PhosphoNET

           
Protein Info 
   
Short Name:  CASP8AP2
Full Name:  CASP8-associated protein 2
Alias:  C8AP2; CED-4; FLASH; FLASH homolog RIP25; FLICE associated huge; FLICE-associated huge protein; RIP25
Type:  Nuclear receptor co-regulator, Apoptosis
Mass (Da):  222658
Number AA:  1982
UniProt ID:  Q9UKL3
International Prot ID:  IPI00100798
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0008656  GO:0005123  GO:0003714 PhosphoSite+ KinaseNET
Biological Process:  GO:0006919  GO:0007049  GO:0008625 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 1S12DDNGDGTSLFDVFSA
Site 2S18TSLFDVFSASPLKNN
Site 3S20LFDVFSASPLKNNDE
Site 4Y33DEGSLDIYAGLDSAV
Site 5S38DIYAGLDSAVSDSAS
Site 6S41AGLDSAVSDSASKSC
Site 7S43LDSAVSDSASKSCVP
Site 8S45SAVSDSASKSCVPSR
Site 9S47VSDSASKSCVPSRNC
Site 10S51ASKSCVPSRNCLDLY
Site 11Y58SRNCLDLYEEILTEE
Site 12T63DLYEEILTEEGTAKE
Site 13T99KKFKEIQTQNFSLIN
Site 14S103EIQTQNFSLINENQS
Site 15S110SLINENQSLKKNISA
Site 16S116QSLKKNISALIKTAR
Site 17T121NISALIKTARVEINR
Site 18S141SNLHQRLSEFPHFRN
Site 19T158KTARTFDTVKTKDLK
Site 20T161RTFDTVKTKDLKSRS
Site 21S166VKTKDLKSRSPHLDD
Site 22S168TKDLKSRSPHLDDCS
Site 23S175SPHLDDCSKTDHRAK
Site 24T177HLDDCSKTDHRAKSD
Site 25S183KTDHRAKSDVSKDVH
Site 26S192VSKDVHHSTSLPNLE
Site 27S194KDVHHSTSLPNLEKE
Site 28S206EKEGKPHSDKRSTSH
Site 29S210KPHSDKRSTSHLPTS
Site 30T211PHSDKRSTSHLPTSV
Site 31S212HSDKRSTSHLPTSVE
Site 32T216RSTSHLPTSVEKHCT
Site 33S217STSHLPTSVEKHCTN
Site 34T223TSVEKHCTNGVWSRS
Site 35S230TNGVWSRSHYQVGEG
Site 36Y232GVWSRSHYQVGEGSS
Site 37S239YQVGEGSSNEDSRRG
Site 38S243EGSSNEDSRRGRKDI
Site 39S253GRKDIRHSQFNRGTE
Site 40T259HSQFNRGTERVRKDL
Site 41S267ERVRKDLSTGCGDGE
Site 42T268RVRKDLSTGCGDGEP
Site 43S281EPRILEASQRLQGHP
Site 44Y291LQGHPEKYGKGEPKT
Site 45T298YGKGEPKTESKSSKF
Site 46S300KGEPKTESKSSKFKS
Site 47S302EPKTESKSSKFKSNS
Site 48S303PKTESKSSKFKSNSD
Site 49S307SKSSKFKSNSDSDYK
Site 50S309SSKFKSNSDSDYKGE
Site 51S311KFKSNSDSDYKGERI
Site 52Y313KSNSDSDYKGERINS
Site 53S320YKGERINSSWEKETP
Site 54S321KGERINSSWEKETPG
Site 55T326NSSWEKETPGERSHS
Site 56S331KETPGERSHSRVDSQ
Site 57S333TPGERSHSRVDSQSD
Site 58S337RSHSRVDSQSDKKLE
Site 59S339HSRVDSQSDKKLERQ
Site 60S347DKKLERQSERSQNIN
Site 61S350LERQSERSQNINRKE
Site 62S360INRKEVKSQDKEERK
Site 63S374KVDQKPKSVVKDQDH
Site 64S385DQDHWRRSERASLPH
Site 65S389WRRSERASLPHSKNE
Site 66S393ERASLPHSKNEITFS
Site 67T398PHSKNEITFSHNSSK
Site 68S400SKNEITFSHNSSKYH
Site 69S404ITFSHNSSKYHLEER
Site 70S422EDCKRDKSVNSHSFQ
Site 71S427DKSVNSHSFQDGRCP
Site 72S435FQDGRCPSSLSNSRT
Site 73S436QDGRCPSSLSNSRTH
Site 74S438GRCPSSLSNSRTHKN
Site 75S440CPSSLSNSRTHKNID
Site 76T442SSLSNSRTHKNIDSK
Site 77S448RTHKNIDSKEVDAMH
Site 78T460AMHQWENTPLKAERH
Site 79T469LKAERHRTEDKRKRE
Site 80S479KRKREQESKEENRHI
Site 81T494RNEKRVPTEHLQKTN
Site 82T507TNKETKKTTTDLKKQ
Site 83T509KETKKTTTDLKKQNE
Site 84T519KKQNEPKTDKGEVLD
Site 85S557KNKDLKLSFMKKLNL
Site 86T565FMKKLNLTLSPAKKQ
Site 87S567KKLNLTLSPAKKQPV
Site 88S575PAKKQPVSQDNQHKI
Site 89T583QDNQHKITDIPKSSG
Site 90S588KITDIPKSSGVCDSE
Site 91S594KSSGVCDSESSMQVK
Site 92S596SGVCDSESSMQVKTV
Site 93Y605MQVKTVAYVPSISEH
Site 94S620ILGEAAVSEHTMGET
Site 95S629HTMGETKSTLLEPKV
Site 96S658TNKEDENSLLVRSVD
Site 97S663ENSLLVRSVDNTMHC
Site 98T667LVRSVDNTMHCEEPI
Site 99T677CEEPICGTETSFPSP
Site 100T679EPICGTETSFPSPME
Site 101S680PICGTETSFPSPMEI
Site 102S683GTETSFPSPMEIQQT
Site 103T690SPMEIQQTESLFPST
Site 104S692MEIQQTESLFPSTGM
Site 105S696QTESLFPSTGMKQTI
Site 106S722DVLQTDVSQNFGLEL
Site 107T731NFGLELDTKRNDNSD
Site 108S737DTKRNDNSDYCGISE
Site 109Y739KRNDNSDYCGISEGM
Site 110T755MKVALSTTVSETTES
Site 111S762TVSETTESILQPSIE
Site 112S779DILPIMLSEDNNPKF
Site 113S800TPLVESKSCHLEPCL
Site 114T811EPCLPKETLDSSLQQ
Site 115S814LPKETLDSSLQQTEL
Site 116S815PKETLDSSLQQTELM
Site 117T819LDSSLQQTELMDHRM
Site 118T828LMDHRMATGETNSVY
Site 119Y835TGETNSVYHDDDNSV
Site 120S841VYHDDDNSVLSIDLN
Site 121S858RPIPEAISPLNSPVR
Site 122S862EAISPLNSPVRPVAK
Site 123S875AKVLRNESPPQVPVY
Site 124Y882SPPQVPVYNNSHKDV
Site 125S885QVPVYNNSHKDVFLP
Site 126S894KDVFLPNSAHSTSKS
Site 127S897FLPNSAHSTSKSQSD
Site 128T898LPNSAHSTSKSQSDL
Site 129S899PNSAHSTSKSQSDLN
Site 130S901SAHSTSKSQSDLNKE
Site 131S903HSTSKSQSDLNKENQ
Site 132Y914KENQKPIYKSDKCTE
Site 133S916NQKPIYKSDKCTEAD
Site 134T920IYKSDKCTEADTCKN
Site 135T924DKCTEADTCKNSPLD
Site 136S928EADTCKNSPLDELEE
Site 137S940LEEGEIRSDSETSKP
Site 138S942EGEIRSDSETSKPQE
Site 139T944EIRSDSETSKPQESF
Site 140S950ETSKPQESFEKNSKR
Site 141S955QESFEKNSKRRVSAD
Site 142S960KNSKRRVSADVRKSK
Site 143S966VSADVRKSKTIPRRG
Site 144T968ADVRKSKTIPRRGKS
Site 145S975TIPRRGKSTVCLDKD
Site 146T976IPRRGKSTVCLDKDS
Site 147S983TVCLDKDSRKTHVRI
Site 148T986LDKDSRKTHVRIHQT
Site 149S1004WNKRPDKSSRSSKTE
Site 150S1005NKRPDKSSRSSKTEK
Site 151S1008PDKSSRSSKTEKKDK
Site 152S1018EKKDKVMSTSSLEKI
Site 153Y1053RKHVRKNYMKFKAKF
Site 154S1091NLHKISKSVTTLQKN
Site 155T1093HKISKSVTTLQKNLC
Site 156Y1141FVDDQLDYLFAKLKK
Site 157S1154KKILVCDSKSFGRDS
Site 158S1156ILVCDSKSFGRDSDE
Site 159S1161SKSFGRDSDEGKLEK
Site 160S1177SKQNAQYSNSQKRSV
Site 161S1179QNAQYSNSQKRSVDN
Site 162S1183YSNSQKRSVDNSNRE
Site 163S1187QKRSVDNSNRELLKE
Site 164S1197ELLKEKLSKSEDPVH
Site 165S1199LKEKLSKSEDPVHYK
Site 166Y1205KSEDPVHYKSLVGCK
Site 167S1207EDPVHYKSLVGCKKS
Site 168S1214SLVGCKKSEENYQDQ
Site 169Y1218CKKSEENYQDQNNSS
Site 170T1228QNNSSINTVKHDIKK
Site 171S1247CFDNIKNSQSEERSL
Site 172S1249DNIKNSQSEERSLEV
Site 173S1253NSQSEERSLEVHCPS
Site 174S1260SLEVHCPSTPKSEKN
Site 175T1261LEVHCPSTPKSEKNE
Site 176S1264HCPSTPKSEKNEGSS
Site 177T1277SSIEDAQTSQHATLK
Site 178S1278SIEDAQTSQHATLKP
Site 179T1282AQTSQHATLKPERSF
Site 180S1288ATLKPERSFEILTEQ
Site 181T1293ERSFEILTEQQASSL
Site 182S1299LTEQQASSLTFNLVS
Site 183T1301EQQASSLTFNLVSDA
Site 184S1316QMGEIFKSLLQGSDL
Site 185S1326QGSDLLDSSVNCTEK
Site 186S1327GSDLLDSSVNCTEKS
Site 187T1331LDSSVNCTEKSEWEL
Site 188T1340KSEWELKTPEKQLLE
Site 189T1348PEKQLLETLKCESIP
Site 190S1375SPCPKMISDDNWSLL
Site 191S1380MISDDNWSLLSSEKG
Site 192S1383DDNWSLLSSEKGPSL
Site 193S1384DNWSLLSSEKGPSLS
Site 194S1389LSSEKGPSLSSGLSL
Site 195S1391SEKGPSLSSGLSLPV
Site 196S1392EKGPSLSSGLSLPVH
Site 197S1406HPDVLDESCMFEVST
Site 198S1412ESCMFEVSTNLPLSK
Site 199T1413SCMFEVSTNLPLSKD
Site 200S1424LSKDNVCSVEKSKPC
Site 201S1428NVCSVEKSKPCVSSI
Site 202S1448AVSLTVPSPLKSDGH
Site 203S1452TVPSPLKSDGHLSFL
Site 204S1457LKSDGHLSFLKPDMS
Site 205S1464SFLKPDMSSSSTPEE
Site 206S1465FLKPDMSSSSTPEEV
Site 207S1466LKPDMSSSSTPEEVI
Site 208S1467KPDMSSSSTPEEVIS
Site 209T1468PDMSSSSTPEEVISA
Site 210S1474STPEEVISAHFSEDA
Site 211S1478EVISAHFSEDALLEE
Site 212S1489LLEEEDASEQDIHLA
Site 213S1499DIHLALESDNSSSKS
Site 214S1502LALESDNSSSKSSCS
Site 215S1503ALESDNSSSKSSCSS
Site 216S1504LESDNSSSKSSCSSS
Site 217S1506SDNSSSKSSCSSSWT
Site 218S1507DNSSSKSSCSSSWTS
Site 219S1509SSSKSSCSSSWTSRS
Site 220S1510SSKSSCSSSWTSRSV
Site 221S1511SKSSCSSSWTSRSVA
Site 222T1513SSCSSSWTSRSVAPG
Site 223S1514SCSSSWTSRSVAPGF
Site 224S1516SSSWTSRSVAPGFQY
Site 225Y1523SVAPGFQYHPNLPMH
Site 226T1549IVKIRRATPSTSSGL
Site 227S1551KIRRATPSTSSGLKQ
Site 228T1552IRRATPSTSSGLKQS
Site 229S1553RRATPSTSSGLKQSM
Site 230S1554RATPSTSSGLKQSMM
Site 231S1559TSSGLKQSMMPDELL
Site 232T1567MMPDELLTSLPRHGK
Site 233S1568MPDELLTSLPRHGKE
Site 234Y1584DEGPEKEYISCQNTV
Site 235T1590EYISCQNTVFKSVEE
Site 236S1594CQNTVFKSVEELENS
Site 237S1601SVEELENSNKNVDGS
Site 238S1610KNVDGSKSTHEEQSS
Site 239S1617STHEEQSSMIQTQVP
Site 240T1621EQSSMIQTQVPDIYE
Site 241Y1627QTQVPDIYEFLKDAS
Site 242S1634YEFLKDASDKMGHSD
Site 243S1640ASDKMGHSDEVADEC
Site 244T1656KLHQVWETKVPESIE
Site 245S1661WETKVPESIEELPSM
Site 246S1667ESIEELPSMEEISHS
Site 247S1674SMEEISHSVGEHLPN
Site 248T1682VGEHLPNTYVDLTKD
Site 249Y1683GEHLPNTYVDLTKDP
Site 250T1687PNTYVDLTKDPVTET
Site 251T1692DLTKDPVTETKNLGE
Site 252S1721SGGNLNQSAQILDNS
Site 253S1728SAQILDNSLQADTVG
Site 254S1745IDLTQDASSEAKSEG
Site 255S1746DLTQDASSEAKSEGN
Site 256S1750DASSEAKSEGNHPAL
Site 257T1798EETYIDLTTESPSSC
Site 258T1799ETYIDLTTESPSSCE
Site 259S1801YIDLTTESPSSCEVK
Site 260S1804LTTESPSSCEVKKDE
Site 261S1814VKKDELKSEPGSNCD
Site 262S1818ELKSEPGSNCDNSEL
Site 263S1823PGSNCDNSELPGTLH
Site 264T1828DNSELPGTLHNSHKK
Site 265S1832LPGTLHNSHKKRRNI
Site 266S1840HKKRRNISDLNHPHK
Site 267T1853HKKQRKETDLTNKEK
Site 268T1856QRKETDLTNKEKTKK
Site 269S1868TKKPTQDSCENTEAH
Site 270T1872TQDSCENTEAHQKKA
Site 271T1888KKKAPPVTKDPSSLK
Site 272S1892PPVTKDPSSLKATPG
Site 273S1893PVTKDPSSLKATPGI
Site 274T1897DPSSLKATPGIKDSS
Site 275S1903ATPGIKDSSAALATS
Site 276S1910SSAALATSTSLSAKN
Site 277S1914LATSTSLSAKNVIKK
Site 278S1947ECQKRGPSFKTFAYL
Site 279T1950KRGPSFKTFAYLAAK
Site 280Y1953PSFKTFAYLAAKLDK
Site 281S1966DKNPNQVSERFQQLM
 
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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