※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 6.65 | ||||||||||||||||||||||||||||||
Molecular Weight | 412095.24 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||
Gene Name | CHLREDRAFT_193520 | ||||||||||||||||||||||||||||||
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 MSACSLHNQG RPAVRNGRRS RALVAAAGLG RSSKQTAGAG ASTSQPRSPG NQAPLSTDLL 60 IQRLEAAADA QSVLQLLKQP RNASAEQAFL CTAALKALAR LLGGTAAAPL AVVGAPAVAL 120 LGRGGKPLSR DELQELQEAV RGMINEVHSR RGVLSLPLLS DTLNSLEVLL PALGGWRVAG 180 LRADDAALRL LAMATDVPQA AADADALRPV PLPALRNAAR VALRLTQMAQ QAPSPQVEST 240 TRRVREAVQT YLRRAVFPAA EEGGQAAAAA RLHGADLAAM AAAAELAVMW DVEVPPEVMQ 300 LHVRHVDRLL SAAAGPAYIV SADVHAEQHS VAGQGTSRSG DDNTSTSHHA QGRGNGRAEP 360 RGRGGRGGGG RVGRGSSASQ QERGAAGVSG TASDRTEPPL PDGLVAAGQL DVTSLAQLLI 420 AWASVPAGRP APSVEWLDRA SALALRTQDP TTMAKRGQLM RKLRRLRSER QQAAEELRRL 480 LAAATAAGPE GQGGEGGRAG PSGPAASDAK GIQPDVQQDR NAGAARGGGR GQGRGGQPPQ 540 PQQPQLDDTG SLKARLKDIG RDVEALQQEL AALGPVASAP PGAAVDARAG SVGGPAAAGP 600 APTPASGWKR RQEEPEASAG ASTAAPAAKR PHLDQKGPQY PGAALELPST AGAQLSYALA 660 SGVLTGLLWA VSGRLGSMLT TETRALARAV AVARMSDFTS PQQIVAVLYS LGRMKSVPAR 720 EEVGEFTKRL RPHLESLSPT DAVRLLQALE ALDYNPPAKP WQAQPPASSQ PTRTGKAGKA 780 DTAQPAADAG FPPSGAEVIG RLMVMVDGLG SRGGGGGGLA AAPSDLILEL LRSCAAWSVP 840 FPETYLGALE SIVEQRVLRS LPLDKIKLLS PRAMATAAQA SYGYVPTAVA SDADVNADVM 900 RAGLLDGVIL PLAATRQGFV NGDMFYLALW DWMEVKACEG ITVDKATSLI NSYAYNKSWA 960 LVPQLRKVME GLMERALQLP VSQPREGSKL LLAVGRALRV MGDKMQCMPA DSIADKVAPG 1020 VAPLLLPAVE RLASQDPNAS DVAAAVKLYG AAAARLAERP AKAEEVVELL NSVTGMDRVA 1080 SEPAPATAAA GPMAAGGSAP ATGRRGALGD ELKARGRLLQ QLAVAVLQEP ALPALASVPD 1140 ALVAAVKQMA ILGMRPPVQW LSSYTAVLQA LLPKLSSIGL AYGAEGLALL GAAPPSSFLD 1200 ILLTCTDKHG ADRFEPHALG LLLGGAHALR QNALAAQAAA ELRLRGVGDD DEAEEERAHT 1260 AEAADVDPAA WRLRQAATGV PVVAPLSTAA QEAWGRAHVA FVSEARKSNP MPRYSRAQQL 1320 LVVSAVTSFE LSRPPLSQGQ QAAAGSGPSK AGRGNSKAAS AGAVADFRAR LEADWLAETC 1380 ASLLASRKAE EATIAGGSRG GGNPALLPTP AMLESLLRLA TRVLGGRTDG AITRLVKSGA 1440 GSSTPLQQHS GGVTAADEQT LAQEAARSNV VEFVRLSVQD LSRSVSGRHG ATSFPAWVSL 1500 LRAALEAGIR LSPAELGVFA STLLNMAARR TRRALTAKGP ISANTTEGAS ADGPAAASAG 1560 SGAGARSLSA EGRERMTAVW QDVEEGLEGV LLPVLPWVPP LETLRTLRLG LLEQSPAVLT 1620 AASLRQLALM CTYTTQAAPQ LAEEAARGRR TLWWSTVRAE LLRRAQDEEV EKAWSKAQRG 1680 SSSNRSAATA EADLQTAVDL AAACYGLLMH GGGSREGRDS ASGGGAAPSS ASLPDELATW 1740 MKLLLTRAGS GLAAKRSLGK GLAGVRALQL LWVARSVGCA HLLPASVWST AFGALGPEQA 1800 GAAALQPRQL AQLVVLRAEA LRGSGDSATG NGPLERLPTR AGSSVPVAGW FLEVWLDRLA 1860 VSCQRVLLSK RASADADGVT PAVAFLAVAY CLPPDQQRPR EYAAVLAKAA LPALSGSVGT 1920 AAGADVTLLL ADLWAFLRRV EGWPVTGSGS STGDSSGSEN ESDASWTGLP VEAAAAVCQR 1980 VLAVAQTGAQ AAGGFIMPPS EAVQFTVTLL NATAVESSCA SALEAALPLL QALVPEAEAE 2040 VWALATRERL GRAVLASALQ AALNAVTNTE PPLGADGAIA SACEVAALMV GSVAVLLQQA 2100 PQQPIAAQVA NSRAASVVSR LDARSLPPDQ LAALASAIIR LCPPAAGGAA GEYAAARIPQ 2160 AAAAVLLRLM SAAEVVERLP ITRLEAALTR FLPAQQQQHE GQAPEAGSQL PMTEAVAQAI 2220 SAKLQVGSTA WFARTPVGLA VQLHRCGASG VLLQRALLAD RDWAGREVQL LQALAMAAPR 2280 EPLALSLRDY GDGNTLEALS LRGAQSARAA GRGEGPLSCL ALDITQSLRR TSRQQRLGVA 2340 AAAAWMGALA ELLPHLEGTA GSYLLYGAFN WAGRRALIEK PKAMREIREE PASVWRLLEA 2400 LLALAGECLN KRAFAIVMRK MHVRHGTVPK PEDPMDAARD QQRFDVQEGE FTILLSYISR 2460 RGPYLIQDTD ARLLLAAMQP VLDRHQQVRA ARRSSGLGLL YGAVVIRGPG AQDEVPYSLL 2520 AAEAQQLYLA YITSLNLLAG RTDLPPHEHL EAMLGALEPA VFFNPSSRVL PAYRVGSDAA 2580 ADGDDGQAAD TEEKAEEDGD DGEGYDFYSD RLPIEHFLAP VLARYARAGA EEQPRPAGLE 2640 LWDDVTELYS PADLSEQSML AMLYNEISDE DLQAWATQGL HAASRESGSS NDITAGGHFA 2700 SADTGSEAAA RKDGEGVTTE LMGEAGGAGF AAAVPAAQPR TGGRGIWAGR SRPEARPAHD 2760 DVIQLFAPDR QAVVYAALEA SPGFEGFGEG RWARLLHFAV ALDKAQERAK AELAAADAEA 2820 TAAARINQSV AALEAGPGSG AQAVSASLGR GRWGGALKRM ASDMLSSIAP DVVAEGEPGA 2880 NAAATTGTFL QEWDEDEGDF GAAEVDMAAD VEAEVEATAG RGASGLQSLH APASGGAPAA 2940 AERQPGAPGA VALIVAADSA NATHASEATA GGDDTGTTQV PADANPSSAS ASSPAAQVNP 3000 FEVTADFKRR LETMGYQVPE QGARAPGAAG GRRRPPGMGA GQQAAQDAGD VGKAVLDAAA 3060 WVGGALGSYL GKAARSVVRR APSRPSSGDA SGGGGGGPGT RGGVQETAQA HKDRDAPAHQ 3120 AAPGPAEGRA DDAKEDRTDE GAERAWLDDR DDDSTRSRSG SESVQNSHGY IAHLHVNNVP 3180 SLVASPSPEL CLREQVTTRK SMTSPGDQKA KEDALLEKAA AIKAQWKSMA AAYNFPCEEP 3240 KRAATHWDYV LREAQWLAED MMQHVETKIT LECKPEELGR VKGGALDDAK GKALPNGGVD 3300 TGPTAPGTPD RVEELPGWPL AEQLTFTVLI SPEELMEAVV RQLEEEDVAR LTVHAEVLSD 3360 YKMAFEAVQW VKTAQHTSAD GDDMPLRKPI MKKAAARPRV MMAADDTDSL GEGPPSHHVR 3420 AGAGAGGAMR RMGGAAPHRP LGDLDDGPAN KRKRKPRDLE EEDAVMSGQP KAGLKLKNAG 3480 GMKDDKSKKL KSPQKPPGGH PSQGFPPGRD GSAHPGMQKG AVPGGMKHPL LRSTATIPDG 3540 SMRGLAWSGT DDQVLAAIVT EFSQNWLLVA DVMRSANSMQ YKLRAPHAPS HTKNAPAPDP 3600 FPSFSYPDMQ GVFRRPDMCK YRYAMLVKAW QQENGDDMLP ETQQANALSL AIMPKQQAKE 3660 VLYQVLPVSE ATLRRHQDSV SGLYVRHRSK RSAERQQQRE MYKMRQDQQH ISHNVVFGNV 3720 HSASCHSRVR QPTAAQMAAA ASALQQQQAA AAAQGRVPTP PLQQLQMQAA ALAAAQLRPG 3780 MLGTMPGGLP NAAMNNAIAA QMAAQKAAGL QPGAMPNAAM NAAQMQALQK MQHMAAGAAA 3840 AAAAAGARPP MMPGALPTPG QQPGMPGQVP GQVPGMQPGQ MPGMQPGQMP GMQPGQMPGV 3900 QPGQMLGQPG QPQPGQPGGA WFGSAACRAH QQVWAGDASN CRAFGGAELC WWQRKWRVHC 3960 SS 3962 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |