BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, 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 compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0026.0020.p (354 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D5WBP5.1 D5WBP5_BURSC Peptidase S58 DmpA 411 e-113 E1T703.1 E1T703_BURSG Peptidase S58 DmpA 399 e-109 D5NA13.1 D5NA13_9BURK Peptidase S58 DmpA 397 e-108 B2JQ01.1 B2JQ01_BURP8 Peptidase S58 DmpA 393 e-107 B1G2P3.1 B1G2P3_9BURK Peptidase S58 DmpA 393 e-107 >D5WBP5.1 D5WBP5_BURSC Peptidase S58 DmpA Length = 361 Score = 411 bits (1056), Expect = e-113, Method: Compositional matrix adjust. Identities = 219/356 (61%), Positives = 257/356 (72%), Gaps = 25/356 (7%) Query: 17 GNSMSKKRPPHIGRLPAGAADSIADVPGVTVGHCTLNYGATQTGVTVVRPHGGDLFRQKV 76 GN S +R PHIG LPAGA +IADV GV+VGHCTL GA QTGVTV+RPH GD F +KV Sbjct: 4 GNHHSAERAPHIGTLPAGALGTIADVEGVSVGHCTLAEGALQTGVTVIRPHRGDPFVEKV 63 Query: 77 PAAAVTFNGFGKSVGLMQVEELGVLETPIALTNTFAVGAVATAQTRAAVRDNPGIGRNLP 136 PAAA NGFGKSVGL+Q++ELG LETPIALTNTF V A+A AQ RAA+R NP IGR Sbjct: 64 PAAASVINGFGKSVGLVQLDELGTLETPIALTNTFGVAALAQAQIRAAIRANPRIGREWS 123 Query: 137 SVNPLVFECNDGYLNDMQAFAVEEQHYRQALDNASGTVVQGAVGAGRGMSCFDLKGGIGS 196 +VNPLVFECNDGYLND+QA V EQH+ +A D AS V GAVGAGRGMSCFDLKGGIG+ Sbjct: 124 TVNPLVFECNDGYLNDIQALVVTEQHFNEAFDAASSDVASGAVGAGRGMSCFDLKGGIGT 183 Query: 197 ASRKIAIGSAGYTVGALVLANFGKLPDLVVDGEPLGKTL----KYLQKRLDEPEKGSIIM 252 ASR ++ Y VGALVLANFG+LP L +DG PLG+ L D+PE+GSIIM Sbjct: 184 ASRVVSAAGRDYIVGALVLANFGRLPMLTIDGTPLGRVLAERAAAANASCDKPEQGSIIM 243 Query: 253 LIATDAPLDARQLRRIYIY----------IY------IALAFSTAQTVPHLAD-AASPAL 295 ++ATDAPLDARQL+R+ + +Y IALAFSTA TVPH AD A P L Sbjct: 244 IVATDAPLDARQLKRLSLRAAAGLARTGSVYGHGSGDIALAFSTAYTVPHGADFVALPPL 303 Query: 296 HFSCLHDNLLDPLFYAVADSTEQAILNALFAAEAVKGRDGHQRRSLSDLLETLATM 351 + D+ LDPLF A ADS EQAI++AL++AE+V GRDGH+R SL D + LA + Sbjct: 304 ----VADHCLDPLFRACADSVEQAIVDALWSAESVTGRDGHRRLSLRDSVPDLAQL 355 >E1T703.1 E1T703_BURSG Peptidase S58 DmpA Length = 374 Score = 399 bits (1026), Expect = e-109, Method: Compositional matrix adjust. Identities = 212/361 (58%), Positives = 254/361 (70%), Gaps = 37/361 (10%) Query: 23 KRPPHIGRLPAGAADSIADVPGVTVGHCTLNYGATQTGVTVVRPHGGDLFRQKVPAAAVT 82 +RPPH+G LP G +IADV GV+VGHCTL +GA QTGVTV+RPH GD F KVPAAA Sbjct: 14 RRPPHVGELPGGPLGTIADVHGVSVGHCTLAHGALQTGVTVIRPHAGDPFVDKVPAAASM 73 Query: 83 FNGFGKSVGLMQVEELGVLETPIALTNTFAVGAVATAQTRAAVRDNPGIGRNLPSVNPLV 142 NGFGKSVGL+Q++ELG LETPIALTNTF+V AVA AQ R+A + NP IGR P+VNPLV Sbjct: 74 INGFGKSVGLLQLDELGTLETPIALTNTFSVAAVAQAQIRSATQANPSIGREWPTVNPLV 133 Query: 143 FECNDGYLNDMQAFAVEEQHYRQALDNASGTVVQGAVGAGRGMSCFDLKGGIGSASRKIA 202 FECNDGYLND+QA AV+EQHY A AS +V G+VGAGRGMSCFDLKGGIG+ASR + Sbjct: 134 FECNDGYLNDIQALAVDEQHYNDACAAASTSVASGSVGAGRGMSCFDLKGGIGNASRVVQ 193 Query: 203 IGSAGYTVGALVLANFGKLPDLVVDGEPLGKTLKY---------------LQKRLDEPEK 247 YTVGA+VLANFG+LP LV+DG P+G+ L L R +PE+ Sbjct: 194 AAGREYTVGAMVLANFGRLPMLVIDGHPVGRVLAQRAATAGAQPSAHAVELAGR-TKPEQ 252 Query: 248 GSIIMLIATDAPLDARQLRRIYI----------YIY------IALAFSTAQTVPHLADAA 291 GSIIM++AT+APLD RQL+R+ + +Y IALAFSTA TVPHLA Sbjct: 253 GSIIMIVATNAPLDTRQLKRLSLRAAAGLARTGSVYGHGSGDIALAFSTAYTVPHLAQYV 312 Query: 292 S-PALHFSCLHDNLLDPLFYAVADSTEQAILNALFAAEAVKGRDGHQRRSLSDLLETLAT 350 P L + D +DPLF A ADS EQAIL+AL++AE+V GRDGHQR SL + + LA Sbjct: 313 ELPPL----VADQCMDPLFRACADSVEQAILDALWSAESVTGRDGHQRLSLCESVPDLAQ 368 Query: 351 M 351 + Sbjct: 369 L 369 >D5NA13.1 D5NA13_9BURK Peptidase S58 DmpA Length = 364 Score = 397 bits (1021), Expect = e-108, Method: Compositional matrix adjust. Identities = 214/353 (60%), Positives = 250/353 (70%), Gaps = 31/353 (8%) Query: 26 PHIGRLPAGAADSIADVPGVTVGHCTLNYGATQTGVTVVRPHGGDLFRQKVPAAAVTFNG 85 PH+G LPAG +IADVPGVTVGHCTL+ GA QTGVTV+RPH GD F KVPAAA NG Sbjct: 10 PHVGTLPAGPLGTIADVPGVTVGHCTLDEGAVQTGVTVIRPHDGDPFLDKVPAAASVING 69 Query: 86 FGKSVGLMQVEELGVLETPIALTNTFAVGAVATAQTRAAVRDNPGIGRNLPSVNPLVFEC 145 FGKS+GL+QVEELG LETPIALTNTF+V AVA AQ RAAVR +P IGR +VNPLVFEC Sbjct: 70 FGKSIGLVQVEELGTLETPIALTNTFSVAAVAQAQIRAAVRADPQIGREWSTVNPLVFEC 129 Query: 146 NDGYLNDMQAFAVEEQHYRQALDNASGTVVQGAVGAGRGMSCFDLKGGIGSASRKIAIGS 205 NDGYLND+QA AV QH+ +A S V G+VGAGRGMSCFDLKGGIG+ASR ++ Sbjct: 130 NDGYLNDIQALAVTGQHFDEAWAATSSDVASGSVGAGRGMSCFDLKGGIGNASRVVSAAG 189 Query: 206 AGYTVGALVLANFGKLPDLVVDGEPLGKTLKYLQKRLD----------EPEKGSIIMLIA 255 YTVGALVLANFG+LP L VDG PLG+ L +++ +PE+GSIIM++A Sbjct: 190 RSYTVGALVLANFGRLPMLTVDGTPLGRMLAERAAKVETAALSATPATKPEQGSIIMIVA 249 Query: 256 TDAPLDARQLRRIYIY----------IY------IALAFSTAQTVPHLADAAS-PALHFS 298 TDAPLDARQL+R+ + +Y IALAFSTA TVPH AD + P L Sbjct: 250 TDAPLDARQLKRLSLRAGAGLARTGSVYGHGSGDIALAFSTAYTVPHGADFITLPPL--- 306 Query: 299 CLHDNLLDPLFYAVADSTEQAILNALFAAEAVKGRDGHQRRSLSDLLETLATM 351 L D LDPLF A ADS EQAIL+AL+ A +V GRDGH+R SL D + L + Sbjct: 307 -LADERLDPLFRACADSVEQAILDALWRAASVAGRDGHRRLSLRDSVPDLVQL 358 >B2JQ01.1 B2JQ01_BURP8 Peptidase S58 DmpA Length = 352 Score = 393 bits (1010), Expect = e-107, Method: Compositional matrix adjust. Identities = 209/347 (60%), Positives = 253/347 (72%), Gaps = 22/347 (6%) Query: 20 MSKKRPPHIGRLPAGAADSIADVPGVTVGHCTLNYGATQTGVTVVRPHGGDLFRQKVPAA 79 MS PHIG LPAGA +IADV GVTVGH T++ GA QTGVTV+RPH D + +KVPAA Sbjct: 1 MSALPMPHIGVLPAGALGTIADVAGVTVGHSTIDNGAVQTGVTVIRPHRDDPYLRKVPAA 60 Query: 80 AVTFNGFGKSVGLMQVEELGVLETPIALTNTFAVGAVATAQTRAAVRDNPGIGRNLPSVN 139 A NGFGKS+GL+QVEELGVLETPIALTNTF + AVA AQ RAA NP +GR P+VN Sbjct: 61 ASVINGFGKSIGLVQVEELGVLETPIALTNTFGIAAVAQAQIRAATASNPQVGREWPTVN 120 Query: 140 PLVFECNDGYLNDMQAFAVEEQHYRQALDNASGTVVQGAVGAGRGMSCFDLKGGIGSASR 199 PLVFECNDGYLND+QA AVE +HY ALD+++ +G+VGAGRGMSCFDLKGGIGSASR Sbjct: 121 PLVFECNDGYLNDIQALAVEGKHYEAALDSSAPDFKRGSVGAGRGMSCFDLKGGIGSASR 180 Query: 200 KIAIGSAGYTVGALVLANFGKLPDLVVDGEPLGKTLKYLQKRLD-EPEKGSIIMLIATDA 258 + + S+ TVGALVLANFG+LP L +DG P+G+ L ++ + +PE+GSIIM++ATDA Sbjct: 181 VVKVASSDLTVGALVLANFGRLPMLTIDGMPIGRELAQRRRATEAKPEQGSIIMIVATDA 240 Query: 259 PLDARQLRRIYIY----------IY------IALAFSTAQTVPHLAD-AASPALHFSCLH 301 PLDARQL+R+ + +Y IALAFSTA TVPH D A+P L + Sbjct: 241 PLDARQLKRLSMRAAAGLARTGSVYGHGSGDIALAFSTAWTVPHDDDFIATPPL----VS 296 Query: 302 DNLLDPLFYAVADSTEQAILNALFAAEAVKGRDGHQRRSLSDLLETL 348 D LDPLF+A ADS EQAI++AL++A V GRD H R SL D + L Sbjct: 297 DARLDPLFHACADSVEQAIVDALWSAATVTGRDAHTRLSLHDAVPDL 343 >B1G2P3.1 B1G2P3_9BURK Peptidase S58 DmpA Length = 365 Score = 393 bits (1009), Expect = e-107, Method: Compositional matrix adjust. Identities = 210/356 (58%), Positives = 249/356 (69%), Gaps = 27/356 (7%) Query: 19 SMSKKRPPHIGRLPAGAADSIADVPGVTVGHCTLNYGATQTGVTVVRPHGGDLFRQKVPA 78 S + PHIG LP+GA +IADV GVTVGHCTL GA QTGVTV+RPH D F KVPA Sbjct: 9 SQADNNAPHIGTLPSGALGTIADVEGVTVGHCTLAEGALQTGVTVIRPHADDPFVDKVPA 68 Query: 79 AAVTFNGFGKSVGLMQVEELGVLETPIALTNTFAVGAVATAQTRAAVRDNPGIGRNLPSV 138 A NGFGKSVGL+Q++ELG LETPIALTNTF V AVA AQ RAA+ NPGIGR P+V Sbjct: 69 AVSVINGFGKSVGLVQIDELGTLETPIALTNTFGVAAVAQAQIRAAINANPGIGREWPTV 128 Query: 139 NPLVFECNDGYLNDMQAFAVEEQHYRQALDNASGTVVQGAVGAGRGMSCFDLKGGIGSAS 198 NPLVFECNDGYLND+QA A+ EQH+ A A V G+VGAGRGMSCFDLKGGIG+AS Sbjct: 129 NPLVFECNDGYLNDIQALAIGEQHFNDAYAAAGTKVASGSVGAGRGMSCFDLKGGIGTAS 188 Query: 199 RKIAIGSAGYTVGALVLANFGKLPDLVVDGEPLGKTL------KYLQKRLDEPEKGSIIM 252 R +++ Y VGAL LANFG+LP LVVDG P+G+ L +PE+GSIIM Sbjct: 189 RVVSVAGREYVVGALALANFGRLPMLVVDGHPVGRILAERAAKAKADADATKPEQGSIIM 248 Query: 253 LIATDAPLDARQLRRIYI----------YIY------IALAFSTAQTVPHLAD-AASPAL 295 ++ATDAPLDARQL+R+ + +Y IALAFSTA TVPHLA A P L Sbjct: 249 IVATDAPLDARQLKRLSLRAAAGLARTGSVYGHGSGDIALAFSTAYTVPHLAQYIALPPL 308 Query: 296 HFSCLHDNLLDPLFYAVADSTEQAILNALFAAEAVKGRDGHQRRSLSDLLETLATM 351 + D +DPLF A ADS EQAIL+AL++A++V GRDGH+R SL + + LA + Sbjct: 309 ----VADQCMDPLFRACADSVEQAILDALWSAQSVTGRDGHRRLSLRESVPDLAHL 360