※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||||||
Theoretical PI | 5.7 | ||||||||||||||||||||||||||||||||||||||
Molecular Weight | 265250.02 | ||||||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||||||||||
Gene Name | CHLREDRAFT_144600 | ||||||||||||||||||||||||||||||||||||||
Created Date | 2007-12-04 | ||||||||||||||||||||||||||||||||||||||
Organism | Chlamydomonas reinhardtii(Chlamydomonas smithii) | ||||||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3055 | ||||||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation non-terminal residue 2510 Keyword Complete proteome,Reference proteome Sequence Source UniProt Protein Sequence MDMRKLHELV KDAEACLQPL VEGRGNRSAT ALGLLAAWYG RILDIHEPAA NAIAALWDQL 60 PGTTEKELAG WRDPADELLL GGKGPLFVDK AGAIAGDKAE RIAALQKGFS EGPLKMAKEK 120 KPSLIIKRPM EPKQGKQQTE QVERAVKGLV AMNADALQQR QKLTGEMEKC WEAFVGTVED 180 LDEGSKARIE KVLETVQFER MDEFFDAMAR ALDAWSSSTF GANSPLKQAY VDSLAETLAR 240 FVSRRNVLAL QRPDVGHTML GLPAKRTEEA GASEASEAKA AGGGGGGGGG KGKGGKGGGG 300 GGKGGGKADS PGGALQLAVE KLLAKDVDSP DVDAVLQDLE AQVKEHGREL CTRLMDKALS 360 ALEVKEGEEP LAKQLKDRQD LGELMVKAMY VKLGADGAAA SGSRSELHRV FEELLLRQRS 420 GEGLLWAEDM EPLEKEHDTK TIKVLPRDLD VSARRRARFC MQLNALSPLQ RYDVLDSIAL 480 RFAIPATVDE SSTPEQKSTI AVSLPDAFDS PDGPNDVLER LGDPLSIFTG YAHLLRHRGI 540 LPLSPPDVKP EKGAGKQAAA TALEGMDAPG RRVARLCNSL LHNGDGLPSE SAMIVLRLQH 600 TTKQEYAEVI QKVTGELPIE IAKRVQAAQE GKPVPELPED AESDPVFGPY IEFDWRESLP 660 AEDKKRLHAE WRDDIVTAIK ALEEGDCNLG RRMVATLKLF LADRCGASPL EVDVSSGRIG 720 TWLAKLSHQD LVLLRLFLLD HLGMRASATP THIRAAVMDW QRGAEDEMWG LELVTEGGGA 780 AGGAGKQGGK GGKGGDSGPA AAAGAGIPRG KVRMSVKAYE ALCRRHEKRT RREELHKRTA 840 FTLARLLKAA GKSITPPPGA GSASSAASAA AGAGAAASTT SKKKGKGGAG DAAAPGAPAG 900 AAPTDVAFAS LVKDVEPLPV PEGADPKVLI DLLADQYQDI VDADDPAAAD MLLKALALLD 960 NRAVASNAEY DVLLEQLLEG SAEGAALKLG TEKAEKGALY ELTSLNTATS ADVSEAPVFS 1020 VRDAVEELVR VVVLEEVHKD VTAVARKQLE GLVAVWNSIL ENSADRDQLW EKLQSRTSPW 1080 ASTSLRKMAG EVSAASWSSG EAAAKKLQDA RRDALKTALT LQARVLRLSV LSTAVRQKDA 1140 EEYATKLTSK LRHMATDTGK PTKTDDPAAG AKGAKSKARN TSSNATAAAD ASSSTKLYDN 1200 LKAEQDSATA EATWLRETNM RAKNLAERYM TSANAAYMLP AGLGGRPLET SSSTLADLMV 1260 DALEGLQVLM YHLTLLDSVI ETVQVQARVA VGGALRNDLL SPGIVGTEVI NGFLDNRLKT 1320 FVAEQATFVV AREAEAEKRK LAEKIRKQQE EKTAREKEKA EKEELKRQEE KKQKMEEEKR 1380 LAQEKKKKEE AEAAEKKRQA EKNKIEFEGD DEEEDSQAST AGRGAGGKGI QAAQPPPAAQ 1440 QQAAGAGGVK AKLQEKLQQQ GQGQHGSRQP PPLQQPPQQQ GPSGAGKPGK ENAGAHAPGA 1500 GKAAPATAAP AGKEGREGPG KPAPPPQSKS IPPPAPPVQQ QQSQGSRGQG AQSQKGGPTY 1560 QLVGGKDGKG GAQGAQGGKG GAAQQQLQPQ QPPPQQPPGA GKSSVKGAQP PPPAPGKAAP 1620 QPQAVPGFHH DEPAGEGGRG ARRRKGGRGL GAGGAGGAGG AADVEGGTGR VRVELLSDQV 1680 LEDNEYPLKY PYPFTAPEGW EVIEGFLLPA SGEEMQEFRK AAAETNLEDP TTRREFWLAA 1740 VGNVYKNKRV EDMPDLPTDV YVVARADRIM QRQEARRAAA QPQAQPGEGQ PQLPFGVAAD 1800 LGQPVPAPPP GGMPYGAPGA PVPPQLQHNP YGRPGPHGMP GPMFPQPPVP GIAPPPLMPG 1860 MLPFRPGMMP PFQPYPGGHM PPPGMQPPSM PPPGMQPPAM GGYMPGMAPQ AQAAAPAQVE 1920 DEDEEDNDNL LGLLGVVSNA PAPPKPAVVS VQVQPVISAA PGPYGAQVPP YGAPPPPYGP 1980 AAGGYMPHMA AAAAPSYVSA PAAPAAAAAW EPAPAAAAAD GWGGSMADVA PASDKPAAPA 2040 PAPAPAAPKP LSWADKIKAS KKLEEMPEAV RPTLLPAPVD HGGYDDEYSD DDDDEGYQEA 2100 LAASLHDNKD VAFPALGAAR PGAGRGAGAW GVGMGVAAAP SSDAAAAGGG GNTAGTGLVN 2160 RQGEYNCFLN VIIQCLWHCT DFRAAMRPMR PEEYEAGHPV VAALLRLFKA LDSADAAAHG 2220 LAAPGERQVV DPSELRVALE GLGIRAGEMN DPSEVLSSVF ESLNRAPGLA APGPLPDLSG 2280 MQGDADMSRV LSTVDRLFGL LLSEEVRCTQ KGCDKTTHRL APHIEYHVVV AAAGLRETRM 2340 VLAMDMPESD MTTGRLLREI ERQHMKRCDK DPPHYGCNNP THVTRTLHNI PNVFSVLLAW 2400 EPDVQGDTIA ETLQCVDTVL QPTEIFMPGA CPHNLPSYAL HGMFCYYGQH YFAFINRGGV 2460 EEAEQEWVMF DDATVSTIGS WSAVISKCRV GRIQPSVLFY QTHKARLGYR 2510 Gene Ontology GO:0006511; P: ubiquitin-dependent protein catabolic process; IEA: InterPro Interpro Pfam Pfam; PF00443; UCH SMART PROSITE PS50235; UCH_2_3 PRINTS |