PhosphoNET

           
Protein Info 
   
Short Name:  DNAH7
Full Name:  Dynein heavy chain 7, axonemal
Alias:  axonemal dynein heavy chain 7; DYH7; dynein, axonemal, heavy chain 7; KIAA0944
Type:  Motor protein
Mass (Da):  461143
Number AA:  4024
UniProt ID:  Q8WXX0
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 1S2______MSSEQDKSA
Site 2S8MSSEQDKSASKEKSK
Site 3S10SEQDKSASKEKSKKP
Site 4S14KSASKEKSKKPVRFL
Site 5S25VRFLPQLSMEKLASK
Site 6S31LSMEKLASKEKFKAP
Site 7S46ARALPQLSMVSTKPH
Site 8T50PQLSMVSTKPHWQQA
Site 9S64AAPSFHLSVKQDDES
Site 10S71SVKQDDESPEPFSVK
Site 11S76DESPEPFSVKNEQSH
Site 12S82FSVKNEQSHAEYMER
Site 13Y86NEQSHAEYMERFGKK
Site 14S103LPHQVDDSYVGPSTS
Site 15Y104PHQVDDSYVGPSTSK
Site 16S108DDSYVGPSTSKSKGK
Site 17T109DSYVGPSTSKSKGKS
Site 18S110SYVGPSTSKSKGKSP
Site 19S112VGPSTSKSKGKSPHK
Site 20S116TSKSKGKSPHKEREN
Site 21S126KERENFRSTLVNVIM
Site 22T127ERENFRSTLVNVIMQ
Site 23S141QQDADLDSAVPDGST
Site 24S147DSAVPDGSTIPKPTA
Site 25T148SAVPDGSTIPKPTAS
Site 26Y164IEKDILRYYYYIHHG
Site 27Y165EKDILRYYYYIHHGI
Site 28Y166KDILRYYYYIHHGID
Site 29Y167DILRYYYYIHHGIDT
Site 30T200PQHLKVFTDSIVTLS
Site 31T205VFTDSIVTLSDEMRE
Site 32S207TDSIVTLSDEMREDY
Site 33Y214SDEMREDYLLSVRKS
Site 34S217MREDYLLSVRKSIVD
Site 35T239EKGDDKKTDELPAHR
Site 36S259LPKPWRKSFLAASSY
Site 37S264RKSFLAASSYIRDHL
Site 38Y266SFLAASSYIRDHLNA
Site 39S311QDALELSSFQNIIMR
Site 40T326HMDSAKETLLKMWFP
Site 41Y339FPEVQNIYYQGNKKK
Site 42Y340PEVQNIYYQGNKKKQ
Site 43S353KQLPTGDSSAKLESF
Site 44S354QLPTGDSSAKLESFF
Site 45S359DSSAKLESFFNCAAA
Site 46S393LIAQPPDSVRAFEHP
Site 47T412RLILDNDTIKFEPEL
Site 48Y430IDIFLNVYDVMIKAV
Site 49T445SFVPRVETKLYSKWE
Site 50Y448PRVETKLYSKWESKS
Site 51S449RVETKLYSKWESKSK
Site 52S453KLYSKWESKSKPTTL
Site 53S455YSKWESKSKPTTLKP
Site 54T459ESKSKPTTLKPIILN
Site 55S484KEVIMKESVAPTEHL
Site 56T488MKESVAPTEHLRLYD
Site 57Y494PTEHLRLYDKYDFLI
Site 58Y497HLRLYDKYDFLITRK
Site 59S518NFLAENHSYEKIIDE
Site 60Y519FLAENHSYEKIIDEI
Site 61Y538KLIEEIQYTSIKTIR
Site 62S599RIAEKALSTPPNTAE
Site 63T600IAEKALSTPPNTAEL
Site 64Y613ELMEMKAYIQKVEVT
Site 65S646LIEYVNFSPADMRLN
Site 66S698RFVEELESYAKQSEE
Site 67Y699FVEELESYAKQSEEF
Site 68S703LESYAKQSEEFYSFG
Site 69Y707AKQSEEFYSFGDLQD
Site 70S708KQSEEFYSFGDLQDV
Site 71S751EAFGWLPSVYPQRKK
Site 72Y753FGWLPSVYPQRKKIQ
Site 73Y766IQDGLNPYLRLYETA
Site 74Y770LNPYLRLYETAVEFS
Site 75T772PYLRLYETAVEFSSN
Site 76T784SSNYRAWTEGPYHKV
Site 77Y788RAWTEGPYHKVNPDQ
Site 78Y803VEADIGNYWRGLYKL
Site 79Y808GNYWRGLYKLEKTFH
Site 80T813GLYKLEKTFHDSPYA
Site 81S817LEKTFHDSPYALAMT
Site 82Y819KTFHDSPYALAMTKK
Site 83Y863AMSAIVGYPLQPSDD
Site 84S868VGYPLQPSDDSTVSS
Site 85S871PLQPSDDSTVSSFLD
Site 86T872LQPSDDSTVSSFLDM
Site 87S875SDDSTVSSFLDMNLE
Site 88Y884LDMNLEPYIDRFEGI
Site 89S892IDRFEGISEAASKEY
Site 90S896EGISEAASKEYSLEK
Site 91S900EAASKEYSLEKAMEK
Site 92T927HSYRETGTFILASVD
Site 93T947LDDHIIKTQTMRGSP
Site 94T949DHIIKTQTMRGSPFI
Site 95S953KTQTMRGSPFIKPYE
Site 96Y959GSPFIKPYEKQMREW
Site 97S996YLEPIFSSPDIMSQM
Site 98S1001FSSPDIMSQMPEEGR
Site 99T1011PEEGRRFTAVDKTWR
Site 100T1016RFTAVDKTWRDIMRS
Site 101Y1060ILKGLNEYLEKKRLF
Site 102S1084DELLEILSETKDPTR
Site 103T1090LSETKDPTRVQPHLK
Site 104T1111AKVEFTETLDITHMK
Site 105T1115FTETLDITHMKSSEG
Site 106S1119LDITHMKSSEGEVVE
Site 107S1132VELIEIISTAKARGQ
Site 108T1133ELIEIISTAKARGQV
Site 109S1154LERVMINSIHKVTGD
Site 110T1163HKVTGDATFAYTKYE
Site 111Y1166TGDATFAYTKYERIN
Site 112Y1169ATFAYTKYERINWVR
Site 113T1212ALEQYLKTCNRQIDD
Site 114T1222RQIDDIVTLVRGKLS
Site 115S1252HARDVLSSLVKKNIS
Site 116S1259SLVKKNISDDSDFEW
Site 117S1262KKNISDDSDFEWLSQ
Site 118Y1272EWLSQLRYYWQENHL
Site 119Y1292NAGLRYGYEYLGNSP
Site 120Y1294GLRYGYEYLGNSPRL
Site 121S1298GYEYLGNSPRLVITP
Site 122T1304NSPRLVITPLTDRCY
Site 123Y1434FITMNPGYAGRSELP
Site 124Y1458VAMMVPDYAMIAEIV
Site 125Y1485SVKIVATYRLCSEQL
Site 126S1489VATYRLCSEQLSSQH
Site 127S1493RLCSEQLSSQHHYDY
Site 128S1494LCSEQLSSQHHYDYG
Site 129Y1498QLSSQHHYDYGMRAV
Site 130Y1500SSQHHYDYGMRAVKS
Site 131Y1519AGNLKLKYPNENEEI
Site 132Y1596SEKILQVYEMMIVRH
Site 133S1617EPFGGKTSAYRVLAG
Site 134Y1656SVTMGQLYGQFDSVS
Site 135S1661QLYGQFDSVSHEWSD
Site 136S1663YGQFDSVSHEWSDGV
Site 137S1667DSVSHEWSDGVLAVS
Site 138S1681SFRAFASSVTPDRKW
Site 139T1683RAFASSVTPDRKWLI
Site 140S1793FDRMVPVSVEFIRKH
Site 141T1801VEFIRKHTKELSPTS
Site 142S1805RKHTKELSPTSDTNL
Site 143T1807HTKELSPTSDTNLVR
Site 144S1808TKELSPTSDTNLVRS
Site 145T1841KERNDRETYSLLEGI
Site 146Y1842ERNDRETYSLLEGIF
Site 147S1843RNDRETYSLLEGIFL
Site 148S1860LIWSVGASCTDDDRL
Site 149S1879ILRELMESPISDRTR
Site 150S1882ELMESPISDRTRNTF
Site 151T1885ESPISDRTRNTFKLQ
Site 152T1888ISDRTRNTFKLQSGT
Site 153T1895TFKLQSGTEQTSSKA
Site 154S1900SGTEQTSSKALTVPF
Site 155T1904QTSSKALTVPFPEKG
Site 156Y1914FPEKGTIYDYQFVTE
Site 157Y1916EKGTIYDYQFVTEGI
Site 158T1966SALMELLTTHQKPSI
Site 159S1972LTTHQKPSIFVGPTG
Site 160S1983GPTGTGKSVYITNFL
Site 161Y2054NMPAREVYGAQPPIE
Site 162T2103GGGRNPVTPRYMRHF
Site 163Y2106RNPVTPRYMRHFNII
Site 164Y2124EFSDKSMYTIFSRIL
Site 165T2149PDEFLDLTTQIVNGT
Site 166T2158QIVNGTMTLYKEAMK
Site 167Y2160VNGTMTLYKEAMKNL
Site 168T2170AMKNLLPTPAKSHYL
Site 169S2174LLPTPAKSHYLFNLR
Site 170Y2176PTPAKSHYLFNLRDF
Site 171S2184LFNLRDFSRVIQGVC
Site 172S2193VIQGVCLSRPETTET
Site 173T2197VCLSRPETTETTEVI
Site 174T2200SRPETTETTEVIKRL
Site 175Y2216VHEVLRVYYDRLLDN
Site 176Y2217HEVLRVYYDRLLDNT
Site 177T2224YDRLLDNTDRSWLIN
Site 178Y2232DRSWLINYIQEILRN
Site 179Y2240IQEILRNYMYEDFHE
Site 180Y2242EILRNYMYEDFHELF
Site 181T2281HDPKREDTNYREIAD
Site 182Y2283PKREDTNYREIADVD
Site 183Y2303VEIHLEEYNNISKKP
Site 184S2327IEHISRISRILKQPR
Site 185S2349VGGSGRQSVTRLAAH
Site 186T2373EISKGYDTTEWHEDL
Site 187T2374ISKGYDTTEWHEDLK
Site 188T2401GVFLFTDTQIKEESF
Site 189S2407DTQIKEESFLEDVSN
Site 190S2413ESFLEDVSNLLNAGE
Site 191T2447LDRQRDKTKQTDGSP
Site 192S2453KTKQTDGSPIALFNM
Site 193S2523FLEEIEMSEEIRDGC
Site 194S2540MCKSFHTSTIDLSKS
Site 195T2541CKSFHTSTIDLSKSF
Site 196S2547STIDLSKSFFVELQR
Site 197Y2555FFVELQRYNYVTPTS
Site 198Y2557VELQRYNYVTPTSYL
Site 199T2559LQRYNYVTPTSYLEL
Site 200T2561RYNYVTPTSYLELIS
Site 201S2562YNYVTPTSYLELIST
Site 202S2579LLLEKKRSEVMKMKK
Site 203S2597VGLEKLDSASSQVAT
Site 204S2599LEKLDSASSQVATMQ
Site 205S2600EKLDSASSQVATMQM
Site 206T2604SASSQVATMQMELEA
Site 207T2640ESVEVAKTEKIVKAD
Site 208T2649KIVKADETIANEQAM
Site 209T2692TLTAQDITVVKSMKS
Site 210S2696QDITVVKSMKSPPAG
Site 211Y2755FLQSLHEYDKDNIPP
Site 212Y2764KDNIPPAYMNIIRKN
Site 213Y2772MNIIRKNYIPNPDFV
Site 214S2787PEKIRNASTAAEGLC
Site 215T2851KLARLQDTLELNKQK
Site 216T2888GGLGGEKTRWSHTAL
Site 217S2891GGEKTRWSHTALELG
Site 218S2923AYLGAFTSTYRQNQT
Site 219Y2925LGAFTSTYRQNQTKE
Site 220S2945KGRDIPCSDDCSLMG
Site 221S2970WNIAGLPSDSFSIDN
Site 222S3009KNMEKANSLYVIKLS
Site 223Y3011MEKANSLYVIKLSEP
Site 224Y3020IKLSEPDYVRTLENC
Site 225T3055EPLLLKQTFKQGGST
Site 226S3061QTFKQGGSTCIRLGD
Site 227T3070CIRLGDSTIEYAPDF
Site 228Y3073LGDSTIEYAPDFRFY
Site 229Y3080YAPDFRFYITTKLRN
Site 230Y3090TKLRNPHYLPETSVK
Site 231T3106TLLNFMITPEGMQDQ
Site 232S3183KALANEISQKQEVAE
Site 233T3198ETEKKIDTTRMGYRP
Site 234Y3203IDTTRMGYRPIAIHS
Site 235Y3267DHFTYSLYVNVCRSL
Site 236Y3316GIGLDNPYANPCTWL
Site 237T3342DDLPAFKTIRREFMR
Site 238Y3358KDGWKKVYDSLEPHH
Site 239S3360GWKKVYDSLEPHHEV
Site 240Y3453KFADDQGYGGSKLSS
Site 241S3456DDQGYGGSKLSSLSL
Site 242S3459GYGGSKLSSLSLGQG
Site 243S3460YGGSKLSSLSLGQGQ
Site 244S3462GSKLSSLSLGQGQGP
Site 245T3499LATSWMPTLEKVCEE
Site 246S3508EKVCEELSPESTHPD
Site 247S3511CEELSPESTHPDFRM
Site 248T3512EELSPESTHPDFRMW
Site 249Y3523FRMWLTSYPSPNFPV
Site 250S3531PSPNFPVSVLQNGVK
Site 251T3540LQNGVKMTNEAPKGL
Site 252Y3555RANIIRSYLMDPISD
Site 253S3561SYLMDPISDPEFFGS
Site 254S3568SDPEFFGSCKKPEEF
Site 255Y3604PLGWNIPYEFNETDL
Site 256T3609IPYEFNETDLRISVQ
Site 257S3614NETDLRISVQQLHMF
Site 258Y3625LHMFLNQYEELPYEA
Site 259Y3630NQYEELPYEALRYMT
Site 260Y3635LPYEALRYMTGECNY
Site 261T3637YEALRYMTGECNYGG
Site 262T3654TDDWDRRTLRSILNK
Site 263S3671NPELVENSDYKFDSS
Site 264Y3673ELVENSDYKFDSSGI
Site 265S3677NSDYKFDSSGIYFVP
Site 266S3678SDYKFDSSGIYFVPP
Site 267Y3681KFDSSGIYFVPPSGD
Site 268S3686GIYFVPPSGDHKSYI
Site 269S3691PPSGDHKSYIEYTKT
Site 270Y3695DHKSYIEYTKTLPLT
Site 271T3698SYIEYTKTLPLTPAP
Site 272T3717MNANADITKDQSETQ
Site 273S3721ADITKDQSETQLLFD
Site 274S3735DNILLTQSRSAGAGA
Site 275S3737ILLTQSRSAGAGAKS
Site 276S3744SAGAGAKSSDEVVNE
Site 277S3745AGAGAKSSDEVVNEV
Site 278Y3773IEAAMRRYPTTYTQS
Site 279T3775AAMRRYPTTYTQSMN
Site 280T3776AMRRYPTTYTQSMNT
Site 281Y3777MRRYPTTYTQSMNTV
Site 282T3778RRYPTTYTQSMNTVL
Site 283S3780YPTTYTQSMNTVLVQ
Site 284T3798RFNKLLKTIRDSCVN
Site 285S3802LLKTIRDSCVNIQKA
Site 286S3840PEMWMGKSYPSLKPL
Site 287Y3841EMWMGKSYPSLKPLG
Site 288S3843WMGKSYPSLKPLGSY
Site 289Y3850SLKPLGSYVNDFLAR
Site 290Y3865LKFLQQWYEVGPPPV
Site 291Y3892LTGAQQNYARKYTIP
Site 292Y3896QQNYARKYTIPIDLL
Site 293T3897QNYARKYTIPIDLLG
Site 294Y3907IDLLGFDYEVMEDKE
Site 295Y3915EVMEDKEYKHPPEDG
Site 296S3934GLFLDGASWNRKIKK
Site 297S3945KIKKLAESHPKILYD
Site 298Y3951ESHPKILYDTVPVMW
Site 299S3972ADIPKRPSYVAPLYK
Site 300Y3973DIPKRPSYVAPLYKT
Site 301Y3978PSYVAPLYKTSERRG
Site 302S3981VAPLYKTSERRGVLS
Site 303S3988SERRGVLSTTGHSTN
Site 304T3989ERRGVLSTTGHSTNF
Site 305S4004VIAMTLPSDQPKEHW
 
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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