PhosphoNET

           
Protein Info 
   
Short Name:  DNAH3
Full Name:  Dynein heavy chain 3, axonemal
Alias:  Axonemal heavy chain dynein type 3; DKFZp434N074; DLP3; Dnahc3b; Dynein heavy chain 3, axonemal: Axonemal beta dynein heavy chain 3: Ciliary dynein heavy chain 3: Dnahc3-b: Dynein heavy chain 3, axonemal: Axonemal beta dynein heavy chain 3: Ciliary dynein heavy chain 3: Dnahc3-b: Dynein heavy chain 3, axonemal: Axonemal beta dynein heavy chain 3: Ciliary dynein heavy chain 3: Dnahc3-b; Dynein, axonemal, heavy chain 3; Hsadhc3
Type:  Motor protein
Mass (Da):  470771
Number AA:  4116
UniProt ID:  Q8TD57
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005858  GO:0035085  GO:0005874 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0003777 PhosphoSite+ KinaseNET
Biological Process:  GO:0001539  GO:0007018   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 1T10ATGRLELTLAAPPHP
Site 2S24PGPAFQRSKARETQG
Site 3T29QRSKARETQGEEEGS
Site 4S36TQGEEEGSEMQIAKS
Site 5S43SEMQIAKSDSIHHMS
Site 6S52SIHHMSHSQGQPELP
Site 7S64ELPPLPASANEEPSG
Site 8Y73NEEPSGLYQTVMSHS
Site 9T75EPSGLYQTVMSHSFY
Site 10Y82TVMSHSFYPPLMQRT
Site 11S90PPLMQRTSWTLAAPF
Site 12S107QHHHRGPSDSIANNY
Site 13S109HHRGPSDSIANNYSL
Site 14S115DSIANNYSLMAQDLK
Site 15T134LKVYQPATISVPRDR
Site 16S136VYQPATISVPRDRTG
Site 17T142ISVPRDRTGQGLPSS
Site 18S148RTGQGLPSSGNRSSS
Site 19S149TGQGLPSSGNRSSSE
Site 20S153LPSSGNRSSSEPMRK
Site 21S154PSSGNRSSSEPMRKK
Site 22S155SSGNRSSSEPMRKKT
Site 23T162SEPMRKKTKFSSRNK
Site 24S165MRKKTKFSSRNKEDS
Site 25S166RKKTKFSSRNKEDST
Site 26S172SSRNKEDSTRIKLAF
Site 27T173SRNKEDSTRIKLAFK
Site 28T181RIKLAFKTSIFSPMK
Site 29S185AFKTSIFSPMKKEVK
Site 30T193PMKKEVKTSLTFPGS
Site 31S194MKKEVKTSLTFPGSR
Site 32T196KEVKTSLTFPGSRPM
Site 33S200TSLTFPGSRPMSPEQ
Site 34S204FPGSRPMSPEQQLDV
Site 35S227ESKEKKPSESDLERY
Site 36S229KEKKPSESDLERYYY
Site 37Y234SESDLERYYYYLTNG
Site 38Y235ESDLERYYYYLTNGI
Site 39Y236SDLERYYYYLTNGIR
Site 40Y237DLERYYYYLTNGIRK
Site 41Y287VQEKENDYYCSLMKS
Site 42Y288QEKENDYYCSLMKSI
Site 43S313RKRLFIESIPRLFPQ
Site 44S331RAPVPWHSVYRSAKK
Site 45Y333PVPWHSVYRSAKKWN
Site 46Y428HFAPKSNYDSSRNIE
Site 47S430APKSNYDSSRNIEEY
Site 48S431PKSNYDSSRNIEEYF
Site 49Y437SSRNIEEYFASVASF
Site 50S462KSLEDLVSLFMIHKD
Site 51Y477GNDFKEPYQEMKFFI
Site 52Y531NGIPKLKYIPLKFSF
Site 53T577GYNLLLGTVNAEEKL
Site 54S586NAEEKLVSDFLIQTF
Site 55Y606NQVGPCKYLNVYKKY
Site 56Y613YLNVYKKYVDLLDNT
Site 57S654KRRNEIASMNITVPL
Site 58T697QVDVNRDTNTSICNQ
Site 59S713SHIADKVSEVPANTK
Site 60S724ANTKELVSLIEFLKK
Site 61T736LKKSSAVTVFKLRRQ
Site 62S748RRQLRDASERLEFLM
Site 63Y757RLEFLMDYADLPYQI
Site 64Y762MDYADLPYQIEDIFD
Site 65S771IEDIFDNSRNLLLHK
Site 66S791MDLIKRCSEFELRLE
Site 67Y800FELRLEGYHRELESF
Site 68S806GYHRELESFRKREVM
Site 69T815RKREVMTTEEMKHNV
Site 70S854ELLEKEKSTYPLLQA
Site 71Y856LEKEKSTYPLLQAML
Site 72T875PYEQLWSTAYEFSIK
Site 73Y877EQLWSTAYEFSIKSE
Site 74Y911GNMWRTTYKLIKTLS
Site 75T916TTYKLIKTLSDVPAP
Site 76S918YKLIKTLSDVPAPRR
Site 77Y940KIDKFKQYIPILSIS
Site 78Y966QISEIVGYEIKPTET
Site 79T971VGYEIKPTETTCLSN
Site 80T973YEIKPTETTCLSNML
Site 81S999EPIGAAASKEYSLEK
Site 82S1003AAASKEYSLEKNLDR
Site 83Y1025VTFSFVKYRDTDTNI
Site 84T1028SFVKYRDTDTNILCA
Site 85T1030VKYRDTDTNILCAID
Site 86T1050LDDHVIKTQTMCGSP
Site 87S1056KTQTMCGSPFIKPIE
Site 88S1118RKFGIVDSYWKSLMS
Site 89Y1119KFGIVDSYWKSLMSQ
Site 90S1122IVDSYWKSLMSQAVK
Site 91S1125SYWKSLMSQAVKDNR
Site 92Y1163IQKGLNDYLEKKRLF
Site 93S1187DELLEILSETKDPLR
Site 94T1227MISSEKETVPFIQKI
Site 95T1306SQALAENTLLDFLKK
Site 96S1314LLDFLKKSNDQIAQI
Site 97S1355RDVVAKLSEDRVSDL
Site 98S1360KLSEDRVSDLNDFQW
Site 99Y1373QWISQLRYYWVAKDV
Site 100Y1374WISQLRYYWVAKDVQ
Site 101Y1393TTEALYGYEYLGNSP
Site 102Y1395EALYGYEYLGNSPRL
Site 103S1399GYEYLGNSPRLVITP
Site 104T1405NSPRLVITPLTDRCY
Site 105Y1412TPLTDRCYRTLMGAL
Site 106Y1461NCSDGLDYKAMGKFF
Site 107Y1535FITMNPGYAGRAELP
Site 108Y1559VAMMVPDYALIGEIS
Site 109S1575YSMGFLDSRSLAQKI
Site 110Y1586AQKIVATYRLCSEQL
Site 111S1590VATYRLCSEQLSSQH
Site 112S1594RLCSEQLSSQHHYDY
Site 113S1595LCSEQLSSQHHYDYG
Site 114Y1599QLSSQHHYDYGMRAV
Site 115Y1601SSQHHYDYGMRAVKS
Site 116Y1620AGNLKLKYPEENESV
Site 117S1626KYPEENESVLLLRAL
Site 118S1718DPMGGKTSAYKVLAA
Site 119Y1743MEEFAVEYKIINPKA
Site 120S1782AFREQASSLSDDRKW
Site 121S1784REQASSLSDDRKWII
Site 122S1841PADLEQASPATVSRC
Site 123Y1852VSRCGMIYMEPHQLG
Site 124S1866GWKPLKDSYMDTLPS
Site 125Y1867WKPLKDSYMDTLPSS
Site 126T1870LKDSYMDTLPSSLTK
Site 127S1874YMDTLPSSLTKEHKE
Site 128S1922FSMMRLYSSLLDEIR
Site 129S1923SMMRLYSSLLDEIRA
Site 130S1971AGTINADSRKKFDVF
Site 131S1995DNHPRPKSVKLTKNN
Site 132T1999RPKSVKLTKNNIFPE
Site 133Y2011FPERGSIYDFYFIKQ
Site 134Y2014RGSIYDFYFIKQASG
Site 135Y2029HWETWTQYITKEEEK
Site 136S2057TMETARQSFFLKTYL
Site 137T2062RQSFFLKTYLDHEIP
Site 138Y2063QSFFLKTYLDHEIPM
Site 139S2081GPTGTGKSAITNNFL
Site 140Y2096LHLPKNTYLPNCINF
Site 141S2104LPNCINFSARTSANQ
Site 142S2108INFSARTSANQTQDI
Site 143T2112ARTSANQTQDIIMSK
Site 144T2200GGGRNDITGRFTRHL
Site 145T2204NDITGRFTRHLNIIS
Site 146T2265AVENFLPTPSKSHYV
Site 147S2267ENFLPTPSKSHYVFN
Site 148S2269FLPTPSKSHYVFNLR
Site 149Y2271PTPSKSHYVFNLRDF
Site 150T2291GVLLCPHTHLQDVEK
Site 151Y2312HEVYRVFYDRLIDKE
Site 152Y2366RSLFFGDYFKPESDQ
Site 153S2371GDYFKPESDQKIYDE
Site 154Y2376PESDQKIYDEITDLK
Site 155T2380QKIYDEITDLKQLTV
Site 156S2442IGGSGRQSAAKLSTF
Site 157T2448QSAAKLSTFMNAYEL
Site 158T2532DIVEKMQTAARTQGE
Site 159T2544QGEKVEVTPLSMYNF
Site 160Y2627EVVSMCKYFQESVKK
Site 161S2631MCKYFQESVKKLSLD
Site 162S2636QESVKKLSLDYYNKL
Site 163Y2639VKKLSLDYYNKLRRH
Site 164Y2640KKLSLDYYNKLRRHN
Site 165Y2648NKLRRHNYVTPTSYL
Site 166T2650LRRHNYVTPTSYLEL
Site 167T2663ELILTFKTLLNSKRQ
Site 168S2667TFKTLLNSKRQEVAM
Site 169Y2679VAMMRNRYLTGLQKL
Site 170T2681MMRNRYLTGLQKLDF
Site 171S2691QKLDFAASQVAVMQR
Site 172S2783TLNPADISLVKSMQN
Site 173S2787ADISLVKSMQNPPGP
Site 174S2817PERKPDPSGSGKMIE
Site 175Y2826SGKMIEDYWGVSKKI
Site 176S2842GDLKFLESLKTYDKD
Site 177T2845KFLESLKTYDKDNIP
Site 178Y2846FLESLKTYDKDNIPP
Site 179T2855KDNIPPLTMKRIRER
Site 180T2948DDFEEMNTKKKDLEE
Site 181T2982GGEKDRWTEAARQLG
Site 182T2993RQLGIRYTNLTGDVL
Site 183Y3016LGAFTVDYRVQCQNQ
Site 184S3037DKVIPGFSDFSLSHT
Site 185S3040IPGFSDFSLSHTLGD
Site 186S3042GFSDFSLSHTLGDPI
Site 187T3044SDFSLSHTLGDPIKI
Site 188S3073IDNGIIVSNSRRWAL
Site 189S3107KLAVIKFSDSNYMRM
Site 190Y3111IKFSDSNYMRMLENA
Site 191T3146EPILLKATFKQQGVE
Site 192Y3154FKQQGVEYMRLGENI
Site 193Y3164LGENIIEYSRDFKLY
Site 194Y3171YSRDFKLYITTRLRN
Site 195T3173RDFKLYITTRLRNPH
Site 196T3174DFKLYITTRLRNPHY
Site 197Y3181TRLRNPHYLPEVAVK
Site 198S3228KNQLIVESAKNKKHL
Site 199T3258GNILEDETAIKVLSS
Site 200S3264ETAIKVLSSSKVLSE
Site 201S3265TAIKVLSSSKVLSEE
Site 202S3270LSSSKVLSEEISEKQ
Site 203S3274KVLSEEISEKQKVAS
Site 204T3285KVASMTETQIDETRM
Site 205Y3294IDETRMGYKPVAVHS
Site 206S3332FINLYMHSLTHSTKS
Site 207T3334NLYMHSLTHSTKSEE
Site 208S3336YMHSLTHSTKSEELN
Site 209S3339SLTHSTKSEELNLRI
Site 210Y3358DHFTLSIYNNVCRSL
Site 211Y3407GIALDNPYPNPAPQW
Site 212Y3450LGEWKLIYDSAWPHE
Site 213S3463HEEQLPGSWKFSQGL
Site 214S3467LPGSWKFSQGLEKMV
Site 215Y3500AEHMGKLYIEAPTFD
Site 216T3505KLYIEAPTFDLQGSY
Site 217S3511PTFDLQGSYNDSSCC
Site 218Y3512TFDLQGSYNDSSCCA
Site 219S3515LQGSYNDSSCCAPLI
Site 220T3549LGMGGTRTQTISLGQ
Site 221T3551MGGTRTQTISLGQGQ
Site 222S3553GTRTQTISLGQGQGP
Site 223T3574NNAIKDGTWVVLQNC
Site 224S3603EEVIVPESTNARFRL
Site 225T3613ARFRLWLTSYPSEKF
Site 226S3614RFRLWLTSYPSEKFP
Site 227Y3615FRLWLTSYPSEKFPV
Site 228S3623PSEKFPVSILQNGIK
Site 229T3632LQNGIKMTNEPPKGL
Site 230S3646LRANLLRSYLNDPIS
Site 231Y3647RANLLRSYLNDPISD
Site 232S3653SYLNDPISDPVFFQS
Site 233Y3696PLGWNIPYEFNESDL
Site 234S3701IPYEFNESDLRISMW
Site 235Y3717IQMFLNDYKEVPFDA
Site 236T3726EVPFDALTYLTGECN
Site 237T3739CNYGGRVTDDKDRRL
Site 238Y3763CKEIEEDYYSLAPGD
Site 239Y3764KEIEEDYYSLAPGDT
Site 240S3765EIEEDYYSLAPGDTY
Site 241T3771YSLAPGDTYYIPPHG
Site 242Y3772SLAPGDTYYIPPHGS
Site 243Y3773LAPGDTYYIPPHGSY
Site 244Y3780YIPPHGSYQSYIDYL
Site 245S3782PPHGSYQSYIDYLRN
Site 246Y3783PHGSYQSYIDYLRNL
Site 247Y3786SYQSYIDYLRNLPIT
Site 248T3808LHENADITKDNQETN
Site 249S3829LLTLPRQSGGSGKSP
Site 250S3832LPRQSGGSGKSPQEV
Site 251S3835QSGGSGKSPQEVVEE
Site 252S3849ELAQDILSKLPRDFD
Site 253Y3864LEEVMKLYPVVYEES
Site 254Y3868MKLYPVVYEESMNTV
Site 255T3874VYEESMNTVLRQELI
Site 256T3887LIRFNRLTKVVRRSL
Site 257S3909KGQVLMSSELEEVFN
Site 258S3931PAMWAAKSYPSLKPL
Site 259Y3932AMWAAKSYPSLKPLG
Site 260S3934WAAKSYPSLKPLGGY
Site 261Y3941SLKPLGGYVADLLAR
Site 262S3980QSFLTGVSQNYARKY
Site 263Y3983LTGVSQNYARKYTIP
Site 264Y3987SQNYARKYTIPIDHI
Site 265T3988QNYARKYTIPIDHIG
Site 266T4001IGFEFEVTPQETVME
Site 267Y4016NNPEDGAYIKGLFLE
Site 268T4031GARWDRKTMQIGESL
Site 269S4037KTMQIGESLPKILYD
Site 270Y4070DIYVCPVYKTSARRG
Site 271T4072YVCPVYKTSARRGTL
Site 272S4073VCPVYKTSARRGTLS
Site 273T4078KTSARRGTLSTTGHS
Site 274S4080SARRGTLSTTGHSTN
Site 275T4081ARRGTLSTTGHSTNY
Site 276Y4088TTGHSTNYVLSIELP
Site 277S4091HSTNYVLSIELPTDM
Site 278T4096VLSIELPTDMPQKHW
 
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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