PhosphoNET

           
Protein Info 
   
Short Name:  DYNC1H1
Full Name:  Cytoplasmic dynein 1 heavy chain 1
Alias:  Cytoplasmic dynein heavy chain 1; DHC1; DNCH1; Dnchc1; DNCL; DNECL; DYHC; DYHC1; Dynein heavy chain, cytosolic; Dynein, cytoplasmic 1, heavy chain 1; HL-3; KIAA0325; P22
Type:  Motor protein
Mass (Da):  532408
Number AA:  4646
UniProt ID:  Q14204
International Prot ID:  IPI00456969
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005868  GO:0005829 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0042623  GO:0003777 PhosphoSite+ KinaseNET
Biological Process:  GO:0007018  GO:0007052   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______MSEPGGGGG
Site 2S13GGGGEDGSAGLEVSA
Site 3S28VQNVADVSVLQKHLR
Site 4S60EAALEEKSALEQMRK
Site 5S70EQMRKFLSDPQVHTV
Site 6T76LSDPQVHTVLVERST
Site 7T83TVLVERSTLKEDVGD
Site 8Y101EEKEFISYNINIDIH
Site 9Y109NINIDIHYGVKSNSL
Site 10S113DIHYGVKSNSLAFIK
Site 11S115HYGVKSNSLAFIKRT
Site 12T122SLAFIKRTPVIDADK
Site 13S133DADKPVSSQLRVLTL
Site 14T139SSQLRVLTLSEDSPY
Site 15S141QLRVLTLSEDSPYET
Site 16S144VLTLSEDSPYETLHS
Site 17Y146TLSEDSPYETLHSFI
Site 18T148SEDSPYETLHSFISN
Site 19S151SPYETLHSFISNAVA
Site 20S163AVAPFFKSYIRESGK
Site 21Y164VAPFFKSYIRESGKA
Site 22S168FKSYIRESGKADRDG
Site 23S181DGDKMAPSVEKKIAE
Site 24Y221TNVAKQCYERGEKPK
Site 25T240GDKVEDPTFLNQLQS
Site 26S268KLDRDPASGTALQEI
Site 27S276GTALQEISFWLNLER
Site 28Y286LNLERALYRIQEKRE
Site 29S294RIQEKRESPEVLLTL
Site 30T313HGKRFHATVSFDTDT
Site 31S315KRFHATVSFDTDTGL
Site 32T320TVSFDTDTGLKQALE
Site 33T328GLKQALETVNDYNPL
Site 34Y332ALETVNDYNPLMKDF
Site 35T362QALVAIFTHLRKIRN
Site 36T370HLRKIRNTKYPIQRA
Site 37Y372RKIRNTKYPIQRALR
Site 38Y406RKLMHVAYEEFEKVM
Site 39Y427FQTWDDEYEKLQVLL
Site 40Y527IEEVNLAYENVKEVD
Site 41S539EVDGLDVSKEGTEAW
Site 42T543LDVSKEGTEAWEAAM
Site 43T562ERIDRVETRITARLR
Site 44T565DRVETRITARLRDQL
Site 45T574RLRDQLGTAKNANEM
Site 46S586NEMFRIFSRFNALFV
Site 47Y604IRGAIREYQTQLIQR
Site 48S618RVKDDIESLHDKFKV
Site 49Y627HDKFKVQYPQSQACK
Site 50S636QSQACKMSHVRDLPP
Site 51T659KQIDRQLTAYMKRVE
Site 52Y661IDRQLTAYMKRVEDV
Site 53S688KLKQDGDSFRMKLNT
Site 54S714QQRNLGVSGRIFTIE
Site 55T719GVSGRIFTIESTRVR
Site 56S722GRIFTIESTRVRGRT
Site 57T723RIFTIESTRVRGRTG
Site 58T729STRVRGRTGNVLKLK
Site 59T745NFLPEIITLSKEVRN
Site 60S747LPEIITLSKEVRNLK
Site 61S784FAISLIESVRTYERT
Site 62T787SLIESVRTYERTCEK
Site 63Y788LIESVRTYERTCEKV
Site 64T791SVRTYERTCEKVEER
Site 65T800EKVEERNTISLLVAG
Site 66Y832ESYKLDPYVQRLAET
Site 67T839YVQRLAETVFNFQEK
Site 68S863KIDLEVRSLETCMYD
Site 69T866LEVRSLETCMYDHKT
Site 70Y869RSLETCMYDHKTFSE
Site 71T873TCMYDHKTFSEILNR
Site 72S892VDDLNLHSYSNLPIW
Site 73Y893DDLNLHSYSNLPIWV
Site 74T940KAEVDMDTDAPQVSH
Site 75S946DTDAPQVSHKPGGEP
Site 76Y970RITNQVIYLNPPIEE
Site 77Y980PPIEECRYKLYQEMF
Site 78Y983EECRYKLYQEMFAWK
Site 79S995AWKMVVLSLPRIQSQ
Site 80S1001LSLPRIQSQRYQVGV
Site 81Y1004PRIQSQRYQVGVHYE
Site 82Y1010RYQVGVHYELTEEEK
Site 83T1013VGVHYELTEEEKFYR
Site 84Y1019LTEEEKFYRNALTRM
Site 85T1024KFYRNALTRMPDGPV
Site 86Y1069DMQAENIYNRLGEDL
Site 87T1092QIRKARGTFDNAETK
Site 88S1114IDYGKVQSKVNLKYD
Site 89Y1120QSKVNLKYDSWHKEV
Site 90S1129SWHKEVLSKFGQMLG
Site 91T1140QMLGSNMTEFHSQIS
Site 92S1144SNMTEFHSQISKSRQ
Site 93S1149FHSQISKSRQELEQH
Site 94S1157RQELEQHSVDTASTS
Site 95T1160LEQHSVDTASTSDAV
Site 96S1162QHSVDTASTSDAVTF
Site 97S1164SVDTASTSDAVTFIT
Site 98T1168ASTSDAVTFITYVQS
Site 99T1171SDAVTFITYVQSLKR
Site 100Y1172DAVTFITYVQSLKRK
Site 101S1175TFITYVQSLKRKIKQ
Site 102Y1210QFPPSWLYIDNIEGE
Site 103S1230DIMRRKDSAIQQQVA
Site 104T1255RAVESRTTDLLTDWE
Site 105T1259SRTTDLLTDWEKTKP
Site 106Y1283ALQALTIYEGKFGRL
Site 107T1309EALELTDTGLLSGSE
Site 108S1313LTDTGLLSGSEERVQ
Site 109S1315DTGLLSGSEERVQVA
Site 110S1334QDLKGVWSELSKVWE
Site 111S1353MKEQPWVSVQPRKLR
Site 112S1372ALLNQLKSFPARLRQ
Site 113Y1380FPARLRQYASYEFVQ
Site 114S1382ARLRQYASYEFVQRL
Site 115Y1383RLRQYASYEFVQRLL
Site 116T1472QIREVWNTYELDLVN
Site 117Y1480YELDLVNYQNKCRLI
Site 118S1503KVKEHINSVSAMKLS
Site 119S1505KEHINSVSAMKLSPY
Site 120S1510SVSAMKLSPYYKVFE
Site 121Y1512SAMKLSPYYKVFEED
Site 122Y1513AMKLSPYYKVFEEDA
Site 123S1522VFEEDALSWEDKLNR
Site 124Y1546DVQRRWVYLEGIFTG
Site 125T1565KHLLPVETQRFQSIS
Site 126S1570VETQRFQSISTEFLA
Site 127S1600NIQGVQRSLERLADL
Site 128Y1618IQKALGEYLERERSS
Site 129S1624EYLERERSSFPRFYF
Site 130S1625YLERERSSFPRFYFV
Site 131Y1630RSSFPRFYFVGDEDL
Site 132S1677NSVVLGISSREGEEV
Site 133T1688GEEVMFKTPVSITEH
Site 134T1703PKINEWLTLVEKEMR
Site 135S1732EIFGKATSIDPNTYI
Site 136T1737ATSIDPNTYITWIDK
Site 137T1764AWSENVETALSSMGG
Site 138S1767ENVETALSSMGGGGD
Site 139S1768NVETALSSMGGGGDA
Site 140T1813RKLEHLITELVHQRD
Site 141T1822LVHQRDVTRSLIKSK
Site 142S1824HQRDVTRSLIKSKID
Site 143S1828VTRSLIKSKIDNAKS
Site 144S1835SKIDNAKSFEWLSQM
Site 145Y1845WLSQMRFYFDPKQTD
Site 146T1851FYFDPKQTDVLQQLS
Site 147Y1872KFNYGFEYLGVQDKL
Site 148T1882VQDKLVQTPLTDRCY
Site 149T1885KLVQTPLTDRCYLTM
Site 150Y1889TPLTDRCYLTMTQAL
Site 151S1903LEARLGGSPFGPAGT
Site 152T1913GPAGTGKTESVKALG
Site 153S1915AGTGKTESVKALGHQ
Site 154S1969RLEERMLSAVSQQVQ
Site 155S1972ERMLSAVSQQVQCIQ
Site 156S1986QEALREHSNPNYDKT
Site 157Y1990REHSNPNYDKTSAPI
Site 158T1993SNPNYDKTSAPITCE
Site 159S1994NPNYDKTSAPITCEL
Site 160T1998DKTSAPITCELLNKQ
Site 161Y2022FITMNPGYAGRSNLP
Site 162S2038NLKKLFRSLAMTKPD
Site 163T2042LFRSLAMTKPDRQLI
Site 164Y2055LIAQVMLYSQGFRTA
Site 165S2081KLCDEQLSSQSHYDF
Site 166S2082LCDEQLSSQSHYDFG
Site 167S2084DEQLSSQSHYDFGLR
Site 168Y2086QLSSQSHYDFGLRAL
Site 169S2095FGLRALKSVLVSAGN
Site 170S2099ALKSVLVSAGNVKRE
Site 171Y2170DVFPGVQYHRGEMTA
Site 172Y2190KKVCQEMYLTYGDGE
Site 173T2192VCQEMYLTYGDGEEV
Site 174Y2211VEKVLQLYQITQINH
Site 175S2231GPSGSGKSMAWRVLL
Site 176Y2265AISKDHLYGTLDPNT
Site 177T2267SKDHLYGTLDPNTRE
Site 178T2272YGTLDPNTREWTDGL
Site 179T2276DPNTREWTDGLFTHV
Site 180T2281EWTDGLFTHVLRKII
Site 181S2290VLRKIIDSVRGELQK
Site 182S2317EWVENLNSVLDDNKL
Site 183T2326LDDNKLLTLPNGERL
Site 184S2334LPNGERLSLPPNVRI
Site 185S2384NFLARLRSIPLDEGE
Site 186S2410DEGEEAASPMLQIQR
Site 187Y2472ACRNVAQYNANHPDF
Site 188Y2489QIEQLERYIQRYLVY
Site 189S2503YAILWSLSGDSRLKM
Site 190Y2517MRAELGEYIRRITTV
Site 191T2522GEYIRRITTVPLPTA
Site 192T2523EYIRRITTVPLPTAP
Site 193Y2537PNIPIIDYEVSISGE
Site 194S2540PIIDYEVSISGEWSP
Site 195S2546VSISGEWSPWQAKVP
Site 196T2559VPQIEVETHKVAAPD
Site 197Y2582VRHEALLYTWLAEHK
Site 198T2604PGSGKTMTLFSALRA
Site 199T2634TPELLLKTFDHYCEY
Site 200Y2638LLKTFDHYCEYRRTP
Site 201Y2641TFDHYCEYRRTPNGV
Site 202T2644HYCEYRRTPNGVVLA
Site 203Y2674NLPDMDKYGTQRVIS
Site 204T2676PDMDKYGTQRVISFI
Site 205S2681YGTQRVISFIRQMVE
Site 206T2695EHGGFYRTSDQTWVK
Site 207T2699FYRTSDQTWVKLERI
Site 208T2716VGACNPPTDPGRKPL
Site 209S2724DPGRKPLSHRFLRHV
Site 210S2743VDYPGPASLTQIYGT
Site 211T2745YPGPASLTQIYGTFN
Site 212T2750SLTQIYGTFNRAMLR
Site 213S2761AMLRLIPSLRTYAEP
Site 214T2785TMSQERFTQDTQPHY
Site 215Y2792TQDTQPHYIYSPREM
Site 216Y2794DTQPHYIYSPREMTR
Site 217S2795TQPHYIYSPREMTRW
Site 218T2846EDEERRWTDENIDTV
Site 219T2852WTDENIDTVALKHFP
Site 220S2868IDREKAMSRPILYSN
Site 221Y2873AMSRPILYSNWLSKD
Site 222Y2881SNWLSKDYIPVDQEE
Site 223Y2892DQEELRDYVKARLKV
Site 224Y2901KARLKVFYEEELDVP
Site 225S2947GAGKTTLSRFVAWMN
Site 226Y2959WMNGLSVYQIKVHRK
Site 227Y2967QIKVHRKYTGEDFDE
Site 228T2968IKVHRKYTGEDFDED
Site 229T2978DFDEDLRTVLRRSGC
Site 230S2983LRTVLRRSGCKNEKI
Site 231S3002DESNVLDSGFLERMN
Site 232Y3026GLFEGDEYATLMTQC
Site 233S3046KEGLMLDSHEELYKW
Site 234Y3051LDSHEELYKWFTSQV
Site 235T3067RNLHVVFTMNPSSEG
Site 236S3072VFTMNPSSEGLKDRA
Site 237T3081GLKDRAATSPALFNR
Site 238S3082LKDRAATSPALFNRC
Site 239Y3103DWSTEALYQVGKEFT
Site 240Y3120MDLEKPNYIVPDYMP
Site 241Y3125PNYIVPDYMPVVYDK
Site 242Y3130PDYMPVVYDKLPQPP
Site 243S3138DKLPQPPSHREAIVN
Site 244T3172GGRTMAITPRHYLDF
Site 245Y3176MAITPRHYLDFINHY
Site 246Y3183YLDFINHYANLFHEK
Site 247T3211GLRKIKETVDQVEEL
Site 248S3226RRDLRIKSQELEVKN
Site 249S3257AEKKKVMSQEIQEQL
Site 250S3298EAQNAVKSIKKQHLV
Site 251S3309QHLVEVRSMANPPAA
Site 252S3323AVKLALESICLLLGE
Site 253Y3371REKMKKNYMSNPSYN
Site 254S3376KNYMSNPSYNYEIVN
Site 255Y3377NYMSNPSYNYEIVNR
Site 256Y3379MSNPSYNYEIVNRAS
Site 257S3386YEIVNRASLACGPMV
Site 258S3443MIRDLEASIARYKEE
Site 259Y3447LEASIARYKEEYAVL
Site 260Y3451IARYKEEYAVLISEA
Site 261S3475VEAKVNRSTALLKSL
Site 262T3476EAKVNRSTALLKSLS
Site 263S3481RSTALLKSLSAERER
Site 264S3483TALLKSLSAERERWE
Site 265T3495RWEKTSETFKNQMST
Site 266Y3519AFIAYAGYFDQQMRQ
Site 267Y3552TDIARTEYLSNADER
Site 268S3554IARTEYLSNADERLR
Site 269S3565ERLRWQASSLPADDL
Site 270S3566RLRWQASSLPADDLC
Site 271T3597IDPSGQATEFIMNEY
Site 272T3610EYKDRKITRTSFLDD
Site 273T3612KDRKITRTSFLDDAF
Site 274S3613DRKITRTSFLDDAFR
Site 275S3625AFRKNLESALRFGNP
Site 276S3640LLVQDVESYDPVLNP
Site 277T3656LNREVRRTGGRVLIT
Site 278T3663TGGRVLITLGDQDID
Site 279T3685FLSTRDPTVEFPPDL
Site 280S3706VNFTVTRSSLQSQCL
Site 281S3707NFTVTRSSLQSQCLN
Site 282S3710VTRSSLQSQCLNEVL
Site 283S3729PDVDEKRSDLLKLQG
Site 284S3748RLRQLEKSLLQALNE
Site 285T3765GRILDDDTIITTLEN
Site 286T3769DDDTIITTLENLKRE
Site 287T3781KREAAEVTRKVEETD
Site 288T3787VTRKVEETDIVMQEV
Site 289S3798MQEVETVSQQYLPLS
Site 290S3805SQQYLPLSTACSSIY
Site 291Y3841DIYHNVLYENPNLKG
Site 292T3853LKGVTDHTQRLSIIT
Site 293S3857TDHTQRLSIITKDLF
Site 294T3895ARIKLKGTVGEPTYD
Site 295Y3901GTVGEPTYDAEFQHF
Site 296S3917RGNEIVLSAGSTPRI
Site 297T3928TPRIQGLTVEQAEAV
Site 298S3963QFGIWLDSSSPEQTV
Site 299S3964FGIWLDSSSPEQTVP
Site 300S3965GIWLDSSSPEQTVPY
Site 301T3969DSSSPEQTVPYLWSE
Site 302Y3972SPEQTVPYLWSEETP
Site 303T3978PYLWSEETPATPIGQ
Site 304T3981WSEETPATPIGQAIH
Site 305S4016VSTNLGESFMSIMEQ
Site 306S4019NLGESFMSIMEQPLD
Site 307S4052SVPGYDASGHVEDLA
Site 308T4086QADKAINTAVKSGRW
Site 309T4127ACFRLFLTMEINPKV
Site 310S4167TFSSIPVSRICKSPN
Site 311S4172PVSRICKSPNERARL
Site 312Y4180PNERARLYFLLAWFH
Site 313Y4196IIQERLRYAPLGWSK
Site 314Y4205PLGWSKKYEFGESDL
Site 315S4210KKYEFGESDLRSACD
Site 316S4214FGESDLRSACDTVDT
Site 317T4218DLRSACDTVDTWLDD
Site 318T4221SACDTVDTWLDDTAK
Site 319T4226VDTWLDDTAKGRQNI
Site 320S4234AKGRQNISPDKIPWS
Site 321S4241SPDKIPWSALKTLMA
Site 322S4250LKTLMAQSIYGGRVD
Site 323T4267FDQRLLNTFLERLFT
Site 324T4274TFLERLFTTRSFDSE
Site 325S4277ERLFTTRSFDSEFKL
Site 326S4280FTTRSFDSEFKLACK
Site 327T4315WVELLPDTQTPSWLG
Site 328T4317ELLPDTQTPSWLGLP
Site 329S4319LPDTQTPSWLGLPNN
Site 330Y4357EDEDDLAYAETEKKT
Site 331T4360DDLAYAETEKKTRTD
Site 332T4364YAETEKKTRTDSTSD
Site 333T4366ETEKKTRTDSTSDGR
Site 334S4368EKKTRTDSTSDGRPA
Site 335T4369KKTRTDSTSDGRPAW
Site 336S4370KTRTDSTSDGRPAWM
Site 337T4379GRPAWMRTLHTTASN
Site 338T4394WLHLIPQTLSHLKRT
Site 339S4396HLIPQTLSHLKRTVE
Site 340Y4447GKKKQTNYLRTLINE
Site 341S4463VKGILPRSWSHYTVP
Site 342S4465GILPRSWSHYTVPAG
Site 343Y4467LPRSWSHYTVPAGMT
Site 344T4468PRSWSHYTVPAGMTV
Site 345Y4527YITATRQYVAQANSW
Site 346S4535VAQANSWSLEELCLE
Site 347S4576TCNNNKLSLSNAIST
Site 348S4578NNNKLSLSNAISTAL
Site 349T4583SLSNAISTALPLTQL
Site 350T4588ISTALPLTQLRWVKQ
Site 351T4596QLRWVKQTNTEKKAS
Site 352S4603TNTEKKASVVTLPVY
Site 353T4614LPVYLNFTRADLIFT
Site 354S4634ATKEDPRSFYERGVA
Site 355Y4636KEDPRSFYERGVAVL
 
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