※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||||||||||||||||||
Theoretical PI | 8.9 | ||||||||||||||||||||||||||||||||||||||||||||||||||
Molecular Weight | 379620.72 | ||||||||||||||||||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||||||||||||||||||||||
Gene Name | CHLREDRAFT_193624 | ||||||||||||||||||||||||||||||||||||||||||||||||||
Created Date | 2007-12-04 | ||||||||||||||||||||||||||||||||||||||||||||||||||
Organism | Chlamydomonas reinhardtii(Chlamydomonas smithii) | ||||||||||||||||||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3055 | ||||||||||||||||||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome,Reference proteome Sequence Source UniProt Protein Sequence MQLRGPVGLQ QAESAARRPS STERQRARRE EAAWDGGHGP ERQDSSDAAA EATEPVANQG 60 SYAAIAAAAA AAANAAAAPA TGSPGRPASA RGHGTRSPSP SPPRASWDPS VSRPATTVLA 120 QATQMRMARL RRLAQRQAQI QQPPPARGGS LTSSGPLQAG LRASSARASA SSRLGRAPVL 180 LSAVLQQQPQ LYDRQRLSAV ERFIDVLDEL PSRYRDAQVL YLSKNSLTSV SGLEQFGSLR 240 VLGLADNLLS EPGQVEALAA ACPGLEALSL EGNPLSMVPH YRSRVILALP GLKALDGRPV 300 TEEERAAAPG ELAAEEATVA VLMRNACEVH KMASVVQRAQ LHMELLHTMY SRGAVMARVE 360 ALGDAAAAAA EGRGGARSLT RLVELWDYEG GMGAEERRKI RGALLREVGR MYRQSRAAQG 420 AGRSPSWEDA FAQVMMAQQQ TTAALLDLLT QCQAALDELL RSMAATAGPH TSSWNYNSPC 480 WFGHDRRAAA ARPALKSALK RTAHQRQSAD GAAAEAAAAR RSGSGAGGSQ HGGDEEEDAA 540 MMGNLSDDEG LLVRRRRKSP SPQRWQSARS SPPPPEAVER LLRARRGVVA SPRRSRSVDA 600 ATLRRGGSSA RGAAAGGPKA TATPVAVGEG ADDRRRASSV SPTKRLQSPP LNHPAAWRPP 660 GAAPPGWSSP AGAASPSPDY KVAAQAVERA VRAQWNEEQV DAGVRPHAAL TAAAAGGLAD 720 GASPMRQSGQ WADLPERGVS ASPEVLGRRQ GHSQQWHGAA HSLPAHHARR SLQGALSGSS 780 APSGATVGSS APPSAQARRN PAPADARAAQ LRASSPAAPL AAGGARTRNA AGNALGGAAS 840 WSQIDDLRRQ VEESVAETAR LRHIADLAAQ PIPARSPLPS TGLDARPNAQ LRASWQLQAE 900 VAPLAPSSRP HPATDAGPPY AQLAPPPWAM APPQAQAWGV SSTPPPGGLG GAPTFSPQPQ 960 PQAPPPSLQP HRNSSARAPD DASLTGAAAP QAAANQAQSA YTGQQRSAPA APEYAQPSAP 1020 PLPAQLQTEY AAAAIAAAAA AAGTPGGSWT PQQHQPPLQD PQEPTSLGGM SVMRASLDVL 1080 TPGSVQTSAN FPSVSSTPSF SRRLGEAASG AGGGGSILDA YGAPVGQAQQ QPQPPRGYAP 1140 QEAPAETPTQ PQMTGTFNDA AGGTARVEVA EMITEDSAGY KDQHIHLHIH PTGSQPTLFG 1200 ADTSSAAGTL AVIAPPGSPL HASLASGKVV YEKIERIKPA GGGQGAAGAS AGRVAKSGGE 1260 TRRSKRRVPG GVGADGRAAV PGFGYTYEDD EEDLSGTEAE EQGKVSLRRR ARGPLAHSAE 1320 EGGDAPHDEE GQDQEDREGY DDDIARDGDW RQRRSTSSTS GRSGQVPEGR RAGLRSPHPS 1380 RRAAGSSRSP AASMRQRDQD AREQAQYAEL QRQLSEQAVL SSQLEQQLAQ MQTQGLTAGA 1440 AGGVPAPAEV LEPGAATFVY GTQQHASPQA SMASAQRGPL AAVVAADAPA GMTGAGAGER 1500 ALLPSGSQRE RTQLPSVRRP ATSDMLPTFQ LAPTRDTAAA ASPEPRGQQQ QQHSTTSFQA 1560 SPSRLGATAS TAAASATGTT GAQLLPGASS TPTKHAPSSP PPPGTTRQQS GQQLHSEQQP 1620 SRPLQGAEDL PPALRGISDQ IQAQAARNRS LQEQIRSLHA QLEVEPAADA ALLQAPAEAA 1680 AAGVALRSQL PTATAAAAGL SGPTTDPLPA GSLRALEQQL VSLTLEKEAV ERSLLGEQGE 1740 VRLLQQELGL MGQVADALEE SQAQLQETRL AVAHLQQEVV ERDQQLDAGR AREAELLEQL 1800 ADAREELVTE TRRLEGEAAS ATVRHQQQME EARVDAAERL ASHEAASVAA LAAAQAERAA 1860 AEAALLEQHT AQMQELADAH AAELATLRSA YAAEVAADAA AARRQGEERA AALQAQLEEA 1920 LVALGNERMA HSELRVQHQA VEEVAADTRR QLEQLLDRLE VERRREGAAE LLARRTLLRR 1980 ALWHWYGNGQ LCAEEARGLH RAAEHFRRRA CRAALRRWHV VALRTRLLKR MLRERRTKVQ 2040 RLVLASLKRL VLERRSEARS DTIAAAHHGM WLLGRCLSAW RRLWRAHARA IAHHDEDRAA 2100 AATTHHRHHV LRTAIAVWHR QVHEHCLPKK LQATQKKRRA AAAHRRRLLR RGLQGFRQLL 2160 ERCAAKRNSM ARSVRRHRFS LLGRALGYWL DFMETVRRKR SAVAAAELQF GHSLVRAWHR 2220 AAGRSAAIRR GVEGMQASSG TRRLRTCLAR WRAFLICRRQ SALAKRLAEE HRRGAVLWRC 2280 LSAWLVLAQQ AAARQLQVKG MREYQRMMQA AIRWQRMVEQ SRRQAAVVER AVRLFRHRVL 2340 AATQRAVLRG WRDLVEERRA LMRSAAIAFV QAFLVIRTRR LVTEWQGLAR RGAIARGRAA 2400 AEELRSRLEA SESSLRAAFA RLEAAGADCD ALQQQLREAQ SDVLHLKQQL QDTERQLAEA 2460 CAALEEARTG MEERDVHLAA RAEQLATLQE ERDLLQQKTQ TLRQQASSLQ RSLAAAQAQS 2520 RELGLQMKQQ AAQYEEQLLA ARDATALVRR EANSLAAAAA RAEQAAAEGE AQLRTVRTGH 2580 ESLVASLRQP VAGRSGSHHV TFAGATSYLA NAAGGGEHDG DGDDSSSDSS AALQSGTAPG 2640 PAEASAATTH RASRNVANPR THHFSWWPAA AGAGGGTSPG MSGESGDSRG AGDGAAVPSL 2700 HSVPASYRAA SPAGSTSGRV ATGSDGVGAA SAFAALTDQG LSTQLLVEGG VDASVEAERL 2760 PDAGAAFPEQ GHELYMLAGA HVAAAVVRRR LLGDTVEAEV SMALMAAGTG MAAQGGVASF 2820 DRSDAQVVAP ATVSFTACQE RKLCGTKANC VAVNRKDPSK GFTCKADPCA LPNTCKSPNC 2880 CQTTYNAAGA YVGYSCVNRC ETVRCANGYC INGMDGKGRC TGARCVDPCA NQPCPTGQNC 2940 RPVFDNAGAL VPDKFQCVDP CKDPATCKEG YCCKTRMTDS GTFVPVCVPT CTENSCPAGK 3000 NCVAITSPTS GACRSTCVDP CVKPGIDCKD SECCRPKRVI PTIGPAMWVP TCENPCATVK 3060 CANGAFCRVV TDEDTGRCGA QCVNPCKPNP CGSYENCEIT MLAGTMTPVI DPATGLPAFS 3120 CVNPCQKAGF TCRRGMCCRP RFNTSTETFE PRCVNPCFLN SCKKPTPFCK PVVDPDTGMC 3180 AGSRCFGWPC DYARCGGSDV RCIDLRPDNW FETGGDQPVF NISLGIGLIG SLPSGGNHRR 3240 SLLRSDQAGT GSASVSSGAG QEQEHAAATE AVPQHLHHPQ HHRHIGVGQG RRGLLQDEQP 3300 PTDGAAGTGD AVEPRAASII DPGFILGQLI SVPLPSEDDA PTIDPASELF SCGVCPPGYV 3360 ALPLTASLLQ TAASLSTAAA ISIDPVAVAA RALGLPAGTV PTVRCIPGVD ACRREKLCGD 3420 DSDKLQKLAD LGDTAIGAVE ALQLRAGYIC NRNPCLSIRC KQPLCCRAFT NRWGLYTGFT 3480 CTDPCRGAGC RAPDFCRSQV DDQGQCTGHC CASGSSVPIK AVDGNPCNAK PCPARSICRP 3540 KFDGFGQITE DYDCVPSIPV NPCTNPSTAI SCPNNGCCVP SQLYPTGALV ATCEPILL 3598 Gene Ontology Interpro InterPro; IPR003603; U2A'_phosphoprotein32A_C Pfam SMART SMART; SM00446; LRRcap PROSITE PRINTS |