PhosphoNET

           
Protein Info 
   
Short Name:  ZMYM3
Full Name:  Zinc finger MYM-type protein 3
Alias:  DXS6673E; DXS6673E protein; KIAA0385; MYM; Z261; Zinc finger protein 261; Zinc finger, MYM-type 3; ZNF198L2; ZNF261
Type:  DNA binding protein
Mass (Da):  152379
Number AA:  1370
UniProt ID:  Q14202
International Prot ID:  IPI00029484
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0007275     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 1S8MDPSDFPSPFDPLTL
Site 2T14PSPFDPLTLPEKPLA
Site 3S37FGEDLLESQTAPTRG
Site 4S51GWAPPGPSPSSGALD
Site 5S53APPGPSPSSGALDLL
Site 6S54PPGPSPSSGALDLLD
Site 7T62GALDLLDTPAGLEKD
Site 8T77PGVLDGATELLGLGG
Site 9Y87LGLGGLLYKAPSPPE
Site 10S91GLLYKAPSPPEVDHG
Site 11T111AWDAGDQTLEPGPGG
Site 12T120EPGPGGQTPEVVPPD
Site 13S134DPGAGANSCSPEGLL
Site 14S136GAGANSCSPEGLLEP
Site 15S148LEPLAPDSPITLQSP
Site 16T151LAPDSPITLQSPHIE
Site 17S154DSPITLQSPHIEEEE
Site 18T162PHIEEEETTSIATAR
Site 19S164IEEEETTSIATARRG
Site 20T167EETTSIATARRGSPG
Site 21S172IATARRGSPGQEEEL
Site 22S186LPQGQPQSPNAPPSP
Site 23S192QSPNAPPSPSVGETL
Site 24S194PNAPPSPSVGETLGD
Site 25T198PSPSVGETLGDGINS
Site 26S205TLGDGINSSQTKPGG
Site 27S206LGDGINSSQTKPGGS
Site 28T208DGINSSQTKPGGSSP
Site 29S213SQTKPGGSSPPAHPS
Site 30S214QTKPGGSSPPAHPSL
Site 31S220SSPPAHPSLPGDGLT
Site 32T227SLPGDGLTAKASEKP
Site 33S231DGLTAKASEKPPERK
Site 34S240KPPERKRSERVRRAE
Site 35S256PKPEVVDSTESIPVS
Site 36T257KPEVVDSTESIPVSD
Site 37S259EVVDSTESIPVSDED
Site 38S263STESIPVSDEDSDAM
Site 39S267IPVSDEDSDAMVDDP
Site 40S287VPFRPRRSPRMSLRS
Site 41S291PRRSPRMSLRSSVSQ
Site 42S294SPRMSLRSSVSQRAG
Site 43S295PRMSLRSSVSQRAGR
Site 44S297MSLRSSVSQRAGRSA
Site 45T316MTCAHCRTPLQKGQT
Site 46Y325LQKGQTAYQRKGLPQ
Site 47T341FCSSSCLTTFSKKPS
Site 48T342CSSSCLTTFSKKPSG
Site 49S344SSCLTTFSKKPSGKK
Site 50S348TTFSKKPSGKKTCTF
Site 51T352KKPSGKKTCTFCKKE
Site 52T354PSGKKTCTFCKKEIW
Site 53S366EIWNTKDSVVAQTGS
Site 54S373SVVAQTGSGGSFHEF
Site 55S376AQTGSGGSFHEFCTS
Site 56Y389TSVCLSLYEAQQQRP
Site 57S400QQRPIPQSGDPADAT
Site 58T407SGDPADATRCSICQK
Site 59S410PADATRCSICQKTGE
Site 60S426LHEVSNGSVVHRLCS
Site 61S435VHRLCSDSCFSKFRA
Site 62Y457CCDQCGAYIYTKTGS
Site 63Y459DQCGAYIYTKTGSPG
Site 64T460QCGAYIYTKTGSPGP
Site 65T462GAYIYTKTGSPGPEL
Site 66S464YIYTKTGSPGPELLF
Site 67T483QKRFCNTTCLGAYKK
Site 68Y496KKKNTRVYPCVWCKT
Site 69T540KVKQAGLTGPPRPCS
Site 70S547TGPPRPCSFCRRSLS
Site 71S554SFCRRSLSDPCYYNK
Site 72Y558RSLSDPCYYNKVDRT
Site 73Y559SLSDPCYYNKVDRTV
Site 74Y567NKVDRTVYQFCSPSC
Site 75S582WTKFQRTSPEGGIHL
Site 76S596LSCHYCHSLFSGKPE
Site 77S631KRLRGVVSQCEHCRQ
Site 78S649LHEKLRFSGVEKSFC
Site 79S654RFSGVEKSFCSEGCV
Site 80Y664SEGCVLLYKQDFTKK
Site 81Y681LCCITCTYCSQTCQR
Site 82T691QTCQRGVTEQLDGST
Site 83S697VTEQLDGSTWDFCSE
Site 84Y710SEDCKSKYLLWYCKA
Site 85Y714KSKYLLWYCKAARCH
Site 86Y752QQCLLRFYSQQNQPN
Site 87S753QCLLRFYSQQNQPNL
Site 88T762QNQPNLDTQSGPESL
Site 89S764QPNLDTQSGPESLLN
Site 90S768DTQSGPESLLNSQSP
Site 91S772GPESLLNSQSPESKP
Site 92S774ESLLNSQSPESKPQT
Site 93S777LNSQSPESKPQTPSQ
Site 94T781SPESKPQTPSQTKVE
Site 95S783ESKPQTPSQTKVENS
Site 96T792TKVENSNTVRTPEEN
Site 97T795ENSNTVRTPEENGNL
Site 98S811KIPVKTRSAPTAPTP
Site 99T817RSAPTAPTPPPPPPP
Site 100T826PPPPPPATPRKNKAA
Site 101S845LMQNRGVSCKVEMKS
Site 102S852SCKVEMKSKGSQTEE
Site 103T904PVPMFLPTTLESTDK
Site 104S950EELDKASSDLCDLVS
Site 105S957SDLCDLVSNQSAEGL
Site 106S960CDLVSNQSAEGLLED
Site 107S1026LVGPEDVSTEQDLPR
Site 108T1027VGPEDVSTEQDLPRT
Site 109T1034TEQDLPRTMRKGQKR
Site 110S1045GQKRLVLSESCSRDS
Site 111S1047KRLVLSESCSRDSMS
Site 112S1049LVLSESCSRDSMSSQ
Site 113S1052SESCSRDSMSSQPSC
Site 114S1054SCSRDSMSSQPSCTG
Site 115S1055CSRDSMSSQPSCTGL
Site 116S1058DSMSSQPSCTGLNYS
Site 117Y1064PSCTGLNYSYGVNAW
Site 118Y1079KCWVQSKYANGETSK
Site 119S1085KYANGETSKGDELRF
Site 120S1107KEDILACSAAELNYG
Site 121T1123AQFVREITRPNGERY
Site 122Y1130TRPNGERYEPDSIYY
Site 123S1134GERYEPDSIYYLCLG
Site 124Y1136RYEPDSIYYLCLGIQ
Site 125Y1137YEPDSIYYLCLGIQQ
Site 126Y1145LCLGIQQYLLENNRM
Site 127T1163FTDLYYLTFVQELNK
Site 128S1171FVQELNKSLSTWQPT
Site 129S1173QELNKSLSTWQPTLL
Site 130T1184PTLLPNNTVFSRVEE
Site 131S1187LPNNTVFSRVEEEHL
Site 132S1232AEEHMQLSFTNVVRQ
Site 133T1234EHMQLSFTNVVRQSR
Site 134S1240FTNVVRQSRKCTTPR
Site 135T1244VRQSRKCTTPRGTTK
Site 136T1245RQSRKCTTPRGTTKV
Site 137T1249KCTTPRGTTKVVSIR
Site 138T1250CTTPRGTTKVVSIRY
Site 139S1254RGTTKVVSIRYYAPV
Site 140Y1257TKVVSIRYYAPVRQR
Site 141Y1258KVVSIRYYAPVRQRK
Site 142T1269RQRKGRDTGPGKRKR
Site 143Y1303PVKFYEFYLSKCPES
Site 144S1305KFYEFYLSKCPESLR
Site 145S1310YLSKCPESLRTRNDV
Site 146T1313KCPESLRTRNDVFYL
Site 147Y1319RTRNDVFYLQPERSC
Site 148S1325FYLQPERSCIAESPL
Site 149S1335AESPLWYSVIPMDRS
Site 150Y1358ILAVREIYEELGRPG
 
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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