PhosphoNET

           
Protein Info 
   
Short Name:  FLJ44290
Full Name:  Dynein heavy chain 12, axonemal
Alias:  Axonemal beta dynein heavy chain 12;Axonemal dynein heavy chain 12-like protein;Axonemal dynein heavy chain 7-like protein;Ciliary dynein heavy chain 12;Dynein heavy chain 7-like, axonemal;Dynein heavy chain domain-containing protein 2
Type:  DY12L
Mass (Da):  91694
Number AA:  784
UniProt ID:  Q6ZR08
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1T34PENIGVDTPTQSKLL
Site 2Y43TQSKLLKYRRSKEQQ
Site 3S46KLLKYRRSKEQQQKI
Site 4T73DRTLGKRTPLLPPPD
Site 5Y81PLLPPPDYPQTMTSE
Site 6T84PPPDYPQTMTSEMKK
Site 7Y96MKKKGFNYIYMKQCV
Site 8S106MKQCVESSPLVPIQQ
Site 9S126MLRLIPESLKEGKER
Site 10S139EREELLESLINEVSS
Site 11S145ESLINEVSSDFENSM
Site 12S151VSSDFENSMKRYLVQ
Site 13S168LVKPPVKSLEDEGGP
Site 14S179EGGPLPESPVGLDYS
Site 15Y185ESPVGLDYSNPWHSS
Site 16Y193SNPWHSSYVQARNQI
Site 17T220MLLDLGYTTFADTVL
Site 18T221LLDLGYTTFADTVLL
Site 19S243KGPIDCESLKTDLSI
Site 20S249ESLKTDLSIQTRNAE
Site 21Y264EKIMNTWYPKVINLF
Site 22T272PKVINLFTKKEALEG
Site 23T331PIFKIELTFDDDKME
Site 24Y340DDDKMEFYPTFQDLE
Site 25T342DKMEFYPTFQDLEDN
Site 26T366EALQNVQTIPSWLSG
Site 27S375PSWLSGTSTPVNLDT
Site 28T376SWLSGTSTPVNLDTE
Site 29T382STPVNLDTELPEHVL
Site 30Y411LEGARKHYETYVEKY
Site 31Y414ARKHYETYVEKYNWL
Site 32T432TAVENIETFQTEDHT
Site 33T439TFQTEDHTFDEYTEF
Site 34Y443EDHTFDEYTEFIEKF
Site 35T478LDCEDLKTGLTNKAK
Site 36S532EEMMDLISYVEKART
Site 37S552LILRIQESKRQMSYF
Site 38S557QESKRQMSYFLDVFL
Site 39T575EDLALNATVLMWPRK
Site 40Y638ELERMQQYVTDVRQL
Site 41Y673FKWELTKYPELDKLK
Site 42Y686LKVNIEPYQKFFNFV
Site 43S724EADVEEFSREIFKTL
Site 44T730FSREIFKTLKFFQTK
Site 45T768EEPKDNATITMCRMR
Site 46T770PKDNATITMCRMRAR
Site 47Y788QISEIVGYDLTPDSG
Site 48T791EIVGYDLTPDSGTTL
Site 49S794GYDLTPDSGTTLRKV
Site 50T797LTPDSGTTLRKVLKL
Site 51T807KVLKLNLTPYLEQFE
Site 52S821EVISAGASKEFSLEK
Site 53S825AGASKEFSLEKAMNT
Site 54S845EDIAFHISLYRDTGV
Site 55T872LDDQIIKTQTMRGSP
Site 56T874DQIIKTQTMRGSPFI
Site 57S878KTQTMRGSPFIKPFE
Site 58Y985IMKGLNAYLEKKRLF
Site 59S1009DEMLEILSETKDPLR
Site 60Y1091IAAARLAYPESARRD
Site 61S1094ARLAYPESARRDWVR
Site 62T1120QMFWTSETQEVISGG
Site 63Y1134GTEGLKKYYKELQNQ
Site 64Y1198WLAQLRYYWENENAR
Site 65Y1215IINCNVKYAYEYLGN
Site 66Y1217NCNVKYAYEYLGNSP
Site 67Y1219NVKYAYEYLGNSPRL
Site 68S1223AYEYLGNSPRLVITP
Site 69T1229NSPRLVITPLTDRCY
Site 70Y1359AITMNPGYAGRSELP
Site 71Y1394AEISLYSYGFLNARP
Site 72S1414VMTYRLCSEQLSSQF
Site 73S1418RLCSEQLSSQFHYDY
Site 74S1419LCSEQLSSQFHYDYG
Site 75Y1423QLSSQFHYDYGMRAV
Site 76Y1425SSQFHYDYGMRAVKA
Site 77Y1444AGNLKLKYPNENEDI
Site 78S1456EDILLLRSIKDVNEP
Site 79S1467VNEPKFLSHDIPLFN
Site 80Y1491IKLPEADYHEFLECA
Site 81T1552HVLADTLTLMNEHGY
Site 82Y1567GEEEKVIYRTVNPKS
Site 83T1569EEKVIYRTVNPKSIT
Site 84S1574YRTVNPKSITMGQLF
Site 85T1592DPVSHEWTDGIVANT
Site 86S1606TFREFALSETPDRKW
Site 87T1608REFALSETPDRKWVV
Site 88T1630LWIESMNTVLDDNKK
Site 89S1665TMDLSQASPATVSRC
Site 90S1680GMIYLEPSQLGWEPL
Site 91S1689LGWEPLVSSWLNSLK
Site 92S1690GWEPLVSSWLNSLKG
Site 93Y1704GPLCEPEYQALLRGL
Site 94Y1752ITFRISNYFKYVPLK
Site 95Y1755RISNYFKYVPLKTQC
Site 96S1786LIWSIGGSCDTDGRR
Site 97T1789SIGGSCDTDGRRVFD
Site 98S1815DENPVPDSVGKWECP
Site 99Y1830FDEKGLVYDYMYELK
Site 100Y1832EKGLVYDYMYELKNK
Site 101Y1834GLVYDYMYELKNKGR
Site 102S1899GPTGTGKSVYVKDKL
Site 103Y1901TGTGKSVYVKDKLMN
Site 104Y1915NHLEKDQYFPFYINL
Site 105Y1919KDQYFPFYINLSART
Site 106S1923FPFYINLSARTSANQ
Site 107S1927INLSARTSANQVQNI
Site 108Y1970NMPALEKYGAQPPIE
Site 109T2019GGGRNPVTPRCIRHF
Site 110T2038INSFSDETMVRIFSS
Site 111Y2060THEFPPEYFVIGNQI
Site 112T2085SVENLLPTPTKSHYT
Site 113S2089LLPTPTKSHYTFNLR
Site 114T2092TPTKSHYTFNLRDFS
Site 115Y2132HEVLRVFYDRLINDD
Site 116T2150WLFQLTKTVIKDHFK
Site 117S2162HFKESFHSIFSHLRK
Site 118T2175RKQNAPVTEEDLRNL
Site 119Y2187RNLMFGDYMNPDLEG
Site 120Y2199LEGDDRVYIEIPNIH
Site 121Y2219VDQCLDEYNQTHKTR
Site 122S2249ICRVLKQSGGNALLV
Site 123S2265LGGSGRQSLTRLATS
Site 124T2267GSGRQSLTRLATSMA
Site 125T2271QSLTRLATSMAKMHI
Site 126S2298EWREDMKSFIAVPVT
Site 127S2313NRIVDNKSKILEKRL
Site 128Y2322ILEKRLRYLNDHFTY
Site 129Y2332DHFTYNLYCNICRSL
Site 130Y2364LARKEIEYQELMFLL
Site 131S2379TGGVSLKSAEKNPDP
Site 132Y2424IYEWREIYDSKEPHN
Site 133S2426EWREIYDSKEPHNAK
Site 134T2460CLRPDKITPAITNYV
Site 135Y2466ITPAITNYVTDKLGK
Site 136T2468PAITNYVTDKLGKKF
Site 137T2484EPPPFDLTKSYLDSN
Site 138S2486PPFDLTKSYLDSNCT
Site 139Y2487PFDLTKSYLDSNCTI
Site 140S2509PGADPMASLLKFAND
Site 141S2518LKFANDKSMSGNKFQ
Site 142S2528GNKFQAISLGQGQGP
Site 143T2574EKICEDFTSETCNSS
Site 144T2577CEDFTSETCNSSFRL
Site 145S2580FTSETCNSSFRLWLT
Site 146S2581TSETCNSSFRLWLTS
Site 147T2587SSFRLWLTSYPSSKF
Site 148S2588SFRLWLTSYPSSKFP
Site 149Y2589FRLWLTSYPSSKFPV
Site 150T2597PSSKFPVTILQNGVK
Site 151T2606LQNGVKMTNEPPTGL
Site 152Y2621RLNLLQSYLTDPVSD
Site 153T2623NLLQSYLTDPVSDPE
Site 154S2627SYLTDPVSDPEFFKG
Site 155Y2671PLGWNIPYGFNESDL
Site 156S2676IPYGFNESDLRISIR
Site 157S2681NESDLRISIRQLQLF
Site 158Y2733LADFYNLYIVENPHY
Site 159Y2740YIVENPHYKFSPSGN
Site 160S2743ENPHYKFSPSGNYFA
Site 161S2745PHYKFSPSGNYFAPP
Site 162Y2748KFSPSGNYFAPPKGT
Site 163Y2759PKGTYEDYIEFIKKL
Site 164T2769FIKKLPFTQHPEIFG
Site 165T2792KDLQQTKTLFESLLL
Site 166S2796QTKTLFESLLLTQGG
Site 167T2800LFESLLLTQGGSKQT
Site 168S2804LLLTQGGSKQTGASG
Site 169S2810GSKQTGASGSTDQIL
Site 170S2830DILNKLPSDFDIEMA
Site 171Y2841IEMALRKYPVRYEES
Site 172Y2845LRKYPVRYEESMNTV
Site 173T2851RYEESMNTVLVQEME
Site 174T2866RFNNLIITIRNTLRD
Site 175Y2909EIWAKRSYPSLKPLG
Site 176S2911WAKRSYPSLKPLGSY
Site 177Y2933LNFLQDWYNSGKPCV
Site 178Y2960LTGAMQNYARKYTTP
Site 179Y2964MQNYARKYTTPIDLL
Site 180T2965QNYARKYTTPIDLLG
Site 181T2966NYARKYTTPIDLLGY
Site 182S2980YEFEVIPSDTSDTSP
Site 183T2982FEVIPSDTSDTSPED
Site 184S2983EVIPSDTSDTSPEDG
Site 185S2986PSDTSDTSPEDGVYI
Site 186Y2992TSPEDGVYIHGLYLD
Site 187Y2997GVYIHGLYLDGARWD
Site 188S3007GARWDRESGLLAEQY
Site 189S3033WIKPTQKSRIIKSDA
Site 190S3038QKSRIIKSDAYVCPL
Site 191Y3041RIIKSDAYVCPLYKT
Site 192Y3046DAYVCPLYKTSERKG
Site 193T3048YVCPLYKTSERKGTL
Site 194S3049VCPLYKTSERKGTLS
Site 195T3054KTSERKGTLSTTGHS
Site 196S3056SERKGTLSTTGHSTN
Site 197T3057ERKGTLSTTGHSTNF
Site 198T3072VIAMLLKTDQPTRHW
 
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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