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= Rv1775
Length=272
Score E
Sequences producing significant alignments: (Bits) Value
gi|15608913|ref|NP_216291.1| hypothetical protein Rv1775 [Mycoba... 560 1e-157
gi|340626787|ref|YP_004745239.1| hypothetical protein MCAN_17931... 542 2e-152
gi|289757878|ref|ZP_06517256.1| LOW QUALITY PROTEIN: conserved h... 474 4e-132
gi|294996686|ref|ZP_06802377.1| hypothetical protein Mtub2_19808... 467 9e-130
gi|240172003|ref|ZP_04750662.1| hypothetical protein MkanA1_2199... 437 6e-121
gi|296164763|ref|ZP_06847326.1| conserved hypothetical protein [... 430 1e-118
gi|145221114|ref|YP_001131792.1| hypothetical protein Mflv_0511 ... 335 4e-90
gi|120401185|ref|YP_951014.1| hypothetical protein Mvan_0157 [My... 334 9e-90
gi|254515649|ref|ZP_05127709.1| conserved hypothetical protein [... 220 1e-55
gi|83943525|ref|ZP_00955984.1| hypothetical protein EE36_01450 [... 137 2e-30
gi|317149374|ref|XP_001823334.2| hypothetical protein AOR_1_9081... 135 7e-30
gi|169631561|ref|YP_001705210.1| hypothetical protein MAB_4487c ... 129 3e-28
gi|83772071|dbj|BAE62201.1| unnamed protein product [Aspergillus... 128 8e-28
gi|335334789|dbj|BAK39611.1| 2,4-diacetylphloroglucinol hydrolas... 128 9e-28
gi|238494950|ref|XP_002378711.1| conserved hypothetical protein ... 127 2e-27
gi|11499061|ref|NP_070295.1| hypothetical protein AF1466 [Archae... 126 4e-27
gi|66473160|gb|AAF20929.2|AF207529_3 PhlG [Pseudomonas fluorescens] 125 5e-27
gi|115402677|ref|XP_001217415.1| predicted protein [Aspergillus ... 125 6e-27
gi|70733237|ref|YP_263010.1| PhlG [Pseudomonas fluorescens Pf-5]... 125 7e-27
gi|310799132|gb|EFQ34025.1| PhlG protein [Glomerella graminicola... 124 2e-26
gi|339442112|ref|YP_004708117.1| hypothetical protein CXIVA_1048... 122 4e-26
gi|281307082|pdb|3HWP|A Chain A, Crystal Structure And Computati... 116 3e-24
gi|240950270|ref|ZP_04754548.1| PhlG [Actinobacillus minor NM305... 105 6e-21
gi|152979733|ref|YP_001345362.1| PhlG [Actinobacillus succinogen... 105 7e-21
gi|218778368|ref|YP_002429686.1| hypothetical protein Dalk_0511 ... 101 2e-19
gi|339441151|ref|YP_004707156.1| hypothetical protein CXIVA_0087... 100 2e-19
gi|295393651|gb|ADG03651.1| PhlG [Pseudomonas fluorescens] 100 3e-19
gi|339442702|ref|YP_004708707.1| hypothetical protein CXIVA_1639... 99.0 8e-19
gi|260767437|ref|ZP_05876374.1| conserved hypothetical protein [... 97.1 3e-18
gi|68159847|gb|AAY86546.1| PhlG [Pseudomonas fluorescens] 96.7 3e-18
gi|330809145|ref|YP_004353607.1| 2,4-diacetylphloroglucinol hydr... 94.7 1e-17
gi|339441204|ref|YP_004707209.1| hypothetical protein CXIVA_0140... 94.4 1e-17
gi|145612978|ref|XP_362750.2| hypothetical protein MGG_12475 [Ma... 91.7 1e-16
gi|339441429|ref|YP_004707434.1| hypothetical protein CXIVA_0365... 87.4 2e-15
gi|300856190|ref|YP_003781174.1| putative phloretin hydrolase [C... 84.0 2e-14
gi|33334635|gb|AAQ12341.1| phloretin hydrolase [Eubacterium ramu... 83.6 3e-14
gi|154310204|ref|XP_001554434.1| hypothetical protein BC1G_07022... 80.1 3e-13
gi|284048318|ref|YP_003398657.1| hypothetical protein Acfer_0965... 79.0 7e-13
gi|339443083|ref|YP_004709088.1| hypothetical protein CXIVA_2019... 77.4 2e-12
gi|317404117|gb|EFV84568.1| hypothetical protein HMPREF0005_0411... 74.7 2e-11
gi|334704005|ref|ZP_08519871.1| hypothetical protein AcavA_08187... 74.3 2e-11
gi|145298130|ref|YP_001140971.1| hypothetical protein ASA_1101 [... 74.3 2e-11
gi|118470381|ref|YP_886823.1| hypothetical protein MSMEG_2484 [M... 73.9 2e-11
gi|338778862|gb|EGP43324.1| hypothetical protein AXXA_26530 [Ach... 72.4 7e-11
gi|34497293|ref|NP_901508.1| hypothetical protein CV_1838 [Chrom... 70.9 2e-10
gi|333926890|ref|YP_004500469.1| hypothetical protein SerAS12_20... 69.7 5e-10
gi|271500549|ref|YP_003333574.1| hypothetical protein Dd586_2013... 68.2 1e-09
gi|333915357|ref|YP_004489089.1| hypothetical protein DelCs14_37... 67.8 2e-09
gi|160898441|ref|YP_001564023.1| hypothetical protein Daci_3000 ... 67.4 2e-09
gi|117617545|ref|YP_857703.1| hypothetical protein AHA_3212 [Aer... 65.5 9e-09
>gi|15608913|ref|NP_216291.1| hypothetical protein Rv1775 [Mycobacterium tuberculosis H37Rv]
gi|15841244|ref|NP_336281.1| hypothetical protein MT1825 [Mycobacterium tuberculosis CDC1551]
gi|31792964|ref|NP_855457.1| hypothetical protein Mb1804 [Mycobacterium bovis AF2122/97]
74 more sequence titles
Length=272
Score = 560 bits (1442), Expect = 1e-157, Method: Compositional matrix adjust.
Identities = 272/272 (100%), Positives = 272/272 (100%), Gaps = 0/272 (0%)
Query 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEG 60
MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEG
Sbjct 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEG 60
Query 61 YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK
Sbjct 61 YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
Query 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARL 180
DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARL
Sbjct 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARL 180
Query 181 GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS 240
GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS
Sbjct 181 GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS 240
Query 241 ESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
ESTARNLLVYCAQEMNHLAGFLADLWESFGDE
Sbjct 241 ESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
>gi|340626787|ref|YP_004745239.1| hypothetical protein MCAN_17931 [Mycobacterium canettii CIPT
140010059]
gi|340004977|emb|CCC44125.1| conserved hypothetical protein [Mycobacterium canettii CIPT 140010059]
Length=272
Score = 542 bits (1397), Expect = 2e-152, Method: Compositional matrix adjust.
Identities = 263/272 (97%), Positives = 266/272 (98%), Gaps = 0/272 (0%)
Query 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEG 60
MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDD AS+ + G
Sbjct 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDVASVANNG 60
Query 61 YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
YQQTENGYGIL DGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK
Sbjct 61 YQQTENGYGILDDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
Query 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARL 180
DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDD VSICARL
Sbjct 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDAVSICARL 180
Query 181 GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS 240
GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGG HIAVRKAPEVASKAVRPIASKLIGVS
Sbjct 181 GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGGHIAVRKAPEVASKAVRPIASKLIGVS 240
Query 241 ESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
ESTARNLLV+CAQEMNHLAGFLADLWESFGDE
Sbjct 241 ESTARNLLVHCAQEMNHLAGFLADLWESFGDE 272
>gi|289757878|ref|ZP_06517256.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium
tuberculosis T85]
gi|289713442|gb|EFD77454.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium
tuberculosis T85]
Length=271
Score = 474 bits (1221), Expect = 4e-132, Method: Compositional matrix adjust.
Identities = 232/232 (100%), Positives = 232/232 (100%), Gaps = 0/232 (0%)
Query 41 PQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHG 100
PQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHG
Sbjct 40 PQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHG 99
Query 101 SDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVE 160
SDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVE
Sbjct 100 SDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVE 159
Query 161 PAAMGLPDDSDDTVSICARLGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRK 220
PAAMGLPDDSDDTVSICARLGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRK
Sbjct 160 PAAMGLPDDSDDTVSICARLGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRK 219
Query 221 APEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
APEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLWESFGDE
Sbjct 220 APEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLWESFGDE 271
>gi|294996686|ref|ZP_06802377.1| hypothetical protein Mtub2_19808 [Mycobacterium tuberculosis
210]
gi|339294716|gb|AEJ46827.1| hypothetical protein CCDC5079_1637 [Mycobacterium tuberculosis
CCDC5079]
gi|339298345|gb|AEJ50455.1| hypothetical protein CCDC5180_1618 [Mycobacterium tuberculosis
CCDC5180]
Length=228
Score = 467 bits (1201), Expect = 9e-130, Method: Compositional matrix adjust.
Identities = 228/228 (100%), Positives = 228/228 (100%), Gaps = 0/228 (0%)
Query 45 MALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTR 104
MALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTR
Sbjct 1 MALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTR 60
Query 105 RYKLWHPRAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAM 164
RYKLWHPRAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAM
Sbjct 61 RYKLWHPRAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAM 120
Query 165 GLPDDSDDTVSICARLGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEV 224
GLPDDSDDTVSICARLGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEV
Sbjct 121 GLPDDSDDTVSICARLGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEV 180
Query 225 ASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
ASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLWESFGDE
Sbjct 181 ASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLWESFGDE 228
>gi|240172003|ref|ZP_04750662.1| hypothetical protein MkanA1_21995 [Mycobacterium kansasii ATCC
12478]
Length=269
Score = 437 bits (1125), Expect = 6e-121, Method: Compositional matrix adjust.
Identities = 219/272 (81%), Positives = 236/272 (87%), Gaps = 3/272 (1%)
Query 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEG 60
M DLYLGYRN+DA+TPF KFFKPEMA LP+HVV ALQHGPQ GMALLAFDDAA++ EG
Sbjct 1 MTGDLYLGYRNNDAETPFAKFFKPEMASLPKHVVEALQHGPQGGMALLAFDDAAAVAGEG 60
Query 61 YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
Y QTENGYGIL DGS QVSVRTDMPGVTPAMW WWFGWHG DTRRYKLWHPRAHLSA WK
Sbjct 61 YHQTENGYGILEDGSFQVSVRTDMPGVTPAMWVWWFGWHGCDTRRYKLWHPRAHLSAAWK 120
Query 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARL 180
DGD AGR+G QRY+GRWSMISEYIGS L AAIQFV PAA+GLP DSDD V+ICARL
Sbjct 121 DGDD---AGRQGNQRYLGRWSMISEYIGSAMLNAAIQFVAPAALGLPADSDDAVAICARL 177
Query 181 GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS 240
GS DAPVD GWFVH +RSTP GSEMRSRFWMGGPHI VRKAP VASKAVRPIA++++G
Sbjct 178 GSGDAPVDVGWFVHHIRSTPSGSEMRSRFWMGGPHIEVRKAPGVASKAVRPIAARVLGNP 237
Query 241 ESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
+TARNLLV+CAQEMNHLAGFL L+ESFGDE
Sbjct 238 AATARNLLVHCAQEMNHLAGFLPQLYESFGDE 269
>gi|296164763|ref|ZP_06847326.1| conserved hypothetical protein [Mycobacterium parascrofulaceum
ATCC BAA-614]
gi|295899896|gb|EFG79339.1| conserved hypothetical protein [Mycobacterium parascrofulaceum
ATCC BAA-614]
Length=272
Score = 430 bits (1105), Expect = 1e-118, Method: Compositional matrix adjust.
Identities = 201/272 (74%), Positives = 227/272 (84%), Gaps = 0/272 (0%)
Query 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEG 60
M DLYLGYR DDA TPFGKFF PEMAPLP+HVV AL+HGPQ MAL AFDD A + ++G
Sbjct 1 MGGDLYLGYRGDDAKTPFGKFFTPEMAPLPRHVVEALEHGPQGAMALPAFDDGARVAEDG 60
Query 61 YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
YQQTENGYG+L DG QVSVRTDMPGVTPAMW+WWFGWHG DTRRYKLWHPRAHL A WK
Sbjct 61 YQQTENGYGVLDDGGYQVSVRTDMPGVTPAMWSWWFGWHGCDTRRYKLWHPRAHLHAAWK 120
Query 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARL 180
DG AGRRGA+RYVGRWS+ISEYIGS L AIQFV+PA MG P DSD V+ICARL
Sbjct 121 DGSDADDAGRRGARRYVGRWSLISEYIGSAMLNGAIQFVDPATMGCPPDSDRAVAICARL 180
Query 181 GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS 240
GS++APVD GWF+H VRSTP GSEMRSRFWMGG HIAVR P VAS+AVRP+A++++G +
Sbjct 181 GSSEAPVDVGWFIHHVRSTPDGSEMRSRFWMGGRHIAVRNVPGVASRAVRPVAARMLGNA 240
Query 241 ESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
E+ ARNL+V+CAQEMNHLA FL +L +FGDE
Sbjct 241 ETNARNLMVHCAQEMNHLAAFLPELHAAFGDE 272
>gi|145221114|ref|YP_001131792.1| hypothetical protein Mflv_0511 [Mycobacterium gilvum PYR-GCK]
gi|315441923|ref|YP_004074802.1| hypothetical protein Mspyr1_02510 [Mycobacterium sp. Spyr1]
gi|145213600|gb|ABP43004.1| conserved hypothetical protein [Mycobacterium gilvum PYR-GCK]
gi|315260226|gb|ADT96967.1| hypothetical protein Mspyr1_02510 [Mycobacterium sp. Spyr1]
Length=259
Score = 335 bits (859), Expect = 4e-90, Method: Compositional matrix adjust.
Identities = 165/271 (61%), Positives = 196/271 (73%), Gaps = 13/271 (4%)
Query 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEG 60
M + YLGYR DDA TP+G+FF PEMAPLP HVV AL HGPQA LL FD AA +++ G
Sbjct 1 MGTRAYLGYRGDDAKTPWGEFFNPEMAPLPAHVVDALHHGPQADQVLLGFDSAAELLEAG 60
Query 61 YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
Y QTE GYG L +G+ QVSVRTDMPGVTP MW WWFGWHG+DTRRYKLWHPRAH SARW
Sbjct 61 YHQTETGYGHLPNGAFQVSVRTDMPGVTPRMWDWWFGWHGTDTRRYKLWHPRAHASARWA 120
Query 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDS-DDTVSICAR 179
DG D YVGR S+I EY+GS+ AAI+FVEP +G+P D+V++CAR
Sbjct 121 DGGGDG--------HYVGRTSLIEEYLGSSYAKAAIRFVEPDKIGVPAQRLGDSVAVCAR 172
Query 180 LGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGV 239
LGS++ PVD GWFVH +R TP G+EMRSRFWMGGP++ VR A+ VRP+A++ +
Sbjct 173 LGSSEVPVDIGWFVHHIRRTPQGAEMRSRFWMGGPYVGVRHGNLFANSMVRPVAARQL-- 230
Query 240 SESTARNLLVYCAQEMNHLAGFLADLWESFG 270
R+LLV+CAQEMNHLAGFL L FG
Sbjct 231 --PDPRDLLVHCAQEMNHLAGFLPALHARFG 259
>gi|120401185|ref|YP_951014.1| hypothetical protein Mvan_0157 [Mycobacterium vanbaalenii PYR-1]
gi|119954003|gb|ABM11008.1| conserved hypothetical protein [Mycobacterium vanbaalenii PYR-1]
Length=257
Score = 334 bits (856), Expect = 9e-90, Method: Compositional matrix adjust.
Identities = 162/265 (62%), Positives = 195/265 (74%), Gaps = 12/265 (4%)
Query 6 YLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTE 65
YLGYR DD +T +G FF P+MA LP HVV AL HGPQA LL D AA+++ +GY +TE
Sbjct 5 YLGYRGDDGNTEYGGFFDPQMAALPAHVVDALHHGPQAEPVLLRLDSAATLLGDGYHETE 64
Query 66 NGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQD 125
NGYG L +G+ QVSVRTDMPGVTP MW WWFGWHGSDTRRYKLWHPRAH SARW DG D
Sbjct 65 NGYGRLANGAFQVSVRTDMPGVTPQMWDWWFGWHGSDTRRYKLWHPRAHASARWADGGGD 124
Query 126 SGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARLGSADA 185
YVGR S+I EY+GS AAI+F++PAAMGL + D+VS+CARLGS++
Sbjct 125 G--------HYVGRISLIEEYLGSAYAKAAIRFIDPAAMGLDVNPGDSVSVCARLGSSEV 176
Query 186 PVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSESTAR 245
PVD GWFVHQVRST G+EMRSRFWMGGP++ +R +A+ +RP+A++ + R
Sbjct 177 PVDIGWFVHQVRSTSAGAEMRSRFWMGGPYVGIRHGNLLANTVIRPVAARQL----PDPR 232
Query 246 NLLVYCAQEMNHLAGFLADLWESFG 270
+LLV+CAQEMNHLAGFL L FG
Sbjct 233 DLLVHCAQEMNHLAGFLPALHARFG 257
>gi|254515649|ref|ZP_05127709.1| conserved hypothetical protein [gamma proteobacterium NOR5-3]
gi|219675371|gb|EED31737.1| conserved hypothetical protein [gamma proteobacterium NOR5-3]
Length=273
Score = 220 bits (561), Expect = 1e-55, Method: Compositional matrix adjust.
Identities = 122/272 (45%), Positives = 153/272 (57%), Gaps = 20/272 (7%)
Query 7 LGYRNDDADT-PFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTE 65
LGY D T PF F+ P M L + V AL G QA L AA I GY E
Sbjct 6 LGYSEQDLHTSPFADFYNPHMEALQEQVAQALLVGAQAHELLPPASQAARIQQPGYWPLE 65
Query 66 NGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQD 125
G+ D S++V TDMP V+P MW WWFGWHG + +RYKLWHPRAH+ A+W DG D
Sbjct 66 TGFTRAPDLSIRVFCLTDMPRVSPQMWDWWFGWHGCEAQRYKLWHPRAHIEAKWADGQSD 125
Query 126 SGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPD---DSDDTVSICARLGS 182
+RY+GR S+I+EY+G T AAI FV P MGL + D ++ICAR+G
Sbjct 126 --------ERYIGRTSLITEYLGPTLAKAAISFVRPLVMGLDEARLAEDGEIAICARVGI 177
Query 183 ADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKA----VRPIASKLIG 238
P+ GW +HQ+R GGSEMRSR W GG + A+ + S A +RP+ L+
Sbjct 178 PGTPLKGGWLLHQIRPVEGGSEMRSRMWFGGENSALGEHSHALSSALMYTLRPVTRLLL- 236
Query 239 VSESTARNLLVYCAQEMNHLAGFLADLWESFG 270
LLV+ AQEM HLAGFL +L+ FG
Sbjct 237 ---PDPAELLVHNAQEMAHLAGFLPELYAQFG 265
>gi|83943525|ref|ZP_00955984.1| hypothetical protein EE36_01450 [Sulfitobacter sp. EE-36]
gi|83845757|gb|EAP83635.1| hypothetical protein EE36_01450 [Sulfitobacter sp. EE-36]
Length=240
Score = 137 bits (345), Expect = 2e-30, Method: Compositional matrix adjust.
Identities = 80/213 (38%), Positives = 115/213 (54%), Gaps = 16/213 (7%)
Query 59 EGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSAR 118
EG E G L +G +VSVRT MPGV+P M WWFG + T Y+ W P AHL
Sbjct 34 EGEPGFETGVKRLPNGIYEVSVRTPMPGVSPEMVGWWFGDYMETTEHYQRWFPDAHLWMD 93
Query 119 WKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEP-AAMGLPDDSDDTVSIC 177
W++ + +++G ++ EYIG IQFVEP +G + +D V++C
Sbjct 94 WEN---------KVDGQFIGASHLVHEYIGEDLNKLRIQFVEPEEVLGEVNLADGDVAVC 144
Query 178 ARLGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIAS--- 234
AR+G + P+ G H VR+ GG+EMRSRFW+G +A R+ E + + +
Sbjct 145 ARVGLLEEPIYGGEMCHIVRNVEGGAEMRSRFWLG--MVAAREGNEAVPSVIGTLGNTYL 202
Query 235 -KLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
+L+ V E++A LL +C EM LAGFL L+
Sbjct 203 ARLLTVKEASATALLNHCFNEMTILAGFLPKLY 235
>gi|317149374|ref|XP_001823334.2| hypothetical protein AOR_1_908114 [Aspergillus oryzae RIB40]
Length=281
Score = 135 bits (340), Expect = 7e-30, Method: Compositional matrix adjust.
Identities = 81/242 (34%), Positives = 123/242 (51%), Gaps = 17/242 (7%)
Query 4 DLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAG-MALLAFDDAASIVDEGYQ 62
D YLGYR D PF K++ P + V L P A + ++ ++ GY
Sbjct 24 DYYLGYREADFKRPFAKYYNPVTPAISDEVQKGLSASPWASSIGHTPWEAKTHMLRSGYT 83
Query 63 QTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDG 122
ENGY L DG++ ++VRT +P +T + WWFGWH +DT RYKLW+P AH A W+
Sbjct 84 LLENGYTTLPDGTLYIAVRTSIPQITGDAYNWWFGWHLTDTSRYKLWNPIAHQYA-WRYP 142
Query 123 DQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICA---- 178
+ + + +RY+ +S ISE+IG+ I F++P +G+ + I A
Sbjct 143 NTMDWSNKSLPERYINTYSFISEFIGNDCSKLTIAFIDPQELGIDKSKFEEQGIEAMVVG 202
Query 179 RLGSADAPV----DAGWFVHQVRSTPGGS-EMRSRFWMGG--PHI----AVRKAPEVASK 227
R+ + + + +HQVR P G E+RSRFW+ G P + AV A E++ K
Sbjct 203 RIKMGEHITSGFDNKSFLIHQVRRKPDGERELRSRFWIAGATPQVGHDLAVHCAIEMSRK 262
Query 228 AV 229
+
Sbjct 263 SC 264
>gi|169631561|ref|YP_001705210.1| hypothetical protein MAB_4487c [Mycobacterium abscessus ATCC
19977]
gi|169243528|emb|CAM64556.1| Conserved hypothetical protein [Mycobacterium abscessus]
Length=281
Score = 129 bits (325), Expect = 3e-28, Method: Compositional matrix adjust.
Identities = 86/260 (34%), Positives = 120/260 (47%), Gaps = 12/260 (4%)
Query 17 PFGKFFKPEMAPLPQHVVVALQHGPQAGMAL-LAFDDAASIVDEGYQQTENGYGILGDGS 75
P+ +F P++A +P+ V AL+ + L + + +++ GY + E GY L DG+
Sbjct 26 PYAHYFNPDVA-VPEEVFAALKAPLEPEQVLGTSSTELNRLLEPGYLEGETGYCGLPDGA 84
Query 76 MQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQR 135
S PG TP M+ WWF WH + RY LWHP H D + ++ QR
Sbjct 85 GYTSSLVRFPGATPEMFRWWFWWHSFEPERYSLWHPWCHADIWRTDPETETAPNLTDEQR 144
Query 136 YVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSI----CARLGSADAPVDAGW 191
YVG I+EYIG L I F++PA G D I C + + +
Sbjct 145 YVGSTHHINEYIGQDPLDIEITFIDPARWGFDADGFAAAGIGAHACGSVLMKGSHMRLAT 204
Query 192 FVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS-ESTARNLLVY 250
VH R T G E+RSR+W IA R P A + + G S E A LV+
Sbjct 205 MVHLARITDDGFELRSRYW-----IADRAEPRHDPVAGIAQLTTVPGFSGERQAYEQLVH 259
Query 251 CAQEMNHLAGFLADLWESFG 270
E NHLA FL D+++ FG
Sbjct 260 DQTEFNHLATFLPDIYQEFG 279
>gi|83772071|dbj|BAE62201.1| unnamed protein product [Aspergillus oryzae RIB40]
Length=296
Score = 128 bits (322), Expect = 8e-28, Method: Compositional matrix adjust.
Identities = 82/263 (32%), Positives = 123/263 (47%), Gaps = 38/263 (14%)
Query 4 DLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAG-MALLAFDDAASIVDEGYQ 62
D YLGYR D PF K++ P + V L P A + ++ ++ GY
Sbjct 18 DYYLGYREADFKRPFAKYYNPVTPAISDEVQKGLSASPWASSIGHTPWEAKTHMLRSGYT 77
Query 63 QTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDG 122
ENGY L DG++ ++VRT +P +T + WWFGWH +DT RYKLW+P AH A W+
Sbjct 78 LLENGYTTLPDGTLYIAVRTSIPQITGDAYNWWFGWHLTDTSRYKLWNPIAHQYA-WRYP 136
Query 123 DQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICA---- 178
+ + + +RY+ +S ISE+IG+ I F++P +G+ + I A
Sbjct 137 NTMDWSNKSLPERYINTYSFISEFIGNDCSKLTIAFIDPQELGIDKSKFEEQGIEAMVVG 196
Query 179 ----------------------RLGSADAPV---DAGWFVHQVRSTPGGS-EMRSRFWMG 212
RL + + + +HQVR P G E+RSRFW+
Sbjct 197 RIKMGGMILLIGPQIRESKLADRLCTEHITSGFDNKSFLIHQVRRKPDGERELRSRFWIA 256
Query 213 G--PHI----AVRKAPEVASKAV 229
G P + AV A E++ K+
Sbjct 257 GATPQVGHDLAVHCAIEMSRKSC 279
>gi|335334789|dbj|BAK39611.1| 2,4-diacetylphloroglucinol hydrolase [Pseudomonas sp. YGJ3]
Length=294
Score = 128 bits (322), Expect = 9e-28, Method: Compositional matrix adjust.
Identities = 88/275 (32%), Positives = 128/275 (47%), Gaps = 14/275 (5%)
Query 7 LGYRNDDA--DTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALL--AFDDAASIVDEGYQ 62
L RN A + P+ K+F+ EM +P V +Q GP A L + +D +++ +
Sbjct 19 LFLRNQAAVRNKPYAKYFRTEMR-VPLSAVRKIQQGPMALEDTLTPSIEDINRLLEPDFV 77
Query 63 QTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDG 122
E+GY +L V R PG T M+ WWF WH +++ RY LW P AH+S
Sbjct 78 SEESGYALLPGPMAYVQSRKFFPGCTAQMFKWWFIWHPAESERYTLWFPYAHVSNPCVHH 137
Query 123 DQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTV----SICA 178
+ +R G SEY+G + I F +PA++GL D S+ A
Sbjct 138 QRLCDESLSFEERLYGNTFCASEYVGDRLMHLHIDFQQPASLGLNTDLYREAKIDGSVSA 197
Query 179 RLGSADAP-VDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLI 237
+ AD P V VH + PGG + SR+W+G H ++ + P A KA +
Sbjct 198 LMSLADHPEVPVSLMVHLFKEVPGGMYLTSRYWVGA-HPSMARFPG-AEKAASLLKENGF 255
Query 238 GVS--ESTARNLLVYCAQEMNHLAGFLADLWESFG 270
G + E+ A V+ E NHLA FL DL+ FG
Sbjct 256 GEAELETLAYEFAVHDMCEFNHLASFLPDLYREFG 290
>gi|238494950|ref|XP_002378711.1| conserved hypothetical protein [Aspergillus flavus NRRL3357]
gi|220695361|gb|EED51704.1| conserved hypothetical protein [Aspergillus flavus NRRL3357]
Length=302
Score = 127 bits (319), Expect = 2e-27, Method: Compositional matrix adjust.
Identities = 83/284 (30%), Positives = 126/284 (45%), Gaps = 57/284 (20%)
Query 4 DLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAG-MALLAFDDAASIVDEGYQ 62
D YLGYR D PF K++ P + V L P A + ++ ++ GY
Sbjct 24 DYYLGYREADFKRPFAKYYNPVTPAISDEVQKGLSASPWASSIGHTPWEAKTHMLRSGYT 83
Query 63 QTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDG 122
ENGY L DG++ ++VRT +P +T + WWFGWH +DT RYKLW+P AH A W+
Sbjct 84 LLENGYTTLPDGTLYIAVRTSIPQITGDAYNWWFGWHLTDTSRYKLWNPIAHQYA-WRYP 142
Query 123 DQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICA---- 178
+ + + +RY+ +S ISE+IG+ + F++P +G+ + I A
Sbjct 143 NTMDWSNKSLPERYINTYSFISEFIGNDCSKLTVAFIDPQELGIDKSKFEEQGIEAMVVG 202
Query 179 ----------------------RLGSADAPV---DAGWFVHQVRSTPGGS-EMRSRFWMG 212
RL + + + +HQVR P G E+RSRFW+
Sbjct 203 RIKVGGMILLTGPQIRESKLADRLCTEHITSGFDNKSFLIHQVRRKPDGERELRSRFWIA 262
Query 213 GPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMN 256
G P+V +L+V+CA EM+
Sbjct 263 G------ATPQV-------------------GHDLVVHCAIEMS 281
>gi|11499061|ref|NP_070295.1| hypothetical protein AF1466 [Archaeoglobus fulgidus DSM 4304]
gi|2649100|gb|AAB89780.1| conserved hypothetical protein [Archaeoglobus fulgidus DSM 4304]
Length=255
Score = 126 bits (316), Expect = 4e-27, Method: Compositional matrix adjust.
Identities = 75/263 (29%), Positives = 124/263 (48%), Gaps = 26/263 (9%)
Query 18 FGKFFKPEMAPLPQHVVVALQHGPQAGM-ALLAFDDAASIVDEGYQQTENGYGILGDGSM 76
+ K+ K + PLP + L+ G + + +F + ++DEGY ENG+ DG
Sbjct 6 YEKYLKKPLTPLPWEHRLILEKGEDIPLEGVFSFLEKDKLLDEGYLPYENGFHHFPDGRA 65
Query 77 QVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQRY 136
V+ T MP V+ M WWF WH D RY++W+P H R G+ Y
Sbjct 66 YVACLTKMPKVSAEMIYWWFRWHSEDAIRYQIWYPGKHFDVR---------TDETGSTHY 116
Query 137 VGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVS------ICARLGSADAPVDA- 189
V +E +G+ K I+F+ PA G ++ + + ICAR+G A+ P A
Sbjct 117 V------TEDVGTGKQRIVIRFMTPAEFGFSEEKLEMIDLKRNAIICARVG-AEIPGHAV 169
Query 190 --GWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNL 247
W H R G E+RSRFW+G + ++ + ++ K + + +++
Sbjct 170 WHTWMCHCAREAEKGVELRSRFWIGEEIEVSGPLTSILTRLLNILSVKKRMIPGNIGKHM 229
Query 248 LVYCAQEMNHLAGFLADLWESFG 270
+C+QE ++LA L +++E FG
Sbjct 230 FHHCSQEYHNLAEILPEVYEEFG 252
>gi|66473160|gb|AAF20929.2|AF207529_3 PhlG [Pseudomonas fluorescens]
Length=307
Score = 125 bits (315), Expect = 5e-27, Method: Compositional matrix adjust.
Identities = 87/275 (32%), Positives = 127/275 (47%), Gaps = 14/275 (5%)
Query 7 LGYRNDDA--DTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALL--AFDDAASIVDEGYQ 62
L RN A + P+ K+F+ EM +P V +Q GP A L + +D +++ +
Sbjct 32 LFLRNQAAVRNKPYAKYFRSEMR-VPLSAVRKIQQGPMALEDTLTPSIEDINRLLEPDFV 90
Query 63 QTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDG 122
E+GY +L V R PG T M+ WWF WH +++ RY LW P AH+S
Sbjct 91 SEESGYALLPGPMAYVQSRKFFPGCTAQMFKWWFIWHPAESERYTLWFPYAHVSNPCVHH 150
Query 123 DQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTV----SICA 178
+ +R G SEY+G + I F +PA++GL D S+ A
Sbjct 151 QRLCDESLSFEERLYGNTFCASEYVGDRLMHLHIDFQQPASLGLNTDLYREAKIDGSVSA 210
Query 179 RLGSADAP-VDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLI 237
+ AD P V VH + P G + SR+W+G H ++ + P A KA +
Sbjct 211 LMSLADHPEVPVSLMVHLFKEVPDGMYLTSRYWVGA-HPSMARFPG-AEKAASLLKENGF 268
Query 238 GVS--ESTARNLLVYCAQEMNHLAGFLADLWESFG 270
G + E+ A V+ E NHLA FL DL+ FG
Sbjct 269 GEAELETLAYEFAVHDMCEFNHLASFLPDLYREFG 303
>gi|115402677|ref|XP_001217415.1| predicted protein [Aspergillus terreus NIH2624]
gi|114189261|gb|EAU30961.1| predicted protein [Aspergillus terreus NIH2624]
Length=247
Score = 125 bits (314), Expect = 6e-27, Method: Compositional matrix adjust.
Identities = 61/166 (37%), Positives = 93/166 (57%), Gaps = 2/166 (1%)
Query 2 ASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAG-MALLAFDDAASIVDEG 60
AS YLGY + D + PF K+F P +AP+ V + P A +A A + ++ G
Sbjct 51 ASAYYLGYHSADYEKPFAKYFNPHVAPISAEVEKGITMSPYAAALAYEAHEAVEYMLRPG 110
Query 61 YQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWK 120
Y + ENGY + +G++ V+VRTDM VT + WWFGWH ++ RYKLW+P AH A W+
Sbjct 111 YLELENGYAVTENGTLMVAVRTDMGNVTGEEYNWWFGWHLVESARYKLWNPVAHQYA-WR 169
Query 121 DGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGL 166
+ A + +RY +S I EY+G+ + F++P+ +G
Sbjct 170 YPNSLDWANKTYPERYFNTFSFIDEYLGNDAYKLTVAFIDPSELGF 215
>gi|70733237|ref|YP_263010.1| PhlG [Pseudomonas fluorescens Pf-5]
gi|68347536|gb|AAY95142.1| 2,4-diacetylphloroglucinol specific hydrolase PhlG [Pseudomonas
fluorescens Pf-5]
Length=294
Score = 125 bits (314), Expect = 7e-27, Method: Compositional matrix adjust.
Identities = 87/275 (32%), Positives = 127/275 (47%), Gaps = 14/275 (5%)
Query 7 LGYRNDDA--DTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALL--AFDDAASIVDEGYQ 62
L RN A + P+ K+F+ EM +P V +Q GP A L + +D +++ +
Sbjct 19 LFLRNQAAVRNKPYAKYFRSEMR-VPLSAVRKIQQGPMALEDTLTPSIEDINRLLEPDFV 77
Query 63 QTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDG 122
E+GY +L V R PG T M+ WWF WH +++ RY LW P AH+S
Sbjct 78 SEESGYALLPGPMAYVQSRKFFPGCTAQMFKWWFIWHPAESERYTLWFPYAHVSNPCVHH 137
Query 123 DQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTV----SICA 178
+ +R G SEY+G + I F +PA++GL D S+ A
Sbjct 138 QRLRDESLSFEERLYGNTFCASEYVGDRLMHLHIDFQQPASLGLNTDLYREAKIDGSVSA 197
Query 179 RLGSADAP-VDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLI 237
+ AD P V VH + P G + SR+W+G H ++ + P A KA +
Sbjct 198 LMSLADHPEVPVSLMVHLFKEVPDGMYLTSRYWVGA-HPSMARFPG-AEKAASLLKENGF 255
Query 238 GVS--ESTARNLLVYCAQEMNHLAGFLADLWESFG 270
G + E+ A V+ E NHLA FL DL+ FG
Sbjct 256 GEAELETLAYEFAVHDMCEFNHLASFLPDLYREFG 290
>gi|310799132|gb|EFQ34025.1| PhlG protein [Glomerella graminicola M1.001]
Length=333
Score = 124 bits (310), Expect = 2e-26, Method: Compositional matrix adjust.
Identities = 81/261 (32%), Positives = 121/261 (47%), Gaps = 14/261 (5%)
Query 18 FGKFFKPEM---APLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGILGDG 74
+ K+F ++ A +PQ++ P +L D +++ GY + ENG+ L DG
Sbjct 73 YAKYFHQDLYIYADIPQYM-----REPMPPDGVLPIKDCRRLLEPGYHRHENGWRALPDG 127
Query 75 SMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQ 134
+ V+ RT PG T M WWF WH + RY LW P HLS + Q
Sbjct 128 TAYVTSRTRFPGSTGDMIRWWFWWHSVEPERYALWFPYDHLSVHSNYAHRLHRDDLSHTQ 187
Query 135 RYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLP----DDSDDTVSICARL-GSADAPVDA 189
+++G ++E+IG+TKL I FV+PA GLP D+ ++CA L +
Sbjct 188 KWLGSTHRVTEFIGATKLTVRIHFVDPAHYGLPWADLKDAGYEAAVCAELWDGLVTNLKI 247
Query 190 GWFVHQVRSTPGGSEMRSRFWMG-GPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLL 248
G F+H R T G E+RSR+W+G G H + + K V E A
Sbjct 248 GDFLHLWRKTEDGLELRSRYWLGAGVHYKLFGMKVGIDYLAGALGIKHRMVGEKVAYEHF 307
Query 249 VYCAQEMNHLAGFLADLWESF 269
++ E +LA FL DL+ +
Sbjct 308 IHDQTEFTNLASFLPDLYADY 328
>gi|339442112|ref|YP_004708117.1| hypothetical protein CXIVA_10480 [Clostridium sp. SY8519]
gi|338901513|dbj|BAK47015.1| hypothetical protein CXIVA_10480 [Clostridium sp. SY8519]
Length=263
Score = 122 bits (307), Expect = 4e-26, Method: Compositional matrix adjust.
Identities = 79/254 (32%), Positives = 117/254 (47%), Gaps = 18/254 (7%)
Query 18 FGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQ 77
+ K+F E+AP+P+ + + GP L D + + GY TE GY ++ DG+
Sbjct 16 YAKYFYKELAPVPEESIRIAEAGPIDPSKALRVHDRNRLFEPGYLDTEIGYCVMEDGTGF 75
Query 78 VSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQRYV 137
V+ T MPGVT M+ WWF WHG RY +W P H SAR D +RY
Sbjct 76 VANLTKMPGVTTEMFDWWFAWHGLGELRYCIWDPEDHYSARSLDPAIGRCQTLSMKERYW 135
Query 138 GRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARLGSADAPVD--AGWFVHQ 195
+I E IG F P MG D C + ++ A D + H
Sbjct 136 NTTHVIVEDIGMGPQNIHASFRNPKEMGF-DSEKIGTEACGTIVTSIAGDDSMSQLMCHF 194
Query 196 VRSTPGGSEMRSRFWMGGPHI---AVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCA 252
+R+T G+E+R+RFW+G + AV+ P+ S + E LL++
Sbjct 195 MRNTEEGTELRTRFWLGWDVVDGKAVKTLPDHES------------IPEEACHKLLLHNI 242
Query 253 QEMNHLAGFLADLW 266
+E ++LA FLAD++
Sbjct 243 KEFSNLASFLADIY 256
>gi|281307082|pdb|3HWP|A Chain A, Crystal Structure And Computational Analyses Provide
Insights Into The Catalytic Mechanism Of 2, 4- Diacetylphloroglucinol
Hydrolase Phlg From Pseudomonas Fluorescens
gi|281307083|pdb|3HWP|B Chain B, Crystal Structure And Computational Analyses Provide
Insights Into The Catalytic Mechanism Of 2, 4- Diacetylphloroglucinol
Hydrolase Phlg From Pseudomonas Fluorescens
Length=302
Score = 116 bits (291), Expect = 3e-24, Method: Compositional matrix adjust.
Identities = 85/275 (31%), Positives = 122/275 (45%), Gaps = 14/275 (5%)
Query 7 LGYRNDDA--DTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALL--AFDDAASIVDEGYQ 62
L RN A + P+ K+F+ E +P V +Q GP A L + +D +++ +
Sbjct 27 LFLRNQAAVRNKPYAKYFRSEXR-VPLSAVRKIQQGPXALEDTLTPSIEDINRLLEPDFV 85
Query 63 QTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDG 122
E+GY +L V R PG T + WWF WH +++ RY LW P AH+S
Sbjct 86 SEESGYALLPGPXAYVQSRKFFPGCTAQXFKWWFIWHPAESERYTLWFPYAHVSNPCVHH 145
Query 123 DQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTV----SICA 178
+ +R G SEY+G I F +PA++GL D S+ A
Sbjct 146 QRLRDESLSFEERLYGNTFCASEYVGDRLXHLHIDFQQPASLGLNTDLYREAKIDGSVSA 205
Query 179 RLGSADAP-VDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLI 237
AD P V VH + P G + SR+W+G H + + P A KA +
Sbjct 206 LXSLADHPEVPVSLXVHLFKEVPDGXYLTSRYWVGA-HPSXARFPG-AEKAASLLKENGF 263
Query 238 GVS--ESTARNLLVYCAQEMNHLAGFLADLWESFG 270
G + E+ A V+ E NHLA FL DL+ FG
Sbjct 264 GEAELETLAYEFAVHDXCEFNHLASFLPDLYREFG 298
>gi|240950270|ref|ZP_04754548.1| PhlG [Actinobacillus minor NM305]
gi|240295225|gb|EER46028.1| PhlG [Actinobacillus minor NM305]
Length=328
Score = 105 bits (263), Expect = 6e-21, Method: Compositional matrix adjust.
Identities = 76/274 (28%), Positives = 120/274 (44%), Gaps = 22/274 (8%)
Query 15 DTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTEN----GYGI 70
+ P+ FF E+ +P +V L H P A F A ++E + +N GYG+
Sbjct 59 NKPYQDFFNGELR-VPMEMVKGL-HQPLP--ADQVFAPTAEALNEALENIDNAPVSGYGV 114
Query 71 LGDGSMQVSV----RTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDS 126
+ DG ++ R MP VT M+ WW WH + RY LW P+AH++ D ++ +
Sbjct 115 INDGEKGIAAFSRSRHFMPNVTSEMFKWWMLWHTVEKERYMLWFPQAHINNSLADPERAA 174
Query 127 GAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARLGSADAP 186
R+ + I+EYIG T L FV P +G + +I A P
Sbjct 175 DKSLSYEARFYNNPNHITEYIGDTLLDTIAVFVPPEQIGFRSEVLKAKNITASASGWSHP 234
Query 187 VDA-----GWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSE 241
V A +H VR GG+E+ S +W PH + + ++ R + + ++E
Sbjct 235 VGADNVAMATLIHLVRDVEGGAELISFYW-TTPHAELSRIAKIKGAGERGVQAMSAHLTE 293
Query 242 ----STARNLLVYCAQEMNHLAGFLADLWESFGD 271
+ A + V+ E HLA L +L+ FG
Sbjct 294 EKALAIAYEMSVHDMTEFTHLAEILPELYAQFGQ 327
>gi|152979733|ref|YP_001345362.1| PhlG [Actinobacillus succinogenes 130Z]
gi|150841456|gb|ABR75427.1| PhlG [Actinobacillus succinogenes 130Z]
Length=296
Score = 105 bits (262), Expect = 7e-21, Method: Compositional matrix adjust.
Identities = 73/271 (27%), Positives = 120/271 (45%), Gaps = 18/271 (6%)
Query 18 FGKFFKPEMAPLPQHVVVALQHG--PQAGMALLAFDDAASIVDEGYQQTENGYGILGDGS 75
+ KFF P++A P +V A+ G P + ++ + + YQ +GYG+L +G
Sbjct 28 YEKFFNPQLAA-PVEMVNAVNAGALPSEKIFAPTAENLNRWLADPYQMPVSGYGVLNEGG 86
Query 76 MQVSV----RTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRR 131
++ R MP V M+ WW WH + RY LW P+AH++ D ++ +
Sbjct 87 RGITAFTCSRHFMPNVNSEMFKWWMLWHTVEKERYTLWFPQAHINNSLADPERAADTSLS 146
Query 132 GAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARLGS-----ADAP 186
+R+ + I EYIG L +FV P G + + I A +
Sbjct 147 FEERFYNNSNHIVEYIGEMVLDTEAEFVPPTQFGFTQELLEKQGITASASGWAHTVGNKN 206
Query 187 VDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLI-GVSE---- 241
V +H VR+ GG+EM S ++ PH + ++ R + L G++E
Sbjct 207 VATAILIHLVRNVDGGAEMFSLYYT-TPHAEFSRIAQIEGAGERGVQFALSQGLTERHAL 265
Query 242 STARNLLVYCAQEMNHLAGFLADLWESFGDE 272
S+A + V+ E HLA L +L+ FG +
Sbjct 266 SSAYEMAVHDMTEFTHLAEILPELYAQFGQQ 296
>gi|218778368|ref|YP_002429686.1| hypothetical protein Dalk_0511 [Desulfatibacillum alkenivorans
AK-01]
gi|218759752|gb|ACL02218.1| hypothetical protein Dalk_0511 [Desulfatibacillum alkenivorans
AK-01]
Length=239
Score = 101 bits (251), Expect = 2e-19, Method: Compositional matrix adjust.
Identities = 55/183 (31%), Positives = 93/183 (51%), Gaps = 7/183 (3%)
Query 11 NDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGI 70
+ P+ ++F+ + A +P + A++ GP + L +D +++ GY E G+
Sbjct 10 TSEQKEPYAEYFRRKPAGIPAETLRAIEKGPHSHALALPLEDINALLSPGYLDIETGFCN 69
Query 71 LGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGR 130
+ DGS+ V+V+T+MP VT M WWF WH + RYK+W P+AH S D D + + R
Sbjct 70 MPDGSVYVAVKTEMPKVTGDMLDWWFWWHPMQSLRYKIWFPQAHFSVS-LDADLEEYSKR 128
Query 131 RG--AQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDD----TVSICARLGSAD 184
G A+RY + + E +G+ +I+FV P+ G + + +C +GS
Sbjct 129 SGPYAERYWNTANFLREDVGAGAETFSIKFVRPSDFGFDESQFEKAGVATVVCGLVGSKS 188
Query 185 APV 187
V
Sbjct 189 KHV 191
>gi|339441151|ref|YP_004707156.1| hypothetical protein CXIVA_00870 [Clostridium sp. SY8519]
gi|338900552|dbj|BAK46054.1| hypothetical protein CXIVA_00870 [Clostridium sp. SY8519]
Length=275
Score = 100 bits (250), Expect = 2e-19, Method: Compositional matrix adjust.
Identities = 72/257 (29%), Positives = 114/257 (45%), Gaps = 21/257 (8%)
Query 26 MAPLPQ---HVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRT 82
+ PLP+ ++ + P + + D I+ GY + ENGY + DGS V+ +
Sbjct 20 LKPLPEVDPKLLAEMDLSPVDPEKITSIYDRNDILKPGYLEVENGYAKMPDGSGAVATKV 79
Query 83 DMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRG-----AQRYV 137
+MPGVTP M WWF WHG RY++W P H +DS A R +R
Sbjct 80 EMPGVTPEMIVWWFAWHGIRDLRYRIWCPTEHYGIHVH---EDSLAHRLDISLSLEERGW 136
Query 138 GRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVS--ICARLGSADAPVDAGWFVHQ 195
G +++E +G+ + F+ P A G + V I A + + F H
Sbjct 137 GTTDVVTEDVGNGPQEMYLSFLSPEAYGYDPELVRNVDALINAYVSDPKTGMRLITFSHC 196
Query 196 VRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEM 255
+R PGG E RS +W G ++ + + + A+ P + + + +LL Y
Sbjct 197 IRKIPGGIEYRSHYWQG---YSIDENGKAYAAAIPPGGFPMEVMKANAYHSLLEYT---- 249
Query 256 NHLAGFLADLWESFGDE 272
+LA L L+E +G E
Sbjct 250 -NLAQILPGLYEKYGKE 265
>gi|295393651|gb|ADG03651.1| PhlG [Pseudomonas fluorescens]
Length=293
Score = 100 bits (248), Expect = 3e-19, Method: Compositional matrix adjust.
Identities = 75/263 (29%), Positives = 110/263 (42%), Gaps = 12/263 (4%)
Query 17 PFGKFFKPEMAPLPQHVVVALQHGPQ--AGMALLAFDDAASIVDEGYQQTENGYGILGDG 74
P+ KFF+ ++ +P V +Q GP A + +D ++ + E GY +L
Sbjct 31 PYAKFFRSKIN-VPLSAVEKIQQGPMPLADTLTPSVEDLNRMLAADFVSEEAGYALLPGP 89
Query 75 SMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQ 134
V R P T M WWF WH + RY LW P AH+ ++ + Q
Sbjct 90 MAYVQSRKFFPNCTANMLKWWFMWHPLEAERYTLWFPYAHVENPCVHNERLTDDTLNFEQ 149
Query 135 RYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDD----SDDTVSICARLGSADAP-VDA 189
G SEY+G + I F +P +G D S S+ A + AD P V
Sbjct 150 SLYGNTFCASEYVGDRLMHLHIHFRDPCELGFSADLYRESKIDGSVSALMSLADQPQVPI 209
Query 190 GWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS--ESTARNL 247
VH + P G + SR+W+G H A+ + P A +A + + G + E+ A
Sbjct 210 SLMVHLFKECPEGLYLTSRYWVGS-HPAMLRFPG-AERAAQLLKENGFGEAELETLAYEF 267
Query 248 LVYCAQEMNHLAGFLADLWESFG 270
V+ E NHLA L L F
Sbjct 268 AVHDLCEFNHLASILPGLHAQFS 290
>gi|339442702|ref|YP_004708707.1| hypothetical protein CXIVA_16390 [Clostridium sp. SY8519]
gi|338902103|dbj|BAK47605.1| hypothetical protein CXIVA_16390 [Clostridium sp. SY8519]
Length=274
Score = 99.0 bits (245), Expect = 8e-19, Method: Compositional matrix adjust.
Identities = 71/259 (28%), Positives = 115/259 (45%), Gaps = 25/259 (9%)
Query 26 MAPLPQ---HVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRT 82
PLP+ ++ + P + + D I+ GY + ENGY + DGS V+ +
Sbjct 20 FKPLPEVDPKLLEEMDLSPVDPSRITSIHDRNDILKPGYLEVENGYAKMPDGSGCVATKV 79
Query 83 DMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGA-----QRYV 137
+MPGVTP M WWF WHG RY++W P H +DS A R +R
Sbjct 80 EMPGVTPEMIVWWFAWHGIRDLRYRIWCPTEHYGIHVH---EDSLAHRLDTSLSLEERGW 136
Query 138 GRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARLGSADAPVDAGW----FV 193
G +++E +G+ + F P G DS+ ++ A + + + G F
Sbjct 137 GTTDVVTEDVGNGPQEMHLSFYSPEDYGY--DSELVKNVDALINACVSDPKTGMRLITFS 194
Query 194 HQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQ 253
H +R PGG E RS +W G ++ + + + ++ P + + + +LL Y
Sbjct 195 HCIRKIPGGIEYRSHYWQG---YSIDENGKAYAASIPPGGFPMEVMKANAYHSLLEY--- 248
Query 254 EMNHLAGFLADLWESFGDE 272
+LA L L+E +G E
Sbjct 249 --TNLAQILPGLYEKYGKE 265
>gi|260767437|ref|ZP_05876374.1| conserved hypothetical protein [Vibrio furnissii CIP 102972]
gi|260617549|gb|EEX42731.1| conserved hypothetical protein [Vibrio furnissii CIP 102972]
Length=259
Score = 97.1 bits (240), Expect = 3e-18, Method: Compositional matrix adjust.
Identities = 71/254 (28%), Positives = 106/254 (42%), Gaps = 19/254 (7%)
Query 12 DDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGIL 71
++ + K+F MA PQ ++ ++ GP L + + GY +E GY +
Sbjct 10 EEMQESYSKYFFMTMAEQPQDLLDEIKKGPMDSRNALPIEARNELCKPGYLASEVGYCSM 69
Query 72 GDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRR 131
DG+ S T MP V+ M+ WWF WHG + RYK+W P H +Q +
Sbjct 70 PDGTAYASNITLMPNVSKEMFQWWFVWHGLNPLRYKIWDPDDHFGLVTDKVEQLTNPDIP 129
Query 132 GAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPD---DSDDTVSICARLGSADAPVD 188
+R G ++E IG AI F P MG + ICA L
Sbjct 130 IKERIWGVTHRVNEDIGLGAEELAIHFQSPEEMGFDVALMEQHGVSIICANLNDT----- 184
Query 189 AGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLL 248
H R+ G E+RSRFW G +I + K VR I ++ + A+ L
Sbjct 185 --MMCHTFRNKGTGIELRSRFWFGY-NIENK-------KVVRKIPQDVV-IPLDAAKGLT 233
Query 249 VYCAQEMNHLAGFL 262
+ +E ++LA L
Sbjct 234 FHNVKEYSNLAKIL 247
>gi|68159847|gb|AAY86546.1| PhlG [Pseudomonas fluorescens]
Length=306
Score = 96.7 bits (239), Expect = 3e-18, Method: Compositional matrix adjust.
Identities = 73/263 (28%), Positives = 112/263 (43%), Gaps = 12/263 (4%)
Query 17 PFGKFFKPEMAPLPQHVVVALQHGPQ--AGMALLAFDDAASIVDEGYQQTENGYGILGDG 74
P+ +FF+ +++ +P V +Q GP A + +D ++ + E GY +L
Sbjct 44 PYAEFFRSKIS-VPLSAVEKIQQGPMPLADTLTPSIEDLNRMLAADFISEEAGYALLPGP 102
Query 75 SMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQ 134
V R P T M WWF WH + RY LW P AH+ ++ S +
Sbjct 103 MAYVQSRKFFPNCTAEMLKWWFMWHPLEAERYTLWFPYAHVENPCVHHERLSDTTLSFEE 162
Query 135 RYVGRWSMISEYIGSTKLGAAIQFVEPAAMGL-PD---DSDDTVSICARLGSADAP-VDA 189
G SEY+G + I F +P +G PD +S S+ A + A P V
Sbjct 163 SLYGNTFCASEYVGDRLMHLHIHFRDPCELGFCPDLYRESKIDGSVSALMSLAHEPQVPV 222
Query 190 GWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS--ESTARNL 247
H + P G + SR+W+G H A+++ P A +A + + +G E+ A
Sbjct 223 SLMAHLFKECPEGLYLTSRYWVGS-HPAMQRFPG-AERAAQLLEESGLGEVELETLAYEF 280
Query 248 LVYCAQEMNHLAGFLADLWESFG 270
V+ E NHLA L L F
Sbjct 281 AVHDMCEFNHLASILPSLHAQFS 303
>gi|330809145|ref|YP_004353607.1| 2,4-diacetylphloroglucinol hydrolase [Pseudomonas brassicacearum
subsp. brassicacearum NFM421]
gi|327377253|gb|AEA68603.1| 2,4-diacetylphloroglucinol hydrolase [Pseudomonas brassicacearum
subsp. brassicacearum NFM421]
Length=293
Score = 94.7 bits (234), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 73/263 (28%), Positives = 111/263 (43%), Gaps = 12/263 (4%)
Query 17 PFGKFFKPEMAPLPQHVVVALQHGPQ--AGMALLAFDDAASIVDEGYQQTENGYGILGDG 74
P+ FF+ +++ +P V +Q GP A + +D ++ + E GY +L
Sbjct 31 PYADFFRSKIS-VPLSAVEKIQQGPMPLADALTPSVEDLNRMLAADFISEEAGYALLPGP 89
Query 75 SMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRGAQ 134
V R P T M WWF WH + RY LW P AH+ ++ +
Sbjct 90 MAYVQSRKFFPNCTAEMLKWWFMWHPLEAERYTLWFPYAHVENPCVHHERLLDDTLSFEE 149
Query 135 RYVGRWSMISEYIGSTKLGAAIQFVEPAAMGL-PD---DSDDTVSICARLGSADAP-VDA 189
R G SEY+G + I F +P +G PD +S S+ A + A P V
Sbjct 150 RLYGNTFCASEYVGDRLMHLHIDFRDPCELGFCPDLYRESKIDGSVSALMSLAHEPQVPV 209
Query 190 GWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS--ESTARNL 247
H + P G + SR+W+G H A+++ P A +A + + +G E+ A
Sbjct 210 SLMAHLFKECPEGLYLTSRYWVGS-HPAMQRFPG-AERAAQLLEENGLGEVELETLAYEF 267
Query 248 LVYCAQEMNHLAGFLADLWESFG 270
V+ E NHLA L L F
Sbjct 268 AVHDLCEFNHLASILPSLHAQFS 290
>gi|339441204|ref|YP_004707209.1| hypothetical protein CXIVA_01400 [Clostridium sp. SY8519]
gi|338900605|dbj|BAK46107.1| hypothetical protein CXIVA_01400 [Clostridium sp. SY8519]
Length=273
Score = 94.4 bits (233), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 77/274 (29%), Positives = 112/274 (41%), Gaps = 30/274 (10%)
Query 12 DDADTPFGKFFKPEMAP-LPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGI 70
+D + K++ +M P P+ Q P L F D + + GY E G+ I
Sbjct 16 EDTQKSYFKYYLEDMTPPSPEAYQAMRQIRPDQA---LPFKDRNRLFEPGYMDAEVGFTI 72
Query 71 LGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGR 130
L DG+ ++ T MPGVT M+ WWF WH D RY LW+P H A + +
Sbjct 73 LPDGTGYLANLTRMPGVTAEMFDWWFAWHSLDNLRYTLWNPDDHYQAE----NMNRVHAM 128
Query 131 RGAQRYVGR-WSMISEYIGSTKLGAA---IQFVEPAAMGLPDDSDDTVSICARL------ 180
+ Y R W+ + I T +G A I F P +G D S CA +
Sbjct 129 DESLSYRERLWNCSHDIIEDTGMGPAPIVINFKYPGDIGF-DASKIGTEACATIVCGLGY 187
Query 181 GSADAP--VDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIG 238
G P + H VR PGG E+RSRFWMG + + + PI +
Sbjct 188 GKGQPPFAMPDTVMCHFVREIPGGIELRSRFWMGWTYKNGKDVKALPDGIRMPIMGPM-- 245
Query 239 VSESTARNLLVYCAQEMNHLAGFLADLWESFGDE 272
+L ++ +E +LA L ++ D
Sbjct 246 -------SLAMHNVKEFTNLAALLPRIFPEEKDN 272
>gi|145612978|ref|XP_362750.2| hypothetical protein MGG_12475 [Magnaporthe oryzae 70-15]
gi|145020059|gb|EDK04287.1| hypothetical protein MGG_12475 [Magnaporthe oryzae 70-15]
Length=402
Score = 91.7 bits (226), Expect = 1e-16, Method: Compositional matrix adjust.
Identities = 72/266 (28%), Positives = 118/266 (45%), Gaps = 21/266 (7%)
Query 17 PFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSM 76
P+ K+F P + P++G L A +++ G+ + ENG+ L DG
Sbjct 134 PYAKYFHPALHIYSDATEAIRSPMPRSGY--LPLKQATKLLNHGHHEHENGWMGLEDGGA 191
Query 77 QVSVRTDMPGVTPA-MWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRG--- 132
V+ RT T M WWF WH ++ RY LW P H+ G + R
Sbjct 192 YVASRTRFGRETTGDMVRWWFWWHSLESERYALWFPHCHVRVVVASGAERGLLEDRTVPH 251
Query 133 AQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDD----TVSICARLGSADAP-V 187
++++G ++E+IG+ ++ ++FV+PA GLP D ++CA + P +
Sbjct 252 VRKWLGVTHRVTEHIGAKEVSVHLRFVDPAQYGLPWDKLQGAGYEAAVCAEVRDGWEPRL 311
Query 188 DAGWFVHQVRSTPGGS--EMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSE---- 241
G FVH R P E+RSR+W G V K + ++L+G+ +
Sbjct 312 KIGDFVHLWRRDPATDELELRSRYWFGN---EVSLDLPGGFKLPLDLPARLLGIKKMRAG 368
Query 242 -STARNLLVYCAQEMNHLAGFLADLW 266
S A ++ E +LA FL +L+
Sbjct 369 PSLAYEHFIHDQTEFTNLASFLPELY 394
>gi|339441429|ref|YP_004707434.1| hypothetical protein CXIVA_03650 [Clostridium sp. SY8519]
gi|338900830|dbj|BAK46332.1| hypothetical protein CXIVA_03650 [Clostridium sp. SY8519]
Length=262
Score = 87.4 bits (215), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 81/278 (30%), Positives = 124/278 (45%), Gaps = 35/278 (12%)
Query 7 LGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIV---DEGYQQ 63
+G ++ + KF++ ++AP+P+ + A++ G Q ++FDD + DE + Q
Sbjct 5 IGVTKEEQTLSYFKFYERDLAPIPEKKI-AIRDG-QPARQSVSFDDKNLFLKGEDENFCQ 62
Query 64 TENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWH--GSDTRRYKLWHPRAHLSARWKD 121
GYG+ DG+ V T MPGVT M WWF WH GSD RYK+W P H A+
Sbjct 63 L--GYGVNPDGTGFVCNETYMPGVTVEMLDWWFPWHSVGSDL-RYKIWDPEDHWFAKADK 119
Query 122 GDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDD---SDDTVSICA 178
D ++ G MI E G+ A+QF+ PA G + +D S+
Sbjct 120 VDYVIDPAVPNREKTWGVTHMIMEDAGNGPDALALQFMRPADFGYDESIIGTDKCASLVC 179
Query 179 RLGSAD--APVDAGWFVHQVRSTPGGSEMRSRFWMG---GPHIAVRKAPEVASKAVRPIA 233
+G ++ A + W+ +Q G SRFW+G VR PE A AV P
Sbjct 180 AVGKSEVAAAMTHKWYPYQ-----DGVMFCSRFWIGYGLAEGKPVRTLPEGA--AVPPF- 231
Query 234 SKLIGVSESTARNLLVYCAQEMNHLAGFLADLWESFGD 271
+ L + +E +LA L +++ D
Sbjct 232 ---------VPQGLFGHNIKEFTNLAAILPEVYAENKD 260
>gi|300856190|ref|YP_003781174.1| putative phloretin hydrolase [Clostridium ljungdahlii DSM 13528]
gi|300436305|gb|ADK16072.1| predicted phloretin hydrolase [Clostridium ljungdahlii DSM 13528]
Length=262
Score = 84.0 bits (206), Expect = 2e-14, Method: Compositional matrix adjust.
Identities = 62/208 (30%), Positives = 98/208 (48%), Gaps = 13/208 (6%)
Query 12 DDADTPFGKFFKPEMAPLPQHVVVALQHGPQA-GMALLAFDDAASIVDEGYQQTENGYGI 70
++ P+ K++ +A +PQ + + +GP A LA ++ ++E + GY +
Sbjct 8 EEKKLPYAKYYYMPLAEIPQEKL-DIWNGPAADNRGALAIENRNLFLEEEVPGFQVGYCV 66
Query 71 LGDGSMQVSVRTDMPGVTPAMWAWWFGWH--GSDTRRYKLWHPRAHLSARWKDGDQDSGA 128
+G+ V+ T M GVTP M++WWFGWH GSD RYK+W H AR +
Sbjct 67 AQNGTGYVANSTYMEGVTPEMFSWWFGWHSIGSDL-RYKIWDKEDHYYARADKPEYVKDP 125
Query 129 GRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDT----VSICARLGSAD 184
+++ G I E IG+ + F +P +G + T +CA +G
Sbjct 126 KVPCSEKTWGVNHSILEDIGTGPDPLTLCFKKPGDLGYDMNKIGTKGCAAMVCA-VGEGK 184
Query 185 APVDAGWFVHQVRSTPGGSEMRSRFWMG 212
AP + H+ R GG + SRFWMG
Sbjct 185 AP---AFMTHKCRKVDGGIILESRFWMG 209
>gi|33334635|gb|AAQ12341.1| phloretin hydrolase [Eubacterium ramulus]
Length=274
Score = 83.6 bits (205), Expect = 3e-14, Method: Compositional matrix adjust.
Identities = 70/266 (27%), Positives = 108/266 (41%), Gaps = 18/266 (6%)
Query 7 LGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVD-EGYQQTE 65
+G ++ + K+++ ++AP+P + LQ GP A + FD+ + E +
Sbjct 14 VGVXEEEKKLSYYKYYEQDLAPVPAEKIAILQGGPIAPEKCIPFDERNKFLKGEDDEYAN 73
Query 66 NGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWH--GSDTRRYKLWHPRAHLSARWKDGD 123
G+G+ DG+ V T MPGVT M WWF WH GSD RYK+W P H AR
Sbjct 74 IGFGVAADGTALVCNTTYMPGVTGEMLDWWFPWHSVGSDL-RYKIWDPEDHYFARAYPAS 132
Query 124 QDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDD---SDDTVSICARL 180
Q+ G I E +G + F PA G + ++ S+ +
Sbjct 133 YVVDPNVPMNQKTWGVDHYIMEDVGPGPEFLKLCFKRPADFGYDESIIGTEKCESLVCAI 192
Query 181 GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVS 240
G + A H+ G SRFW+G R E V+ I + +
Sbjct 193 GESSC---AAAMTHKWHPYKDGVLFESRFWIG-----YRIDEE--GNIVKAIPEG-VSIP 241
Query 241 ESTARNLLVYCAQEMNHLAGFLADLW 266
+ L + +E +LA L L+
Sbjct 242 PFVPQGLFAHNIKEFTNLAAILPTLY 267
>gi|154310204|ref|XP_001554434.1| hypothetical protein BC1G_07022 [Botryotinia fuckeliana B05.10]
gi|150851583|gb|EDN26776.1| hypothetical protein BC1G_07022 [Botryotinia fuckeliana B05.10]
Length=331
Score = 80.1 bits (196), Expect = 3e-13, Method: Compositional matrix adjust.
Identities = 59/222 (27%), Positives = 101/222 (46%), Gaps = 42/222 (18%)
Query 1 MASDLYLGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGP-QAGMALLAFDDAASIVDE 59
+D Y+G++ D D P+ K+ P +A + + L P + A++ +
Sbjct 102 FTTDYYVGFKGADFDLPYAKYHNPNVAMISDALANGLAGSPWPSAFTYSAWEAHKYLELP 161
Query 60 GYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARW 119
GY Q ENG+ I +G++ ++VR+++P VT D Y+ W +
Sbjct 162 GYLQLENGWAISPNGTLMITVRSEIPEVT------------GDQYDYENWSNETY----- 204
Query 120 KDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGL-----PDDSDDTV 174
A+R +G S I EY+G+ I+FV+P++MG P+ +T+
Sbjct 205 -------------AERCIGATSYIDEYVGNDAAKLNIEFVDPSSMGFNTTAWPELDIETI 251
Query 175 SICARLGSADAPVD----AGWFVHQVRSTPGG-SEMRSRFWM 211
I ++ D VD + +HQVR P G E+RSRF++
Sbjct 252 VI-GKVLIGDYSVDEFDGISYLMHQVRRMPNGYRELRSRFFL 292
>gi|284048318|ref|YP_003398657.1| hypothetical protein Acfer_0965 [Acidaminococcus fermentans DSM
20731]
gi|283952539|gb|ADB47342.1| hypothetical protein Acfer_0965 [Acidaminococcus fermentans DSM
20731]
Length=266
Score = 79.0 bits (193), Expect = 7e-13, Method: Compositional matrix adjust.
Identities = 74/268 (28%), Positives = 108/268 (41%), Gaps = 25/268 (9%)
Query 7 LGYRNDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTEN 66
+G ++ + KFF+ +MA +P + AL PQ A+ + + + +
Sbjct 9 VGVSKEEKAISYYKFFERDMANIPAEKI-ALLDAPQEKSAVPFEEKNLYLAGKDKDCAQV 67
Query 67 GYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWH--GSDTRRYKLWHPRAHLSARWKDGDQ 124
GYG +G+ V T MPGVTP M WWF WH GSD RYK+W H AR D
Sbjct 68 GYGTAANGTGFVCNETYMPGVTPEMLDWWFPWHSVGSDL-RYKIWDSEDHYFARADKADY 126
Query 125 DSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAMGLPDDSDDTVSICARL---- 180
++ G I E +G I F PA G D S CA L
Sbjct 127 VCDPNVPVNEKTWGVNHYILEDVGDGPGFLKICFKSPADFGF-DTSLIGKENCASLVCGI 185
Query 181 --GSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIG 238
GS A + W+ +Q G + SRFW+G V +R +
Sbjct 186 GDGSCAAAMVHKWYPYQ-----DGVMLCSRFWIGY---------GVVDGEIRCTLPEGAK 231
Query 239 VSESTARNLLVYCAQEMNHLAGFLADLW 266
V ++ L + +E +LA L +++
Sbjct 232 VPVEVSKGLFAHNIKEFTNLAAILPEVY 259
>gi|339443083|ref|YP_004709088.1| hypothetical protein CXIVA_20190 [Clostridium sp. SY8519]
gi|338902484|dbj|BAK47986.1| hypothetical protein CXIVA_20190 [Clostridium sp. SY8519]
Length=273
Score = 77.4 bits (189), Expect = 2e-12, Method: Compositional matrix adjust.
Identities = 71/267 (27%), Positives = 107/267 (41%), Gaps = 21/267 (7%)
Query 11 NDDADTPFGKFFKPEMAPLPQHVVVALQHGPQAGMALLAFDDAASIVDEGYQQTENGYGI 70
N D + KF+ + Q + P +D + GY E G+
Sbjct 8 NADKQKSYYKFYAADGYWGEQEKYSQITKEPLDPATAPRIEDRNDLFLPGYLPGEFGWWK 67
Query 71 LGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGR 130
L +G+ ++ +T P T M+ WWF WH D RY W+ H +D + +
Sbjct 68 LENGTAVIANKTFFPNTTGEMFDWWFAWHPIDRLRYACWNNEDHYDVYLEDPARALDMTK 127
Query 131 RGAQRYVGRWSMISEYIGSTKLGAA----IQFVEPAAMGLPDDSDDT----VSICAR--- 179
+R+ G I E IG G A I F P+ +G + DT +CA+
Sbjct 128 SMRERHWGSVHHIWEDIGLP--GGAGMLIIAFKRPSELGYDESKIDTDACSTLVCAKTTI 185
Query 180 LGSADAPVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGV 239
+G P H +R GGSE+RSRFW G + KAV+ I V
Sbjct 186 VGDDQTPDLDVVMTHFLRPAEGGSELRSRFWFG-------YTIDDNGKAVKTIPDGFT-V 237
Query 240 SESTARNLLVYCAQEMNHLAGFLADLW 266
++ LL + +E ++LA L DL+
Sbjct 238 PDAGPYCLLNHNVKEFSNLAKILPDLY 264
>gi|317404117|gb|EFV84568.1| hypothetical protein HMPREF0005_04118 [Achromobacter xylosoxidans
C54]
Length=233
Score = 74.7 bits (182), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 67/231 (30%), Positives = 101/231 (44%), Gaps = 41/231 (17%)
Query 52 DAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHP 111
D S++D + E G L G + V+ RTD+ G M+ WWF + + T+ K WHP
Sbjct 14 DMDSLLDPAPLRLETGITRLPGGGLVVAARTDLHGCKGRMFDWWFKFFQT-TQHIKWWHP 72
Query 112 RAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGST-KLGAAIQFVEPAA------- 163
+ H+ R D A RRG + Y+G E + + A ++F PA
Sbjct 73 QDHVEHRGWD-----SAWRRG-ENYIGASIHAVESLADLPPVAARLKFHAPAEAFDAERL 126
Query 164 MGLPDDSDDTVSICARLGSADA--------PVDAGWFVHQVRSTPGGSEMRSRFWMGGPH 215
D+ D + ++ AR+G D P+D G +H R TP G +RSRF++G
Sbjct 127 RAAQDNQDVSAAVYARIGFGDHVQLDQDGDPMD-GQMIHLTRDTPFGCVLRSRFYLG--- 182
Query 216 IAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
+ PE A V ++ NLL +C E L+ FL L+
Sbjct 183 -LSSERPEQA-------------VPDALGLNLLRHCYTEFTFLSRFLPSLY 219
>gi|334704005|ref|ZP_08519871.1| hypothetical protein AcavA_08187 [Aeromonas caviae Ae398]
Length=232
Score = 74.3 bits (181), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 62/240 (26%), Positives = 100/240 (42%), Gaps = 37/240 (15%)
Query 41 PQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHG 100
P A A +D ++ + E G DG + V++RTD+ G M WWF +
Sbjct 3 PSALFAPWGVNDINELLSPQPLRLEMGLTRSTDGLLTVAIRTDLHGCKGRMLDWWFTFFE 62
Query 101 SDTRRYKLWHPRAHLSAR-----WKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAA 155
+ T+ + WHP H+ R WK G++ GA + + + K A
Sbjct 63 T-TQHIRWWHPHDHVEHRGWDHHWKKGERFVGASIEAVEWL----AELPPVAARLKFHGA 117
Query 156 IQFVEPAAMGLPDDSDD-TVSICARLGSAD--------APVDAGWFVHQVRSTPGGSEMR 206
+ P ++ ++ + +ICAR+G D AP+D G +H R TP G +R
Sbjct 118 EEVFAPQSLQEARETQALSAAICARIGFGDEVALDGNGAPLD-GEMLHLARDTPYGCVLR 176
Query 207 SRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
SRF +G + A+ V + NL+ +C E ++LA FL L+
Sbjct 177 SRFLLG-----------------KACANPFDEVPDEVGFNLMRHCYSEFSYLAQFLPSLY 219
>gi|145298130|ref|YP_001140971.1| hypothetical protein ASA_1101 [Aeromonas salmonicida subsp. salmonicida
A449]
gi|142850902|gb|ABO89223.1| conserved hypothetical protein [Aeromonas salmonicida subsp.
salmonicida A449]
Length=232
Score = 74.3 bits (181), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 64/241 (27%), Positives = 102/241 (43%), Gaps = 37/241 (15%)
Query 40 GPQAGMALLAFDDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWH 99
P A +A +D ++ + E G DG + V++RTD+ G M WWF +
Sbjct 2 NPSALLAPWGVNDINELLRLQPLRLEMGLTRSTDGLLTVAIRTDLHGCKGRMLDWWFTFF 61
Query 100 GSDTRRYKLWHPRAHLSAR-----WKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGA 154
+ T+ K WHP H+ R WK G++ GA + + + K
Sbjct 62 ET-TQHIKWWHPHDHVEHRGWDHHWKKGERYVGASIDAVEWL----AELPPVAARLKFHG 116
Query 155 AIQFVEPAAMGLPDDSDD-TVSICARLGSAD--------APVDAGWFVHQVRSTPGGSEM 205
A + P ++ ++ + +ICAR+G D AP+D G +H R TP G +
Sbjct 117 AEEVFAPQSLHEAWETQALSAAICARIGFGDQVALDEQGAPLD-GEMLHLARDTPYGCVL 175
Query 206 RSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADL 265
RSRF +G + A+ L V + NL+ +C E ++LA FL L
Sbjct 176 RSRFLLG-----------------KACANPLDEVPDEIGFNLMRHCYSEFSYLAQFLPSL 218
Query 266 W 266
+
Sbjct 219 Y 219
>gi|118470381|ref|YP_886823.1| hypothetical protein MSMEG_2484 [Mycobacterium smegmatis str.
MC2 155]
gi|118171668|gb|ABK72564.1| conserved hypothetical protein [Mycobacterium smegmatis str.
MC2 155]
Length=229
Score = 73.9 bits (180), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 65/231 (29%), Positives = 95/231 (42%), Gaps = 36/231 (15%)
Query 52 DAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHP 111
D ++D E GY L DG++ ++ RTDM AM+ WWF W DT++Y WHP
Sbjct 5 DWNELLDPLPLPMETGYRRLDDGTLHIAARTDMHDCKTAMFEWWFRWR-CDTQKYIWWHP 63
Query 112 RAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKL--------GAAIQFVEPAA 163
H+S+ W AG +VG ++ E GA F
Sbjct 64 IDHVSSHW--------AGDLSPDTHVGSEHIVVERFADAPAAELVIQFHGADDVFDAERY 115
Query 164 MGLPDDSDDTVSICARLGSADAP-------VDAGWFVHQVRSTPGGSEMRSRFWMGGPHI 216
D D + S+ R+G+ P + G +H R TP G +RS F +G
Sbjct 116 RTAVDRGDVSGSVLGRVGTGHHPPRDTSGKILGGRLLHVGRDTPWGFALRSHFHLGTDLP 175
Query 217 AV-RKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
A+ A EVA++ V + RNLL++ E L+ L L+
Sbjct 176 AMGLTASEVAAE-----------VPDELGRNLLLHAYNEFTFLSRILGGLY 215
>gi|338778862|gb|EGP43324.1| hypothetical protein AXXA_26530 [Achromobacter xylosoxidans AXX-A]
Length=226
Score = 72.4 bits (176), Expect = 7e-11, Method: Compositional matrix adjust.
Identities = 66/231 (29%), Positives = 99/231 (43%), Gaps = 41/231 (17%)
Query 52 DAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHP 111
D S++D + E G L G + V+ RTD+ G M+ WWF + + T+ K WHP
Sbjct 7 DMDSLLDPAPLRLETGIARLPGGGLVVAARTDLHGCKGRMFDWWFKFFQT-TQHIKWWHP 65
Query 112 RAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGST-KLGAAIQFVEPAAM------ 164
+ H+ R D A RRG + Y+G E + + A ++F PA
Sbjct 66 QDHVEHRGWD-----SAWRRG-ENYIGASIHAVESLADLPPVAARLKFHAPAEAFDADRL 119
Query 165 -GLPDDSDDTVSICARLGSADA--------PVDAGWFVHQVRSTPGGSEMRSRFWMGGPH 215
D D + ++ AR+G D P+D G +H R TP G +RSRF++G
Sbjct 120 RAAQDKQDMSAAVYARIGFGDHVQLDADGDPMD-GQMIHLTRDTPFGCVLRSRFYLG--- 175
Query 216 IAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
+ RP V ++ NLL +C E L+ FL L+
Sbjct 176 ----------LSSERPEQD----VPDALGLNLLRHCYTEFTFLSRFLPSLY 212
>gi|34497293|ref|NP_901508.1| hypothetical protein CV_1838 [Chromobacterium violaceum ATCC
12472]
gi|34103149|gb|AAQ59512.1| conserved hypothetical protein [Chromobacterium violaceum ATCC
12472]
Length=223
Score = 70.9 bits (172), Expect = 2e-10, Method: Compositional matrix adjust.
Identities = 66/217 (31%), Positives = 92/217 (43%), Gaps = 44/217 (20%)
Query 65 ENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQ 124
E G L DG + V+VRT++PG M WWF + + T+ + WHP H D
Sbjct 22 ETGIRRLDDGRLLVAVRTELPGCAGRMLEWWFKFFET-TQHIRWWHPHDHHRMHGWDKQW 80
Query 125 DSGAGRRGAQRYVGRWSMISEYIGS-TKLGAAIQFVEPAAMGLPD-----DSDDTVS--I 176
RRG + YVG E +G + AA++F EPA D VS +
Sbjct 81 -----RRG-ESYVGACVRAEESLGDFPPVTAALKFHEPADFFSADALAQARRQQAVSGLV 134
Query 177 CARLGSADAPVDA-------GWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAV 229
CAR+ D P A G +H VR P G+ +RSRF +GG
Sbjct 135 CARIAFGDEPRLAADGDPQDGEMIHLVRDKPQGAVLRSRFVLGGE--------------- 179
Query 230 RPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
P+ ++L L+ +C E + LA FL L+
Sbjct 180 SPVPNEL-------GLGLMQHCYNEFSSLARFLPSLY 209
>gi|333926890|ref|YP_004500469.1| hypothetical protein SerAS12_2035 [Serratia sp. AS12]
gi|333931844|ref|YP_004505422.1| hypothetical protein SerAS9_2035 [Serratia sp. AS9]
gi|333473451|gb|AEF45161.1| hypothetical protein SerAS9_2035 [Serratia sp. AS9]
gi|333490950|gb|AEF50112.1| hypothetical protein SerAS12_2035 [Serratia sp. AS12]
gi|333961046|gb|AEG27819.1| hypothetical protein SerAS13_2036 [Serratia sp. AS13]
Length=232
Score = 69.7 bits (169), Expect = 5e-10, Method: Compositional matrix adjust.
Identities = 56/204 (28%), Positives = 85/204 (42%), Gaps = 29/204 (14%)
Query 73 DGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHPRAHLSARWKDGDQDSGAGRRG 132
DG + V++RTD+PG M WWF + + T+ + WHP H+ R DG G G
Sbjct 35 DGLLTVAIRTDLPGCKGRMLDWWFTFFET-TQHIRWWHPHDHVEHRGWDGHWKKGESYIG 93
Query 133 AQRYVGRW-SMISEYIGSTKLGAAIQFVEPAAMGLPDDSDD-TVSICARLGSADA----- 185
A W + + K AA F + D+ + +ICA +G +
Sbjct 94 ASINAVEWLAELPPVPARLKFHAAEDFFAAQPLQQARDTQALSAAICAHIGFGEQVALDD 153
Query 186 ---PVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRKAPEVASKAVRPIASKLIGVSES 242
P D G +H R TP G +RSRF +G + A+ + +
Sbjct 154 NGDPRD-GEMLHLARDTPYGCVLRSRFLLG-----------------KSCANAHDELPDE 195
Query 243 TARNLLVYCAQEMNHLAGFLADLW 266
NL+ +C E ++LA FL L+
Sbjct 196 IGFNLMRHCYNEFSYLAQFLPSLY 219
>gi|271500549|ref|YP_003333574.1| hypothetical protein Dd586_2013 [Dickeya dadantii Ech586]
gi|270344104|gb|ACZ76869.1| conserved hypothetical protein [Dickeya dadantii Ech586]
Length=230
Score = 68.2 bits (165), Expect = 1e-09, Method: Compositional matrix adjust.
Identities = 56/177 (32%), Positives = 79/177 (45%), Gaps = 24/177 (13%)
Query 52 DAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWHP 111
D ++++D E G L DGS+ V+VRTD+ G M WWF + + T+ K WHP
Sbjct 12 DHSALLDPSPMPLETGIKRLDDGSLMVAVRTDLHGCKGRMIDWWFTFFET-TQHIKWWHP 70
Query 112 RAHLSARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFVEPAAM------- 164
H+ D + G GA Y I + A ++F PAA+
Sbjct 71 IDHVEHCGWDANWKRGESFYGASIYA-----IESLAEIPPIPARLKFHHPAAIFGEKAVE 125
Query 165 -GLPDDSDDTVSICARLG--------SADAPVDAGWFVHQVRSTPGGSEMRSRFWMG 212
+ DD + I AR+G S P+D G +H VR TP G +RSRF +G
Sbjct 126 KAMADDCISAI-IAARVGFGEETELDSLGDPLD-GQMLHVVRDTPFGCVLRSRFILG 180
>gi|333915357|ref|YP_004489089.1| hypothetical protein DelCs14_3745 [Delftia sp. Cs1-4]
gi|333745557|gb|AEF90734.1| hypothetical protein DelCs14_3745 [Delftia sp. Cs1-4]
Length=231
Score = 67.8 bits (164), Expect = 2e-09, Method: Compositional matrix adjust.
Identities = 62/236 (27%), Positives = 96/236 (41%), Gaps = 41/236 (17%)
Query 49 AFDDAASIVDEGYQQT----ENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTR 104
AF+ S +DE T E G L G + V+ RTD+ G + M WWF + + T+
Sbjct 5 AFEPDISRIDELLHITPLRLETGIQRLPSGCLVVACRTDLHGCSGRMLDWWFKFFET-TQ 63
Query 105 RYKLWHPRAHLS-----ARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFV 159
K WHP H++ A+WK G+ GA + I K +
Sbjct 64 HIKWWHPHDHIAHRGWDAQWKKGESYIGASIEAVESLAD----IPPVAARLKFHDPRELF 119
Query 160 EPAAMGLP-DDSDDTVSICARLGSADA--------PVDAGWFVHQVRSTPGGSEMRSRFW 210
+PA + L + + ++ AR+G + P+D G VH R TP G +RSRF
Sbjct 120 DPAQLELAFAEKRASAAVYARIGFGEHVQLDASGDPMD-GQMVHLARDTPFGCVLRSRFL 178
Query 211 MGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
+G + A + ++ LL +C E +L+ FL L+
Sbjct 179 LG-----------------QSCADPAAELPDALGLGLLRHCYTEFTYLSRFLPSLY 217
>gi|160898441|ref|YP_001564023.1| hypothetical protein Daci_3000 [Delftia acidovorans SPH-1]
gi|160364025|gb|ABX35638.1| conserved hypothetical protein [Delftia acidovorans SPH-1]
Length=231
Score = 67.4 bits (163), Expect = 2e-09, Method: Compositional matrix adjust.
Identities = 62/236 (27%), Positives = 96/236 (41%), Gaps = 41/236 (17%)
Query 49 AFDDAASIVDEGYQQT----ENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTR 104
AF+ S +DE T E G L G + V+ RTD+ G + M WWF + + T+
Sbjct 5 AFEPDISRIDELLHITPLRLETGIQRLPSGCLVVACRTDLHGCSGRMLDWWFKFFET-TQ 63
Query 105 RYKLWHPRAHLS-----ARWKDGDQDSGAGRRGAQRYVGRWSMISEYIGSTKLGAAIQFV 159
K WHP H++ A+WK G+ GA + I K +
Sbjct 64 HIKWWHPHDHIAHRGWDAQWKKGESYIGASIEAVESLAD----IPPVAARLKFHDPRELF 119
Query 160 EPAAMGLP-DDSDDTVSICARLGSADA--------PVDAGWFVHQVRSTPGGSEMRSRFW 210
+PA + L + + ++ AR+G + P+D G VH R TP G +RSRF
Sbjct 120 DPAQLELAFAEKRASAAVYARIGFGEHVQLDASGDPMD-GQMVHLARDTPFGCVLRSRFL 178
Query 211 MGGPHIAVRKAPEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
+G + A + ++ LL +C E +L+ FL L+
Sbjct 179 LG-----------------QSCADPAAELPDALGLGLLRHCYTEFTYLSRFLPSLY 217
>gi|117617545|ref|YP_857703.1| hypothetical protein AHA_3212 [Aeromonas hydrophila subsp. hydrophila
ATCC 7966]
gi|117558952|gb|ABK35900.1| conserved hypothetical protein [Aeromonas hydrophila subsp. hydrophila
ATCC 7966]
Length=232
Score = 65.5 bits (158), Expect = 9e-09, Method: Compositional matrix adjust.
Identities = 57/226 (26%), Positives = 91/226 (41%), Gaps = 29/226 (12%)
Query 51 DDAASIVDEGYQQTENGYGILGDGSMQVSVRTDMPGVTPAMWAWWFGWHGSDTRRYKLWH 110
+D ++ + E G DG + V++RTD+ G M WWF + + T+ + WH
Sbjct 13 NDINELLRPQPLRLEMGLTRSTDGLLTVAIRTDLHGCKGRMLDWWFTFFET-TQHIRWWH 71
Query 111 PRAHLSARWKDGDQDSGAGRRGAQRYVGRW-SMISEYIGSTKLGAAIQFVEPAAMGLPDD 169
P H+ R D G GA W + + K A + P + +
Sbjct 72 PHDHVEHRGWDHHWKKGERYVGASIAAVEWLAELPPVAARLKFHCAEEVFAPQPLLEARE 131
Query 170 SDD-TVSICARLGSAD--------APVDAGWFVHQVRSTPGGSEMRSRFWMGGPHIAVRK 220
+ + +ICA +G D AP+D G +H R T G +RSRF +G
Sbjct 132 TQALSAAICASIGFGDEVALDEQGAPLD-GEMLHLARDTSYGCVLRSRFLLG-------- 182
Query 221 APEVASKAVRPIASKLIGVSESTARNLLVYCAQEMNHLAGFLADLW 266
+ A+ V + NL+ +C E ++LA FL L+
Sbjct 183 ---------KACANPFDEVPDEVGFNLMRHCYSEFSYLAQFLPSLY 219
Lambda K H
0.319 0.135 0.433
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 423010730970
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