※ dbPPT Protein Information

TagContent
TheMedicago truncatulagenome Project Mt3.0 ID
UniProt Accession
 
Theoretical PI
6.34 
Molecular Weight
190943.87 
Genbank Protein ID
 
Genbank Nucleotide ID
 
Protein Name
 
Gene Name
 
Created Date
 
Organism
Medicago truncatula (Barrel medic) (Medicago tribuloides) 
NCBI Taxa ID
3880 
Phosphorylation Sites
Position
Peptide
Source
References
878
RSKKRDLSPSPVRSK
dbPPT, P3DB
[1, 2]
880
KKRDLSPSPVRSKRS
dbPPT, P3DB
[1, 2]
844
RRSSSVSSRGRTSKD
dbPPT, P3DB
[1, 2]
839
NRHKRRRSSSVSSRG
dbPPT, P3DB
[1, 2]
841
HKRRRSSSVSSRGRT
dbPPT, P3DB
[1, 2]
Functional Description
 
Sequence Annotation
Keyword
 
Sequence Source
TheMedicago truncatulagenome Project Mt3.0 
Protein Sequence
MDSYQQQPHG GGYMRPPPPP HTADPHQQQH HQFHQIPPPP PPQGPWFTPQ FQYQTPSPPQ 60
QWPPPPAPAP PPQSNPYAYH PNQFPPPPAP PPPHHARPPP PQFQPHSHLP QPYPQEWNNN 120
PGWPQNQAYP AHTNEEDWAA KARAWADAKS AMDNQHPQPH YSPAGRLPEQ THYHDPYQQS 180
VDPRYTDVQN HSHSSSGYQQ FSFVDPSMQR NSGHSQEAPS ASLEAAYTSD GHSYSTRDGT 240
SVGDPNASFE QANLPTNPSV HPQEVPSSYS SVAGKEAADQ AQQSYAMMSL PSSSSQEQYH 300
VQPSMHAPSF ASHSHSVDSS INLADQPLNF APTFSRDSDL QMQSTYNHHD SASSMNNWGA 360
PVAPGVVYPP IHPSHPSGPQ HDPSITTPGH VAAPYGRFPG PGHPPTIPTN GAPYSLNTAA 420
TIHPTAAFSA DAYGVSGVPE RPKKASVPNW LREEIKKTVI TAPSADHPKV EETLGVDGID 480
KSYVKADDET DSKSIDSSRS AEDEEEEEVT DELFDEIATK VLSEDDLTAE VGYNVSTSNH 540
KASISPPSAP VPKATAKVLV PVKAKETEND GANEKSNSSS PGDVLGLGNY GSDADDEIES 600
STVPAPAKDD AYMVNNTAKT NSSLSRNSNG AAIDQSHDAK MTKESDSNVV SKDARDNGLD 660
EIERSHNRFN GFSSKDMSGV PRAELREQNG VEKATDDHLG KESRRKSEKN DRHDKSSSEK 720
DFKEVKSSHK TRPDEKGDES KRRKDERNQK KEQTDYISES KERVKEQNDR HGEKAKESES 780
RKRSSHVDVK DDRKGAEKAH RGSTTEDTSR KKEHTKDKGE NKSRRREASD HNRHKRRRSS 840
SVSSRGRTSK DHNHADDSSG EGSEGSKRKL RSKKRDLSPS PVRSKRSTVV SFLDKFRGLL 900
IASVLIAGIL PILLLIIPGQ DPNHQFGSIG QDPDHLFGSI GQDPDHLFGS ISQDPDHLFG 960
SIDQDQNHLF GSISQDHLFG SIGQDPDHLF GSIGQDPDHL FGGIGERRGQ LLMTVVDAST 1020
GFVQENIVME DRLSESIGAR GSLANVLVTS NFTCLCSGLA FHVELWSIWL SGFVLILLSL 1080
YATQRLPSIN KDHTSIFKLN KNDVLDSRYL SITIFTAPKP FMDSTGTRQT LAVRSWLALS 1140
PHVTVVLFSQ HPSVASFASS FDSGLVSVDN DIDFTFLGSP YFHSMIAKSR SFPSDIFVIV 1200
DPETVILSGF ISTLNHVYKI DRDWLLVASP QNASAQNILQ LQKIRKQNWQ RNHCHNAERM 1260
IMAWNNKDTP LHNGVLPPFI YGKGTHNRWI IHEAISSEFR FVFDASWTIT SFNLNNTTFG 1320
NSARLDVENR DWEYIGNSHL GEHYGSFFYS EAYYSNLPKL LTCENRYIMF DTKKNVVYPI 1380
GHQGRVKLLK EKLFPSRLKE NAMHCIDPQK SMRIMLDCSL KDQKKISASL ELPFSLESLL 1440
SITADRNKTV VLTVAGYSYK DMLMSWVCRL RKLSIENFIV SALDQETYQF SILQGIPVFK 1500
DPIAPSDISF DECHFGTKCF QRVTKVKSRI VLKILKLGYN VLLSDVDTYW FRNPIPFLNS 1560
FGHAVLVAQS DEYQEQGPIN LPRRLNSGFY YAHSDNQTIA AIDKVVKHAE TSGLSEQPSF 1620
YDILCGKGGS NRVSDNKCVE PETNVTVHFL DRNLFPNGAY QNLWQDKTVK ATCLKKGCYI 1680
IHNNWISGRL KKLTRQVLSG LWEYDPSTRM CLQS 1714 
Gene Ontology
 
Interpro
Pfam
 
SMART
 
PROSITE
 
PRINTS