dbPPT: Database of Phospho-sites in Plants

※ dbPPT Protein Information

Tag

Content

UniProt Accession

G7I4V2; G7I4V2_MEDTR

Theoretical PI

8.31

Molecular Weight

150794.23

Genbank Protein ID

CM001217

Genbank Nucleotide ID

AES61088.1

Protein Name

COP1-interacting protein

Gene Name

MTR_1g075740

Created Date

2012-01-25

Organism

Medicago truncatula(Barrel medic Medicago tribuloides)

NCBI Taxa ID

3880

Phosphorylation Sites

Position	Peptide	Source	References
529	NSSDKEETDHVKDAD	dbPPT, P³DB	[1, 2]
887	DSEPGPSSPLQRFPA	dbPPT, P³DB	[1, 2]
1331	NLISQDETPTASTTQ	dbPPT, P³DB	[1, 2]
1023	SETVQNVSSAKVKTQ	dbPPT, P³DB	[1, 2]
930	KLSQSVSSLPESKLE	dbPPT, P³DB	[1, 2]
1051	TILKKSKTGISSSKD	dbPPT, P³DB	[1, 2]
448	VDMEREGSQTGDRRK	dbPPT, P³DB	[1, 2]
904	ASVGSVDSLKSSKTS	dbPPT, P³DB	[1, 2]
1273	EKPHAKESPKGFRRL	dbPPT, P³DB	[1, 2]
917	TSRLSIRSPLNDNKL	dbPPT, P³DB	[1, 2]
1024	ETVQNVSSAKVKTQK	dbPPT, P³DB	[1, 2]
929	NKLSQSVSSLPESKL	dbPPT, P³DB	[1, 2]
797	RGKTSKLSPLEEARA	dbPPT, P³DB	[1, 2]
879	SHKGSKFSDSEPGPS	dbPPT, P³DB	[1, 2]
1301	NAESDNVSIDGSEAD	dbPPT, P³DB	[1, 2]
876	SPSSHKGSKFSDSEP	dbPPT, P³DB	[1, 2]
619	SGSRKAVSDDFILRK	dbPPT, P³DB	[1, 2]
1217	APYARVSSMEDPSTR	dbPPT, P³DB	[1, 2]
901	ARTASVGSVDSLKSS	dbPPT, P³DB	[1, 2]
853	SSSVTTQSPVASHAT	dbPPT, P³DB	[1, 2]
881	KGSKFSDSEPGPSSP	dbPPT, P³DB	[1, 2]
524	SLKKLNSSDKEETDH	dbPPT, P³DB	[1, 2]
1349	SRSFSLLSPFRKNSE	dbPPT, P³DB	[1, 2]

Functional Description

Sequence Annotation

Keyword

Sequence Source

UniProt

Protein Sequence

MNSSMRLDSA VFQLTPTRTR FDLIITVHGK KEKIASGLLN PFLSHLKAAQ DQIDKGGYSI 60
VLEPEGGSDA TWFTKGTLER FVRFVNTPEI LERVYTTESE ILQIEEAIAI QGNNSMGIST 120
VEENQVKHAE NTEGRKTQHD TNEEKAIVLY KPDAQPPEAN GHATLEGNSK VQLLKVLETR 180
KSVLQKEQGM AFARAVAAGF DIDYIPALMS FAECFGASRL MDASAKFRDL WKRKHETGQW 240
LEMEAAAEMM SSRPDFTALN GSGIILPNMA FASPTELNSE NNGKRSINED GCCVGCGKTK 300
WDRIGNDNIR ERRPVDSVVR RVDMMEGSQI TRDVPPMDRQ GHQDNMHAQF PHHMFPPWPV 360
HSPPGTVPVY PPYPVQGIPY YQPYPGNSPY MQPNYPPMDD PRLTPGQNMG LRRHSMDSRH 420
SNTGSETCDV EASKSRLHDE VDMEREGSQT GDRRKKGSRS GRQKSGMVVI RNINYITKTE 480
NSSGSGSYSD SVSETDEDID EQEHAKTSKR RGSRKESLKK LNSSDKEETD HVKDADGGHW 540
QAFQNCLLRD VDEDRHAIDQ DQYGMEKVHD RRRNKHVSVN DPLVLNDREM HEVQGSRTID 600
DAQSLEVHGR SSGSRKAVSD DFILRKQESQ SGNSYPSSDL EITGSGQGYS NDNLQRKLFH 660
DMNDDSYMLE HRSIQVNDAG NAERHMIDID SEFPMVRQED EKTSNGIDRM NNQLDELSMM 720
PVRGAEGGSM SYDPALDYEM QAQAGGALQG KNKEVLADAK PGSKRLDKEP KSKLTPNSSD 780
KRKSVGPIRR GKTSKLSPLE EARARAESLR NYKADLQKMK KEKEEEAIKR IETLKMERQK 840
RIAAKSSSVT TQSPVASHAT KRQVPSKFSP SSHKGSKFSD SEPGPSSPLQ RFPARTASVG 900
SVDSLKSSKT SRLSIRSPLN DNKLSQSVSS LPESKLEKDD SATNTKVSMA RIRRLSEPKM 960
SSVRQTSSVK PLGAGTKSKT KASDGPESKK ISAIVNHDKS KIAALPELKV RTSKASETVQ 1020
NVSSAKVKTQ KLNDNKSSMN SEGTILKKSK TGISSSKDDG DDNPVIEKTV VMLEDEKPYA 1080
PAIYAPKKEY DGDKMTEKTE TSSNYFAIRA PFSPLSMDTL KKGTSESPSH LHSYLLRYVF 1140
TTTYIYFDDD LDTLFGHTLT GERCMKKLDI LTMRTNVLLS ISISYVKMDN TGKEPSKSSS 1200
NCIAEETYHA PYARVSSMED PSTRNSEYGK AAPTSLETAA IGADTGKARV SDIRNSTLEK 1260
IPETTEKPHA KESPKGFRRL LKFGKKGHSS ATRNAESDNV SIDGSEADEV GTNGSSNEVH 1320
TLKNLISQDE TPTASTTQQK SSRSFSLLSP FRKNSEKR 1358

Gene Ontology

Interpro

Pfam

SMART

PROSITE

PRINTS