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= 0200.0018.p (481 letters) Database: COGmodified 192,987 sequences; 59,019,183 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value CC1796 Non COG 641 0.0 CC0273 Non COG 641 0.0 PA1368 [L] COG3666 Transposase and inactivated derivatives Pae P... 589 e-168 MA0472 [L] COG3666 Transposase and inactivated derivatives Mac M... 210 6e-54 MA0944 [L] COG3666 Transposase and inactivated derivatives Mac M... 210 7e-54 >CC1796 Non COG Length = 481 Score = 641 bits (1654), Expect = 0.0, Method: Compositional matrix adjust. Identities = 308/480 (64%), Positives = 381/480 (79%), Gaps = 1/480 (0%) Query: 1 MGRFVEGADRSQLTLLPECLEDWVSEDNTVHVIDAFVEALDLHGLGFERVIAKKTGRPSY 60 + RFVEG DR Q TLLPECL+D+V+E+N V V+D FV+ LDL LGFE + TGRP+Y Sbjct: 3 LSRFVEGCDRRQPTLLPECLDDYVAEENPVRVVDVFVDDLDLGTLGFEGLTPAVTGRPAY 62 Query: 61 HPAVLLKLYIYGYLNRVQSSRRLEREACRNIEVMWLIGRLAPDHKTIADFRKDNGAALRK 120 HPA+LLKLY+YGYLN+VQSSRRLEREA RN+E+MWL GRLAPDHKTIADFRKDNG A++ Sbjct: 63 HPAMLLKLYVYGYLNKVQSSRRLEREARRNVELMWLTGRLAPDHKTIADFRKDNGPAIQA 122 Query: 121 VCAKFIALCRQMGLLQTPSVAIDGSKFKAVNNRDRNFTHAKMARRMAQIEESVGRYLRQL 180 CA+F+ LCRQ+GL VAIDGSKFKAVN RD+NFT K+ +R+ Q+ E + YLR L Sbjct: 123 ACAQFVVLCRQIGLFGAALVAIDGSKFKAVNTRDKNFTANKLKKRLEQVAEHIAGYLRDL 182 Query: 181 DSADRQEPSEAISIKTTRIKEKIARLKQEMSRLEVLDAQMRNTPDQQISLTDPDARSMAT 240 D+ADRQE EA ++ R+KEK+ RL+++M L+ ++A++ +PD Q+SLTDPDARSMAT Sbjct: 183 DTADRQE-GEAAETRSERLKEKVERLREQMRWLQTMEAKVAASPDGQVSLTDPDARSMAT 241 Query: 241 SGRGSGVVGYNVQVAVDTEHHLIVTHEVINVGNDRGQLARMSKQAKEVLEVDKLDAVADR 300 +GRGSG+VGYNVQ AV+TEHHLIV H+V+ G+DR QL+ M+ + K+ L V+ LD +ADR Sbjct: 242 TGRGSGMVGYNVQSAVETEHHLIVAHDVVMTGSDRQQLSSMAARTKDALGVETLDVLADR 301 Query: 301 GYFDGEEILACEEAGVAVTLPKPMTSNAKAEGRFGKQDFAYLHDEDVYRCPSGQLLPYHY 360 GYF GEEILACE GV +P+P+TS AKA GRFGKQDF YL ++DVYRCPSG LLP H Sbjct: 302 GYFSGEEILACEALGVTPYVPRPLTSGAKANGRFGKQDFVYLPEQDVYRCPSGALLPRHM 361 Query: 361 TNVEHGMTLRGYWSTAACQGCAIKSQCTPSKERRITRWEHEHVVEEVQRRLDSDPDAMRR 420 TNVE+GMTL YW +CQ CA+K QCTPS RR+TRWEHE V++ +QRR+D P AMR+ Sbjct: 362 TNVENGMTLHRYWDHFSCQSCALKPQCTPSIARRVTRWEHEAVIDAMQRRMDLTPGAMRQ 421 Query: 421 RRETVEHPFGTIKARMGATHFLMKRLRNVATEMALHVLAYNLTRVMNIVGKPSLIAAIRA 480 RR TVEHPFGTIKA MG+THFLMKRL NV TE+ LH+LAYNL RV+ I+G L+ AI+A Sbjct: 422 RRRTVEHPFGTIKAWMGSTHFLMKRLPNVKTEIGLHILAYNLKRVIAILGVGPLMKAIQA 481 >CC0273 Non COG Length = 481 Score = 641 bits (1654), Expect = 0.0, Method: Compositional matrix adjust. Identities = 308/480 (64%), Positives = 381/480 (79%), Gaps = 1/480 (0%) Query: 1 MGRFVEGADRSQLTLLPECLEDWVSEDNTVHVIDAFVEALDLHGLGFERVIAKKTGRPSY 60 + RFVEG DR Q TLLPECL+D+V+E+N V V+D FV+ LDL LGFE + TGRP+Y Sbjct: 3 LSRFVEGCDRRQPTLLPECLDDYVAEENPVRVVDVFVDDLDLGTLGFEGLTPAVTGRPAY 62 Query: 61 HPAVLLKLYIYGYLNRVQSSRRLEREACRNIEVMWLIGRLAPDHKTIADFRKDNGAALRK 120 HPA+LLKLY+YGYLN+VQSSRRLEREA RN+E+MWL GRLAPDHKTIADFRKDNG A++ Sbjct: 63 HPAMLLKLYVYGYLNKVQSSRRLEREARRNVELMWLTGRLAPDHKTIADFRKDNGPAIQA 122 Query: 121 VCAKFIALCRQMGLLQTPSVAIDGSKFKAVNNRDRNFTHAKMARRMAQIEESVGRYLRQL 180 CA+F+ LCRQ+GL VAIDGSKFKAVN RD+NFT K+ +R+ Q+ E + YLR L Sbjct: 123 ACAQFVVLCRQIGLFGAALVAIDGSKFKAVNTRDKNFTANKLKKRLEQVAEHIAGYLRDL 182 Query: 181 DSADRQEPSEAISIKTTRIKEKIARLKQEMSRLEVLDAQMRNTPDQQISLTDPDARSMAT 240 D+ADRQE EA ++ R+KEK+ RL+++M L+ ++A++ +PD Q+SLTDPDARSMAT Sbjct: 183 DTADRQE-GEAAETRSERLKEKVERLREQMRWLQTMEAKVAASPDGQVSLTDPDARSMAT 241 Query: 241 SGRGSGVVGYNVQVAVDTEHHLIVTHEVINVGNDRGQLARMSKQAKEVLEVDKLDAVADR 300 +GRGSG+VGYNVQ AV+TEHHLIV H+V+ G+DR QL+ M+ + K+ L V+ LD +ADR Sbjct: 242 TGRGSGMVGYNVQSAVETEHHLIVAHDVVMTGSDRQQLSSMAARTKDALGVETLDVLADR 301 Query: 301 GYFDGEEILACEEAGVAVTLPKPMTSNAKAEGRFGKQDFAYLHDEDVYRCPSGQLLPYHY 360 GYF GEEILACE GV +P+P+TS AKA GRFGKQDF YL ++DVYRCPSG LLP H Sbjct: 302 GYFSGEEILACEALGVTPYVPRPLTSGAKANGRFGKQDFVYLPEQDVYRCPSGALLPRHM 361 Query: 361 TNVEHGMTLRGYWSTAACQGCAIKSQCTPSKERRITRWEHEHVVEEVQRRLDSDPDAMRR 420 TNVE+GMTL YW +CQ CA+K QCTPS RR+TRWEHE V++ +QRR+D P AMR+ Sbjct: 362 TNVENGMTLHRYWDHFSCQSCALKPQCTPSIARRVTRWEHEAVIDAMQRRMDLTPGAMRQ 421 Query: 421 RRETVEHPFGTIKARMGATHFLMKRLRNVATEMALHVLAYNLTRVMNIVGKPSLIAAIRA 480 RR TVEHPFGTIKA MG+THFLMKRL NV TE+ LH+LAYNL RV+ I+G L+ AI+A Sbjct: 422 RRRTVEHPFGTIKAWMGSTHFLMKRLPNVKTEIGLHILAYNLKRVIAILGVGPLMKAIQA 481 >PA1368 [L] COG3666 Transposase and inactivated derivatives Pae Pseudomonas aeruginosa Length = 474 Score = 589 bits (1519), Expect = e-168, Method: Compositional matrix adjust. Identities = 287/480 (59%), Positives = 356/480 (74%), Gaps = 6/480 (1%) Query: 1 MGRFVEGADRSQLTLLPECLEDWVSEDNTVHVIDAFVEALDLHGLGFERVIAKKTGRPSY 60 M RF++G R Q TLLPE L+D+V++ N V V+D FV+ LDL LGF V+ +TGRP+Y Sbjct: 1 MKRFIQGEHRGQCTLLPERLDDYVADTNPVRVVDVFVDELDLGRLGFGGVVPAETGRPAY 60 Query: 61 HPAVLLKLYIYGYLNRVQSSRRLEREACRNIEVMWLIGRLAPDHKTIADFRKDNGAALRK 120 HPAVLLK+ IYGYLNR+QSSRRLEREA RN+E+MWL GRL PD KTIA+FRKDNG A+R Sbjct: 61 HPAVLLKICIYGYLNRIQSSRRLEREAQRNVELMWLTGRLMPDFKTIANFRKDNGKAIRG 120 Query: 121 VCAKFIALCRQMGLLQTPSVAIDGSKFKAVNNRDRNFTHAKMARRMAQIEESVGRYLRQL 180 VC +F+ LC+Q+ L VAIDGSKFKAVN RDRNFT AK+ RRM +IE + RYL L Sbjct: 121 VCRQFVVLCQQLSLFSEALVAIDGSKFKAVNIRDRNFTSAKLQRRMEEIESCISRYLTAL 180 Query: 181 DSADRQEPSEAISIKTTRIKEKIARLKQEMSRLEVLDAQMRNTPDQQISLTDPDARSMAT 240 D+ADRQEP+ A + K+ R+ KIA LK M L ++ Q+ TPD+QISLTDPDA SM T Sbjct: 181 DTADRQEPAVARA-KSERLHSKIAALK--MQELRDIEVQLEATPDKQISLTDPDAHSMMT 237 Query: 241 SGRGSGVVGYNVQVAVDTEHHLIVTHEVINVGNDRGQLARMSKQAKEVLEVDKLDAVADR 300 RG+ +VGYNVQ AV+ +HHLIVTHEV N G DR QL+ M+KQA + L VADR Sbjct: 238 --RGTSMVGYNVQAAVEAKHHLIVTHEVTNNGIDRDQLSAMAKQAWVAMGTQSLSVVADR 295 Query: 301 GYFDGEEILACEEAGVAVTLPKPMTSNAKAEGRFGKQDFAYLHDEDVYRCPSGQLLPYHY 360 GYF GEEIL+C EAG+ +PK TS A A GRFG+ DF Y ++ YRCP+G+ L + + Sbjct: 296 GYFKGEEILSCHEAGITTFVPKAKTSGAAAAGRFGRDDFIYDTAQNEYRCPAGERLIWRF 355 Query: 361 TNVEHGMTLRGYWSTAACQGCAIKSQCTPSKERRITRWEHEHVVEEVQRRLDSDPDAMRR 420 VE G+ L YW++ CQGCA+K QCTPS +RR++RWEHE V+ VQ RLD P+ MR Sbjct: 356 ATVEKGLKLHRYWNS-NCQGCALKDQCTPSAQRRVSRWEHESVLNAVQSRLDQAPEMMRI 414 Query: 421 RRETVEHPFGTIKARMGATHFLMKRLRNVATEMALHVLAYNLTRVMNIVGKPSLIAAIRA 480 RR+TVEHPFGT+KA MGATHFL K L V+TEM+LHVLAYN RV+N++G +LIAA++A Sbjct: 415 RRQTVEHPFGTLKAWMGATHFLTKTLNRVSTEMSLHVLAYNFKRVLNLLGNSALIAAMKA 474 >MA0472 [L] COG3666 Transposase and inactivated derivatives Mac Methanosarcina acetivorans str.C2A Length = 494 Score = 210 bits (534), Expect = 6e-54, Method: Compositional matrix adjust. Identities = 131/466 (28%), Positives = 235/466 (50%), Gaps = 18/466 (3%) Query: 9 DRSQLTLLPECLEDWVSEDNTVHVIDAFVEALDLHGLGFERVIAKKTGRPSYHPAVLLKL 68 D+ Q LLP LED+V E++ V++ V+ +D+ + K G P+YHP LLK+ Sbjct: 6 DQKQQFLLPLDLEDFVPENHIARVLNDIVDVVDITAI---ESTYSKEGCPAYHPRPLLKI 62 Query: 69 YIYGYLNRVQSSRRLEREACRNIEVMWLIGRLAPDHKTIADFRKDNGAALRKVCAKFIAL 128 +YGYL ++SSR+L++ + M+L PD TI FR + ++++ ++ + Sbjct: 63 LLYGYLIGIRSSRKLQQMTQTDTAFMYLAAMQKPDFHTICRFRSTHLGPIKEIFSQVVTF 122 Query: 129 CRQMGLLQTPSVAIDGSKFKAVNNRDRNFTHAKMARRMAQIEESVGRYLRQLDSADRQEP 188 C++M ++ + S++IDG+K KA ++ ++ +E+ + + L++ D+ E Sbjct: 123 CKEMDMIGS-SISIDGTKVKAN-------ASSRQSKSSDALEKEIDKILKESIETDKHED 174 Query: 189 SEAISIKTTRIKEKIARLKQEMSRLEVLDAQMRNTPDQQISLTDPDARSMATSGRGSGVV 248 +I E++ K+ + +++ ++ ++I++TD DAR M GS Sbjct: 175 EIYGDSTPYQIPEELVDKKKRLEKIKAAKKKLDEEKLKKINITDNDARIMKHKD-GSKKP 233 Query: 249 GYNVQVAVDTEHHLIVTHEVINVGNDRGQLARMSKQAKEVLEVDKLDAVADRGYFDGEEI 308 YN QVAVD + +IV +V+N ND Q+ M + K L +AD GYF E + Sbjct: 234 SYNCQVAVDEKEQIIVAADVVNEENDLHQIEPMIQNVKNTLGYKPTIVLADAGYFSYENL 293 Query: 309 LACEEAGVAVTLPKPMTSNAKAEG---RFGKQDFAYLHDEDVYRCPSGQLLPYHYTNVEH 365 +E G+ +P A+ EG RF K F Y +D Y CP+ +P+ Sbjct: 294 EFLQEEGIDAYIPDNF-YKAEKEGKTRRFRKSLFTYDEQKDCYYCPAAFEIPFTRIQKRK 352 Query: 366 GMTLRGYWSTAACQGCAIKSQCTPSKERRITRWEHEHVVEEVQRRLDSDP--DAMRRRRE 423 G Y+ + C C +K+ CT S +R ITR EH++E+++ +L+++ + ++R Sbjct: 353 GEPDLRYYVCSYCSQCVLKNACTKSGKRTITRDPREHLMEDMRDKLNTEKGTEKYQKRMS 412 Query: 424 TVEHPFGTIKARMGATHFLMKRLRNVATEMALHVLAYNLTRVMNIV 469 TVE FG +K G FL++ R E + +N+ ++ + + Sbjct: 413 TVEPVFGQMKQDRGFREFLLRGKRKTGIEFVMMCTVHNIKKIADFI 458 >MA0944 [L] COG3666 Transposase and inactivated derivatives Mac Methanosarcina acetivorans str.C2A Length = 513 Score = 210 bits (534), Expect = 7e-54, Method: Compositional matrix adjust. Identities = 131/466 (28%), Positives = 235/466 (50%), Gaps = 18/466 (3%) Query: 9 DRSQLTLLPECLEDWVSEDNTVHVIDAFVEALDLHGLGFERVIAKKTGRPSYHPAVLLKL 68 D+ Q LLP LED+V E++ V++ V+ +D+ + K G P+YHP LLK+ Sbjct: 25 DQKQQFLLPLDLEDFVPENHIARVLNDIVDVVDITAI---ESTYSKEGCPAYHPRPLLKI 81 Query: 69 YIYGYLNRVQSSRRLEREACRNIEVMWLIGRLAPDHKTIADFRKDNGAALRKVCAKFIAL 128 +YGYL ++SSR+L++ + M+L PD TI FR + ++++ ++ + Sbjct: 82 LLYGYLIGIRSSRKLQQMTQTDTAFMYLAAMQKPDFHTICRFRSTHLGPIKEIFSQVVTF 141 Query: 129 CRQMGLLQTPSVAIDGSKFKAVNNRDRNFTHAKMARRMAQIEESVGRYLRQLDSADRQEP 188 C++M ++ + S++IDG+K KA ++ ++ +E+ + + L++ D+ E Sbjct: 142 CKEMDMIGS-SISIDGTKVKAN-------ASSRQSKSSDALEKEIDKILKESIETDKHED 193 Query: 189 SEAISIKTTRIKEKIARLKQEMSRLEVLDAQMRNTPDQQISLTDPDARSMATSGRGSGVV 248 +I E++ K+ + +++ ++ ++I++TD DAR M GS Sbjct: 194 EIYGDSTPYQIPEELVDKKKRLEKIKAAKKKLDEEKLKKINITDNDARIMKHKD-GSKKP 252 Query: 249 GYNVQVAVDTEHHLIVTHEVINVGNDRGQLARMSKQAKEVLEVDKLDAVADRGYFDGEEI 308 YN QVAVD + +IV +V+N ND Q+ M + K L +AD GYF E + Sbjct: 253 SYNCQVAVDEKEQIIVAADVVNEENDLHQIEPMIQNVKNTLGYKPTIVLADAGYFSYENL 312 Query: 309 LACEEAGVAVTLPKPMTSNAKAEG---RFGKQDFAYLHDEDVYRCPSGQLLPYHYTNVEH 365 +E G+ +P A+ EG RF K F Y +D Y CP+ +P+ Sbjct: 313 EFLQEEGIDAYIPDNF-YKAEKEGKTRRFRKSLFTYDEQKDCYYCPAAFEIPFTRIQKRK 371 Query: 366 GMTLRGYWSTAACQGCAIKSQCTPSKERRITRWEHEHVVEEVQRRLDSDP--DAMRRRRE 423 G Y+ + C C +K+ CT S +R ITR EH++E+++ +L+++ + ++R Sbjct: 372 GEPDLRYYVCSYCSQCVLKNACTKSGKRTITRDPREHLMEDMRDKLNTEKGTEKYQKRMS 431 Query: 424 TVEHPFGTIKARMGATHFLMKRLRNVATEMALHVLAYNLTRVMNIV 469 TVE FG +K G FL++ R E + +N+ ++ + + Sbjct: 432 TVEPVFGQMKQDRGFREFLLRGKRKTGIEFVMMCTVHNIKKIADFI 477