PhosphoNET

           
Protein Info 
   
Short Name:  DNAH1
Full Name:  Dynein heavy chain 1, axonemal
Alias:  Axonemal beta dynein heavy chain 1; Ciliary dynein heavy chain 1; DHC7; DNAHC1; Dynein, axonemal, heavy chain 1; HDHC7; Heat shock regulated protein 1; HL11; HL-11; KIAA1410; XLHSRF-1
Type:  Microtubule, Cilium, Axonemal dynein complex protein
Mass (Da):  493972
Number AA:  4330
UniProt ID:  Q9P2D7
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:0009612   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 1S6__MEQPNSKGYSLGR
Site 2S10QPNSKGYSLGRTPQG
Site 3T14KGYSLGRTPQGPECS
Site 4S45PGKILPGSDYGLGNP
Site 5Y47KILPGSDYGLGNPPA
Site 6T70PLPPAPPTLSDLGQP
Site 7S72PPAPPTLSDLGQPRK
Site 8S80DLGQPRKSPLTGTDK
Site 9T83QPRKSPLTGTDKKYP
Site 10T85RKSPLTGTDKKYPLM
Site 11Y89LTGTDKKYPLMKQRG
Site 12Y98LMKQRGFYSDILSPG
Site 13S99MKQRGFYSDILSPGT
Site 14T106SDILSPGTLDQLGEV
Site 15S120VCRGPRMSQNLLRQA
Site 16T133QADLDKFTPRVGSFE
Site 17S138KFTPRVGSFEVPEDF
Site 18S156MEQQCIGSTTRLLAQ
Site 19T164TTRLLAQTDFPLQAY
Site 20Y199IERRKQQYLSLDIEQ
Site 21S201RRKQQYLSLDIEQLL
Site 22S210DIEQLLFSQGIDSNK
Site 23S215LFSQGIDSNKLMPRH
Site 24T230LDHQHPQTIEQGHDP
Site 25S270NMGLEPGSLDRKPVP
Site 26T284PGKALLPTDDFLGHE
Site 27S295LGHEDPKSQKLKYKW
Site 28Y300PKSQKLKYKWCEVGV
Site 29Y310CEVGVLDYDEEKKLY
Site 30Y317YDEEKKLYLVHKTDE
Site 31T322KLYLVHKTDEKGLVR
Site 32T342PILNAGVTTEGRPPL
Site 33T385ANALRKNTEALLLYN
Site 34S407SDGQHVISEQSLSKI
Site 35S410QHVISEQSLSKIKQW
Site 36S412VISEQSLSKIKQWAL
Site 37S420KIKQWALSTPRMRKG
Site 38T421IKQWALSTPRMRKGP
Site 39S429PRMRKGPSVLEHLSS
Site 40S435PSVLEHLSSLAREVS
Site 41S442SSLAREVSLDYERSM
Site 42Y445AREVSLDYERSMNKI
Site 43S448VSLDYERSMNKINFD
Site 44S460NFDHVVSSKPETFSY
Site 45S466SSKPETFSYVTLPKK
Site 46Y467SKPETFSYVTLPKKE
Site 47S485VPERGLVSVPKYHFW
Site 48Y489GLVSVPKYHFWEQKE
Site 49T499WEQKEDFTFVSLLTR
Site 50S502KEDFTFVSLLTRPEV
Site 51S531TAMSLFHSSLSKYSH
Site 52S532AMSLFHSSLSKYSHL
Site 53S534SLFHSSLSKYSHLEE
Site 54Y536FHSSLSKYSHLEEFE
Site 55S547EEFEQIQSQTFSQVQ
Site 56T549FEQIQSQTFSQVQMF
Site 57S551QIQSQTFSQVQMFLK
Site 58S564LKDSWISSLKVAMRS
Site 59S572LKVAMRSSLRDMSKG
Site 60S577RSSLRDMSKGWYNLY
Site 61Y584SKGWYNLYETNWEVY
Site 62Y591YETNWEVYLMSKLRK
Site 63Y605KLMELVKYMLQDTLR
Site 64T610VKYMLQDTLRFLVQD
Site 65S623QDSLASFSQFISDTC
Site 66S649WGDDLINSPYRPRKN
Site 67Y651DDLINSPYRPRKNPL
Site 68S668MDLVLDSSGVHYSTP
Site 69Y672LDSSGVHYSTPLEQF
Site 70S673DSSGVHYSTPLEQFE
Site 71T674SSGVHYSTPLEQFEA
Site 72S718SGDPLLESVGLHEPL
Site 73Y754YAKEYRKYLELNNND
Site 74S764LNNNDIASFLKTYQT
Site 75T785EVREVVLTHLREKEI
Site 76S795REKEILDSSLPSSII
Site 77T810IGPFYINTDNVKQSL
Site 78S816NTDNVKQSLSKKRKA
Site 79S818DNVKQSLSKKRKALA
Site 80S842NLHKEVDSICEEFRS
Site 81S849SICEEFRSISRKIYE
Site 82S851CEEFRSISRKIYEKP
Site 83Y855RSISRKIYEKPNSIE
Site 84S860KIYEKPNSIEELAEL
Site 85Y900QVMDEFLYNLSSDDF
Site 86S903DEFLYNLSSDDFNDK
Site 87Y996CQQLAMLYNNRERIF
Site 88S1004NNRERIFSLPITNYD
Site 89T1008RIFSLPITNYDKLSR
Site 90Y1010FSLPITNYDKLSRMV
Site 91Y1023MVKEFQPYLDLWTTA
Site 92S1046SWMNDPLSAIDAEQL
Site 93Y1094RIEEFKPYIPLIQGL
Site 94T1129VRPKANLTFARCLEM
Site 95S1146QDHIESISKVAEVAG
Site 96T1184LPYKATDTYILKSPD
Site 97Y1185PYKATDTYILKSPDE
Site 98S1189TDTYILKSPDEASQL
Site 99S1194LKSPDEASQLLDDHI
Site 100T1204LDDHIVMTQNMSFSP
Site 101S1208IVMTQNMSFSPYKKP
Site 102S1210MTQNMSFSPYKKPFE
Site 103Y1212QNMSFSPYKKPFEQR
Site 104S1222PFEQRINSWENKLKL
Site 105Y1246NCQRSWLYLEPIFSS
Site 106S1252LYLEPIFSSEDINQQ
Site 107S1264NQQLPVESKRYQTME
Site 108Y1267LPVESKRYQTMERIW
Site 109T1269VESKRYQTMERIWKK
Site 110Y1282KKIMKNAYENREVIN
Site 111S1292REVINVCSDLRMLDS
Site 112S1299SDLRMLDSLRDCNKI
Site 113S1315DLVQKGLSEYLETKR
Site 114Y1317VQKGLSEYLETKRSA
Site 115T1320GLSEYLETKRSAFPR
Site 116S1323EYLETKRSAFPRFYF
Site 117Y1329RSAFPRFYFLSDDEL
Site 118S1341DELLEILSQTKDPTA
Site 119S1376LEITHMYSAEGEEVQ
Site 120S1387EEVQLCFSIYPSSNV
Site 121Y1389VQLCFSIYPSSNVED
Site 122S1404WLREVERSMKASVHD
Site 123S1408VERSMKASVHDIIEK
Site 124Y1420IEKAIRAYPTMPRTQ
Site 125T1422KAIRAYPTMPRTQWV
Site 126S1460LEAGNLRSQLFPQLC
Site 127Y1525QWISQLRYYWTNNDL
Site 128Y1526WISQLRYYWTNNDLY
Site 129T1528SQLRYYWTNNDLYIR
Site 130Y1533YWTNNDLYIRAVNAE
Site 131Y1543AVNAEFIYGYEYLGN
Site 132Y1545NAEFIYGYEYLGNSG
Site 133Y1547EFIYGYEYLGNSGRL
Site 134T1557NSGRLVITPLTDRCY
Site 135Y1687FITMNPGYAGRTELP
Site 136Y1711VAMMVPDYAMITEIS
Site 137T1737LAKKITTTFKLSSEQ
Site 138S1741ITTTFKLSSEQLSSQ
Site 139S1742TTTFKLSSEQLSSQD
Site 140S1746KLSSEQLSSQDHYDF
Site 141S1747LSSEQLSSQDHYDFG
Site 142Y1751QLSSQDHYDFGMRAV
Site 143S1763RAVKTVISAAGNLKR
Site 144S1774NLKRENPSMNEELIC
Site 145T1817PTIKEEDTDYGILDE
Site 146Y1819IKEEDTDYGILDEAI
Site 147S1833IREACRNSNLKDVEG
Site 148T1843KDVEGFLTKCIQLYE
Site 149S1869GPTGSGKSTCYRVLA
Site 150T1870PTGSGKSTCYRVLAA
Site 151S1887TSLKGQPSISGGMYE
Site 152Y1893PSISGGMYEAVNYYV
Site 153Y1898GMYEAVNYYVLNPKS
Site 154Y1899MYEAVNYYVLNPKSI
Site 155T1919YGEFDLLTHEWTDGI
Site 156T1923DLLTHEWTDGIFSSF
Site 157T1940AGAITSDTNKKWYMF
Site 158Y1945SDTNKKWYMFDGPVD
Site 159S1972DNKKLCLSSGEIIKL
Site 160S1973NKKLCLSSGEIIKLT
Site 161Y2033LPPLLKPYEEHFKAL
Site 162S2050SFLEESISFVRSSVK
Site 163S2093EGLKKIPSEKLSRIV
Site 164S2097KIPSEKLSRIVELIE
Site 165T2118LIWSVGATGDSSGRT
Site 166S2121SVGATGDSSGRTSFS
Site 167S2122VGATGDSSGRTSFSH
Site 168T2125TGDSSGRTSFSHWLR
Site 169S2126GDSSGRTSFSHWLRL
Site 170S2128SSGRTSFSHWLRLKM
Site 171Y2153EEGLVFDYRLEDAGI
Site 172S2166GISGTNDSEDEEEEY
Site 173Y2173SEDEEEEYKQVAWVK
Site 174T2189MDSSAPFTMVPDTNY
Site 175T2234GPTGTGKTLTISDKL
Site 176T2236TGTGKTLTISDKLLK
Site 177T2255DYISHFLTFSARTSA
Site 178S2257ISHFLTFSARTSANQ
Site 179S2261LTFSARTSANQTQDF
Site 180T2265ARTSANQTQDFIDSK
Site 181T2352PPGGGRNTVTPRLMR
Site 182T2354GGGRNTVTPRLMRHF
Site 183Y2363RLMRHFNYLSFAEMD
Site 184T2380SKKRIFSTILGNWLD
Site 185S2394DGLLGEKSYRERVPG
Site 186Y2395GLLGEKSYRERVPGA
Site 187T2430ITSQLLPTPAKSHYT
Site 188S2434LLPTPAKSHYTFNLR
Site 189T2437TPAKSHYTFNLRDLS
Site 190Y2469VQLLRLWYHENCRVF
Site 191S2487LVNEEDRSWFDQLLK
Site 192S2520ILYGDFMSPGSDVKS
Site 193S2523GDFMSPGSDVKSYEL
Site 194S2527SPGSDVKSYELITSE
Site 195Y2528PGSDVKSYELITSES
Site 196S2533KSYELITSESKMMQV
Site 197Y2548IEEYIEDYNQINTAK
Site 198S2572MSHICRISRTLRQAL
Site 199T2574HICRISRTLRQALGN
Site 200S2590LLLGVGGSGRSSLTR
Site 201S2594VGGSGRSSLTRLASH
Site 202T2596GSGRSSLTRLASHMA
Site 203S2600SSLTRLASHMAEYEC
Site 204Y2605LASHMAEYECFQIEL
Site 205Y2616QIELSKNYGMSEWRD
Site 206S2644LPITFLFSDTQIKNE
Site 207T2646ITFLFSDTQIKNESF
Site 208S2652DTQIKNESFLEDINN
Site 209Y2670SGDIPNLYTADEQDQ
Site 210T2681EQDQIVSTMRPYIQE
Site 211Y2685IVSTMRPYIQEQGLQ
Site 212T2703ANLMAAYTGRVRSNI
Site 213S2752WPAEALKSVATVFLN
Site 214S2767EIPELESSQEEIQGL
Site 215Y2792VSKKCIEYLAELTRH
Site 216Y2801AELTRHNYVTPKSYL
Site 217T2803LTRHNYVTPKSYLEL
Site 218S2806HNYVTPKSYLELLHI
Site 219S2834TAKNRMKSGLDKLLR
Site 220S2843LDKLLRTSEDVAKMQ
Site 221S2855KMQEDLESMHPLLEE
Site 222S2887IAEETRNSVQTEEIK
Site 223S2926ALDAALASLRNLNKN
Site 224T2936NLNKNDVTEVRAMQR
Site 225T2973VPGEKPGTKVDDYWE
Site 226Y2978PGTKVDDYWEPGKGL
Site 227S2995DPGHFLESLFKFDKD
Site 228Y3046WVRAMHKYHFVAKAV
Site 229S3148KDQGAGGSWGGCPHP
Site 230T3163LPGNPGATVGRASPR
Site 231S3168GATVGRASPRPLAQP
Site 232S3192LQLINGLSDEKVRWQ
Site 233T3201EKVRWQETVENLQYM
Site 234Y3207ETVENLQYMLNNISG
Site 235Y3233LGPFTGQYRTVLYDS
Site 236Y3238GQYRTVLYDSWVKQL
Site 237S3240YRTVLYDSWVKQLRS
Site 238S3247SWVKQLRSHNVPHTS
Site 239T3253RSHNVPHTSEPTLIG
Site 240S3282GLPNDTLSVENGVIN
Site 241S3324GLDVFKLSDRDFLRS
Site 242S3331SDRDFLRSMENAIRF
Site 243Y3364PVLLKQTYKQQGNTV
Site 244T3377TVLKLGDTVIPYHED
Site 245Y3381LGDTVIPYHEDFRMY
Site 246Y3388YHEDFRMYITTKLPN
Site 247Y3398TKLPNPHYTPEISTK
Site 248T3399KLPNPHYTPEISTKL
Site 249S3414TLINFTLSPSGLEDQ
Site 250Y3461DIEDQILYRLSSSEG
Site 251S3464DQILYRLSSSEGNPV
Site 252S3465QILYRLSSSEGNPVD
Site 253S3466ILYRLSSSEGNPVDD
Site 254T3500KVRIAEQTEKDIDLT
Site 255T3507TEKDIDLTRMEYIPV
Site 256Y3535LANVDPMYQYSLEWF
Site 257S3553FLSGIANSERADNLK
Site 258S3564DNLKKRISNINRYLT
Site 259Y3569RISNINRYLTYSLYS
Site 260T3571SNINRYLTYSLYSNV
Site 261Y3575RYLTYSLYSNVCRSL
Site 262S3608NEGKINQSEWRYLLS
Site 263Y3612INQSEWRYLLSGGSI
Site 264S3618RYLLSGGSISIMTEN
Site 265T3623GGSISIMTENPAPDW
Site 266S3650SNLPTFSSFSSDFVK
Site 267S3653PTFSSFSSDFVKHLS
Site 268S3660SDFVKHLSEFRVIFD
Site 269S3668EFRVIFDSLEPHREP
Site 270Y3683LPGIWDQYLDQFQKL
Site 271S3726EPQTANLSVVFKDSN
Site 272Y3753TDPAADLYKFAEEMK
Site 273S3762FAEEMKFSKKLSAIS
Site 274S3766MKFSKKLSAISLGQG
Site 275S3769SKKLSAISLGQGQGP
Site 276S3785AEAMMRSSIERGKWV
Site 277T3828RDFRLWLTSLPSNKF
Site 278S3829DFRLWLTSLPSNKFP
Site 279S3838PSNKFPVSILQNGSK
Site 280S3861VRANLLKSYSSLGED
Site 281S3863ANLLKSYSSLGEDFL
Site 282S3864NLLKSYSSLGEDFLN
Site 283Y3908PLGFNIPYEFTDGDL
Site 284Y3929LKMFLDEYDDIPYKV
Site 285Y3934DEYDDIPYKVLKYTA
Site 286Y3939IPYKVLKYTAGEINY
Site 287Y3967MNILEDFYNPDVLSP
Site 288S3973FYNPDVLSPEHSYSA
Site 289S3977DVLSPEHSYSASGIY
Site 290S3979LSPEHSYSASGIYHQ
Site 291S3981PEHSYSASGIYHQIP
Site 292Y3984SYSASGIYHQIPPTY
Site 293T3990IYHQIPPTYDLHGYL
Site 294Y3991YHQIPPTYDLHGYLS
Site 295Y3996PTYDLHGYLSYIKSL
Site 296S3998YDLHGYLSYIKSLPL
Site 297S4002GYLSYIKSLPLNDMP
Site 298S4041IIQLQPKSSSAGSQG
Site 299S4042IQLQPKSSSAGSQGR
Site 300S4043QLQPKSSSAGSQGRE
Site 301S4046PKSSSAGSQGREEIV
Site 302Y4077LQWVMAKYPVLYEES
Site 303Y4081MAKYPVLYEESMNTV
Site 304S4141NTVPELWSAKAYPSL
Site 305Y4145ELWSAKAYPSLKPLS
Site 306S4147WSAKAYPSLKPLSSW
Site 307T4192PQAFLTGTLQNFARK
Site 308T4222FEAPSELTQRPQVGC
Site 309S4251EAFQLAESQPKELYT
Site 310Y4257ESQPKELYTEMAVIW
Site 311T4268AVIWLLPTPNRKAQD
Site 312Y4279KAQDQDFYLCPIYKT
Site 313T4288CPIYKTLTRAGTLST
Site 314T4292KTLTRAGTLSTTGHS
Site 315S4294LTRAGTLSTTGHSTN
Site 316T4295TRAGTLSTTGHSTNY
 
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
 


2019 Kinexus Bioinformatics Corporation