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= 0022.0053.p (485 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IVN0.1 D8IVN0_HERSS Transcription regulator protein 942 0.0 F2LPX7.1 F2LPX7_BURGA Putative metal dependent phosphohydrolase 437 e-120 A4XNT7.1 A4XNT7_PSEMY Putative metal dependent phosphohydrolase 417 e-114 B1FZA3.1 B1FZA3_9BURK Transcriptional regulator, LuxR family 411 e-112 B5WCK7.1 B5WCK7_9BURK Transcriptional regulator, LuxR family 409 e-112 E6V7M6.1 E6V7M6_VARPD Transcriptional regulator, LuxR family 407 e-111 D5NGG3.1 D5NGG3_9BURK Transcriptional regulator, LuxR family 397 e-108 B2JVC1.1 B2JVC1_BURP8 Transcriptional regulator, LuxR family 395 e-107 F2K7X2.1 F2K7X2_PSEBR Putative response regulator, NarL family 392 e-107 F2LL44.1 F2LL44_BURGA Transcriptional regulator, LuxR family 390 e-106 >D8IVN0.1 D8IVN0_HERSS Transcription regulator protein Length = 485 Score = 942 bits (2435), Expect = 0.0, Method: Compositional matrix adjust. Identities = 481/485 (99%), Positives = 481/485 (99%) Query: 1 MPDAIHPAAPVSSPTVPAQVAVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESA 60 MPDAIHPAAPVSSPTVPAQVAVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADES Sbjct: 1 MPDAIHPAAPVSSPTVPAQVAVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADEST 60 Query: 61 ARHAALVSLLRWSGCTANAAGFATLLGDDVGGREAMLRQGLPEGHPLNFANIAPLAHIHC 120 ARHAALVSLLRWSGCTANAAGFATLLGDDVGGREAMLRQGLPEGHPLNFANIAPLAHIHC Sbjct: 61 ARHAALVSLLRWSGCTANAAGFATLLGDDVGGREAMLRQGLPEGHPLNFANIAPLAHIHC 120 Query: 121 EVAGEVAALLGLPGPVETGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRT 180 EVAGEVAALLGLPGPVE GLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRT Sbjct: 121 EVAGEVAALLGLPGPVEIGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRT 180 Query: 181 HPVAAACQMILQLGGVKYPNAMAQLAVAHAPALLAALEQGGDIDADLPAHPVALSIVAEL 240 HPVAAACQMILQLGGVKYPNAMAQLAVAHAPALLAALEQGGDIDADLPAHPVALSIVAEL Sbjct: 181 HPVAAACQMILQLGGVKYPNAMAQLAVAHAPALLAALEQGGDIDADLPAHPVALSIVAEL 240 Query: 241 IELKLPWLTGYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGR 300 IELKLPWLTGYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGR Sbjct: 241 IELKLPWLTGYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGR 300 Query: 301 PSAADWERIRLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARL 360 PSAADWERIRLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARL Sbjct: 301 PSAADWERIRLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARL 360 Query: 361 LAAAAALAALCAPRPWRSAMSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAAPSL 420 LAAAAALAALCAPRPWR AMSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGA PSL Sbjct: 361 LAAAAALAALCAPRPWRGAMSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAMPSL 420 Query: 421 PRRLLSEREAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGL 480 PRRLLSEREAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGL Sbjct: 421 PRRLLSEREAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGL 480 Query: 481 SLGLI 485 SLGLI Sbjct: 481 SLGLI 485 >F2LPX7.1 F2LPX7_BURGA Putative metal dependent phosphohydrolase Length = 481 Score = 437 bits (1125), Expect = e-120, Method: Compositional matrix adjust. Identities = 262/485 (54%), Positives = 313/485 (64%), Gaps = 14/485 (2%) Query: 11 VSSPTVPAQVAVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLL 70 +S+ T A+ ALA GDLSMG+ D S R A LA LA GA A HA ++L Sbjct: 1 MSASTASLTDAILALAFVGDLSMGRSTDHSRRTACLAGWLAAEAGAGPEAQNHARAAAML 60 Query: 71 RWSGCTANAAGFATLLGDDVGGREAMLRQGLPEGHPLNFANIAPLAHIHCEVAGEVAALL 130 RWSGCTANA+GFA LLGDDV REAM+ Q LP + I PLA IHCE++G++A L Sbjct: 61 RWSGCTANASGFADLLGDDVASREAMMAQRLPPMSAQMHSLIVPLALIHCEISGDIAVTL 120 Query: 131 GLPGPVETGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQMI 190 G+P V LR ++E +DG G P L +A+P VY +LA DLEIL+R H AA + Sbjct: 121 GMPAGVVLTLRRIFERHDGKGMPEGLDGDAVPSTVYFVNLASDLEILARAHGREAAVAYL 180 Query: 191 LQLGGVKYPNAMAQLAVAHAPALLAALEQGGDIDADL------PAHPVALSIVAELIELK 244 GG KYP A+A+L +AHA A L L+ G A VALS++A++ ELK Sbjct: 181 RAQGGAKYPAALAELCIAHAEAWLDTLDAGEPDTAGWRLADQQDTADVALSLLADVTELK 240 Query: 245 LPWLTGYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGRPSAA 304 LPWL GY+RRVA L RAAA GLD G LE AALLHGIGRA++ N +W+ PGR S+ Sbjct: 241 LPWLAGYARRVASLVSRAAARLGLDAAIGAELEAAALLHGIGRAALPNRLWDTPGRLSSD 300 Query: 305 DWERIRLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARLLAAA 364 WE++RL PYW+ARA I LR A LAS YERLDGSGYFR L +L +P RLLA A Sbjct: 301 QWEQVRLVPYWSARAAQQIGGLRGAAGLASHAYERLDGSGYFRGLSGTALDVPQRLLAGA 360 Query: 365 AALAALCAPRPWRSAMSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAAPSLPRR- 423 A AL RPWR+A S A LQA+A AG FDP+ + VV A GG AP+ PRR Sbjct: 361 VACQALLDARPWRAAHSIDAAAGLLQAEASAGRFDPEVIAAVVETA---GGPAPA-PRRP 416 Query: 424 ---LLSEREAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGL 480 LLS RE EVLR+IS G SNKEAAR + +SPSTVRTHVESIFRKL CSTRAAATLK L Sbjct: 417 ATPLLSPREIEVLRQISGGLSNKEAARVLALSPSTVRTHVESIFRKLDCSTRAAATLKAL 476 Query: 481 SLGLI 485 + GL+ Sbjct: 477 TTGLL 481 >A4XNT7.1 A4XNT7_PSEMY Putative metal dependent phosphohydrolase Length = 474 Score = 417 bits (1072), Expect = e-114, Method: Compositional matrix adjust. Identities = 249/463 (53%), Positives = 301/463 (65%), Gaps = 2/463 (0%) Query: 24 ALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLLRWSGCTANAAGFA 83 ALA+ GDLSMGQP DQS R ARLA LAQ G D + A V+LLRWSGCTANA GF Sbjct: 13 ALAMVGDLSMGQPIDQSRRTARLAQWLAQACGGDRAQIDAARQVALLRWSGCTANADGFM 72 Query: 84 TLLGDDVGGREAMLRQGLPEGHPLNFANIAPLAHIHCEVAGEVAALLGLPGPVETGLRHV 143 LLGDDVGGR AML Q L PLA +HCEVAG++A L L VE GLRH+ Sbjct: 73 RLLGDDVGGRRAMLAQTLDAAGQRAMLRTTPLAQVHCEVAGDIARTLALGTEVERGLRHI 132 Query: 144 WEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQMILQLGGVKYPNAMA 203 +E +DGSG P L H +PPVVY LAGDLEILSR H + A + I G +YP +A Sbjct: 133 FECFDGSGRPLGLRHPDVPPVVYQVVLAGDLEILSRAHGLDVALEWIGAQGDRRYPAVLA 192 Query: 204 QLAVAHAPALLAALEQGGDIDADLPAHPVALSIVAELIELKLPWLTGYSRRVAELAVRAA 263 L HA L AL + A A V L++V ++I+LKLPWL GYSR+ A L AA Sbjct: 193 DLLARHAADWLQALRTPEGVQAASGAE-VPLTLVGDVIDLKLPWLAGYSRQAASLVRDAA 251 Query: 264 ALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGRPSAADWERIRLAPYWTARAGALI 323 L GL + + L +AAL+HG+GRA+V N IW PG D E +RL PYWT RA + I Sbjct: 252 RLWGLPEARIELLAKAALIHGVGRAAVPNRIWSTPGPLLDGDLEAVRLVPYWTHRACSQI 311 Query: 324 PALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARLLAAAAALAALCAPRPWRSAMSEP 383 L + +LA+ YERLDGSGYFR+L D+L + RLL+AA A AL RPWR+A S+ Sbjct: 312 GGLNEAGQLAAHAYERLDGSGYFRSLSGDALQVEHRLLSAALAWLALRGERPWRAAFSDE 371 Query: 384 DACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAAPSLP-RRLLSEREAEVLRRISLGESN 442 A + L +A+ G FDP+A Q V++AA G+ P LLSERE ++L+RIS G SN Sbjct: 372 QAARVLLDEAEQGRFDPRACQAVISAAHGEQAPLAGKPGNGLLSERETQILQRISSGASN 431 Query: 443 KEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGLSLGLI 485 KE AR + ISPSTVRTHVES+FRKLQCSTRAAATLK L+LG+I Sbjct: 432 KEVARDLGISPSTVRTHVESVFRKLQCSTRAAATLKALTLGVI 474 >B1FZA3.1 B1FZA3_9BURK Transcriptional regulator, LuxR family Length = 490 Score = 411 bits (1056), Expect = e-112, Method: Compositional matrix adjust. Identities = 237/477 (49%), Positives = 302/477 (63%), Gaps = 14/477 (2%) Query: 21 AVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLLRWSGCTANAA 80 AVRALA GDLSMGQP D S+R LAVRLA+ G + SA VSLLRWSGCTANAA Sbjct: 16 AVRALAFIGDLSMGQPTDHSLRTGWLAVRLAEAAGLEASACDAVREVSLLRWSGCTANAA 75 Query: 81 GFATLLGDDVGGREAML--RQGLPEGHPLNFANIAPLAHIHCEVAGEVAALLGLPGPVET 138 GFAT+ GDD+ R AML R G+ E A + PLA HCEV+GEVA ++GL ET Sbjct: 76 GFATVFGDDIAVRTAMLESRPGIAETIGGVGAAMMPLAQTHCEVSGEVARIMGLSSGTET 135 Query: 139 GLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQMILQLGGVKY 198 LRH++E +DGSG P QL EA+P V + +LAGDLE+ SRT+ V AA +I Q G +Y Sbjct: 136 ALRHIFETWDGSGVPAQLAREAVPISVLVVALAGDLEVFSRTYGVEAALALIEQRSGARY 195 Query: 199 PNAMAQLAVAHAPALLAALEQG--GDIDADLPA----HPVALSIVAELIELKLPWLTGYS 252 P ++ +A HA + L LE+ D D L + ++A++I+LKLPW+TG+S Sbjct: 196 PESLVAVATRHAGSWLTELERQALNDFDVVLATADMQRTTSAELIADIIDLKLPWMTGFS 255 Query: 253 RRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGRPSAADWERIRLA 312 R VA A A D G + RA L+HGIGRA+V N +W P R S + WE++RL Sbjct: 256 RAVAMTAAECYARFASDDAAGALVYRAGLIHGIGRAAVPNEVWNLPTRLSPSAWEKVRLV 315 Query: 313 PYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARLLAAAAALAALCA 372 PYWT RAG +L + LAS YER DGSGYFR + +L + AR+LAA+ A AL + Sbjct: 316 PYWTERAGKQTGSLGEATVLASHAYERQDGSGYFRGVRDPALTLEARVLAASVAWVALRS 375 Query: 373 PRPWRSAMSEPDACQQLQADAQAGLFDPQAVQWVVA----AAAGQGGAAPSLPRRLLSER 428 PRPWR+A+++ A LQ +A G + V +VA A + PR LS R Sbjct: 376 PRPWRAALTDEAAAHVLQDEAANGRLCREVVDALVAERIPVARRAARSVSHGPR--LSAR 433 Query: 429 EAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGLSLGLI 485 E +VLR IS G SNK+AA+ + +SPSTVRTHVES+FRKL+CSTRAAATLK ++GLI Sbjct: 434 EIDVLRAISRGASNKQAAQELTMSPSTVRTHVESVFRKLECSTRAAATLKASTMGLI 490 >B5WCK7.1 B5WCK7_9BURK Transcriptional regulator, LuxR family Length = 489 Score = 409 bits (1052), Expect = e-112, Method: Compositional matrix adjust. Identities = 238/477 (49%), Positives = 296/477 (62%), Gaps = 12/477 (2%) Query: 21 AVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLLRWSGCTANAA 80 AV+ALA GDLSMGQP D S R A LA RLA G DES+ A SLLRWSGCTANA+ Sbjct: 13 AVKALAFIGDLSMGQPTDHSSRTAWLAARLAHASGLDESSRTAAVEASLLRWSGCTANAS 72 Query: 81 GFATLLGDDVGGREAMLRQGLPEGHPLN-----FANIAPLAHIHCEVAGEVAALLGLPGP 135 GF +LGDDV GREAML PL + PL IHCEV+ EVA ++GL Sbjct: 73 GFTDVLGDDVAGREAMLALRPDWAGPLEALGGVSVALTPLTQIHCEVSSEVARIMGLERE 132 Query: 136 VETGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQMILQLGG 195 E LRH++E +DGSG P +L A+P V++ LAGDLEI SR + + A + I Sbjct: 133 TEATLRHMFEKWDGSGMPDRLAGAAVPDAVFVVWLAGDLEIFSRVYGLERALKSIAHQAD 192 Query: 196 VKYPNAMAQLAVAHAPALLAALEQGGDIDAD------LPAHPVALSIVAELIELKLPWLT 249 +YP +A + +A A L ALE+ AD L + ++A++I+LKLPW+T Sbjct: 193 ARYPQRLATIVIAQASQWLDALERTEAARADNELMTPLMRKTTSAELIADVIDLKLPWMT 252 Query: 250 GYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGRPSAADWERI 309 G+SR VA A LD RL A L+HGIGRA+V N +W+ GR SA+ WE++ Sbjct: 253 GFSRAVAATAATCCERLALDSAAQDRLYCAGLIHGIGRAAVPNALWQSAGRLSASAWEKV 312 Query: 310 RLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARLLAAAAALAA 369 RL PYWTARAG AL AELAS YERLDGSGYFR + ++L + AR+LAA+ A A Sbjct: 313 RLVPYWTARAGKQTAALAQVAELASYAYERLDGSGYFRGVGGEALTLEARILAASVAWVA 372 Query: 370 LCAPRPWRSAMSEPDACQQLQADAQAGLFDPQAVQ-WVVAAAAGQGGAAPSLPRRLLSER 428 L +PRP R AMS DA + L+A+A G FD V +V+ +G LS R Sbjct: 373 LRSPRPSRDAMSADDAEKVLRAEADQGRFDSDVVDALIVSGPTARGRTRSRQQAASLSAR 432 Query: 429 EAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGLSLGLI 485 E +VLR ISLG SNKE AR + +SPSTVRTHVES+FRKL CSTRAAATLKG ++GL+ Sbjct: 433 ETDVLRAISLGASNKEIARELTLSPSTVRTHVESVFRKLGCSTRAAATLKGSTMGLL 489 >E6V7M6.1 E6V7M6_VARPD Transcriptional regulator, LuxR family Length = 482 Score = 407 bits (1046), Expect = e-111, Method: Compositional matrix adjust. Identities = 240/480 (50%), Positives = 307/480 (63%), Gaps = 8/480 (1%) Query: 13 SPTVPAQVAVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLLRW 72 +P +P A++ALA GDLSMGQP D S R A +A +LA G D + HAA SLLRW Sbjct: 4 APHIPVFDAIKALAFVGDLSMGQPIDHSARTAWIASQLAAALGRDATVQGHAACASLLRW 63 Query: 73 SGCTANAAGFATLLGDDVGGREAMLRQGLPEGHPLNFANIAPLAHIHCEVAGEVAALLGL 132 SGCTANA F+ L+GDDVGGR AML A++ P+A IHCEV+G++A LG+ Sbjct: 64 SGCTANAPEFSDLMGDDVGGRRAMLSNASASAAAELAASVGPMAEIHCEVSGDIARTLGM 123 Query: 133 PGPVETGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQMILQ 192 P VE LRH++E +DG G P L IP V++ S+AGDLEI SR H ++ A + I Sbjct: 124 PPGVERTLRHMFETFDGQGKPHGLRASQIPEEVFIVSVAGDLEIFSRVHGLSNALRYIAD 183 Query: 193 LGGVKYPNAMAQLAVAHAPALLAALEQGGDIDADLPAH-----PVALSIVAELIELKLPW 247 +YP + HA L ALEQG D P++ +L ++A++I+LKLPW Sbjct: 184 RADARYPAFVVDAVQQHAVDWLHALEQGAAADMQSPSNALRETTTSLELIADVIDLKLPW 243 Query: 248 LTGYSRRVAELAVRAAALAGL-DPEQGQRLERAALLHGIGRASVSNTIWERPGRPSAADW 306 +TG+SRRVA+ A AA GL D EQGQ + RAAL+HGIGRASV N +W+ PG S AD Sbjct: 244 MTGFSRRVADAAFACAAGVGLGDVEQGQ-VRRAALIHGIGRASVPNAVWDSPGVQSEADK 302 Query: 307 ERIRLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARLLAAAAA 366 ER+RL PYWT RA I LR EAE+AS + ERLDGSG+FR + ++ + R+LA AA Sbjct: 303 ERLRLVPYWTDRAARRIGTLRTEAEIASFVDERLDGSGFFRGIKGPAIDVAGRVLAVAAH 362 Query: 367 LAALCAPRPWRSAMSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAAPSLP-RRLL 425 L RP ++A+ E DA L+ +A+ G D AV + + APS LL Sbjct: 363 WVLLRTSRPGQAALDEADAIAALKREAELGRLDAAAVAVLTGHPQTETAIAPSNEAAALL 422 Query: 426 SEREAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGLSLGLI 485 S RE EVL RISLG+SNKEAAR + ISPSTVR H+E+IFRKL+C+TRAAATLK L+LGL+ Sbjct: 423 SSREIEVLGRISLGDSNKEAARVLGISPSTVRAHLENIFRKLECTTRAAATLKALTLGLL 482 >D5NGG3.1 D5NGG3_9BURK Transcriptional regulator, LuxR family Length = 493 Score = 397 bits (1019), Expect = e-108, Method: Compositional matrix adjust. Identities = 243/482 (50%), Positives = 298/482 (61%), Gaps = 17/482 (3%) Query: 21 AVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLLRWSGCTANAA 80 AV+ALA GDLSMGQP D S R LA RLA G D + VSLLRWSGCTANA Sbjct: 12 AVKALAFIGDLSMGQPTDHSPRTGWLAARLAAEAGLDGAQCDVVREVSLLRWSGCTANAT 71 Query: 81 GFATLLGDDVGGREAMLRQ-----GLPEGHPLNFANIAPLAHIHCEVAGEVAALLGLPGP 135 GF+ LGDD+GGR AML G+ E A I PLA IHCEV+GEVA +LGL Sbjct: 72 GFSDWLGDDIGGRAAMLAMRPDWAGVGESPAQVGAAIMPLAQIHCEVSGEVAHMLGLADA 131 Query: 136 VETGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQMILQLGG 195 + LR ++E +DG G P Q+ +P V++ ++AGDLEILSR + + A +I Q G Sbjct: 132 TQEALRRIFESWDGGGFPGQMPGGDVPSAVFMVAVAGDLEILSRVYGLERAQMLIAQKAG 191 Query: 196 VKYPNAMAQLAVAHAPALLAALEQGGDIDADLPAHPVAL------SIVAELIELKLPWLT 249 +YP +A+LA A L L++ D P A+ IVA++I+LKLPW+T Sbjct: 192 RQYPAELARLAAVRGAAWLEELDRSVAQRRDEPICTDAMQLVSAPEIVADVIDLKLPWMT 251 Query: 250 GYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGRPSAADWERI 309 GYSRRVA A A G E +R A LLHG+GR +V N IW G S A WE++ Sbjct: 252 GYSRRVAGTAAACCASLGTGEETRRRTYVAGLLHGMGRMAVPNAIWNTAGGLSPAAWEKV 311 Query: 310 RLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARLLAAAAALAA 369 RL PYWTARAG I L E+E+AS YERLDGSGYFR+ D++ AR+LA AAA A Sbjct: 312 RLVPYWTARAGKQIEGLARESEIASFAYERLDGSGYFRSSAGDAIGREARILAVAAAWVA 371 Query: 370 LCAPRPWRSAMSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAAPSLPRR------ 423 L + RPWR A S +A L A+AG FD + V+ V+A G A+ R Sbjct: 372 LRSARPWRPAFSPDEAAALLTEQARAGRFDAEVVKATVSAELGDCRASVEDDRARSPKTG 431 Query: 424 LLSEREAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGLSLG 483 LLS REAEVL+ ISLG SNKE ARA+++SPSTVRTHVES+FRKL+CSTRAAATLK +LG Sbjct: 432 LLSPREAEVLKHISLGASNKEVARALELSPSTVRTHVESVFRKLECSTRAAATLKASALG 491 Query: 484 LI 485 I Sbjct: 492 YI 493 >B2JVC1.1 B2JVC1_BURP8 Transcriptional regulator, LuxR family Length = 489 Score = 395 bits (1014), Expect = e-107, Method: Compositional matrix adjust. Identities = 238/473 (50%), Positives = 290/473 (61%), Gaps = 17/473 (3%) Query: 14 PTVPAQVAVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLLRWS 73 P V AV+ALA GDLSMGQP D S+R A LAVRLA+ D+ AA SLLRWS Sbjct: 7 PAVRVFDAVKALAFIGDLSMGQPTDHSIRTAWLAVRLARAAELDD-AAVAVCEASLLRWS 65 Query: 74 GCTANAAGFATLLGDDVGGREAMLRQGLPEGHPLNF-----ANIAPLAHIHCEVAGEVAA 128 GCTANAAGFA GDDV REAML PL A IAPLA IHCEV+ E A Sbjct: 66 GCTANAAGFAEATGDDVASREAMLALKPDWAGPLELHADLGAVIAPLARIHCEVSSEAAR 125 Query: 129 LLGLPGPVETGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQ 188 +LGL LRHV+E +DGSG+P L A+P V++ +LAG+LEI SRT+ + A Sbjct: 126 MLGLGQDTRAALRHVFESWDGSGSPDHLAGNAVPASVFIVALAGELEIFSRTYNIERARA 185 Query: 189 MILQLGGVKYPNAMAQLAVAHAPALLAALEQ--GGDIDADL------PAHPVALSIVAEL 240 +I Q +YP+ +A+LA+ AP L LE IDA L A PV L VA++ Sbjct: 186 LIGQRADSRYPDKLARLAIRLAPDWLDELEHTDAASIDAALLTPNMSDATPVEL--VADI 243 Query: 241 IELKLPWLTGYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGR 300 I+LKLPW+TGYSR VA A A LD RL A L+HG+GRA+V N IW P R Sbjct: 244 IDLKLPWMTGYSRSVAATAASCGARLALDSNAQHRLYCAGLIHGMGRAAVPNPIWNTPSR 303 Query: 301 PSAADWERIRLAPYWTARAGALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARL 360 S A WE++RL PYWT+RAG L + AEL S +YERLDGSGYFR +L + AR+ Sbjct: 304 LSQAAWEKLRLVPYWTSRAGRQTGTLAEGAELGSYVYERLDGSGYFRGASGAALPVEARI 363 Query: 361 LAAAAALAALCAPRPWRSAMSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAA-PS 419 LAA+A AL A RPWR+AM++ +A + +Q +A G +D V ++ A Q P Sbjct: 364 LAASATWVALRAARPWRAAMTDREAAKLMQEEAAQGRYDASVVDALIDAGTSQRRVVNPR 423 Query: 420 LPRRLLSEREAEVLRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTR 472 LS RE +VLR IS G SNKE AR + +SPSTVRTHVES+FRKL CSTR Sbjct: 424 AHNARLSAREIDVLRGISQGASNKEVARDLSLSPSTVRTHVESVFRKLDCSTR 476 >F2K7X2.1 F2K7X2_PSEBR Putative response regulator, NarL family Length = 476 Score = 392 bits (1007), Expect = e-107, Method: Compositional matrix adjust. Identities = 234/473 (49%), Positives = 291/473 (61%), Gaps = 16/473 (3%) Query: 21 AVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAARHAALVSLLRWSGCTANAA 80 A+ +A GDLSMGQP S R A LA LAQ Q D R A V+LLRWSGCTANA Sbjct: 11 ALATIAQVGDLSMGQPLGHSRRVAALARMLAQAQHGDGEHLRVAEQVALLRWSGCTANAE 70 Query: 81 GFATLLGDDVGGREAMLRQGLPEGHPLNFANIAPLAHIHCEVAGEVAALLGLPGPVETGL 140 GFA LLGDDV GR AML L PLA +HCEV+G +A L L VE GL Sbjct: 71 GFADLLGDDVDGRRAMLDLTLGNEQMNAVHQATPLAVVHCEVSGAIAKTLQLAAAVEAGL 130 Query: 141 RHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAGDLEILSRTHPVAAACQMILQLGGVKYPN 200 V+E YDG+G P LTHE IP V Y LAGDL+ILSR H + AA + I + +YP Sbjct: 131 CRVFETYDGTGRPLGLTHEHIPEVAYQVVLAGDLDILSRAHGLDAALRWIREQSDRRYPA 190 Query: 201 AMAQLAVAHAPALLAALEQ-GGDIDADLPAHPVALSIVAELIELKLPWLTGYSRRVAELA 259 ++ L + +A LA LE +D V+L++V ++I+LKLPWL G+SR+VA +A Sbjct: 191 SLVSLLLGNAKDWLADLETLSKTVDHAHEQRCVSLTLVGDIIDLKLPWLAGHSRQVAHVA 250 Query: 260 VRAAALAGLDPEQGQRLERAALLHGIGRASVSNTIWERPGRPSAADWERIRLAPYWTARA 319 V AA L GL + ++AL++G+GRA+VSN +W GR ER+RL PYWT +A Sbjct: 251 VEAARLWGLREPTLTEIGKSALIYGLGRAAVSNHLWNTAGRLPYGAAERVRLVPYWTQQA 310 Query: 320 GALIPALRDEAELASRLYERLDGSGYFRNLDRDSLAMPARLLAAAAALAALCAPRPWRSA 379 I L AE+A+ YERL+GSGYFR + D+L RL A + A AL RPWRSA Sbjct: 311 LRPITELAVPAEIATHAYERLNGSGYFRGVAGDALCAEHRLFATSVAWVALREARPWRSA 370 Query: 380 MSEPDACQQLQADAQAGLFDPQAVQWVVAAAAGQGGAAPSLPRRL-------LSEREAEV 432 E DA + L+ DA +GLFD + V+AAA G+ RR+ L+ RE + Sbjct: 371 HGEADAARLLKQDAGSGLFDNDVCEAVIAAAGGE--------RRMRQPKASVLTTRECRI 422 Query: 433 LRRISLGESNKEAARAMQISPSTVRTHVESIFRKLQCSTRAAATLKGLSLGLI 485 L IS G SNK+ AR + ISPSTVRTH+ESIFRKL+CSTRAAATLKGL+LGLI Sbjct: 423 LLEISRGASNKQVARLLDISPSTVRTHMESIFRKLECSTRAAATLKGLTLGLI 475 >F2LL44.1 F2LL44_BURGA Transcriptional regulator, LuxR family Length = 496 Score = 390 bits (1003), Expect = e-106, Method: Compositional matrix adjust. Identities = 237/506 (46%), Positives = 301/506 (59%), Gaps = 39/506 (7%) Query: 2 PDAIHPAAPVSSPTVPAQVAVRALALAGDLSMGQPPDQSVRAARLAVRLAQLQGADESAA 61 PDA H A + +VRALA GDLSMGQP D S+R A LA RLA G S Sbjct: 8 PDAGHAALRIFD-------SVRALAFIGDLSMGQPTDHSLRTAWLAARLAHAAGLTASVG 60 Query: 62 RHAALVSLLRWSGCTANAAGFATLLGDDVGGREAMLRQGLPEGHPLNFANI--------- 112 VSLLRWSGCTANA GFA + GDD+ +R G+ EG P I Sbjct: 61 DTVREVSLLRWSGCTANAPGFAEVFGDDIA-----IRNGMLEGRPETVEAIVRAGAGTAL 115 Query: 113 APLAHIHCEVAGEVAALLGLPGPVETGLRHVWEHYDGSGAPRQLTHEAIPPVVYLTSLAG 172 APLA IHCEV+GEVA +LGL ET LR ++E +DGSG P QL E +P V + +LAG Sbjct: 116 APLAQIHCEVSGEVARILGLSTQTETALRSIFETWDGSGVPGQLAREDVPIAVLVVALAG 175 Query: 173 DLEILSRTHPVAAACQMILQLGGVKYPNAMAQLAVAHAPALLAALEQGGDIDADLP---- 228 DLE+LSR H + AA +I Q G +YP + + HA LA L + D +L Sbjct: 176 DLEVLSRAHGIEAALALIAQRAGQRYPAHLVETTARHAEPWLAELGRAAPADFELALATA 235 Query: 229 --AHPVALSIVAELIELKLPWLTGYSRRVAELAVRAAALAGLDPEQGQRLERAALLHGIG 286 + ++A++I+LKLPW+TG+SR VA A A + + RA L+HGIG Sbjct: 236 DMQRTSSAELIADVIDLKLPWMTGFSRAVAATAAECHARLASNAAARALVYRAGLIHGIG 295 Query: 287 RASVSNTIWERPGRPSAADWERIRLAPYWTARAGALIPALRDEAELASRLYERLDGSGYF 346 RA+V N +W P A+ WE++RL PYWT RAG +L + A LAS+ YER DGSGYF Sbjct: 296 RAAVPNDVWNLPTTLPASAWEKVRLVPYWTERAGRQTGSLGEAAALASQAYERQDGSGYF 355 Query: 347 RNLDRDSLAMPARLLAAAAALAALCAPRPWRSAMSEPDACQQLQADAQAGLFDPQAVQWV 406 R + D L++ AR+LAA+ A AL +PRPWR+A+ + +A + L+ + + G +AV + Sbjct: 356 RGVRGDMLSLEARVLAASLAWVALRSPRPWRAALGDDEAARCLREEVERGRLCGEAVGAL 415 Query: 407 VAA-------AAGQGGAAPSLPRRLLSEREAEVLRRISLGESNKEAARAMQISPSTVRTH 459 VA A +G A P LS RE EVLR IS G SNKEAA+ + +SPSTVRTH Sbjct: 416 VAQGAPVARRTARRGTAGPH-----LSARETEVLRVISRGASNKEAAQELTMSPSTVRTH 470 Query: 460 VESIFRKLQCSTRAAATLKGLSLGLI 485 VE++FRKL CSTRAAATLK SLGLI Sbjct: 471 VENVFRKLDCSTRAAATLKASSLGLI 496