PhosphoNET

           
Protein Info 
   
Short Name:  NPAT
Full Name:  Protein NPAT
Alias:  E14; Nuclear protein, ataxia-telangiectasia locus; P220
Type:  Transcription regulation; Cell cycle regulation
Mass (Da):  154291
Number AA:  1427
UniProt ID:  Q14207
International Prot ID:  IPI00290547
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0015030     Uniprot OncoNet
Molecular Function:  GO:0008022  GO:0047485  GO:0003713 PhosphoSite+ KinaseNET
Biological Process:  GO:0000083  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 1S32QTFILESSDLKEYAE
Site 2Y66LTTILNEYVAMKTKE
Site 3T71NEYVAMKTKETSNNV
Site 4S84NVPAIMSSLWKKLDH
Site 5T92LWKKLDHTLSQIRSM
Site 6S94KKLDHTLSQIRSMQS
Site 7S98HTLSQIRSMQSSPRF
Site 8S101SQIRSMQSSPRFAGS
Site 9S102QIRSMQSSPRFAGSQ
Site 10S108SSPRFAGSQRARTRT
Site 11T113AGSQRARTRTGIAEI
Site 12T115SQRARTRTGIAEIKR
Site 13S128KRQRKLASQTAPASA
Site 14T148PYLSGQFTTPPSTGT
Site 15T149YLSGQFTTPPSTGTQ
Site 16S152GQFTTPPSTGTQVTR
Site 17T155TTPPSTGTQVTRPSG
Site 18S161GTQVTRPSGQISDPS
Site 19S165TRPSGQISDPSRSYF
Site 20S168SGQISDPSRSYFVVV
Site 21S170QISDPSRSYFVVVNH
Site 22Y171ISDPSRSYFVVVNHS
Site 23S178YFVVVNHSQSQDTVT
Site 24S180VVVNHSQSQDTVTTG
Site 25T183NHSQSQDTVTTGEAL
Site 26T185SQSQDTVTTGEALNV
Site 27S204QEKKAHASLMSPGRR
Site 28S207KAHASLMSPGRRKSE
Site 29S213MSPGRRKSESQRKST
Site 30S215PGRRKSESQRKSTTL
Site 31S219KSESQRKSTTLSGPH
Site 32T220SESQRKSTTLSGPHS
Site 33T221ESQRKSTTLSGPHST
Site 34S223QRKSTTLSGPHSTIR
Site 35S227TTLSGPHSTIRNFQD
Site 36T228TLSGPHSTIRNFQDP
Site 37S255NAREKILSNKSLQEK
Site 38S258EKILSNKSLQEKLAE
Site 39S294NPTEPETSIDEFLGL
Site 40S308LPSEIHMSEEAIQDI
Site 41S321DILEQTESDPAFQAL
Site 42Y334ALFDLFDYGKTKNNK
Site 43S344TKNNKNISQSISSQP
Site 44S346NNKNISQSISSQPME
Site 45S348KNISQSISSQPMESN
Site 46S349NISQSISSQPMESNP
Site 47S357QPMESNPSIVLADET
Site 48S371TNLAVKGSFETEESD
Site 49S377GSFETEESDGQSGQP
Site 50S381TEESDGQSGQPAFCT
Site 51Y390QPAFCTSYQNDDPLN
Site 52S417QEDQENFSQISTSIQ
Site 53T421ENFSQISTSIQKKAF
Site 54S422NFSQISTSIQKKAFK
Site 55T430IQKKAFKTAVPTEQK
Site 56T443QKCDIDITFESVPNL
Site 57S446DIDITFESVPNLNDF
Site 58Y471NPHCAELYTNQMSTE
Site 59S489AIGIEKNSLSSNVPS
Site 60S491GIEKNSLSSNVPSES
Site 61S492IEKNSLSSNVPSESQ
Site 62S496SLSSNVPSESQLQPD
Site 63S498SSNVPSESQLQPDQP
Site 64S527NNENLILSGKSSQLL
Site 65S530NLILSGKSSQLLSQD
Site 66S531LILSGKSSQLLSQDT
Site 67S535GKSSQLLSQDTSLTG
Site 68S539QLLSQDTSLTGKPSK
Site 69T541LSQDTSLTGKPSKKS
Site 70S545TSLTGKPSKKSQFCE
Site 71S548TGKPSKKSQFCENSN
Site 72T557FCENSNDTVKLKINF
Site 73S567LKINFHGSKSSDSSE
Site 74S569INFHGSKSSDSSEVH
Site 75S570NFHGSKSSDSSEVHK
Site 76S572HGSKSSDSSEVHKSK
Site 77S573GSKSSDSSEVHKSKI
Site 78S578DSSEVHKSKIEINVL
Site 79S590NVLEPVMSQLSNCQD
Site 80S593EPVMSQLSNCQDNSC
Site 81S599LSNCQDNSCLQSEIL
Site 82S603QDNSCLQSEILPVSV
Site 83S609QSEILPVSVESSHLN
Site 84S613LPVSVESSHLNVSGQ
Site 85S618ESSHLNVSGQVEIHL
Site 86S628VEIHLGDSLSSTKQP
Site 87S630IHLGDSLSSTKQPSN
Site 88T632LGDSLSSTKQPSNDS
Site 89S636LSSTKQPSNDSASVE
Site 90S639TKQPSNDSASVELNH
Site 91S641QPSNDSASVELNHTE
Site 92T647ASVELNHTENEAQAS
Site 93S654TENEAQASKSENSQE
Site 94S656NEAQASKSENSQEPS
Site 95S659QASKSENSQEPSSSV
Site 96S663SENSQEPSSSVKEEN
Site 97S664ENSQEPSSSVKEENT
Site 98S665NSQEPSSSVKEENTI
Site 99T671SSVKEENTIFLSLGG
Site 100T688NCEKVALTPPEGTPV
Site 101T693ALTPPEGTPVENSHS
Site 102S698EGTPVENSHSLPPES
Site 103S700TPVENSHSLPPESVC
Site 104S705SHSLPPESVCSSVGD
Site 105S708LPPESVCSSVGDSHP
Site 106S709PPESVCSSVGDSHPE
Site 107S713VCSSVGDSHPESQNT
Site 108S717VGDSHPESQNTDDKP
Site 109T720SHPESQNTDDKPSSN
Site 110S725QNTDDKPSSNNSAEI
Site 111S726NTDDKPSSNNSAEID
Site 112S729DKPSSNNSAEIDASN
Site 113S751ISDDPFVSSDTELTS
Site 114S752SDDPFVSSDTELTSA
Site 115T754DPFVSSDTELTSAVS
Site 116T757VSSDTELTSAVSSIN
Site 117S758SSDTELTSAVSSING
Site 118S762ELTSAVSSINGENLP
Site 119S774NLPTIILSSPTKSPT
Site 120S775LPTIILSSPTKSPTK
Site 121S779ILSSPTKSPTKNAEL
Site 122T781SSPTKSPTKNAELVK
Site 123S807VYAEVGDSASMEQSL
Site 124S809AEVGDSASMEQSLLT
Site 125S813DSASMEQSLLTFKSE
Site 126T816SMEQSLLTFKSEDSA
Site 127S819QSLLTFKSEDSAVNN
Site 128S881DPTALGTSVSQSNVV
Site 129T898PGNSAPMTAQPLPPQ
Site 130T908PLPPQLQTPPRSNSV
Site 131S912QLQTPPRSNSVFAVN
Site 132S914QTPPRSNSVFAVNQA
Site 133S923FAVNQAVSPNFSQGS
Site 134S962GQNGNNFSTPPREVL
Site 135T963QNGNNFSTPPREVLH
Site 136S981TAPVCNRSIPQFPVP
Site 137S991QFPVPPKSQKAQGLR
Site 138S1013QVNNLVDSSGHSVGC
Site 139S1017LVDSSGHSVGCHAQK
Site 140S1028HAQKTEVSDKSIATD
Site 141S1031KTEVSDKSIATDLGK
Site 142S1040ATDLGKKSEETTVPF
Site 143T1043LGKKSEETTVPFPEE
Site 144T1044GKKSEETTVPFPEES
Site 145S1051TVPFPEESIVPAAKP
Site 146S1068RRVLCFDSTTAPVAN
Site 147S1085GPNHKMVSQNKERNA
Site 148S1094NKERNAVSFPNLDSP
Site 149S1100VSFPNLDSPNVSSTL
Site 150S1104NLDSPNVSSTLKPPS
Site 151S1105LDSPNVSSTLKPPSN
Site 152T1106DSPNVSSTLKPPSNN
Site 153S1111SSTLKPPSNNAIKRE
Site 154S1129PPLPKILSKSESAIS
Site 155S1131LPKILSKSESAISRH
Site 156S1133KILSKSESAISRHTT
Site 157T1139ESAISRHTTIRETQS
Site 158T1140SAISRHTTIRETQSE
Site 159T1144RHTTIRETQSEKKVS
Site 160S1151TQSEKKVSPTEIVLE
Site 161S1159PTEIVLESFHKATAN
Site 162S1173NKENELCSDVERQKN
Site 163S1187NPENSKLSIGQQNGG
Site 164S1197QQNGGLRSEKSIASL
Site 165S1200GGLRSEKSIASLQEM
Site 166S1203RSEKSIASLQEMTKK
Site 167S1214MTKKQGTSSNNKNVL
Site 168S1215TKKQGTSSNNKNVLS
Site 169S1222SNNKNVLSVGTAVKD
Site 170T1235KDLKQEQTKSASSLI
Site 171S1237LKQEQTKSASSLITT
Site 172T1243KSASSLITTEMLQDI
Site 173T1244SASSLITTEMLQDIQ
Site 174S1254LQDIQRHSSVSRLAD
Site 175S1255QDIQRHSSVSRLADS
Site 176S1257IQRHSSVSRLADSSD
Site 177S1263VSRLADSSDLPVPRT
Site 178T1270SDLPVPRTPGSGAGE
Site 179S1273PVPRTPGSGAGEKHK
Site 180S1291IDIIKAPSSRRFSED
Site 181S1292DIIKAPSSRRFSEDS
Site 182S1296APSSRRFSEDSSTSK
Site 183S1299SRRFSEDSSTSKVMV
Site 184S1300RRFSEDSSTSKVMVP
Site 185T1301RFSEDSSTSKVMVPP
Site 186S1302FSEDSSTSKVMVPPV
Site 187S1317TPDLPACSPASETGS
Site 188S1320LPACSPASETGSENS
Site 189S1324SPASETGSENSVNMA
Site 190S1327SETGSENSVNMAAHT
Site 191T1346SRAAISRTTSATPLK
Site 192T1347RAAISRTTSATPLKD
Site 193S1348AAISRTTSATPLKDN
Site 194T1350ISRTTSATPLKDNTQ
Site 195T1356ATPLKDNTQQFRASS
Site 196S1362NTQQFRASSRSTTKK
Site 197S1363TQQFRASSRSTTKKR
Site 198S1365QFRASSRSTTKKRKI
Site 199T1366FRASSRSTTKKRKIE
Site 200T1367RASSRSTTKKRKIEE
Site 201S1382LDERERNSRPSSKNL
Site 202S1385RERNSRPSSKNLTNS
Site 203S1386ERNSRPSSKNLTNSS
Site 204T1390RPSSKNLTNSSIPMK
Site 205S1392SSKNLTNSSIPMKKK
Site 206S1393SKNLTNSSIPMKKKK
Site 207S1408IKKKKLPSSFPAGMD
Site 208S1409KKKKLPSSFPAGMDV
 
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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