dbPPT: Database of Phospho-sites in Plants

※ dbPPT Protein Information

Tag

Content

UniProt Accession

G7IAC6; G7IAC6_MEDTR

Theoretical PI

4.18

Molecular Weight

123565.64

Genbank Protein ID

CM001217

Genbank Nucleotide ID

AES61507.1

Protein Name

Putative uncharacterized protein

Gene Name

MTR_1g084990

Created Date

2012-01-25

Organism

Medicago truncatula(Barrel medic Medicago tribuloides)

NCBI Taxa ID

3880

Phosphorylation Sites

Position	Peptide	Source	References
878	AVKETNNSGSEAILV	dbPPT, P³DB	[1, 2]
998	SDAVQVSSREQNEAK	dbPPT, P³DB	[1, 2]
400	EKESQEKSEEAEQPK	dbPPT, P³DB	[1, 2]
86	DSSALKVSVEDIVKL	dbPPT, P³DB	[1, 2]
902	NGVEEKLSEQLQVGE	dbPPT, P³DB	[1, 2]
428	EKTAAAISEETKIIE	dbPPT, P³DB	[1, 2]
273	SVPIETVSDNPKEEK	dbPPT, P³DB	[1, 2]
1115	KKAITGKSPSSKNLS	dbPPT, P³DB	[1, 2]
200	QGQATPSSTTEGDEI	dbPPT, P³DB	[1, 2]
830	TEVDENQSEPGIQSF	dbPPT, P³DB	[1, 2]
56	DNAQGQATPSSKIED	dbPPT, P³DB	[1, 2]
1084	SKDLPKETPAKPAQK	dbPPT, P³DB	[1, 2]
1067	PVKTEVESTKENDTT	dbPPT, P³DB	[1, 2]
880	KETNNSGSEAILVKE	dbPPT, P³DB	[1, 2]
1075	TKENDTTTISKDLPK	dbPPT, P³DB	[1, 2]
290	ITESETISVTEPVND	dbPPT, P³DB	[1, 2]
348	AETTEKSSDATETNQ	dbPPT, P³DB	[1, 2]
1112	VKAKKAITGKSPSSK	dbPPT, P³DB	[1, 2]
997	ASDAVQVSSREQNEA	dbPPT, P³DB	[1, 2]
1077	ENDTTTISKDLPKET	dbPPT, P³DB	[1, 2]
77	AAEEIEKSDDSSALK	dbPPT, P³DB	[1, 2]
197	DDAQGQATPSSTTEG	dbPPT, P³DB	[1, 2]
961	PANLVEPSPEVEEKI	dbPPT, P³DB	[1, 2]

Functional Description

Sequence Annotation

Keyword

Sequence Source

UniProt

Protein Sequence

MATETVELAS DHASTTHEQF VKQEKDEAIA EKMNSLANED GDKHNDKPDN AQGQATPSSK 60
IEDEVKAELA AEEIEKSDDS SALKVSVEDI VKLEKDEAIA EKMNSLANEE GDKHDDKPDN 120
TQSQATPSSN TEGDEVKTEL AAGEIERSDD SSALKDFVED IVNPEKDEAI AEKINSLANE 180
DGDKHDGKPD DAQGQATPSS TTEGDEIKAE LAAAEIEKSD DSSALNVSAE DSLKPDIIDD 240
AQNPGVEKED EVKAEPAVAA EKTDDSVPIE TVSDNPKEEK DLITESETIS VTEPVNDTAI 300
SHHDETPSTE SDAKETSQQI EKELVETNEE NQPKIEDIPE AETTEKSSDA TETNQFEEKV 360
KQAEISETSA EKEEKPELEP LATEEPKVTK EPEKESQEKS EEAEQPKAIA IVESTVEANE 420
EKTAAAISEE TKIIEVEPTE TVKEEPMVTE VATAEIVKEE PVVTEVEATE TLKEELVATE 480
VEATETVKEE PAATEVKVTE TVKDEPVVTE VDPTETVKEE PLATEAEATE TVKEEPVATE 540
VEPTETVKEE PVATEVEATE TVKDEPAATE VEATETVKEE PVATEVEATE TVKEEPVATE 600
VEATETVKEE SVATEVEATE TVKEEPVTTV VEPTEMVKDE PAATEFEATE TVKDEPIVTE 660
VDPTETVKEE AVATEVEITK TVKEPLVTEV DLTESVKVKP VVTEVDPREM VKEEPVATEV 720
QATETVKEEP VATEVEPTET VKGEPVVTEV EENQKEPEQH STERREEEQP NASSIPEQST 780
ETNDVIAVEE KSRELEFEAA ILKETKNDEA GPAETEKVEP VVTEVDENQS EPGIQSFKQE 840
EEVKPKEETE NQEQTGDRVE VHPPKDSDIE AVKETNNSGS EAILVKEENI DPLSNGVEEK 900
LSEQLQVGEE VGEIIKEVEP EQATEKTEGS NGTIKEEETE PNTTVNAAQV QTTPANLVEP 960
SPEVEEKIVV EDGKKEVVVA AEDEKKEPEA SDAVQVSSRE QNEAKTATIE AGETETKVEE 1020
ISKAVNEPVR ETLASKFEKD EEETIQNGVD NLEKERIEEP VKTEVESTKE NDTTTISKDL 1080
PKETPAKPAQ KQSNNIIAKV KQSLVKAKKA ITGKSPSSKN LSSDPKGDIK VK 1132

Gene Ontology

Interpro

Pfam

SMART

PROSITE

PRINTS