PhosphoNET

           
Protein Info 
   
Short Name:  DMD
Full Name:  Dystrophin
Alias:  BMD; DXS142; DXS164; DXS206; DXS230; DXS239; DXS268; DXS269; DXS270; DXS272; Dystrophin (Muscular dystrophy, Duchenne and Becker types); Muscular dystrophy, Duchenne and Becker types
Type:  Cytoskeletal protein
Mass (Da):  426692
Number AA:  3685
UniProt ID:  P11532
International Prot ID:  IPI00304638
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0009986  GO:0043034  GO:0005856 Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0005509  GO:0050998 PhosphoSite+ KinaseNET
Biological Process:  GO:0043043     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 1Y11WEEVEDCYEREDVQK
Site 2T20REDVQKKTFTKWVNA
Site 3S42QHIENLFSDLQDGRR
Site 4S68KLPKEKGSTRVHALN
Site 5S136AGLQQTNSEKILLSW
Site 6S142NSEKILLSWVRQSTR
Site 7S147LLSWVRQSTRNYPQV
Site 8T148LSWVRQSTRNYPQVN
Site 9Y151VRQSTRNYPQVNVIN
Site 10T160QVNVINFTTSWSDGL
Site 11S175ALNALIHSHRPDLFD
Site 12T193VVCQQSATQRLEHAF
Site 13T220LDPEDVDTTYPDKKS
Site 14T221DPEDVDTTYPDKKSI
Site 15Y222PEDVDTTYPDKKSIL
Site 16S227TTYPDKKSILMYITS
Site 17T261LPRPPKVTKEEHFQL
Site 18T279MHYSQQITVSLAQGY
Site 19S281YSQQITVSLAQGYER
Site 20Y286TVSLAQGYERTSSPK
Site 21T289LAQGYERTSSPKPRF
Site 22S290AQGYERTSSPKPRFK
Site 23S291QGYERTSSPKPRFKS
Site 24S298SPKPRFKSYAYTQAA
Site 25T302RFKSYAYTQAAYVTT
Site 26Y306YAYTQAAYVTTSDPT
Site 27S310QAAYVTTSDPTRSPF
Site 28T313YVTTSDPTRSPFPSQ
Site 29S315TTSDPTRSPFPSQHL
Site 30S319PTRSPFPSQHLEAPE
Site 31S329LEAPEDKSFGSSLME
Site 32S332PEDKSFGSSLMESEV
Site 33S333EDKSFGSSLMESEVN
Site 34S337FGSSLMESEVNLDRY
Site 35Y344SEVNLDRYQTALEEV
Site 36T346VNLDRYQTALEEVLS
Site 37T361WLLSAEDTLQAQGEI
Site 38S369LQAQGEISNDVEVVK
Site 39T390EGYMMDLTAHQGRVG
Site 40S413LIGTGKLSEDEETEV
Site 41T418KLSEDEETEVQEQMN
Site 42S438WECLRVASMEKQSNL
Site 43T465KELNDWLTKTEERTR
Site 44T467LNDWLTKTEERTRKM
Site 45T565LLKWQRLTEEQCLFS
Site 46S572TEEQCLFSAWLSEKE
Site 47S576CLFSAWLSEKEDAVN
Site 48S599DQNEMLSSLQKLAVL
Site 49S622QSMGKLYSLKQDLLS
Site 50S629SLKQDLLSTLKNKSV
Site 51T630LKQDLLSTLKNKSVT
Site 52S635LSTLKNKSVTQKTEA
Site 53S661LVQKLEKSTAQISQA
Site 54S666EKSTAQISQAVTTTQ
Site 55T670AQISQAVTTTQPSLT
Site 56T671QISQAVTTTQPSLTQ
Site 57T672ISQAVTTTQPSLTQT
Site 58T679TQPSLTQTTVMETVT
Site 59T687TVMETVTTVTTREQI
Site 60T715PQKKRQITVDSEIRK
Site 61S718KRQITVDSEIRKRLD
Site 62T729KRLDVDITELHSWIT
Site 63S738LHSWITRSEAVLQSP
Site 64S744RSEAVLQSPEFAIFR
Site 65S757FRKEGNFSDLKEKVN
Site 66Y828ERLNWLEYQNNIIAF
Site 67T847QQLEQMTTTAENWLK
Site 68T858NWLKIQPTTPSEPTA
Site 69T859WLKIQPTTPSEPTAI
Site 70S868SEPTAIKSQLKICKD
Site 71S881KDEVNRLSGLQPQIE
Site 72S894IERLKIQSIALKEKG
Site 73S923NHFKQVFSDVQAREK
Site 74T938ELQTIFDTLPPMRYQ
Site 75Y944DTLPPMRYQETMSAI
Site 76T953ETMSAIRTWVQQSET
Site 77S963QQSETKLSIPQLSVT
Site 78T970SIPQLSVTDYEIMEQ
Site 79Y972PQLSVTDYEIMEQRL
Site 80S987GELQALQSSLQEQQS
Site 81S988ELQALQSSLQEQQSG
Site 82S994SSLQEQQSGLYYLST
Site 83Y998EQQSGLYYLSTTVKE
Site 84S1000QSGLYYLSTTVKEMS
Site 85T1001SGLYYLSTTVKEMSK
Site 86T1002GLYYLSTTVKEMSKK
Site 87S1015KKAPSEISRKYQSEF
Site 88Y1018PSEISRKYQSEFEEI
Site 89S1020EISRKYQSEFEEIEG
Site 90S1033EGRWKKLSSQLVEHC
Site 91S1034GRWKKLSSQLVEHCQ
Site 92S1104DIQTIQPSLNSVNEG
Site 93S1107TIQPSLNSVNEGGQK
Site 94T1129EFASRLETELKELNT
Site 95Y1146DHMCQQVYARKEALK
Site 96T1159LKGGLEKTVSLQKDL
Site 97S1161GGLEKTVSLQKDLSE
Site 98Y1180MTQAEEEYLERDFEY
Site 99Y1187YLERDFEYKTPDELQ
Site 100T1189ERDFEYKTPDELQKA
Site 101T1260RLNGKCKTLEEVWAC
Site 102S1273ACWHELLSYLEKANK
Site 103Y1274CWHELLSYLEKANKW
Site 104T1291EVEFKLKTTENIPGG
Site 105S1303PGGAEEISEVLDSLE
Site 106S1308EISEVLDSLENLMRH
Site 107S1316LENLMRHSEDNPNQI
Site 108T1331RILAQTLTDGGVMDE
Site 109T1346LINEELETFNSRWRE
Site 110S1349EELETFNSRWRELHE
Site 111T1375SIQSAQETEKSLHLI
Site 112S1378SAQETEKSLHLIQES
Site 113S1385SLHLIQESLTFIDKQ
Site 114S1415QEAQKIQSDLTSHEI
Site 115S1419KIQSDLTSHEISLEE
Site 116S1423DLTSHEISLEEMKKH
Site 117S1442EAAQRVLSQIDVAQK
Site 118S1455QKKLQDVSMKFRLFQ
Site 119S1492LPALETKSVEQEVVQ
Site 120Y1509LNHCVNLYKSLSEVK
Site 121S1511HCVNLYKSLSEVKSE
Site 122S1513VNLYKSLSEVKSEVE
Site 123S1517KSLSEVKSEVEMVIK
Site 124T1525EVEMVIKTGRQIVQK
Site 125T1535QIVQKKQTENPKELD
Site 126T1546KELDERVTALKLHYN
Site 127S1573LEKCLKLSRKMRKEM
Site 128T1590LTEWLAATDMELTKR
Site 129T1595AATDMELTKRSAVEG
Site 130S1605SAVEGMPSNLDSEVA
Site 131S1609GMPSNLDSEVAWGKA
Site 132S1630KQKVHLKSITEVGEA
Site 133T1640EVGEALKTVLGKKET
Site 134T1647TVLGKKETLVEDKLS
Site 135T1700KWIIQADTLLDESEK
Site 136S1705ADTLLDESEKKKPQQ
Site 137S1733DIRPKVDSTRDQAAN
Site 138S1758KLVEPQISELNHRFA
Site 139S1768NHRFAAISHRIKTGK
Site 140T1773AISHRIKTGKASIPL
Site 141S1788KELEQFNSDIQKLLE
Site 142T1839DNLQQRITDERKREE
Site 143S1866NALKDLRSQRRKKAL
Site 144Y1880LEISHQWYQYKRQAD
Site 145Y1882ISHQWYQYKRQADDL
Site 146S1953EPTQIQLSKRWREIE
Site 147T1976LNFAQIHTVREETMM
Site 148T1981IHTVREETMMVMTED
Site 149S1994EDMPLEISYVPSTYL
Site 150T2002YVPSTYLTEITHVSQ
Site 151S2044SLKNIKDSLQQSSGR
Site 152S2048IKDSLQQSSGRIDII
Site 153S2049KDSLQQSSGRIDIIH
Site 154S2079VKLQEALSQLDFQWE
Site 155Y2092WEKVNKMYKDRQGRF
Site 156S2102RQGRFDRSVEKWRRF
Site 157T2130AEQFLRKTQIPENWE
Site 158Y2141ENWEHAKYKWYLKEL
Site 159T2157DGIGQRQTVVRTLNA
Site 160T2165VVRTLNATGEEIIQQ
Site 161T2176IIQQSSKTDASILQE
Site 162S2179QSSKTDASILQEKLG
Site 163S2187ILQEKLGSLNLRWQE
Site 164S2200QEVCKQLSDRKKRLE
Site 165S2284VLVSAPISPEEQDKL
Site 166S2306NLQWIKVSRALPEKQ
Site 167S2345NHLLLWLSPIRNQLE
Site 168Y2354IRNQLEIYNQPNQEG
Site 169S2384PDVEEILSKGQHLYK
Site 170T2396LYKEKPATQPVKRKL
Site 171S2407KRKLEDLSSEWKAVN
Site 172S2408RKLEDLSSEWKAVNR
Site 173S2457VTKETAISKLEMPSS
Site 174T2480ADFNRAWTELTDWLS
Site 175T2483NRAWTELTDWLSLLD
Site 176T2532PQLEELITAAQNLKN
Site 177S2605QARAKLESWKEGPYT
Site 178T2612SWKEGPYTVDAIQKK
Site 179Y2651ALKLLRDYSADDTRK
Site 180S2652LKLLRDYSADDTRKV
Site 181T2656RDYSADDTRKVHMIT
Site 182S2669ITENINASWRSIHKR
Site 183S2672NINASWRSIHKRVSE
Site 184S2678RSIHKRVSEREAALE
Site 185S2728KERLLEDSKGVKELM
Site 186Y2752IEAHTDVYHNLDENS
Site 187S2759YHNLDENSQKILRSL
Site 188S2765NSQKILRSLEGSDDA
Site 189S2787DNMNFKWSELRKKSL
Site 190S2793WSELRKKSLNIRSHL
Site 191S2798KKSLNIRSHLEASSD
Site 192S2804RSHLEASSDQWKRLH
Site 193S2813QWKRLHLSLQELLVW
Site 194S2829QLKDDELSRQAPIGG
Site 195T2857AFKRELKTKEPVIMS
Site 196T2868VIMSTLETVRIFLTE
Site 197Y2885LEGLEKLYQEPRELP
Site 198T2913KQAEEVNTEWEKLNL
Site 199T2932WQRKIDETLERLQEL
Site 200S2959QAEVIKGSWQPVGDL
Site 201S2970VGDLLIDSLQDHLEK
Site 202S2993APLKENVSHVNDLAR
Site 203T3003NDLARQLTTLGIQLS
Site 204Y3012LGIQLSPYNLSTLED
Site 205T3016LSPYNLSTLEDLNTR
Site 206T3022STLEDLNTRWKLLQV
Site 207S3049HRDFGPASQHFLSTS
Site 208S3054PASQHFLSTSVQGPW
Site 209S3056SQHFLSTSVQGPWER
Site 210S3066GPWERAISPNKVPYY
Site 211Y3073SPNKVPYYINHETQT
Site 212Y3092HPKMTELYQSLADLN
Site 213S3094KMTELYQSLADLNNV
Site 214S3104DLNNVRFSAYRTAMK
Site 215T3108VRFSAYRTAMKLRRL
Site 216Y3158INCLTTIYDRLEQEH
Site 217Y3186LNWLLNVYDTGRTGR
Site 218T3188WLLNVYDTGRTGRIR
Site 219Y3215KAHLEDKYRYLFKQV
Site 220S3225LFKQVASSTGFCDQR
Site 221S3253RQLGEVASFGGSNIE
Site 222S3257EVASFGGSNIEPSVR
Site 223S3262GGSNIEPSVRSCFQF
Site 224S3291WMRLEPQSMVWLPVL
Site 225Y3354AKGHKMHYPMVEYCT
Site 226Y3359MHYPMVEYCTPTTSG
Site 227T3361YPMVEYCTPTTSGED
Site 228T3382VLKNKFRTKRYFAKH
Site 229Y3385NKFRTKRYFAKHPRM
Site 230Y3394AKHPRMGYLPVQTVL
Site 231T3408LEGDNMETPVTLINF
Site 232S3420INFWPVDSAPASSPQ
Site 233S3424PVDSAPASSPQLSHD
Site 234S3425VDSAPASSPQLSHDD
Site 235S3429PASSPQLSHDDTHSR
Site 236T3433PQLSHDDTHSRIEHY
Site 237S3435LSHDDTHSRIEHYAS
Site 238S3442SRIEHYASRLAEMEN
Site 239S3450RLAEMENSNGSYLND
Site 240Y3454MENSNGSYLNDSISP
Site 241S3458NGSYLNDSISPNESI
Site 242S3460SYLNDSISPNESIDD
Site 243S3464DSISPNESIDDEHLL
Site 244Y3475EHLLIQHYCQSLNQD
Site 245S3478LIQHYCQSLNQDSPL
Site 246S3483CQSLNQDSPLSQPRS
Site 247S3486LNQDSPLSQPRSPAQ
Site 248S3490SPLSQPRSPAQILIS
Site 249S3497SPAQILISLESEERG
Site 250S3500QILISLESEERGELE
Site 251Y3524NRNLQAEYDRLKQQH
Site 252S3537QHEHKGLSPLPSPPE
Site 253S3541KGLSPLPSPPEMMPT
Site 254T3548SPPEMMPTSPQSPRD
Site 255S3549PPEMMPTSPQSPRDA
Site 256S3552MMPTSPQSPRDAELI
Site 257S3588DHNKQLESQLHRLRQ
Site 258T3609AEAKVNGTTVSSPST
Site 259T3610EAKVNGTTVSSPSTS
Site 260S3612KVNGTTVSSPSTSLQ
Site 261S3613VNGTTVSSPSTSLQR
Site 262S3615GTTVSSPSTSLQRSD
Site 263T3616TTVSSPSTSLQRSDS
Site 264S3617TVSSPSTSLQRSDSS
Site 265S3621PSTSLQRSDSSQPML
Site 266S3623TSLQRSDSSQPMLLR
Site 267S3624SLQRSDSSQPMLLRV
Site 268S3637RVVGSQTSDSMGEED
Site 269S3639VGSQTSDSMGEEDLL
Site 270S3647MGEEDLLSPPQDTST
Site 271T3652LLSPPQDTSTGLEEV
Site 272T3654SPPQDTSTGLEEVME
Site 273S3666VMEQLNNSFPSSRGR
Site 274S3669QLNNSFPSSRGRNTP
Site 275S3670LNNSFPSSRGRNTPG
Site 276T3675PSSRGRNTPGKPMRE
Site 277T3684GKPMREDTM______
 
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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