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= 0035.0218.p (302 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J0G2.1 D8J0G2_HERSS Transcription regulator protein 617 e-175 F1VWD4.1 F1VWD4_9BURK Transcriptional regulator, LysR family 492 e-137 A1X1M0.1 A1X1M0_9BURK Putative bacterial transcriptional regulator 489 e-136 D5W8X3.1 D5W8X3_BURSC Transcriptional regulator, LysR family 409 e-112 B5WJ80.1 B5WJ80_9BURK Transcriptional regulator, LysR family EC=... 406 e-111 A2W974.1 A2W974_9BURK Transcriptional regulatory protein LysR fa... 402 e-110 B1GAN4.1 B1GAN4_9BURK Transcriptional regulator, LysR family EC=... 401 e-110 E8YHQ8.1 E8YHQ8_9BURK Transcriptional regulator, LysR family 400 e-110 Q2SX29.1 Q2SX29_BURTA Transcriptional regulator, LysR family 400 e-109 A4JFA6.1 A4JFA6_BURVG Transcriptional regulator, LysR family 400 e-109 >D8J0G2.1 D8J0G2_HERSS Transcription regulator protein Length = 302 Score = 617 bits (1590), Expect = e-175, Method: Compositional matrix adjust. Identities = 302/302 (100%), Positives = 302/302 (100%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN Sbjct: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD Sbjct: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS Sbjct: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 Query: 181 PDELMRHNCLAMSSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWRS 240 PDELMRHNCLAMSSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWRS Sbjct: 181 PDELMRHNCLAMSSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWRS 240 Query: 241 MWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYWKK 300 MWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYWKK Sbjct: 241 MWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYWKK 300 Query: 301 TG 302 TG Sbjct: 301 TG 302 >F1VWD4.1 F1VWD4_9BURK Transcriptional regulator, LysR family Length = 305 Score = 492 bits (1267), Expect = e-137, Method: Compositional matrix adjust. Identities = 235/302 (77%), Positives = 263/302 (87%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MDQFKQ+STF E+ A+GS SAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKI LT Sbjct: 1 MDQFKQLSTFVEIIAKGSFSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIALTA 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG++FLEDCQRILA+LE AE AVS + ASG L ISAPAGFGRQHVAPLLPSFLAEHR+ Sbjct: 61 EGSSFLEDCQRILAELEQAELAVSAGARAASGHLTISAPAGFGRQHVAPLLPSFLAEHRE 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V+LTL+LNDRIAD++GEGIDVAIRIA LTDS++V VKLAEN RV+VA PAYL+RHGTPQ+ Sbjct: 121 VSLTLSLNDRIADLLGEGIDVAIRIAALTDSSMVGVKLAENKRVVVATPAYLKRHGTPQA 180 Query: 181 PDELMRHNCLAMSSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWRS 240 D+L HNCLA+SS+GSQRGWT RQ GK KV GNM CNDG+VLH+WALAG+GL+WRS Sbjct: 181 LDQLTGHNCLAISSDGSQRGWTFRQHGKNVTIKVAGNMACNDGQVLHDWALAGKGLSWRS 240 Query: 241 MWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYWKK 300 MWEV IEAG LVTVLD+FAAP IYAVFAQRRHLPLRIR F+DFLRHAY +PDYW+ Sbjct: 241 MWEVAGEIEAGRLVTVLDEFAAPGNDIYAVFAQRRHLPLRIRVFIDFLRHAYLRPDYWRT 300 Query: 301 TG 302 G Sbjct: 301 AG 302 >A1X1M0.1 A1X1M0_9BURK Putative bacterial transcriptional regulator Length = 303 Score = 489 bits (1260), Expect = e-136, Method: Compositional matrix adjust. Identities = 238/300 (79%), Positives = 275/300 (91%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 M QF+QISTF EV A+GSLSAAARAEGIAPAMIGRRLDALE+RLGVKLLQRTTRK+ LTN Sbjct: 1 MGQFRQISTFVEVVAKGSLSAAARAEGIAPAMIGRRLDALEQRLGVKLLQRTTRKLALTN 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EGAAFLEDCQRIL +LE+AE+AV+ERS +ASG LLISAPAGFGRQHVAPL+PSF+AEHRD Sbjct: 61 EGAAFLEDCQRILGELEEAEAAVAERSVKASGHLLISAPAGFGRQHVAPLIPSFVAEHRD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 VT++LNLNDR+ D+IGEGIDVAIRIA+L+DS+LVS KLA+N RV+V +PAYL+R GTP+ Sbjct: 121 VTVSLNLNDRLVDLIGEGIDVAIRIASLSDSSLVSTKLADNQRVLVGSPAYLKRAGTPRI 180 Query: 181 PDELMRHNCLAMSSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWRS 240 P +L +HNCLA+SSEGSQRGWT R++GK + KV GNMVCNDGEVLH+WALAG+GLAWRS Sbjct: 181 PADLAKHNCLAISSEGSQRGWTFRENGKNVILKVAGNMVCNDGEVLHDWALAGKGLAWRS 240 Query: 241 MWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYWKK 300 MWEVGA I +G+LVTVLD+FAAP IYAVFAQRRHLPLRIRAFVDFLRH+YAQPDYW++ Sbjct: 241 MWEVGAEIASGQLVTVLDQFAAPGNDIYAVFAQRRHLPLRIRAFVDFLRHSYAQPDYWRE 300 >D5W8X3.1 D5W8X3_BURSC Transcriptional regulator, LysR family Length = 300 Score = 409 bits (1051), Expect = e-112, Method: Compositional matrix adjust. Identities = 198/299 (66%), Positives = 237/299 (79%), Gaps = 1/299 (0%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MD+FKQI TFA VAA+GSLSAAA AEG+APA+IGRR+DALEERLGVKLL RTTRKI LT Sbjct: 1 MDRFKQIETFATVAAKGSLSAAALAEGVAPAIIGRRIDALEERLGVKLLVRTTRKITLTF 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG+AFLEDCQRIL D+++AE++VS +ASG L +SAPAGFGR+HVAPL+P+F H D Sbjct: 61 EGSAFLEDCQRILHDMQNAEASVSAGGVKASGHLRLSAPAGFGRRHVAPLVPAFTVAHPD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V++TL+L+DR+ D++ EG D A+R+ L DS+LVS+KLAEN RV VA+PAYL R G P S Sbjct: 121 VSITLDLSDRLVDLVNEGFDCAVRLGELPDSSLVSLKLAENRRVCVASPAYLNRRGAPHS 180 Query: 181 PDELMRHNCLAM-SSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWR 239 EL RHNCLA+ +S QRGW +Q GKV KV G M C+DG VLH W LAG GLAWR Sbjct: 181 LAELARHNCLALGASANQQRGWMFQQDGKVVSIKVSGTMECSDGAVLHEWCLAGHGLAWR 240 Query: 240 SMWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYW 298 S WEVGA + AG LVTVLD+FAAP I+AVF QRRHLPLR+R F+DFL+H Y +P YW Sbjct: 241 SWWEVGADLAAGRLVTVLDEFAAPPVGIHAVFPQRRHLPLRVRLFLDFLKHTYGEPGYW 299 >B5WJ80.1 B5WJ80_9BURK Transcriptional regulator, LysR family EC=4.2.1.1 Length = 300 Score = 406 bits (1043), Expect = e-111, Method: Compositional matrix adjust. Identities = 196/299 (65%), Positives = 236/299 (78%), Gaps = 1/299 (0%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MD+FKQI TFA VAA+GSLSAAA AEG+APA+IGRR+DALEERLGVKLL RTTRKI LT Sbjct: 1 MDRFKQIETFATVAAKGSLSAAALAEGVAPAIIGRRIDALEERLGVKLLVRTTRKITLTF 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG+AFLEDCQRIL D+++AE++VS +ASG L +SAPAGFGR+HVAPL+P+F H D Sbjct: 61 EGSAFLEDCQRILHDMQNAEASVSAGGVKASGHLRLSAPAGFGRRHVAPLVPAFTVAHPD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V++TL+L+DR+ D++ EG D A+R+ L DS+LVS+KLAEN RV VA+PAYL R G P S Sbjct: 121 VSITLDLSDRLVDLVNEGFDCAVRLGELPDSSLVSLKLAENRRVCVASPAYLSRRGAPHS 180 Query: 181 PDELMRHNCLAM-SSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWR 239 +L RHNCLA+ +S QRGW +Q GKV KV G M C+DG VLH W LAG GLAWR Sbjct: 181 LADLARHNCLALGASANQQRGWMFQQDGKVVSIKVSGTMECSDGAVLHEWCLAGHGLAWR 240 Query: 240 SMWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYW 298 S WEVG I AG LV+VLD+FAAP I+AVF QRRHLPLR+R F+DFL+H Y +P YW Sbjct: 241 SWWEVGTEIAAGRLVSVLDEFAAPPIGIHAVFPQRRHLPLRVRLFLDFLKHTYGEPGYW 299 >A2W974.1 A2W974_9BURK Transcriptional regulatory protein LysR family Length = 301 Score = 402 bits (1034), Expect = e-110, Method: Compositional matrix adjust. Identities = 194/299 (64%), Positives = 237/299 (79%), Gaps = 1/299 (0%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MD+FKQI TFA VAA+GSLSAAA AEG+APA+IGRRLDALEERLGVKLL RTTRK+ LT Sbjct: 1 MDRFKQIETFAAVAAKGSLSAAAHAEGVAPAIIGRRLDALEERLGVKLLVRTTRKLTLTF 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG+AFLEDCQRI+ D+++AE++VS +ASG L ISAPAGFGR+HVAPL+P F H D Sbjct: 61 EGSAFLEDCQRIINDMQNAEASVSAGGVKASGHLRISAPAGFGRRHVAPLVPEFSGAHPD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V++TL+L+DR+ D++ EG D A+R+ L DS+LVS+KL EN RV VA+PAYL R GTP + Sbjct: 121 VSVTLDLSDRMVDLVNEGFDCAVRLGELPDSSLVSLKLGENRRVCVASPAYLARRGTPAT 180 Query: 181 PDELMRHNCLAMSSEGS-QRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWR 239 EL RHNCLA+++ + QRGWT ++ GKV +V G M C+DG VLH W LAG GLAWR Sbjct: 181 LAELARHNCLALAANANQQRGWTFQEDGKVVSIRVNGTMECSDGAVLHEWCLAGHGLAWR 240 Query: 240 SMWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYW 298 S WEVGA I AG LV+VLD FAAP I+AVF QRRHLPLR+R F+D+L+H Y +P YW Sbjct: 241 SWWEVGADIAAGRLVSVLDAFAAPPIGIHAVFPQRRHLPLRVRLFLDYLKHTYERPGYW 299 >B1GAN4.1 B1GAN4_9BURK Transcriptional regulator, LysR family EC=4.2.1.1 Length = 300 Score = 401 bits (1031), Expect = e-110, Method: Compositional matrix adjust. Identities = 193/299 (64%), Positives = 234/299 (78%), Gaps = 1/299 (0%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MD+FKQI TF VAA+GSLSAAA AEG+APA+IGRR+DALEERLGVKLL RTTRKI LT Sbjct: 1 MDRFKQIETFVTVAAKGSLSAAALAEGVAPAIIGRRIDALEERLGVKLLVRTTRKITLTF 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG+AFLEDCQRI+ D+++AE++VS +ASG L +SAPAGFGR+HVAPL+P+F H D Sbjct: 61 EGSAFLEDCQRIIHDMQNAEASVSAGGVKASGHLRVSAPAGFGRRHVAPLVPAFTVAHPD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V++TL+L+DR+ D++ EG D A+R+ L DS+LVS+KL EN RV VA+PAYL R G P S Sbjct: 121 VSITLDLSDRLVDLVNEGFDCAVRLGELPDSSLVSLKLGENRRVCVASPAYLSRRGAPHS 180 Query: 181 PDELMRHNCLAM-SSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWR 239 +L +HNCLA+ +S QRGW +Q GKV KV G M C+DG VLH W L G GLAWR Sbjct: 181 LADLAQHNCLALGASANQQRGWMFQQDGKVVSIKVSGTMECSDGAVLHEWCLEGHGLAWR 240 Query: 240 SMWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYW 298 S WEVGA I AG LV+VLD+FAAP I+AVF QRRHLPLR+R F+DFL+H Y PDYW Sbjct: 241 SWWEVGADIAAGRLVSVLDEFAAPPIGIHAVFPQRRHLPLRVRLFLDFLKHTYGLPDYW 299 >E8YHQ8.1 E8YHQ8_9BURK Transcriptional regulator, LysR family Length = 300 Score = 400 bits (1029), Expect = e-110, Method: Compositional matrix adjust. Identities = 192/299 (64%), Positives = 234/299 (78%), Gaps = 1/299 (0%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MD+FKQI TF VAA+GSLSAAA AEG+APA+IGRR+DALEERLGVKLL RTTRKI LT Sbjct: 1 MDRFKQIETFVTVAAKGSLSAAALAEGVAPAIIGRRIDALEERLGVKLLVRTTRKITLTF 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG+AFLEDCQRI+ D+++AE++VS +ASG L +SAPAGFGR+HVAPL+P+F H D Sbjct: 61 EGSAFLEDCQRIIHDMQNAEASVSAGGVKASGHLRLSAPAGFGRRHVAPLVPAFTVAHPD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V++TL+L+DR+ D++ EG D A+R+ L DS+LVS+KL EN RV VA+P+YL R G P S Sbjct: 121 VSITLDLSDRLVDLVNEGFDCAVRLGELPDSSLVSLKLGENRRVCVASPSYLSRRGAPHS 180 Query: 181 PDELMRHNCLAM-SSEGSQRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWR 239 +L +HNCLA+ +S QRGW +Q GKV KV G M C+DG VLH W L G GLAWR Sbjct: 181 LADLAQHNCLALGASANQQRGWVFQQDGKVVSIKVSGTMECSDGAVLHEWCLEGHGLAWR 240 Query: 240 SMWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYW 298 S WEVGA I AG LV+VLD+FAAP I+AVF QRRHLPLR+R F+DFL+H Y PDYW Sbjct: 241 SWWEVGADIAAGRLVSVLDEFAAPPIGIHAVFPQRRHLPLRVRLFLDFLKHTYGLPDYW 299 >Q2SX29.1 Q2SX29_BURTA Transcriptional regulator, LysR family Length = 327 Score = 400 bits (1028), Expect = e-109, Method: Compositional matrix adjust. Identities = 192/299 (64%), Positives = 236/299 (78%), Gaps = 1/299 (0%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MD+FKQI TFA VAA+GSLSAAA AEG+APA+IGRRLDALEERLGVKLL RTTRK+ LT Sbjct: 28 MDRFKQIETFAAVAAKGSLSAAAHAEGVAPAIIGRRLDALEERLGVKLLVRTTRKLTLTF 87 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG+AFLEDCQRI+ D+++AE++VS +ASG L +SAPAGFGR+HVAPL+P+F H D Sbjct: 88 EGSAFLEDCQRIINDMQNAEASVSAGGVKASGHLRVSAPAGFGRRHVAPLVPAFTGAHPD 147 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V++TL+L+DR+ D++ EG D A+R+ L DS+LVS+KL EN RV VA+PAYL R G P++ Sbjct: 148 VSVTLDLSDRMVDLVNEGFDCAVRLGELPDSSLVSLKLGENRRVCVASPAYLARAGMPET 207 Query: 181 PDELMRHNCLAMSSEGS-QRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWR 239 D+L RHNCLA+++ + QRGWT GKV +V G M C+DG VLH W L G GLAWR Sbjct: 208 LDDLARHNCLALAANANQQRGWTFVDDGKVVSIRVSGTMECSDGAVLHEWCLEGHGLAWR 267 Query: 240 SMWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYW 298 S WEVGA I AG LV+VLD FAAP I+AVF QRRHLPLR+R F+DFL+H Y +P YW Sbjct: 268 SWWEVGADIAAGRLVSVLDAFAAPPIGIHAVFPQRRHLPLRVRLFLDFLKHTYERPGYW 326 >A4JFA6.1 A4JFA6_BURVG Transcriptional regulator, LysR family Length = 301 Score = 400 bits (1027), Expect = e-109, Method: Compositional matrix adjust. Identities = 192/299 (64%), Positives = 236/299 (78%), Gaps = 1/299 (0%) Query: 1 MDQFKQISTFAEVAARGSLSAAARAEGIAPAMIGRRLDALEERLGVKLLQRTTRKIVLTN 60 MD+FKQI TFA VAA+GSLSAAA AEG+APA+IGRRLDALEERLGVKLL RTTRK+ LT Sbjct: 1 MDRFKQIETFAAVAAKGSLSAAAHAEGVAPAIIGRRLDALEERLGVKLLVRTTRKLTLTF 60 Query: 61 EGAAFLEDCQRILADLEDAESAVSERSARASGQLLISAPAGFGRQHVAPLLPSFLAEHRD 120 EG+AFLEDCQRI+ D+++AE++VS +ASG L ISAPAGFGR+HVAPL+P F H D Sbjct: 61 EGSAFLEDCQRIINDMQNAEASVSAGGVKASGHLRISAPAGFGRRHVAPLVPEFSGAHPD 120 Query: 121 VTLTLNLNDRIADVIGEGIDVAIRIATLTDSNLVSVKLAENHRVIVAAPAYLRRHGTPQS 180 V++TL+L+DR+ D++ EG D A+R+ L DS+LVS+KL EN RV VA+PAYL R GTP + Sbjct: 121 VSVTLDLSDRMVDLVNEGFDCAVRLGELPDSSLVSLKLGENRRVCVASPAYLARRGTPAT 180 Query: 181 PDELMRHNCLAMSSEGS-QRGWTLRQSGKVSVYKVGGNMVCNDGEVLHNWALAGRGLAWR 239 EL RHNCLA+++ + QRGWT ++ GKV +V G M C+DG VLH W LAG GLAWR Sbjct: 181 LAELARHNCLALAANANQQRGWTFQEDGKVVSIRVSGTMECSDGAVLHEWCLAGYGLAWR 240 Query: 240 SMWEVGAAIEAGELVTVLDKFAAPAPSIYAVFAQRRHLPLRIRAFVDFLRHAYAQPDYW 298 S WEVG + AG LV+VLD FAAP I+AVF QRRHLPLR+R F+D+L+H Y +P YW Sbjct: 241 SWWEVGDDVAAGRLVSVLDAFAAPPIGIHAVFPQRRHLPLRVRLFLDYLKHTYERPGYW 299