PhosphoNET

           
Protein Info 
   
Short Name:  DNAH11
Full Name:  Dynein heavy chain 11, axonemal
Alias:  Axonemal beta dynein heavy chain 11; CILD7; Ciliary dynein heavy chain 11; DNAHBL; DNAHC11; DNHBL; DPL11; DYH11; Dynein, axonemal, heavy chain 11; Dynein, axonemal, heavy polypeptide 11; Dynein, ciliary, heavy chain 11; Dynein, heavy chain beta-like
Type:  Motor protein
Mass (Da):  521013
Number AA:  4523
UniProt ID:  Q96DT5
International Prot ID:  IPI00335711
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005858  GO:0005874   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0003777 PhosphoSite+ KinaseNET
Biological Process:  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 1T18RDFREAPTLRLTSGA
Site 2T22EAPTLRLTSGAGLEA
Site 3S52AAARRARSFAQDARV
Site 4S78GFTEEKWSQYLESED
Site 5Y80TEEKWSQYLESEDNR
Site 6S115ASGRLAASQEIPRDA
Site 7S172EILVPVLSNKNNHKS
Site 8Y190FTSQDMEYHIEVMKK
Site 9Y200EVMKKKMYIFRGKMS
Site 10S207YIFRGKMSRRTLLPI
Site 11T210RGKMSRRTLLPIPTV
Site 12S228MDLDQNCSENKPPSN
Site 13S234CSENKPPSNERIILH
Site 14S262QEIIERDSVQRLLNG
Site 15T308LKMVKILTTKQSSYF
Site 16T309KMVKILTTKQSSYFP
Site 17S312KILTTKQSSYFPTLK
Site 18T317KQSSYFPTLKDIFLA
Site 19Y338EAQDVELYLRPLRRH
Site 20T357QETEFPQTRILIAPL
Site 21Y378IWSHSKFYNTPARVI
Site 22T380SHSKFYNTPARVIVL
Site 23S404NQATAYLSPEDLLRG
Site 24S416LRGEIEESLEKVQVA
Site 25Y437FKNSFFNYRKKLASY
Site 26S443NYRKKLASYFMGRKL
Site 27Y444YRKKLASYFMGRKLR
Site 28T495ERLEFGGTKGAILNG
Site 29T522CKLFKQSTYDPSDCT
Site 30Y537NMEFESDYVAFKSKT
Site 31S542SDYVAFKSKTLEFDR
Site 32T544YVAFKSKTLEFDRRL
Site 33Y610LDVCKQLYNEHMKQI
Site 34T631LNKNMPFTSGNMKWA
Site 35S632NKNMPFTSGNMKWAQ
Site 36S650QRLQMFWSNFASLRY
Site 37Y657SNFASLRYLFLGNPD
Site 38Y669NPDHALVYQKYVEMT
Site 39Y687DQFESRIYNEWKSNV
Site 40S745KKQDIPDSALAIFKK
Site 41T755AIFKKRNTILKYIGN
Site 42Y759KRNTILKYIGNLDLL
Site 43Y782QTLLEVEYPLIEDEL
Site 44T820IERVRAATSELEHRV
Site 45S821ERVRAATSELEHRVE
Site 46T830LEHRVERTQKNVKVI
Site 47T862HRREAAFTLEDKGDL
Site 48T871EDKGDLFTKKYKLIQ
Site 49Y874GDLFTKKYKLIQGDG
Site 50S900KLFKANPSLDTWKIY
Site 51S960PEIVFKPSLDREAGD
Site 52Y970REAGDGFYDLVEEML
Site 53T992AQMNRIATHLEIKNY
Site 54Y999THLEIKNYQNDMDNM
Site 55T1033KVLDFRNTLETHAYL
Site 56Y1039NTLETHAYLWVDDRA
Site 57S1061LYGHAVSSDEMDAHA
Site 58T1078EIPEQPPTLEQFKEQ
Site 59Y1089FKEQIDIYEALYVQM
Site 60S1097EALYVQMSKFEDFRV
Site 61S1119DMKPFKVSLLTIIKK
Site 62T1122PFKVSLLTIIKKWSW
Site 63S1181VHLLAVRSRQRATDE
Site 64T1186VRSRQRATDELFEPL
Site 65T1198EPLKETITLLESYGQ
Site 66Y1203TITLLESYGQKMPEQ
Site 67T1224ELPERWETTKKIAAT
Site 68T1231TTKKIAATVRHEVSP
Site 69S1237ATVRHEVSPLHNAEV
Site 70T1245PLHNAEVTLIRKKCI
Site 71Y1268FRERFRHYAPLGFNA
Site 72T1280FNAENPYTALDKANE
Site 73S1302EMLQMQESTRLFEVA
Site 74Y1313FEVALPEYKQMKQCR
Site 75S1367LRRFAKASSITEIWS
Site 76S1368RRFAKASSITEIWSL
Site 77S1374SSITEIWSLNKEVRV
Site 78Y1385EVRVWDAYTGLEGTV
Site 79T1396EGTVKDMTASLRAIT
Site 80S1407RAITELQSPALRDRH
Site 81T1467LGTEKVITEISQTWA
Site 82T1472VITEISQTWATMKFS
Site 83Y1484KFSYEVHYRTGIPLL
Site 84S1493TGIPLLKSDEQLFET
Site 85T1510HNQVQLQTLLQSKYV
Site 86Y1516QTLLQSKYVEYFIEQ
Site 87Y1519LQSKYVEYFIEQVLS
Site 88S1549MEVQRTWSHLESIFV
Site 89T1596VENVLEATCRPNLYE
Site 90Y1602ATCRPNLYEKLKDLQ
Site 91S1610EKLKDLQSRLSLCEK
Site 92S1613KDLQSRLSLCEKALA
Site 93T1625ALAEYLETKRIAFPR
Site 94S1646ADLLDILSKGAQPKQ
Site 95Y1685AHRAVGMYSKEKEYV
Site 96S1686HRAVGMYSKEKEYVP
Site 97Y1691MYSKEKEYVPFQAEC
Site 98T1718LEQTMQETVRHSITE
Site 99Y1770FSRLEEGYETALKDF
Site 100T1772RLEEGYETALKDFHK
Site 101S1783DFHKKQISQLNTLIT
Site 102S1830SQKQVVVSPQAFTWL
Site 103T1835VVSPQAFTWLSQLRH
Site 104S1838PQAFTWLSQLRHRWE
Site 105Y1862ICDAQFQYFYEYLGN
Site 106Y1864DAQFQYFYEYLGNSP
Site 107Y1866QFQYFYEYLGNSPRL
Site 108S1870FYEYLGNSPRLVITP
Site 109T1876NSPRLVITPLTDRCY
Site 110Y1883TPLTDRCYITLTQSL
Site 111S1895QSLHLTMSGAPAGPA
Site 112T1909AGTGKTETTKDLGRA
Site 113Y1932NCSEQMDYKSIGNIY
Site 114S1934SEQMDYKSIGNIYKG
Site 115Y2006FITMNPGYAGRTELP
Site 116Y2070LLSKQDHYDWGLRAI
Site 117S2086SVLVVAGSLKRGDKN
Site 118S2148FEQMVRQSTLELRLQ
Site 119T2149EQMVRQSTLELRLQP
Site 120S2188GNAGTGKSKILRTLN
Site 121T2193GKSKILRTLNRTYVN
Site 122T2197ILRTLNRTYVNMKQK
Site 123Y2198LRTLNRTYVNMKQKP
Site 124T2288MDDNKVLTLASNERI
Site 125T2314IHHLRSATPATVSRA
Site 126Y2336QDLGWNPYVASWIDR
Site 127S2348IDRRRHQSEKANLTI
Site 128T2374KLRTSFKTITSIPES
Site 129T2376RTSFKTITSIPESSL
Site 130S2402LTPENVPSDSPKEVY
Site 131S2404PENVPSDSPKEVYEV
Site 132Y2409SDSPKEVYEVYFVFA
Site 133S2431TLLQDQISDYQADFS
Site 134Y2433LQDQISDYQADFSRW
Site 135S2452MKAVKFPSQGTIFDY
Site 136T2455VKFPSQGTIFDYYVD
Site 137Y2459SQGTIFDYYVDHKTK
Site 138Y2460QGTIFDYYVDHKTKK
Site 139T2488DPDVPLQTVLVHTTE
Site 140Y2501TETARLRYFMELLLE
Site 141T2524GNAGVGKTVFVGDTL
Site 142S2535GDTLASLSEDYIVSR
Site 143Y2547VSRVPFNYYTTSTAL
Site 144Y2548SRVPFNYYTTSTALQ
Site 145T2549RVPFNYYTTSTALQK
Site 146S2551PFNYYTTSTALQKIL
Site 147Y2570EKKAGHNYGPGGNKK
Site 148Y2580GGNKKLIYFIDDMNM
Site 149Y2593NMPEVDLYGTVQPHT
Site 150T2595PEVDLYGTVQPHTLI
Site 151T2600YGTVQPHTLIRQHID
Site 152T2639NPMVGSFTISPRLQR
Site 153S2641MVGSFTISPRLQRHF
Site 154T2649PRLQRHFTVFAFNFP
Site 155S2681QQQAFAPSILRSGPT
Site 156Y2753LHESARVYGDKLIDK
Site 157T2773FQRRMLETAYKYFEG
Site 158Y2775RRMLETAYKYFEGID
Site 159Y2777MLETAYKYFEGIDSH
Site 160Y2805DRGKDPHYMPVKDWE
Site 161T2816KDWEVLKTILTETLD
Site 162T2819EVLKTILTETLDNYN
Site 163Y2825LTETLDNYNELNAAM
Site 164S2870VGGSGKQSLSRLAAY
Site 165S2872GSGKQSLSRLAAYLR
Site 166Y2905RVDLANLYIRTGAKN
Site 167S2947GEIPDLFSDEDVDKI
Site 168T2998CFSPVGRTLRVRARK
Site 169S3028WPQEALVSVSRRFIE
Site 170S3030QEALVSVSRRFIEET
Site 171T3037SRRFIEETKGIEPVH
Site 172Y3067NEMSTRYYQNERRHN
Site 173Y3075QNERRHNYTTPKSFL
Site 174T3076NERRHNYTTPKSFLE
Site 175T3077ERRHNYTTPKSFLEQ
Site 176S3080HNYTTPKSFLEQISL
Site 177S3086KSFLEQISLFKNLLK
Site 178S3100KKKQNEVSEKKERLV
Site 179T3115NGIQKLKTTASQVGD
Site 180T3116GIQKLKTTASQVGDL
Site 181S3118QKLKTTASQVGDLKA
Site 182S3129DLKARLASQEAELQL
Site 183T3160EKVSREKTIADAEER
Site 184T3170DAEERKVTAIQTEVF
Site 185S3210TLNRVNLSELKAFPN
Site 186Y3282LKVVNEHYLKDPEFN
Site 187Y3314VINIIKFYEVYCDVE
Site 188Y3317IIKFYEVYCDVEPKR
Site 189S3356VDLDRNLSRLTASFE
Site 190T3359DRNLSRLTASFEKAT
Site 191S3361NLSRLTASFEKATAE
Site 192S3406RWGQSIKSFEAQEKT
Site 193Y3435VGPFTRQYRQELVHC
Site 194T3471SMLTDDATIAAWNNE
Site 195S3482WNNEGLPSDRMSTEN
Site 196S3486GLPSDRMSTENAAIL
Site 197T3487LPSDRMSTENAAILT
Site 198Y3517IKWIKNKYGMDLKVT
Site 199T3566DPLLGRNTIKKGKYI
Site 200Y3572NTIKKGKYIRIGDKE
Site 201T3592NFRLILHTKLANPHY
Site 202Y3599TKLANPHYKPELQAQ
Site 203T3643EKLKLVLTKHQNDFK
Site 204Y3655DFKIELKYLEDDLLL
Site 205S3670RLSAAEGSFLDDTKL
Site 206T3675EGSFLDDTKLVERLE
Site 207T3686ERLEATKTTVAEIEH
Site 208T3687RLEATKTTVAEIEHK
Site 209Y3712INEARECYRPLAARA
Site 210Y3736LQKINPLYQFSLKAF
Site 211S3765EDMQGRISILMESIT
Site 212S3770RISILMESITHAVFL
Site 213S3780HAVFLYTSQALFEKD
Site 214S3825TVEHTHLSPVDFLTS
Site 215S3832SPVDFLTSQSWSAIK
Site 216S3883PQEWKKKSLIQKLIL
Site 217T3900AMRPDRMTYALRNFV
Site 218Y3901MRPDRMTYALRNFVE
Site 219Y3915EEKLGAKYVERTRLD
Site 220S3930LVKAFEESSPATPIF
Site 221S3931VKAFEESSPATPIFF
Site 222T3960LGKRLGFTIDSGKFH
Site 223S3963RLGFTIDSGKFHNVS
Site 224S3970SGKFHNVSLGQGQET
Site 225T3977SLGQGQETVAEVALE
Site 226S4016EKLLERFSQGSHRDY
Site 227S4019LERFSQGSHRDYRVF
Site 228Y4023SQGSHRDYRVFMSAE
Site 229S4028RDYRVFMSAESAPTP
Site 230T4034MSAESAPTPDEHIIP
Site 231T4052LENSIKITNEPPTGM
Site 232Y4068ANLHAALYNFDQDTL
Site 233T4074LYNFDQDTLEICSKE
Site 234S4086SKEQEFKSILFSLCY
Site 235S4110RFGPQGWSRSYPFNP
Site 236S4112GPQGWSRSYPFNPGD
Site 237Y4113PQGWSRSYPFNPGDL
Site 238Y4144VPWEDLRYLFGEIMY
Site 239Y4167DRKLCRVYLEEFMNP
Site 240S4175LEEFMNPSLTEDELM
Site 241T4177EFMNPSLTEDELMLA
Site 242Y4192PGFAAPPYLDYAGYH
Site 243Y4195AAPPYLDYAGYHQYI
Site 244Y4198PYLDYAGYHQYIEEM
Site 245S4210EEMLPPESPALYGLH
Site 246Y4214PPESPALYGLHPNAE
Site 247S4246MQPRNALSGDELGQS
Site 248S4253SGDELGQSTEEKVKN
Site 249S4283AEIMQKNSNRSPYVL
Site 250S4286MQKNSNRSPYVLVCF
Site 251Y4288KNSNRSPYVLVCFQE
Site 252S4324LKGELALSPAVEAQQ
Site 253S4335EAQQFALSYDTVPDT
Site 254T4338QFALSYDTVPDTWSK
Site 255T4342SYDTVPDTWSKLAYP
Site 256S4344DTVPDTWSKLAYPST
Site 257Y4348DTWSKLAYPSTYGLA
Site 258T4351SKLAYPSTYGLAQWF
Site 259T4370LRCRELDTWTQDLTL
Site 260T4372CRELDTWTQDLTLPA
Site 261T4414PLDKTRLTADVTKKT
Site 262T4418TRLTADVTKKTKEDY
Site 263Y4425TKKTKEDYGHPPREG
Site 264T4447MEGARWDTQAGTIVE
Site 265T4472PVIFAKATPVDRQET
Site 266T4479TPVDRQETKQTYECP
Site 267T4482DRQETKQTYECPVYR
Site 268Y4483RQETKQTYECPVYRT
Site 269Y4488QTYECPVYRTKLRGP
Site 270S4496RTKLRGPSYIWTFRL
Site 271Y4497TKLRGPSYIWTFRLK
Site 272T4500RGPSYIWTFRLKSEE
Site 273S4505IWTFRLKSEEKTAKW
Site 274T4509RLKSEEKTAKWVLAG
 
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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