PhosphoNET

           
Protein Info 
   
Short Name:  DNAH9
Full Name:  Dynein heavy chain 9, axonemal
Alias:  Axonemal beta dynein heavy chain 9; Ciliary dynein heavy chain 9
Type: 
Mass (Da):  511887
Number AA:  4486
UniProt ID:  Q9NYC9
International Prot ID:  IPI00302453
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005856  GO:0005858  GO:0005874 Uniprot OncoNet
Molecular Function:  GO:0000166  GO:0003774  GO:0003777 PhosphoSite+ KinaseNET
Biological Process:  GO:0000003  GO:0000902  GO:0006810 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 1T30RRLRLLGTYVAMSLR
Site 2T106KALFFLRTGPEPPGP
Site 3S115PEPPGPDSFRGAVVC
Site 4S168DVRRHAHSLQCDLSV
Site 5S192LLPLPAGSEKMEFAD
Site 6S200EKMEFADSKSETVLD
Site 7S202MEFADSKSETVLDSI
Site 8T204FADSKSETVLDSIDK
Site 9S208KSETVLDSIDKSVIY
Site 10S225ESAVIKWSYQVQVVL
Site 11S236QVVLKRESSQPLLQG
Site 12S237VVLKRESSQPLLQGE
Site 13T247LLQGENPTPKVELEF
Site 14S257VELEFWKSRYEDLKY
Site 15Y259LEFWKSRYEDLKYIY
Site 16Y264SRYEDLKYIYNQLRT
Site 17T273YNQLRTITVRGMAKL
Site 18S286KLLDKLQSSYFPAFK
Site 19Y288LDKLQSSYFPAFKAM
Site 20S351LIWATCKSYRSPGRL
Site 21Y352IWATCKSYRSPGRLT
Site 22S354ATCKSYRSPGRLTVL
Site 23S374NLLIQQASNYLSPED
Site 24Y376LIQQASNYLSPEDLL
Site 25S378QQASNYLSPEDLLRS
Site 26S385SPEDLLRSEVEESQR
Site 27S390LRSEVEESQRKLQVV
Site 28S398QRKLQVVSDTLSFFK
Site 29T400KLQVVSDTLSFFKQE
Site 30S402QVVSDTLSFFKQEFQ
Site 31T417DRRENLHTYFKENQE
Site 32Y418RRENLHTYFKENQEV
Site 33S433KEWDFQSSLVFVRLD
Site 34S476GVRGNALSQQVQQMH
Site 35Y490HEEFQEMYRLLSGSS
Site 36S494QEMYRLLSGSSSDCL
Site 37S498RLLSGSSSDCLYLQS
Site 38Y502GSSSDCLYLQSTDFE
Site 39S513TDFENDVSEFNQKVE
Site 40T528DLDRRLGTIFIQAFD
Site 41T563RPLVARDTSDKYLVL
Site 42Y567ARDTSDKYLVLIQMF
Site 43Y585LDAVRMIYSQHVQEE
Site 44S586DAVRMIYSQHVQEEA
Site 45S598EEAELGFSPVHKNMP
Site 46T606PVHKNMPTVAGGLRW
Site 47S626QRIQGPFSNFGRITH
Site 48Y648GKRMQQKYEDMLSLL
Site 49S653QKYEDMLSLLEKYET
Site 50Y658MLSLLEKYETRLYED
Site 51T660SLLEKYETRLYEDWC
Site 52Y663EKYETRLYEDWCRTV
Site 53T669LYEDWCRTVSEKSQY
Site 54S671EDWCRTVSEKSQYNL
Site 55S674CRTVSEKSQYNLSQP
Site 56Y676TVSEKSQYNLSQPLL
Site 57S679EKSQYNLSQPLLKRD
Site 58T689LLKRDPETKEITINF
Site 59S702NFNPQLISVLKEMSY
Site 60S708ISVLKEMSYLEPREM
Site 61Y709SVLKEMSYLEPREMK
Site 62S727ETAAAMFSSRDFYRQ
Site 63Y732MFSSRDFYRQLVANL
Site 64Y746LELMANWYNKVMKTL
Site 65T778RLRAAEETLNWKTEG
Site 66Y789KTEGICDYVTEITSS
Site 67T791EGICDYVTEITSSIH
Site 68S796YVTEITSSIHDLEQR
Site 69T823NIMKTWVTPIFKTKD
Site 70S835TKDGKRESLLSLDDR
Site 71S838GKRESLLSLDDRHDR
Site 72Y849RHDRMEKYYNLIKES
Site 73Y850HDRMEKYYNLIKESG
Site 74S872QENLGLFSADPTSNI
Site 75T876GLFSADPTSNIWKTY
Site 76Y883TSNIWKTYVNSIDNL
Site 77S936PELVFYPSLESGVKG
Site 78S967PSLVPRLSPQNGSPH
Site 79S972RLSPQNGSPHYQVDL
Site 80Y975PQNGSPHYQVDLDGI
Site 81T991DLANMRRTLMERVQR
Site 82Y1015STFSQYSYLYVEDRK
Site 83Y1017FSQYSYLYVEDRKEV
Site 84T1036LLYGHILTPEEIEDH
Site 85S1056PENPPLLSQFKVQID
Site 86S1064QFKVQIDSYETLYEE
Site 87Y1065FKVQIDSYETLYEEV
Site 88Y1069IDSYETLYEEVCRLE
Site 89S1095DIRPFKASLLNIIKR
Site 90T1116QHLVDHVTHSLANLD
Site 91S1129LDAFIKKSESGLLKK
Site 92S1160MAVKERQSNTDEMFE
Site 93T1178QTIELLKTYEQELPE
Site 94T1186YEQELPETVFKQLEE
Site 95T1228TLLRQRCTAFDAEQQ
Site 96S1251EAPFRFDSIHPHQML
Site 97S1270IEIQQMESTMASISE
Site 98S1274QMESTMASISESASL
Site 99S1276ESTMASISESASLFE
Site 100Y1289FEVNVPDYKQLRQCR
Site 101T1308QLKELWDTIGMVTSS
Site 102S1396LMQATGVSFTMDQDT
Site 103T1403SFTMDQDTTLAHLLQ
Site 104Y1416LQLQLHHYEDEVRGI
Site 105T1443TLKELQTTWAGMEFQ
Site 106T1457QYEPHPRTNVPLLCS
Site 107S1503SGWQKKLSTVDAVIS
Site 108T1520FEVQRTWTHLESIFT
Site 109S1524RTWTHLESIFTGSED
Site 110T1527THLESIFTGSEDIRA
Site 111S1540RAQLPQDSKRFEGID
Site 112Y1573TTNKPGLYEKLEDIQ
Site 113T1596ALAEYLDTKRLAFPR
Site 114S1617SDLLDILSNGTAPQQ
Site 115S1630QQVQRHLSKLFDNMA
Site 116S1646MRFQLDASGEPTKTS
Site 117T1650LDASGEPTKTSLGMY
Site 118T1652ASGEPTKTSLGMYSK
Site 119S1653SGEPTKTSLGMYSKE
Site 120Y1657TKTSLGMYSKEEEYV
Site 121S1658KTSLGMYSKEEEYVA
Site 122Y1663MYSKEEEYVAFSEPC
Site 123S1667EEEYVAFSEPCDCSG
Site 124T1690VLGHMKATVRHEMTE
Site 125Y1742FARLEEGYESAMKDY
Site 126S1744RLEEGYESAMKDYYK
Site 127Y1749YESAMKDYYKKQVAQ
Site 128Y1750ESAMKDYYKKQVAQL
Site 129T1759KQVAQLKTLITMLIG
Site 130S1769TMLIGQLSKGDRQKI
Site 131Y1832ICDAQFLYSYEYLGN
Site 132Y1834DAQFLYSYEYLGNTP
Site 133Y1836QFLYSYEYLGNTPRL
Site 134T1840SYEYLGNTPRLVITP
Site 135T1846NTPRLVITPLTDRCY
Site 136Y1853TPLTDRCYITLTQSL
Site 137S1865QSLHLTMSGAPAGPA
Site 138Y1902NCSEQMDYKSCGNIY
Site 139S1954RDKKQWFSFLGEEIS
Site 140Y1976FITMNPGYAGRTELP
Site 141S1988ELPENLKSLFRPCAM
Site 142S2018EGFIEAQSLARKFIT
Site 143Y2040LLSKQDHYDWGLRAI
Site 144S2073EDQVLMRSLRDFNIP
Site 145S2146ELLAVRHSVFVVGGA
Site 146T2155FVVGGAGTGKSQVLR
Site 147S2158GGAGTGKSQVLRSLH
Site 148S2163GKSQVLRSLHKTYQI
Site 149T2167VLRSLHKTYQIMKRR
Site 150T2178MKRRPVWTDLNPKAV
Site 151T2198FGIINPATGEWKDGL
Site 152S2208WKDGLFSSIMRELAN
Site 153T2249MDDNKVLTLASNERI
Site 154S2252NKVLTLASNERIPLN
Site 155T2275ISHLRTATPATVSRA
Site 156S2299LGWNPPVSSWIEKRE
Site 157S2300GWNPPVSSWIEKREI
Site 158T2328YLPTCLDTLRTRFKK
Site 159Y2370ADCPKEIYEHYFVFA
Site 160Y2394VQDQLVDYRAEFSKW
Site 161S2413FKTVKFPSQGTIFDY
Site 162Y2420SQGTIFDYYIDPETK
Site 163Y2421QGTIFDYYIDPETKK
Site 164S2433TKKFEPWSKLVPQFE
Site 165Y2532EKKAGRNYGPPGNKK
Site 166Y2542PGNKKLIYFIDDMNM
Site 167Y2555NMPEVDAYGTVQPHT
Site 168T2557PEVDAYGTVQPHTII
Site 169T2562YGTVQPHTIIRQHLD
Site 170Y2570IIRQHLDYGHWYDRS
Site 171Y2574HLDYGHWYDRSKLSL
Site 172Y2589KEITNVQYVSCMNPT
Site 173S2599CMNPTAGSFTINPRL
Site 174T2601NPTAGSFTINPRLQR
Site 175S2643KLGNFPASLQKSIPP
Site 176Y2675PTGIKFHYIFNLRDF
Site 177Y2707TWDLIRLYLHESNRV
Site 178S2711IRLYLHESNRVYRDK
Site 179Y2715LHESNRVYRDKMVEE
Site 180T2733DLFDKIQTEVLKKTF
Site 181T2739QTEVLKKTFDDIEDP
Site 182T2750IEDPVEQTQSPNLYC
Site 183Y2756QTQSPNLYCHFANGI
Site 184Y2768NGIGEPKYMPVQSWE
Site 185S2773PKYMPVQSWELLTQT
Site 186T2780SWELLTQTLVEALEN
Site 187S2816HINRILESPRGNALL
Site 188T2850SMDVFQITLRKGYQI
Site 189Y2855QITLRKGYQIQDFKM
Site 190Y2909SGEIPDLYSDDEVEN
Site 191S2910GEIPDLYSDDEVENI
Site 192S2919DEVENIISNVRNEVK
Site 193S2927NVRNEVKSQGLVDNR
Site 194S2966GNKLRVRSRKFPAIV
Site 195S2991WPQQALESVSLRFLQ
Site 196S2993QQALESVSLRFLQNT
Site 197T3000SLRFLQNTEGIEPTV
Site 198T3006NTEGIEPTVKQSISK
Site 199T3025VHTSVNQTSQSYLSN
Site 200S3026HTSVNQTSQSYLSNE
Site 201S3028SVNQTSQSYLSNEQR
Site 202Y3029VNQTSQSYLSNEQRY
Site 203S3031QTSQSYLSNEQRYNY
Site 204Y3038SNEQRYNYTTPKSFL
Site 205T3040EQRYNYTTPKSFLEF
Site 206S3043YNYTTPKSFLEFIRL
Site 207Y3051FLEFIRLYQSLLHRH
Site 208T3066RKELKCKTERLENGL
Site 209S3078NGLLKLHSTSAQVDD
Site 210T3173TLNKTNLTELKSFGS
Site 211S3177TNLTELKSFGSPPLA
Site 212S3180TELKSFGSPPLAVSN
Site 213S3224KVDGFLDSLINFNKE
Site 214Y3244CLKAIRPYLQDPEFN
Site 215T3257FNPEFVATKSYAAAG
Site 216T3297NKATADLTAAQEKLA
Site 217T3328TARFEKATADKLKCQ
Site 218S3357RLVGGLASENVRWAD
Site 219Y3397LGFFTKKYRQSLLDR
Site 220S3400FTKKYRQSLLDRTWR
Site 221T3405RQSLLDRTWRPYLSQ
Site 222Y3409LDRTWRPYLSQLKTP
Site 223S3411RTWRPYLSQLKTPIP
Site 224T3415PYLSQLKTPIPVTPA
Site 225T3420LKTPIPVTPALDPLR
Site 226Y3480IKWIKNKYGEDLRVT
Site 227T3487YGEDLRVTQIGQKGY
Site 228Y3545IGDKECEYNPKFRLI
Site 229T3555KFRLILHTKLANPHY
Site 230Y3562TKLANPHYQPELQAQ
Site 231S3603PDLEQLKSDLTKQQN
Site 232T3606EQLKSDLTKQQNGFK
Site 233S3622TLKTLEDSLLSRLSS
Site 234S3625TLEDSLLSRLSSASG
Site 235S3628DSLLSRLSSASGNFL
Site 236S3631LSRLSSASGNFLGET
Site 237T3664KVQEAKVTEVKINEA
Site 238Y3675INEAREHYRPAAARA
Site 239S3722ERAAPDESLRERVAN
Site 240S3780ELDFLLRSPVQTGTA
Site 241T3784LLRSPVQTGTASPVE
Site 242T3786RSPVQTGTASPVEFL
Site 243S3788PVQTGTASPVEFLSH
Site 244S3820LDRDIEGSAKSWKKF
Site 245S3823DIEGSAKSWKKFVES
Site 246S3830SWKKFVESECPEKEK
Site 247T3863AMRPDRMTYALRDFV
Site 248Y3864MRPDRMTYALRDFVE
Site 249S3876FVEEKLGSKYVVGRA
Site 250Y3878EEKLGSKYVVGRALD
Site 251S3889RALDFATSFEESGPA
Site 252S3893FATSFEESGPATPMF
Site 253S3915DPLKDVESQGRKLGY
Site 254Y3922SQGRKLGYTFNNQNF
Site 255T3970LVAKWLSTLEKKLEE
Site 256S3979EKKLEEHSENSHPEF
Site 257S3991PEFRVFMSAEPAPSP
Site 258S3997MSAEPAPSPEGHIIP
Site 259S4011PQGILENSIKITNEP
Site 260T4015LENSIKITNEPPTGM
Site 261T4037LDNFTQDTLEMCSRE
Site 262T4045LEMCSRETEFKSILF
Site 263Y4076PQGWNRSYPFNTGDL
Site 264Y4107VPYDDLRYLFGEIMY
Site 265T4129WDRRLCRTYLGEFIR
Site 266Y4130DRRLCRTYLGEFIRP
Site 267Y4158PLPGNMDYNGYHQYI
Site 268Y4164DYNGYHQYIDAELPP
Site 269S4173DAELPPESPYLYGLH
Site 270Y4175ELPPESPYLYGLHPN
Site 271Y4177PPESPYLYGLHPNAE
Site 272T4198TSEKLFRTVLELQPR
Site 273S4207LELQPRDSQARDGAG
Site 274T4233EEILERVTDEFNIPE
Site 275Y4251KVEERTPYIVVAFQE
Site 276T4266CGRMNILTREIQRSL
Site 277S4272LTREIQRSLRELELG
Site 278T4285LGLKGELTMTSHMEN
Site 279T4287LKGELTMTSHMENLQ
Site 280Y4298ENLQNALYFDMVPES
Site 281Y4311ESWARRAYPSTAGLA
Site 282S4313WARRAYPSTAGLAAW
Site 283T4314ARRAYPSTAGLAAWF
Site 284S4390KNREEFRSPPREGAY
Site 285T4424EAKLKDLTPPMPVMF
Site 286Y4446KQDCRSVYSCPVYKT
Site 287Y4451SVYSCPVYKTSQRGP
Site 288T4453YSCPVYKTSQRGPTY
Site 289S4454SCPVYKTSQRGPTYV
Site 290T4459KTSQRGPTYVWTFNL
Site 291Y4460TSQRGPTYVWTFNLK
Site 292T4463RGPTYVWTFNLKTKE
Site 293T4468VWTFNLKTKENPSKW
Site 294S4473LKTKENPSKWVLAGV
 
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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