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= 0035.0030.p (421 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value A4G8T9.2 A4G8T9_HERAR Cell division protein FtsW 653 0.0 D8IW63.1 D8IW63_HERSS Rod shape-determining (RodA protein) trans... 653 0.0 A6T2F9.1 A6T2F9_JANMA FtsW cell division protein 631 e-179 F1VUB7.1 F1VUB7_9BURK Cell division protein FtsW 630 e-178 C3X5H3.1 C3X5H3_OXAFO FtsW cell division protein 615 e-174 >A4G8T9.2 A4G8T9_HERAR Cell division protein FtsW Length = 402 Score = 653 bits (1685), Expect = 0.0, Method: Compositional matrix adjust. Identities = 342/396 (86%), Positives = 375/396 (94%) Query: 26 SGSNSGSLKGISGIEQRSRMMEYDQPLVWVVLLLMLFGMVMVYSASIALPDSPKYANYKT 85 S S++ + K ++ ++QRS+MM YDQPLVWVV+LLMLFGMVMVYSASI+LPDSPKYA Y Sbjct: 7 SFSSAAAQKAVTSLDQRSKMMAYDQPLVWVVVLLMLFGMVMVYSASISLPDSPKYARYDN 66 Query: 86 AHFLIRQAMFIGVSLLAGLLVFRIKIETWQKLAPYLFVGTLILLAMVLIPGIGKGVNGAK 145 AHF+ RQAMFI VSL+AGLL FR+++ETWQKLAPYLFV TLILL +VL+PG+GKGVNGA+ Sbjct: 67 AHFVTRQAMFISVSLIAGLLAFRVRMETWQKLAPYLFVATLILLVLVLVPGVGKGVNGAR 126 Query: 146 RWLSFKVFNLQPSELMKLFIVLYAADYTVRKQEVMHKLTKGFMPMTLAVGVVGLLLLLEP 205 RWLSFKVFNLQPSELMKLF+VLYAADYTVRKQ+VMHKLTKGFMPMTLA+G VGLLLLLEP Sbjct: 127 RWLSFKVFNLQPSELMKLFVVLYAADYTVRKQQVMHKLTKGFMPMTLAIGFVGLLLLLEP 186 Query: 206 DLGAFGVIVCIAMGILFLGGINGVWFGGIGATLVGIFSLVIVLSPWRRERIFAYMNPWVE 265 DLGAFGVIVCIAMGILFLGGING+WFGGIGATLVGIFS+VI+LSPWRRERIFAY+NPW E Sbjct: 187 DLGAFGVIVCIAMGILFLGGINGIWFGGIGATLVGIFSMVILLSPWRRERIFAYLNPWEE 246 Query: 266 ENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGFAGVLV 325 ENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGF GV V Sbjct: 247 ENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGFVGVFV 306 Query: 326 VVLLFYWLIKHAFEIGRQAIALDLTFAGLVAKGIGIWIGVQTFINMGVNLGLLPTKGLTL 385 V+ LFYW+IK +FEIGRQAIA+DLTFAGLVAKGIGIWIGVQ FINMGVNLGLLPTKGLTL Sbjct: 307 VIALFYWIIKRSFEIGRQAIAMDLTFAGLVAKGIGIWIGVQAFINMGVNLGLLPTKGLTL 366 Query: 386 PLMSYGGSGVLINCVGLAILLRIDYENRMLMRGGRL 421 PLMSYGGSGVLINC+GLAILLRIDYENR+LMRGGR+ Sbjct: 367 PLMSYGGSGVLINCIGLAILLRIDYENRVLMRGGRI 402 >D8IW63.1 D8IW63_HERSS Rod shape-determining (RodA protein) transmembrane protein Length = 421 Score = 653 bits (1685), Expect = 0.0, Method: Compositional matrix adjust. Identities = 354/421 (84%), Positives = 375/421 (89%) Query: 1 MKLTLPSITGWFGAKDEPGVRGNARSGSNSGSLKGISGIEQRSRMMEYDQPLVWVVLLLM 60 MKL L S+ W G E R+ S G G G EQRSRMMEYDQPL+WVVLLLM Sbjct: 1 MKLNLSSMRSWLGGLREAAPAAAGRARSGRGGASGSIGFEQRSRMMEYDQPLIWVVLLLM 60 Query: 61 LFGMVMVYSASIALPDSPKYANYKTAHFLIRQAMFIGVSLLAGLLVFRIKIETWQKLAPY 120 LFGMVMVYSAS+ALPDSPKYA+Y HFLIRQA+FI +S++AG L FR++IETWQK APY Sbjct: 61 LFGMVMVYSASVALPDSPKYASYSNYHFLIRQAIFIVLSIIAGALAFRVRIETWQKWAPY 120 Query: 121 LFVGTLILLAMVLIPGIGKGVNGAKRWLSFKVFNLQPSELMKLFIVLYAADYTVRKQEVM 180 LF TLILL MVL+PG+GKGVNGAKRWLS K+ NLQPSELMKLFIVLYAADYTVRKQ VM Sbjct: 121 LFGITLILLLMVLVPGVGKGVNGAKRWLSLKIINLQPSELMKLFIVLYAADYTVRKQAVM 180 Query: 181 HKLTKGFMPMTLAVGVVGLLLLLEPDLGAFGVIVCIAMGILFLGGINGVWFGGIGATLVG 240 HKL KGF PM AVG+VGLLLLLEPDLGAFGVIVCIAMGILFLGGINGVWFGGIGATLVG Sbjct: 181 HKLVKGFFPMAAAVGLVGLLLLLEPDLGAFGVIVCIAMGILFLGGINGVWFGGIGATLVG 240 Query: 241 IFSLVIVLSPWRRERIFAYMNPWVEENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLH 300 +FSLVIV SPWRRERIFAY+NPW EENALGKAYQLSHSLIAFGRGELFGVGLG SVEKLH Sbjct: 241 VFSLVIVTSPWRRERIFAYLNPWEEENALGKAYQLSHSLIAFGRGELFGVGLGSSVEKLH 300 Query: 301 YLPEAHTDFLLAVIGEELGFAGVLVVVLLFYWLIKHAFEIGRQAIALDLTFAGLVAKGIG 360 YLPEAHTDFLLAVIGEELGF GVLVVVLLFYWL+KHAFEIGRQAIALDLTFAGLVAKGIG Sbjct: 301 YLPEAHTDFLLAVIGEELGFVGVLVVVLLFYWLVKHAFEIGRQAIALDLTFAGLVAKGIG 360 Query: 361 IWIGVQTFINMGVNLGLLPTKGLTLPLMSYGGSGVLINCVGLAILLRIDYENRMLMRGGR 420 IW+GVQ FINMGVNLGLLPTKGLTLPLMSYGGSGVL+NCVGLAILLRIDYENR+LMRGGR Sbjct: 361 IWLGVQAFINMGVNLGLLPTKGLTLPLMSYGGSGVLLNCVGLAILLRIDYENRVLMRGGR 420 Query: 421 L 421 L Sbjct: 421 L 421 >A6T2F9.1 A6T2F9_JANMA FtsW cell division protein Length = 402 Score = 631 bits (1628), Expect = e-179, Method: Compositional matrix adjust. Identities = 347/396 (87%), Positives = 372/396 (93%) Query: 26 SGSNSGSLKGISGIEQRSRMMEYDQPLVWVVLLLMLFGMVMVYSASIALPDSPKYANYKT 85 S S + + K ++ ++QRS+MM YDQPLVWVVLLLMLFGMVMVYSASI+LPDSPKYA Y Sbjct: 7 SFSGASAKKAVTSLDQRSKMMAYDQPLVWVVLLLMLFGMVMVYSASISLPDSPKYARYDN 66 Query: 86 AHFLIRQAMFIGVSLLAGLLVFRIKIETWQKLAPYLFVGTLILLAMVLIPGIGKGVNGAK 145 AHFL RQAMFI VSL AGLL FR++IETWQKLAPYLFV TLILL +VL+PG+GKGVNGA+ Sbjct: 67 AHFLTRQAMFISVSLFAGLLAFRVRIETWQKLAPYLFVATLILLVLVLVPGVGKGVNGAR 126 Query: 146 RWLSFKVFNLQPSELMKLFIVLYAADYTVRKQEVMHKLTKGFMPMTLAVGVVGLLLLLEP 205 RWLSFKVFNLQPSELMKLF+VLYAADYTVRKQ+ MHKLTKGFMPMTLA+G VGLLLLLEP Sbjct: 127 RWLSFKVFNLQPSELMKLFVVLYAADYTVRKQQYMHKLTKGFMPMTLAIGFVGLLLLLEP 186 Query: 206 DLGAFGVIVCIAMGILFLGGINGVWFGGIGATLVGIFSLVIVLSPWRRERIFAYMNPWVE 265 DLGAFGVIVCIAMGILFLGGING+WFGGIGATLVGIFS+VIVLSPWRRERIFAY+NPW E Sbjct: 187 DLGAFGVIVCIAMGILFLGGINGIWFGGIGATLVGIFSMVIVLSPWRRERIFAYLNPWEE 246 Query: 266 ENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGFAGVLV 325 ENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGF GVLV Sbjct: 247 ENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGFVGVLV 306 Query: 326 VVLLFYWLIKHAFEIGRQAIALDLTFAGLVAKGIGIWIGVQTFINMGVNLGLLPTKGLTL 385 VV LFYW+IK AFEIGRQAIA+DLTFAGL AKGIGIWIGVQ FINMGVNLGLLPTKGLTL Sbjct: 307 VVALFYWIIKRAFEIGRQAIAIDLTFAGLTAKGIGIWIGVQAFINMGVNLGLLPTKGLTL 366 Query: 386 PLMSYGGSGVLINCVGLAILLRIDYENRMLMRGGRL 421 PLMSYGGSGVLINC+GLAILLRIDYENR+LMRGGR+ Sbjct: 367 PLMSYGGSGVLINCIGLAILLRIDYENRVLMRGGRI 402 >F1VUB7.1 F1VUB7_9BURK Cell division protein FtsW Length = 399 Score = 630 bits (1625), Expect = e-178, Method: Compositional matrix adjust. Identities = 340/397 (85%), Positives = 366/397 (92%), Gaps = 3/397 (0%) Query: 24 ARSGSNSGSLKGISGIEQRSRMMEYDQPLVWVVLLLMLFGMVMVYSASIALPDSPKYANY 83 ARS ++ + K +S QRS M YDQPLVWVVLLLMLFGMVMVYSASI+LPDS KYA Y Sbjct: 5 ARSFDSATAGKTLS---QRSTMSTYDQPLVWVVLLLMLFGMVMVYSASISLPDSRKYAQY 61 Query: 84 KTAHFLIRQAMFIGVSLLAGLLVFRIKIETWQKLAPYLFVGTLILLAMVLIPGIGKGVNG 143 AHFLIRQA FI +SL+AGLL FR+KIE WQKLAPYLFVGTLILL +VLIPGIGKGVNG Sbjct: 62 SNAHFLIRQASFIVISLIAGLLTFRVKIEDWQKLAPYLFVGTLILLLLVLIPGIGKGVNG 121 Query: 144 AKRWLSFKVFNLQPSELMKLFIVLYAADYTVRKQEVMHKLTKGFMPMTLAVGVVGLLLLL 203 A+RWLSF+VFN+QPSELMKLF+VLYAADYTVRKQ+ MHKLTKGF+PM AVG+VGLLLLL Sbjct: 122 ARRWLSFRVFNIQPSELMKLFVVLYAADYTVRKQQFMHKLTKGFLPMAGAVGLVGLLLLL 181 Query: 204 EPDLGAFGVIVCIAMGILFLGGINGVWFGGIGATLVGIFSLVIVLSPWRRERIFAYMNPW 263 EPDLGAFGVIVCIAMGILFLGGINGVWFGGIGATLV FSLVI+LSPWRRERIFAY+NPW Sbjct: 182 EPDLGAFGVIVCIAMGILFLGGINGVWFGGIGATLVATFSLVIMLSPWRRERIFAYLNPW 241 Query: 264 VEENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGFAGV 323 EENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGF GV Sbjct: 242 AEENALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGFVGV 301 Query: 324 LVVVLLFYWLIKHAFEIGRQAIALDLTFAGLVAKGIGIWIGVQTFINMGVNLGLLPTKGL 383 L VV++FYW+IK +F+IGRQAIA+DLTFAGL AKGIGIWIGVQTF+NMGVNLGLLPTKGL Sbjct: 302 LAVVVMFYWIIKRSFDIGRQAIAIDLTFAGLTAKGIGIWIGVQTFVNMGVNLGLLPTKGL 361 Query: 384 TLPLMSYGGSGVLINCVGLAILLRIDYENRMLMRGGR 420 TLPLMSYGGSGVLINCVGLAILLRIDYENR+ MRGGR Sbjct: 362 TLPLMSYGGSGVLINCVGLAILLRIDYENRLRMRGGR 398 >C3X5H3.1 C3X5H3_OXAFO FtsW cell division protein Length = 405 Score = 615 bits (1585), Expect = e-174, Method: Compositional matrix adjust. Identities = 301/394 (76%), Positives = 350/394 (88%) Query: 27 GSNSGSLKGISGIEQRSRMMEYDQPLVWVVLLLMLFGMVMVYSASIALPDSPKYANYKTA 86 GS G++ S + ++MM +DQ L++ VL L+ G++MVYSASIALPDSPKYA+Y+ Sbjct: 11 GSMKGTMDNRSSSAKSAKMMRFDQYLIFAVLALLFLGLIMVYSASIALPDSPKYASYRNE 70 Query: 87 HFLIRQAMFIGVSLLAGLLVFRIKIETWQKLAPYLFVGTLILLAMVLIPGIGKGVNGAKR 146 HF IRQA+FI + L+AG ++FR+ I+TWQK AP LFV TL LL +VLIPGIGKGVNGA+R Sbjct: 71 HFFIRQAVFIVLGLVAGFMMFRVPIDTWQKYAPLLFVITLFLLMLVLIPGIGKGVNGARR 130 Query: 147 WLSFKVFNLQPSELMKLFIVLYAADYTVRKQEVMHKLTKGFMPMTLAVGVVGLLLLLEPD 206 WLSF++FNLQPSELMKLFIV+YAADYTVRKQE MHKLTKGF+PM A+G++GLLLLLEPD Sbjct: 131 WLSFRIFNLQPSELMKLFIVMYAADYTVRKQEFMHKLTKGFLPMATALGLIGLLLLLEPD 190 Query: 207 LGAFGVIVCIAMGILFLGGINGVWFGGIGATLVGIFSLVIVLSPWRRERIFAYMNPWVEE 266 LGA GVI+CIAMGILFLGG NGVWFGGI ATLVGIFS+VI++SPWRRERIFAY+NPW E Sbjct: 191 LGALGVIICIAMGILFLGGFNGVWFGGIAATLVGIFSMVILMSPWRRERIFAYLNPWDEA 250 Query: 267 NALGKAYQLSHSLIAFGRGELFGVGLGGSVEKLHYLPEAHTDFLLAVIGEELGFAGVLVV 326 NALGK YQLSHSLIAFGRGE+FGVGLGGSVEKLHYLPEAHTDFL+AV+GEELGF GVL V Sbjct: 251 NALGKGYQLSHSLIAFGRGEIFGVGLGGSVEKLHYLPEAHTDFLMAVVGEELGFVGVLAV 310 Query: 327 VLLFYWLIKHAFEIGRQAIALDLTFAGLVAKGIGIWIGVQTFINMGVNLGLLPTKGLTLP 386 V +FYW++K AFEIGRQAIA+D FAGL+A+GIGIWIGVQTFINMGVNLGLLPTKGLTLP Sbjct: 311 VAIFYWIVKRAFEIGRQAIAMDRIFAGLLAQGIGIWIGVQTFINMGVNLGLLPTKGLTLP 370 Query: 387 LMSYGGSGVLINCVGLAILLRIDYENRMLMRGGR 420 LMSYGGSG++INC+ +AILLR+DYENR +MRGGR Sbjct: 371 LMSYGGSGIVINCMAMAILLRVDYENRKIMRGGR 404