PhosphoNET

           
Protein Info 
   
Short Name:  MADD
Full Name:  MAP kinase-activating death domain protein
Alias:  DENN; Differentially expressed in normal and neoplastic cells; Insulinoma glucagonoma clone 20; Insulinoma-glucagonoma clone 20; KIAA0358; MAP-kinase activating death domain; Rab3 GDP/GTP exchange factor; RAB3GEP
Type:  Adaptor/scaffold
Mass (Da):  183303
Number AA:  1647
UniProt ID:  Q8WXG6
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0016021  GO:0005886 Uniprot OncoNet
Molecular Function:  GO:0017112  GO:0005123  GO:0030295 PhosphoSite+ KinaseNET
Biological Process:  GO:0000187  GO:0006915  GO:0007166 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 1S24IVGARHPSSDSVAQT
Site 2S25VGARHPSSDSVAQTP
Site 3S27ARHPSSDSVAQTPEL
Site 4T31SSDSVAQTPELLRRY
Site 5Y38TPELLRRYPLEDHTE
Site 6T44RYPLEDHTEFPLPPD
Site 7S63CQPEGCLSVRQRRMS
Site 8S70SVRQRRMSLRDDTSF
Site 9T75RMSLRDDTSFVFTLT
Site 10S76MSLRDDTSFVFTLTD
Site 11T80DDTSFVFTLTDKDTG
Site 12T86FTLTDKDTGVTRYGI
Site 13Y98YGICVNFYRSFQKRI
Site 14S106RSFQKRISKEKGEGG
Site 15S116KGEGGAGSRGKEGTH
Site 16T122GSRGKEGTHATCASE
Site 17S128GTHATCASEEGGTES
Site 18T133CASEEGGTESSESGS
Site 19S135SEEGGTESSESGSSL
Site 20S136EEGGTESSESGSSLQ
Site 21S138GGTESSESGSSLQPL
Site 22S140TESSESGSSLQPLSA
Site 23S141ESSESGSSLQPLSAD
Site 24S146GSSLQPLSADSTPDV
Site 25S149LQPLSADSTPDVNQS
Site 26T150QPLSADSTPDVNQSP
Site 27S156STPDVNQSPRGKRRA
Site 28S167KRRAKAGSRSRNSTL
Site 29S169RAKAGSRSRNSTLTS
Site 30S172AGSRSRNSTLTSLCV
Site 31T173GSRSRNSTLTSLCVL
Site 32T175RSRNSTLTSLCVLSH
Site 33S176SRNSTLTSLCVLSHY
Site 34Y194STFRECLYTLKRLVD
Site 35S204KRLVDCCSERLLGKK
Site 36S230MWRIFTGSLLVEEKS
Site 37Y252REIEAWIYRLLRSPV
Site 38S257WIYRLLRSPVPVSGQ
Site 39S262LRSPVPVSGQKRVDI
Site 40T281QELQPALTFALPDPS
Site 41T291LPDPSRFTLVDFPLH
Site 42S421PILPEPESLELKKHL
Site 43S434HLKQALASMSLNTQP
Site 44S462PLLLGRPSNDLQSTP
Site 45S467RPSNDLQSTPSTEFN
Site 46T468PSNDLQSTPSTEFNP
Site 47S470NDLQSTPSTEFNPLI
Site 48T471DLQSTPSTEFNPLIY
Site 49T512GFQMHTRTLRLFPRP
Site 50S531QAGSFLASRPRQTPF
Site 51T536LASRPRQTPFAEKLA
Site 52Y550ARTQAVEYFGEWILN
Site 53Y583IGDKPKWYAHQLQPI
Site 54Y592HQLQPIHYRVYDSNS
Site 55Y595QPIHYRVYDSNSQLA
Site 56S597IHYRVYDSNSQLAEA
Site 57S599YRVYDSNSQLAEALS
Site 58S606SQLAEALSVPPERDS
Site 59S613SVPPERDSDSEPTDD
Site 60S615PPERDSDSEPTDDSG
Site 61S621DSEPTDDSGSDSMDY
Site 62S623EPTDDSGSDSMDYDD
Site 63S625TDDSGSDSMDYDDSS
Site 64Y628SGSDSMDYDDSSSSY
Site 65S631DSMDYDDSSSSYSSL
Site 66S632SMDYDDSSSSYSSLG
Site 67S633MDYDDSSSSYSSLGD
Site 68S634DYDDSSSSYSSLGDF
Site 69Y635YDDSSSSYSSLGDFV
Site 70S636DDSSSSYSSLGDFVS
Site 71S637DSSSSYSSLGDFVSE
Site 72T654KCDINGDTPNVDPLT
Site 73T661TPNVDPLTHAALGDA
Site 74S669HAALGDASEVEIDEL
Site 75S689AEEPGPDSENSQENP
Site 76S692PGPDSENSQENPPLR
Site 77S700QENPPLRSSSSTTAS
Site 78S701ENPPLRSSSSTTASS
Site 79S702NPPLRSSSSTTASSS
Site 80S703PPLRSSSSTTASSSP
Site 81T704PLRSSSSTTASSSPS
Site 82T705LRSSSSTTASSSPST
Site 83S707SSSSTTASSSPSTVI
Site 84S708SSSTTASSSPSTVIH
Site 85S709SSTTASSSPSTVIHG
Site 86S711TTASSSPSTVIHGAN
Site 87T712TASSSPSTVIHGANS
Site 88S724ANSEPADSTEMDDKA
Site 89S741GVSKPLPSVPPSIGK
Site 90S745PLPSVPPSIGKSNVD
Site 91S749VPPSIGKSNVDRRQA
Site 92S762QAEIGEGSVRRRIYD
Site 93Y768GSVRRRIYDNPYFEP
Site 94Y772RRIYDNPYFEPQYGF
Site 95Y777NPYFEPQYGFPPEED
Site 96S791DEDEQGESYTPRFSQ
Site 97Y792EDEQGESYTPRFSQH
Site 98T793DEQGESYTPRFSQHV
Site 99S797ESYTPRFSQHVSGNR
Site 100S801PRFSQHVSGNRAQKL
Site 101S813QKLLRPNSLRLASDS
Site 102S818PNSLRLASDSDAESD
Site 103S820SLRLASDSDAESDSR
Site 104S824ASDSDAESDSRASSP
Site 105S826DSDAESDSRASSPNS
Site 106S829AESDSRASSPNSTVS
Site 107S830ESDSRASSPNSTVSN
Site 108S833SRASSPNSTVSNTST
Site 109T834RASSPNSTVSNTSTE
Site 110S836SSPNSTVSNTSTEGF
Site 111S839NSTVSNTSTEGFGGI
Site 112T840STVSNTSTEGFGGIM
Site 113S848EGFGGIMSFASSLYR
Site 114S851GGIMSFASSLYRNHS
Site 115S852GIMSFASSLYRNHST
Site 116Y854MSFASSLYRNHSTSF
Site 117S858SSLYRNHSTSFSLSN
Site 118T859SLYRNHSTSFSLSNL
Site 119S860LYRNHSTSFSLSNLT
Site 120S862RNHSTSFSLSNLTLP
Site 121S864HSTSFSLSNLTLPTK
Site 122T867SFSLSNLTLPTKGAR
Site 123T878KGAREKATPFPSLKV
Site 124S882EKATPFPSLKVFGLN
Site 125T896NTLMEIVTEAGPGSG
Site 126S915RALVDQKSSVIKHSP
Site 127S921KSSVIKHSPTVKREP
Site 128T923SVIKHSPTVKREPPS
Site 129S930TVKREPPSPQGRSSN
Site 130S935PPSPQGRSSNSSENQ
Site 131S936PSPQGRSSNSSENQQ
Site 132S938PQGRSSNSSENQQFL
Site 133S939QGRSSNSSENQQFLK
Site 134S972KVRRLLESEQLRVFV
Site 135T1046GLLEIAQTHYYSKEP
Site 136Y1048LEIAQTHYYSKEPDK
Site 137S1059EPDKRKRSPTESVNT
Site 138T1061DKRKRSPTESVNTPV
Site 139S1063RKRSPTESVNTPVGK
Site 140T1066SPTESVNTPVGKDPG
Site 141S1097QLGPRAPSATGKGPK
Site 142T1099GPRAPSATGKGPKEL
Site 143T1108KGPKELDTRSLKEEN
Site 144S1110PKELDTRSLKEENFI
Site 145S1157GETEEKKSQISADSG
Site 146S1160EEKKSQISADSGVSL
Site 147S1163KSQISADSGVSLTSS
Site 148S1166ISADSGVSLTSSSQR
Site 149T1168ADSGVSLTSSSQRTD
Site 150S1170SGVSLTSSSQRTDQD
Site 151S1171GVSLTSSSQRTDQDS
Site 152T1174LTSSSQRTDQDSVIG
Site 153S1178SQRTDQDSVIGVSPA
Site 154S1183QDSVIGVSPAVMIRS
Site 155S1190SPAVMIRSSSQDSEV
Site 156S1191PAVMIRSSSQDSEVS
Site 157S1192AVMIRSSSQDSEVST
Site 158S1195IRSSSQDSEVSTVVS
Site 159S1198SSQDSEVSTVVSNSS
Site 160T1199SQDSEVSTVVSNSSG
Site 161S1202SEVSTVVSNSSGETL
Site 162T1208VSNSSGETLGADSDL
Site 163S1213GETLGADSDLSSNAG
Site 164S1216LGADSDLSSNAGDGP
Site 165S1217GADSDLSSNAGDGPG
Site 166S1228DGPGGEGSVHLASSR
Site 167S1233EGSVHLASSRGTLSD
Site 168S1234GSVHLASSRGTLSDS
Site 169T1237HLASSRGTLSDSEIE
Site 170S1239ASSRGTLSDSEIETN
Site 171S1241SRGTLSDSEIETNSA
Site 172T1245LSDSEIETNSATSTI
Site 173S1247DSEIETNSATSTIFG
Site 174T1251ETNSATSTIFGKAHS
Site 175S1258TIFGKAHSLKPSIKE
Site 176S1262KAHSLKPSIKEKLAG
Site 177S1270IKEKLAGSPIRTSED
Site 178T1274LAGSPIRTSEDVSQR
Site 179S1275AGSPIRTSEDVSQRV
Site 180S1279IRTSEDVSQRVYLYE
Site 181Y1283EDVSQRVYLYEGLLG
Site 182Y1285VSQRVYLYEGLLGRD
Site 183S1295LLGRDKGSMWDQLED
Site 184T1307LEDAAMETFSISKER
Site 185S1309DAAMETFSISKERST
Site 186S1311AMETFSISKERSTLW
Site 187S1315FSISKERSTLWDQMQ
Site 188T1316SISKERSTLWDQMQF
Site 189Y1352PQEMIDRYLSLGEHD
Site 190S1354EMIDRYLSLGEHDRK
Site 191T1373DEDRLLATLLHNLIS
Site 192Y1381LLHNLISYMLLMKVN
Site 193S1429NLNGRDLSIWSSGSR
Site 194S1432GRDLSIWSSGSRHMK
Site 195S1433RDLSIWSSGSRHMKK
Site 196T1442SRHMKKQTFVVHAGT
Site 197Y1475RSNIGTVYERWWYEK
Site 198Y1488EKLINMTYCPKTKVL
Site 199S1503CLWRRNGSETQLNKF
Site 200T1505WRRNGSETQLNKFYT
Site 201Y1519TKKCRELYYCVKDSM
Site 202Y1520KKCRELYYCVKDSME
Site 203S1525LYYCVKDSMERAAAR
Site 204S1535RAAARQQSIKPGPEL
Site 205T1553FPVQDLKTGEGGLLQ
Site 206Y1609KEVVSHKYKTPMAHE
Site 207T1611VVSHKYKTPMAHEIC
Site 208T1640SSEEDLRTPPRPVSS
Site 209S1647TPPRPVSS_______
 
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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