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= 0029.0021.p (585 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value C4ZN80.1 C4ZN80_THASP Putative uncharacterized protein 903 0.0 B1HKT5.1 B1HKT5_BURPS Putative uncharacterized protein 893 0.0 E8RG30.1 E8RG30_9DELT Putative uncharacterized protein 658 0.0 C4LB96.1 C4LB96_TOLAT Putative uncharacterized protein 634 e-179 Q0VNH2.1 Q0VNH2_ALCBS Putative uncharacterized protein 587 e-165 >C4ZN80.1 C4ZN80_THASP Putative uncharacterized protein Length = 587 Score = 903 bits (2333), Expect = 0.0, Method: Compositional matrix adjust. Identities = 430/579 (74%), Positives = 504/579 (87%) Query: 1 MKAPDLRFQVDSRLATLLSQEYPSSERALKELIDNAWDADAETVSITLPKPMSDDPIVIS 60 M +LRFQVDSRLATLLSQEY SSERALKEL+DNAWDADAE V+I LPKP+S DPIVI Sbjct: 1 MSHSNLRFQVDSRLATLLSQEYTSSERALKELVDNAWDADAEQVTIVLPKPLSGDPIVIQ 60 Query: 61 DDGCGMTEEELRRHYLSIATDRRSRRGDRTAGKSRSIKGRKGIGKFAGLMAASVMILETR 120 DDG GMTEEELRRHYLSIA DRRSRRG+RT+GK+R +KGRKGIGKFAGLMAA+VM LETR Sbjct: 61 DDGTGMTEEELRRHYLSIAADRRSRRGERTSGKNRLVKGRKGIGKFAGLMAAAVMTLETR 120 Query: 121 ARGRLCGFTLRLADLATVDDIEQLNIAFYSESCSENQHGTTITLTNLHQGLAFPDSNKLR 180 ARGRLC TLRL DL+ V+DIEQLNI S+ C HGTTITL++LHQGLA+PD+N+LR Sbjct: 121 ARGRLCCITLRLDDLSQVEDIEQLNIGLQSDPCGPELHGTTITLSDLHQGLAYPDANRLR 180 Query: 181 QVLLQDYGRQDDFRIAVDGKRLDVNDISGSYSEFDQDLPAVGNVKLRFAISDAKGGLRQP 240 Q+LLQDYGRQDDF I +DGKRLDV+D+SGSYSE +++LP+ G VKLRF+ISD K GLRQP Sbjct: 181 QILLQDYGRQDDFAITIDGKRLDVDDVSGSYSEQEEELPSAGKVKLRFSISDGKSGLRQP 240 Query: 241 GITLRVDGKSVGKPSFFGLDKRDDFPPKLLRKLYGEIDADGLREHITAGWDAPVENSELL 300 GITLRVDGK+VG+P FFGLD+RDDFP KLLRKLYGEI+ADGLR+HITAGWDA VENSELL Sbjct: 241 GITLRVDGKAVGRPGFFGLDQRDDFPSKLLRKLYGEIEADGLRDHITAGWDAAVENSELL 300 Query: 301 KAVEAYVQPILQQAFDIQYRRDMQLAQARLKKAIQARLAELPEHKREFADRAIKKILDKY 360 + VE YVQPIL++A++ QYRR++QLAQARL++AI ARL+ LPEHKR FADRAIKKILDKY Sbjct: 301 REVEGYVQPILREAYEQQYRREIQLAQARLQRAILARLSALPEHKRVFADRAIKKILDKY 360 Query: 361 YGEPESKLEPIVFVLLEALERSDYRLLLEHIADTGPRDVAVLAEGLNDFGLAEMAYLVEQ 420 YGEPESK+EP+V VLLEA+ERSDYR+LLEHIA+ P DVA +AE L++FGLAEMA+LV+Q Sbjct: 361 YGEPESKVEPVVNVLLEAMERSDYRILLEHIAEATPGDVAGVAERLDEFGLAEMAFLVQQ 420 Query: 421 ANARSTFLSQLEKLVADDETTEVIMHRALERNLWVFGPEYSLFSTNMTLRRQVEEYLQKK 480 A AR FL QL+ L D TTE ++H+ALERNLWVFGPEYSLFS+N TLRRQVE+ L + Sbjct: 421 ATARQVFLDQLDALARDAATTEAVVHKALERNLWVFGPEYSLFSSNSTLRRQVEDVLGET 480 Query: 481 YIGDKAVQRPDLLLNQNLNGEYLLIEFKRPSHSLNHLDYLQSITYRHDFAKHVSVPIRVL 540 Y GDKA +RPDLLLN+NL G+YLLIEFKRPSH+LNH DY+Q+I YRH+ AK++ PI+VL Sbjct: 481 YTGDKANRRPDLLLNENLGGQYLLIEFKRPSHALNHDDYVQAIGYRHELAKYLGSPIQVL 540 Query: 541 LIGGNRSHDFPSENREPEVSAATFGQVISTARRHLQWQL 579 L+GG+RS DFP++NREP V A FGQVISTARR ++W L Sbjct: 541 LVGGSRSSDFPTDNREPHVEARIFGQVISTARRQIEWLL 579 >B1HKT5.1 B1HKT5_BURPS Putative uncharacterized protein Length = 589 Score = 893 bits (2307), Expect = 0.0, Method: Compositional matrix adjust. Identities = 431/578 (74%), Positives = 497/578 (85%), Gaps = 1/578 (0%) Query: 2 KAPDLRFQVDSRLATLLSQEYPSSERALKELIDNAWDADAETVSITLPKPMSDDPIVISD 61 +AP LRFQVDSRLATLLSQEY SSERALKELIDNAWDADAE VSI LP P+S D IVI D Sbjct: 3 RAP-LRFQVDSRLATLLSQEYSSSERALKELIDNAWDADAERVSIVLPAPLSGDSIVIED 61 Query: 62 DGCGMTEEELRRHYLSIATDRRSRRGDRTAGKSRSIKGRKGIGKFAGLMAASVMILETRA 121 DG GMTEEELRRHYLSIATDRRSRRG+RT GK+R +KGRKGIGKFAGLMAA+ M LET A Sbjct: 62 DGTGMTEEELRRHYLSIATDRRSRRGERTVGKNRPVKGRKGIGKFAGLMAAAAMTLETGA 121 Query: 122 RGRLCGFTLRLADLATVDDIEQLNIAFYSESCSENQHGTTITLTNLHQGLAFPDSNKLRQ 181 RGRLC LRL DL+ VDDIEQ++I +SE C+ +HGTTITL+ LHQG+A+PD+N+LRQ Sbjct: 122 RGRLCRIALRLDDLSQVDDIEQMDIGLHSEPCASERHGTTITLSELHQGMAYPDANRLRQ 181 Query: 182 VLLQDYGRQDDFRIAVDGKRLDVNDISGSYSEFDQDLPAVGNVKLRFAISDAKGGLRQPG 241 +LLQDYGRQDDF I VDGKRLDV+D+SGSYSE + LP G+VKLRFAISD K GLRQPG Sbjct: 182 ILLQDYGRQDDFVITVDGKRLDVDDVSGSYSEQEHTLPHAGSVKLRFAISDGKTGLRQPG 241 Query: 242 ITLRVDGKSVGKPSFFGLDKRDDFPPKLLRKLYGEIDADGLREHITAGWDAPVENSELLK 301 +TLRVDGK+VG+P FFGLD+RDDFPPKLLRKLYGEIDADGLR+HITAGWDA VENSELLK Sbjct: 242 VTLRVDGKAVGRPGFFGLDQRDDFPPKLLRKLYGEIDADGLRDHITAGWDAAVENSELLK 301 Query: 302 AVEAYVQPILQQAFDIQYRRDMQLAQARLKKAIQARLAELPEHKREFADRAIKKILDKYY 361 VEAYVQPIL+ AF+ QYR+++QLAQARL+K RLA LPE+KR+FADRAIKKILDKY+ Sbjct: 302 EVEAYVQPILRDAFERQYRKEIQLAQARLQKTALERLAALPEYKRQFADRAIKKILDKYF 361 Query: 362 GEPESKLEPIVFVLLEALERSDYRLLLEHIADTGPRDVAVLAEGLNDFGLAEMAYLVEQA 421 GEPE+K+EPIV VLL+ALERSDYR+LLEHIA+ P DVA +A+ LN FGLA+MA+LV+QA Sbjct: 362 GEPENKVEPIVNVLLDALERSDYRILLEHIAEASPGDVAGVADNLNRFGLADMAFLVQQA 421 Query: 422 NARSTFLSQLEKLVADDETTEVIMHRALERNLWVFGPEYSLFSTNMTLRRQVEEYLQKKY 481 AR FL QL+ L D TE +MH+ALERNLWV GPEYSLFS+N TLRRQVEE L K Y Sbjct: 422 AARQVFLDQLDALARDVSITEAVMHKALERNLWVLGPEYSLFSSNSTLRRQVEELLGKTY 481 Query: 482 IGDKAVQRPDLLLNQNLNGEYLLIEFKRPSHSLNHLDYLQSITYRHDFAKHVSVPIRVLL 541 G++A +RPDLLLN+NL+GEYLLIEFKRP H+LNH DYLQ+I YRH+ +K+VS PIRVL+ Sbjct: 482 TGERADKRPDLLLNENLSGEYLLIEFKRPGHALNHDDYLQAIGYRHELSKYVSSPIRVLV 541 Query: 542 IGGNRSHDFPSENREPEVSAATFGQVISTARRHLQWQL 579 +GG+RS DFPS+NREP V A FGQVISTARR ++W L Sbjct: 542 VGGSRSSDFPSDNREPHVEARIFGQVISTARRQIEWLL 579 >E8RG30.1 E8RG30_9DELT Putative uncharacterized protein Length = 587 Score = 658 bits (1698), Expect = 0.0, Method: Compositional matrix adjust. Identities = 328/578 (56%), Positives = 429/578 (74%), Gaps = 2/578 (0%) Query: 6 LRFQVDSRLATLLSQEYPSSERALKELIDNAWDADAETVSITLPKPMSDDP-IVISDDGC 64 LRF VD+RLA LLS+ Y S+E A+KEL+DNAWDADAE V + LP+P++ +P I++ DDG Sbjct: 4 LRFHVDTRLAFLLSENYRSTENAIKELVDNAWDADAERVKVFLPEPLTVNPEIIVEDDGT 63 Query: 65 GMTEEELRRHYLSIATDRRSRRGDRTAGKSRSIKGRKGIGKFAGLMAASVMILETRARGR 124 GM EEELRR YL IA+DRR RRG+RTA K R +KGRKGIGKFAGLM AS M LET ARG Sbjct: 64 GMIEEELRREYLFIASDRRQRRGERTASKKRKVKGRKGIGKFAGLMTASTMKLETCARGI 123 Query: 125 LCGFTLRLADLATVDDIEQLNIAFYSESCSENQHGTTITLTNLHQGLAFPDSNKLRQVLL 184 F++ + DDIE + I +++ S+ +HGT I L+NL+Q L FP+ KL+Q+L+ Sbjct: 124 CSSFSVTRDEFKKFDDIEGMPINLFTKKVSQEKHGTRIILSNLNQDLTFPNPTKLKQLLI 183 Query: 185 QDYGRQDDFRIAVDGKRLDVNDISGSYSEFDQDLPAVGNVKLRFAISDAKGGLRQPGITL 244 Q+YGR+ DF + V+GK L ++D+ G+++E +++P VG V L+F IS+ K LRQPGI + Sbjct: 184 QEYGREIDFNVEVNGKELGIDDVQGNFTEIKKEIPKVGEVNLQFTISNQKRKLRQPGIAI 243 Query: 245 RVDGKSVGKPSFFGLDKRDDFPPKLLRKLYGEIDADGLREHITAGWDAPVENSELLKAVE 304 RV GK VG PSFFGL+K DDFPPKLL KLYGE++ADGL +H+TA W A +ENSELLK VE Sbjct: 244 RVGGKIVGNPSFFGLEKVDDFPPKLLDKLYGEVEADGLADHVTADWGALIENSELLKKVE 303 Query: 305 AYVQPILQQAFDIQYRRDMQLAQARLKKAIQARLAELPEHKREFADRAIKKILDKYYGEP 364 QPIL++ F +Y R++ LAQARLKK I RLA LPEHKRE+AD+AIKKIL +YYGEP Sbjct: 304 DVFQPILKEKFKEEYGREINLAQARLKKKINERLALLPEHKREYADKAIKKILQRYYGEP 363 Query: 365 ESKLEPIVFVLLEALERSDYRLLLEHIADTGPRDVAVLAEGLNDFGLAEMAYLVEQANAR 424 ESKLEPIV V+L++LERSDYR+++EH+ + D+A LAE L +FGL E+A + EQ N R Sbjct: 364 ESKLEPIVNVVLDSLERSDYRIVIEHLYEASNSDIATLAEVLCEFGLIELAIMAEQTNGR 423 Query: 425 STFLSQLEKLVADDETTEVIMHRALERNLWVFGPEYSLFSTNMTLRRQVEEYLQKKYIGD 484 TFL LE++ + T E + H+A+E NLWV G E++LFS+N TL+RQVEEYL+K Y + Sbjct: 424 LTFLDYLEQICINPTTLEELPHKAIENNLWVIGHEFTLFSSNKTLKRQVEEYLEKDYKSN 483 Query: 485 KAVQRPDLLLNQNLNGEYLLIEFKRPSHSLNHLDYLQSITYRHDFAKHVSVPIRVLLIGG 544 +RPDLLLN+N+ EYLLIEFKRPSH+L + DY Q+ YR+DF K+ I+V++IGG Sbjct: 484 IGEKRPDLLLNENILQEYLLIEFKRPSHNLIYKDYQQATRYRNDFGKYTDKEIKVVIIGG 543 Query: 545 NRSHDF-PSENREPEVSAATFGQVISTARRHLQWQLGE 581 R D P ++REP V + ++IS AR+ L W L E Sbjct: 544 KRGGDLPPKKHREPSVEILVYPELISAARKRLDWLLKE 581 >C4LB96.1 C4LB96_TOLAT Putative uncharacterized protein Length = 588 Score = 634 bits (1636), Expect = e-179, Method: Compositional matrix adjust. Identities = 313/580 (53%), Positives = 427/580 (73%), Gaps = 2/580 (0%) Query: 4 PDLRFQVDSRLATLLSQEYPSSERALKELIDNAWDADAETVSITLPKPMSDDPIVISDDG 63 P + FQVD+RLA LL++ Y SSERALKELIDN WDADAE ++I+LP+P++ DP+++ D+G Sbjct: 2 PKITFQVDTRLAKLLAENYRSSERALKELIDNGWDADAEHINISLPEPLTSDPVIVCDNG 61 Query: 64 CGMTEEELRRHYLSIATDRRSRRGDRTAGKSRSIKGRKGIGKFAGLMAASVMILETRARG 123 GMTE EL + YL IA+DRR RRG+ T+ K R +KG+KGIGKFAGLM A+ M +ET RG Sbjct: 62 SGMTEHELLKEYLYIASDRRQRRGELTSQKKRKVKGKKGIGKFAGLMIANAMQVETWTRG 121 Query: 124 RLCGFTLRLADLATVDDIEQLNIAFYSESCSENQ-HGTTITLTNLHQGLAFPDSNKLRQV 182 + C F+L ADL +DIE L++ +++ HGT ITL+NL Q L+FP +KLRQ+ Sbjct: 122 KKCTFSLTTADLENANDIEDLSVNLNIVDIPDSKSHGTKITLSNLVQNLSFPSPDKLRQL 181 Query: 183 LLQDYGRQDDFRIAVDGKRLDVNDISGSYSEFDQDLPAVGNVKLRFAISDAKGGLRQPGI 242 LLQ+YGR DD I V+ K+L ++DI GSY++ +LP VG + +RF +S+ KG L+QPGI Sbjct: 182 LLQEYGRSDDIEITVNDKKLGIDDIQGSYTQLKHNLPNVGELNIRFTVSNQKGKLKQPGI 241 Query: 243 TLRVDGKSVGKPSFFGLDKRDDFPPKLLRKLYGEIDADGLREHITAGWDAPVENSELLKA 302 ++RV GK VG P+FFGLD+ +DFP KLL K+YGEI+ADGL +H+TA W A +ENSEL Sbjct: 242 SIRVGGKIVGSPTFFGLDREEDFPTKLLDKIYGEIEADGLFDHVTADWGALIENSELFTE 301 Query: 303 VEAYVQPILQQAFDIQYRRDMQLAQARLKKAIQARLAELPEHKREFADRAIKKILDKYYG 362 ++ +++P+L++ +Y R+M LAQARL + I RL+ LPE+KR +AD+AIK IL +YYG Sbjct: 302 IQEFIKPLLKEKVKEEYGREMSLAQARLTRKINERLSALPEYKRVYADKAIKSILGRYYG 361 Query: 363 EPESKLEPIVFVLLEALERSDYRLLLEHIADTGPRDVAVLAEGLNDFGLAEMAYLVEQAN 422 EPESK+EPIV VLL+A+E++DYR +L++I +++ LAE L++FGLAE+A + EQA Sbjct: 362 EPESKVEPIVSVLLDAVEKTDYRAILDYIHAAEHSEISKLAEALSEFGLAELAIVGEQAK 421 Query: 423 ARSTFLSQLEKLVADDETTEVIMHRALERNLWVFGPEYSLFSTNMTLRRQVEEYLQKKYI 482 +R FL + E+L +ET E ++H ALE+ LWVFG YS+FS+N TL+RQVE++L K YI Sbjct: 422 SRLEFLDRFEELCQKEETEEYVVHSALEKCLWVFGANYSVFSSNRTLKRQVEDFLNKNYI 481 Query: 483 GDKAVQRPDLLLNQNLNGEYLLIEFKRPSHSLNHLDYLQSITYRHDFAKHVSVPIRVLLI 542 G++A +RPDLLLN N EYLLIEFKRPSHSL + DY Q+ YR+DF + S I V+LI Sbjct: 482 GERANKRPDLLLNVNFANEYLLIEFKRPSHSLQYKDYQQATAYRNDFVPYTSSKITVILI 541 Query: 543 GGNRSHDF-PSENREPEVSAATFGQVISTARRHLQWQLGE 581 GG R D PS + EP + F ++I++AR L W L E Sbjct: 542 GGKRGIDLPPSHHMEPNTNVFIFDEIIASARHQLNWLLKE 581 >Q0VNH2.1 Q0VNH2_ALCBS Putative uncharacterized protein Length = 581 Score = 587 bits (1512), Expect = e-165, Method: Compositional matrix adjust. Identities = 297/574 (51%), Positives = 393/574 (68%), Gaps = 3/574 (0%) Query: 8 FQVDSRLATLLSQEYPSSERALKELIDNAWDADAETVSITLPKPMSDDPIVISDDGCGMT 67 F+VD+RLA LLS+ Y S E+ALKEL+DNAWDA+A VSITLP+PMS D I++ DDG GMT Sbjct: 6 FKVDTRLAYLLSENYRSPEKALKELVDNAWDAEALRVSITLPEPMSGDAIIVEDDGAGMT 65 Query: 68 EEELRRHYLSIATDRRSRRGDRTAGKSRSIKGRKGIGKFAGLMAASVMILETRARGRLCG 127 EL+ YL++A +RR R GD T R +KGRKGIGKF+GLM A+ M LETRARG Sbjct: 66 LNELQNEYLNVARNRRQRSGDFTPNLRRKVKGRKGIGKFSGLMFAASMTLETRARGTQST 125 Query: 128 FTLRLADLATVDDIEQLNIAFYSESCSENQHGTTITLTNLHQGLAFPDSNKLRQVLLQDY 187 F L L + + + ++ + + S + HGT I L L+Q FP+ NKL+QVL+ DY Sbjct: 126 FCLDRDLLESSEGLPEMPLEIVNSDVSPDVHGTRINLAELNQSQKFPNENKLKQVLIADY 185 Query: 188 GRQDDFRIAVDGKRLDVNDISGSYSEFDQDLPAVGNVKLRFAISDAKGGLRQPGITLRVD 247 GR++ F I ++GK L V+D+ G Y E L + G KLR +SD K LR+PGIT+R+D Sbjct: 186 GREEGFEIVINGKPLGVDDLQGEYKEESIQLSS-GEAKLRSTVSDQKRKLRKPGITVRID 244 Query: 248 GKSVGKPSFFGLDKRDDFPPKLLRKLYGEIDADGLREHITAGWDAPVENSELLKAVEAYV 307 GK VG PSFFGLDK DD P KLL K YGEI+ G + +TA W A +E S+ + + + + Sbjct: 245 GKVVGDPSFFGLDKDDDIPRKLLDKCYGEIEITGCSDDVTADWGAIIEGSKTEQDLISSI 304 Query: 308 QPILQQAFDIQYRRDMQLAQARLKKAIQARLAELPEHKREFADRAIKKILDKYYGEPESK 367 QP+L++ Y ++M LAQARL+K + R++ LPE++R FAD AIKKILD++Y EPE K Sbjct: 305 QPVLREQLKSVYGQEMHLAQARLRKRAKDRISRLPENRRAFADEAIKKILDRFYQEPEDK 364 Query: 368 LEPIVFVLLEALERSDYRLLLEHIADTGPRDVAVLAEGLNDFGLAEMAYLVEQANARSTF 427 LEP+V VLL A+E +DYR++LEHI D +V+ +E L +FG+ E+A + EQA +R F Sbjct: 365 LEPVVNVLLNAIELNDYRVVLEHINDAKRSEVSRFSEALEEFGIIELAMVAEQARSRLRF 424 Query: 428 LSQLEKLVADDETTEVIMHRALERNLWVFGPEYSLFSTNMTLRRQVEEYLQKKYIGDKAV 487 L LE + ET EV +H+A+E+NLW+FG EYSLFS+N TLRRQVE YL KY+GD+ Sbjct: 425 LDYLEGMCGRKETLEVHVHKAIEKNLWIFGAEYSLFSSNETLRRQVEVYLNSKYVGDRED 484 Query: 488 QRPDLLLNQNLNGEYLLIEFKRPSHSLNHLDYLQSITYRHDFAKH-VSVPIRVLLIGGNR 546 +RPDL L +N+NGE LLIEFKRP+HSL DY Q+ YR+DF ++ + I V+LIGG Sbjct: 485 KRPDLFLTENINGERLLIEFKRPNHSLRFKDYQQATAYRNDFHQNGIDKQINVILIGGKL 544 Query: 547 SHDFP-SENREPEVSAATFGQVISTARRHLQWQL 579 +D E REP V F +IS+ARR QW L Sbjct: 545 GNDLSIQERREPNVKIMAFADLISSARRQCQWLL 578