PhosphoNET

           
Protein Info 
   
Short Name:  STOX2
Full Name:  Storkhead-box protein 2
Alias:  DKFZp762K222; KIAA1392; Storkhead box 2
Type:  Unknown function
Mass (Da):  102671
Number AA:  926
UniProt ID:  Q9P2F5
International Prot ID:  not found
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 1T7_MKKTRSTTLRRAWP
Site 2T8MKKTRSTTLRRAWPS
Site 3S15TLRRAWPSSDFSDRA
Site 4S16LRRAWPSSDFSDRAS
Site 5S19AWPSSDFSDRASDRM
Site 6S23SDFSDRASDRMRSRS
Site 7S28RASDRMRSRSEKDYR
Site 8S30SDRMRSRSEKDYRLH
Site 9Y34RSRSEKDYRLHKRFP
Site 10Y52APQASRGYMTSGDVS
Site 11S55ASRGYMTSGDVSPIS
Site 12S62SGDVSPISMSPISQS
Site 13S64DVSPISMSPISQSQF
Site 14S69SMSPISQSQFIPLGE
Site 15S87LAISAMNSARKPVTQ
Site 16T110TCFPGVPTPSQEILR
Site 17S112FPGVPTPSQEILRHT
Site 18T119SQEILRHTLNTLVRE
Site 19T122ILRHTLNTLVRERKI
Site 20Y130LVRERKIYPTPDGYF
Site 21T132RERKIYPTPDGYFIV
Site 22Y136IYPTPDGYFIVTPQT
Site 23T147TPQTYFITPSLIRTN
Site 24S149QTYFITPSLIRTNSK
Site 25T153ITPSLIRTNSKWYHL
Site 26S155PSLIRTNSKWYHLDE
Site 27S168DERIPDRSQCTSPQP
Site 28S172PDRSQCTSPQPGTIT
Site 29T177CTSPQPGTITPSASG
Site 30T179SPQPGTITPSASGCV
Site 31S181QPGTITPSASGCVRE
Site 32S183GTITPSASGCVRERT
Site 33T190SGCVRERTLPRNHCD
Site 34T209CREDVHSTHAPTLQR
Site 35T213VHSTHAPTLQRKSAK
Site 36S218APTLQRKSAKDCKDP
Site 37Y226AKDCKDPYCPPSLCQ
Site 38S230KDPYCPPSLCQVPPT
Site 39T237SLCQVPPTEKSKSTV
Site 40S240QVPPTEKSKSTVNFS
Site 41S242PPTEKSKSTVNFSYK
Site 42T243PTEKSKSTVNFSYKT
Site 43S247SKSTVNFSYKTETLS
Site 44S254SYKTETLSKPKDSEK
Site 45S259TLSKPKDSEKQSKKF
Site 46S263PKDSEKQSKKFGLKL
Site 47S274GLKLFRLSFKKDKTK
Site 48T280LSFKKDKTKQLANFS
Site 49T302WPLRDEDTPATIPRE
Site 50T305RDEDTPATIPREVEM
Site 51T323RRINPDLTVENVMRH
Site 52T331VENVMRHTALMKKLE
Site 53S345EEEKAQRSKAGSSAH
Site 54S349AQRSKAGSSAHHSGR
Site 55S350QRSKAGSSAHHSGRS
Site 56S354AGSSAHHSGRSKKSR
Site 57S357SAHHSGRSKKSRTHR
Site 58S360HSGRSKKSRTHRKSH
Site 59T362GRSKKSRTHRKSHGK
Site 60S366KSRTHRKSHGKSRSH
Site 61S370HRKSHGKSRSHSKTR
Site 62S372KSHGKSRSHSKTRVS
Site 63S374HGKSRSHSKTRVSKG
Site 64T376KSRSHSKTRVSKGDP
Site 65S379SHSKTRVSKGDPSDG
Site 66S384RVSKGDPSDGSHLDI
Site 67S387KGDPSDGSHLDIPAE
Site 68Y397DIPAEREYDFCDPLT
Site 69T404YDFCDPLTRVPREGC
Site 70S425GDNFIMHSNTNVLES
Site 71T437LESHFPMTPEWDVSG
Site 72S443MTPEWDVSGELAKRR
Site 73T451GELAKRRTEMPFPEP
Site 74S459EMPFPEPSRGSSHSK
Site 75S462FPEPSRGSSHSKVHR
Site 76S463PEPSRGSSHSKVHRS
Site 77S465PSRGSSHSKVHRSHS
Site 78S472SKVHRSHSHTQDRRS
Site 79T474VHRSHSHTQDRRSRN
Site 80S479SHTQDRRSRNERSNK
Site 81S493KAKERSRSMDNSKGP
Site 82S497RSRSMDNSKGPLGAS
Site 83S504SKGPLGASSLGTPED
Site 84S505KGPLGASSLGTPEDL
Site 85T508LGASSLGTPEDLAEG
Site 86S517EDLAEGCSQDDQTPS
Site 87T522GCSQDDQTPSQSYID
Site 88S524SQDDQTPSQSYIDDS
Site 89S526DDQTPSQSYIDDSTL
Site 90S531SQSYIDDSTLRPAQT
Site 91T532QSYIDDSTLRPAQTV
Site 92T538STLRPAQTVSLQRAH
Site 93S540LRPAQTVSLQRAHIS
Site 94S548LQRAHISSTSYKEVC
Site 95Y551AHISSTSYKEVCIPE
Site 96S561VCIPEIVSGSKEPSS
Site 97S563IPEIVSGSKEPSSAC
Site 98S567VSGSKEPSSACSLLE
Site 99S568SGSKEPSSACSLLEP
Site 100S571KEPSSACSLLEPGKP
Site 101S581EPGKPPESLPSYGEL
Site 102S584KPPESLPSYGELNSC
Site 103Y585PPESLPSYGELNSCP
Site 104S590PSYGELNSCPTKTAT
Site 105Y600TKTATDDYFQCNTSS
Site 106S607YFQCNTSSETVLTAP
Site 107T612TSSETVLTAPSPLGK
Site 108S615ETVLTAPSPLGKNKE
Site 109T626KNKEDHDTLTLAEGV
Site 110T628KEDHDTLTLAEGVKK
Site 111S637AEGVKKLSPSDRQVP
Site 112S639GVKKLSPSDRQVPHS
Site 113S646SDRQVPHSSREPVGH
Site 114S647DRQVPHSSREPVGHK
Site 115S657PVGHKEESPKGPGGG
Site 116S690HHGAEPSSLDKRKEI
Site 117S699DKRKEIFSKDTLFKP
Site 118T702KEIFSKDTLFKPLHS
Site 119S709TLFKPLHSTLSVNSY
Site 120T710LFKPLHSTLSVNSYH
Site 121S712KPLHSTLSVNSYHKS
Site 122S715HSTLSVNSYHKSSLS
Site 123Y716STLSVNSYHKSSLSL
Site 124S719SVNSYHKSSLSLLKS
Site 125S720VNSYHKSSLSLLKSH
Site 126S722SYHKSSLSLLKSHPK
Site 127S726SSLSLLKSHPKTPAD
Site 128T730LLKSHPKTPADTLPG
Site 129T734HPKTPADTLPGRCEK
Site 130S745RCEKLEPSLGTSAAQ
Site 131S757AAQAMPASQRQQESG
Site 132S770SGGNQEASFDYYNVS
Site 133Y773NQEASFDYYNVSDDD
Site 134Y774QEASFDYYNVSDDDD
Site 135S777SFDYYNVSDDDDSEE
Site 136S782NVSDDDDSEEGANKN
Site 137T801KNREDVGTMQWLLER
Site 138T823RKFEKNLTLLAPKET
Site 139T830TLLAPKETDSSSNQR
Site 140S833APKETDSSSNQRATH
Site 141S834PKETDSSSNQRATHS
Site 142T839SSSNQRATHSARLDS
Site 143S841SNQRATHSARLDSMD
Site 144S846THSARLDSMDSSSIT
Site 145S849ARLDSMDSSSITVDS
Site 146S850RLDSMDSSSITVDSG
Site 147S851LDSMDSSSITVDSGF
Site 148T853SMDSSSITVDSGFNS
Site 149S856SSSITVDSGFNSPRT
Site 150S860TVDSGFNSPRTRESL
Site 151T863SGFNSPRTRESLASN
Site 152S866NSPRTRESLASNTSS
Site 153S869RTRESLASNTSSIVE
Site 154S872ESLASNTSSIVESNR
Site 155S873SLASNTSSIVESNRR
Site 156S877NTSSIVESNRRQNPA
Site 157S886RRQNPALSPAHGGAG
Site 158S901PAFNFRASAEPPTNE
 
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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