PhosphoNET

           
Protein Info 
   
Short Name:  LARP2
Full Name:  La-related protein 1B
Alias:  DKFZp434K245; DKFZp686E0316; FLJ10378; La ribonucleoprotein domain family 2; La ribonucleoprotein domain family, member 1B
Type:  Uncharacterized protein. LARP family.
Mass (Da):  105322
Number AA:  914
UniProt ID:  Q659C4
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0003723     PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1T13TPSELVNTGFQSVLS
Site 2S17LVNTGFQSVLSQGNK
Site 3S20TGFQSVLSQGNKKPQ
Site 4S40EEKVEKRSNSDSKEN
Site 5S42KVEKRSNSDSKENRE
Site 6S44EKRSNSDSKENRETK
Site 7T50DSKENRETKLNGPGE
Site 8S60NGPGENVSEDEAQSS
Site 9S67SEDEAQSSNQRKRAN
Site 10S88LHLDVVRSESQERPG
Site 11S90LDVVRSESQERPGSR
Site 12S96ESQERPGSRNSSRCQ
Site 13S99ERPGSRNSSRCQPEA
Site 14S100RPGSRNSSRCQPEAN
Site 15T118HNNRRNDTRSWKRDR
Site 16S120NRRNDTRSWKRDREK
Site 17S135RDDQDDVSSVRSEGG
Site 18S136DDQDDVSSVRSEGGN
Site 19S139DDVSSVRSEGGNIRG
Site 20S147EGGNIRGSFRGRGRG
Site 21Y172NPRLNFDYSYGYQEH
Site 22Y174RLNFDYSYGYQEHGE
Site 23Y176NFDYSYGYQEHGERT
Site 24T189RTDQPFQTELNTSMM
Site 25S194FQTELNTSMMYYYDD
Site 26Y197ELNTSMMYYYDDGTG
Site 27Y198LNTSMMYYYDDGTGV
Site 28Y199NTSMMYYYDDGTGVQ
Site 29T203MYYYDDGTGVQVYPV
Site 30Y226IKRQIEYYFSVENLE
Site 31S228RQIEYYFSVENLERD
Site 32S304IPGPPPRSVPPTDFS
Site 33T308PPRSVPPTDFSQLID
Site 34S311SVPPTDFSQLIDCPE
Site 35S327VPGQAFCSHTESAPN
Site 36T329GQAFCSHTESAPNSP
Site 37S331AFCSHTESAPNSPRI
Site 38S335HTESAPNSPRIGSPL
Site 39S340PNSPRIGSPLSPKKN
Site 40S343PRIGSPLSPKKNSET
Site 41S348PLSPKKNSETSILQA
Site 42T350SPKKNSETSILQAMS
Site 43S361QAMSRGLSTSLPDLD
Site 44S363MSRGLSTSLPDLDSE
Site 45S369TSLPDLDSEPWIEVK
Site 46S389APVKLRESVSVPEGS
Site 47S391VKLRESVSVPEGSLN
Site 48S396SVSVPEGSLNQLCSS
Site 49S402GSLNQLCSSEEPEQE
Site 50S403SLNQLCSSEEPEQEE
Site 51T427EQIGRKNTFTDWSDN
Site 52T429IGRKNTFTDWSDNDS
Site 53S432KNTFTDWSDNDSDYE
Site 54S436TDWSDNDSDYEIDDQ
Site 55Y438WSDNDSDYEIDDQDL
Site 56T452LNKILIVTQTPPYVK
Site 57T454KILIVTQTPPYVKKH
Site 58Y457IVTQTPPYVKKHPGG
Site 59T467KHPGGDRTGTHMSRA
Site 60T469PGGDRTGTHMSRAKI
Site 61S472DRTGTHMSRAKITSE
Site 62S478MSRAKITSELAKVIN
Site 63Y489KVINDGLYYYEQDLW
Site 64Y490VINDGLYYYEQDLWM
Site 65Y491INDGLYYYEQDLWME
Site 66T505EEDENKHTAIKQEVE
Site 67T529KEQFENLTPELPFEP
Site 68S545QEVPVAPSQSRQGGV
Site 69T564HIPKKDLTDELAQKL
Site 70S585TSAAMVHSLPTAVPE
Site 71T588AMVHSLPTAVPESPR
Site 72S593LPTAVPESPRIHPTR
Site 73T599ESPRIHPTRTPKTPR
Site 74T601PRIHPTRTPKTPRTP
Site 75T604HPTRTPKTPRTPRLQ
Site 76T607RTPKTPRTPRLQDPN
Site 77T616RLQDPNKTPRFYPVV
Site 78Y620PNKTPRFYPVVKEPK
Site 79S633PKAIDVKSPRKRKTR
Site 80T639KSPRKRKTRHSTNPP
Site 81S642RKRKTRHSTNPPLEC
Site 82T643KRKTRHSTNPPLECH
Site 83S657HVGWVMDSRDRGPGT
Site 84T664SRDRGPGTSSVSTSN
Site 85S665RDRGPGTSSVSTSNA
Site 86S666DRGPGTSSVSTSNAS
Site 87S668GPGTSSVSTSNASPS
Site 88T669PGTSSVSTSNASPSE
Site 89S670GTSSVSTSNASPSEG
Site 90S673SVSTSNASPSEGAPL
Site 91S675STSNASPSEGAPLAG
Site 92S683EGAPLAGSYGCTPHS
Site 93T687LAGSYGCTPHSFPKF
Site 94T708LLKENGFTQQVYHKY
Site 95Y712NGFTQQVYHKYRRRC
Site 96Y715TQQVYHKYRRRCLSE
Site 97S721KYRRRCLSERKRLGI
Site 98S731KRLGIGQSQEMNTLF
Site 99Y754DHFNKKMYEEFRQLA
Site 100Y771DAKENYRYGLECLFR
Site 101Y780LECLFRFYSYGLEKK
Site 102S781ECLFRFYSYGLEKKF
Site 103Y804QEETKKDYESGQLYG
Site 104Y810DYESGQLYGLEKFWA
Site 105Y818GLEKFWAYLKYSQSK
Site 106S822FWAYLKYSQSKTQSI
Site 107S824AYLKYSQSKTQSIDP
Site 108T826LKYSQSKTQSIDPKL
Site 109S828YSQSKTQSIDPKLQE
Site 110Y836IDPKLQEYLCSFKRL
Site 111S839KLQEYLCSFKRLEDF
Site 112S853FRVDPPISDEFGRKR
Site 113S862EFGRKRHSSTSGEES
Site 114S863FGRKRHSSTSGEESN
Site 115S865RKRHSSTSGEESNRH
Site 116S869SSTSGEESNRHRLPP
Site 117S878RHRLPPNSSTKPPNA
Site 118S879HRLPPNSSTKPPNAA
Site 119T880RLPPNSSTKPPNAAK
Site 120S890PNAAKPTSTSELQVP
Site 121S900ELQVPINSPRRNISP
Site 122S906NSPRRNISPESSDNS
Site 123S909RRNISPESSDNSH__
Site 124S910RNISPESSDNSH___
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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