PhosphoNET

           
Protein Info 
   
Short Name:  ST5
Full Name:  Suppression of tumorigenicity 5 protein
Alias:  DENN domain-containing protein 2B; DENN/MADD domain containing 2B; DENND2B; HeLa tumor suppression 1; HTS1; p126; suppression of tumorigenicity 5
Type:  Unknown function
Mass (Da):  126499
Number AA:  1137
UniProt ID:  P78524
International Prot ID:  IPI00162743
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005515     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 1S10MTANKNSSITHGAGG
Site 2T12ANKNSSITHGAGGTK
Site 3T18ITHGAGGTKAPRGTL
Site 4T24GTKAPRGTLSRSQSV
Site 5S26KAPRGTLSRSQSVSP
Site 6S28PRGTLSRSQSVSPPP
Site 7S30GTLSRSQSVSPPPVL
Site 8S32LSRSQSVSPPPVLSP
Site 9S38VSPPPVLSPPRSPIY
Site 10S42PVLSPPRSPIYPLSD
Site 11Y45SPPRSPIYPLSDSET
Site 12S48RSPIYPLSDSETSAC
Site 13S50PIYPLSDSETSACRY
Site 14T52YPLSDSETSACRYPS
Site 15S53PLSDSETSACRYPSH
Site 16Y57SETSACRYPSHSSSR
Site 17S59TSACRYPSHSSSRVL
Site 18S61ACRYPSHSSSRVLLK
Site 19S62CRYPSHSSSRVLLKD
Site 20S63RYPSHSSSRVLLKDR
Site 21S76DRHPPAPSPQNPQDP
Site 22S84PQNPQDPSPDTSPPT
Site 23T87PQDPSPDTSPPTCPF
Site 24S88QDPSPDTSPPTCPFK
Site 25T91SPDTSPPTCPFKTAS
Site 26T96PPTCPFKTASFGYLD
Site 27S98TCPFKTASFGYLDRS
Site 28Y101FKTASFGYLDRSPSA
Site 29S105SFGYLDRSPSACKRD
Site 30S107GYLDRSPSACKRDAQ
Site 31T153GPRGVLLTRTGTRAH
Site 32T155RGVLLTRTGTRAHSL
Site 33S161RTGTRAHSLGIREKI
Site 34S178WEGRREASPRMSMCG
Site 35S182REASPRMSMCGEKRE
Site 36S191CGEKREGSGSEWAAS
Site 37S193EKREGSGSEWAASEG
Site 38S198SGSEWAASEGCPSLG
Site 39S203AASEGCPSLGCPSVV
Site 40S212GCPSVVPSPCSSEKT
Site 41S215SVVPSPCSSEKTFDF
Site 42S216VVPSPCSSEKTFDFK
Site 43T219SPCSSEKTFDFKGLR
Site 44S229FKGLRRMSRTFSECS
Site 45T231GLRRMSRTFSECSYP
Site 46S233RRMSRTFSECSYPET
Site 47S236SRTFSECSYPETEEE
Site 48Y237RTFSECSYPETEEEG
Site 49T240SECSYPETEEEGEAL
Site 50S252EALPVRDSFYRLEKR
Site 51Y254LPVRDSFYRLEKRLG
Site 52S266RLGRSEPSAFLRGHG
Site 53S274AFLRGHGSRKESSAV
Site 54S278GHGSRKESSAVLSRI
Site 55S279HGSRKESSAVLSRIQ
Site 56S283KESSAVLSRIQKIEQ
Site 57S305RGLPQLPSSCYSVDR
Site 58S306GLPQLPSSCYSVDRG
Site 59Y308PQLPSSCYSVDRGKR
Site 60S309QLPSSCYSVDRGKRK
Site 61T317VDRGKRKTGTLGSLE
Site 62T319RGKRKTGTLGSLEEP
Site 63S322RKTGTLGSLEEPAGG
Site 64S331EEPAGGASVSAGSRA
Site 65S357PPPEREGSGSTKPGT
Site 66S359PEREGSGSTKPGTPG
Site 67T360EREGSGSTKPGTPGN
Site 68T364SGSTKPGTPGNSPSS
Site 69S368KPGTPGNSPSSQRLP
Site 70S370GTPGNSPSSQRLPSK
Site 71S371TPGNSPSSQRLPSKS
Site 72S376PSSQRLPSKSSLDPA
Site 73S378SQRLPSKSSLDPAVN
Site 74S379QRLPSKSSLDPAVNP
Site 75T393PVPKPKRTFEYEAEK
Site 76Y396KPKRTFEYEAEKNPK
Site 77S404EAEKNPKSKPSNGLP
Site 78S407KNPKSKPSNGLPPSP
Site 79S413PSNGLPPSPTPAAPP
Site 80T415NGLPPSPTPAAPPPL
Site 81S424AAPPPLPSTPAPPVT
Site 82T425APPPLPSTPAPPVTR
Site 83T431STPAPPVTRRPKKDM
Site 84S444DMRGHRKSQSRKSFE
Site 85S446RGHRKSQSRKSFEFE
Site 86S449RKSQSRKSFEFEDAS
Site 87S456SFEFEDASSLQSLYP
Site 88S457FEFEDASSLQSLYPS
Site 89S460EDASSLQSLYPSSPT
Site 90Y462ASSLQSLYPSSPTEN
Site 91S464SLQSLYPSSPTENGT
Site 92S465LQSLYPSSPTENGTE
Site 93S481QPKFGSKSTLEENAY
Site 94Y488STLEENAYEDIVGDL
Site 95Y501DLPKENPYEDVDLKS
Site 96S508YEDVDLKSRRAGRKS
Site 97S515SRRAGRKSQQLSENS
Site 98S519GRKSQQLSENSLDSL
Site 99S522SQQLSENSLDSLHRM
Site 100S525LSENSLDSLHRMWSP
Site 101S531DSLHRMWSPQDRKYN
Site 102Y537WSPQDRKYNSPPTQL
Site 103S539PQDRKYNSPPTQLSL
Site 104S545NSPPTQLSLKPNSQS
Site 105S550QLSLKPNSQSLRSGN
Site 106S552SLKPNSQSLRSGNWS
Site 107S555PNSQSLRSGNWSERK
Site 108S559SLRSGNWSERKSHRL
Site 109S563GNWSERKSHRLPRLP
Site 110S574PRLPKRHSHDDMLLL
Site 111S588LAQLSLPSSPSSLNE
Site 112S589AQLSLPSSPSSLNED
Site 113S591LSLPSSPSSLNEDSL
Site 114S592SLPSSPSSLNEDSLS
Site 115S597PSSLNEDSLSTTSEL
Site 116S599SLNEDSLSTTSELLS
Site 117T601NEDSLSTTSELLSSR
Site 118S602EDSLSTTSELLSSRR
Site 119S606STTSELLSSRRARRI
Site 120S607TTSELLSSRRARRIP
Site 121S622KLVQRINSIYNAKRG
Site 122Y624VQRINSIYNAKRGKK
Site 123S637KKRLKKLSMSSIETA
Site 124S639RLKKLSMSSIETASL
Site 125S640LKKLSMSSIETASLR
Site 126T643LSMSSIETASLRDEN
Site 127S645MSSIETASLRDENSE
Site 128S651ASLRDENSESESDSD
Site 129S653LRDENSESESDSDDR
Site 130S655DENSESESDSDDRFK
Site 131S657NSESESDSDDRFKAH
Site 132T665DDRFKAHTQRLVHIQ
Site 133S673QRLVHIQSMLKRAPS
Site 134S680SMLKRAPSYRTLELE
Site 135Y699QERELFEYFVVVSLK
Site 136S704FEYFVVVSLKKKPSR
Site 137S710VSLKKKPSRNTYLPE
Site 138T713KKKPSRNTYLPEVSY
Site 139Y714KKPSRNTYLPEVSYQ
Site 140Y720TYLPEVSYQFPKLDR
Site 141T729FPKLDRPTKQMREAE
Site 142S757AKDWLPVSEYSSETF
Site 143Y759DWLPVSEYSSETFSF
Site 144S760WLPVSEYSSETFSFM
Site 145T763VSEYSSETFSFMLTG
Site 146S765EYSSETFSFMLTGED
Site 147T769ETFSFMLTGEDGSRR
Site 148S774MLTGEDGSRRFGYCR
Site 149Y779DGSRRFGYCRRLLPS
Site 150S786YCRRLLPSGKGPRLP
Site 151S836FMRSLMESPFPAPGK
Site 152T849GKTIKVKTFLPGAGN
Site 153S867ELRRPMDSRLEHVDF
Site 154T986RQMDDEDTLLPRKLQ
Site 155S1008ERKNELISQDSDSDS
Site 156S1011NELISQDSDSDSDDE
Site 157S1013LISQDSDSDSDDECN
Site 158S1015SQDSDSDSDDECNTL
Site 159Y1041FVETVGHYSLFLTQS
Site 160S1042VETVGHYSLFLTQSE
Site 161T1046GHYSLFLTQSEKGER
Site 162S1048YSLFLTQSEKGERAF
Site 163S1063QREAFRKSVASKSIR
Site 164S1066AFRKSVASKSIRRFL
Site 165S1068RKSVASKSIRRFLEV
Site 166T1114YLEELPDTEQSGMNK
 
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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