PhosphoNET

           
Protein Info 
   
Short Name:  ZNF804A
Full Name:  Zinc finger protein 804A
Alias:  C2orf10; chromosome 1 open reading frame 25
Type:  Uncharacterized
Mass (Da):  136904
Number AA:  1209
UniProt ID:  Q7Z570
International Prot ID:  IPI00375560
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005622     Uniprot OncoNet
Molecular Function:  GO:0008270     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 1S14VISSTHLSNGHFRNI
Site 2S30GVFRGPLSKNGNKTL
Site 3Y39NGNKTLDYAEKENTI
Site 4T45DYAEKENTIAKALED
Site 5Y58EDLKANFYCELCDKQ
Site 6Y66CELCDKQYYKHQEFD
Site 7S101EFARNVASKSRKDER
Site 8S103ARNVASKSRKDERKQ
Site 9T127LAELRKETVCAPGSG
Site 10S133ETVCAPGSGPMFKST
Site 11S139GSGPMFKSTTVTVRE
Site 12T141GPMFKSTTVTVRENC
Site 13T143MFKSTTVTVRENCNE
Site 14S152RENCNEISQRVVVDS
Site 15S159SQRVVVDSVNNQQDF
Site 16Y168NNQQDFKYTLIHSEE
Site 17T169NQQDFKYTLIHSEEN
Site 18T177LIHSEENTKDATTVA
Site 19T182ENTKDATTVAEDPES
Site 20S189TVAEDPESANNYTAK
Site 21Y193DPESANNYTAKNNQV
Site 22S215HRHKIGFSFAFPKKA
Site 23S223FAFPKKASVKLESSA
Site 24S229ASVKLESSAAAFSEY
Site 25S234ESSAAAFSEYSDDAS
Site 26S237AAAFSEYSDDASVGK
Site 27S241SEYSDDASVGKGFSR
Site 28S250GKGFSRKSRFVPSAC
Site 29S255RKSRFVPSACHLQQS
Site 30S263ACHLQQSSPTDVLLS
Site 31S270SPTDVLLSSEEKTNS
Site 32S271PTDVLLSSEEKTNSF
Site 33T275LLSSEEKTNSFHPPE
Site 34S277SSEEKTNSFHPPEAM
Site 35T290AMCRDKETVQTQEIK
Site 36T293RDKETVQTQEIKEVS
Site 37S320KFQLQLSSDADNCQN
Site 38S328DADNCQNSVPLADQI
Site 39S352DIPVSGNSFELLGNK
Site 40S360FELLGNKSTVLDMSN
Site 41T361ELLGNKSTVLDMSND
Site 42S366KSTVLDMSNDCISVQ
Site 43S371DMSNDCISVQATTEE
Site 44T375DCISVQATTEENVKH
Site 45T376CISVQATTEENVKHN
Site 46T388KHNEASTTEVENKNG
Site 47T398ENKNGPETLAPSNTE
Site 48S402GPETLAPSNTEEVNI
Site 49T410NTEEVNITIHKKTNF
Site 50S434PVLNKHRSTVLQWPS
Site 51T435VLNKHRSTVLQWPSE
Site 52Y446WPSEMLVYTTTKPSI
Site 53T447PSEMLVYTTTKPSIS
Site 54T448SEMLVYTTTKPSISY
Site 55T449EMLVYTTTKPSISYS
Site 56S452VYTTTKPSISYSCNP
Site 57S454TTTKPSISYSCNPLC
Site 58S456TKPSISYSCNPLCFD
Site 59S485PDLKDLCSQQKQEDI
Site 60S498DICMGPLSDYKDVST
Site 61Y500CMGPLSDYKDVSTEG
Site 62S504LSDYKDVSTEGLTDY
Site 63Y511STEGLTDYEIGSSKN
Site 64S516TDYEIGSSKNKCSQV
Site 65S521GSSKNKCSQVTPLLA
Site 66T524KNKCSQVTPLLADDI
Site 67S533LLADDILSSSCDSGK
Site 68S534LADDILSSSCDSGKN
Site 69S535ADDILSSSCDSGKNE
Site 70S538ILSSSCDSGKNENTG
Site 71S552GQRYKNISCKIRETE
Site 72T558ISCKIRETEKYNFTK
Site 73Y561KIRETEKYNFTKSQI
Site 74S566EKYNFTKSQIKQDTL
Site 75T572KSQIKQDTLDEKYNK
Site 76Y577QDTLDEKYNKIRLKE
Site 77Y588RLKETHEYWFHKSRR
Site 78T611QHHHMEKTKESETRC
Site 79S625CKMEAENSYTENAGK
Site 80Y626KMEAENSYTENAGKY
Site 81T627MEAENSYTENAGKYL
Site 82S639KYLLEPISEKQYLAA
Site 83Y643EPISEKQYLAAEQLL
Site 84S662LLDKRPKSESISLSD
Site 85S664DKRPKSESISLSDNE
Site 86S666RPKSESISLSDNEEM
Site 87S668KSESISLSDNEEMCK
Site 88Y684WNTEYNTYDTISSKN
Site 89T686TEYNTYDTISSKNHC
Site 90T717HSGKHNLTYSRTYCC
Site 91Y718SGKHNLTYSRTYCCW
Site 92S733KTKMSSCSQDHRSLV
Site 93S738SCSQDHRSLVLQNDM
Site 94Y758NQAVKRGYNSVMNES
Site 95S760AVKRGYNSVMNESER
Site 96Y769MNESERFYRKRRQHS
Site 97S776YRKRRQHSHSYSSDE
Site 98S778KRRQHSHSYSSDESL
Site 99Y779RRQHSHSYSSDESLN
Site 100S780RQHSHSYSSDESLNR
Site 101S781QHSHSYSSDESLNRQ
Site 102S784HSYSSDESLNRQNHL
Site 103S800EEFLRPPSTSVAPCK
Site 104T801EFLRPPSTSVAPCKP
Site 105S802FLRPPSTSVAPCKPK
Site 106Y834ELKENTDYPVKDNSS
Site 107S840DYPVKDNSSLNPLDR
Site 108S841YPVKDNSSLNPLDRL
Site 109S850NPLDRLISEDKKEKM
Site 110S869VAKIERNSEQTNQLR
Site 111S880NQLRNKLSFHPNNLL
Site 112T903EHLEMETTSGELSDV
Site 113S904HLEMETTSGELSDVS
Site 114S908ETTSGELSDVSNDPT
Site 115S911SGELSDVSNDPTTSV
Site 116T915SDVSNDPTTSVCVAS
Site 117T916DVSNDPTTSVCVASA
Site 118T932TKEAIDNTLLEHKER
Site 119S964IERNFRQSQPKSYLC
Site 120Y969RQSQPKSYLCHYELA
Site 121Y973PKSYLCHYELAEALP
Site 122T987PQGKMNETPTEWLRY
Site 123Y994TPTEWLRYNSGILNT
Site 124S996TEWLRYNSGILNTQP
Site 125T1001YNSGILNTQPPLPFK
Site 126S1013PFKEAHVSGHTFVTA
Site 127S1078PAALPPPSTPLQPLP
Site 128S1089QPLPLQQSLCSTSVT
Site 129T1093LQQSLCSTSVTTIHH
Site 130S1094QQSLCSTSVTTIHHT
Site 131S1133QPHQQFLSQIPALTR
Site 132S1147RTSLPQLSVGPVGPR
Site 133T1162LCPGNQPTFVAPPQM
 
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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