※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
5.84 
Molecular Weight
208883.51 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Putative adapter protein SPIKE1 
Gene Name
OSJNBb0014I10.6 
Created Date
2003-03-01 
Organism
Oryza sativa subsp. japonica(Rice) 
NCBI Taxa ID
39947 
Phosphorylation Sites
Position
Peptide
Source
References
1117
RVSPQLSSPNQPYSL
dbPPT, P3DB
[1, 2]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MDSAAAAGEG QRFKRIPRQS LAGNLELDPL LNENLDQWPH LNELVQCYKA DFVKDDCKYG 60
RYESVAPPSF QNQIFEGPDT DLETELQLSN DRQSKPDEVT EDDMPSTSGR QLYETEVPAS 120
SSKKHCSLSP LPAYEPAFDW ENERSLIFGQ RVPESVPAIN SSGLKITVKV LSLSFQAGLV 180
EPFSGTICLY NRDRREKLSE DFYFHILPTE MQDAQISLDR RGVFSLDAPS PSVCLLIQLE 240
KAATEEGGVT PSVYSRKEPV HLTDKEKQKL QVWSRIMPYR ESFAWAMIPL FENNQAGGAA 300
SPSSPLAPSM SGSSSQDSIV EPISKLTLDG KLNHYSSGSS VIVEISNLNK VKESYIEDSL 360
QDPKRKVHKP VKGVLRLEVE KLHNGHNDMD NISEGGSMAN DLNDAGELNN GRYNRSSFDG 420
IHGSLNSSAV AQKDAHQNGQ ASNTESGENF QAFDFRMMTR SEPFSQLFHC LYVYPLTISL 480
GRKRNLFVRV ELRKDDSDIR KPPLEAVHPR DRNTTLQKWA HTQIAVGTRM ACYHDEVKIS 540
LPALLTPQHH LLFTFYHVDL QMKPEAPKPV CFLFLITKVV VGYAVLPLST HIQLLSDVSL 600
PILRELVPHY LQESGKERMD YLEDGKTVFR LRLRLCSSLF PVNERIRDFF VEYDRHTLHT 660
SPPWGSELLE AINSLKNVES TALLQFLQPI LNMLLHLIGD GGETLQVAAF RAMVNILTRV 720
QQESSDGAER NRFLVSYVDY AFDDFGDRQA PVYPGLSTVW GSLARSKAKG YRVGPVYDDV 780
LAMAWFFLEL IVKSMGLEQS RLFYHNLPLG EDVPPLQLKD GVFRCIMQLF DCLLTEVHER 840
CKKGLSLAKR LNSTLAFFCY DLLSIIEPRQ VFELVSLYMD KFAGVCQSIL HDCKLTFLQI 900
ICDHDLFVEM PGRDPSDRNY LSSVLIQEIF LTLDHDDLSQ RAKAARILVV LICKHEFDAR 960
YQKSEDKLYI AQLYFSLIGQ ILDEMPVFYN LNAVEKREVL VVILQIIRNL DDMTLIKAWQ 1020
QSIARTRLFF KLLEECITHF EHNKTGDSLL LGSSSRSPDA ERPASPKYSD RLSPSVNAYL 1080
SEASRHEIRK NISDGNMPQG TPENGYMWNR VSPQLSSPNQ PYSLREALAQ AQSSRIGSTA 1140
RALRESLHPV LRQKLELWEE NLSTAVSLEV LGIIDKFSVA AASRSITTDY AKLDCVTSVL 1200
MGLLSRSQPL AFWKAFLPVV YNIFNLHGAT LMARENDRFL KQIAFHLLRL AVFRNDSIRK 1260
RAVVGLQILV RNSFNYFKNT TRLRVMLTIT LSELMSDVQV TQMKSDGSLE ESGETRCLRK 1320
SLEEMADVRS KDLLKDCGLP VNALEAAPEG STDNRWSWVE VKHLSKCLVQ ALDAGLEHAL 1380
LGSEMTLDRY AAAEGFYKLA MAYAPVPDLH IMWLLHLCDA HQEMQSWAEA AQCAVAVAGV 1440
IMQALVGRND AVWSKEHVAS LCKICPIVNT DVSSEASAAE VEGYGASKLT VDSAVKYLQL 1500
ANKLFAQAEL YHFCASIQEL IIPVYKSRRA YGHLAKCHTS LKDIYESILE QEASPIPFID 1560
ATYYRVGFYG ERFGKLNKKE YVFREPRDVR LGDIMEKLSH IYEAKMDGNH TLHIIPDSRQ 1620
VNADELQPGV CYLQITAVDP VMEDEDLGSR RERIFSLSTG TVRARVFDRF LFDTPFTKNG 1680
KTQGGLEDQW KRRTVLQTEG SFPALVNRLL VIKSESLEFS PVENAIGMIE TRTAALRNEL 1740
EEPRSSEGDQ LPRLQSLQRI LQGSVAVQVN SGVLSVCTAF LSGEPATRLR SQELQQLIAA 1800
LLEFMAVCKR AIRVHFRLIG EEDQEFHTQL VNGFQSLTAE LSHYIPAILS EL 1852 
Gene Ontology
GO:0005829; C: cytosol; IEA: EnsemblPlants/Gramene
GO:0070971; C: endoplasmic reticulum exit site; IEA: EnsemblPlants/Gramene
GO:0019898; C: extrinsic component of membrane; IEA: EnsemblPlants/Gramene
GO:0005634; C: nucleus; IEA: EnsemblPlants/Gramene
GO:0005886; C: plasma membrane; IEA: EnsemblPlants/Gramene
GO:0005085; F: guanyl-nucleotide exchange factor activity; IEA: InterPro
GO:0007264; P: small GTPase mediated signal transduction; IEA: InterPro
GO:0016192; P: vesicle-mediated transport; IEA: EnsemblPlants/Gramene 
Interpro
InterPro; IPR016024; ARM-type_fold
InterPro; IPR027007; DHR-1_domain
InterPro; IPR027357; DHR-2
InterPro; IPR026791; DOCK
InterPro; IPR010703; DOCK_C
Pfam
Pfam; PF06920; Ded_cyto
Pfam; PF14429; DOCK-C2 
SMART
 
PROSITE
PS51650; DHR_1
PS51651; DHR_2 
PRINTS