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= 0037.0142.p (401 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8ISB2.1 D8ISB2_HERSS Two component sensor histidine kinase protein 788 0.0 F0BR99.1 F0BR99_9XANT Signal transduction histidine kinase 325 1e-86 D4ST17.1 D4ST17_9XANT Two-component system sensor protein 323 4e-86 D4T5B2.1 D4T5B2_9XANT Two-component system sensor protein 323 5e-86 Q8PIU1.1 Q8PIU1_XANAC Two-component system sensor protein 322 5e-86 Q5H2K9.1 Q5H2K9_XANOR Two-component system sensor protein 318 7e-85 B2SSJ1.1 B2SSJ1_XANOP Two-component system sensor protein 318 7e-85 Q2P5H6.1 Q2P5H6_XANOM Two-component system sensor protein 318 1e-84 E2XRM1.1 E2XRM1_PSEFL Histidine kinase A 317 3e-84 D2UAL1.1 D2UAL1_XANAP Probable two component system sensor prote... 314 2e-83 >D8ISB2.1 D8ISB2_HERSS Two component sensor histidine kinase protein Length = 401 Score = 788 bits (2034), Expect = 0.0, Method: Compositional matrix adjust. Identities = 396/401 (98%), Positives = 398/401 (99%) Query: 1 MSAPLRTHTRARQLWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILDEL 60 MSAPLRTHTRARQLWYWISLRMIALALLAALLVG GMWLRFFWWEARLRERIPEAILDEL Sbjct: 1 MSAPLRTHTRARQLWYWISLRMIALALLAALLVGTGMWLRFFWWEARLRERIPEAILDEL 60 Query: 61 KRLENDPYADAERLRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLR 120 KRLENDPY DAERLRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLR Sbjct: 61 KRLENDPYTDAERLRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLR 120 Query: 121 LSRHLDAVAVAARRLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSA 180 LSRHLDAVAVAARRLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSA Sbjct: 121 LSRHLDAVAVAARRLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSA 180 Query: 181 AIAHELRTPLTAAKARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQL 240 AIAHELRTPLTAAKARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQL Sbjct: 181 AIAHELRTPLTAAKARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQL 240 Query: 241 ALVRTQFLLRPLLEERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNAL 300 ALVR+QF LRPLLEER+AWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNAL Sbjct: 241 ALVRSQFQLRPLLEERLAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNAL 300 Query: 301 RYAASGKLLTISAGLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLG 360 RYAASGKLLTISAGLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLG Sbjct: 301 RYAASGKLLTISAGLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLG 360 Query: 361 LAVAVAICEAHGGKLSVHNRPAGGARMHLELPAEGTAPQGA 401 LAVAVAICEAHGGKLSVHNRPAGGARMHLELPAEGTAPQGA Sbjct: 361 LAVAVAICEAHGGKLSVHNRPAGGARMHLELPAEGTAPQGA 401 >F0BR99.1 F0BR99_9XANT Signal transduction histidine kinase Length = 397 Score = 325 bits (832), Expect = 1e-86, Method: Compositional matrix adjust. Identities = 176/379 (46%), Positives = 237/379 (62%) Query: 14 LWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILDELKRLENDPYADAER 73 LW+W+ LRM ALA++ +++ GMW F + + +P E+ +L P A+ R Sbjct: 16 LWWWVGLRMSALAVVTMMVIAFGMWCYFNLRYSLILSNVPAEPRAEISQLIEQPRANQAR 75 Query: 74 LRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLRLSRHLDAVAVAAR 133 L +++ +Y + F P + D ++ I++P+I+ GL+ S LSR VA AA Sbjct: 76 LWELFQRYYDIENFLPGLANPDWWMLGAMMTISVPVILFCGLLASRPLSRQFSQVAFAAH 135 Query: 134 RLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSAAIAHELRTPLTAA 193 R++ GDF ARA + P L AL D N M+ RL++ EREL SSA +AHELRTPL AA Sbjct: 136 RVSDGDFGARAQVVRGAPDELTALADDFNTMSGRLQQYERELRDSSAMLAHELRTPLNAA 195 Query: 194 KARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQLALVRTQFLLRPLL 253 R+QG++D +F R P+QL ++ RQL+Q+NRLI DL+L+SL AGQL L LR L+ Sbjct: 196 MGRVQGMLDDVFPREPEQLRLVHRQLEQINRLIGDLHLVSLARAGQLVLEPESVELRELV 255 Query: 254 EERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNALRYAASGKLLTISA 313 ER+ WA P+LR M+ L L+ADR RLGQ +SILIDNALRYAA+GKLL I Sbjct: 256 AERIEWAGPALREAQMTIHYPTAPALRLHADRHRLGQVLSILIDNALRYAAAGKLLEIEV 315 Query: 314 GLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLGLAVAVAICEAHGG 373 + + V D GPG AP L DRFWRA+ SR+RH+GGSGLGLA+A AIC+AH G Sbjct: 316 RRDGNSVQLTVGDRGPGVAPAQLPHLLDRFWRADSSRARHSGGSGLGLAIASAICQAHDG 375 Query: 374 KLSVHNRPAGGARMHLELP 392 +L V NRP GG ++LP Sbjct: 376 QLVVSNRPGGGLLASVQLP 394 >D4ST17.1 D4ST17_9XANT Two-component system sensor protein Length = 397 Score = 323 bits (827), Expect = 4e-86, Method: Compositional matrix adjust. Identities = 176/379 (46%), Positives = 237/379 (62%) Query: 14 LWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILDELKRLENDPYADAER 73 LW+W+ LRM ALA++ +++ GMW F + + +P E+ +L P A+ R Sbjct: 16 LWWWVGLRMSALAVVTMMVIAFGMWCYFNLRYSLILSNVPAEPRAEISQLIEQPRANQAR 75 Query: 74 LRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLRLSRHLDAVAVAAR 133 L +++ +Y + F P + D ++ I++P+I+ GL+ S LSR VA AA Sbjct: 76 LWELFQRYYDIENFLPGLANPDWWMLGAMMTISVPVILFCGLLASRPLSRQFSQVAFAAH 135 Query: 134 RLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSAAIAHELRTPLTAA 193 R++ GDF ARA + P L AL D N M+ RL++ EREL SSA +AHELRTPL AA Sbjct: 136 RVSDGDFGARAQVVRGAPDELTALADDFNTMSGRLQQYERELRDSSAMLAHELRTPLNAA 195 Query: 194 KARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQLALVRTQFLLRPLL 253 R+QG++D +F R P+QL ++ RQL+Q+NRLI DL+L+SL AGQL L LR L+ Sbjct: 196 MGRVQGMLDDVFPREPEQLRLVHRQLEQINRLIGDLHLVSLARAGQLVLEPESVELRELV 255 Query: 254 EERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNALRYAASGKLLTISA 313 ER+ WA P+LR M+ L L+ADR RLGQ +SILIDNALRYAA+GKLL I Sbjct: 256 AERIEWAGPALREAQMTIHYPTHPALRLHADRHRLGQVLSILIDNALRYAAAGKLLEIEV 315 Query: 314 GLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLGLAVAVAICEAHGG 373 + + V D GPG AP L DRFWRA+ SR+RH+GGSGLGLA+A AIC+AH G Sbjct: 316 HRDGTGVQLSVGDRGPGVAPAQLPHLLDRFWRADSSRARHSGGSGLGLAIASAICQAHDG 375 Query: 374 KLSVHNRPAGGARMHLELP 392 +L V NRP GG ++LP Sbjct: 376 QLVVSNRPGGGLLASVQLP 394 >D4T5B2.1 D4T5B2_9XANT Two-component system sensor protein Length = 397 Score = 323 bits (827), Expect = 5e-86, Method: Compositional matrix adjust. Identities = 176/379 (46%), Positives = 237/379 (62%) Query: 14 LWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILDELKRLENDPYADAER 73 LW+W+ LRM ALA++ +++ GMW F + + +P E+ +L P A+ R Sbjct: 16 LWWWVGLRMSALAVVTMMVIAFGMWCYFNLRYSLILSNVPAEPRAEISQLIEQPRANQAR 75 Query: 74 LRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLRLSRHLDAVAVAAR 133 L +++ +Y + F P + D ++ I++P+I+ GL+ S LSR VA AA Sbjct: 76 LWELFQRYYDIENFLPGLANPDWWMLGAMMTISVPVILFCGLLASRPLSRQFSQVAFAAH 135 Query: 134 RLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSAAIAHELRTPLTAA 193 R++ GDF ARA + P L AL D N M+ RL++ EREL SSA +AHELRTPL AA Sbjct: 136 RVSDGDFGARAQVVRGAPDELTALADDFNTMSGRLQQYERELRDSSAMLAHELRTPLNAA 195 Query: 194 KARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQLALVRTQFLLRPLL 253 R+QG++D +F R P+QL ++ RQL+Q+NRLI DL+L+SL AGQL L LR L+ Sbjct: 196 MGRVQGMLDDVFPREPEQLRLVHRQLEQINRLIGDLHLVSLARAGQLVLEPESVELRELV 255 Query: 254 EERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNALRYAASGKLLTISA 313 ER+ WA P+LR M+ L L+ADR RLGQ +SILIDNALRYAA+GKLL I Sbjct: 256 AERIEWAGPALREAQMTIHYPTHPALRLHADRHRLGQVLSILIDNALRYAAAGKLLEIEV 315 Query: 314 GLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLGLAVAVAICEAHGG 373 + + V D GPG AP L DRFWRA+ SR+RH+GGSGLGLA+A AIC+AH G Sbjct: 316 RRDGTGVQLSVGDRGPGVAPAQLPHLLDRFWRADSSRARHSGGSGLGLAIASAICQAHDG 375 Query: 374 KLSVHNRPAGGARMHLELP 392 +L V NRP GG ++LP Sbjct: 376 QLVVSNRPGGGLLASVQLP 394 >Q8PIU1.1 Q8PIU1_XANAC Two-component system sensor protein Length = 397 Score = 322 bits (826), Expect = 5e-86, Method: Compositional matrix adjust. Identities = 176/379 (46%), Positives = 237/379 (62%) Query: 14 LWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILDELKRLENDPYADAER 73 LW+W+ LRM ALA++ +++ GMW F + + +P E+ +L P A+ R Sbjct: 16 LWWWVGLRMSALAVVTMMVIAFGMWCYFNLRYSLILSNVPAEPRAEISQLIEQPRANQAR 75 Query: 74 LRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLRLSRHLDAVAVAAR 133 L +++ +Y + F P + D ++ I++P+I+ GL+ S LSR VA AA Sbjct: 76 LWELFQRYYDIENFLPGLANPDWWMLGAMMTISVPVILFCGLLASRPLSRQFSQVAFAAH 135 Query: 134 RLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSAAIAHELRTPLTAA 193 R++ GDF ARA + P L AL D N M+ RL++ EREL SSA +AHELRTPL AA Sbjct: 136 RVSDGDFGARAQVVRGAPDELTALADDFNTMSGRLQQYERELRDSSAMLAHELRTPLNAA 195 Query: 194 KARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQLALVRTQFLLRPLL 253 R+QG++D +F R P+QL ++ RQL+Q+NRLI DL+L+SL AGQL L LR L+ Sbjct: 196 MGRVQGMLDDVFPREPEQLRLVHRQLEQINRLIGDLHLVSLARAGQLVLEPESVELRELV 255 Query: 254 EERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNALRYAASGKLLTISA 313 ER+ WA P+LR M+ L L+ADR RLGQ +SILIDNALRYAA+GKLL I Sbjct: 256 AERIEWAGPALREAQMTIHYPTHPALRLHADRHRLGQVLSILIDNALRYAAAGKLLEIEV 315 Query: 314 GLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLGLAVAVAICEAHGG 373 + + V D GPG AP L DRFWRA+ SR+RH+GGSGLGLA+A AIC+AH G Sbjct: 316 RRDGTGVQLTVGDRGPGVAPAQLPHLLDRFWRADSSRARHSGGSGLGLAIASAICQAHDG 375 Query: 374 KLSVHNRPAGGARMHLELP 392 +L V NRP GG ++LP Sbjct: 376 QLVVSNRPGGGLLASVQLP 394 >Q5H2K9.1 Q5H2K9_XANOR Two-component system sensor protein Length = 397 Score = 318 bits (816), Expect = 7e-85, Method: Compositional matrix adjust. Identities = 180/394 (45%), Positives = 239/394 (60%), Gaps = 2/394 (0%) Query: 1 MSAPLRTHTRARQ--LWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILD 58 M A R H Q LW+W+ LRM ALA+L +++ GMW F + + +P Sbjct: 1 MKALRRFHAWRNQAPLWWWVGLRMSALAVLTMMVIAFGMWCYFNLRYSLILSNVPAEPRA 60 Query: 59 ELKRLENDPYADAERLRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLS 118 E+ +L P A+ RL +++ +Y + F P + D ++ I++P+I+ GL+ S Sbjct: 61 EISQLIAQPRANQARLWELFQRYYDIENFLPGLANPDWWMLGAMMTISVPVILFCGLLAS 120 Query: 119 LRLSRHLDAVAVAARRLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHAS 178 LSR VA AA R++ GDF ARA + P L AL D N M+ RL++ EREL S Sbjct: 121 RPLSRQFSQVAFAAHRVSDGDFGARAHVVRGAPDELTALADDFNTMSGRLQQYERELRDS 180 Query: 179 SAAIAHELRTPLTAAKARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAG 238 SA +AHELRTPL AA R+QG++D +F R P+QL ++ RQL+Q+NRLI DL+L+SL AG Sbjct: 181 SAMLAHELRTPLNAAMGRVQGMLDEVFPREPEQLRLVHRQLEQINRLIGDLHLVSLARAG 240 Query: 239 QLALVRTQFLLRPLLEERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDN 298 QL L LR L+ ER+ WA P+LR M+ L L ADR RLGQ +SILIDN Sbjct: 241 QLVLEPESVELRELVAERIEWAGPALRQAQMAIHYPMHPPLRLRADRHRLGQVLSILIDN 300 Query: 299 ALRYAASGKLLTISAGLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSG 358 ALRYAA+GKLL I + + + D GPG P L DRFWRA+ SR+RH+GGSG Sbjct: 301 ALRYAAAGKLLEIEVHREGTSVQLTLGDRGPGVEPAQLPHLLDRFWRADSSRARHSGGSG 360 Query: 359 LGLAVAVAICEAHGGKLSVHNRPAGGARMHLELP 392 LGLA+A AIC+AH G+L V NRP GG + LP Sbjct: 361 LGLAIASAICQAHDGRLVVSNRPGGGLLAGVRLP 394 >B2SSJ1.1 B2SSJ1_XANOP Two-component system sensor protein Length = 397 Score = 318 bits (816), Expect = 7e-85, Method: Compositional matrix adjust. Identities = 180/394 (45%), Positives = 239/394 (60%), Gaps = 2/394 (0%) Query: 1 MSAPLRTHTRARQ--LWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILD 58 M A R H Q LW+W+ LRM ALA+L +++ GMW F + + +P Sbjct: 1 MKALRRFHAWRNQAPLWWWVGLRMSALAVLTMMVIAFGMWCYFNLRYSLILSNVPAEPRA 60 Query: 59 ELKRLENDPYADAERLRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLS 118 E+ +L P A+ RL +++ +Y + F P + D ++ I++P+I+ GL+ S Sbjct: 61 EISQLIAQPRANQARLWELFQRYYDIENFLPGLANPDWWMLGAMMTISVPVILFCGLLAS 120 Query: 119 LRLSRHLDAVAVAARRLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHAS 178 LSR VA AA R++ GDF ARA + P L AL D N M+ RL++ EREL S Sbjct: 121 RPLSRQFSQVAFAAHRVSDGDFGARAHVVRGAPDELTALADDFNTMSGRLQQYERELRDS 180 Query: 179 SAAIAHELRTPLTAAKARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAG 238 SA +AHELRTPL AA R+QG++D +F R P+QL ++ RQL+Q+NRLI DL+L+SL AG Sbjct: 181 SAMLAHELRTPLNAAMGRVQGMLDEVFPREPEQLRLVHRQLEQINRLIGDLHLVSLARAG 240 Query: 239 QLALVRTQFLLRPLLEERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDN 298 QL L LR L+ ER+ WA P+LR M+ L L ADR RLGQ +SILIDN Sbjct: 241 QLVLEPESVELRELVAERIEWAGPALRQAQMAIHYPMHPPLRLRADRHRLGQVLSILIDN 300 Query: 299 ALRYAASGKLLTISAGLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSG 358 ALRYAA+GKLL I + + + D GPG P L DRFWRA+ SR+RH+GGSG Sbjct: 301 ALRYAAAGKLLEIEVHREGTSVQLTLGDRGPGVEPAQLPHLLDRFWRADSSRARHSGGSG 360 Query: 359 LGLAVAVAICEAHGGKLSVHNRPAGGARMHLELP 392 LGLA+A AIC+AH G+L V NRP GG + LP Sbjct: 361 LGLAIASAICQAHDGRLVVSNRPGGGLLAGVRLP 394 >Q2P5H6.1 Q2P5H6_XANOM Two-component system sensor protein Length = 397 Score = 318 bits (814), Expect = 1e-84, Method: Compositional matrix adjust. Identities = 180/394 (45%), Positives = 239/394 (60%), Gaps = 2/394 (0%) Query: 1 MSAPLRTHTRARQ--LWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILD 58 M A R H Q LW+W+ LRM ALA+L +++ GMW F + + +P Sbjct: 1 MKALRRFHAWRNQAPLWWWVGLRMSALAVLTMMVIAFGMWCYFNLRYSLILSNVPAEPRA 60 Query: 59 ELKRLENDPYADAERLRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLS 118 E+ +L P A+ RL +++ +Y + F P + D ++ I++P+I+ GL+ S Sbjct: 61 EISQLIAQPRANQARLWELFQRYYDIENFLPGLANPDWWMLGAMMTISVPVILFCGLLAS 120 Query: 119 LRLSRHLDAVAVAARRLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHAS 178 LSR VA AA R++ GDF ARA + P L AL D N M+ RL++ EREL S Sbjct: 121 RPLSRQFSQVASAAHRVSDGDFGARAHVVRGAPDELTALADDFNTMSGRLQQYERELRDS 180 Query: 179 SAAIAHELRTPLTAAKARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAG 238 SA +AHELRTPL AA R+QG++D +F R P+QL ++ RQL+Q+NRLI DL+L+SL AG Sbjct: 181 SAMLAHELRTPLNAAMGRVQGMLDEVFPREPEQLRLVHRQLEQINRLIGDLHLVSLARAG 240 Query: 239 QLALVRTQFLLRPLLEERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDN 298 QL L LR L+ ER+ WA P+LR M+ L L ADR RLGQ +SILIDN Sbjct: 241 QLVLEPESVELRELVAERIEWAGPALRQAQMAIHYPMHPPLRLRADRHRLGQVLSILIDN 300 Query: 299 ALRYAASGKLLTISAGLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSG 358 ALRYAA+GKLL I + + + D GPG P L DRFWRA+ SR+RH+GGSG Sbjct: 301 ALRYAAAGKLLEIEVHREGTSVQLTLGDRGPGVEPAQLPHLLDRFWRADSSRARHSGGSG 360 Query: 359 LGLAVAVAICEAHGGKLSVHNRPAGGARMHLELP 392 LGLA+A AIC+AH G+L V NRP GG + LP Sbjct: 361 LGLAIASAICQAHDGRLVVSNRPGGGLLAGVRLP 394 >E2XRM1.1 E2XRM1_PSEFL Histidine kinase A Length = 391 Score = 317 bits (811), Expect = 3e-84, Method: Compositional matrix adjust. Identities = 166/387 (42%), Positives = 239/387 (61%) Query: 6 RTHTRARQLWYWISLRMIALALLAALLVGAGMWLRFFWWEARLRERIPEAILDELKRLEN 65 ++ + LW W+ +RM LA+ A +++ MW+ F + + +P A +EL +L Sbjct: 4 KSRINDKPLWRWVGMRMSLLAIGAVVVIAICMWINFRLSDRYFLQHLPPAAREELLQLRA 63 Query: 66 DPYADAERLRQIYGQYLYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLRLSRHL 125 +P + +RLRQ+ +Y ++F P++ D L + LVL A+P+I+ GL S LS Sbjct: 64 EPQLNEKRLRQLVAEYYPVEFFQPDIANRDWLILACLVLAAIPIIIVCGLWFSRPLSSQF 123 Query: 126 DAVAVAARRLAAGDFSARALSCKQVPAALDALMRDVNEMAERLERRERELHASSAAIAHE 185 A+A ARR+A GDF R + P + L+ D N M +LER ER++ SSA IAHE Sbjct: 124 SAIAQGARRVAGGDFLTRLPVHRDAPDEMQRLISDFNSMTTQLERYERDVRESSAVIAHE 183 Query: 186 LRTPLTAAKARLQGIMDGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQLALVRT 245 LRTPL AA R+QG++D +F QL M+ RQLDQL +L+ DL+LLS+ AG+L L R+ Sbjct: 184 LRTPLNAAMGRVQGMLDEVFPSDAAQLGMVKRQLDQLRKLVDDLHLLSMARAGRLVLERS 243 Query: 246 QFLLRPLLEERVAWAAPSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNALRYAAS 305 F L L+ ER+AW P L + T + + L+ADRDRLGQ I+IL+DN LRYAA Sbjct: 244 DFPLAVLIAERLAWFQPQLDEAGVRTQVSIADGFRLHADRDRLGQVINILVDNLLRYAAG 303 Query: 306 GKLLTISAGLHDGQIHIDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLGLAVAV 365 G L++ A + ++ I++ D GPG +HL+ DRFWRAE SR+R++GGSGLGL++A Sbjct: 304 GGELSVMALRVEDRVVIEIGDRGPGIEAQHLDSVFDRFWRAERSRARYSGGSGLGLSIAR 363 Query: 366 AICEAHGGKLSVHNRPAGGARMHLELP 392 AIC+AHGG ++ NR GG + E P Sbjct: 364 AICQAHGGAITAINRAEGGTLIRAEFP 390 >D2UAL1.1 D2UAL1_XANAP Probable two component system sensor protein EC=2.7.13.3 Length = 374 Score = 314 bits (804), Expect = 2e-83, Method: Compositional matrix adjust. Identities = 172/371 (46%), Positives = 232/371 (62%) Query: 22 MIALALLAALLVGAGMWLRFFWWEARLRERIPEAILDELKRLENDPYADAERLRQIYGQY 81 M ALA+L +++ GM LRF W+ R+P E+ +L +P+++A+RL Q++ Y Sbjct: 1 MSALAVLTIVVIALGMVLRFAIWDFSTLRRLPPQARQEMLQLREEPHSNAQRLWQLFETY 60 Query: 82 LYGDYFTPEVLQADLLWFSLLVLIALPLIVGAGLMLSLRLSRHLDAVAVAARRLAAGDFS 141 F P + D + +VL ++P+IV GL+ S LSR VA AARR+ GDF+ Sbjct: 61 YDVADFLPGLASRDWWLLAEMVLASIPVIVICGLIASRPLSRQFSNVAEAARRIRDGDFA 120 Query: 142 ARALSCKQVPAALDALMRDVNEMAERLERRERELHASSAAIAHELRTPLTAAKARLQGIM 201 ARA P L L D N M +L++ ERE+ SSA +AHELRTPL AA R+QG++ Sbjct: 121 ARASVVPGAPDELAGLAIDFNSMTAQLQQYEREVRESSAMLAHELRTPLNAAMGRIQGML 180 Query: 202 DGIFDRSPQQLSMIMRQLDQLNRLISDLYLLSLVSAGQLALVRTQFLLRPLLEERVAWAA 261 D +F S +QLSM+ RQL+Q+NRL+ DL+LLS+ A QL L F + L+ ER+AW A Sbjct: 181 DDVFPSSAEQLSMVQRQLEQINRLVGDLHLLSMARANQLLLEPQHFPIGALVSERIAWVA 240 Query: 262 PSLRLLPMSTALYCCEHLPLNADRDRLGQAISILIDNALRYAASGKLLTISAGLHDGQIH 321 SL+ M L E L ++ADRDRLGQ +S+LIDN LRYAA+GK L+I +G + Sbjct: 241 QSLKEAGMEVQLRIPEQLSIHADRDRLGQVLSVLIDNVLRYAAAGKQLSIEGRFENGHVL 300 Query: 322 IDVEDDGPGFAPEHLELACDRFWRAEHSRSRHAGGSGLGLAVAVAICEAHGGKLSVHNRP 381 I + D GPG APE L DRFWRA+ SR+RH+GGSGLGL++A AIC+AHGG L N Sbjct: 301 ICIADRGPGVAPEVLPRMLDRFWRADDSRARHSGGSGLGLSIAAAICQAHGGTLEFANHD 360 Query: 382 AGGARMHLELP 392 GG + LP Sbjct: 361 GGGLCALVRLP 371