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= 0015.0068.p (469 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IT93.1 D8IT93_HERSS Oxidative stress resistance two component ... 700 0.0 A6SXV5.1 A6SXV5_JANMA Two-component sensor kinase EnvZ EC=2.7.3.- 605 e-171 A4G6C1.1 A4G6C1_HERAR Sensor protein EC=2.7.13.3 586 e-165 F1W041.1 F1W041_9BURK Osmolarity sensory histidine kinase EnvZ 580 e-163 B9T8X1.1 B9T8X1_RICCO Sensory transduction histidine kinase, put... 510 e-142 >D8IT93.1 D8IT93_HERSS Oxidative stress resistance two component transmembrane sensor histidine kinase protein EC=2.7.3.- Length = 455 Score = 700 bits (1807), Expect = 0.0, Method: Compositional matrix adjust. Identities = 352/451 (78%), Positives = 398/451 (88%), Gaps = 5/451 (1%) Query: 13 MSYQARQRWFSNGLFWRTFFLLTFLITASMVAWVASFRMVERGPRAEQLAAQIVSVVTIT 72 M + + WFSNGLFWRTFFLLTFLITASMVAWVASFRMVERGPRAEQLAAQIVSVVTIT Sbjct: 3 MKVRTQSGWFSNGLFWRTFFLLTFLITASMVAWVASFRMVERGPRAEQLAAQIVSVVTIT 62 Query: 73 RAALTHSAPEMRRELLFDLASNEGIRIYPLEKTDKITPPDDSPVLPELEFYVKQAMGDDT 132 RAALTHSAPEMRRELLFDLASNEGIRIYPLEK+D+I PP+DSP++PELE+YV+Q++ ++T Sbjct: 63 RAALTHSAPEMRRELLFDLASNEGIRIYPLEKSDRIVPPEDSPIVPELEYYVRQSLDENT 122 Query: 133 KFASGVNDVDGFWISFKIDEDEYWLMLDRGRLDRTSSLQWLGWGSIALVLSLIGAVFIST 192 FAS VNDV+GFWISF ID+D+YWLMLDRGRLDRTSSLQWLGWGSIAL LSLIGAVFIST Sbjct: 123 LFASSVNDVEGFWISFNIDDDKYWLMLDRGRLDRTSSLQWLGWGSIALFLSLIGAVFIST 182 Query: 193 LINQPLARLTAAARAIAKGKQPDPLPESGPTEIREANLSFNQMVADLDRIESDRAVILAG 252 LINQPLARLTAAARAIAKG+QP+PLPESGPTEI EAN SFNQMVADL+RIESDRA+ILAG Sbjct: 183 LINQPLARLTAAARAIAKGRQPEPLPESGPTEIEEANRSFNQMVADLNRIESDRALILAG 242 Query: 253 ISHDLRTPLARMQLEVEMAKLSDEARDGMHSDLAQMDAIIGQFLDYAKPFDSSSFTPVDL 312 ISHDLRTPLARMQLEVEMA LSDEARDGMHSDLAQMD+IIGQFLDYAKPFD+SS +DL Sbjct: 243 ISHDLRTPLARMQLEVEMANLSDEARDGMHSDLAQMDSIIGQFLDYAKPFDTSSLETIDL 302 Query: 313 SGLLEDAANNSKRLNDVMVSTAISPDIEVMGNTVELERIISNLIENARRYGKTAGTDVAN 372 + +L+D A N+ RL+D+ V T I+PD +V GN EL R+ SNL+ENARRYGKT GTD A Sbjct: 303 ADVLQDVAGNASRLSDIRVHTQITPDTQVAGNGTELARVFSNLVENARRYGKTEGTDCAE 362 Query: 373 IDILCKIEDRHVKVEISDHGPGAPDSELEHLLRPFTRLDTARGQANGSGLGLAIVNRIVI 432 IDI +IE V VE++DHGPG P +E E LLRPFTRLDTARGQANGSGLGLAIVNRIV+ Sbjct: 363 IDIRSRIEGHQVVVEVADHGPGVPVNECERLLRPFTRLDTARGQANGSGLGLAIVNRIVL 422 Query: 433 RHNGKLALRNRDG--GGLVVQMMFPTVPIRG 461 +HNGKL L+ + GL+VQ+ T+P++G Sbjct: 423 KHNGKLLLKGHEETRSGLLVQI---TLPLQG 450 >A6SXV5.1 A6SXV5_JANMA Two-component sensor kinase EnvZ EC=2.7.3.- Length = 455 Score = 605 bits (1561), Expect = e-171, Method: Compositional matrix adjust. Identities = 281/437 (64%), Positives = 356/437 (81%) Query: 18 RQRWFSNGLFWRTFFLLTFLITASMVAWVASFRMVERGPRAEQLAAQIVSVVTITRAALT 77 R W +GLFWRTFFLL FLI ASM AWVAS+R+VE+ PRA Q+AAQ++SVVTITRAALT Sbjct: 7 RLNWIKSGLFWRTFFLLAFLIAASMAAWVASYRIVEQTPRANQIAAQVISVVTITRAALT 66 Query: 78 HSAPEMRRELLFDLASNEGIRIYPLEKTDKITPPDDSPVLPELEFYVKQAMGDDTKFASG 137 HSAP++RRELLFDLASNEGIR+YPLE+ D+I PP + ++ ++ +V+ +G DT+FA Sbjct: 67 HSAPDLRRELLFDLASNEGIRVYPLEENDRIEPPIQNGMMQTIQEHVRSGLGQDTRFARA 126 Query: 138 VNDVDGFWISFKIDEDEYWLMLDRGRLDRTSSLQWLGWGSIALVLSLIGAVFISTLINQP 197 VNDV GFW+SF I +DEYWLMLDR R++ +S +QWLGWG++ ++LSL+GA+ IS LINQP Sbjct: 127 VNDVAGFWVSFTISDDEYWLMLDRDRIEGSSGVQWLGWGAVTVLLSLLGALMISGLINQP 186 Query: 198 LARLTAAARAIAKGKQPDPLPESGPTEIREANLSFNQMVADLDRIESDRAVILAGISHDL 257 LARLTAA RAIA G++P PLPE GPTEIREAN SFNQMV DL+R+ESDRAV+LAGISHDL Sbjct: 187 LARLTAATRAIATGQRPAPLPERGPTEIREANHSFNQMVDDLNRVESDRAVVLAGISHDL 246 Query: 258 RTPLARMQLEVEMAKLSDEARDGMHSDLAQMDAIIGQFLDYAKPFDSSSFTPVDLSGLLE 317 RTPLARMQLEVE+A L +AR GM SDL QMDAIIGQFLDYAKP DSS F P+D++ L+ Sbjct: 247 RTPLARMQLEVELAGLPADARAGMQSDLEQMDAIIGQFLDYAKPSDSSHFQPIDMTALMH 306 Query: 318 DAANNSKRLNDVMVSTAISPDIEVMGNTVELERIISNLIENARRYGKTAGTDVANIDILC 377 AA + R+ DV +++ I + V+GN ++++R+++NLIENARRYGK G D ID+ C Sbjct: 307 SAAQEALRMQDVRINSKIDDKLVVLGNAIDIKRVVNNLIENARRYGKLPGNDYVEIDLRC 366 Query: 378 KIEDRHVKVEISDHGPGAPDSELEHLLRPFTRLDTARGQANGSGLGLAIVNRIVIRHNGK 437 + E V +E++DHG G P++E++ LLRPFTR+D+ARGQANG+GLGLAIV+RIV RH+GK Sbjct: 367 QAEGDKVIIEVTDHGAGVPEAEIDRLLRPFTRMDSARGQANGAGLGLAIVDRIVKRHSGK 426 Query: 438 LALRNRDGGGLVVQMMF 454 L L NR+GGGLV+ + Sbjct: 427 LQLLNREGGGLVIHITL 443 >A4G6C1.1 A4G6C1_HERAR Sensor protein EC=2.7.13.3 Length = 455 Score = 586 bits (1511), Expect = e-165, Method: Compositional matrix adjust. Identities = 291/447 (65%), Positives = 354/447 (79%), Gaps = 7/447 (1%) Query: 21 WFSNGLFWRTFFLLTFLITASMVAWVASFRMVERGPRAEQLAAQIVSVVTITRAALTHSA 80 W +GLFWRTFFLL FLI ASM AW+AS+R VE PRA Q+AAQ++SVVTITRAALTHSA Sbjct: 10 WIRSGLFWRTFFLLAFLIAASMAAWIASYRAVEETPRANQIAAQVISVVTITRAALTHSA 69 Query: 81 PEMRRELLFDLASNEGIRIYPLEKTDKITPPDDSPVLPELEFYVKQAMGDDTKFASGVND 140 P++RRELLFDL+SNEGIR+YPLE TD++ PP ++ V+ ++ V+ A+G DT+FA VND Sbjct: 70 PDLRRELLFDLSSNEGIRVYPLEDTDRVEPPIENSVVRSIQESVRAALGKDTRFARTVND 129 Query: 141 VDGFWISFKIDEDEYWLMLDRGRLDRTSSLQWLGWGSIALVLSLIGAVFISTLINQPLAR 200 V GFW+SF I +DEYWLMLDR R++ + +QW+GWG+ L+LSL+GA+ IS LINQPLAR Sbjct: 130 VAGFWVSFTIADDEYWLMLDRSRVEASFGVQWIGWGAATLLLSLLGALMISGLINQPLAR 189 Query: 201 LTAAARAIAKGKQPDPLPESGPTEIREANLSFNQMVADLDRIESDRAVILAGISHDLRTP 260 LTAA RAIA G+ P PLPESGPTEIREAN SFNQMV DL+R+ESDRAV+LAGISHDLRTP Sbjct: 190 LTAATRAIANGQWPAPLPESGPTEIREANHSFNQMVDDLNRVESDRAVVLAGISHDLRTP 249 Query: 261 LARMQLEVEMAKLSDEARDGMHSDLAQMDAIIGQFLDYAKPFDSSSFTPVDLSGLLEDAA 320 LARMQLEVEMA L D+AR GM SDL QMDAIIGQFLDYAKP DSS F VDL+ LL +AA Sbjct: 250 LARMQLEVEMAGLPDDARKGMQSDLEQMDAIIGQFLDYAKPVDSSHFKSVDLTALLSEAA 309 Query: 321 NNSKRLNDVMVSTAISPDIEVMGNTVELERIISNLIENARRYGKTAGTDVANIDILCKIE 380 + + RL DV V + + V+GN ++++R+++NL+ENARRYGK +IDI C+IE Sbjct: 310 HEAARLPDVQVHPFMEDKVTVLGNAIDIKRVVNNLVENARRYGKATDAHHVDIDICCRIE 369 Query: 381 DRHVKVEISDHGPGAPDSELEHLLRPFTRLDTARGQANGSGLGLAIVNRIVIRHNGKLAL 440 V +EI+DHG G P E+ LLRPFTR+D+ARGQANG+GLGLAIV+RIV RH GKL L Sbjct: 370 GDKVMLEIADHGAGVPAEEIARLLRPFTRMDSARGQANGAGLGLAIVDRIVKRHGGKLHL 429 Query: 441 RNRDGGGLVVQMMFPTVPIRGGNPRKQ 467 NRDGGGL VQ++ NPRK+ Sbjct: 430 FNRDGGGLTVQIVL-------ANPRKR 449 >F1W041.1 F1W041_9BURK Osmolarity sensory histidine kinase EnvZ Length = 453 Score = 580 bits (1495), Expect = e-163, Method: Compositional matrix adjust. Identities = 301/441 (68%), Positives = 355/441 (80%) Query: 16 QARQRWFSNGLFWRTFFLLTFLITASMVAWVASFRMVERGPRAEQLAAQIVSVVTITRAA 75 QAR WF +GLFWRTF LL FLI SM AWVAS RMVER PRAEQLA QI+SVVTITRAA Sbjct: 12 QARLVWFRSGLFWRTFVLLAFLIMISMAAWVASLRMVEREPRAEQLANQIISVVTITRAA 71 Query: 76 LTHSAPEMRRELLFDLASNEGIRIYPLEKTDKITPPDDSPVLPELEFYVKQAMGDDTKFA 135 LTHSAP++R ELLFDLASNEGIR+YPLE D I PP DS ++P L+ ++ +G DT+FA Sbjct: 72 LTHSAPDLRIELLFDLASNEGIRVYPLEDDDLIVPPRDSTLMPLLQNRIRNKLGPDTRFA 131 Query: 136 SGVNDVDGFWISFKIDEDEYWLMLDRGRLDRTSSLQWLGWGSIALVLSLIGAVFISTLIN 195 VNDV GFW+SFKID D+YWLMLDR R+DRT +QWLGW ++ +L+L+GA FIS LIN Sbjct: 132 RKVNDVAGFWVSFKIDGDDYWLMLDRDRIDRTPGIQWLGWAAVTALLALLGAGFISRLIN 191 Query: 196 QPLARLTAAARAIAKGKQPDPLPESGPTEIREANLSFNQMVADLDRIESDRAVILAGISH 255 QPLARL+AAARAIAKG+QPDPLPE GP E+REAN SFN MV DL+RIESDRAVILAGISH Sbjct: 192 QPLARLSAAARAIAKGQQPDPLPERGPLEVREANQSFNHMVDDLNRIESDRAVILAGISH 251 Query: 256 DLRTPLARMQLEVEMAKLSDEARDGMHSDLAQMDAIIGQFLDYAKPFDSSSFTPVDLSGL 315 DLRTP++RM LEVEMA+LSDEAR GM SDLAQMD IIGQFLDYAKP D++SF +DLS L Sbjct: 252 DLRTPISRMLLEVEMARLSDEARTGMQSDLAQMDGIIGQFLDYAKPTDTASFVQIDLSQL 311 Query: 316 LEDAANNSKRLNDVMVSTAISPDIEVMGNTVELERIISNLIENARRYGKTAGTDVANIDI 375 LE AA + RL DV VST + + MGN +EL+R+I+N+IENARRYG+T +V +IDI Sbjct: 312 LELAAQEAGRLPDVRVSTHLDAGVTAMGNPIELKRVINNVIENARRYGRTDNGEVTDIDI 371 Query: 376 LCKIEDRHVKVEISDHGPGAPDSELEHLLRPFTRLDTARGQANGSGLGLAIVNRIVIRHN 435 +C IE V +EI DHG G P+SE++ L RPFTRLD ARGQANGSGLGLAIV R++ RH+ Sbjct: 372 ICCIEGGKVLIEIGDHGEGIPESEMDRLRRPFTRLDVARGQANGSGLGLAIVERVIRRHS 431 Query: 436 GKLALRNRDGGGLVVQMMFPT 456 GKL LRNR GL++++ P Sbjct: 432 GKLHLRNRHDHGLIIEITLPV 452 >B9T8X1.1 B9T8X1_RICCO Sensory transduction histidine kinase, putative EC=2.7.13.3 Length = 420 Score = 510 bits (1314), Expect = e-142, Method: Compositional matrix adjust. Identities = 249/417 (59%), Positives = 323/417 (77%), Gaps = 4/417 (0%) Query: 42 MVAWVASFRMVERGPRAEQLAAQIVSVVTITRAALTHSAPEMRRELLFDLASNEGIRIYP 101 M AWV +V+ P+ +Q+++Q++SVVTIT AALTH+APE+RRELL DL +NEGIR+ Sbjct: 1 MTAWVGMISVVQHEPQVQQISSQVISVVTITHAALTHAAPELRRELLLDLVANEGIRVLS 60 Query: 102 LEKTDKITPPDDSPVLPELEFYVKQAMGDDTKFASGVNDVDGFWISFKIDEDEYWLMLDR 161 LE+ D+++PP D+ ++P++E V+ +G DT+F+S VN V GFW+SFKIDED+YWLML+R Sbjct: 61 LEEDDQVSPPADNALMPDIEKLVRAKLGQDTRFSSKVNGVPGFWVSFKIDEDQYWLMLER 120 Query: 162 GRLDRTSSLQWLGWGSIALVLSLIGAVFISTLINQPLARLTAAARAIAKGKQPDPLPESG 221 R+ + +QWLGW S+ V+SL+GA IS+L+N PL RLT A R A+GK+P PLPE G Sbjct: 121 ERIRGLTGIQWLGWASVVSVVSLLGAAVISSLVNLPLRRLTQATRDFAQGKRPVPLPEKG 180 Query: 222 PTEIREANLSFNQMVADLDRIESDRAVILAGISHDLRTPLARMQLEVEMAKLSDEARDGM 281 P EI EAN SFNQMV DL ++ESDRAVILAGISHDLRTPLARMQLEVEMA LS EAR+GM Sbjct: 181 PIEIMEANRSFNQMVDDLQQVESDRAVILAGISHDLRTPLARMQLEVEMANLSPEAREGM 240 Query: 282 HSDLAQMDAIIGQFLDYAKPFDSSSFTPVDLSGLLEDAANNSKRLNDVMVSTAISPDIEV 341 SD+ QMDAIIGQFLDYAKP ++SSF VD+S LL D A+ + RL D+ + T I+P Sbjct: 241 QSDIGQMDAIIGQFLDYAKPTEASSFINVDISELLTDTAHEASRLPDLRIHTDIAPGAHA 300 Query: 342 MGNTVELERIISNLIENARRYGKTAGTDVANIDILCKIEDRH----VKVEISDHGPGAPD 397 MGN +++R+I+NLIENARRYGKT GTD IDI C ++ H V +++ DHG G P Sbjct: 301 MGNATDIKRVINNLIENARRYGKTPGTDYTEIDIKCTVKGLHASRRVTIDVQDHGTGVPP 360 Query: 398 SELEHLLRPFTRLDTARGQANGSGLGLAIVNRIVIRHNGKLALRNRDGGGLVVQMMF 454 ++E LL+PFTRLD ARGQANG+GLGLAIV+R++ RHN +L +RNR+GGGL +Q++ Sbjct: 361 DQIEQLLKPFTRLDAARGQANGAGLGLAIVDRVITRHNAELHVRNREGGGLQIQIVM 417