PhosphoNET

           
Protein Info 
   
Short Name:  DNAH10
Full Name:  Dynein heavy chain 10, axonemal
Alias:  Axonemal beta dynein heavy chain 10; Ciliary dynein heavy chain 10; dynein, axonemal, heavy chain 10; dynein, axonemal, heavy polypeptide 10; FLJ43808; KIAA2017
Type:  Cell projection protein
Mass (Da):  514813
Number AA:  4471
UniProt ID:  Q8IVF4
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0035085  GO:0030286  GO:0005874 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0003777 PhosphoSite+ KinaseNET
Biological Process:  GO:0007018  GO:0016887  GO:0003777 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 1S17IDEIPVLSEEGEEEE
Site 2T26EGEEEEETYSQKVES
Site 3Y27GEEEEETYSQKVESV
Site 4S28EEEEETYSQKVESVD
Site 5S43KVRAKRVSLRTESLG
Site 6T46AKRVSLRTESLGQPL
Site 7S48RVSLRTESLGQPLNR
Site 8S65EEMDKEISEKLPSKR
Site 9S70EISEKLPSKRTAKHI
Site 10S153QVFLPALSFNQHRTS
Site 11S160SFNQHRTSTTVGVTS
Site 12T161FNQHRTSTTVGVTSG
Site 13T162NQHRTSTTVGVTSGE
Site 14S167STTVGVTSGEVSNSS
Site 15S171GVTSGEVSNSSEHES
Site 16S173TSGEVSNSSEHESDL
Site 17S174SGEVSNSSEHESDLP
Site 18S178SNSSEHESDLPPMPG
Site 19Y190MPGEAVEYHSIQLIR
Site 20S236ISVEGEVSDLAADPE
Site 21T244DLAADPETVDILEQC
Site 22T270VEAQLKKTPQGKGPL
Site 23T289FWRERNATLSALHEQ
Site 24S291RERNATLSALHEQTK
Site 25S335FKFHTEASDNVRFLS
Site 26S342SDNVRFLSTVERYFK
Site 27T343DNVRFLSTVERYFKN
Site 28Y347FLSTVERYFKNITHG
Site 29S418LFKENRASAQSKTLE
Site 30S421ENRASAQSKTLEARN
Site 31T429KTLEARNTLRLWKKA
Site 32Y437LRLWKKAYFDTRAKI
Site 33S447TRAKIEASGREDRWE
Site 34T464RKRLFERTDYMATIC
Site 35Y466RLFERTDYMATICQD
Site 36T469ERTDYMATICQDLSD
Site 37T520VTPMENLTFDPFSIK
Site 38S525NLTFDPFSIKSSQFW
Site 39Y534KSSQFWKYVMDEFKI
Site 40Y562NLENPPLYKNHPPVA
Site 41S598EVQEILDSDRGQEVK
Site 42Y608GQEVKQKYLEVGRTM
Site 43T614KYLEVGRTMKEYEDR
Site 44Y618VGRTMKEYEDRKYEQ
Site 45Y623KEYEDRKYEQWMEVT
Site 46T630YEQWMEVTEQVLPAL
Site 47S646KKSLLTKSSIATEEP
Site 48S647KSLLTKSSIATEEPS
Site 49T650LTKSSIATEEPSTLE
Site 50T655IATEEPSTLERGAVF
Site 51Y679EIINETKYLEQLGFT
Site 52T705EDKFLRYTAGIQRML
Site 53S727GTLNDAESVLLKDHS
Site 54S743ELLRVFRSGYKRLNW
Site 55Y745LRVFRSGYKRLNWNS
Site 56Y758NSLGIGDYITGCKQA
Site 57S771QAIGKFESLVHQIHK
Site 58S784HKNADDISSRLTLIE
Site 59Y798EAINLFKYPAAKSEE
Site 60S803FKYPAAKSEEELPGV
Site 61S823HIERERASDVDHMVR
Site 62S859GKAPKLASYYKYWEK
Site 63Y860KAPKLASYYKYWEKK
Site 64Y863KLASYYKYWEKKIYE
Site 65Y869KYWEKKIYEVLTKLI
Site 66S885KNLQSFNSLILGNVP
Site 67T911EIILHPNTNEIDKMC
Site 68Y989ILINLMKYLQKWKRY
Site 69Y996YLQKWKRYRPLWKLD
Site 70Y1021KKPPCVAYDEKLQFY
Site 71Y1033QFYSKIAYEVMRHPL
Site 72T1057QLRHLANTVQENAKS
Site 73S1064TVQENAKSWVISLGK
Site 74S1068NAKSWVISLGKLLNE
Site 75S1076LGKLLNESAKEELYN
Site 76Y1082ESAKEELYNLHEEME
Site 77T1101NLRKIPNTLEDLKFV
Site 78S1119IAEIRSKSLVMELRY
Site 79Y1126SLVMELRYRDVQERY
Site 80Y1139RYRTMAMYNLFPPDA
Site 81S1159DKIESIWSNLFNDSV
Site 82T1178ALGDIKRTFTELTRG
Site 83T1180GDIKRTFTELTRGEI
Site 84Y1190TRGEIMNYRVQIEEF
Site 85Y1202EEFAKRFYSEGPGSV
Site 86S1203EFAKRFYSEGPGSVG
Site 87S1208FYSEGPGSVGDDLDK
Site 88Y1223GVELLGVYERELARH
Site 89S1233ELARHEKSRQELANA
Site 90S1262LKVQKEMSGLRMIYE
Site 91Y1268MSGLRMIYELYEGLK
Site 92S1316PRPVRGLSVTYYLEA
Site 93T1318PVRGLSVTYYLEAKM
Site 94Y1320RGLSVTYYLEAKMKA
Site 95S1356KELMEKTSVFFEMTE
Site 96T1405AVKEILDTWENMKFT
Site 97Y1416MKFTVVKYCKGTQER
Site 98Y1425KGTQERGYILGSVDE
Site 99S1429ERGYILGSVDEIIQS
Site 100S1436SVDEIIQSLDDNTFN
Site 101T1441IQSLDDNTFNLQSIS
Site 102S1446DNTFNLQSISGSRFV
Site 103S1448TFNLQSISGSRFVGP
Site 104T1459FVGPFLQTVHKWEKT
Site 105T1466TVHKWEKTLSLIGEV
Site 106S1468HKWEKTLSLIGEVIE
Site 107S1498FIGGDIRSQLPEEAK
Site 108T1521FKRIMGETLKDPVIK
Site 109S1538CEAPNRLSDLQNVSE
Site 110S1553GLEKCQKSLNDYLDS
Site 111Y1557CQKSLNDYLDSKRNA
Site 112S1560SLNDYLDSKRNAFPR
Site 113S1578ISDDELLSILGSSDP
Site 114Y1596QEHMIKMYDNIASLR
Site 115S1601KMYDNIASLRFNDGD
Site 116S1609LRFNDGDSGEKLVSA
Site 117S1615DSGEKLVSAMISAEG
Site 118T1651VLNEMRRTNRLITKE
Site 119T1656RRTNRLITKEAIFRY
Site 120Y1663TKEAIFRYCEDRSRV
Site 121Y1711EKQAMKNYGRKMHRQ
Site 122T1727DELVTRITMPLSKND
Site 123S1731TRITMPLSKNDRKKY
Site 124Y1738SKNDRKKYNTVLIID
Site 125T1740NDRKKYNTVLIIDVH
Site 126Y1775WESQLRFYWDREPDE
Site 127T1789ELNIRQCTGTFGYGY
Site 128T1791NIRQCTGTFGYGYEY
Site 129Y1796TGTFGYGYEYMGLNG
Site 130Y1798TFGYGYEYMGLNGRL
Site 131Y1864NCGEGMDYRAVGKIF
Site 132T1913NALIHQLTTFQFEGQ
Site 133T1914ALIHQLTTFQFEGQE
Site 134S1923QFEGQEISLDSRMGI
Site 135Y1938FITMNPGYAGRTELP
Site 136T1942NPGYAGRTELPESVK
Site 137S1947GRTELPESVKALFRP
Site 138T1980EGFLEAKTLAKKMTV
Site 139T1986KTLAKKMTVLYKLAR
Site 140Y2000REQLSKQYHYDFGLR
Site 141S2023AGELKRGSSDLREDV
Site 142S2024GELKRGSSDLREDVV
Site 143Y2070LDCPRVRYPDFNDAV
Site 144T2108ETMLTRHTTMVVGPT
Site 145T2109TMLTRHTTMVVGPTR
Site 146T2159LYGILDPTTRDWTDG
Site 147T2160YGILDPTTRDWTDGV
Site 148T2164DPTTRDWTDGVLSNI
Site 149Y2186TDKKERKYILFDGDV
Site 150T2212MDDNRLLTLANGERI
Site 151S2238VGDLQYASPATVSRC
Site 152Y2249VSRCGMVYVDPKNLK
Site 153Y2257VDPKNLKYRPYWKKW
Site 154T2307RQAEKLKTIVPQTDL
Site 155Y2365GRMKFDEYIKRLASL
Site 156S2371EYIKRLASLSTVDTE
Site 157T2374KRLASLSTVDTEGVW
Site 158T2377ASLSTVDTEGVWANP
Site 159T2393ELPGQLPTLYDFHFD
Site 160Y2395PGQLPTLYDFHFDNK
Site 161Y2416WSKLVPEYIHAPERK
Site 162T2438TVDTTRTTWILEQMV
Site 163S2457PVIFVGESGTSKTAT
Site 164T2459IFVGESGTSKTATTQ
Site 165S2460FVGESGTSKTATTQN
Site 166T2464SGTSKTATTQNFLKN
Site 167S2473QNFLKNLSEETNIVL
Site 168T2489VNFSSRTTSMDIQRN
Site 169S2490NFSSRTTSMDIQRNL
Site 170T2508VEKRTKDTYGPPMGK
Site 171Y2509EKRTKDTYGPPMGKR
Site 172Y2532NMPRVDEYGTQQPIA
Site 173T2534PRVDEYGTQQPIALL
Site 174Y2549KLLLEKGYLYDRGKE
Site 175Y2551LLEKGYLYDRGKELN
Site 176S2561GKELNCKSIRDLGFI
Site 177S2601VPFPSEESLHLIYSS
Site 178S2607ESLHLIYSSILKGHT
Site 179S2615SILKGHTSTFHESIV
Site 180T2646IVQDLPPTPSKFHYI
Site 181Y2652PTPSKFHYIFNLRDL
Site 182T2676TNPERFQTVAQMVRV
Site 183S2698VFHDRLISETDKQLV
Site 184T2700HDRLISETDKQLVQQ
Site 185Y2746HEGEPRIYEDIQDYE
Site 186Y2752IYEDIQDYEAAKALF
Site 187S2769ILEEYNESNTKMNLV
Site 188S2811VGGSGKQSLSRLAAF
Site 189S2813GSGKQSLSRLAAFTA
Site 190S2830EVFEILLSRGYSENS
Site 191Y2833EILLSRGYSENSFRE
Site 192S2834ILLSRGYSENSFRED
Site 193S2837SRGYSENSFREDLKS
Site 194S2844SFREDLKSLYLKLGI
Site 195Y2846REDLKSLYLKLGIEN
Site 196S2888GIVPALFSEEEKESI
Site 197S2894FSEEEKESILSQIGQ
Site 198S2897EEKESILSQIGQEAL
Site 199Y2918AKESVWQYFVNKSAN
Site 200T2942PVGDTLRTWCRNFPG
Site 201Y3003VHQSVDHYSQQFLQK
Site 202S3004HQSVDHYSQQFLQKL
Site 203S3014FLQKLRRSNYVTPKN
Site 204Y3016QKLRRSNYVTPKNYL
Site 205T3018LRRSNYVTPKNYLDF
Site 206Y3022NYVTPKNYLDFINTY
Site 207T3028NYLDFINTYSKLLDE
Site 208T3037SKLLDEKTQCNIAQC
Site 209T3127EKAEAETTLAEVMPI
Site 210S3148ELQKLDKSDVTEIRS
Site 211T3151KLDKSDVTEIRSFAK
Site 212S3155SDVTEIRSFAKPPKQ
Site 213T3183YKELNWKTAKGVMSD
Site 214S3189KTAKGVMSDPNFLRS
Site 215S3196SDPNFLRSLMEIDFD
Site 216S3204LMEIDFDSITQSQVK
Site 217T3206EIDFDSITQSQVKNI
Site 218S3208DFDSITQSQVKNIKG
Site 219T3219NIKGLLKTLNTTTEE
Site 220Y3269ARLERNFYLTKRELE
Site 221T3271LERNFYLTKRELERI
Site 222T3291AIQKELETLGAKYEA
Site 223Y3296LETLGAKYEAAILEK
Site 224S3329KLISGLGSENIRWLN
Site 225T3366LSYEGAFTWEFRDEM
Site 226S3390LEREIPLSQPFRLES
Site 227S3397SQPFRLESLLTDDVE
Site 228T3400FRLESLLTDDVEISR
Site 229S3406LTDDVEISRWGSQGL
Site 230S3410VEISRWGSQGLPPDE
Site 231S3419GLPPDELSVQNGILT
Site 232T3426SVQNGILTTRASRFP
Site 233S3459KNNLRVASFNDPDFL
Site 234Y3475QLEMSIKYGTPFLFR
Site 235T3477EMSIKYGTPFLFRDV
Site 236Y3487LFRDVDEYIDPVIDN
Site 237S3503LEKNIKVSQGRQFII
Site 238Y3518LGDKEVDYDSNFRLY
Site 239S3520DKEVDYDSNFRLYLN
Site 240Y3525YDSNFRLYLNTKLAN
Site 241T3528NFRLYLNTKLANPRY
Site 242Y3535TKLANPRYSPSVFGK
Site 243S3536KLANPRYSPSVFGKA
Site 244S3538ANPRYSPSVFGKAMV
Site 245Y3566LLSVLVAYERRELEE
Site 246S3583EHLIQETSENKNLLK
Site 247S3595LLKDLEDSLLRELAT
Site 248S3603LLRELATSTGNMLDN
Site 249S3622HTLEETKSKATEVSE
Site 250Y3648IDRLRDGYRPAARRG
Site 251S3694LKKSLPDSILMKRLR
Site 252T3706RLRNIMDTLTFSIYN
Site 253S3728ERHKLLFSFNMTIKI
Site 254S3756FFLKGNISLEKSKRK
Site 255S3760GNISLEKSKRKKPCA
Site 256Y3806QTVWQEWYDLDSLEQ
Site 257S3810QEWYDLDSLEQFPVP
Site 258Y3820QFPVPLGYDNNITPF
Site 259Y3842CFRVDRVYRAVTDYV
Site 260T3846DRVYRAVTDYVTVTM
Site 261T3850RAVTDYVTVTMGEKY
Site 262Y3857TVTMGEKYVQPPMIS
Site 263S3872FEAIFEQSTPHSPIV
Site 264T3873EAIFEQSTPHSPIVF
Site 265T3890SPGSDPATDLMKLAE
Site 266S3951WLKDLEKSLERITKP
Site 267T3956EKSLERITKPHPDFR
Site 268T3967PDFRLWLTTDPTKGF
Site 269T3968DFRLWLTTDPTKGFP
Site 270T3987QKSLKVVTEPPNGLK
Site 271T4000LKLNMRATYFKISHE
Site 272Y4001KLNMRATYFKISHEM
Site 273Y4045GKIGWNVYYDFNESD
Site 274Y4046KIGWNVYYDFNESDF
Site 275T4065EILNTYLTKAFQQRD
Site 276S4079DPRIPWGSLKYLIGE
Site 277S4096YGGRAIDSFDRRILT
Site 278T4103SFDRRILTIYMDEYL
Site 279Y4105DRRILTIYMDEYLGD
Site 280Y4131FRNKEVDYKIPVGDE
Site 281Y4169PNAEIGYYTQAARDM
Site 282T4187LLELQPQTGESSSGI
Site 283S4190LQPQTGESSSGISRD
Site 284S4191QPQTGESSSGISRDD
Site 285S4192PQTGESSSGISRDDY
Site 286S4195GESSSGISRDDYIGQ
Site 287Y4199SGISRDDYIGQVAKE
Site 288T4226QVRKRLGTGLSPTSV
Site 289T4250NKLVVRMTKSLAELQ
Site 290T4293WRRLAPDTLKSLGNW
Site 291Y4303SLGNWMVYFLRRFSQ
Site 292Y4311FLRRFSQYMLWVTES
Site 293T4316SQYMLWVTESEPSVM
Site 294S4326EPSVMWLSGLHIPES
Site 295S4353NGWPLDRSTLFTQVT
Site 296T4354GWPLDRSTLFTQVTK
Site 297T4357LDRSTLFTQVTKFQD
Site 298T4425HRLKLQNTFRTPVYT
Site 299T4428KLQNTFRTPVYTTSM
Site 300Y4431NTFRTPVYTTSMRRN
Site 301T4432TFRTPVYTTSMRRNA
Site 302S4434RTPVYTTSMRRNAMG
 
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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