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= 0012.0083.p (376 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IPT4.1 D8IPT4_HERSS Transcription regulator protein 730 0.0 F0FYE6.1 F0FYE6_9BURK ThiJ/PfpI family protein 288 1e-75 Q98CD4.1 Q98CD4_RHILO Transcriptional regulator 282 7e-74 B1K726.1 B1K726_BURCC ThiJ/PfpI domain protein 278 7e-73 Q7WK03.1 Q7WK03_BORBR Probable transcriptional regulator 278 8e-73 Q391K9.1 Q391K9_BURS3 ThiJ/PfpI family protein 278 1e-72 Q7WAU3.1 Q7WAU3_BORPA Probable transcriptional regulator 276 4e-72 B1TEJ7.1 B1TEJ7_9BURK ThiJ/PfpI domain protein 276 5e-72 Q1BL83.1 Q1BL83_BURCA ThiJ/PfpI 275 1e-71 A0AXN6.1 A0AXN6_BURCH ThiJ/PfpI domain protein 274 2e-71 >D8IPT4.1 D8IPT4_HERSS Transcription regulator protein Length = 367 Score = 730 bits (1884), Expect = 0.0, Method: Compositional matrix adjust. Identities = 365/367 (99%), Positives = 366/367 (99%) Query: 10 MTAKLATAAIVVVSAGSHAVSANADVAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAIL 69 MTAKLATAAIVVVSAGSHAVSANADVAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAIL Sbjct: 1 MTAKLATAAIVVVSAGSHAVSANADVAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAIL 60 Query: 70 TRSGVADVVVVSPLAGSITLMPALSMTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARII 129 TRSG ADVVVVSPLAGSITLMPALSMTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARII Sbjct: 61 TRSGAADVVVVSPLAGSITLMPALSMTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARII 120 Query: 130 AWIKKQFAGDAFIAGICEGAKVLGKAGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYV 189 AWIKKQFAGDAFIAGICEGAKVLGKAGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYV Sbjct: 121 AWIKKQFAGDAFIAGICEGAKVLGKAGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYV 180 Query: 190 VDRSVMTTTGVTASIPASLAIVEAIAGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLW 249 VDRSVMTTTGVTASIPASLAIVEAIAGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLW Sbjct: 181 VDRSVMTTTGVTASIPASLAIVEAIAGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLW 240 Query: 250 RVIANRAAFYLHEEVRILVEPGVDGIALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLL 309 RVIANRAAFYLHEEVRILVEPGVDGIALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLL Sbjct: 241 RVIANRAAFYLHEEVRILVEPGVDGIALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLL 300 Query: 310 HAQPVQADADKNSKASGLTLTLAGDIPPAAHLERSLGAISQRYGRSTADLVALQLEYAWR 369 HAQPVQADADKNSKASGLTLTLAGDIPPAAHLERSLGAISQRYGRSTADLVALQLEYAWR Sbjct: 301 HAQPVQADADKNSKASGLTLTLAGDIPPAAHLERSLGAISQRYGRSTADLVALQLEYAWR 360 Query: 370 DLQGING 376 DLQGI+G Sbjct: 361 DLQGISG 367 >F0FYE6.1 F0FYE6_9BURK ThiJ/PfpI family protein Length = 376 Score = 288 bits (736), Expect = 1e-75, Method: Compositional matrix adjust. Identities = 169/340 (49%), Positives = 214/340 (62%), Gaps = 9/340 (2%) Query: 33 ADVAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITLMPA 92 +D A P+ A R RPLVAIVADN GTETTD ++P++IL SGVADVV VSP A + LMPA Sbjct: 45 SDAASPK-AARTRPLVAIVADNAGTETTDFIVPYSILQTSGVADVVAVSPDATEVELMPA 103 Query: 93 LSMTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGAKVL 152 L M + T + FDA P GAD VIVPA H ++AW+K+Q A A + IC+GA+VL Sbjct: 104 LRMRADTTFERFDAATPAGADVVIVPAMHRADRPAMLAWLKRQAAAGATMVAICDGAEVL 163 Query: 153 GKAGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLAIVE 212 AGLL R AT+HWY+ D LR WI DRRYV+D VMTT+GV+ASIPASLA+VE Sbjct: 164 ANAGLLRHRTATSHWYSRDGLRRRFADTDWIDDRRYVIDGDVMTTSGVSASIPASLALVE 223 Query: 213 AIAGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVEPGV 272 +AG AAAR A ++G+ +S H+ + F L AR + NR A + HE + VE G Sbjct: 224 RLAGPAAARETARRMGVKTWSDVHDGSRFALSARAAATALMNRVALWRHETFELPVESGF 283 Query: 273 DGIALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLLHAQPVQADADKNSKASGLTLTLA 332 D + +ALTAD W+RT+RS V E++S+ GL L AQP A + + + A Sbjct: 284 DELTVALTADAWARTWRSDVVATGAAREIVSKQGLRLLAQP----AKRARERIAMPDAQA 339 Query: 333 GDIPPAAHLERSLGAISQRYGRSTADLVALQLEYAWRDLQ 372 D A L L I+ RYGR+TAD VALQLEY+ D Q Sbjct: 340 AD----AVLPGVLEDIASRYGRATADWVALQLEYSNDDKQ 375 >Q98CD4.1 Q98CD4_RHILO Transcriptional regulator Length = 353 Score = 282 bits (721), Expect = 7e-74, Method: Compositional matrix adjust. Identities = 157/340 (46%), Positives = 215/340 (63%), Gaps = 10/340 (2%) Query: 30 SANADVAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITL 89 A A +A + KR+RPL+AI+ N GTETTD ++P+ IL R+ VADVV ++ G + L Sbjct: 19 EAAATLAALKSPKRQRPLIAIIGINDGTETTDYLMPYGILRRADVADVVALATRPGPMRL 78 Query: 90 MPALSMTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGA 149 PAL + T AFDA HP+GADYVIVPA + DA ++ WI+ Q A A + GIC GA Sbjct: 79 HPALQIEPDATTTAFDAEHPDGADYVIVPAMMRDDDADVLEWIRSQAAKGAMVIGICAGA 138 Query: 150 KVLGKAGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLA 209 KV+G +GLLDG+ ATTHWY++ +LR HPT+ ++ DRR+VVD+ V TTTG+TAS+P L Sbjct: 139 KVVGASGLLDGKRATTHWYSVGELREKHPTIHYVADRRFVVDQGVATTTGITASMPMMLT 198 Query: 210 IVEAIAGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVE 269 ++EAIAG A + LGLA + A+H+S F+ I N A HE++ I + Sbjct: 199 LIEAIAGRDKAEAVGRDLGLAHWDARHDSGAFKFTRPFALAAIGNTLAVLGHEQLGIPLT 258 Query: 270 PGVDGIALALTADPWSRTYRSQAVLIA-QQSEVMSQDGLLLHAQPVQAD--ADKNSKASG 326 G+D ++LAL AD WSRTYRS AV A + S ++S+DGL + + D D+ A+ Sbjct: 259 SGMDEVSLALVADAWSRTYRSGAVTFAGKDSAIVSRDGLRILPDQIATDWPVDRLVPAT- 317 Query: 327 LTLTLAGDIPPAAHLERSLGAISQRYGRSTADLVALQLEY 366 D PA L+++L IS R+G TAD VA+QLEY Sbjct: 318 ------ADPRPARALDQALQDISARHGARTADFVAMQLEY 351 >B1K726.1 B1K726_BURCC ThiJ/PfpI domain protein Length = 366 Score = 278 bits (712), Expect = 7e-73, Method: Compositional matrix adjust. Identities = 160/332 (48%), Positives = 206/332 (62%), Gaps = 9/332 (2%) Query: 35 VAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITLMPALS 94 +A P+ A R RPLV IVADN GTETTD ++P+AIL RSG DVV VS G++ LMPAL Sbjct: 42 IAMPK-AGRTRPLVVIVADNAGTETTDFIVPYAILKRSGAVDVVAVSADEGTVELMPALR 100 Query: 95 MTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGAKVLGK 154 M + T D FDA P GAD VIVPA H ++AW+++Q A A + IC+GA+VL Sbjct: 101 MLADTTFDRFDATVPAGADVVIVPALHRADRPAVLAWLRRQAAAGATMVAICDGAEVLAN 160 Query: 155 AGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLAIVEAI 214 GLL R AT+HWY+ + LR +W+ DRRYV+D +VMTTTGV+ASIPASLA++ + Sbjct: 161 TGLLRQRTATSHWYSREGLRRRFTETKWVDDRRYVMDGNVMTTTGVSASIPASLALLGVL 220 Query: 215 AGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVEPGVDG 274 AG AAR A LG+ +S H+ F L AR + + NR AF+ HE + VE G D Sbjct: 221 AGPNAARETARGLGVQAWSDDHDGGRFGLTARAVAIALMNRLAFWRHETFDLPVESGFDE 280 Query: 275 IALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLLHAQPVQADADKNSKASGLTLTLAGD 334 + +ALTAD W+RT+RS V A S V S+ GL L AQP AD ++ GD Sbjct: 281 LTVALTADAWARTWRSDVVATADASVVESRHGLRLLAQP----ADVRHARVAMSAGRLGD 336 Query: 335 IPPAAHLERSLGAISQRYGRSTADLVALQLEY 366 + L L I+ RYG +T++ VALQLEY Sbjct: 337 ----SALPGVLADIAARYGDTTSNWVALQLEY 364 >Q7WK03.1 Q7WK03_BORBR Probable transcriptional regulator Length = 469 Score = 278 bits (712), Expect = 8e-73, Method: Compositional matrix adjust. Identities = 152/331 (45%), Positives = 210/331 (63%), Gaps = 6/331 (1%) Query: 40 PAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITLMPALSMTSQQ 99 P +R+RPL+A+V N TETTD ++P IL R+ VADVV ++ G + L PAL++ + Sbjct: 54 PTRRQRPLIAVVGINDATETTDYLVPTGILRRADVADVVTLATGPGPVRLFPALTVEADA 113 Query: 100 TLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGAKVLGKAGLLD 159 TLDAFDA +P GADYVIVPA + D ++AW+++Q A I G+C GAKV+ A LLD Sbjct: 114 TLDAFDARNPAGADYVIVPAMSRDDDPAVLAWLREQARKGATIIGVCAGAKVVAAASLLD 173 Query: 160 GRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLAIVEAIAGAAA 219 G+ ATTHWY + +L HP++R++ DRR V DR V+TTTGVTAS+P +L ++EAIAG Sbjct: 174 GKRATTHWYYLKELLGRHPSIRYVADRRVVADRGVVTTTGVTASMPMTLLLIEAIAGRHK 233 Query: 220 ARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVEPGVDGIALAL 279 AR +A L + + +H S F L V+ N AF+ E++ I + PG+D ++LAL Sbjct: 234 ARAVAQDLAIPAWDIRHASGAFALTRPFATTVLGNVLAFWNREQIGIELRPGMDEVSLAL 293 Query: 280 TADPWSRTYRSQAVLIAQQS-EVMSQDGLLLHAQPVQADADKNSKASGLTLTLAGDIPPA 338 AD WSRTYRSQAV AQ S + +++ + + AD + T D PA Sbjct: 294 AADAWSRTYRSQAVSYAQASGAIATRNRIRVIPDAAAADWPATRRIDTYT-----DQAPA 348 Query: 339 AHLERSLGAISQRYGRSTADLVALQLEYAWR 369 L+R+L AI+ RYG TA +VA+QLEY WR Sbjct: 349 QTLDRTLRAIAGRYGAPTASVVAMQLEYPWR 379 >Q391K9.1 Q391K9_BURS3 ThiJ/PfpI family protein Length = 366 Score = 278 bits (711), Expect = 1e-72, Method: Compositional matrix adjust. Identities = 160/331 (48%), Positives = 204/331 (61%), Gaps = 18/331 (5%) Query: 41 AKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITLMPALSMTSQQT 100 A R RPLVAIVADN GTETTD ++P+AIL SG DVV VS G + LMPAL M + T Sbjct: 47 AGRTRPLVAIVADNAGTETTDFIVPYAILKTSGAVDVVTVSADEGEVELMPALRMLADMT 106 Query: 101 LDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGAKVLGKAGLLDG 160 ++ FDA P GAD VIVPA H ++AW++KQ A + IC+GA+VL AGLL Sbjct: 107 VERFDAATPAGADVVIVPALHRADSPVVLAWLRKQAVAGATMVAICDGAEVLANAGLLRH 166 Query: 161 RDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLAIVEAIAGAAAA 220 R AT+HWY+ D LR W+ DRRYV+D +VMTTTGV+ASIPASLA+V A+AG AAA Sbjct: 167 RTATSHWYSRDGLRRRFADTTWVDDRRYVMDGNVMTTTGVSASIPASLALVSALAGPAAA 226 Query: 221 RRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVEPGVDGIALALT 280 R A ++G+ +S H+ F L AR + + NR AF+ HE + VE G D +++ LT Sbjct: 227 RETARRVGVQTWSDVHDGRRFALTARAVTVALTNRVAFWRHETFDLPVENGFDELSVVLT 286 Query: 281 ADPWSRTYRSQAVLIAQQSEVMSQDGLLLHAQPVQADADKNSKASGLTLTLAGDIPPAAH 340 AD W+RT+RS V A + S+ GL L AQP N++ +T PAA Sbjct: 287 ADAWARTWRSDVVATADTRVIASRHGLRLLAQP------PNARHVSVTT-------PAAR 333 Query: 341 LERS-----LGAISQRYGRSTADLVALQLEY 366 S LG I+ RYG +T+ VALQLEY Sbjct: 334 RGESVLPGVLGDIAARYGDATSGWVALQLEY 364 >Q7WAU3.1 Q7WAU3_BORPA Probable transcriptional regulator Length = 397 Score = 276 bits (706), Expect = 4e-72, Method: Compositional matrix adjust. Identities = 152/331 (45%), Positives = 209/331 (63%), Gaps = 6/331 (1%) Query: 40 PAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITLMPALSMTSQQ 99 P +R+RPL+A+V N TETTD ++P IL R+ VADVV ++ G + L PAL++ + Sbjct: 54 PTRRQRPLIAVVGINDATETTDYLVPTGILQRADVADVVTLATGPGPVRLFPALTVEADA 113 Query: 100 TLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGAKVLGKAGLLD 159 TLDAFDA +P GADYVIVPA + D ++AW++ Q A I G+C GAKV+ A LLD Sbjct: 114 TLDAFDARNPAGADYVIVPAMTRDDDPAVLAWLRGQARKGATIIGVCAGAKVVAAASLLD 173 Query: 160 GRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLAIVEAIAGAAA 219 G+ ATTHWY + +L HP++R++ DRR V DR V+TTTGVTAS+P +L ++EAIAG Sbjct: 174 GKRATTHWYYLKELLGRHPSIRYVADRRVVADRGVVTTTGVTASMPMTLLLIEAIAGRHK 233 Query: 220 ARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVEPGVDGIALAL 279 AR +A L + + +H S F L V+ N AF+ E++ I + PG+D ++LAL Sbjct: 234 ARAVAQDLAIPAWDIRHASGAFALTRPFATTVLGNVLAFWNREQIGIELRPGMDEVSLAL 293 Query: 280 TADPWSRTYRSQAVLIAQQS-EVMSQDGLLLHAQPVQADADKNSKASGLTLTLAGDIPPA 338 AD WSRTYRSQAV AQ S + +++ + + AD + T D PA Sbjct: 294 AADAWSRTYRSQAVSYAQASGAIATRNRIRVIPDAAAADWPATRRIDTYT-----DQAPA 348 Query: 339 AHLERSLGAISQRYGRSTADLVALQLEYAWR 369 L+R+L AI+ RYG TA +VA+QLEY WR Sbjct: 349 QTLDRTLRAIAGRYGAPTASVVAMQLEYPWR 379 >B1TEJ7.1 B1TEJ7_9BURK ThiJ/PfpI domain protein Length = 363 Score = 276 bits (705), Expect = 5e-72, Method: Compositional matrix adjust. Identities = 169/343 (49%), Positives = 210/343 (61%), Gaps = 9/343 (2%) Query: 25 GSHAVSANADVAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLA 84 G+ AV+ V P+ A R RPLVAIVADN GTETTD ++P+AIL SG ADVV VS A Sbjct: 29 GARAVTQTLTVNAPK-AGRTRPLVAIVADNAGTETTDFIVPYAILKTSGAADVVTVSADA 87 Query: 85 GSITLMPALSMTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAG 144 G++ LMPAL M + T + FDA P GAD VIVPA H ++AW++KQ A A + Sbjct: 88 GAVELMPALRMLADTTFERFDAAVPAGADLVIVPALHRADRPAVLAWLRKQAAAGATMVA 147 Query: 145 ICEGAKVLGKAGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASI 204 IC+GA VL AGLL R AT HWY+ D LR W+ DRRYV+D +VMTT GV+ASI Sbjct: 148 ICDGAAVLANAGLLRNRIATAHWYSRDGLRRRFADTAWVADRRYVMDGNVMTTAGVSASI 207 Query: 205 PASLAIVEAIAGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEV 264 PASLA+V +AGAAAAR A +G G+S HE + F L AR + + NR AF+ H Sbjct: 208 PASLALVNTLAGAAAARETARNIGADGWSDVHEGSRFGLTARAVATALTNRVAFWRHRTF 267 Query: 265 RILVEPGVDGIALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLLHAQPVQADADKNSKA 324 + V G D + +ALTAD W+RT+RS V A + S+ GL L QP A + + Sbjct: 268 DLPVARGFDELPVALTADAWARTWRSDVVATADVRVIESRHGLRLLTQPADATHARVTMP 327 Query: 325 SGLTLTLAGDIPPAAHLERSLGAISQRYGRSTADLVALQLEYA 367 G GD A L LG I+ RYG +T+D VALQLEYA Sbjct: 328 DGRR----GD----AVLPGVLGDIAARYGDATSDWVALQLEYA 362 >Q1BL83.1 Q1BL83_BURCA ThiJ/PfpI Length = 338 Score = 275 bits (702), Expect = 1e-71, Method: Compositional matrix adjust. Identities = 159/332 (47%), Positives = 204/332 (61%), Gaps = 9/332 (2%) Query: 35 VAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITLMPALS 94 +A P+ A R RPLV IVADN GTETTD ++P+AIL RSG DVV VS G++ LMPAL Sbjct: 14 IAMPK-AGRTRPLVVIVADNAGTETTDFIVPYAILKRSGAVDVVAVSADEGTVELMPALR 72 Query: 95 MTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGAKVLGK 154 M + T D FDA P GAD VIVPA H ++AW+++Q A A + IC+GA+VL Sbjct: 73 MLADTTFDRFDATVPAGADVVIVPALHRADRPAVLAWLRRQAAAGATMVAICDGAEVLAN 132 Query: 155 AGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLAIVEAI 214 GLL R AT+HWY+ + LR +W+ DRRYV+D +VMTTTGV+ASIPASLA++ + Sbjct: 133 TGLLRQRTATSHWYSREGLRRRFTETKWVDDRRYVMDGNVMTTTGVSASIPASLALLGVL 192 Query: 215 AGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVEPGVDG 274 AG AAR A LG+ +S H+ F L AR + + NR AF+ HE + VE G D Sbjct: 193 AGPNAARETARGLGVQAWSDDHDGGRFGLTARAVAIALMNRLAFWRHETFDLPVESGFDE 252 Query: 275 IALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLLHAQPVQADADKNSKASGLTLTLAGD 334 + +ALTAD W+RT+RS V A S V S+ GL L AQP AD ++ GD Sbjct: 253 LTVALTADAWARTWRSDVVATADASVVESRHGLRLLAQP----ADVRHARVAMSAGRRGD 308 Query: 335 IPPAAHLERSLGAISQRYGRSTADLVALQLEY 366 + L L I+ RY +T+ VALQLEY Sbjct: 309 ----SALPGVLADIAARYDDATSSWVALQLEY 336 >A0AXN6.1 A0AXN6_BURCH ThiJ/PfpI domain protein Length = 366 Score = 274 bits (701), Expect = 2e-71, Method: Compositional matrix adjust. Identities = 159/332 (47%), Positives = 204/332 (61%), Gaps = 9/332 (2%) Query: 35 VAPPRPAKRKRPLVAIVADNIGTETTDLMIPHAILTRSGVADVVVVSPLAGSITLMPALS 94 +A P+ A R RPLV IVADN GTETTD ++P+AIL RSG DVV VS G++ LMPAL Sbjct: 42 IAMPK-AGRTRPLVVIVADNAGTETTDFIVPYAILKRSGAVDVVAVSADEGTVELMPALR 100 Query: 95 MTSQQTLDAFDAMHPEGADYVIVPAFHGEGDARIIAWIKKQFAGDAFIAGICEGAKVLGK 154 M + T D FDA P GAD VIVPA H ++AW+++Q A A + IC+GA+VL Sbjct: 101 MLADTTFDRFDATVPAGADVVIVPALHRADRPAVLAWLRRQAAAGATMVAICDGAEVLAN 160 Query: 155 AGLLDGRDATTHWYAIDDLRSAHPTLRWIRDRRYVVDRSVMTTTGVTASIPASLAIVEAI 214 GLL R AT+HWY+ + LR +W+ DRRYV+D +VMTTTGV+ASIPASLA++ + Sbjct: 161 TGLLRQRTATSHWYSREGLRRRFTETKWVDDRRYVMDGNVMTTTGVSASIPASLALLGVL 220 Query: 215 AGAAAARRLAAQLGLAGYSAQHESAGFQLEARHLWRVIANRAAFYLHEEVRILVEPGVDG 274 AG AAR A LG+ +S H+ F L AR + + NR AF+ HE + VE G D Sbjct: 221 AGPNAARETARGLGVQAWSDDHDGGRFGLTARAVAIALMNRLAFWRHETFDLPVESGFDE 280 Query: 275 IALALTADPWSRTYRSQAVLIAQQSEVMSQDGLLLHAQPVQADADKNSKASGLTLTLAGD 334 + +ALTAD W+RT+RS V A S V S+ GL L AQP AD ++ GD Sbjct: 281 LTVALTADAWARTWRSDVVATADASVVESRHGLRLLAQP----ADVRHARVAMSAGRRGD 336 Query: 335 IPPAAHLERSLGAISQRYGRSTADLVALQLEY 366 + L L I+ RY +T+ VALQLEY Sbjct: 337 ----SALPGVLADIAARYDDATSSWVALQLEY 364