PhosphoNET

           
Protein Info 
   
Short Name:  NFAT2
Full Name:  Nuclear factor of activated T-cells, cytoplasmic 1
Alias:  NFAC1; NFAT transcription complex cytosolic component; NFAT transcription complex cytosolic component;NF-ATc1;NF-ATc;NFATc; NFATC; NF-ATc; NFATC1; NF-ATc1; NFC1; Nuclear factor of activated T-cells, cytoplasmic, calcineurin-dependent 1
Type:  Transcription protein
Mass (Da):  101243
Number AA:  943
UniProt ID:  O95644
International Prot ID:  IPI00032069
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005528  GO:0005515  GO:0016563 PhosphoSite+ KinaseNET
Biological Process:  GO:0007242  GO:0006355  GO:0006366 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 1S10STSFPVPSKFPLGPA
Site 2T26AVFGRGETLGPAPRA
Site 3S39RAGGTMKSAEEEHYG
Site 4Y45KSAEEEHYGYASSNV
Site 5Y47AEEEHYGYASSNVSP
Site 6S49EEHYGYASSNVSPAL
Site 7S50EHYGYASSNVSPALP
Site 8S53GYASSNVSPALPLPT
Site 9T64PLPTAHSTLPAPCHN
Site 10T74APCHNLQTSTPGIIP
Site 11S75PCHNLQTSTPGIIPP
Site 12T76CHNLQTSTPGIIPPA
Site 13Y100LDGGPAGYFLSSGHT
Site 14S103GPAGYFLSSGHTRPD
Site 15S104PAGYFLSSGHTRPDG
Site 16T107YFLSSGHTRPDGAPA
Site 17S117DGAPALESPRIEITS
Site 18T123ESPRIEITSCLGLYH
Site 19S124SPRIEITSCLGLYHN
Site 20Y129ITSCLGLYHNNNQFF
Site 21S147EVEDVLPSSKRSPST
Site 22S148VEDVLPSSKRSPSTA
Site 23S151VLPSSKRSPSTATLS
Site 24S153PSSKRSPSTATLSLP
Site 25T154SSKRSPSTATLSLPS
Site 26S158SPSTATLSLPSLEAY
Site 27Y165SLPSLEAYRDPSCLS
Site 28S169LEAYRDPSCLSPASS
Site 29S172YRDPSCLSPASSLSS
Site 30S175PSCLSPASSLSSRSC
Site 31S176SCLSPASSLSSRSCN
Site 32S178LSPASSLSSRSCNSE
Site 33S179SPASSLSSRSCNSEA
Site 34S181ASSLSSRSCNSEASS
Site 35S184LSSRSCNSEASSYES
Site 36S187RSCNSEASSYESNYS
Site 37S188SCNSEASSYESNYSY
Site 38Y189CNSEASSYESNYSYP
Site 39S191SEASSYESNYSYPYA
Site 40Y193ASSYESNYSYPYASP
Site 41S194SSYESNYSYPYASPQ
Site 42Y195SYESNYSYPYASPQT
Site 43Y197ESNYSYPYASPQTSP
Site 44S199NYSYPYASPQTSPWQ
Site 45S203PYASPQTSPWQSPCV
Site 46S207PQTSPWQSPCVSPKT
Site 47S211PWQSPCVSPKTTDPE
Site 48T214SPCVSPKTTDPEEGF
Site 49T215PCVSPKTTDPEEGFP
Site 50T229PRGLGACTLLGSPRH
Site 51S233GACTLLGSPRHSPST
Site 52S237LLGSPRHSPSTSPRA
Site 53S239GSPRHSPSTSPRASV
Site 54T240SPRHSPSTSPRASVT
Site 55S241PRHSPSTSPRASVTE
Site 56S245PSTSPRASVTEESWL
Site 57T247TSPRASVTEESWLGA
Site 58S256ESWLGARSSRPASPC
Site 59S257SWLGARSSRPASPCN
Site 60S261ARSSRPASPCNKRKY
Site 61Y268SPCNKRKYSLNGRQP
Site 62S269PCNKRKYSLNGRQPP
Site 63Y277LNGRQPPYSPHHSPT
Site 64S278NGRQPPYSPHHSPTP
Site 65S282PPYSPHHSPTPSPHG
Site 66T284YSPHHSPTPSPHGSP
Site 67S286PHHSPTPSPHGSPRV
Site 68S290PTPSPHGSPRVSVTD
Site 69S294PHGSPRVSVTDDSWL
Site 70T296GSPRVSVTDDSWLGN
Site 71S299RVSVTDDSWLGNTTQ
Site 72T305DSWLGNTTQYTSSAI
Site 73S323INALTTDSSLDLGDG
Site 74S324NALTTDSSLDLGDGV
Site 75S335GDGVPVKSRKTTLEQ
Site 76T338VPVKSRKTTLEQPPS
Site 77T339PVKSRKTTLEQPPSV
Site 78S345TTLEQPPSVALKVEP
Site 79S359PVGEDLGSPPPPADF
Site 80Y371ADFAPEDYSSFQHIR
Site 81S372DFAPEDYSSFQHIRK
Site 82S373FAPEDYSSFQHIRKG
Site 83Y386KGGFCDQYLAVPQHP
Site 84Y394LAVPQHPYQWAKPKP
Site 85S403WAKPKPLSPTSYMSP
Site 86T405KPKPLSPTSYMSPTL
Site 87S406PKPLSPTSYMSPTLP
Site 88Y407KPLSPTSYMSPTLPA
Site 89S409LSPTSYMSPTLPALD
Site 90T411PTSYMSPTLPALDWQ
Site 91S421ALDWQLPSHSGPYEL
Site 92S423DWQLPSHSGPYELRI
Site 93Y426LPSHSGPYELRIEVQ
Site 94Y442KSHHRAHYETEGSRG
Site 95T444HHRAHYETEGSRGAV
Site 96Y466PIVQLHGYLENEPLM
Site 97Y492LLRPHAFYQVHRITG
Site 98T498FYQVHRITGKTVSTT
Site 99T501VHRITGKTVSTTSHE
Site 100S503RITGKTVSTTSHEAI
Site 101T504ITGKTVSTTSHEAIL
Site 102S506GKTVSTTSHEAILSN
Site 103S512TSHEAILSNTKVLEI
Site 104S526IPLLPENSMRAVIDC
Site 105S542GILKLRNSDIELRKG
Site 106T558TDIGRKNTRVRLVFR
Site 107S572RVHVPQPSGRTLSLQ
Site 108S577QPSGRTLSLQVASNP
Site 109S582TLSLQVASNPIECSQ
Site 110S588ASNPIECSQRSAQEL
Site 111S591PIECSQRSAQELPLV
Site 112S602LPLVEKQSTDSYPVV
Site 113T603PLVEKQSTDSYPVVG
Site 114S605VEKQSTDSYPVVGGK
Site 115Y606EKQSTDSYPVVGGKK
Site 116S617GGKKMVLSGHNFLQD
Site 117S625GHNFLQDSKVIFVEK
Site 118T646VWEMEAKTDRDLCKP
Site 119S655RDLCKPNSLVVEIPP
Site 120T669PFRNQRITSPVHVSF
Site 121S670FRNQRITSPVHVSFY
Site 122Y677SPVHVSFYVCNGKRK
Site 123S686CNGKRKRSQYQRFTY
Site 124Y688GKRKRSQYQRFTYLP
Site 125T692RSQYQRFTYLPANVP
Site 126Y693SQYQRFTYLPANVPI
Site 127T706PIIKTEPTDDYEPAP
Site 128Y709KTEPTDDYEPAPTCG
Site 129T714DDYEPAPTCGPVSQG
Site 130S723GPVSQGLSPLPRPYY
Site 131Y729LSPLPRPYYSQQLAM
Site 132Y730SPLPRPYYSQQLAMP
Site 133S731PLPRPYYSQQLAMPP
Site 134T756PPCPQRSTLMPAAPG
Site 135S765MPAAPGVSPKLHDLS
Site 136S772SPKLHDLSPAAYTKG
Site 137Y776HDLSPAAYTKGVASP
Site 138S782AYTKGVASPGHCHLG
Site 139T809DVPRPVATHPGSPGQ
Site 140S813PVATHPGSPGQPPPA
Site 141S827ALLPQQVSAPPSSSC
Site 142S831QQVSAPPSSSCPPGL
Site 143S832QVSAPPSSSCPPGLE
Site 144S833VSAPPSSSCPPGLEH
Site 145S841CPPGLEHSLCPSSPS
Site 146S845LEHSLCPSSPSPPLP
Site 147S846EHSLCPSSPSPPLPP
Site 148S848SLCPSSPSPPLPPAT
Site 149T855SPPLPPATQEPTCLQ
Site 150S865PTCLQPCSPACPPAT
Site 151T872SPACPPATGRPQHLP
Site 152S880GRPQHLPSTVRRDES
Site 153T881RPQHLPSTVRRDESP
Site 154S887STVRRDESPTAGPRL
Site 155T889VRRDESPTAGPRLLP
Site 156S903PEVHEDGSPNLAPIP
Site 157T912NLAPIPVTVKREPEE
Site 158Y924PEELDQLYLDDVNEI
Site 159S937EIIRNDLSSTSTHS_
Site 160S938IIRNDLSSTSTHS__
Site 161T939IRNDLSSTSTHS___
 
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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