PhosphoNET

           
Protein Info 
   
Short Name:  DNAH17
Full Name:  Dynein heavy chain 17, axonemal
Alias:  Axonemal beta dynein heavy chain 17; DNAHL1; DNEL2; dynein, axonemal, heavy chain 17; FLJ40457
Type: 
Mass (Da):  511787
Number AA:  4485
UniProt ID:  Q9UFH2
International Prot ID: 
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 1S71PCLGFPQSLKSKGVY
Site 2S74GFPQSLKSKGVYFIK
Site 3Y78SLKSKGVYFIKTKSE
Site 4T82KGVYFIKTKSENINK
Site 5Y92ENINKDNYRARLLYG
Site 6Y98NYRARLLYGDISPTP
Site 7S102RLLYGDISPTPVDQL
Site 8S119VVEEVLSSLLNQSEN
Site 9S124LSSLLNQSENMAGWP
Site 10S153KNEMFVMSGKIKGKT
Site 11T160SGKIKGKTLLPIPEH
Site 12S170PIPEHLGSLDGTLES
Site 13T174HLGSLDGTLESMERI
Site 14S177SLDGTLESMERIPSS
Site 15S183ESMERIPSSLDNLLL
Site 16S184SMERIPSSLDNLLLH
Site 17S209HQIRDVLSKDSAQAL
Site 18S212RDVLSKDSAQALLDG
Site 19S262EILEKAKSCYWPALQ
Site 20Y272WPALQNVYTNVTEGL
Site 21T273PALQNVYTNVTEGLK
Site 22Y328IWATSEYYNTPARII
Site 23T351QIIEMTRTFLSPEEV
Site 24S354EMTRTFLSPEEVLKG
Site 25S411VPWEFPSSLAFSRIN
Site 26S419LAFSRINSFFQRIQT
Site 27T426SFFQRIQTIEELYKT
Site 28Y476KVFADCKYDPLDPGD
Site 29S484DPLDPGDSNFDRDYA
Site 30Y490DSNFDRDYADFEIKI
Site 31T506DLDRRLATIFCQGFD
Site 32Y563LDNAKILYDAQMAAS
Site 33S592VAGQLKWSLELQERL
Site 34S602LQERLEVSMKHLKHV
Site 35T622SGAEAKLTYQKYDEM
Site 36Y626AKLTYQKYDEMMELL
Site 37Y641RCHREKIYQQWVAGV
Site 38Y687AVLREVKYLNFQQQK
Site 39S699QQKEIPDSAESLFSE
Site 40S702EIPDSAESLFSENET
Site 41S705DSAESLFSENETFRK
Site 42T709SLFSENETFRKFVGN
Site 43T729GWYNEIKTIVKAVEF
Site 44T756KLLSAETTLFWNGEG
Site 45Y767NGEGVFQYIQEVREI
Site 46S800SQAMKDWSANPLFER
Site 47T854AELFRADTLSLPWKD
Site 48S856LFRADTLSLPWKDYV
Site 49Y865PWKDYVIYIDDMVLD
Site 50S881FDQFIRKSLSFLMDN
Site 51T911ELDEDGLTFNPTLEV
Site 52T915DGLTFNPTLEVGSDR
Site 53S920NPTLEVGSDRGFLAL
Site 54Y952LAKDRMNYKMDLEDN
Site 55T960KMDLEDNTDLIEMRE
Site 56S971EMREEVSSLVINAMK
Site 57Y983AMKEAEEYQDSFERY
Site 58S986EAEEYQDSFERYSYL
Site 59Y990YQDSFERYSYLWTDN
Site 60Y992DSFERYSYLWTDNLQ
Site 61T1019VTAEDLDTWTDDTIP
Site 62T1021AEDLDTWTDDTIPKT
Site 63T1024LDTWTDDTIPKTPPT
Site 64T1028TDDTIPKTPPTLAQF
Site 65T1031TIPKTPPTLAQFQEQ
Site 66S1041QFQEQIDSYEKLYEE
Site 67Y1042FQEQIDSYEKLYEEV
Site 68Y1046IDSYEKLYEEVSKCE
Site 69S1050EKLYEEVSKCENTKV
Site 70S1075PFKQALLSTIRRWGF
Site 71T1093RHLSNHVTNSLADLE
Site 72Y1119KPLKEGDYDGLVEVM
Site 73T1155QTIELLKTYGEEMPE
Site 74S1198PLQANEVSILRRKCQ
Site 75S1225FRREAPFSFSDPNPY
Site 76S1227REAPFSFSDPNPYKS
Site 77S1234SDPNPYKSLNKVFLL
Site 78S1249KGIMEALSKSGGLFE
Site 79Y1262FEVPVPDYKQLKACH
Site 80S1318KFAKDMRSLDKEMKT
Site 81T1325SLDKEMKTWDAFVGL
Site 82Y1389LQLNLHSYEDEVRNI
Site 83S1415KVLKALDSTWSMMEF
Site 84T1432EPHPRTGTMMLKSSE
Site 85Y1460QNLMMSKYLAHFLKE
Site 86S1470HFLKEVTSWQQKLST
Site 87S1476TSWQQKLSTADSVIS
Site 88T1477SWQQKLSTADSVISI
Site 89S1497RTWSHLESIFIGSED
Site 90T1507IGSEDIRTQLPGDSQ
Site 91S1513RTQLPGDSQRFDDIN
Site 92S1555KLEALKKSLAICEKA
Site 93T1569ALAEYLETKRLAFPR
Site 94Y1578RLAFPRFYFVSSADL
Site 95S1581FPRFYFVSSADLLDI
Site 96S1590ADLLDILSNGNDPVE
Site 97S1599GNDPVEVSRHLSKLF
Site 98S1608HLSKLFDSLCKLKFR
Site 99S1619LKFRLDASDKPLKVG
Site 100Y1636MYSKEDEYMVFDQEC
Site 101S1662RVLDRMCSTLRHEIP
Site 102T1663VLDRMCSTLRHEIPE
Site 103T1674EIPEAVVTYEEKPRE
Site 104Y1708FARLEEGYENAIKDY
Site 105Y1715YENAIKDYNKKQISQ
Site 106S1721DYNKKQISQLNVLIT
Site 107S1764AKMIVESSQAFTWQA
Site 108T1768VESSQAFTWQAQLRH
Site 109Y1799QIQYSYEYLGNTPRL
Site 110T1803SYEYLGNTPRLVITP
Site 111T1809NTPRLVITPLTDRCY
Site 112Y1816TPLTDRCYITLTQSL
Site 113T1840GPAGTGKTETTKDLG
Site 114Y1865NCSEQMDYKSCGNIY
Site 115Y1939FITMNPGYAGRAELP
Site 116Y2003LLSKQDHYDWGLRAI
Site 117S2109ELLQVRHSVFIVGNA
Site 118S2121GNAGSGKSQVLKSLN
Site 119S2126GKSQVLKSLNKTYQN
Site 120T2130VLKSLNKTYQNLKRK
Site 121T2161FGIINPVTREWKDGL
Site 122T2171WKDGLFSTIMRDLAN
Site 123T2212MDDNKVLTLASNERI
Site 124S2215NKVLTLASNERIPLN
Site 125T2238ISHLRTATPATVSRA
Site 126S2272IERRKVQSEKANLMI
Site 127T2287LFDKYLPTCLDKLRF
Site 128T2323ECLLTEKTVPPDSPR
Site 129S2328EKTVPPDSPRELYEL
Site 130Y2333PDSPRELYELYFVFT
Site 131Y2357FQDQLVDYRVEFSKW
Site 132Y2383SQGTIFDYYIDPDTK
Site 133Y2384QGTIFDYYIDPDTKK
Site 134T2396TKKFLPWTDKVPSFE
Site 135S2401PWTDKVPSFELDPDV
Site 136S2413PDVPLQASLVHTTET
Site 137T2417LQASLVHTTETIRIR
Site 138S2448GNAGTGKSVLMGDKL
Site 139S2457LMGDKLESLNTDNYL
Site 140T2460DKLESLNTDNYLVQA
Site 141Y2463ESLNTDNYLVQAVPF
Site 142S2491EKPLEKKSGRNYGPP
Site 143Y2495EKKSGRNYGPPGTKK
Site 144Y2505PGTKKLVYFIDDMNM
Site 145Y2518NMPEVDKYGTVAPHT
Site 146T2520PEVDKYGTVAPHTLI
Site 147T2525YGTVAPHTLIRQHMD
Site 148S2562CMNPTSGSFTIDSRL
Site 149T2564NPTSGSFTIDSRLQR
Site 150S2567SGSFTIDSRLQRHFC
Site 151S2602TQHLAFRSVSMAIQR
Site 152T2674VRLWLHETERVYGDK
Site 153Y2678LHETERVYGDKMVDE
Site 154T2690VDEKDQETLHRVTMA
Site 155T2695QETLHRVTMASTKKF
Site 156S2698LHRVTMASTKKFFDD
Site 157Y2730QGIGDPKYVPVTDMA
Site 158T2734DPKYVPVTDMAPLNK
Site 159S2778RINRILESPRGNALL
Site 160S2795VGGSGKQSLSRLAAY
Site 161S2797GSGKQSLSRLAAYIS
Site 162Y2817QITLKKGYGIPDLKI
Site 163S2847SVFLMTDSQVAEEQF
Site 164S2881DEVENIISSMRPQVK
Site 165S2882EVENIISSMRPQVKS
Site 166S2889SMRPQVKSLGMNDTR
Site 167S2955EDALVSVSARFLEET
Site 168T2962SARFLEETEGIPWEV
Site 169T2982FFMSYVHTTVNEMSR
Site 170Y2991VNEMSRVYLATERRY
Site 171T2994MSRVYLATERRYNYT
Site 172Y2998YLATERRYNYTTPKT
Site 173Y3000ATERRYNYTTPKTFL
Site 174T3001TERRYNYTTPKTFLE
Site 175T3002ERRYNYTTPKTFLEQ
Site 176T3005YNYTTPKTFLEQIKL
Site 177Y3013FLEQIKLYQNLLAKK
Site 178S3040NGLMKLQSTASQVDD
Site 179S3043MKLQSTASQVDDLKA
Site 180T3128AAQEALDTLNKNNLT
Site 181T3135TLNKNNLTELKSFGS
Site 182S3139NNLTELKSFGSPPDA
Site 183S3142TELKSFGSPPDAVVN
Site 184S3169GKIPKDKSWKAAKIM
Site 185S3186KVDTFLDSLKKFDKE
Site 186T3211KPYQGNPTFDPEFIR
Site 187S3219FDPEFIRSKSTAAAG
Site 188Y3241IVRFYEVYCDVAPKR
Site 189S3280AELNANLSNLTSAFE
Site 190S3284ANLSNLTSAFEKATA
Site 191S3319RLVGGLASENIRWAE
Site 192S3327ENIRWAESVENFRSQ
Site 193S3333ESVENFRSQGVTLCG
Site 194Y3354AFVSYVGYFTKKYRN
Site 195Y3359VGYFTKKYRNELMEK
Site 196S3389TNGLDPLSLLTDDAD
Site 197T3399TDDADVATWNNQGLP
Site 198S3407WNNQGLPSDRMSTEN
Site 199S3411GLPSDRMSTENATIL
Site 200T3412LPSDRMSTENATILG
Site 201S3455AIRLGQKSYLDVIEQ
Site 202Y3456IRLGQKSYLDVIEQA
Site 203T3491DPLLGRNTIKKGKYI
Site 204Y3497NTIKKGKYIKIGDKE
Site 205Y3507IGDKEVEYHPKFRLI
Site 206Y3519RLILHTKYFNPHYKP
Site 207Y3524TKYFNPHYKPEMQAQ
Site 208T3568EQLKANLTKSQNEFK
Site 209S3570LKANLTKSQNEFKIV
Site 210S3590DSLLARLSAASGNFL
Site 211T3600SGNFLGDTALVENLE
Site 212T3608ALVENLETTKHTASE
Site 213T3612NLETTKHTASEIEEK
Site 214S3614ETTKHTASEIEEKVV
Site 215T3626KVVEAKITEVKINEA
Site 216Y3637INEARENYRPAAERA
Site 217T3680EKAIQRTTPANEVKQ
Site 218T3693KQRVINLTDEITYSV
Site 219Y3701DEITYSVYMYTARGL
Site 220S3726QVTFQVLSMKKELNP
Site 221S3767WGGIKALSEMDEFKN
Site 222S3777DEFKNLDSDIEGSAK
Site 223S3782LDSDIEGSAKRWKKL
Site 224S3792RWKKLVESEAPEKEI
Site 225Y3826LRPDRMTYAIKNFVE
Site 226S3838FVEEKMGSKFVEGRS
Site 227S3845SKFVEGRSVEFSKSY
Site 228S3849EGRSVEFSKSYEESS
Site 229S3851RSVEFSKSYEESSPS
Site 230Y3852SVEFSKSYEESSPST
Site 231S3855FSKSYEESSPSTSIF
Site 232S3856SKSYEESSPSTSIFF
Site 233S3858SYEESSPSTSIFFIL
Site 234T3859YEESSPSTSIFFILS
Site 235S3860EESSPSTSIFFILSP
Site 236S3895NGKLHNVSLGQGQEV
Site 237T3940LVARWLGTLDKKLER
Site 238Y3948LDKKLERYSTGSHED
Site 239S3949DKKLERYSTGSHEDY
Site 240T3950KKLERYSTGSHEDYR
Site 241S3952LERYSTGSHEDYRVF
Site 242Y3956STGSHEDYRVFISAE
Site 243S3961EDYRVFISAEPAPSP
Site 244S3967ISAEPAPSPETHIIP
Site 245T3970EPAPSPETHIIPQGI
Site 246T3985LENAIKITNEPPTGM
Site 247T4007LDLFTQDTLEMCTKE
Site 248Y4046AQGWNRSYPFNNGDL
Site 249Y4063SINVLYNYLEANPKV
Site 250Y4077VPWDDLRYLFGEIMY
Site 251T4099WDRRLCRTYLAEYIR
Site 252Y4100DRRLCRTYLAEYIRT
Site 253Y4104CRTYLAEYIRTEMLE
Site 254T4107YLAEYIRTEMLEGDV
Site 255Y4128QIPPNLDYKGYHEYI
Site 256Y4131PNLDYKGYHEYIDEN
Site 257S4143DENLPPESPYLYGLH
Site 258Y4145NLPPESPYLYGLHPN
Site 259Y4147PPESPYLYGLHPNAE
Site 260T4168TSEKLFRTVLEMQPK
Site 261S4179MQPKETDSGAGTGVS
Site 262T4183ETDSGAGTGVSREEK
Site 263S4186SGAGTGVSREEKAGS
Site 264S4193SREEKAGSLKLLPSE
Site 265S4199GSLKLLPSERKGEDL
Site 266Y4250KAAEKTPYVVVAFQE
Site 267T4265CERMNILTNEMRRSL
Site 268S4271LTNEMRRSLKELNLG
Site 269T4284LGLKGELTITTDVED
Site 270T4286LKGELTITTDVEDLS
Site 271S4293TTDVEDLSTALFYDT
Site 272T4335RELEAWTTDFALPTT
Site 273S4376PLDKMCLSVEVTKKN
Site 274T4380MCLSVEVTKKNREDM
Site 275T4388KKNREDMTAPPREGS
Site 276S4395TAPPREGSYVYGLFM
Site 277Y4396APPREGSYVYGLFME
Site 278T4409MEGARWDTQTGVIAE
Site 279T4411GARWDTQTGVIAEAR
Site 280T4441IPVDRMETKNIYECP
Site 281Y4445RMETKNIYECPVYKT
Site 282Y4450NIYECPVYKTRIRGP
Site 283T4458KTRIRGPTYVWTFNL
Site 284Y4459TRIRGPTYVWTFNLK
Site 285T4462RGPTYVWTFNLKTKE
 
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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