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= 0022.0363.p (472 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IXZ0.1 D8IXZ0_HERSS GntR family transcription regulator protein 968 0.0 Q476Q4.1 Q476Q4_CUPPJ Transcriptional regulator, GntR family 463 e-128 Q1LRY6.1 Q1LRY6_RALME Transcriptional regulator, GntR family, HT... 460 e-127 B2AGI5.1 B2AGI5_CUPTR Putative transcriptional regulator, GntR f... 456 e-126 Q0KEZ9.1 Q0KEZ9_CUPNH Transcriptional regulator, MocR family EC=... 452 e-125 B2TF43.1 B2TF43_BURPP Transcriptional regulator, GntR family wit... 443 e-122 Q13KV7.1 Q13KV7_BURXL Transcriptional regulator, GntR family 442 e-122 D5N9K8.1 D5N9K8_9BURK Transcriptional regulator, GntR family wit... 441 e-121 B2JQP2.1 B2JQP2_BURP8 Transcriptional regulator, GntR family wit... 439 e-121 D4XJC5.1 D4XJC5_9BURK GntR family transcriptional regulator 432 e-119 >D8IXZ0.1 D8IXZ0_HERSS GntR family transcription regulator protein Length = 472 Score = 968 bits (2503), Expect = 0.0, Method: Compositional matrix adjust. Identities = 471/472 (99%), Positives = 472/472 (100%) Query: 1 MAKPARAPLQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSST 60 MAKPARAPLQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSST Sbjct: 1 MAKPARAPLQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSST 60 Query: 61 VVEAYEQLVARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVP 120 VVEAYEQLVARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVP Sbjct: 61 VVEAYEQLVARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVP 120 Query: 121 IKAGCGWLPGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLEL 180 IKAGCGWLPGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLEL Sbjct: 121 IKAGCGWLPGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLEL 180 Query: 181 GIEQVLTTHGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGV 240 GIEQVLTTHGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGV Sbjct: 181 GIEQVLTTHGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGV 240 Query: 241 DTDVLETLARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELG 300 DTDVLETLARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELG Sbjct: 241 DTDVLETLARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELG 300 Query: 301 QATDPMLAALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEIN 360 QATDPMLAALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEIN Sbjct: 301 QATDPMLAALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEIN 360 Query: 361 ERLVHNVLTEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGCE 420 ERLVHNVLTEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGCE Sbjct: 361 ERLVHNVLTEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGCE 420 Query: 421 LSAREIADRARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFLRGL 472 LSAREIADRARQKGIWLAPGDFFHLSAPH+TSFRFNVGYADVPELFDFLRGL Sbjct: 421 LSAREIADRARQKGIWLAPGDFFHLSAPHQTSFRFNVGYADVPELFDFLRGL 472 >Q476Q4.1 Q476Q4_CUPPJ Transcriptional regulator, GntR family Length = 482 Score = 463 bits (1191), Expect = e-128, Method: Compositional matrix adjust. Identities = 239/471 (50%), Positives = 304/471 (64%), Gaps = 7/471 (1%) Query: 9 LQLDL--KRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYE 66 L LDL R+ L EQ+ G+A L++ LR+G LPSVR+FAQ H I + TV EAY Sbjct: 2 LTLDLTRSRRGGETLTEQIVAGIAALVDRRALRAGSALPSVRRFAQQHGISTFTVAEAYG 61 Query: 67 QLVARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCG 126 +L A G L AR G+G+ VA R +G P +++AWLLS++FAD VPIKAG G Sbjct: 62 RLTALGYLAARPGSGYTVAHRHAPAGGMRSPQWEAPGLNAAWLLSDVFADHSVPIKAGAG 121 Query: 127 WLPGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVL 186 WLPG WLN+EGLHQA R R P AQ GYGHPYGYAPLR+ I LG + + +QV+ Sbjct: 122 WLPGDWLNEEGLHQAMRAAARVPAAQVSGYGHPYGYAPLREHIATGLGQYGIPAQAQQVV 181 Query: 187 TTHGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLE 246 T GATQALDLV+RT+ + GDTVL++ P YCNL+ +LRLAGL VIGVPRT G+DTD LE Sbjct: 182 LTQGATQALDLVVRTLLRAGDTVLVEAPCYCNLLQILRLAGLRVIGVPRTAAGLDTDALE 241 Query: 247 TLARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPM 306 RTH P+ F +VLQNPTG + T A RVLQ AE+H VVEDDI+REL A PM Sbjct: 242 DAIRTHAPRALFINTVLQNPTGATLTSMNAFRVLQLAEQHRLLVVEDDIYRELAPAGSPM 301 Query: 307 LAALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHN 366 LAA+DGL +V+Y+ +SKTI PSLRVGY+A +LA+ TKM + LT+SE+ ERLV++ Sbjct: 302 LAAMDGLSQVVYINGFSKTITPSLRVGYVAASADLAKAFARTKMAVGLTSSEVTERLVYS 361 Query: 367 VLTEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATI-----EGCEL 421 VLT GH+ RHV L L + Q + K+ GL GGMF+WA + +G + Sbjct: 362 VLTSGHYGRHVAALAERLRAQQDCVTEKMEAHGLEVLLRPEGGMFAWARVRDVLHDGAPM 421 Query: 422 SAREIADRARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFLRGL 472 + +A A ++GIWLAPG +F RFNV D P+L++F L Sbjct: 422 TGNRLATLALERGIWLAPGSYFEPEETDSPWIRFNVATGDAPQLWEFFDSL 472 >Q1LRY6.1 Q1LRY6_RALME Transcriptional regulator, GntR family, HTH:Aminotransferase, class I and II EC=2.6.1.- Length = 481 Score = 460 bits (1183), Expect = e-127, Method: Compositional matrix adjust. Identities = 237/464 (51%), Positives = 300/464 (64%), Gaps = 3/464 (0%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 L L R+ L EQ+ G+A L+++ LR+G LPSVR+FAQ HD+ + TV EAY +L Sbjct: 4 LNLVRSRRGGETLTEQIVAGIAALVDSRALRAGALLPSVRRFAQQHDVSTFTVAEAYGRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 A G L AR G+G+ VA R +G V P +++AWLLS++FAD VPIKAG GWL Sbjct: 64 TALGYLAARPGSGYTVAHRHAPAGHARVPHWEAPGLNAAWLLSDVFADHSVPIKAGAGWL 123 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 PG WLN+EGLHQA R R P AQ GYGHPYG+ LR+ I L + + +QV+ T Sbjct: 124 PGDWLNEEGLHQAMRSAARVPAAQVSGYGHPYGFGALREHIAAHLSQYGIPAQSQQVVLT 183 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 GATQALDLV+RT+ +PGDTVL++ P YCNL+ +LRLAGL IGVPRT G+DTD LE Sbjct: 184 QGATQALDLVVRTLLRPGDTVLVESPCYCNLLQILRLAGLRAIGVPRTAAGLDTDALEDA 243 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 R H P+ F +VLQNPTG S T A RVLQ AE+H VVEDDI+REL A PMLA Sbjct: 244 IRQHSPRALFINTVLQNPTGASLTSMNAFRVLQIAEQHRLLVVEDDIYRELAPAGSPMLA 303 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 A+DGL +V+YV +SKTIAPSLRVGY+A +LA+ TKM + LT+SE+ ERLV++VL Sbjct: 304 AMDGLSQVVYVNGFSKTIAPSLRVGYLAASPDLAKAFARTKMAVGLTSSEVTERLVYSVL 363 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATI---EGCELSARE 425 T GH+ RHV L L + Q + K+ GL GGMF+WA + +G S Sbjct: 364 TSGHYGRHVAALAERLRAQQDLVTEKMDAHGLEVLLRPEGGMFAWARMRETDGPAPSGNR 423 Query: 426 IADRARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFL 469 +A A + GIWLAPG +F RFNV +D P+L+DF Sbjct: 424 LATLALEHGIWLAPGAYFEPGEADSPWIRFNVATSDAPQLWDFF 467 >B2AGI5.1 B2AGI5_CUPTR Putative transcriptional regulator, GntR family; C-term aminotransferase motif Length = 486 Score = 456 bits (1174), Expect = e-126, Method: Compositional matrix adjust. Identities = 237/476 (49%), Positives = 298/476 (62%), Gaps = 12/476 (2%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 L L R+ L EQ+ G+A L+E LR G LPSVR+FAQHH + + TV EAY +L Sbjct: 4 LNLTRSRRDGDTLTEQIVAGIAALVEQRALRPGTALPSVRRFAQHHHVSTFTVAEAYGRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 A G L +R G+G+ VA R +G P +++AWLLS++FAD VPIKAG GWL Sbjct: 64 TALGYLASRPGSGYTVAHRHAPAGHARAPHWEAPGLNAAWLLSDVFADHSVPIKAGAGWL 123 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 PG WLN+EGLHQA R R P AQ GYGHPYG+APLR+ I LG + + L QV+ T Sbjct: 124 PGDWLNEEGLHQAMRASARVPAAQLSGYGHPYGFAPLREHIAAGLGQYGIPLQARQVVLT 183 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 GATQALDLV+RT+ + GDTVL++ P YCNL+ +LRLAGL V+GVPRT G+DTD LE Sbjct: 184 QGATQALDLVVRTLLRAGDTVLVESPCYCNLLQILRLAGLRVVGVPRTAAGLDTDALEDA 243 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 R H P+ F +VLQNPTG S T A RVLQ AE+H VVEDDI+REL A PMLA Sbjct: 244 LRAHAPRALFINTVLQNPTGASLTSMNAFRVLQLAEQHRLLVVEDDIYRELAPAGSPMLA 303 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 A+DGL +V+Y+ +SKTI PSLRVGY+A +LA+ TKM + LT+SE+ ERLV++VL Sbjct: 304 AMDGLSQVVYINGFSKTITPSLRVGYLAASPDLAKAFARTKMAVGLTSSEVTERLVYSVL 363 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIE----------- 417 T GH+ RHV L+ L + Q + K+ GL GGMF+WA + Sbjct: 364 TSGHYGRHVAALSERLRAQQDRVTEKMEAHGLEVLLRPEGGMFAWARLSEAVQARWLASR 423 Query: 418 -GCELSAREIADRARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFLRGL 472 G L +A A + GIWLAPG +F RFNV D P+L+ F L Sbjct: 424 RGGPLLGNRLATLALEHGIWLAPGSYFEPDETDSPWIRFNVATGDAPQLWQFFDSL 479 >Q0KEZ9.1 Q0KEZ9_CUPNH Transcriptional regulator, MocR family EC=2.6.1.- Length = 486 Score = 452 bits (1162), Expect = e-125, Method: Compositional matrix adjust. Identities = 233/473 (49%), Positives = 297/473 (62%), Gaps = 12/473 (2%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 L L R+ L EQ+ G+A L+E LR+G LPSVR+FAQHH + + TV EAY +L Sbjct: 4 LNLTRTRRDGDTLTEQIVAGIAALVEQRALRAGTALPSVRRFAQHHHVSTFTVAEAYGRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 A G L AR G+G+ VA R +G P +++AWLLS++FAD VPIKAG GWL Sbjct: 64 TALGYLAARPGSGYTVAHRHAPAGHARAPQWEAPGLNAAWLLSDVFADHSVPIKAGAGWL 123 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 PG WLN+EGLHQA R R P AQ GYGHPYG+APLR+ I LG + + L +QV+ T Sbjct: 124 PGDWLNEEGLHQAMRASARVPAAQLSGYGHPYGFAPLREHIAAGLGQYGIPLQAQQVVLT 183 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 GATQALDLV+RT+ + GD VL++ P YCNL+ +LRLAGL V+GVPR+ G+DTD L+ Sbjct: 184 QGATQALDLVVRTLLRAGDRVLVESPCYCNLLQILRLAGLRVVGVPRSAAGLDTDALDDA 243 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 R H P+ F +VLQNPTG S + A RVLQ AE+H VVEDDI+REL A PMLA Sbjct: 244 IRAHAPRALFINTVLQNPTGASLSSMNAFRVLQLAEQHRLLVVEDDIYRELAPAGSPMLA 303 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 A+DGL +V+Y+ +SKTI PSLRVGY+A +LA+ TKM + LT+SE+ ERLV++VL Sbjct: 304 AMDGLSQVVYINGFSKTITPSLRVGYLAASPDLAKAFARTKMAVGLTSSEVTERLVYSVL 363 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATI------------ 416 T GH+ RHV L L + Q + K+ GL GGMF+WA + Sbjct: 364 TSGHYGRHVAALAERLRAQQDRVTEKMEAHGLEVLLRPEGGMFAWARLTEAAQARLQASR 423 Query: 417 EGCELSAREIADRARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFL 469 G L +A A + GIWLAPG +F RFNV D P+L+ F Sbjct: 424 RGGPLHGNRLATLALEYGIWLAPGSYFEPDETDSPWIRFNVATGDAPQLWQFF 476 >B2TF43.1 B2TF43_BURPP Transcriptional regulator, GntR family with aminotransferase domain Length = 471 Score = 443 bits (1139), Expect = e-122, Method: Compositional matrix adjust. Identities = 225/461 (48%), Positives = 299/461 (64%), Gaps = 1/461 (0%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 LQL+ R+ + LV+QV G A IE LR+G LPSVRQ AQ HD+ + TV EAY +L Sbjct: 4 LQLERDRRAAPTLVDQVVQGFARAIEGQSLRAGALLPSVRQLAQSHDLSTFTVTEAYSRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 V+ G++ ARRG+G+ VAAR+ QS + A P I + WLLS++FAD VPIKAG GWL Sbjct: 64 VSMGLVVARRGSGYRVAARS-QSARVAATDWQPPSITATWLLSDVFADHSVPIKAGGGWL 122 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 P +W+N+ GL A R + R P A+ YGHPYG+APLR+ I + L L + + +L T Sbjct: 123 PNEWINETGLQHALRAMSRVPAARLGDYGHPYGFAPLRERIAEQLDRRGLPVDVSNILLT 182 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 GATQ LDL++RT+ + GD V+++DPGYCNL+ +L+LAGL V GVPRTP GVDTDVLE L Sbjct: 183 QGATQGLDLIVRTLLRAGDAVIVEDPGYCNLLQILKLAGLVVHGVPRTPAGVDTDVLEAL 242 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 H PK F + LQNPTG ++ + A R+LQ AER WV+EDD+ REL + P+ A Sbjct: 243 VAEHKPKAIFVNTTLQNPTGATFGMSAAFRLLQIAERQRMWVIEDDVSRELAPSGAPLFA 302 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 A++GLQRV+YVG +SKT+ P LR GY+ +R + R++ TKM + LT+SE ER+V VL Sbjct: 303 AMEGLQRVLYVGGFSKTVTPGLRCGYVVAERAVLRELARTKMAVGLTSSEAIERIVDKVL 362 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGCELSAREIAD 428 EG + RHV+ +N L A AT+ +L +GL F R G+F WA + A E+A Sbjct: 363 LEGRYARHVEAVNERLKLAHATVEDRLDSLGLELFHRPRAGLFLWARLPIEAERAGEVAT 422 Query: 429 RARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFL 469 A GIWLAPG +F FRFNV Y+ L+ F+ Sbjct: 423 AALTHGIWLAPGSYFRPDDAPSAWFRFNVPYSTDDALWRFI 463 >Q13KV7.1 Q13KV7_BURXL Transcriptional regulator, GntR family Length = 471 Score = 442 bits (1136), Expect = e-122, Method: Compositional matrix adjust. Identities = 224/461 (48%), Positives = 298/461 (64%), Gaps = 1/461 (0%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 L+L+ R+ + LVEQV G A IE LR+G LPSVRQ A HD+ + TV EAY +L Sbjct: 4 LELERDRRAAPTLVEQVVQGFACAIEAQSLRAGALLPSVRQLAHSHDLSTFTVTEAYNRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 V+ G++ ARRG+G+ VAAR+ QS + A P + + WLLS++FAD VPIKAG GWL Sbjct: 64 VSMGLVVARRGSGYRVAARS-QSARVAATDWQPPSLTATWLLSDVFADHSVPIKAGGGWL 122 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 P +W+N+ GL A R + R P A+ YGHPYG+APLR+ I + L L + + VL T Sbjct: 123 PNEWINETGLQHALRAVSRVPAARLGDYGHPYGFAPLRERIAEQLDRRGLPVDVSNVLLT 182 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 GATQALDL++RT+ + GD V+++DPGYCNL+ +L+LAGL V GVPRTP GVDTDVLE L Sbjct: 183 QGATQALDLIVRTLLRAGDAVIVEDPGYCNLLQILKLAGLVVHGVPRTPAGVDTDVLEAL 242 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 H PK F + LQNPTG ++ + A R+LQ AER WV+EDD+ REL + P+ A Sbjct: 243 VAEHKPKAIFVNTTLQNPTGATFGMSAAFRLLQIAERQRMWVIEDDVSRELAPSGAPLFA 302 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 A++GLQRV+YVG +SKT+ P LR GY+ +R + R++ TKM + LT+SE ER+V VL Sbjct: 303 AMEGLQRVLYVGGFSKTVTPGLRCGYVVAERAVLRELARTKMAVGLTSSEAIERIVDKVL 362 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGCELSAREIAD 428 EG + RHV+ +N L A AT+ +L +GL F R G+F WA + A E+A Sbjct: 363 LEGRYARHVEAVNERLKLAHATVEERLDSLGLEVFHRPRAGLFLWARLPIEAERAGEVAT 422 Query: 429 RARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFL 469 A GIWLAPG +F FRFN Y+ L+ F+ Sbjct: 423 AALTHGIWLAPGSYFRPDDAPSAWFRFNAPYSTDDALWRFI 463 >D5N9K8.1 D5N9K8_9BURK Transcriptional regulator, GntR family with aminotransferase domain Length = 471 Score = 441 bits (1133), Expect = e-121, Method: Compositional matrix adjust. Identities = 223/461 (48%), Positives = 297/461 (64%), Gaps = 1/461 (0%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 L+L+ R+ + LVEQV G IE LR+G LPSVRQ AQ HD+ + TV EAY +L Sbjct: 4 LELERDRRAAPTLVEQVVQGFTRAIEAQSLRAGALLPSVRQLAQSHDLSTFTVTEAYNRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 V+ G++ ARRG+G+ VAAR+ QS + A P + + WLLS++FAD VPIKAG GWL Sbjct: 64 VSMGLVVARRGSGYRVAARS-QSARVAATDWQPPSLTATWLLSDVFADHSVPIKAGGGWL 122 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 P +W+N+ GL A R + R P A+ YGHPYG+APLR+ I + L L + + VL T Sbjct: 123 PNEWINETGLQHALRAVSRVPAARLGDYGHPYGFAPLRERIAEQLDRRGLPVDVSNVLLT 182 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 GATQALDL++RT+ + GD V+++DPGYCNL+ +L+LAGL V GVPRTP GVDTDVLE L Sbjct: 183 QGATQALDLIVRTLLRAGDAVIVEDPGYCNLLQILKLAGLVVHGVPRTPAGVDTDVLEAL 242 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 H PK F + LQNPTG ++ + A R+LQ AER WV+EDD+ REL + P+ A Sbjct: 243 VAEHKPKAIFVNTTLQNPTGATFGMSAAFRLLQIAERQRMWVIEDDVSRELAPSGAPLFA 302 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 A++GLQRV+YVG +SKT+ P LR GY+ +R + R++ TKM + LT+SE ER+ VL Sbjct: 303 AMEGLQRVLYVGGFSKTVTPGLRCGYVVAERAVLRELARTKMAVGLTSSEAIERIADKVL 362 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGCELSAREIAD 428 EG + RHV+ +N L A AT+ +L +GL F R G+F WA + A E+A Sbjct: 363 LEGRYARHVEAVNERLKLAHATVEERLDSLGLEVFHRPRAGLFLWARLPIEAERAGEVAT 422 Query: 429 RARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFL 469 A GIWLAPG +F FRFN Y+ L+ F+ Sbjct: 423 AALTHGIWLAPGSYFRPDDAPSAWFRFNAPYSTDDALWRFI 463 >B2JQP2.1 B2JQP2_BURP8 Transcriptional regulator, GntR family with aminotransferase domain Length = 469 Score = 439 bits (1130), Expect = e-121, Method: Compositional matrix adjust. Identities = 221/461 (47%), Positives = 297/461 (64%), Gaps = 1/461 (0%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 L+LD R+ + LVEQV G A I++ LR+G LPSVRQ A H + + TV EAY +L Sbjct: 4 LELDRDRRAAPTLVEQVVQGFAHAIDSQALRAGALLPSVRQLAHSHSLSTFTVTEAYSRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 V+ G++ ARRG+G+ VA RA S V P P + + WLLS++FAD VPIKAG GWL Sbjct: 64 VSMGLVIARRGSGYRVAPRARTSNTSTVDWQP-PSLTATWLLSDVFADHSVPIKAGGGWL 122 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 P +W+N+ G+ A R + R P + YGHPYG+APLR I + + L + VL T Sbjct: 123 PSEWINETGMQHAFRAMSRVPAVRLGDYGHPYGFAPLRARIAEQMDGRGLPADVSNVLLT 182 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 GATQALDL++RT+ + GDTV+++DPGYCNL+ +L+LAGL VIGVPRTP G+DTDVLE + Sbjct: 183 QGATQALDLIVRTLLRAGDTVVVEDPGYCNLLQILKLAGLTVIGVPRTPAGIDTDVLEKI 242 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 H PK F + LQNPTG +YT A A R+LQ AER+ WV+EDD+ REL PM A Sbjct: 243 VEAHRPKAIFVNTTLQNPTGATYTMASAFRLLQIAERNRMWVIEDDVSRELAPPGAPMFA 302 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 A++GL+RV+Y+ +SKT+ P+LR GY+ +R++ R++ TKM + LT+SE ER+V VL Sbjct: 303 AMEGLRRVLYISGFSKTVTPALRCGYVVAERDVLRELARTKMAVGLTSSEAIERIVDKVL 362 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGCELSAREIAD 428 EG + RHV+ +N L +A A + +L +GL F R G+F A + A EIA Sbjct: 363 HEGRYARHVEQVNDWLRAAHAVVEERLDALGLEAFHRPRAGLFLLARLPIAPERAGEIAT 422 Query: 429 RARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFL 469 A GIWLAPG +F FRFNV Y+ L+ F+ Sbjct: 423 AALADGIWLAPGSYFRPDDAPSAWFRFNVPYSTDDALWRFI 463 >D4XJC5.1 D4XJC5_9BURK GntR family transcriptional regulator Length = 472 Score = 432 bits (1111), Expect = e-119, Method: Compositional matrix adjust. Identities = 217/464 (46%), Positives = 288/464 (62%), Gaps = 2/464 (0%) Query: 9 LQLDLKRKTSARLVEQVANGLAGLIETGELRSGERLPSVRQFAQHHDIGSSTVVEAYEQL 68 Q + R LVEQ+ + IE LR G LPSVR+FA+ + + + TV AY +L Sbjct: 4 FQPNRARGAGPTLVEQLVAAILRAIEEQVLRPGMSLPSVREFARQYGVSTFTVASAYSRL 63 Query: 69 VARGMLQARRGAGFFVAARAGQSGQHAVFVPPEPVIDSAWLLSEMFADERVPIKAGCGWL 128 V+ G L AR GAG+ VA+ + Q P +++ WLLS++FAD +PIK+GCGWL Sbjct: 64 VSLGWLAARPGAGYRVASPDAPARQGEALSWEPPRLNAGWLLSDIFADHSIPIKSGCGWL 123 Query: 129 PGKWLNDEGLHQAERRIIRSPGAQQVGYGHPYGYAPLRQLITQFLGHWSLELGIEQVLTT 188 PG+WLN+EGLH A R + R P + YGHPYGYAPLR+ I L +E+ + QVL T Sbjct: 124 PGEWLNEEGLHVALRHMGRVPAMRIANYGHPYGYAPLRETIAASLSAQGMEVDVSQVLLT 183 Query: 189 HGATQALDLVIRTMTQPGDTVLIDDPGYCNLIAMLRLAGLNVIGVPRTPGGVDTDVLETL 248 G T LD+VIRT+ +PGDTV+++ P Y NL+ MLRLAGL V+ VPRT G+D + LE + Sbjct: 184 QGVTHGLDMVIRTLLRPGDTVVVEQPAYANLLQMLRLAGLRVVAVPRTVDGLDCEALERV 243 Query: 249 ARTHHPKMFFTTSVLQNPTGTSYTPACAMRVLQAAERHGFWVVEDDIFRELGQATDPMLA 308 A H P+ F +VLQNP+G S A A R+LQAAERHG WV+EDDI REL PMLA Sbjct: 244 AAQHRPRALFINTVLQNPSGASIGMANAFRILQAAERHGLWVIEDDISRELAPGVTPMLA 303 Query: 309 ALDGLQRVIYVGSYSKTIAPSLRVGYIACQRELARQIVHTKMVLTLTNSEINERLVHNVL 368 ALDG RV+Y+G YSK I+PS+RVGY+ R+L R I TKM + LT+ EI ER+VH V+ Sbjct: 304 ALDGGHRVVYLGGYSKVISPSVRVGYVVAHRDLVRDIARTKMAVGLTSPEIMERIVHQVI 363 Query: 369 TEGHHRRHVQTLNATLLSAQATLNAKLSEVGLTPFTAARGGMFSWATIEGC--ELSAREI 426 EG +R H+ L A + ++ + G +GG+F WA + G E A + Sbjct: 364 REGRYRAHIARTRERLAQAHGVVAEQMRQHGFEIHGRPQGGLFLWAKVSGAWRERGANGL 423 Query: 427 ADRARQKGIWLAPGDFFHLSAPHKTSFRFNVGYADVPELFDFLR 470 A+ A + GIWLAPG +F RFNV Y++ P L+ F+R Sbjct: 424 AELALKDGIWLAPGSYFEADEADTPWVRFNVAYSEAPALWRFMR 467