※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
5.84 
Molecular Weight
188624.15 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Predicted protein 
Gene Name
CHLREDRAFT_180538 
Created Date
2007-12-04 
Organism
Chlamydomonas reinhardtii(Chlamydomonas smithii) 
NCBI Taxa ID
3055 
Phosphorylation Sites
Position
Peptide
Source
References
1284
HESRLLVSPQPLGEL
dbPPT
[1]
1305
CQQPGILSTRLQCVE
dbPPT
[1]
1297
ELLSIELTCQQPGIL
dbPPT
[1]
Functional Description
 
Sequence Annotation
non-terminal residue 1776
Keyword
Calcium,Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MQHKYQIIFH TGDGWGKGCA SGVSFEVLGT QGRLISSQCV QTEVKALSAK RERAAQYAAG 60
KKDSLSDAAA KAGAVVGTGA GAPAGGPQQP STAGTGPPLE KRNVFAVFSQ WLKAGGGASQ 120
LAALMRGADA GGDGTLSMQE VKTLLAKAVP GVSDVETQLF VAMVDVNGDG VISEAELLQS 180
VADCASINST VAGGGPGAAG TASGGSSEMS AALEGLVQHL RNSIGAVDAK LLELNPVGGY 240
LTFAQLNELF QAHCARTANI TALDPGVHVS EFKRCFGLQA AAAGSGPAAA AAGWVPGRPR 300
DVFKLLRYHV KHNRAQLDEL FPRGSELTVN QVRHLVKQML ESRAGEPPLT GREARHLVAV 360
LDANGNGTLS REEFEGGLKE CREVSTAMAC VRGGSLVGGV KPEMPLYPPA SPEEQPPTWG 420
QLLAVLQQVH EVVKGDAADA AWQASDSRKK GRIDACELRK VLLELCPELP LHMARALLMY 480
VDAWDPSEHA LLSRKHFLMA LRGEPPPDSL QAPPPGALAA GSTSAEGLAT LEVAALMELN 540
QRLAHNLRGL GVGLCLPDPA QWLAWHSNVK TASRPSGTVK VGGAHQPGTP DFWKSQWKWH 600
TSWLQKHSAY RQAIAAKAQH QQQALPSPGV LTGLASAPAL GSAAAAAEGV DAAEPNCLEE 660
PNSLEERMWP NLTVEGVPFT GSVFTRESAA VLNMGLVHPL VAPTRVLLYE VVLAPGAQLG 720
NMDQLTVRAT GDAGSWYLEK VEVQCATSEP PLLWEVHVRR WVEPGEVLAE LRADPCVWEE 780
WDMQRCSLRY LDTLCQAPVF YATRIRNNYG LGFGGDLGVQ QGDKVRVKGQ TSNHSIAVQA 840
RGGFKWADPD DTATARLLPL MGAAASTGTY TRVPPALQTA MGAGISPAEP FGGGVIPGLR 900
ECVVLTYNLE AAATELGERY VWLHAHVALD DSAGTPPGPV RFSIVKDETL TWAAWVRTAG 960
EVLVCCESIV GCRQLHLVVE SDFSGGARCV WLDPVLVCAP ILDKGIVAEL EQAARVAEDA 1020
DWMSRDLRVQ FIREAAGDIM YMAPARSVPQ EVSRASATGS YRISVYSGAE KNGGTRGKVF 1080
IKLHGRRGND DKTAVKSNLI CVNKDGEMLS EGNKYTMLQP TALPLMDEVD YITLSHVPPP 1140
AGIMGPSMAP GGASDWSVQH VEVSCEETEK TWYFVANSWF LALAQKQAAE RALVAQGGMA 1200
GAAAGTGKAV LPTDAEVLLP RATSGLEYKV VTHVLSSGKG KGMGLDGDIQ LFIMGMTEQG 1260
YVQSPFSIPG RSIDHSHESR LLVSPQPLGE LLSIELTCQQ PGILSTRLQC VEVVRLVDGK 1320
HFLFLPPPLD PDDPPNPRAT KVVLRVASQP HFRIATFTSA IPEASTDARV YIDLFGAKGQ 1380
LLDLYLRDAT GDSFDEGSED VFFFPDPGKS GLGEIGSVCI SHDDSALLTT ATLALALLLT 1440
LGDSPNWHLD HIEITNTGTG KTAVFLCQKW LGLGVTMQQD EKSSQGRVDP ERVLERVLYP 1500
AHLLASLNTL QYSETVIIDS GKLGTNLELD MQYVQHVQAL NQAAARRAEA DATDPAAAPA 1560
TAAAGRTYQV VVQKLAAHQA RSNIAIGAST REVTLVLAGA LASSRLITLN SGNCTNLGVA 1620
PFTSPDQPDM FQVTTDIELG QLLRADVRLG SSSSSDWGIL LSAVVVRDIS DTSSAPVDFT 1680
TGPGGQWLGM SPTSREGVYG GTQALHLLPV GTAAVSFVGS AANNSRAVSS AGAARDIANI 1740
RQGFRTSASP DSRSLRRHPR QALQRRCNLR QLRYSQ 1776 
Gene Ontology
GO:0005509; F: calcium ion binding; IEA: InterPro 
Interpro
InterPro; IPR011992; EF-hand-dom_pair
InterPro; IPR018247; EF_Hand_1_Ca_BS
InterPro; IPR002048; EF_hand_dom
InterPro; IPR008976; Lipase_LipOase
InterPro; IPR001024; PLAT/LH2_dom
Pfam
Pfam; PF13202; EF-hand_5
Pfam; PF01477; PLAT 
SMART
SMART; SM00054; EFh 
PROSITE
PS00018; EF_HAND_1
PS50222; EF_HAND_2
PS50095; PLAT 
PRINTS