PhosphoNET

           
Protein Info 
   
Short Name:  SGOL2
Full Name:  Shugoshin-like 2
Alias:  FLJ25211; Shugoshin-like 2; Tripin
Type:  Unknown function
Mass (Da):  144739
Number AA:  1265
UniProt ID:  Q562F6
International Prot ID:  IPI00657858
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030892  GO:0005634  GO:0008278 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0005515  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0051301  GO:0007059  GO:0009987 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 1S14ETGSLFTSGIKRHLK
Site 2S26HLKDKRISKTTKLNV
Site 3T28KDKRISKTTKLNVSL
Site 4T29DKRISKTTKLNVSLA
Site 5S34KTTKLNVSLASKIKT
Site 6T41SLASKIKTKILNNSS
Site 7S48TKILNNSSIFKISLK
Site 8S53NSSIFKISLKHNNRA
Site 9S66RALAQALSREKENSR
Site 10S72LSREKENSRRITTEK
Site 11T76KENSRRITTEKMLLQ
Site 12T77ENSRRITTEKMLLQK
Site 13T94EKLNFENTFLRLKLN
Site 14S126ITAIEMSSLSEFHQS
Site 15S128AIEMSSLSEFHQSSF
Site 16S133SLSEFHQSSFLLSAS
Site 17S134LSEFHQSSFLLSASK
Site 18S138HQSSFLLSASKKKRI
Site 19S140SSFLLSASKKKRISK
Site 20S146ASKKKRISKQCKLMR
Site 21S163FARVPLTSNDDEDED
Site 22S182QCDNNIKSKTLPDIP
Site 23T184DNNIKSKTLPDIPSS
Site 24S190KTLPDIPSSGSTTQP
Site 25S191TLPDIPSSGSTTQPL
Site 26S193PDIPSSGSTTQPLST
Site 27T194DIPSSGSTTQPLSTQ
Site 28T195IPSSGSTTQPLSTQD
Site 29S199GSTTQPLSTQDNSEV
Site 30T200STTQPLSTQDNSEVL
Site 31S204PLSTQDNSEVLFLKE
Site 32S222NVYGLDDSEHISSIV
Site 33S226LDDSEHISSIVDVPP
Site 34S227DDSEHISSIVDVPPR
Site 35S236VDVPPRESHSHSDQS
Site 36S238VPPRESHSHSDQSSK
Site 37S240PRESHSHSDQSSKTS
Site 38S243SHSHSDQSSKTSLMS
Site 39S244HSHSDQSSKTSLMSE
Site 40T246HSDQSSKTSLMSEMR
Site 41S247SDQSSKTSLMSEMRN
Site 42S250SSKTSLMSEMRNAQS
Site 43S257SEMRNAQSIGRRWEK
Site 44S266GRRWEKPSPSNVTER
Site 45S278TERKKRGSSWESNNL
Site 46S279ERKKRGSSWESNNLS
Site 47S282KRGSSWESNNLSADT
Site 48S286SWESNNLSADTPCAT
Site 49T289SNNLSADTPCATVLD
Site 50T293SADTPCATVLDKQHI
Site 51S301VLDKQHISSPELNCN
Site 52S302LDKQHISSPELNCNN
Site 53S334QDLPGLSSESAREPN
Site 54T359DDFQLQKTVYDADMD
Site 55Y361FQLQKTVYDADMDLT
Site 56T368YDADMDLTASEVSKI
Site 57S373DLTASEVSKIVTVST
Site 58T377SEVSKIVTVSTGIKK
Site 59S386STGIKKKSNKKTNEH
Site 60T390KKKSNKKTNEHGMKT
Site 61T397TNEHGMKTFRKVKDS
Site 62S404TFRKVKDSSSEKKRE
Site 63S405FRKVKDSSSEKKRER
Site 64S406RKVKDSSSEKKRERS
Site 65S413SEKKRERSKRQFKNS
Site 66S420SKRQFKNSSDVDIGE
Site 67S421KRQFKNSSDVDIGEK
Site 68S436IENRTERSDVLDGKR
Site 69T497NKKEKRITNEQEETY
Site 70T503ITNEQEETYSLSQSS
Site 71S505NEQEETYSLSQSSGK
Site 72S507QEETYSLSQSSGKFH
Site 73S509ETYSLSQSSGKFHQE
Site 74S517SGKFHQESKFDKGQN
Site 75S525KFDKGQNSLTCNKSK
Site 76T527DKGQNSLTCNKSKAS
Site 77S531NSLTCNKSKASRQTF
Site 78T537KSKASRQTFVIHKLE
Site 79T557PNQKDKVTIYENLDV
Site 80Y559QKDKVTIYENLDVTN
Site 81T565IYENLDVTNEFHTAN
Site 82S574EFHTANLSTKDNGNL
Site 83Y584DNGNLCDYGTHNILD
Site 84T586GNLCDYGTHNILDLK
Site 85Y595NILDLKKYVTDIQPS
Site 86T597LDLKKYVTDIQPSEQ
Site 87S602YVTDIQPSEQNESNI
Site 88T620RKKVNRKTEIISGMN
Site 89T650KGNFFFKTQEDKEPI
Site 90S658QEDKEPISENIEVSK
Site 91S673ELQIPALSTRDNENQ
Site 92Y683DNENQCDYRTQNVLG
Site 93T685ENQCDYRTQNVLGLQ
Site 94Y699QKQITNMYPVQQNES
Site 95T720RQKVNRKTEIISEVN
Site 96S734NHLDNDKSIEYTVKS
Site 97Y737DNDKSIEYTVKSHSL
Site 98T738NDKSIEYTVKSHSLF
Site 99S741SIEYTVKSHSLFLTQ
Site 100S743EYTVKSHSLFLTQKD
Site 101T747KSHSLFLTQKDKEII
Site 102S762PGNLEDPSEFETPAL
Site 103T766EDPSEFETPALSTKD
Site 104S770EFETPALSTKDSGNL
Site 105S774PALSTKDSGNLYDSE
Site 106Y778TKDSGNLYDSEIQNV
Site 107S780DSGNLYDSEIQNVLG
Site 108S816RLNVCQKSEIIPETN
Site 109Y826IPETNQIYENDNKGV
Site 110T845KDNFFSLTPKDKETI
Site 111T851LTPKDKETISENLQV
Site 112S853PKDKETISENLQVTN
Site 113Y878DNGNLCDYDTQNILE
Site 114T880GNLCDYDTQNILELK
Site 115Y889NILELKKYVTDRKSA
Site 116T891LELKKYVTDRKSAEQ
Site 117S895KYVTDRKSAEQNESK
Site 118S901KSAEQNESKINKLRN
Site 119Y924ISEMNQIYEDNDKDA
Site 120S936KDAHVQESYTKDLDF
Site 121S948LDFKVNKSKQKLECQ
Site 122Y962QDIINKHYMEVNSNE
Site 123S979SCDQILDSYKVVKKR
Site 124Y980CDQILDSYKVVKKRK
Site 125S991KKRKKESSCKAKNIL
Site 126S1007KAKNKLASQLTESSQ
Site 127T1010NKLASQLTESSQTSI
Site 128S1012LASQLTESSQTSISL
Site 129S1013ASQLTESSQTSISLE
Site 130S1016LTESSQTSISLESDL
Site 131S1018ESSQTSISLESDLKH
Site 132S1028SDLKHITSEADSDPG
Site 133S1032HITSEADSDPGNPVE
Site 134T1043NPVELCKTQKQSTTT
Site 135S1077KKVNKMTSKSKKRKT
Site 136S1079VNKMTSKSKKRKTSI
Site 137T1084SKSKKRKTSIDPSPE
Site 138S1085KSKKRKTSIDPSPES
Site 139S1089RKTSIDPSPESHEVM
Site 140S1092SIDPSPESHEVMERI
Site 141S1102VMERILDSVQGKSTV
Site 142S1107LDSVQGKSTVSEQAD
Site 143T1108DSVQGKSTVSEQADK
Site 144Y1132VKNKPDFYTKAFRSL
Site 145T1133KNKPDFYTKAFRSLS
Site 146S1138FYTKAFRSLSEIHSP
Site 147S1140TKAFRSLSEIHSPNI
Site 148S1144RSLSEIHSPNIQDSS
Site 149S1150HSPNIQDSSFDSVRE
Site 150S1151SPNIQDSSFDSVREG
Site 151S1154IQDSSFDSVREGLVP
Site 152S1163REGLVPLSVSSGKNV
Site 153S1166LVPLSVSSGKNVIIK
Site 154S1181ENFALECSPAFQVSD
Site 155S1187CSPAFQVSDDEHEKM
Site 156T1205KFKVNRRTQKSGIGD
Site 157S1208VNRRTQKSGIGDRPL
Site 158S1219DRPLQDLSNTSFVSN
Site 159T1221PLQDLSNTSFVSNNT
Site 160S1222LQDLSNTSFVSNNTA
Site 161S1231VSNNTAESENKSEDL
Site 162S1235TAESENKSEDLSSER
Site 163S1239ENKSEDLSSERTSRR
Site 164S1240NKSEDLSSERTSRRR
Site 165T1243EDLSSERTSRRRRCT
Site 166S1244DLSSERTSRRRRCTP
Site 167T1250TSRRRRCTPFYFKEP
Site 168Y1253RRRCTPFYFKEPSLR
Site 169S1258PFYFKEPSLRDKMRR
 
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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