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= 0035.0221.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 D8J0G5.1 D8J0G5_HERSS Transcription regulator protein 957 0.0 E6UYX8.1 E6UYX8_VARPD Transcriptional regulator, GntR family wit... 566 e-159 E5U107.1 E5U107_ALCXX Transcriptional regulator 562 e-158 D4XCK6.1 D4XCK6_9BURK GntR family transcriptional regulator EC=2... 560 e-157 E1TEK1.1 E1TEK1_BURSG Transcriptional regulator, GntR family wit... 552 e-155 A0AXW7.1 A0AXW7_BURCH Transcriptional regulator, GntR family 546 e-153 B4EKH4.1 B4EKH4_BURCJ GntR family regulatory protein 545 e-153 B1K6G8.1 B1K6G8_BURCC Transcriptional regulator, GntR family wit... 545 e-153 F2LJM6.1 F2LJM6_BURGA GntR family regulatory protein 544 e-152 A9BQX9.1 A9BQX9_DELAS Transcriptional regulator, GntR family wit... 544 e-152 >D8J0G5.1 D8J0G5_HERSS Transcription regulator protein Length = 469 Score = 957 bits (2475), Expect = 0.0, Method: Compositional matrix adjust. Identities = 466/469 (99%), Positives = 468/469 (99%) Query: 1 MAEASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGL 60 MAEASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGL Sbjct: 1 MAEASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGL 60 Query: 61 AEPRRGAGFFVCVAPPRPKEDEEGNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLH 120 AEPRRGAGFFVCVAPPRPKEDEEGNLSRAMDVVWLMREQLKHDPGQLRLGDGFPP+EWLH Sbjct: 61 AEPRRGAGFFVCVAPPRPKEDEEGNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPVEWLH 120 Query: 121 DVRLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQA 180 DVRLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQA Sbjct: 121 DVRLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQA 180 Query: 181 LDIVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGK 240 LDIVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLEREL +PGK Sbjct: 181 LDIVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELHRPGK 240 Query: 241 PPLFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQL 300 PPLFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQL Sbjct: 241 PPLFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQL 300 Query: 301 RRTVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHF 360 RRTVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHF Sbjct: 301 RRTVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHF 360 Query: 361 SRHTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQ 420 SRHTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQ Sbjct: 361 SRHTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQ 420 Query: 421 IVLAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMMDIRAAQERQATR 469 IVLAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMMDIRAAQERQATR Sbjct: 421 IVLAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMMDIRAAQERQATR 469 >E6UYX8.1 E6UYX8_VARPD Transcriptional regulator, GntR family with aminotransferase domain Length = 461 Score = 566 bits (1459), Expect = e-159, Method: Compositional matrix adjust. Identities = 274/453 (60%), Positives = 339/453 (74%), Gaps = 3/453 (0%) Query: 6 TTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAEPRR 65 TT+ +L + RQIA G Y G +LPS+RE+A HG AKNT+V F+ L + GL EPRR Sbjct: 2 TTIADSLADTLARQIASGAYKAGDKLPSLRELAQLHGYAKNTVVAAFELLVSRGLVEPRR 61 Query: 66 GAGFFVCV--APPRPKEDEEGNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLHDVR 123 G+G+FV P+P E++ G+L RAMD+VWLMREQLK P + +GDGFPP+EWL DVR Sbjct: 62 GSGYFVLAQSTTPKPPEEDAGSLGRAMDIVWLMREQLKTQPDAVAVGDGFPPVEWLADVR 121 Query: 124 LDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQALDI 183 LDK+H KVVRTG+GALF YGSRFGY PLR HLV KLA GI A QIVLTHGAN+A+DI Sbjct: 122 LDKYHPKVVRTGLGALFRYGSRFGYAPLRDHLVRKLADFGIGAEPRQIVLTHGANEAMDI 181 Query: 184 VIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGKPPL 243 VIR+F+ PG +VLVD+PGYY L+GKLKL+GA+++ +PRL DGPD+ VLE +L +P L Sbjct: 182 VIRYFVPPGGKVLVDDPGYYPLFGKLKLAGAQMLAVPRLADGPDLDVLE-QLLIAERPRL 240 Query: 244 FFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQLRRT 303 FFTQSLAHNPT SD SP KA R+LQLA +Y +IVEND ADFKP PR++ LDQL RT Sbjct: 241 FFTQSLAHNPTGSDISPAKAFRVLQLAQKYDLLIVENDPLADFKPTALPRLSALDQLERT 300 Query: 304 VYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHFSRH 363 +Y+GSFSKS SAALRVGFIAC DLASDLAD+K L+H+SSSEY ERT+DVILS+GH+ RH Sbjct: 301 IYIGSFSKSFSAALRVGFIACGADLASDLADLKALIHVSSSEYSERTVDVILSEGHYQRH 360 Query: 364 TARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQIVL 423 RL+ RL +AT A + + E+F Q++Y+WA P D+ A+ L+ R+IV+ Sbjct: 361 LNRLQNRLGEATRSALQLFDSVDTEVFARTPQSLYIWAALPGVADSLAFAKELLPRKIVM 420 Query: 424 APGSIFHVDTEQTQPWSRFNVGLLADARFADAM 456 APG IF VD+ Q WSRFNVG +AD RFA A+ Sbjct: 421 APGRIFSVDSTQVSRWSRFNVGAMADPRFAKAL 453 >E5U107.1 E5U107_ALCXX Transcriptional regulator Length = 476 Score = 562 bits (1448), Expect = e-158, Method: Compositional matrix adjust. Identities = 274/453 (60%), Positives = 339/453 (74%), Gaps = 3/453 (0%) Query: 2 AEASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLA 61 A + + +L +LI RQIAEGVY PG +LPS+RE+A H AKNT+V F+ L A GL Sbjct: 10 APRAAPIAESLARLIGRQIAEGVYRPGDKLPSLRELAQLHRYAKNTVVVAFEMLVARGLV 69 Query: 62 EPRRGAGFFVC-VAPPRPKEDEE-GNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWL 119 EPRRG+GF+V P R DEE G LSRAMD+VWLMREQLK P + GDGFPP+EWL Sbjct: 70 EPRRGSGFYVLDTGPARRAADEEPGQLSRAMDIVWLMREQLKTQPDAIAAGDGFPPVEWL 129 Query: 120 HDVRLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQ 179 D+R+D++HQKVVRTG+G LF YGSRFGY PLR+ LV KL GI A Q+VLTHGAN+ Sbjct: 130 ADMRMDRYHQKVVRTGLGTLFRYGSRFGYAPLRESLVRKLGDVGISAAPSQLVLTHGANE 189 Query: 180 ALDIVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPG 239 A+D+VIR+F+ PG LVD+PGYY L+GKLKL+G R++G+PRL DGPD+A LE LQ+ Sbjct: 190 AMDLVIRYFLPPGAAALVDDPGYYPLFGKLKLAGVRMLGVPRLADGPDLAALEALLQRE- 248 Query: 240 KPPLFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQ 299 KP LFFTQSLAHNPT SD SP KA+++LQL++RY I+VEND ADFKP +A R++ LDQ Sbjct: 249 KPRLFFTQSLAHNPTGSDISPAKAYKLLQLSERYNLIVVENDPLADFKPTSAVRLSALDQ 308 Query: 300 LRRTVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGH 359 L RTVY+GSFSKS SAALRVGFIAC LASDLAD+K LVH+SSSEYCER +DV+L DGH Sbjct: 309 LERTVYIGSFSKSFSAALRVGFIACGAGLASDLADLKALVHVSSSEYCERMVDVMLRDGH 368 Query: 360 FSRHTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQR 419 + RH RLR+RL AT A L+ LGAE++ P ++YLW+ FP +++ LAQ LM Sbjct: 369 YERHLVRLRQRLEAATGDALRVLDSLGAEVYARPTSSLYLWSAFPGVDNSLALAQDLMPE 428 Query: 420 QIVLAPGSIFHVDTEQTQPWSRFNVGLLADARF 452 ++++APG +F VD PWSR NVG +A RF Sbjct: 429 KVIMAPGRVFSVDPTAVSPWSRCNVGAVASPRF 461 >D4XCK6.1 D4XCK6_9BURK GntR family transcriptional regulator EC=2.6.1.- Length = 473 Score = 560 bits (1442), Expect = e-157, Method: Compositional matrix adjust. Identities = 273/447 (61%), Positives = 336/447 (75%), Gaps = 3/447 (0%) Query: 8 LTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAEPRRGA 67 + +L +LI +QIA+GVY PG +LPS+RE++ H AKNT+V F+ L A GL EPRRG+ Sbjct: 16 IAESLAKLIGQQIADGVYRPGDKLPSLRELSQLHRYAKNTVVVAFEMLVAQGLVEPRRGS 75 Query: 68 GFFVCVAP-PRPKEDEE-GNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLHDVRLD 125 GFFV R DEE G LSRAMD+VWLMREQLK P ++ GDGFPP++WL D+R+D Sbjct: 76 GFFVLDGDYARKAADEEPGQLSRAMDIVWLMREQLKTQPDAVQAGDGFPPVDWLADMRMD 135 Query: 126 KFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQALDIVI 185 ++HQKVVRTG+GALF YGSRFGY PLR+ LV KL G+ Q+VLTHGAN+A+D+VI Sbjct: 136 RYHQKVVRTGLGALFRYGSRFGYGPLRESLVRKLGDVGVNVAPSQLVLTHGANEAMDLVI 195 Query: 186 RHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGKPPLFF 245 R+F+ PG VLVD PGYY L+GKLKL+G R++G+PRLPDGPDV LE LQ+ KP LFF Sbjct: 196 RYFVPPGATVLVDNPGYYPLFGKLKLAGVRMLGVPRLPDGPDVVALEALLQRE-KPRLFF 254 Query: 246 TQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQLRRTVY 305 TQSLAHNPT SD S KA+++LQLA+RY +IVENDA ADFKP +A R++ LDQL RT+Y Sbjct: 255 TQSLAHNPTGSDISLGKAYKVLQLAERYNLMIVENDALADFKPTSAVRLSALDQLERTIY 314 Query: 306 VGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHFSRHTA 365 +GSFSKS SAALRVGFIAC+ LASDLAD+K LVH+SSSEYCER +DV+L DGH+ RH A Sbjct: 315 IGSFSKSFSAALRVGFIACNAALASDLADLKALVHVSSSEYCERMVDVMLRDGHYERHLA 374 Query: 366 RLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQIVLAP 425 RLR+RL AT A L+ LGA +F P +MYLWA FP ED+ LA LM ++++AP Sbjct: 375 RLRQRLEAATGHALQVLDSLGARVFARPSSSMYLWAAFPGVEDSLTLAADLMPEKVIMAP 434 Query: 426 GSIFHVDTEQTQPWSRFNVGLLADARF 452 G +F VD PWSR NVG + RF Sbjct: 435 GRVFSVDPTAVSPWSRCNVGAIGSPRF 461 >E1TEK1.1 E1TEK1_BURSG Transcriptional regulator, GntR family with aminotransferase domain Length = 462 Score = 552 bits (1423), Expect = e-155, Method: Compositional matrix adjust. Identities = 261/456 (57%), Positives = 347/456 (76%), Gaps = 2/456 (0%) Query: 3 EASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAE 62 + + +L+S++ + RQI EGV+ G++LPSIRE A GC+KNT+++ F+ LTA GL E Sbjct: 4 QKNVSLSSSMADTLARQIEEGVFPAGTKLPSIREYAEASGCSKNTVISAFETLTANGLIE 63 Query: 63 PRRGAGFFVCVAPPRPKEDEEGN-LSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLHD 121 PRRG+GF+V E E+ L RAMD VWLMREQL+ P L LG+GFPP++WL Sbjct: 64 PRRGSGFYVARQVKAAAEPEDARVLDRAMDTVWLMREQLQVKPAVLNLGEGFPPIDWLEG 123 Query: 122 VRLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQAL 181 RLD++HQ+VVRTG+ +LF YGSR+GYLPLRQ L KL+ + I+A QIVLTHGANQA+ Sbjct: 124 TRLDQYHQRVVRTGVASLFRYGSRYGYLPLRQSLQQKLSGYEIDAPPSQIVLTHGANQAM 183 Query: 182 DIVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGKP 241 D+V+R+F+RPGD VLVD+PGYY L+GKLKLSGA IIG+PR DGP++A LER + + +P Sbjct: 184 DLVLRYFVRPGDAVLVDDPGYYPLFGKLKLSGANIIGVPREVDGPNLAELERCMVE-HRP 242 Query: 242 PLFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQLR 301 LFFTQS+ HNPT +DTS KA+RILQLA+ + +IVENDAFAD +P + RIATLDQLR Sbjct: 243 KLFFTQSVGHNPTGTDTSAAKAYRILQLAEHHDTVIVENDAFADLRPRSLTRIATLDQLR 302 Query: 302 RTVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHFS 361 RT+Y+GSFSKSVSAALRVGF+AC+ LASDLAD+KML+H+SSSEY ERTL I+SDGHF Sbjct: 303 RTIYIGSFSKSVSAALRVGFLACNAALASDLADVKMLIHVSSSEYSERTLAAIVSDGHFM 362 Query: 362 RHTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQI 421 RHT +L+E+L +AT + L+ +GA +F Q+MYLWA P + D+ +LA+ ++ + Sbjct: 363 RHTNQLQEKLRRATAAGKNVLKKVGASIFKESDQSMYLWASLPGWPDSMKLAKAMLNHGV 422 Query: 422 VLAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMM 457 +LAPG++F +++ P+ RFNVG L+D RF A++ Sbjct: 423 ILAPGAVFSPTSDKVSPYCRFNVGYLSDERFLSALL 458 >A0AXW7.1 A0AXW7_BURCH Transcriptional regulator, GntR family Length = 461 Score = 546 bits (1407), Expect = e-153, Method: Compositional matrix adjust. Identities = 269/457 (58%), Positives = 339/457 (74%), Gaps = 2/457 (0%) Query: 4 ASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAEP 63 A +L+ + + RQI EGV A G++LPSIRE A GC+KNT+++ F+ L A GL EP Sbjct: 5 AKASLSGAMADNLARQIEEGVLAAGTKLPSIREYAEASGCSKNTVISAFEMLAADGLIEP 64 Query: 64 RRGAGFFVCV-APPRPKEDEEGNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLHDV 122 RRG+GFFV A P+ DE +L RAMD+VWLMREQL P L LG+GFPP+EWL + Sbjct: 65 RRGSGFFVTRRAAAAPELDEPSSLDRAMDIVWLMREQLHAKPDVLNLGEGFPPIEWLEET 124 Query: 123 RLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQALD 182 RL+++ Q+++RT +LF YGSRFGYLPLRQ L KLA + IEA QIVLTHGANQA+D Sbjct: 125 RLNQYQQRIMRTSAASLFRYGSRFGYLPLRQSLQQKLAGYEIEAPPAQIVLTHGANQAMD 184 Query: 183 IVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGKPP 242 +V+R+F+RPGD VLVD+PGYY L+GKLKLSGA I+G+PR DGPDV L + +P Sbjct: 185 LVLRYFVRPGDTVLVDDPGYYPLFGKLKLSGANIVGVPREIDGPDVTKLAEHIAA-YRPK 243 Query: 243 LFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQLRR 302 LFFTQS+ HNPTA+DTS KAHRILQLAD + IIVE+DA AD +P + RIATLDQLRR Sbjct: 244 LFFTQSVGHNPTATDTSAAKAHRILQLADAHDLIIVEDDALADLRPRSLTRIATLDQLRR 303 Query: 303 TVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHFSR 362 T+Y+GSFSKSVSAALRVGF+AC+ LASDLAD+KML H+SSSEYCERTLD I+SDGHF R Sbjct: 304 TIYIGSFSKSVSAALRVGFLACNAALASDLADVKMLTHVSSSEYCERTLDAIVSDGHFLR 363 Query: 363 HTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQIV 422 HT L+E+L +AT A L LGAE++ +Q +YLWA P + D+ LAQ L++R ++ Sbjct: 364 HTNHLQEKLRRATGTALDALGRLGAEVYRPCEQNLYLWAALPGWPDSMLLAQALLERGVI 423 Query: 423 LAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMMDI 459 LAPG++F ++ + RFNV LAD RFA A+ + Sbjct: 424 LAPGAVFSPQADRPSKYCRFNVAYLADKRFAQALQAV 460 >B4EKH4.1 B4EKH4_BURCJ GntR family regulatory protein Length = 461 Score = 545 bits (1405), Expect = e-153, Method: Compositional matrix adjust. Identities = 270/457 (59%), Positives = 338/457 (73%), Gaps = 2/457 (0%) Query: 4 ASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAEP 63 A +L+ + + RQI EGV G++LPSIRE A GC+KNT+++ F+ L A GL EP Sbjct: 5 AKASLSGAMADNLARQIEEGVLPAGAKLPSIREYAEASGCSKNTVISAFEMLAADGLIEP 64 Query: 64 RRGAGFFVCV-APPRPKEDEEGNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLHDV 122 RRG+GFFV A P DE +L RAMD+VWLMREQL P L LG+GFPP+EWL + Sbjct: 65 RRGSGFFVTRRAAATPDLDEPSSLDRAMDIVWLMREQLHVKPDVLNLGEGFPPIEWLEET 124 Query: 123 RLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQALD 182 RL+++ Q+++RT +LF YGSRFGYLPLRQ L KLA + IEA QIVLTHGANQA+D Sbjct: 125 RLNQYQQRIMRTSAASLFRYGSRFGYLPLRQSLQQKLAGYEIEAPPAQIVLTHGANQAMD 184 Query: 183 IVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGKPP 242 +V+R+F+RPGD VLVD+PGYY L+GKLKLSGA I+G+PR DGPDVA L + +P Sbjct: 185 LVLRYFVRPGDTVLVDDPGYYPLFGKLKLSGANIVGVPREIDGPDVAKLAEHIAA-YRPK 243 Query: 243 LFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQLRR 302 LFFTQS+ HNPTA+DTS KAHRILQLAD + IIVE+DA AD +P + RIATLDQLRR Sbjct: 244 LFFTQSVGHNPTATDTSAAKAHRILQLADAHDLIIVEDDALADLRPRSLTRIATLDQLRR 303 Query: 303 TVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHFSR 362 T+Y+GSFSKSVSAALRVGF+AC+ LASDLAD+KML H+SSSEYCERTLD I+SDGHF R Sbjct: 304 TIYIGSFSKSVSAALRVGFLACNAALASDLADVKMLTHVSSSEYCERTLDAIVSDGHFLR 363 Query: 363 HTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQIV 422 HT L+E+L +AT A L LGAE++ +Q +YLWA P + D+ LAQ L++R ++ Sbjct: 364 HTNHLQEKLRRATGTALDALGRLGAEVYRPCEQNLYLWAALPGWPDSMSLAQALLERGVI 423 Query: 423 LAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMMDI 459 LAPG++F ++ + RFNV LAD RFA A+ I Sbjct: 424 LAPGAVFSPQADRPSKYCRFNVAYLADKRFAQALQAI 460 >B1K6G8.1 B1K6G8_BURCC Transcriptional regulator, GntR family with aminotransferase domain Length = 461 Score = 545 bits (1403), Expect = e-153, Method: Compositional matrix adjust. Identities = 269/457 (58%), Positives = 338/457 (73%), Gaps = 2/457 (0%) Query: 4 ASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAEP 63 A +L+ + + RQI EGV A G++LPSIRE A GC+KNT+++ F+ L A GL EP Sbjct: 5 AKASLSGAMADNLARQIEEGVLAAGTKLPSIREYAKASGCSKNTVISAFEMLAADGLIEP 64 Query: 64 RRGAGFFVCV-APPRPKEDEEGNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLHDV 122 RRG+GFFV A P DE +L RAMD+VWLMREQL P L LG+GFPP+EWL + Sbjct: 65 RRGSGFFVTRRAAAAPDLDEPSSLDRAMDIVWLMREQLHAKPDVLNLGEGFPPIEWLEET 124 Query: 123 RLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQALD 182 RL+++ Q+++RT +LF YGSRFGYLPLRQ L KLA + IEA QIVLTHGANQA+D Sbjct: 125 RLNQYQQRIMRTSAASLFRYGSRFGYLPLRQSLQQKLAGYEIEAPPAQIVLTHGANQAMD 184 Query: 183 IVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGKPP 242 +V+R+F+RPGD VLVD+PGYY L+GKLKLSGA I+G+PR DGPDV L + +P Sbjct: 185 LVLRYFVRPGDTVLVDDPGYYPLFGKLKLSGAHIVGVPREIDGPDVTKLAEHIAT-YRPK 243 Query: 243 LFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQLRR 302 LFFTQS+ HNPTA+DTS KAHRILQLAD + IIVE+DA AD +P + RIATLDQLRR Sbjct: 244 LFFTQSVGHNPTATDTSAAKAHRILQLADAHDLIIVEDDALADLRPRSLTRIATLDQLRR 303 Query: 303 TVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHFSR 362 T+Y+GSFSKSVSAALRVGF+AC+ LASDLAD+KML H+SSSEYCERTLD I+SDGHF R Sbjct: 304 TIYIGSFSKSVSAALRVGFLACNAALASDLADVKMLTHVSSSEYCERTLDAIVSDGHFLR 363 Query: 363 HTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQIV 422 HT L+E+L +AT A L LGAE++ +Q +YLWA P + D+ LAQ L++R ++ Sbjct: 364 HTNHLQEKLRRATGTALDALGRLGAEVYRPCEQNLYLWAALPGWPDSMPLAQALLERGVI 423 Query: 423 LAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMMDI 459 LAPG++F ++ + RFNV LAD RFA A+ + Sbjct: 424 LAPGAVFSPQADRPSKYCRFNVAYLADKRFAQALQAV 460 >F2LJM6.1 F2LJM6_BURGA GntR family regulatory protein Length = 470 Score = 544 bits (1402), Expect = e-152, Method: Compositional matrix adjust. Identities = 278/463 (60%), Positives = 342/463 (73%), Gaps = 11/463 (2%) Query: 4 ASTTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAEP 63 A TTL+ + + RQI EG+ GS+LPSIRE A GC+KNT+V+ FD LTA GL EP Sbjct: 5 AGTTLSEGIADNLARQIEEGILPAGSKLPSIREYADASGCSKNTVVSAFDILTANGLIEP 64 Query: 64 RRGAGFFVCVAPPRPK--------EDEEG--NLSRAMDVVWLMREQLKHDPGQLRLGDGF 113 RRG+GFFVC P E E G L RAMDVVWLMREQL L LG+GF Sbjct: 65 RRGSGFFVCRRPGGGNGAAAAAIAESEGGATTLDRAMDVVWLMREQLHESANVLNLGEGF 124 Query: 114 PPMEWLHDVRLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVL 173 PP++WL RLD +HQ+VVRTG+ +LF YGSR+GYLPLRQ L KLA + I+A QIVL Sbjct: 125 PPVDWLAKTRLDLYHQRVVRTGVASLFRYGSRYGYLPLRQSLQQKLAGYEIDAQPAQIVL 184 Query: 174 THGANQALDIVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLER 233 THGANQA+DIV+R+F+RPGD VLVD+PGYY L+GKLKLSGARI+GIPR DGP +A LE Sbjct: 185 THGANQAIDIVLRYFVRPGDAVLVDDPGYYPLFGKLKLSGARIVGIPRETDGPSIAALEA 244 Query: 234 ELQKPGKPPLFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPR 293 L + +P LFFTQS+ HNPTA+DTS KAHRILQLA+ + ++VE+DA AD KP T R Sbjct: 245 ALAEH-RPRLFFTQSVGHNPTATDTSAAKAHRILQLAEAHDLMLVEDDALADLKPRTLTR 303 Query: 294 IATLDQLRRTVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDV 353 IATLDQLRRT+YVGSF+KSVSAALRVGF+AC LASDLAD+KML+H+SSSEYCERTLD Sbjct: 304 IATLDQLRRTIYVGSFAKSVSAALRVGFLACEAGLASDLADVKMLMHVSSSEYCERTLDA 363 Query: 354 ILSDGHFSRHTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLA 413 I+SDGHF RHT L+++L +ATE L LGAE+F +Q++YLWA P + D+ +LA Sbjct: 364 IVSDGHFLRHTNFLQDKLRRATEAGILALRRLGAEIFRESEQSLYLWASLPGWPDSMQLA 423 Query: 414 QRLMQRQIVLAPGSIFHVDTEQTQPWSRFNVGLLADARFADAM 456 Q L++R ++LAPG++F ++ + RFNV LAD RF A+ Sbjct: 424 QALLERGVILAPGAVFAPGADRLSAYCRFNVAYLADKRFVAAL 466 >A9BQX9.1 A9BQX9_DELAS Transcriptional regulator, GntR family with aminotransferase domain Length = 468 Score = 544 bits (1401), Expect = e-152, Method: Compositional matrix adjust. Identities = 264/459 (57%), Positives = 341/459 (74%), Gaps = 3/459 (0%) Query: 5 STTLTSTLVQLIRRQIAEGVYAPGSRLPSIREMAARHGCAKNTIVNVFDELTALGLAEPR 64 S + L LI +QIA+GVY PG +LPS+RE+A H AKNT+V+ FD L + G+ EPR Sbjct: 8 SAPIAEKLADLIGQQIADGVYRPGDKLPSLRELAQLHRYAKNTVVSAFDLLVSRGIVEPR 67 Query: 65 RGAGFFVCVAPPRPKEDEE--GNLSRAMDVVWLMREQLKHDPGQLRLGDGFPPMEWLHDV 122 RG+GF+V + + +E G L RAMD+VWLMREQLK P + +GDGFPP+EWL D+ Sbjct: 68 RGSGFYVLGSGRGAQRTDEDAGQLGRAMDIVWLMREQLKTQPDCVGVGDGFPPVEWLADM 127 Query: 123 RLDKFHQKVVRTGIGALFGYGSRFGYLPLRQHLVHKLAQHGIEAGTGQIVLTHGANQALD 182 RLD++HQKVVRTG+G+LF YGSR+GY PLR LV KL G++A GQ+VLTHGAN+A+D Sbjct: 128 RLDRYHQKVVRTGLGSLFRYGSRYGYAPLRDSLVRKLGDFGLQATPGQLVLTHGANEAMD 187 Query: 183 IVIRHFIRPGDRVLVDEPGYYMLYGKLKLSGARIIGIPRLPDGPDVAVLERELQKPGKPP 242 +VIR+F+ PG VLVDEPGYY L+GKL+L+GA ++G+PRL DGPDVA LE L + +P Sbjct: 188 LVIRYFVPPGATVLVDEPGYYPLFGKLRLAGAHVVGVPRLADGPDVAALESLLAQ-HRPR 246 Query: 243 LFFTQSLAHNPTASDTSPHKAHRILQLADRYQAIIVENDAFADFKPATAPRIATLDQLRR 302 LFFTQSLAHNPT SD S KA+++LQLA+R+ +IVE+D ADFKP +A R++TLDQL R Sbjct: 247 LFFTQSLAHNPTGSDISAAKAYKVLQLAERHNLLIVEDDPLADFKPTSAVRLSTLDQLER 306 Query: 303 TVYVGSFSKSVSAALRVGFIACHRDLASDLADIKMLVHMSSSEYCERTLDVILSDGHFSR 362 T+Y+GSFSKS SAALRVGFIAC+ LASDLAD+K L+H+S SEYCER +DV+L +GH+ R Sbjct: 307 TIYIGSFSKSFSAALRVGFIACNDALASDLADLKALIHVSGSEYCERMVDVMLREGHYER 366 Query: 363 HTARLRERLAQATEQARAQLEGLGAELFCAPQQAMYLWARFPWFEDAKRLAQRLMQRQIV 422 H RLR +L QAT QA L+ G E+F Q++YLW FP +D+ RLA++L+ R++ Sbjct: 367 HLVRLRHKLGQATAQALGWLDAHGCEVFARSPQSLYLWVAFPGVQDSLRLAEQLVPRKLS 426 Query: 423 LAPGSIFHVDTEQTQPWSRFNVGLLADARFADAMMDIRA 461 +APG +FHVD WSR NV + D RF AM + A Sbjct: 427 MAPGRVFHVDPSAVSRWSRCNVSAMLDPRFQAAMGQVLA 465