PhosphoNET

           
Protein Info 
   
Short Name:  DNAH14
Full Name:  Dynein heavy chain 14, axonemal
Alias:  Axonemal beta dynein heavy chain 14;Ciliary dynein heavy chain 14
Type: 
Mass (Da):  399895
Number AA:  3507
UniProt ID:  Q0VDD8
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 1Y79VTSGAAAYPRWNLAR
Site 2T96APPHLPGTQDPLRRV
Site 3T107LRRVRDPTPIVASSP
Site 4S113PTPIVASSPGRRRGS
Site 5S120SPGRRRGSWSGGYGQ
Site 6S122GRRRGSWSGGYGQEA
Site 7S130GGYGQEASEPGVVGL
Site 8S169QEGPQRPSDHGAAEK
Site 9T180AAEKHMETFIPIDLT
Site 10T187TFIPIDLTTENQEMD
Site 11T188FIPIDLTTENQEMDK
Site 12T200MDKEETKTKPRLLRY
Site 13Y207TKPRLLRYEEKKYED
Site 14Y212LRYEEKKYEDVKPLE
Site 15Y233AEKETLEYKTVRTFS
Site 16T235KETLEYKTVRTFSES
Site 17T238LEYKTVRTFSESLKS
Site 18S240YKTVRTFSESLKSEK
Site 19S242TVRTFSESLKSEKTE
Site 20S245TFSESLKSEKTEEPK
Site 21T248ESLKSEKTEEPKDDD
Site 22T271REKLGWQTILPQHSL
Site 23S277QTILPQHSLKYGSSK
Site 24Y280LPQHSLKYGSSKIAI
Site 25Y304EDDGEFVYCLPRKSP
Site 26S310VYCLPRKSPKSLYNP
Site 27S313LPRKSPKSLYNPYDL
Site 28Y315RKSPKSLYNPYDLQV
Site 29S347SFISKLDSSRTYSLD
Site 30S348FISKLDSSRTYSLDE
Site 31T350SKLDSSRTYSLDEFC
Site 32Y351KLDSSRTYSLDEFCE
Site 33S352LDSSRTYSLDEFCEE
Site 34S380DIRNKAISEMKSTFL
Site 35S384KAISEMKSTFLKVAE
Site 36T385AISEMKSTFLKVAEK
Site 37Y398EKNEIKEYFESKLSE
Site 38S401EIKEYFESKLSEDDT
Site 39S404EYFESKLSEDDTTHF
Site 40T408SKLSEDDTTHFKLPK
Site 41T409KLSEDDTTHFKLPKY
Site 42Y416THFKLPKYRRLLETF
Site 43S462GSAGMPFSVEKKNEN
Site 44T473KNENLIRTFKDNSFP
Site 45S478IRTFKDNSFPTGKTT
Site 46S495CEELVDNSKLHAISV
Site 47S501NSKLHAISVQKSEVK
Site 48S505HAISVQKSEVKTDTD
Site 49T509VQKSEVKTDTDINEI
Site 50T511KSEVKTDTDINEILN
Site 51S519DINEILNSVEVGKDL
Site 52T529VGKDLRKTYAPIFEV
Site 53Y530GKDLRKTYAPIFEVN
Site 54S546CLRIPAESDSSENSK
Site 55S548RIPAESDSSENSKEN
Site 56S549IPAESDSSENSKENF
Site 57S552ESDSSENSKENFHES
Site 58S559SKENFHESDQCPEEC
Site 59S585DNCVKKHSSEELLPK
Site 60S596LLPKAKKSKEISYNL
Site 61S600AKKSKEISYNLEDII
Site 62Y642KTGSIIHYKEQTRWP
Site 63Y682SMGLVNAYSHKFIKY
Site 64Y689YSHKFIKYCTMTEKA
Site 65S700TEKAKIMSMKISSMG
Site 66S704KIMSMKISSMGELTS
Site 67S711SSMGELTSKEFEAIL
Site 68Y724ILNRFRNYFRHIVNM
Site 69T756QQLECDPTEIEEFLE
Site 70S776NAISSKISKLEKEFL
Site 71T784KLEKEFLTMSQLYSV
Site 72S786EKEFLTMSQLYSVAK
Site 73S790LTMSQLYSVAKHHQI
Site 74S819LKFSQLKSSMKLSKI
Site 75S820KFSQLKSSMKLSKIN
Site 76S824LKSSMKLSKINKDTA
Site 77T887SGEAASLTNKAKAYS
Site 78Y896KAKAYSHYQDCFSDS
Site 79S909DSQSHMHSVNVEEIT
Site 80T931SDIEGDLTLRKKLWE
Site 81S953ASWEWRNSSLQSIDV
Site 82S954SWEWRNSSLQSIDVE
Site 83S957WRNSSLQSIDVESVQ
Site 84S962LQSIDVESVQRNVSK
Site 85S968ESVQRNVSKLMHIIS
Site 86S994IPSIDDISAQLEESQ
Site 87Y1023IKSQIMFYNDCVKSF
Site 88S1029FYNDCVKSFVSSYSR
Site 89S1033CVKSFVSSYSREKLE
Site 90Y1034VKSFVSSYSREKLEK
Site 91S1035KSFVSSYSREKLEKV
Site 92T1061ADLVVLDTSNSRTKA
Site 93T1066LDTSNSRTKAILGAL
Site 94Y1116NEKQKLCYVSQGNAS
Site 95S1118KQKLCYVSQGNASFT
Site 96Y1126QGNASFTYGYEYLGC
Site 97Y1130SFTYGYEYLGCTSRL
Site 98T1173AGTGKTETVKDLAKC
Site 99Y1244FITMNPRYGGGVELP
Site 100S1256ELPDNLKSLFRPVAM
Site 101S1283LFSFGFKSANSLSGK
Site 102S1286FGFKSANSLSGKLTN
Site 103T1292NSLSGKLTNLYELAR
Site 104Y1295SGKLTNLYELARKQL
Site 105S1303ELARKQLSQQDHYNF
Site 106Y1308QLSQQDHYNFGLRSL
Site 107T1333KREFKCDTSDSLSEA
Site 108S1334REFKCDTSDSLSEAD
Site 109S1336FKCDTSDSLSEADET
Site 110S1338CDTSDSLSEADETLI
Site 111S1354IEAIREASLPKCPPE
Site 112S1405LGLQNWSSQKEKIIQ
Site 113T1434GPTGGGKTTVRRILE
Site 114T1435PTGGGKTTVRRILEK
Site 115S1460LSVAERKSASKISER
Site 116S1465RKSASKISERKGKVD
Site 117T1494YGQLDPNTMEWTDGL
Site 118S1503EWTDGLLSATIRSYV
Site 119Y1509LSATIRSYVYFNTPK
Site 120Y1511ATIRSYVYFNTPKNT
Site 121T1514RSYVYFNTPKNTKKD
Site 122S1528DIDLRLKSRISDLSN
Site 123S1531LRLKSRISDLSNVFK
Site 124S1534KSRISDLSNVFKLDS
Site 125S1541SNVFKLDSSDTTETD
Site 126S1542NVFKLDSSDTTETDD
Site 127T1545KLDSSDTTETDDNIF
Site 128S1588FWVENLNSVLDDTRT
Site 129T1595SVLDDTRTLCLANSE
Site 130S1601RTLCLANSERIALTN
Site 131S1623VDNLSQASPATVSRC
Site 132Y1645VDLGWEPYVKSWLLK
Site 133S1648GWEPYVKSWLLKTSK
Site 134T1653VKSWLLKTSKIISQS
Site 135S1654KSWLLKTSKIISQSG
Site 136Y1689NRQKFQPYPMEDITV
Site 137S1720KNGGFEQSDDLNDTS
Site 138T1726QSDDLNDTSSKEANS
Site 139S1728DDLNDTSSKEANSQR
Site 140S1733TSSKEANSQRESVTF
Site 141S1737EANSQRESVTFKDIE
Site 142T1739NSQRESVTFKDIEKR
Site 143T1750IEKRDENTWYPEKNP
Site 144Y1752KRDENTWYPEKNPDK
Site 145T1761EKNPDKLTKIIQKLF
Site 146S1795ENIPFCPSLEPDSLA
Site 147S1800CPSLEPDSLAKVTYD
Site 148Y1806DSLAKVTYDFDKLVH
Site 149S1820HELFGNSSQVGINLP
Site 150T1857DLVPNDQTLIQRDNP
Site 151T1865LIQRDNPTKKPEVRT
Site 152S1888DHKGVVVSTINFSTN
Site 153T1913LKKLIRRTKDTLGAP
Site 154T1916LIRRTKDTLGAPKNN
Site 155Y1940NMPVSDMYGAQPPLE
Site 156T1961DLGGVYDTEKNTWKN
Site 157Y2035YLTDNKLYRVPISHK
Site 158S2079NLNIEQDSFLEDLNY
Site 159S2089EDLNYIISSGRIPDL
Site 160Y2111SIAMKIRYLTEQSGH
Site 161T2113AMKIRYLTEQSGHMD
Site 162S2124GHMDNRQSLLSFFQK
Site 163S2127DNRQSLLSFFQKRIY
Site 164Y2134SFFQKRIYKNLHIFV
Site 165S2149IMSPEGPSFRQNCRV
Site 166Y2157FRQNCRVYPSMISSC
Site 167Y2169SSCTIDWYERWPEEA
Site 168Y2219MKDLNRKYFEETGRF
Site 169Y2227FEETGRFYYTTPNSY
Site 170Y2228EETGRFYYTTPNSYL
Site 171T2229ETGRFYYTTPNSYLQ
Site 172T2230TGRFYYTTPNSYLQF
Site 173T2254AREEEMQTKRDRFHM
Site 174S2305MEKLRKDSQVVEKVQ
Site 175Y2332EVRIVEDYAQKTANE
Site 176S2342KTANELKSVLPAFDK
Site 177T2429VKLKKIVTLPDFNPH
Site 178Y2509QGLPHGQYSVENAIL
Site 179S2543WIRQMEGSRLQKLSI
Site 180S2549GSRLQKLSIEDSNYT
Site 181S2553QKLSIEDSNYTKKIE
Site 182Y2555LSIEDSNYTKKIENA
Site 183T2565KIENAMKTGGSVLLQ
Site 184S2568NAMKTGGSVLLQSCQ
Site 185S2573GGSVLLQSCQASTWR
Site 186S2577LLQSCQASTWRKKLY
Site 187T2578LQSCQASTWRKKLYL
Site 188Y2584STWRKKLYLSTEIDN
Site 189S2586WRKKLYLSTEIDNPH
Site 190T2587RKKLYLSTEIDNPHF
Site 191T2610TMINFTVTFQGLQDQ
Site 192S2635PHLEDQRSKLLESIS
Site 193S2642SKLLESISLDAITLE
Site 194T2647SISLDAITLEELEEK
Site 195T2675DDDKIVDTLRKSKMT
Site 196S2679IVDTLRKSKMTSNEI
Site 197T2682TLRKSKMTSNEISKR
Site 198S2683LRKSKMTSNEISKRI
Site 199S2687KMTSNEISKRIEATK
Site 200Y2707IQAIRKNYLPIATRG
Site 201Y2729ADLTQINYMYQFSLD
Site 202S2745FHQVFVSSVVSKSKE
Site 203S2748VFVSSVVSKSKEQEH
Site 204S2750VSSVVSKSKEQEHSF
Site 205S2756KSKEQEHSFKREKVS
Site 206S2763SFKREKVSPKEVHEF
Site 207S2772KEVHEFISISKEPNL
Site 208S2774VHEFISISKEPNLEN
Site 209S2792LLDKHIKSAIDMLTK
Site 210S2864INIKSALSQSRLTST
Site 211S2866IKSALSQSRLTSTFE
Site 212T2869ALSQSRLTSTFEIGE
Site 213S2870LSQSRLTSTFEIGES
Site 214T2871SQSRLTSTFEIGESQ
Site 215S2877STFEIGESQHLQWLS
Site 216Y2893SRWRQCQYVSTHLEP
Site 217S2913KSLLSNVSQWDTFKN
Site 218T2917SNVSQWDTFKNSKAV
Site 219Y2925FKNSKAVYSLISTPF
Site 220S2926KNSKAVYSLISTPFS
Site 221S2929KAVYSLISTPFSSEN
Site 222S2933SLISTPFSSENASLE
Site 223S2934LISTPFSSENASLEE
Site 224S2938PFSSENASLEENTKP
Site 225T2951KPPEEKHTFCLLLRA
Site 226T2976VGRGQWLTSTACDRH
Site 227T2978RGQWLTSTACDRHTD
Site 228T2984STACDRHTDVCSFSF
Site 229S2988DRHTDVCSFSFALND
Site 230Y3008EHVQDIFYGHCVDKY
Site 231Y3015YGHCVDKYHVKVLRP
Site 232S3024VKVLRPESLNNSVRK
Site 233S3028RPESLNNSVRKFITE
Site 234Y3041TEKMGNKYLQRTGVN
Site 235Y3053GVNLKDAYKGSNART
Site 236S3056LKDAYKGSNARTPLI
Site 237T3060YKGSNARTPLILIQT
Site 238T3105AIRSCWETQGEKFIE
Site 239T3162KEEIAVGTPSTLKSM
Site 240S3168GTPSTLKSMMSSSIW
Site 241S3171STLKSMMSSSIWESL
Site 242S3172TLKSMMSSSIWESLS
Site 243S3173LKSMMSSSIWESLSK
Site 244S3177MSSSIWESLSKNLKD
Site 245S3179SSIWESLSKNLKDHD
Site 246S3238ELEEIFNSFLNMRVP
Site 247Y3253TLWQKHAYRSCKPLS
Site 248S3260YRSCKPLSSWIDDLI
Site 249S3261RSCKPLSSWIDDLIQ
Site 250Y3288YTAIQRRYMRFVTVW
Site 251T3293RRYMRFVTVWKQSIP
Site 252T3302WKQSIPSTSQKCKHP
Site 253S3303KQSIPSTSQKCKHPE
Site 254S3312KCKHPEDSENNFFEG
Site 255S3389VRRAFKGSASSHTGV
Site 256S3391RAFKGSASSHTGVYI
Site 257S3418EQKILEDSLPLEMCC
Site 258S3438YFLPTKISTKTPNAS
Site 259T3441PTKISTKTPNASNQT
Site 260Y3460YAFECPVYQTPERSR
Site 261T3462FECPVYQTPERSRIL
Site 262S3481LPTNFLTSVYLSTKK
Site 263Y3483TNFLTSVYLSTKKPP
Site 264S3485FLTSVYLSTKKPPSH
Site 265S3491LSTKKPPSHWITMRV
 
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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