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= 0037.0002.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 D8IRJ4.1 D8IRJ4_HERSS Transcription regulator protein 947 0.0 A6SVU1.1 A6SVU1_JANMA Transcriptional regulator, GntR family 699 0.0 A4G389.1 A4G389_HERAR Putative transcription regulator aminotran... 672 0.0 B5S6I7.1 B5S6I7_RALSO Putative uncharacterized protein 577 e-162 D8NLT4.1 D8NLT4_RALSO Putative transcription regulator aminotran... 576 e-162 B5SEW6.1 B5SEW6_RALSO Putative uncharacterized protein 576 e-162 A3RP54.1 A3RP54_RALSO Transcriptional regulatory protein 576 e-162 Q8Y0Q4.1 Q8Y0Q4_RALSO Putative transcription regulator protein 576 e-162 D8NCF3.1 D8NCF3_RALSO Putative transcription regulator aminotran... 574 e-161 D8NW46.1 D8NW46_RALSO Putative transcription regulator aminotran... 573 e-161 >D8IRJ4.1 D8IRJ4_HERSS Transcription regulator protein Length = 500 Score = 947 bits (2448), Expect = 0.0, Method: Compositional matrix adjust. Identities = 468/469 (99%), Positives = 468/469 (99%) Query: 1 LLRESGDSLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQG 60 LLRESGDSLVEQIVRGIRARIDDKLLRSGMRMPSIRQFAD NQISRFTVVEAYDRLVAQG Sbjct: 32 LLRESGDSLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADTNQISRFTVVEAYDRLVAQG 91 Query: 61 YLESRRGSGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGL 120 YLESRRGSGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGL Sbjct: 92 YLESRRGSGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGL 151 Query: 121 LPPDWLDGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVL 180 LPPDWLDGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVL Sbjct: 152 LPPDWLDGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVL 211 Query: 181 TTGVTQGLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRE 240 TTGVTQGLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRE Sbjct: 212 TTGVTQGLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRE 271 Query: 241 LAAVHKPKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQP 300 LAAVHKPKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQP Sbjct: 272 LAAVHKPKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQP 331 Query: 301 ATRIAALDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERV 360 ATRIAALDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERV Sbjct: 332 ATRIAALDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERV 391 Query: 361 AYKVLSEGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVM 420 AYKVLSEGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVM Sbjct: 392 AYKVLSEGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVM 451 Query: 421 TEAAMQEGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 TEAAMQEGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER Sbjct: 452 TEAAMQEGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 500 >A6SVU1.1 A6SVU1_JANMA Transcriptional regulator, GntR family Length = 488 Score = 699 bits (1803), Expect = 0.0, Method: Compositional matrix adjust. Identities = 333/463 (71%), Positives = 389/463 (84%), Gaps = 3/463 (0%) Query: 1 LLRESGDSLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQG 60 L R +G SL+EQIV+ I +RIDDK+LR+G RMPSIRQF+D +Q+SRFTVVEAYDRLVA G Sbjct: 22 LSRTAGSSLIEQIVQLITSRIDDKILRTGARMPSIRQFSDQHQVSRFTVVEAYDRLVAGG 81 Query: 61 YLESRRGSGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGL 120 LESRRGSGFYV++RAP+ +P +DVVWLVRNMFRQ+PP KMPG GL Sbjct: 82 LLESRRGSGFYVRDRAPMLTPRAQGLQSAAQQP---VDVVWLVRNMFRQLPPQKMPGVGL 138 Query: 121 LPPDWLDGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVL 180 LP +WLDG+L+ANALRAVSR NP LLL YG PQGFLPLRQQLQLK+AELEI+A P+Q V Sbjct: 139 LPNEWLDGDLVANALRAVSRQNPNLLLQYGIPQGFLPLRQQLQLKMAELEISATPDQFVT 198 Query: 181 TTGVTQGLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRE 240 T GVTQGLD VARH+++PGD IFVDDP WFLMFGSFAALGAKVVGIPRL DGPDIA+L Sbjct: 199 TAGVTQGLDLVARHYIQPGDTIFVDDPGWFLMFGSFAALGAKVVGIPRLPDGPDIAQLTA 258 Query: 241 LAAVHKPKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQP 300 LA +H+PKL++INS+LHNPTSTSLSAAKAFQVL+IAE++DF+IVEDDIYCDMHPG+AVQ Sbjct: 259 LAELHRPKLFIINSILHNPTSTSLSAAKAFQVLKIAEQYDFMIVEDDIYCDMHPGAAVQA 318 Query: 301 ATRIAALDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERV 360 ATRIAALDQL RVIYLGGFSKTL+ANLRVG+IATS E+AR LADRK+L+ LTT EI ERV Sbjct: 319 ATRIAALDQLNRVIYLGGFSKTLAANLRVGFIATSPEIARQLADRKMLTALTTTEITERV 378 Query: 361 AYKVLSEGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVM 420 Y++LSEGHYRKH +R+R +LN RDK +RQ+ER+G+ + P GMF W D G D ++ Sbjct: 379 VYRILSEGHYRKHTDRLRTKLNAVRDKTIRQMERIGIKIHFHTPAGMFAWTDVGCDATIL 438 Query: 421 TEAAMQEGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFL 463 E AM++G+LLAPGSLFSP QLPST MR NVA+MADPGI RFL Sbjct: 439 AEKAMEQGYLLAPGSLFSPNQLPSTNMRFNVAAMADPGIMRFL 481 >A4G389.1 A4G389_HERAR Putative transcription regulator aminotransferase GntR-related Length = 486 Score = 672 bits (1733), Expect = 0.0, Method: Compositional matrix adjust. Identities = 334/463 (72%), Positives = 393/463 (84%), Gaps = 6/463 (1%) Query: 1 LLRESGDSLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQG 60 L RE+G SL+ QIV+ + ARIDDKLLR+G RMPSIRQF+D +++SRFTVVEAYDRLVA G Sbjct: 23 LSRETGGSLIAQIVQLVTARIDDKLLRTGARMPSIRQFSDQHKVSRFTVVEAYDRLVAGG 82 Query: 61 YLESRRGSGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGL 120 LESRRGSGFYV++R P+ A +A+ + +DVVWLVRNMFRQ+PP KMPG GL Sbjct: 83 LLESRRGSGFYVRDRTPML----APRAQRTNTARQPVDVVWLVRNMFRQLPPQKMPGVGL 138 Query: 121 LPPDWLDGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVL 180 LP +WLD +L+ANALRAVSR N L L YG PQGFLPLRQQLQLKLAELEI+A P+Q V Sbjct: 139 LPNEWLDADLVANALRAVSRQN--LPLQYGNPQGFLPLRQQLQLKLAELEISATPDQFVT 196 Query: 181 TTGVTQGLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRE 240 T GVTQ LD VARH+++PGD IFVDDPAWFLMFGSFA LGAKVVGIPRL DGPDIA+L E Sbjct: 197 TLGVTQALDLVARHYIQPGDTIFVDDPAWFLMFGSFAMLGAKVVGIPRLPDGPDIAQLAE 256 Query: 241 LAAVHKPKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQP 300 LAA+H+PKL+VINSVLHNPTSTSLSAAKAFQVL+IAE++DF+IVEDDIYCDMHPG+ VQP Sbjct: 257 LAALHRPKLFVINSVLHNPTSTSLSAAKAFQVLKIAEQYDFMIVEDDIYCDMHPGTTVQP 316 Query: 301 ATRIAALDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERV 360 ATRIAALDQL RVIYLGGFSKTL+ANLRVG+IATS E+A+ L DRK+L+TLTT EI ERV Sbjct: 317 ATRIAALDQLNRVIYLGGFSKTLAANLRVGFIATSPEIAKHLCDRKMLTTLTTTEITERV 376 Query: 361 AYKVLSEGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVM 420 Y++LSEGHYRKHA+R+R +L+ RDK +RQ+ER+G+ + + P GMF+W D G D+N + Sbjct: 377 VYRILSEGHYRKHADRLRNKLDAVRDKTVRQMERIGIKINISTPAGMFVWTDVGCDSNAL 436 Query: 421 TEAAMQEGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFL 463 TE AM++G+LLAPGSLFSP QLPST MR NVA+MADPGI FL Sbjct: 437 TERAMEQGYLLAPGSLFSPNQLPSTNMRFNVAAMADPGILPFL 479 >B5S6I7.1 B5S6I7_RALSO Putative uncharacterized protein Length = 511 Score = 577 bits (1486), Expect = e-162, Method: Compositional matrix adjust. Identities = 288/463 (62%), Positives = 346/463 (74%), Gaps = 8/463 (1%) Query: 8 SLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQGYLESRRG 67 +LV+Q+ R RID+++ R+GMRMPSIRQ A ISRFTVVEAY+RLVAQGYLESRRG Sbjct: 55 TLVDQLTEWARMRIDERVFRAGMRMPSIRQLAQEKSISRFTVVEAYERLVAQGYLESRRG 114 Query: 68 SGFYVKER-APLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGLLPPDWL 126 SGFYVKER PL A R +DV WL+RNMF P K PG G LP WL Sbjct: 115 SGFYVKERHTPLPEEPAAPSTS-----ARKIDVAWLLRNMFHSAEPRKAPGIGFLPNGWL 169 Query: 127 DGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVLTTGVTQ 186 DGELIANALRA+ R N L +GTPQGFLPLRQQLQ +LAELEI A P+QIV+T+G+TQ Sbjct: 170 DGELIANALRALGRQNGNQFLTWGTPQGFLPLRQQLQTRLAELEIGARPDQIVMTSGITQ 229 Query: 187 GLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRELAAVHK 246 LD +AR +++PGD + V DPAWFLMFG FAA GA+V+G+P +GPD+ L L V + Sbjct: 230 SLDLIARQYVQPGDTVLVGDPAWFLMFGRFAAQGAQVIGVPYTTEGPDLVALEGLVQVRR 289 Query: 247 PKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQPATRIAA 306 PKL VINSVLHNPT TSLSAAKAFQ+LR+AE++ F+IVEDDIY D+ P PATR+A+ Sbjct: 290 PKLLVINSVLHNPTGTSLSAAKAFQLLRLAEQYGFLIVEDDIYGDLAPPG--HPATRLAS 347 Query: 307 LDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERVAYKVLS 366 LDQL+RVIYLG FSKTL+ANLRVG+IA ELA++L D KLL+ L T EI ERV YKVL+ Sbjct: 348 LDQLRRVIYLGSFSKTLAANLRVGFIACHPELAKNLTDGKLLAGLATPEINERVLYKVLT 407 Query: 367 EGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVMTEAAMQ 426 EG YRKH ERVRARL+ RD V R LERLG+ + GMF+W DTGRDTN + A + Sbjct: 408 EGQYRKHVERVRARLDRGRDGVQRSLERLGLKLFAQQGAGMFIWADTGRDTNAIARAGHE 467 Query: 427 EGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 EG++ APGSLFSP+Q+PST+MR N+A+ DP + RFLA +ER Sbjct: 468 EGYVFAPGSLFSPSQMPSTWMRFNIATSTDPEMLRFLADQLER 510 >D8NLT4.1 D8NLT4_RALSO Putative transcription regulator aminotransferase GntR-related Length = 507 Score = 576 bits (1484), Expect = e-162, Method: Compositional matrix adjust. Identities = 287/463 (61%), Positives = 346/463 (74%), Gaps = 8/463 (1%) Query: 8 SLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQGYLESRRG 67 +LV+Q+ R RID+++ R+GMRMPSIRQ A ISRFTVVEAY+RLVAQGYLESRRG Sbjct: 51 TLVDQLTEWARMRIDERVFRAGMRMPSIRQLAQEKSISRFTVVEAYERLVAQGYLESRRG 110 Query: 68 SGFYVKER-APLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGLLPPDWL 126 SGFYVKER PL A R +DV WL+RNMF P K PG G LP WL Sbjct: 111 SGFYVKERHTPLPEEPAAPSTS-----ARKIDVAWLLRNMFHSAEPRKAPGIGFLPNGWL 165 Query: 127 DGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVLTTGVTQ 186 DGELIANALRA+ R N L +GTPQGFLPLRQQLQ +LAELEI A P+QIV+T+G+TQ Sbjct: 166 DGELIANALRALGRQNGNQFLAWGTPQGFLPLRQQLQTRLAELEIGARPDQIVMTSGITQ 225 Query: 187 GLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRELAAVHK 246 LD +AR +++PGD + V DPAWFLMFG FAA GA+V+G+P +GPD+ L L V + Sbjct: 226 SLDLIARQYVQPGDTVLVGDPAWFLMFGRFAAQGAQVIGVPYTTEGPDLVALEGLVQVRR 285 Query: 247 PKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQPATRIAA 306 PKL VINSVLHNPT TSLSAAKAFQ+LR+AE++ F+IVEDDIY D+ P PATR+A+ Sbjct: 286 PKLLVINSVLHNPTGTSLSAAKAFQLLRLAEQYGFLIVEDDIYGDLAPPG--HPATRLAS 343 Query: 307 LDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERVAYKVLS 366 LDQL+RVIYLG FSKTL+ANLRVG+IA ELA++L D KLL+ L T EI ER+ YKVL+ Sbjct: 344 LDQLRRVIYLGSFSKTLAANLRVGFIACHPELAKNLTDGKLLAGLATPEINERLLYKVLT 403 Query: 367 EGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVMTEAAMQ 426 EG YRKH ERVRARL+ RD V R LERLG+ + GMF+W DTGRDTN + A + Sbjct: 404 EGQYRKHVERVRARLDRGRDGVQRSLERLGLKLFAQQGAGMFIWADTGRDTNAIARAGHE 463 Query: 427 EGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 EG++ APGSLFSP+Q+PST+MR N+A+ DP + RFLA +ER Sbjct: 464 EGYVFAPGSLFSPSQMPSTWMRFNIATSTDPEMLRFLADQLER 506 >B5SEW6.1 B5SEW6_RALSO Putative uncharacterized protein Length = 511 Score = 576 bits (1484), Expect = e-162, Method: Compositional matrix adjust. Identities = 288/463 (62%), Positives = 346/463 (74%), Gaps = 8/463 (1%) Query: 8 SLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQGYLESRRG 67 +LV+Q+ R RID+++ R+GMRMPSIRQ A ISRFTVVEAY+RLVAQGYLESRRG Sbjct: 55 TLVDQLTEWARMRIDERVFRAGMRMPSIRQLAQEKSISRFTVVEAYERLVAQGYLESRRG 114 Query: 68 SGFYVKER-APLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGLLPPDWL 126 SGFYVKER PL A R +DV WL+RNMF P K PG G LP WL Sbjct: 115 SGFYVKERHTPLPEEPAAPSTS-----ARKIDVAWLLRNMFHSAEPRKAPGIGFLPNGWL 169 Query: 127 DGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVLTTGVTQ 186 DGELIANALRA+ R N L +GTPQGFLPLRQQLQ +LAELEI A P+QIV+T+G+TQ Sbjct: 170 DGELIANALRALGRQNGNQFLTWGTPQGFLPLRQQLQTRLAELEIGARPDQIVMTSGITQ 229 Query: 187 GLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRELAAVHK 246 LD +AR +++PGD + V DPAWFLMFG FAA GA+V+G+P +GPD+ L L V + Sbjct: 230 SLDLIARQYVQPGDTVLVGDPAWFLMFGRFAAQGAQVIGVPYTTEGPDLVALEGLVQVRR 289 Query: 247 PKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQPATRIAA 306 PKL VINSVLHNPT TSLSAAKAFQ+LR+AE++ F+IVEDDIY D+ P PATR+A+ Sbjct: 290 PKLLVINSVLHNPTGTSLSAAKAFQLLRLAEQYGFLIVEDDIYGDLAPPG--HPATRLAS 347 Query: 307 LDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERVAYKVLS 366 LDQL+RVIYLG FSKTL+ANLRVG+IA ELA++L D KLL+ L T EI ERV YKVL+ Sbjct: 348 LDQLRRVIYLGSFSKTLAANLRVGFIACHPELAKNLTDGKLLAGLATPEINERVLYKVLT 407 Query: 367 EGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVMTEAAMQ 426 EG YRKH ERVRARL+ RD V R LERLG+ + GMF+W DTGRDTN + A + Sbjct: 408 EGQYRKHVERVRARLDRGRDGVQRSLERLGLKLFAQQGAGMFIWADTGRDTNAIARAGHE 467 Query: 427 EGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 EG++ APGSLFSP+Q+PST+MR N+A+ DP + RFLA +ER Sbjct: 468 EGYVFAPGSLFSPSQMPSTWMRFNIATSTDPEMLRFLAGQLER 510 >A3RP54.1 A3RP54_RALSO Transcriptional regulatory protein Length = 511 Score = 576 bits (1484), Expect = e-162, Method: Compositional matrix adjust. Identities = 288/463 (62%), Positives = 346/463 (74%), Gaps = 8/463 (1%) Query: 8 SLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQGYLESRRG 67 +LV+Q+ R RID+++ R+GMRMPSIRQ A ISRFTVVEAY+RLVAQGYLESRRG Sbjct: 55 TLVDQLTEWARMRIDERVFRAGMRMPSIRQLAQEKSISRFTVVEAYERLVAQGYLESRRG 114 Query: 68 SGFYVKER-APLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGLLPPDWL 126 SGFYVKER PL A R +DV WL+RNMF P K PG G LP WL Sbjct: 115 SGFYVKERHTPLPEEPAAPSTS-----ARKIDVAWLLRNMFHSAEPRKAPGIGFLPNGWL 169 Query: 127 DGELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVLTTGVTQ 186 DGELIANALRA+ R N L +GTPQGFLPLRQQLQ +LAELEI A P+QIV+T+G+TQ Sbjct: 170 DGELIANALRALGRQNGNQFLTWGTPQGFLPLRQQLQTRLAELEIGARPDQIVMTSGITQ 229 Query: 187 GLDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRELAAVHK 246 LD +AR +++PGD + V DPAWFLMFG FAA GA+V+G+P +GPD+ L L V + Sbjct: 230 SLDLIARQYVQPGDTVLVGDPAWFLMFGRFAAQGAQVIGVPYTTEGPDLVALEGLVQVRR 289 Query: 247 PKLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQPATRIAA 306 PKL VINSVLHNPT TSLSAAKAFQ+LR+AE++ F+IVEDDIY D+ P PATR+A+ Sbjct: 290 PKLLVINSVLHNPTGTSLSAAKAFQLLRLAEQYGFLIVEDDIYGDLAPPG--HPATRLAS 347 Query: 307 LDQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERVAYKVLS 366 LDQL+RVIYLG FSKTL+ANLRVG+IA ELA++L D KLL+ L T EI ERV YKVL+ Sbjct: 348 LDQLRRVIYLGSFSKTLAANLRVGFIACHPELAKNLTDGKLLAGLATPEINERVLYKVLT 407 Query: 367 EGHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVMTEAAMQ 426 EG YRKH ERVRARL+ RD V R LERLG+ + GMF+W DTGRDTN + A + Sbjct: 408 EGQYRKHVERVRARLDRGRDGVQRSLERLGLKLFAQQGAGMFIWADTGRDTNAIARAGHE 467 Query: 427 EGFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 EG++ APGSLFSP+Q+PST+MR N+A+ DP + RFLA +ER Sbjct: 468 EGYVFAPGSLFSPSQMPSTWMRFNIATSTDPEMLRFLAGQLER 510 >Q8Y0Q4.1 Q8Y0Q4_RALSO Putative transcription regulator protein Length = 490 Score = 576 bits (1484), Expect = e-162, Method: Compositional matrix adjust. Identities = 286/462 (61%), Positives = 346/462 (74%), Gaps = 6/462 (1%) Query: 8 SLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQGYLESRRG 67 +LV+Q+ R RID+++ R+GMRMPSIRQ A ISRFTVVEAY+RLVAQGYLESRRG Sbjct: 34 TLVDQLTEWARMRIDERVFRAGMRMPSIRQLAQEKSISRFTVVEAYERLVAQGYLESRRG 93 Query: 68 SGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGLLPPDWLD 127 SGFYVKER + + R +DV WL+RNMF P K PG G LP WLD Sbjct: 94 SGFYVKERQ----APLPEEPPAPPASARKIDVAWLLRNMFHSAEPRKAPGIGFLPNGWLD 149 Query: 128 GELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVLTTGVTQG 187 GELIANALRA+ R N L +GTPQGFLPLRQQLQ +LAELEI A P+QIV+T+G+TQ Sbjct: 150 GELIANALRALGRQNGNQFLAWGTPQGFLPLRQQLQTRLAELEIGARPDQIVMTSGITQS 209 Query: 188 LDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRELAAVHKP 247 LD +AR +++PGD + V DPAWFLMFG FAA GA+V+G+P +GPD+ L L V +P Sbjct: 210 LDLIARQYVQPGDTVLVGDPAWFLMFGRFAAQGAQVIGVPYTTEGPDLVALEGLVQVRRP 269 Query: 248 KLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQPATRIAAL 307 KL VINSVLHNPT TSLSAAKAFQ+LR+AE++ F+IVEDDIY D+ P PATR+A+L Sbjct: 270 KLLVINSVLHNPTGTSLSAAKAFQLLRLAEQYGFLIVEDDIYGDLAPPG--HPATRLASL 327 Query: 308 DQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERVAYKVLSE 367 DQL+RVIYLG FSKTL+ANLRVG+IA ELA++L D KLL+ L T EI ERV YKVL+E Sbjct: 328 DQLRRVIYLGSFSKTLAANLRVGFIACHPELAKNLTDGKLLAGLATPEINERVLYKVLTE 387 Query: 368 GHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVMTEAAMQE 427 G YRKH ERVRARL+ ARD V R LERLG+ + GMF+W DTGRDTN + A +E Sbjct: 388 GQYRKHVERVRARLDRARDGVQRSLERLGLKLFAQQGAGMFIWADTGRDTNAIARAGHEE 447 Query: 428 GFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 G++ APGSLFSP+Q+PST+MR N+A+ DP + RFLA +ER Sbjct: 448 GYVFAPGSLFSPSQMPSTWMRFNIATSTDPEMLRFLADQLER 489 >D8NCF3.1 D8NCF3_RALSO Putative transcription regulator aminotransferase GntR-related Length = 511 Score = 574 bits (1479), Expect = e-161, Method: Compositional matrix adjust. Identities = 285/462 (61%), Positives = 345/462 (74%), Gaps = 6/462 (1%) Query: 8 SLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQGYLESRRG 67 +LV+Q+ R RID+++ R+GMRMPSIRQ A ISRFTVVEAY+RLVAQGYLESRRG Sbjct: 55 TLVDQLTEWARMRIDERVFRAGMRMPSIRQLAQEKSISRFTVVEAYERLVAQGYLESRRG 114 Query: 68 SGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGLLPPDWLD 127 SGFYVKER + + R +DV WL+RNMF P K PG G LP WLD Sbjct: 115 SGFYVKERH----APLPEEPPAPPASARKIDVAWLLRNMFHSAEPRKAPGIGFLPNGWLD 170 Query: 128 GELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVLTTGVTQG 187 GELIANALRA+ R N L +GTPQGFLPLRQQLQ +LAELEI A P+QIV+T+G+TQ Sbjct: 171 GELIANALRALGRQNGNQFLAWGTPQGFLPLRQQLQTRLAELEIGARPDQIVMTSGITQS 230 Query: 188 LDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRELAAVHKP 247 LD +AR +++PGD + V DPAWFLMFG FAA GA+V+G+P +GPD+ L L V +P Sbjct: 231 LDLIARQYVQPGDTVLVGDPAWFLMFGRFAAQGAQVIGVPYTTEGPDLVALEGLVQVRRP 290 Query: 248 KLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQPATRIAAL 307 KL VINSVLHNPT TSLSAAKAFQ+LR+AE++ F+IVEDDIY D+ P P TR+A+L Sbjct: 291 KLLVINSVLHNPTGTSLSAAKAFQLLRLAEQYGFLIVEDDIYGDLAPPG--HPGTRLASL 348 Query: 308 DQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERVAYKVLSE 367 DQL+RVIYLG FSKTL+ANLRVG+IA ELA++L D KLL+ L T EI ERV YKVL+E Sbjct: 349 DQLRRVIYLGSFSKTLAANLRVGFIACHPELAKNLTDGKLLAGLATPEINERVLYKVLTE 408 Query: 368 GHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVMTEAAMQE 427 G YRKH ERVRARL+ ARD V R LERLG+ + GMF+W DTGRDTN + A +E Sbjct: 409 GQYRKHVERVRARLDRARDGVQRSLERLGLKLFAQQGAGMFIWADTGRDTNAIARAGHEE 468 Query: 428 GFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 G++ APGSLFSP+Q+PST+MR N+A+ DP + RFLA +ER Sbjct: 469 GYVFAPGSLFSPSQMPSTWMRFNIATSTDPEMLRFLADQLER 510 >D8NW46.1 D8NW46_RALSO Putative transcription regulator aminotransferase GntR-related Length = 490 Score = 573 bits (1476), Expect = e-161, Method: Compositional matrix adjust. Identities = 284/462 (61%), Positives = 345/462 (74%), Gaps = 6/462 (1%) Query: 8 SLVEQIVRGIRARIDDKLLRSGMRMPSIRQFADANQISRFTVVEAYDRLVAQGYLESRRG 67 +LV+Q+ R RID+++ R+GMRMPSIRQ A ISRFTVVEAY+RLVAQGYLESRRG Sbjct: 34 TLVDQLTEWARMRIDERVFRAGMRMPSIRQLAQEKSISRFTVVEAYERLVAQGYLESRRG 93 Query: 68 SGFYVKERAPLGGSYGAAQAELDTEPGRGLDVVWLVRNMFRQMPPAKMPGGGLLPPDWLD 127 SGFYVKER + + R +DV WL+RNMF P K PG G LP WLD Sbjct: 94 SGFYVKERH----APLPEEPAAPPASARKIDVAWLLRNMFHSAEPRKAPGIGFLPNGWLD 149 Query: 128 GELIANALRAVSRDNPQLLLGYGTPQGFLPLRQQLQLKLAELEIAAAPEQIVLTTGVTQG 187 GEL+ANALRA+ R N L +GTPQGFLPLRQQLQ +LAELEI A P+QIV+T+G+TQ Sbjct: 150 GELVANALRALGRQNGNQFLAWGTPQGFLPLRQQLQTRLAELEIGARPDQIVMTSGITQS 209 Query: 188 LDTVARHFLRPGDVIFVDDPAWFLMFGSFAALGAKVVGIPRLGDGPDIARLRELAAVHKP 247 LD +AR +++PGD + V DPAWFLMFG FAA GA+V+G+P +GPD+ L L V +P Sbjct: 210 LDLIARQYVQPGDTVLVGDPAWFLMFGRFAAQGAQVIGVPYTTEGPDLVALEGLVQVRRP 269 Query: 248 KLYVINSVLHNPTSTSLSAAKAFQVLRIAEEHDFVIVEDDIYCDMHPGSAVQPATRIAAL 307 KL VINSVLHNPT TSLSAAKAFQ+LR+AE++ F+IVEDDIY D+ P PATR+A+L Sbjct: 270 KLLVINSVLHNPTGTSLSAAKAFQLLRLAEQYGFLIVEDDIYGDLAPPG--HPATRLASL 327 Query: 308 DQLQRVIYLGGFSKTLSANLRVGYIATSAELARSLADRKLLSTLTTGEIGERVAYKVLSE 367 DQL+RVIYLG FSKTL+ANLRVG+IA ELA++L D KLL+ L T EI ERV YKVL+E Sbjct: 328 DQLRRVIYLGSFSKTLAANLRVGFIACHPELAKNLTDGKLLAGLATPEINERVLYKVLTE 387 Query: 368 GHYRKHAERVRARLNGARDKVMRQLERLGMDVVEAPPCGMFLWVDTGRDTNVMTEAAMQE 427 G YRKH +RVR RL+ ARD V R LERLG+ + GMFLW DTGRDTN + A +E Sbjct: 388 GQYRKHVDRVRTRLDRARDGVQRSLERLGLKLFAQQGAGMFLWADTGRDTNAIARAGHEE 447 Query: 428 GFLLAPGSLFSPAQLPSTYMRINVASMADPGIWRFLAQAMER 469 G++ APGSLFSP+Q+PST+MR N+A+ DP + RFLA +ER Sbjct: 448 GYVFAPGSLFSPSQMPSTWMRFNIATSTDPEMLRFLADQLER 489