※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||||||||||
Theoretical PI | 6.49 | ||||||||||||||||||||||||||||||||||||||||||
Molecular Weight | 277164.18 | ||||||||||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||||||||||||||
Gene Name | CHLREDRAFT_191544 | ||||||||||||||||||||||||||||||||||||||||||
Created Date | 2007-12-04 | ||||||||||||||||||||||||||||||||||||||||||
Organism | Chlamydomonas reinhardtii(Chlamydomonas smithii) | ||||||||||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3055 | ||||||||||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword ATP-binding,Complete proteome,Nucleotide-binding,Reference proteome Sequence Source UniProt Protein Sequence MAEGVWRRGS EQGHCGGHLR LPATGPWSLS PSVGGGGDGG ATMWVSGGKL WELPRLTQGE 60 EFDMLNAYSG FMHDEVIVLT EETSADLPVA QQMFTEDTLI TAPTDTMQTV FLGPYPAGLK 120 IMTGVGLTLQ GVDAHNVLAT FNMTGGPNGT WSLSPAVPEQ SESLSVGYVC VGYVSALLPV 180 TDPSGSPRSR GIATLFGRSQ TNVTFRGVVA NSSVRFNVST AVVLDLSYLM SVFVVSPPAV 240 IMFNNVTLIN LASPLTGVLA LPMYVVDLAA RIIAADFDVM GVHVNLTSIV LKDAGVVLTP 300 DELAYETTWL RAYPDNPPTL SLQQRLWLNS SVTTAQLDQI TSNTMILSLF AGWDIRGYNM 360 HIVSVPPPGQ KLMVPAIGIG LVSPTPLSLY PQVVALNSSE ALVLVCNSTA GFVISPAAKP 420 GGQPLLDPYG NPMPNYFAFP GAATAVWVNM LPIGTTSALY AVKPPRGSTG FVTLQRSVTL 480 GPLLDPVTGG LSSLQQGLPP VLDMGSQRVS WGAMADPSYS LTLRNMTIVG LNSPERWPAP 540 YVVRCLDLPL WALSVNRLPS LGGEAPQLIF MGTNVSVSTQ ELEFWDACYK MLTSPGSLSN 600 NPTLAPACDG LGLKSFRAAR LDKHSMLVTL LEGMGMVARD VVLRDDIRPY QRYDLDVLLP 660 DAIQPPPPPM LPGGYFAAEA PPESKKWVTP LAIVVSVAGV TILLLLATYM KYRRRGGHAA 720 PYVNVHMMRM MADGSSRPYL LHNIREKMTD EEQARRSRFS MNESTGYIAA AQEGTTDDIH 780 GGGQTGTGPE ADLAGARGCL SSAAGKRRIL DVASALNGTG GGLAEAPSCG GSATTTGTEA 840 MQHLFQTTQT GFSSPAVTPG VDADGSTGAA TAGVGAAARP SSTSTGGLAP SLQRANLQSG 900 SAQQASGHGS PHGGTHHLYP SPHARPTADD ARSYGTTGTA TSIAPTEGGA ALTEAEAGLS 960 AGVVGHSGAA SPVNNRALTA PQVARSSSHY SSGSAMLVDP PAIGAGSGAS FTSTPMHMVP 1020 LADAGVAGAS ASSSLHAGAS TPVGGGRAGE QQAAPSSVSL VDGGGMISVG AGAGPLCSTT 1080 GAALAVHSGN RASMEAADAV HSGGVAGNTA PVLSEVLPSA PLSGSRLPPP TGPAAQPSAL 1140 PSGTLRHQAS EPNFFLMGGG WSSSGQSNRR ALDSPAAAQY LAEAGGPVAA PHVARPLARH 1200 GSINGPGMAS ALAAGGGSGN LQDAMAGSSL RPGGSGHLLA RASPSSPYRS AGGAPSGLRT 1260 SAFMPTANLS KLLVGSLSTL FSVDGLAGLG MAGRTAGMAA SNMTLGAALS ELTADMENRL 1320 NENQLVIQQV LGSGAFGTVY KALWKGLQVA VKTMTLTADA VTQGRHAALM EAALSKSIFH 1380 PNVVTTYTCD LKPMHVDSRR GGAMTGLQIM NETQVIQEWR LYIVQEFCDG GSLRHAIQAR 1440 SFLNTSTGAP QMEWVLQMAR EIASGLQYLH ERNIIHGDLN PANVLLKRED ASVLGYTAKI 1500 ADFGLSVHMH AEQSHVSNTK RGTPFYTAPE VTNAGNLTRF ADVFSYGVVL WELYCSRCAW 1560 TYGPQGRLVH QRGFPHLPPS CPRSYAQLVS ICMQPAHKQR PTFKQIGNMI DSMLRECERA 1620 YAATAGYVSG GGGNWWSSGG GGMPPQQQQQ QMLMQGPPQG PPQGAATQGQ WQDGSAQMGP 1680 GLGAQQAPGP WQMHSPMQSQ SQVLPPLTDA MQPARSPSPF GHGMAYRSSA AYSSSTDLAA 1740 VDSSRSLPAP PDGSQPNASP LASGPQAPVA RYGPQAYDRT NSQGSTGGGL VGRGSLTPPQ 1800 TGQLDGAGSA ANPVAGAVAE ASTAAVGVAD YLGNQRSSAQ SERGPGSGVS TPGSVSLAAP 1860 NFSRGPSDWS NHKDGDGEAT TQDTLLQEPS GGSDPAARPS EDAANLSSGL PSSRLGSSPG 1920 HGHSHAHGDS HGHGQAKDAT AAAPAAPPPL NVSVGSTSSG TRATIAVALA AGSASGNAAA 1980 PHVVAAAGLG SSEGAAGSVG LEDGRVAAGS AEATGETARD RGVTGGGTEP GSGQGNELGA 2040 VAAMAVAVAV PVFARTSIPP PTPVGAAASA PLPYGMRPPQ LQGPAAPPTT PASATAAGAA 2100 GMAAGAGSPF ARPSLGAAGF SVMPPAMPAA SSSAAKFIRA SVGVSQSEAL QDGGFGSPGG 2160 PAGPVGGVTM APPGGAAPFV RPSFGSGAPQ LPAHAQGLPS VLLGGARVSS GLSAGGSTRG 2220 PRSLVAPPDV FGSPVFATGL ALEASSSLAG GNASLSSAVV GSLSGGLASA AGNNSSNSLM 2280 GAAVSTAGGG TELSLAALVA AEVSRTGVDV TFGSTMESSG QSAGSGRVLD AVLRGGGPMP 2340 ALRGAVPQPT PAAQQQQGQV PMGVPIPQMQ MQMQPPPGAV RMPGFGSVGG GSGGGGGMRT 2400 GPFMHRSRTG VQRRASFDHA SFRFSANGTM MPVMPGADGQ PMSPRQLHLQ WQSNAALGNN 2460 GGVVPANDWT APHYSAGGAA SANILGGGGG GGHGNFGRMS ASGVQSYTSM PLYGSFSGRD 2520 SIRTLEASAR SGAATGGPDG PLSGAPHGAF GSVGDSKHSG FLRVLKDAAA PPGSMYDPFA 2580 AAPPLLGVPY ELNEAGISNG GGGMSGRVLA VHTLGGHGHG HGVHGIGGHG GGNPFDMPQG 2640 DSLDEALRLA KTSLSTVLES NATFSRTCSI APSSQSSMVA SGTMVGAAPG EPGAPRLVEE 2700 AHGESGAESG PDAAAKRSGE AAGSRKGLAG KSKHKPQLLL DGEGI 2745 Gene Ontology Interpro Pfam Pfam; PF00069; Pkinase SMART PROSITE PRINTS |