++ ++ G + D Q Sbjct 294 EDSVWLDAVRPHFKGEIIVGHDLQ 317 >gi|300690635|ref|YP_003751630.1| arylsulfatase (aryl-sulfate sulphohydrolase) [Ralstonia solanacearum PSI07] gi|299077695|emb|CBJ50331.1| putative arylsulfatase (Aryl-sulfate sulphohydrolase) [Ralstonia solanacearum PSI07] Length=321 Score = 151 bits (381), Expect = 2e-34, Method: Compositional matrix adjust. Identities = 121/362 (34%), Positives = 165/362 (46%), Gaps = 66/362 (18%) Query 22 RRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGIS 81 RR + AG A+ V +S P S +P+ LI LG GP P +R + Sbjct 8 RRRWMRQAG-ALAAGSVAASSGVWPLASRAADAPQ--GTRLILLGTGGGPTPKKNRSAPA 64 Query 82 SVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAP 141 V+ I YV+DCG G + +AGL+ ++ +FITH H+DH DY L Sbjct 65 QVIVINGVSYVVDCGNGVARQYVSAGLKLRAIRHVFITHQHSDHNADYGALML------- 117 Query 142 PGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRD 201 L +G AG P + P P LAA T + Y I D Sbjct 118 ------LAWGTDLAG---PVDAWGPPP-----------LAAMTAKFLELYDYDIRTRIAD 157 Query 202 YGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAF 258 G +A ++ ++TE GL V D NV VT+ LV H V PAF Sbjct 158 EGRPPLAPMLHPHELTEGGL-----------------VMQDANVKVTSALVKHPPVSPAF 200 Query 259 GFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPPN--- 313 +RFD + S+ SGDT S+NL+ LA G D+LVHE + SLD + PN Sbjct 201 AYRFD--AADRSIVISGDTAPSENLVRLAYGADVLVHEVMHLPSLDKLL---STEPNATT 255 Query 314 ---YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP---DSQWLDKIKKNYSGMTTIA 367 +L+ SHTS E VG +A AK K L+LSH+ P P D+ WLD ++ ++ G + Sbjct 256 LREHLLASHTSTEDVGRIATEAKVKTLVLSHFVPGGYPYLDDAVWLDAVRPHFKGEIIVG 315 Query 368 RD 369 RD Sbjct 316 RD 317 >gi|344167403|emb|CCA79626.1| putative arylsulfatase (Aryl-sulfate sulphohydrolase) [blood disease bacterium R229] Length=321 Score = 151 bits (381), Expect = 2e-34, Method: Compositional matrix adjust. Identities = 121/362 (34%), Positives = 165/362 (46%), Gaps = 66/362 (18%) Query 22 RRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGIS 81 RR + AG A+ V +S P S +P+ LI LG GP P +R + Sbjct 8 RRRWMRQAG-ALAAGSVAASSGVWPLASRAADAPQ--GTRLILLGTGGGPTPKKNRSAPA 64 Query 82 SVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAP 141 V+ I YV+DCG G + +AGL+ ++ +FITH H+DH DY L Sbjct 65 QVIVINGVSYVVDCGNGVARQYVSAGLKLRAIRHVFITHQHSDHNADYGALML------- 117 Query 142 PGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRD 201 L +G AG P + P P LAA T + Y I D Sbjct 118 ------LAWGTDLAG---PVDAWGPPP-----------LAAMTTKFLELYDYDIRTRIAD 157 Query 202 YGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAF 258 G +A ++ ++TE GL V D NV VT+ LV H V PAF Sbjct 158 EGRPPLAPMLHPHELTEGGL-----------------VMQDANVKVTSALVKHPPVSPAF 200 Query 259 GFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPPN--- 313 +RFD + S+ SGDT S+NL+ LA G D+LVHE + SLD + PN Sbjct 201 AYRFD--AADRSIVISGDTAPSENLVRLAYGADVLVHEVMHLPSLDKLL---STEPNATT 255 Query 314 ---YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP---DSQWLDKIKKNYSGMTTIA 367 +L+ SHTS E VG +A AK K L+LSH+ P P D+ WLD ++ ++ G + Sbjct 256 LREHLLASHTSTEDVGRIATEAKVKTLVLSHFVPGGYPYLDDAVWLDAVRPHFKGEIIVG 315 Query 368 RD 369 RD Sbjct 316 RD 317 >gi|309781470|ref|ZP_07676206.1| hydrolase [Ralstonia sp. 5_7_47FAA] gi|308919883|gb|EFP65544.1| hydrolase [Ralstonia sp. 5_7_47FAA] Length=319 Score = 150 bits (378), Expect = 4e-34, Method: Compositional matrix adjust. Identities = 111/324 (35%), Positives = 150/324 (47%), Gaps = 63/324 (19%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG A GP P +R + V+ I YV+DCG G + AGL+ D++ +F+TH Sbjct 43 LILLGTAGGPTPKKNRSAPAQVIVINGVSYVVDCGNGVARQYVTAGLKLKDIRHVFLTHQ 102 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 H+DH DY L A PV +GP P LA Sbjct 103 HSDHNADYGTLMLLA--WATDLTGPVDAWGP-------------------------PPLA 135 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVAS 238 A T + Y I D G +A ++ +++E GL V Sbjct 136 AMTTKFLELYDYDIRTRIADEGRPPLAPMIHPHEISEGGL-----------------VMQ 178 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 D NV VT+ LV H V PAF FRFD + S+ SGDT S+NL+ LA G D+LVHE + Sbjct 179 DANVKVTSALVKHPPVSPAFAFRFD--SADRSIVISGDTAPSENLVRLAYGADVLVHEVM 236 Query 299 F--SLDTAYFGNAFPPN------YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP-- 348 SLD + PN +L+ SHTS ++VG +A AK K L+LSH+ P P Sbjct 237 HLPSLDKLL---STEPNAKTLREHLLASHTSTDEVGRIATEAKVKTLVLSHFVPGGYPYL 293 Query 349 -DSQWLDKIKKNYSGMTTIARDGQ 371 DS WLD ++ ++ G + D Q Sbjct 294 EDSVWLDAVRPHFKGEIIVGHDLQ 317 >gi|294664822|ref|ZP_06730144.1| metallo-beta-lactamase superfamily protein [Xanthomonas fuscans subsp. aurantifolii str. ICPB 10535] gi|292605406|gb|EFF48735.1| metallo-beta-lactamase superfamily protein [Xanthomonas fuscans subsp. aurantifolii str. ICPB 10535] Length=335 Score = 148 bits (374), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 113/362 (32%), Positives = 168/362 (47%), Gaps = 60/362 (16%) Query 23 RSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRL-------PDNALITLGVAAGPPPTP 75 R+A A+ L VG LGA+A +P + P + L+ LG GP P+P Sbjct 15 RTAFAASALTAVGQ--LGAAARAPARQTSPQPGPAPPAPFPTKGSVLVLLGTKGGPTPSP 72 Query 76 SRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLS 135 R ++ L I Y++DCG G AG++ L+ +F+TH H+DH D N Sbjct 73 LRAAAANALVIDGQPYLVDCGNGVAQQLAKAGIRLPMLRDIFLTHHHSDHNADLLNVVWL 132 Query 136 GGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTS 195 A + PV +YGP PG+A EA Sbjct 133 A--WASGLQTPVHLYGP-------------------------PGIARMVEA--------- 156 Query 196 NIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVY 255 F+ ID A ++ E G PP + P +V +D V+VTATLV HY + Sbjct 157 --FVAMNAIDIQA---RIREEGRPPFEALIHVHEFDQPGTVLKNDQVTVTATLVDHYTLK 211 Query 256 PAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPP- 312 PAF +RF+ SV FSGDT L A+ TD+LVHE ++ +L T N P Sbjct 212 PAFAYRFEAPDR--SVVFSGDTRYLPALAEFAKNTDVLVHEVMYLPALQTMLKTNDNAPT 269 Query 313 --NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDSQWLDKIKKNYSGMTTIA 367 ++L+ SH+++E+VG +A AA K L+L+H+ P + D+ W + +K+Y+G + Sbjct 270 LLDHLLKSHSTSEEVGMIATAANAKMLVLNHFVPGGDASITDAMWSEGARKHYAGPIVVG 329 Query 368 RD 369 +D Sbjct 330 KD 331 >gi|294625991|ref|ZP_06704602.1| metallo-beta-lactamase superfamily protein [Xanthomonas fuscans subsp. aurantifolii str. ICPB 11122] gi|292599729|gb|EFF43855.1| metallo-beta-lactamase superfamily protein [Xanthomonas fuscans subsp. aurantifolii str. ICPB 11122] Length=335 Score = 148 bits (374), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 114/362 (32%), Positives = 167/362 (47%), Gaps = 60/362 (16%) Query 23 RSALTAAGLAVVGAGVLGASACSPQKSP-------QPSSPRLPDNALITLGVAAGPPPTP 75 R+A A+ L VG LGA+A +P + P+ + L+ LG GP P+P Sbjct 15 RTAFAASALTAVGQ--LGAAARAPARQTFIQPGPTPPAPFPTKGSVLVLLGTKGGPTPSP 72 Query 76 SRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLS 135 R ++ L I Y++DCG G AG++ L+ +F+TH H+DH D N Sbjct 73 LRAAAANALVIDGQPYLVDCGNGVAQQLAKAGIRLPMLRDIFLTHHHSDHNADLLNVVWL 132 Query 136 GGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTS 195 A + PV +YGP PG+A EA A Sbjct 133 A--WASGLQTPVHLYGP-------------------------PGIARMVEAFVAMNAIDI 165 Query 196 NIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVY 255 IR+ G L+ V E PG+ RN D V+VTATLV HY + Sbjct 166 QARIREEGRPPFEALIHVHEFD-QPGTVLRN-------------DQVTVTATLVDHYTLK 211 Query 256 PAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPP- 312 PAF +RF+ SV FSGDT L A+ TD+LVHE ++ +L T N P Sbjct 212 PAFAYRFEAPDR--SVVFSGDTRYLPALAEFAKNTDVLVHEVMYLPALQTMLKTNDNAPT 269 Query 313 --NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDSQWLDKIKKNYSGMTTIA 367 ++L+ SH+++E+VG +A AA K L+L+H+ P + D+ W + +K+Y+G + Sbjct 270 LLDHLLKSHSTSEEVGMIATAANAKMLVLNHFVPGGDASITDAMWSEGARKHYAGPIVVG 329 Query 368 RD 369 +D Sbjct 330 KD 331 >gi|344172192|emb|CCA84820.1| putative arylsulfatase (Aryl-sulfate sulphohydrolase) [Ralstonia syzygii R24] Length=321 Score = 148 bits (374), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 120/362 (34%), Positives = 164/362 (46%), Gaps = 66/362 (18%) Query 22 RRSALTAAGLAVVGAGVLGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGIS 81 RR + AG A+ V +S P S +P+ LI LG GP P +R + Sbjct 8 RRRWMRQAG-ALAAGSVAASSGVWPLASRAADAPQ--GTRLILLGTGGGPTPKKNRSAPA 64 Query 82 SVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAP 141 V+ I YV+DCG G + +A L+ ++ +FITH H+DH DY L Sbjct 65 QVIVINGVSYVVDCGNGVARQYVSADLKLKAIRHVFITHQHSDHNADYGALML------- 117 Query 142 PGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRD 201 L +G AG P + P P LAA T + Y I D Sbjct 118 ------LAWGTDLAG---PVDAWGPPP-----------LAAMTAKFLELYDYDIRTRIAD 157 Query 202 YGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAF 258 G +A ++ ++TE GL V D NV VT+ LV H V PAF Sbjct 158 EGRPPLAPMLHPHELTEGGL-----------------VMQDANVKVTSALVKHPPVSPAF 200 Query 259 GFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPPN--- 313 +RFD + S+ SGDT S+NL+ LA G D+LVHE + SLD + PN Sbjct 201 AYRFD--AADRSIVISGDTAPSENLVRLAYGADVLVHEVMHLPSLDKLL---STEPNATT 255 Query 314 ---YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP---DSQWLDKIKKNYSGMTTIA 367 +L+ SHTS E VG +A AK K L+LSH+ P P D+ WLD ++ ++ G + Sbjct 256 LREHLLASHTSTEDVGRIATEAKVKTLVLSHFVPGGYPYLDDAVWLDAVRPHFKGEIIVG 315 Query 368 RD 369 RD Sbjct 316 RD 317 >gi|116670283|ref|YP_831216.1| beta-lactamase domain-containing protein [Arthrobacter sp. FB24] gi|116610392|gb|ABK03116.1| beta-lactamase domain protein [Arthrobacter sp. FB24] Length=324 Score = 148 bits (373), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 122/336 (37%), Positives = 162/336 (49%), Gaps = 33/336 (9%) Query 50 PQPSSPRLPDN-----ALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFT 104 P P P L + LITLG AAGP GISS L +G Y++D GLG A Sbjct 4 PTPDPPTLQKDIPVSVELITLGTAAGPAIRGPENGISSALVVGDAFYMVDFGLGCSRAAH 63 Query 105 NAGLQFDDLKAMFITHLHTDHIVDYYNFFL-SGGFLAPPGRAPVLVYGPGPAGGLPPSEV 163 AGL+ D A F+THLH+DH+V+ F L + G PV V GPG Sbjct 64 EAGLRGKDFVAGFVTHLHSDHVVELPGFLLWNWGNPVEGFTGPVSVVGPG---------- 113 Query 164 GNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSD 223 AT G +AF+Y +I + D ++A LV+ ++ P Sbjct 114 ---KDATRAGGTGLSGTGELVSHSLKAFSYDIDIRVHDEARPDLASLVRTVDLATP---- 166 Query 224 YRNRAPKMS-PFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDN 282 +++P+ + PF V DD V VT LV H V PA FRF+ SV FSGDT + + Sbjct 167 -AHKSPEGALPFDVYEDDRVKVTGILVEHPPVRPALAFRFETDAG--SVVFSGDTAECEA 223 Query 283 LITLAQGTDILVHEAVFSLDTAYFGNAFPPNYLVN---SHTSAEQVGEVAAAAKPKQLIL 339 ++ LA G D+LVHEAV +LD Y F P +L + +HT E G VAAAA +L+L Sbjct 224 MVVLASGADVLVHEAV-NLDF-YADKGFAPEFLNHQRIAHTPPEGAGRVAAAAGVGRLVL 281 Query 340 SHYAPDDLPDSQWLDKIKKNYSGMTTIARDGQVFAL 375 SH A PD W + + G +A GQ F + Sbjct 282 SHLAGRAEPD-WWRGRSASTFDGPVDVAVSGQRFRI 316 >gi|325919973|ref|ZP_08181957.1| metal-dependent hydrolase, beta-lactamase superfamily III [Xanthomonas gardneri ATCC 19865] gi|325549548|gb|EGD20418.1| metal-dependent hydrolase, beta-lactamase superfamily III [Xanthomonas gardneri ATCC 19865] Length=323 Score = 148 bits (373), Expect = 2e-33, Method: Compositional matrix adjust. Identities = 117/362 (33%), Positives = 169/362 (47%), Gaps = 60/362 (16%) Query 23 RSALTAAGLAVVGAGVLGASACSPQK----SPQPSSPR-LPDN--ALITLGVAAGPPPTP 75 R AL A L++ A LGA+ QK S P SP P N L+ LG GP P+P Sbjct 3 RIALAAGTLSM--ANQLGAAIRGGQKDADSSSDPLSPAPFPANGSVLVLLGTKGGPTPSP 60 Query 76 SRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLS 135 R ++ L I Y+IDCG G AG++ L+ +F+TH H+DH D N Sbjct 61 LRAAAANALVIDGQPYLIDCGNGVAQQLAKAGIRLPTLRDIFLTHHHSDHNADLLNVVWL 120 Query 136 GGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTS 195 A + PV +YG PG+A +A A Sbjct 121 A--WASGLQTPVHLYG-------------------------LPGIARMVDAFVEMNAIDI 153 Query 196 NIFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVY 255 + IR+ G L+KV E P +V +D V+VTATLV HY + Sbjct 154 DARIREEGRPPFKQLIKVHEFD--------------QPGTVLQNDQVTVTATLVDHYTLK 199 Query 256 PAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPP- 312 PAF +RF + +V FSGDT L A+ DILVHE ++ +L+ N P Sbjct 200 PAFAYRFAARDR--TVVFSGDTRYLPALAEFAKDADILVHEVMYLPALEKMLKTNDNAPT 257 Query 313 --NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP---DSQWLDKIKKNYSGMTTIA 367 ++L+ SH+++E+VG++AAAA K L+L+H+ P P D+ W + +K+Y+G + Sbjct 258 LLDHLLKSHSTSEEVGKIAAAANAKMLLLNHFVPGGDPAITDAMWSEGARKHYAGPIVVG 317 Query 368 RD 369 +D Sbjct 318 KD 319 >gi|334195076|gb|AEG68261.1| arylsulfatase precursor (aryl-sulfate sulfohydrolase) protein [Ralstonia solanacearum Po82] Length=321 Score = 147 bits (370), Expect = 3e-33, Method: Compositional matrix adjust. Identities = 109/319 (35%), Positives = 148/319 (47%), Gaps = 57/319 (17%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG GP P +R + V+ I YV+DCG G + +AGL+ ++ +FITH Sbjct 45 LILLGTGGGPTPKKNRSAPAQVIVINGVSYVVDCGNGVARQYVSAGLKLKAIRHVFITHQ 104 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 H+DH DY L G PV +GP P LA Sbjct 105 HSDHNADYGALMLLAWGTDLTG--PVDTWGP-------------------------PPLA 137 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVAS 238 A T + Y I D G +A ++ ++TE GL V Sbjct 138 AMTTKFLELYDYDIRTRIADEGRPPLAPMLHPHELTEGGL-----------------VMQ 180 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 D NV VT+ LV H V PAF +RFD + S+ SGDT S+NL+ LA G D+LVHE + Sbjct 181 DANVKVTSALVKHPPVSPAFAYRFD--AADRSIVISGDTAPSENLVRLAHGADVLVHEVM 238 Query 299 F--SLD---TAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDS 350 SLD + +L+ SHT AE+VG +A AK K L+LSH+ P +L DS Sbjct 239 HLPSLDQLLSTERNAKTLREHLLASHTPAEEVGRIATEAKVKTLVLSHFVPGGYPNLDDS 298 Query 351 QWLDKIKKNYSGMTTIARD 369 WLD ++ ++ G + RD Sbjct 299 VWLDAVRPHFKGEIIVGRD 317 >gi|299065910|emb|CBJ37090.1| putative arylsulfatase (Aryl-sulfate sulphohydrolase) [Ralstonia solanacearum CMR15] Length=320 Score = 146 bits (369), Expect = 5e-33, Method: Compositional matrix adjust. Identities = 116/342 (34%), Positives = 154/342 (46%), Gaps = 68/342 (19%) Query 39 LGASACSPQKSPQPSSPRLPDNALITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLG 98 L A A PQ + LI LG GP P +R + V+ I YV+DCG G Sbjct 32 LAARAVEPQGT-----------RLILLGTGGGPTPKKNRSAPAQVIVINGVSYVVDCGNG 80 Query 99 SLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGL 158 + +AGL+ ++ +FITH H+DH DY L G PV +GP Sbjct 81 VARQYVSAGLKLKAIRHVFITHQHSDHNADYGALMLLAWGTDLTG--PVDTWGP------ 132 Query 159 PPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTE 215 P LA T + Y I D G +A ++ ++TE Sbjct 133 -------------------PPLAEMTTKFLELYDYDIRTRIADEGRPPLAPMLHPHELTE 173 Query 216 IGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSG 275 GL V D NV VT+ LV H V PAF +RFD + S+ SG Sbjct 174 GGL-----------------VMQDANVKVTSALVKHPPVSPAFAYRFD--AADRSIVISG 214 Query 276 DTTKSDNLITLAQGTDILVHEAVF--SLDT--AYFGNAFP-PNYLVNSHTSAEQVGEVAA 330 DT S+NL+ LA G D+LVHE + SLD A NA +L+ SHTSAE VG +A Sbjct 215 DTAPSENLVRLAHGADVLVHEVMHLPSLDKLLATERNATTLREHLLASHTSAEDVGRIAT 274 Query 331 AAKPKQLILSHYAPDDLP---DSQWLDKIKKNYSGMTTIARD 369 AK K L+LSH+ P P D+ WLD ++ ++ G + RD Sbjct 275 EAKVKTLVLSHFVPGGYPYLDDAVWLDAVRPHFKGEIIVGRD 316 >gi|21243721|ref|NP_643303.1| hydrolase [Xanthomonas axonopodis pv. citri str. 306] gi|21109305|gb|AAM37839.1| hydrolase [Xanthomonas axonopodis pv. citri str. 306] Length=310 Score = 146 bits (368), Expect = 6e-33, Method: Compositional matrix adjust. Identities = 111/348 (32%), Positives = 161/348 (47%), Gaps = 58/348 (16%) Query 37 GVLGASACSP--QKSPQPS-SPRLP----DNALITLGVAAGPPPTPSRVGISSVLKIGRD 89 G LGA+A P Q S QP +P P + L+ LG GP P+P R ++ L I Sbjct 2 GQLGAAARPPARQTSSQPGPAPTAPFPTKGSVLVLLGTKGGPTPSPLRAAAANALVIDGQ 61 Query 90 LYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSGGFLAPPGRAPVLV 149 Y++DCG G AG+ L+ +F+TH H+DH D N A + PV + Sbjct 62 PYLVDCGNGVAQQLAKAGIGLPMLRGIFLTHHHSDHNADLLNVVWLA--WASGLQTPVHL 119 Query 150 YGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSNIFIRDYGIDNVAD 209 YGP PG+A +A A IR+ G Sbjct 120 YGP-------------------------PGIARMVDAFVAMNAIDIQARIREEGRPPFEA 154 Query 210 LVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGV 269 L+ V E P +V ++D V+VTATLV HY + PAF +RF+ Sbjct 155 LIHVHEFD--------------QPGTVLTNDQVTVTATLVDHYTLKPAFAYRFEAPDR-- 198 Query 270 SVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPP---NYLVNSHTSAEQ 324 SV FSGDT L A+ TD+LVHE ++ +L N P ++L+ SH+++E+ Sbjct 199 SVVFSGDTRYLPALAEFAKNTDVLVHEVMYLPALQRMLKTNDNAPTLLDHLLKSHSTSEE 258 Query 325 VGEVAAAAKPKQLILSHYAPD---DLPDSQWLDKIKKNYSGMTTIARD 369 VG +AAAA K L+L+H+ P + D+ W +K+Y+G + +D Sbjct 259 VGMIAAAANAKMLVLNHFVPGGDASITDAMWSQGARKHYAGPIVVGKD 306 >gi|206590350|emb|CAQ37311.1| arylsulfatase precursor (aryl-sulfate sulphohydrolase) protein [Ralstonia solanacearum MolK2] Length=321 Score = 146 bits (368), Expect = 6e-33, Method: Compositional matrix adjust. Identities = 109/319 (35%), Positives = 148/319 (47%), Gaps = 57/319 (17%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG GP P +R + V+ I YV+DCG G + +AGL+ ++ +FITH Sbjct 45 LILLGTGGGPTPKKNRSAPAQVIVINGVSYVVDCGNGVARQYVSAGLKLKAIRHVFITHQ 104 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 H+DH DY L G PV +GP P LA Sbjct 105 HSDHNADYGALMLLAWGTDLTG--PVDTWGP-------------------------PPLA 137 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVAS 238 A T + Y I D G +A ++ ++TE GL V Sbjct 138 AMTTKFLELYDYDIRTRIADEGRPPLAPMLHPHELTEGGL-----------------VMQ 180 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 D NV VT+ LV H V PAF +RFD + S+ SGDT S+NL+ LA G D+LVHE + Sbjct 181 DANVKVTSALVKHPPVSPAFAYRFD--AADRSIVISGDTAPSENLVRLAYGADVLVHEVM 238 Query 299 F--SLD---TAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDS 350 SLD + +L+ SHT AE+VG +A AK K L+LSH+ P +L DS Sbjct 239 HLPSLDKLLSTERNAKTLREHLLASHTPAEEVGRIATEAKVKTLVLSHFVPGGYPNLDDS 298 Query 351 QWLDKIKKNYSGMTTIARD 369 WLD ++ ++ G + RD Sbjct 299 VWLDAVRPHFKGEIIVGRD 317 >gi|300703243|ref|YP_003744845.1| arylsulfatase [Ralstonia solanacearum CFBP2957] gi|299070906|emb|CBJ42208.1| putative arylsulfatase (Aryl-sulfate sulphohydrolase) [Ralstonia solanacearum CFBP2957] Length=321 Score = 146 bits (368), Expect = 6e-33, Method: Compositional matrix adjust. Identities = 108/319 (34%), Positives = 147/319 (47%), Gaps = 57/319 (17%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG GP P +R + V+ I YV+DCG G + +AGL+ ++ +FITH Sbjct 45 LILLGTGGGPTPKKNRSAPAQVIVINGVSYVVDCGNGVARQYVSAGLKLKAIRHVFITHQ 104 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 H+DH DY L G PV +GP P LA Sbjct 105 HSDHNADYGALMLLAWGTDLTG--PVDTWGP-------------------------PPLA 137 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVAS 238 A T + Y I D G +A ++ ++TE GL V Sbjct 138 AMTTKFLELYDYDIRTRIADEGRPPLAPMLHPHELTEAGL-----------------VMQ 180 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 D NV VT+ LV H V PAF +RFD + S+ SGDT S+NL+ LA G D+LVHE + Sbjct 181 DANVKVTSALVEHPPVSPAFAYRFD--AADRSIVISGDTAPSENLVRLAYGADVLVHEVM 238 Query 299 F--SLD---TAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP---DS 350 SLD + +L+ SHT AE+VG +A AK K L+LSH+ P P D+ Sbjct 239 HLPSLDQLLSTERNAKTLREHLLASHTPAEEVGRIATEAKVKTLVLSHFVPGGYPYLDDA 298 Query 351 QWLDKIKKNYSGMTTIARD 369 WLD ++ ++ G + RD Sbjct 299 AWLDAVRPHFKGEIIVGRD 317 >gi|83749087|ref|ZP_00946093.1| Metal-dependent hydrolase [Ralstonia solanacearum UW551] gi|207742546|ref|YP_002258938.1| arylsulfatase precursor (aryl-sulfate sulphohydrolase) protein [Ralstonia solanacearum IPO1609] gi|83724277|gb|EAP71449.1| Metal-dependent hydrolase [Ralstonia solanacearum UW551] gi|206593938|emb|CAQ60865.1| arylsulfatase precursor (aryl-sulfate sulphohydrolase) protein [Ralstonia solanacearum IPO1609] Length=321 Score = 146 bits (368), Expect = 7e-33, Method: Compositional matrix adjust. Identities = 109/319 (35%), Positives = 148/319 (47%), Gaps = 57/319 (17%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG GP P +R + V+ I YV+DCG G + +AGL+ ++ +FITH Sbjct 45 LILLGTGGGPTPKKNRSAPAQVIVINGVSYVVDCGNGVARQYVSAGLKLKAIRHVFITHQ 104 Query 122 HTDHIVDYYNFFLSGGFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLA 181 H+DH DY L G PV +GP P LA Sbjct 105 HSDHNADYGALMLLAWGTDLTG--PVDTWGP-------------------------PPLA 137 Query 182 AATEALHRAFAYTSNIFIRDYGIDNVADLV---KVTEIGLPPGSDYRNRAPKMSPFSVAS 238 A T + Y I D G +A ++ ++TE GL V Sbjct 138 AMTTKFLELYDYDIRTRIADEGRPPLAPMLHPHELTEGGL-----------------VMQ 180 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 D NV VT+ LV H V PAF +RFD + S+ SGDT S+NL+ LA G D+LVHE + Sbjct 181 DANVKVTSALVKHPPVSPAFAYRFD--AADRSIVISGDTAPSENLVRLAYGADVLVHEVM 238 Query 299 F--SLD---TAYFGNAFPPNYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDS 350 SLD + +L+ SHT AE+VG +A AK K L+LSH+ P +L DS Sbjct 239 HLPSLDKLLSTERNAKTLREHLLASHTPAEEVGRIATEAKVKTLVLSHFVPGGYPNLDDS 298 Query 351 QWLDKIKKNYSGMTTIARD 369 WLD ++ ++ G + RD Sbjct 299 VWLDAVRPHFKGEIIVGRD 317 >gi|340788141|ref|YP_004753606.1| hydrolase [Collimonas fungivorans Ter331] gi|340553408|gb|AEK62783.1| hydrolase [Collimonas fungivorans Ter331] Length=308 Score = 145 bits (365), Expect = 1e-32, Method: Compositional matrix adjust. Identities = 109/323 (34%), Positives = 151/323 (47%), Gaps = 57/323 (17%) Query 62 LITLGVAAGPPPTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHL 121 LI LG GP P+ R ++VL + YV+DCG G T AG++ ++ +F+TH Sbjct 32 LILLGTKGGPTPSALRAAPANVLLVDGQPYVVDCGNGVALQLTKAGVRLPQIRDIFLTHQ 91 Query 122 HTDHIVDYYNFFLSGGFLA-PPGRA-PVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPG 179 H+DH D N FLA G A PV +YGP PG Sbjct 92 HSDHNADLGNLV----FLAWATGLATPVHLYGP-------------------------PG 122 Query 180 LAAATEALHRAFAYTSNIFIRDYGIDNVADL-VKVTEIGLPPGSDYRNRAPKMSPFSVAS 238 + + D+ N D+ ++ E G PP N P V Sbjct 123 MRQMMD---------------DFVHMNAIDIATRMQEEGRPPLRPLINTHEFDGPRVVME 167 Query 239 DDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAV 298 +D V VTA LV HY + P F +RFD + SV FSGDT ++NLI LA+G D+LVHE + Sbjct 168 NDQVKVTAALVDHYTLKPTFAYRFDTRDR--SVVFSGDTAYNENLIQLAKGADVLVHEVM 225 Query 299 F--SLDTAYFGNAFPP---NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDDLP---DS 350 + +L+ P ++LV SHTS QVG+VAA A K L+LSH+ P P D Sbjct 226 YLPALEKLMKTVDNAPTLLDHLVKSHTSTAQVGKVAARAGVKTLVLSHFVPGGDPAISDD 285 Query 351 QWLDKIKKNYSGMTTIARDGQVF 373 W + ++ +SG + +D V Sbjct 286 MWSAEARRQFSGEIIVGKDLMVI 308 >gi|334564296|ref|ZP_08517287.1| metallo-beta-lactamase superfamily protein [Corynebacterium bovis DSM 20582] Length=335 Score = 144 bits (362), Expect = 3e-32, Method: Compositional matrix adjust. Identities = 117/323 (37%), Positives = 151/323 (47%), Gaps = 18/323 (5%) Query 62 LITLGVAAGPP---PTPSRVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFI 118 +ITLG A GP P R GIS+ + +G YV+D G G+ AGL +FI Sbjct 6 VITLGTAGGPKVWTDCPGRTGISTAVVVGDRHYVVDAGYGTGQQMAAAGLDPARWGGLFI 65 Query 119 THLHTDHIVDYYNFFLSGGF-LAPPGRAPVLVYGPGPAGGLPP-SEVGNPNPATVNPANP 176 THLH+DH+ D L + LA PV V GPG G LP S + P P P Sbjct 66 THLHSDHVADLPALMLFSPYHLADRIDRPVPVIGPGDRGVLPEVSPHADTPPRPAAPDRP 125 Query 177 TPGLAAATEALHRAFAYTSNIFIRDYGIDNVADLVKVTEIGLPPGSDY---RNRAPKMSP 233 TPG+ E AFA N I D N DL EI +P Y +P M P Sbjct 126 TPGVVGLMERTVEAFATDLNDRILDSLRPNPLDLFSPQEITVPGDVGYDPNHTPSPAMEP 185 Query 234 FSVASDDNVSVTATLVSHYDVYPAFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDIL 293 ++V DD V VT LV H + PAF FRFD + SVT SGDT ++ N + LA+ TD+L Sbjct 186 WTVFEDDRVRVTTILVEHPPIAPAFAFRFDTDEG--SVTISGDTCETANTVRLARDTDLL 243 Query 294 VHEAV--FSLDTAYFGNAFPPN-----YLVNSHTSAEQVGEVAAAAKPKQLILSHYAPDD 346 +HEA+ ++ Y G P + SHTS E VA A + L L H P Sbjct 244 LHEAIDFEWVEELYAGRTGPLAEASRLHHYKSHTSVEGACRVAREAGARHLALHHLVPGA 303 Query 347 LPDSQWLDKIKKNYSGMTTIARD 369 + W + + G ++ RD Sbjct 304 VDHDPW-SRGADLFPGAFSVPRD 325 >gi|289664476|ref|ZP_06486057.1| putative metallo-beta-lactamase superfamily protein [Xanthomonas campestris pv. vasculorum NCPPB702] Length=334 Score = 141 bits (355), Expect = 2e-31, Method: Compositional matrix adjust. Identities = 115/361 (32%), Positives = 171/361 (48%), Gaps = 59/361 (16%) Query 23 RSALTAAGLAVVGAGVLGASACSPQK------SPQPSSPRLPDNALITLGVAAGPPPTPS 76 R+AL A L VG LGA+ S ++ + P+ + L+ LG GP P+PS Sbjct 15 RTALVAGALTAVGQ--LGAAQSSTRQGLSKPEAAPPAPFPAEGSVLVLLGTKGGPTPSPS 72 Query 77 RVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSG 136 R ++VL I Y+IDCG G AG++ L+ +F+TH H+DH D N Sbjct 73 RAAAANVLVIDGQPYLIDCGNGVAQQLAKAGIRLPMLRDIFLTHHHSDHSADLLNVVWLA 132 Query 137 GFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSN 196 A + V +YGP PG+A N Sbjct 133 --WASGLQTAVHLYGP-------------------------PGIAKMV-----------N 154 Query 197 IFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYP 256 F+ ID A ++ E G PP + P +V +D V+VTATLV HY + P Sbjct 155 AFVEMNAIDIEA---RIREEGRPPFKQLIHVHEFDQPGTVLKNDQVTVTATLVDHYTLKP 211 Query 257 AFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPP-- 312 AF +RF+ + SV FSGDT L A+ TDILVHE ++ +L N P Sbjct 212 AFAYRFEARDR--SVVFSGDTRYLPALAEFAKNTDILVHEVMYLPALQKMLQTNDNAPTL 269 Query 313 -NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDSQWLDKIKKNYSGMTTIAR 368 ++L+ SH+++E+VG++AAAAK K L+L+H+ P + D+ W + +++Y G + + Sbjct 270 LDHLLKSHSTSEEVGKIAAAAKAKMLVLNHFVPGGDASITDAMWSEGARRHYPGPIVVGK 329 Query 369 D 369 D Sbjct 330 D 330 >gi|289670660|ref|ZP_06491735.1| putative metallo-beta-lactamase superfamily protein [Xanthomonas campestris pv. musacearum NCPPB4381] Length=334 Score = 140 bits (352), Expect = 5e-31, Method: Compositional matrix adjust. Identities = 114/361 (32%), Positives = 170/361 (48%), Gaps = 59/361 (16%) Query 23 RSALTAAGLAVVGAGVLGASACSPQK------SPQPSSPRLPDNALITLGVAAGPPPTPS 76 R+AL A L VG LGA+ S ++ + P+ + L+ LG GP P+PS Sbjct 15 RTALVAGALTAVGQ--LGAAQSSTRQGLSKPEAAPPAPFPAEGSVLVLLGTKGGPTPSPS 72 Query 77 RVGISSVLKIGRDLYVIDCGLGSLNAFTNAGLQFDDLKAMFITHLHTDHIVDYYNFFLSG 136 R ++ L I Y+IDCG G AG++ L+ +F+TH H+DH D N Sbjct 73 RAAAANALVIDGQPYLIDCGNGVAQQLAKAGIRLPMLRDIFLTHHHSDHSADLLNVVWLA 132 Query 137 GFLAPPGRAPVLVYGPGPAGGLPPSEVGNPNPATVNPANPTPGLAAATEALHRAFAYTSN 196 A + V +YGP PG+A N Sbjct 133 --WASGLQTAVHLYGP-------------------------PGIAKMV-----------N 154 Query 197 IFIRDYGIDNVADLVKVTEIGLPPGSDYRNRAPKMSPFSVASDDNVSVTATLVSHYDVYP 256 F+ ID A ++ E G PP + P +V +D V+VTATLV HY + P Sbjct 155 AFVEMNAIDIEA---RIREEGRPPFKQLIHVHEFDQPGTVLKNDQVTVTATLVDHYTLKP 211 Query 257 AFGFRFDLKKSGVSVTFSGDTTKSDNLITLAQGTDILVHEAVF--SLDTAYFGNAFPP-- 312 AF +RF+ + SV FSGDT L A+ TDILVHE ++ +L N P Sbjct 212 AFAYRFEARDR--SVVFSGDTRYLPALAEFAKNTDILVHEVMYLPALQKMLQTNDNAPTL 269 Query 313 -NYLVNSHTSAEQVGEVAAAAKPKQLILSHYAPD---DLPDSQWLDKIKKNYSGMTTIAR 368 ++L+ SH+++E+VG++AAAAK K L+L+H+ P + D+ W + +++Y G + + Sbjct 270 LDHLLKSHSTSEEVGKIAAAAKAKMLVLNHFVPGGDASITDAMWSEGARRHYPGPIVVGK 329 Query 369 D 369 D Sbjct 330 D 330 Lambda K H 0.317 0.135 0.401 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 718963958700 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