dbPAF Protein Information

Tag Content
dbPAF ID dbPAF-0050881
Uniprot Accession E9Q512; E9Q512_MOUSE;
Genbank Protein ID NP_082722.1;
Genbank Nucleotide ID NM_028446.1;
Protein Name Protein Trip11
Protein Synonyms/Alias
Gene Name Trip11
Gene Synonyms/Alias
Organism Mus musculus(Mouse)
NCBI Taxa ID 10090
Functional Description
(View all)
Phosphorylation Sites
 dbPAF PTMs: 17
PositionPeptidesSourceReferences ( PMIDs )
226KELKQNRSQDLDDHQPhosphoSitePlus;curated22135298; 25338131
288VTDHSKVYEMQNTIQPhosphoSitePlus22135298
323KEIHKRLSSAEHDQEcurated25338131
412RSLNQDISLAEDNQKcurated25338131
659QNLKQNLSEVEQLNEPhosphoSitePlus22135298
983LHEERQDSQTENSDIPhosphoSitePlus22135298
998FQETKVQSLSIEHGSPhosphoSitePlus22135298
1141QDENKKMSTRFESSGPhosphoSitePlus22135298
1142DENKKMSTRFESSGQPhosphoSitePlus22135298
1146KMSTRFESSGQDMFKPhosphoSitePlus22135298
1310LGKLDIMSPQLSSGSPhosphoSitePlus22135298
1423KSDQLHSSNENLANKcurated25338131
1839WLGGGSKSVPNTPLRPHOSIDA;PhosphoSitePlus;curated21081558; 22135298; 22817900; 21183079; 25338131
1843GSKSVPNTPLRPNQQPhosphoSitePlus;curated22135298; 22817900; 21183079; 25338131
1872LETESHPSVPPPKLScurated21183079
1879SVPPPKLSVHGLKPLPhosphoSitePlus22135298
1888HGLKPLDSPGRRKADPHOSIDA;PhosphoSitePlus;SysPTM 2.0;curated21081558; 22135298; 17242355; 19366988; 18846507; 21743459;
Sequence
(Fasta)		MSSWLGGLGS GLGQSLGQVG GSLASLTGQI SNFTKDMLLE GTEDVPADFP NSGREENEAT 60
HSVLRSENER LKKLYTDLEE KHEASELQIK QQSSSYRSQL QQKEEEINHL KARQLALQDE 120
LLRLQSAAQS AHLGSGSAPA ASASSSFSYG VSHRVSAFHE DDMDFGDVIS SQQEINRLSN 180
EVSRLESELG HWRHIAQTKV QGAQSSDQTE ICKLQNIIKE LKQNRSQDLD DHQHELSALQ 240
NAHQQKLTEI SRRHREELSD YEERIEELEN LLQQGGSGVT VTDHSKVYEM QNTIQILQME 300
KVESTKQIED LENKIKEIHK RLSSAEHDQE VWKKEQERLE VEKREMTEQC ERLKLELSEA 360
QQSALRQSDA AVEEETILPH SSSVAEVLRL QQALTDAENE IMRLRSLNQD ISLAEDNQKL 420
QMCVQTLEKE KSLLSQEKEE LQISLSKLSS EYEVIKSTAT RDLDLFSQVH DLKHNLEAKE 480
QELNQSIHEN EILMAELEEL DKQNQEATKH VILIKDQLSK QQSEGDSVIK KLKEELAGEK 540
QRTHQLEDDK MNIIKELTVQ KEKLTHSEQA LSDLQLTKQK LEDKVEDLVD QLSKSEKNNF 600
DIQKENHELR EHIRQNEEEL STVRSELTQS QTQGSSRNVK DDLLKERETQ VQNLKQNLSE 660
VEQLNEHLEQ VAFDLRTENE ELLEAYEEVR NQLEESVAGN KQISLEKTAM LEWEKAPLET 720
ELCRAEKRVL EEERKYEQTV QELSSACSPD TSALQLEQER LIQLNQEKDF EIAELKKSIE 780
QMDTDHKRTK ETLSSSLEEQ KQLTQLINEK EICIVKLKEK SSELQKELDK CAQTLRKNET 840
LRQTIEEKDR SLGSMKEENN HLQEELERLR EQQSRVVPAP EPRTLDSTTE LESELSQLHR 900
IKGHLEEEIK HHQKMIEDQN QSKLQLLQSL QEQKKELDEF KYQHEQMSIS HTRLFLEKDE 960
EIKNLQKTIE QIKAQLHEER QDSQTENSDI FQETKVQSLS IEHGSEKHDL SKAETERLVK 1020
GIKERELEIK LLNEKNTSLT KQIDQLSKDE VGKLTQIIQQ KDLEIQALHA RISSASYSQD 1080
VVYLQQQLHA YAMEREKVMV ILNEKTRENS QLKTEYHKVI DIISAKEAAL IKLQDENKKM 1140
STRFESSGQD MFKETIQNLS RIIREKDIEI DALSQKCQTL LTVLQTSGTG SEAGGVNSNQ 1200
FEELLQERDK LKQQVKKMEE WKQQVMTTVQ NMQHESAQLQ EELHQLQAQV SVDSDNNSKL 1260
QVDYTGLIQS YEQNETKLKN FGQELAQVQH SIGQLCNTKD LLLGKLDIMS PQLSSGSSLT 1320
SQAAEPLRAS QSSEPHESSQ LLQQEVDDLR KSLQEKDATI RTLQENNHRL SDSVAASSEV 1380
ERKEHEQADS EIKQLKEKQE VLQNLLKEKD LLIKAKSDQL HSSNENLANK VNENELLRQA 1440
VTNLKERILI LEMDISKLKG ENEKIVDASK GKETEYQALQ ETNMKFSMML REKEFECHSM 1500
REKALAFEQL LKEKEQGKAG ELNQLLNAVK SMQEKTVTFQ QERDQVMLAL KQKQMETSTL 1560
QNEVQRLRDK ESRLNQELQR LRDHLLESED SHTREALAAE DREAKLRKKV SVLEEKLVSS 1620
SNAMENASHQ ASVQVESLQE QLNMVSKQRD ETALQLSVSQ EQVKQYALSL ANLQMVLEHF 1680
QQEEKAMYSA ELEKQNHLLA EWKKKAESLE GKVLSLQERL DEANAALDSA SRLTEQLDLK 1740
EEQIEELKKQ NELHQEMLDD AQKKLMSLVN STEGKVDKVL MRNLFIGHFH TPKHQRHEVL 1800
RLMGSILGVK REEMEQLFAE DQGGVTRWMA GWLGGGSKSV PNTPLRPNQQ SVFNSSFSEL 1860
FVKFLETESH PSVPPPKLSV HGLKPLDSPG RRKADTGIPE SFRDTAESRA GRRTDVNPFL 1920
APRSAAVPLI NPAGHGPGGP GHLLLKPISD VLPTFTPLPV SPDNSAGVVL KDLLKQ 1977
Keyword

KW-0175--Coiled coil
KW-0181--Complete proteome
KW-1267--Proteomics identification
KW-1185--Reference proteome
Interpro

IPR000237--GRIP
PROSITE

PS50913--GRIP
Pfam
Gene Ontology

GO:0002080--C:acrosomal membrane
GO:0005801--C:cis-Golgi network
GO:0005794--C:Golgi apparatus
GO:0002079--C:inner acrosomal membrane
GO:0005634--C:nucleus
GO:0002081--C:outer acrosomal membrane
GO:0000042--P:protein targeting to Golgi
GO:0003281--P:ventricular septum development