PhosphoNET

           
Protein Info 
   
Short Name:  SCAND3
Full Name:  SCAN domain-containing protein 3
Alias:  Protein ZNF452
Type: 
Mass (Da):  151666
Number AA:  1325
UniProt ID:  Q6R2W3
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1T33KVKEEDHTWDQESAL
Site 2S45SALRRNLSYTRELSR
Site 3Y46ALRRNLSYTRELSRQ
Site 4T47LRRNLSYTRELSRQR
Site 5S51LSYTRELSRQRFRQF
Site 6Y60QRFRQFCYQETPGPR
Site 7T63RQFCYQETPGPREAL
Site 8S71PGPREALSQLRELCR
Site 9S110ILPEELQSWVREHNP
Site 10S119VREHNPESGEEVVTL
Site 11T125ESGEEVVTLLEDLER
Site 12S151GTYGQEVSMEEMIPL
Site 13S160EEMIPLDSAKESLGT
Site 14S164PLDSAKESLGTQLQS
Site 15T167SAKESLGTQLQSMED
Site 16S171SLGTQLQSMEDRMEC
Site 17S180EDRMECESPEPHPLQ
Site 18S208SMGGDNLSSLDTNEA
Site 19S209MGGDNLSSLDTNEAE
Site 20T212DNLSSLDTNEAEIEP
Site 21S229MREKFFRSLARLLEN
Site 22S238ARLLENKSNNTKIFS
Site 23Y249KIFSKAKYCQLIKEV
Site 24Y270AKKESVDYRRLARFD
Site 25Y300GETDKIRYYLHSEDL
Site 26Y301ETDKIRYYLHSEDLF
Site 27S304KIRYYLHSEDLFDIL
Site 28S317ILHNTHLSIGHGGRT
Site 29Y334EKELQAKYKNITKEV
Site 30T364SKLKKVLTSKSIKEV
Site 31S365KLKKVLTSKSIKEVS
Site 32S367KKVLTSKSIKEVSSR
Site 33S372SKSIKEVSSRCQVDL
Site 34Y390QLNPDGEYRFILHYQ
Site 35Y396EYRFILHYQDLCTKL
Site 36T401LHYQDLCTKLTFLRS
Site 37T404QDLCTKLTFLRSLKS
Site 38S408TKLTFLRSLKSKRPT
Site 39S411TFLRSLKSKRPTEVA
Site 40T415SLKSKRPTEVAHALL
Site 41S436GAPSVLQSDNGREFS
Site 42S443SDNGREFSSQVVSEL
Site 43S444DNGREFSSQVVSELS
Site 44S448EFSSQVVSELSNIWP
Site 45S451SQVVSELSNIWPELK
Site 46S464LKIVHGKSQTCQSQS
Site 47T466IVHGKSQTCQSQSSA
Site 48S469GKSQTCQSQSSAEQT
Site 49S471SQTCQSQSSAEQTED
Site 50T476SQSSAEQTEDIRKRI
Site 51Y510QMSQNQPYHRSMQQT
Site 52T517YHRSMQQTPCESAFS
Site 53S521MQQTPCESAFSSEAK
Site 54S524TPCESAFSSEAKLGL
Site 55S525PCESAFSSEAKLGLS
Site 56S532SEAKLGLSHSQLTEE
Site 57S534AKLGLSHSQLTEELV
Site 58S543LTEELVASLHTENEL
Site 59T560ADKELENTLRAQYEE
Site 60Y565ENTLRAQYEENIETG
Site 61T571QYEENIETGTDSSDI
Site 62S575NIETGTDSSDIEENL
Site 63S576IETGTDSSDIEENLS
Site 64S583SDIEENLSVTPKVAE
Site 65T585IEENLSVTPKVAEKS
Site 66S592TPKVAEKSPPESRLR
Site 67S596AEKSPPESRLRFLSC
Site 68S602ESRLRFLSCVVCEKE
Site 69T635GVPSQHGTEGCGRQI
Site 70T643EGCGRQITCSLCYET
Site 71S663KHDEIQRSLPVKPSK
Site 72S669RSLPVKPSKMLKPSG
Site 73S675PSKMLKPSGTPFSPD
Site 74T677KMLKPSGTPFSPDKV
Site 75S680KPSGTPFSPDKVGDW
Site 76S705VKKRHAFSEHSSSNK
Site 77S709HAFSEHSSSNKRNVN
Site 78S710AFSEHSSSNKRNVNN
Site 79Y720RNVNNRSYPEEGKTK
Site 80T726SYPEEGKTKRVHASF
Site 81S732KTKRVHASFTRKYDP
Site 82Y737HASFTRKYDPSYIEF
Site 83Y741TRKYDPSYIEFGFVA
Site 84Y781SKLKRHLYSKHKEIS
Site 85S782KLKRHLYSKHKEISS
Site 86S789SKHKEISSQPKEFFE
Site 87S799KEFFERKSSELKSQP
Site 88S800EFFERKSSELKSQPK
Site 89S804RKSSELKSQPKQVFN
Site 90S818NVSHINISALRASYK
Site 91T835LPVAKSKTPYTIAET
Site 92T838AKSKTPYTIAETLVK
Site 93S870KVAQVPLSNDTIARR
Site 94Y898EQIKLAKYFSLQLDE
Site 95S900IKLAKYFSLQLDECR
Site 96S934IKEEFFFSASLPTNT
Site 97S936EEFFFSASLPTNTTS
Site 98T941SASLPTNTTSSELYE
Site 99Y947NTTSSELYEAVKNYI
Site 100T977SDGAASMTGKHSEVV
Site 101T985GKHSEVVTQIKELAP
Site 102Y1028DIVKIVNYIKSNSLN
Site 103S1031KIVNYIKSNSLNSRL
Site 104S1033VNYIKSNSLNSRLFS
Site 105S1040SLNSRLFSLLCDNME
Site 106S1063HAEIRWLSRGKVLSR
Site 107S1069LSRGKVLSRMFEIRN
Site 108Y1126MQGKNATYFSMADKV
Site 109S1128GKNATYFSMADKVEG
Site 110Y1152NRISTDCYDMFHNLT
Site 111Y1192LLECFEFYFPSKEDP
Site 112S1212WIQNPFLSSKDNLNL
Site 113T1220SKDNLNLTVTLQDKL
Site 114T1222DNLNLTVTLQDKLLK
Site 115S1239TDEGLKISFENTASL
Site 116S1248ENTASLPSFWIKAKN
Site 117Y1257WIKAKNDYPELAEIA
Site 118S1285ETGFSTLSVIKTKHR
Site 119T1289STLSVIKTKHRNSLN
Site 120S1294IKTKHRNSLNIHYPL
Site 121Y1299RNSLNIHYPLRVALS
Site 122S1306YPLRVALSSIQPRLD
Site 123S1307PLRVALSSIQPRLDK
Site 124T1316QPRLDKLTSKKQAHL
Site 125S1317PRLDKLTSKKQAHLS
 
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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