PhosphoNET

           
Protein Info 
   
Short Name:  ZNF518A
Full Name:  Zinc finger protein 518A
Alias:  DKFZp781O2147; KIAA0335; MGC125707; MGC125710; Z518A; Zinc finger protein 518; ZNF518
Type:  Transcription regulation
Mass (Da):  166782
Number AA:  1483
UniProt ID:  Q6AHZ1
International Prot ID:  IPI00307665
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350   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 1T16FCDEKQTTLKKDYDV
Site 2Y21QTTLKKDYDVKNEIV
Site 3S31KNEIVDRSAPKPKIS
Site 4S38SAPKPKISGSIHYAL
Site 5S40PKPKISGSIHYALKN
Site 6Y70LKHEVDKYRKLFQSK
Site 7S76KYRKLFQSKQQTARK
Site 8T80LFQSKQQTARKSISI
Site 9S84KQQTARKSISIKTVS
Site 10T89RKSISIKTVSCVEEC
Site 11T97VSCVEECTLLHKSER
Site 12S102ECTLLHKSERAEEEG
Site 13T128CLKCRDNTRYSPNDL
Site 14Y130KCRDNTRYSPNDLQK
Site 15S131CRDNTRYSPNDLQKH
Site 16T171VFKQHRRTHRSTLVK
Site 17S174QHRRTHRSTLVKCDI
Site 18T175HRRTHRSTLVKCDIC
Site 19T189CNNESVYTLLNLTKH
Site 20T221FSTQDVGTFVQHIHR
Site 21Y234HRHNEIHYKCGKCHH
Site 22T259HLHIHSGTFPFTCQY
Site 23Y266TFPFTCQYCSYGATR
Site 24T272QYCSYGATRREHLVR
Site 25Y290TLHKEHLYAKEKLEK
Site 26Y300EKLEKDKYEKRMAKT
Site 27S308EKRMAKTSAGLKLIL
Site 28Y318LKLILKRYKIGASRK
Site 29T326KIGASRKTFWKRKKI
Site 30S335WKRKKINSGSDRSIE
Site 31S337RKKINSGSDRSIEKN
Site 32S340INSGSDRSIEKNTQV
Site 33T354VLKKMNKTQTKSEDQ
Site 34S358MNKTQTKSEDQSHVV
Site 35S362QTKSEDQSHVVQEHL
Site 36S370HVVQEHLSEEKDERL
Site 37S388NNDKAPESESEKPTP
Site 38S390DKAPESESEKPTPLS
Site 39T394ESESEKPTPLSTGQG
Site 40S397SEKPTPLSTGQGNRA
Site 41S437KNNKLAVSPNYNATF
Site 42S469PIKQNVCSPGSQSGA
Site 43S472QNVCSPGSQSGAAKD
Site 44T481SGAAKDGTANLQPQT
Site 45T491LQPQTLDTNGFLTGV
Site 46T505VTTELNDTVYMKAAT
Site 47Y507TELNDTVYMKAATPF
Site 48T512TVYMKAATPFSCSSS
Site 49S519TPFSCSSSILSGKAS
Site 50S522SCSSSILSGKASSEK
Site 51S526SILSGKASSEKEMTL
Site 52T532ASSEKEMTLISQRNN
Site 53S535EKEMTLISQRNNMLQ
Site 54Y546NMLQTMDYEKSVSSL
Site 55S549QTMDYEKSVSSLSAT
Site 56S551MDYEKSVSSLSATSE
Site 57S552DYEKSVSSLSATSEL
Site 58S554EKSVSSLSATSELVT
Site 59T567VTASVNLTTKFETRD
Site 60T584DFWGNHLTQSHPEVL
Site 61S586WGNHLTQSHPEVLGT
Site 62T593SHPEVLGTTIKSPDK
Site 63S632CELPVESSNQGSLPF
Site 64S636VESSNQGSLPFHNYS
Site 65Y642GSLPFHNYSKVNNSN
Site 66S643SLPFHNYSKVNNSNK
Site 67S648NYSKVNNSNKRRRFS
Site 68S655SNKRRRFSGTAVYEN
Site 69T657KRRRFSGTAVYENPQ
Site 70Y660RFSGTAVYENPQRES
Site 71S667YENPQRESSSSKTVV
Site 72S668ENPQRESSSSKTVVQ
Site 73S670PQRESSSSKTVVQQP
Site 74T672RESSSSKTVVQQPIS
Site 75S681VQQPISESFLSLVRQ
Site 76S684PISESFLSLVRQESS
Site 77S690LSLVRQESSKPDSLL
Site 78S691SLVRQESSKPDSLLA
Site 79S695QESSKPDSLLASISL
Site 80S699KPDSLLASISLLNDK
Site 81S701DSLLASISLLNDKDG
Site 82T709LLNDKDGTLKAKSEI
Site 83S714DGTLKAKSEIEEQYV
Site 84Y720KSEIEEQYVLEKGQN
Site 85Y734NIDGQNLYSNENQNL
Site 86S754KSKWEDFSNVDSPMM
Site 87S758EDFSNVDSPMMPRIT
Site 88S766PMMPRITSVFSLQSQ
Site 89S769PRITSVFSLQSQQAS
Site 90S772TSVFSLQSQQASEFL
Site 91S776SLQSQQASEFLPPEV
Site 92S801KPDVKQDSSNTPNKG
Site 93S802PDVKQDSSNTPNKGL
Site 94T804VKQDSSNTPNKGLPL
Site 95S816LPLHCDQSFQKHERE
Site 96S830EGKIVESSKDFKVQG
Site 97S866FGKEKQVSSIPQDVR
Site 98S867GKEKQVSSIPQDVRD
Site 99S875IPQDVRDSEKMPRIS
Site 100S882SEKMPRISGFGTLLK
Site 101T886PRISGFGTLLKTQSD
Site 102S892GTLLKTQSDAIITQQ
Site 103T897TQSDAIITQQLVKDK
Site 104T908VKDKLRATTQNLGSF
Site 105T909KDKLRATTQNLGSFY
Site 106S914ATTQNLGSFYMQSPL
Site 107S919LGSFYMQSPLLNSEQ
Site 108S924MQSPLLNSEQKKTII
Site 109T929LNSEQKKTIIVQTSK
Site 110S969NSQGIPASLFVNKKP
Site 111T981KKPGMVLTLNNGKLE
Site 112S991NGKLEGVSAVKTEGA
Site 113T995EGVSAVKTEGAPARG
Site 114T1003EGAPARGTVTKEPCK
Site 115T1011VTKEPCKTPILKVEP
Site 116T1024EPNNNCLTPGLCSSI
Site 117S1036SSIGSCLSMKSSSEN
Site 118S1039GSCLSMKSSSENTLP
Site 119S1040SCLSMKSSSENTLPL
Site 120S1041CLSMKSSSENTLPLK
Site 121T1044MKSSSENTLPLKGPY
Site 122T1056GPYILKPTSSVKAVL
Site 123S1057PYILKPTSSVKAVLI
Site 124S1058YILKPTSSVKAVLIP
Site 125S1069VLIPNMLSEQQSTKL
Site 126S1073NMLSEQQSTKLNISD
Site 127S1079QSTKLNISDSVKQQN
Site 128S1081TKLNISDSVKQQNEI
Site 129Y1095IFPKPPLYTFLPDGK
Site 130T1096FPKPPLYTFLPDGKQ
Site 131Y1128KLVQNSTYQNIQPKK
Site 132T1139QPKKPEGTPQRILLK
Site 133S1161VTAANNLSVSNSASS
Site 134S1163AANNLSVSNSASSLQ
Site 135S1165NNLSVSNSASSLQKD
Site 136S1167LSVSNSASSLQKDNV
Site 137S1168SVSNSASSLQKDNVP
Site 138S1176LQKDNVPSNQIIGGE
Site 139S1189GEQKEPESRDALPFL
Site 140S1217STATCPESSEEPICV
Site 141S1218TATCPESSEEPICVS
Site 142S1225SEEPICVSDCSESRV
Site 143T1237SRVLRCKTNCRIERN
Site 144T1250RNFNRKKTSKKIFSK
Site 145S1251NFNRKKTSKKIFSKT
Site 146T1258SKKIFSKTKTHGSKD
Site 147T1260KIFSKTKTHGSKDSE
Site 148S1263SKTKTHGSKDSETAF
Site 149S1266KTHGSKDSETAFVSR
Site 150T1268HGSKDSETAFVSRNR
Site 151S1284CKRKCRDSYQEPPRR
Site 152Y1285KRKCRDSYQEPPRRK
Site 153T1294EPPRRKATLHRKCKE
Site 154T1311KPEDVRETFGFSRPR
Site 155S1315VRETFGFSRPRLSKD
Site 156S1320GFSRPRLSKDSIRTL
Site 157S1323RPRLSKDSIRTLRLF
Site 158T1326LSKDSIRTLRLFPFS
Site 159S1378NGHVLKVSLSKRTIN
Site 160Y1393ALLKPVCYNPPKTTY
Site 161T1398VCYNPPKTTYDDFSK
Site 162Y1400YNPPKTTYDDFSKRH
Site 163S1404KTTYDDFSKRHKTFK
Site 164T1409DFSKRHKTFKPVSSV
Site 165S1414HKTFKPVSSVKERFV
Site 166T1425ERFVLKLTLKKTSKN
Site 167T1429LKLTLKKTSKNNYQI
Site 168Y1434KKTSKNNYQIVKTTS
Site 169S1441YQIVKTTSENILKAK
 
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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