PhosphoNET

           
Protein Info 
   
Short Name:  CHD-2
Full Name:  Chromodomain-helicase-DNA-binding protein 2
Alias:  ATP-dependent helicase CHD2; CHD2; Chromodomain helicase DNA binding 2; Chromodomain-helicase-DNA-binding 2; EC 3.6.1.-
Type:  Helicase, DNA binding protein
Mass (Da):  211344
Number AA:  1828
UniProt ID:  O14647
International Prot ID:  IPI00023109
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0000785  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0004003  GO:0003677 PhosphoSite+ KinaseNET
Biological Process:  GO:0006333  GO:0006357   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 1S8MMRNKDKSQEEDSSL
Site 2S13DKSQEEDSSLHSNAS
Site 3S14KSQEEDSSLHSNASS
Site 4S17EEDSSLHSNASSHSA
Site 5S20SSLHSNASSHSASEE
Site 6S21SLHSNASSHSASEEA
Site 7S23HSNASSHSASEEASG
Site 8S25NASSHSASEEASGSD
Site 9S29HSASEEASGSDSGSQ
Site 10S31ASEEASGSDSGSQSE
Site 11S33EEASGSDSGSQSESE
Site 12S35ASGSDSGSQSESEQG
Site 13S37GSDSGSQSESEQGSD
Site 14S39DSGSQSESEQGSDPG
Site 15S43QSESEQGSDPGSGHG
Site 16S47EQGSDPGSGHGSESN
Site 17S51DPGSGHGSESNSSSE
Site 18S53GSGHGSESNSSSESS
Site 19S55GHGSESNSSSESSES
Site 20S56HGSESNSSSESSESQ
Site 21S57GSESNSSSESSESQS
Site 22S59ESNSSSESSESQSES
Site 23S60SNSSSESSESQSESE
Site 24S62SSSESSESQSESESE
Site 25S64SESSESQSESESESA
Site 26S66SSESQSESESESAGS
Site 27S68ESQSESESESAGSKS
Site 28S70QSESESESAGSKSQP
Site 29S73SESESAGSKSQPVLP
Site 30S75SESAGSKSQPVLPEA
Site 31S88EAKEKPASKKERIAD
Site 32Y103VKKMWEEYPDVYGVR
Site 33Y107WEEYPDVYGVRRSNR
Site 34S112DVYGVRRSNRSRQEP
Site 35S115GVRRSNRSRQEPSRF
Site 36S129FNIKEEASSGSESGS
Site 37S130NIKEEASSGSESGSP
Site 38S132KEEASSGSESGSPKR
Site 39S134EASSGSESGSPKRRG
Site 40S136SSGSESGSPKRRGQR
Site 41S156EKWKQEPSEDEQEQG
Site 42T164EDEQEQGTSAESEPE
Site 43S165DEQEQGTSAESEPEQ
Site 44S168EQGTSAESEPEQKKV
Site 45T185RRPVPRRTVPKPRVK
Site 46T197RVKKQPKTQRGKRKK
Site 47S207GKRKKQDSSDEDDDD
Site 48S208KRKKQDSSDEDDDDD
Site 49T222DEAPKRQTRRRAAKN
Site 50T240KEDDDFETDSDDLIE
Site 51S242DDDFETDSDDLIEMT
Site 52T262EQQDNSETIEKVLDS
Site 53S269TIEKVLDSRLGKKGA
Site 54T282GATGASTTVYAIEAN
Site 55Y284TGASTTVYAIEANGD
Site 56S293IEANGDPSGDFDTEK
Site 57T298DPSGDFDTEKDEGEI
Site 58Y307KDEGEIQYLIKWKGW
Site 59S319KGWSYIHSTWESEES
Site 60T320GWSYIHSTWESEESL
Site 61S323YIHSTWESEESLQQQ
Site 62S326STWESEESLQQQKVK
Site 63S356KQWLGKVSPEDVEYF
Site 64Y362VSPEDVEYFNCQQEL
Site 65S391IAVKTSKSTLGQTDF
Site 66T396SKSTLGQTDFPAHSR
Site 67S402QTDFPAHSRKPAPSN
Site 68S408HSRKPAPSNEPEYLC
Site 69Y413APSNEPEYLCKWMGL
Site 70S426GLPYSECSWEDEALI
Site 71S450SFHSRNNSKTIPTRE
Site 72T452HSRNNSKTIPTRECK
Site 73Y476ALKKQPAYLGGENLE
Site 74Y487ENLELRDYQLEGLNW
Site 75Y525QTISFLSYLFHQHQL
Site 76S547VPLSTLTSWQREFEI
Site 77Y577SRNTIREYEWIHSQT
Site 78Y596FNALITTYEILLKDK
Site 79S627HRLKNDDSLLYKTLI
Site 80Y630KNDDSLLYKTLIDFK
Site 81T632DDSLLYKTLIDFKSN
Site 82S638KTLIDFKSNHRLLIT
Site 83T645SNHRLLITGTPLQNS
Site 84T647HRLLITGTPLQNSLK
Site 85S652TGTPLQNSLKELWSL
Site 86Y686GKGRENGYQSLHKVL
Site 87S688GRENGYQSLHKVLEP
Site 88S708VKKDVEKSLPAKVEQ
Site 89S722QILRVEMSALQKQYY
Site 90Y728MSALQKQYYKWILTR
Site 91Y729SALQKQYYKWILTRN
Site 92Y737KWILTRNYKALAKGT
Site 93S747LAKGTRGSTSGFLNI
Site 94T748AKGTRGSTSGFLNIV
Site 95Y766KKCCNHCYLIKPPEE
Site 96S785NGQEILLSLIRSSGK
Site 97T828DILAEYLTIKHYPFQ
Site 98Y832EYLTIKHYPFQRLDG
Site 99S840PFQRLDGSIKGEIRK
Site 100T917VNIYRLVTKGTVEEE
Site 101T920YRLVTKGTVEEEIIE
Site 102T946VIQRMDTTGRTILEN
Site 103S955RTILENNSGRSNSNP
Site 104S960NNSGRSNSNPFNKEE
Site 105S988KELEGEESEPQEMDI
Site 106S1010ETRENEVSTSATDEL
Site 107S1012RENEVSTSATDELLS
Site 108T1014NEVSTSATDELLSQF
Site 109S1019SATDELLSQFKVANF
Site 110Y1068QKELEEIYMLPRIRS
Site 111S1075YMLPRIRSSTKKAQT
Site 112S1076MLPRIRSSTKKAQTN
Site 113T1077LPRIRSSTKKAQTND
Site 114S1085KKAQTNDSDSDTESK
Site 115S1087AQTNDSDSDTESKRQ
Site 116T1089TNDSDSDTESKRQAQ
Site 117S1091DSDSDTESKRQAQRS
Site 118S1098SKRQAQRSSASESET
Site 119S1099KRQAQRSSASESETE
Site 120S1103QRSSASESETEDSDD
Site 121T1105SSASESETEDSDDDK
Site 122S1108SESETEDSDDDKKPK
Site 123S1122KRRGRPRSVRKDLVE
Site 124Y1143IRRFIKAYKKFGLPL
Site 125S1166DAELVDKSVADLKRL
Site 126S1197EQLKENASEGKGPGK
Site 127T1209PGKRRGPTIKISGVQ
Site 128S1221GVQVNVKSIIQHEEE
Site 129S1235EFEMLHKSIPVDPEE
Site 130Y1246DPEEKKKYCLTCRVK
Site 131T1249EKKKYCLTCRVKAAH
Site 132S1267EWGVEDDSRLLLGIY
Site 133Y1274SRLLLGIYEHGYGNW
Site 134Y1278LGIYEHGYGNWELIK
Site 135T1286GNWELIKTDPELKLT
Site 136T1293TDPELKLTDKILPVE
Site 137Y1316QLQTRADYLLKLLRK
Site 138S1364EEHGIELSSPRHSDN
Site 139S1365EHGIELSSPRHSDNP
Site 140S1369ELSSPRHSDNPSEEG
Site 141S1373PRHSDNPSEEGEVKD
Site 142S1386KDDGLEKSPMKKKQK
Site 143S1406ENKEKQMSSRKDKEG
Site 144S1407NKEKQMSSRKDKEGD
Site 145S1420GDKERKKSKDKKEKP
Site 146S1429DKKEKPKSGDAKSSS
Site 147S1434PKSGDAKSSSKSKRS
Site 148S1435KSGDAKSSSKSKRSQ
Site 149S1436SGDAKSSSKSKRSQG
Site 150S1438DAKSSSKSKRSQGPV
Site 151S1441SSSKSKRSQGPVHIT
Site 152T1448SQGPVHITAGSEPVP
Site 153T1468DDDLDQETFSICKER
Site 154S1470DLDQETFSICKERMR
Site 155S1560KMAHKKRSQEEEEQK
Site 156T1573QKKKDDVTGGKKPFR
Site 157S1584KPFRPEASGSSRDSL
Site 158S1586FRPEASGSSRDSLIS
Site 159S1590ASGSSRDSLISQSHT
Site 160S1593SSRDSLISQSHTSHN
Site 161S1595RDSLISQSHTSHNLH
Site 162T1597SLISQSHTSHNLHPQ
Site 163S1611QKPHLPASHGPQMHG
Site 164Y1624HGHPRDNYNHPNKRH
Site 165S1686RHMDAHRSGSYRPNN
Site 166S1688MDAHRSGSYRPNNMS
Site 167S1695SYRPNNMSRKRPYDQ
Site 168Y1700NMSRKRPYDQYSSDR
Site 169Y1703RKRPYDQYSSDRDHR
Site 170S1704KRPYDQYSSDRDHRG
Site 171S1705RPYDQYSSDRDHRGH
Site 172Y1715DHRGHRDYYDRHHHD
Site 173Y1716HRGHRDYYDRHHHDS
Site 174S1723YDRHHHDSKRRRSDE
Site 175S1728HDSKRRRSDEFRPQN
Site 176S1745QQDFRRMSDHRPAMG
Site 177Y1753DHRPAMGYHGQGPSD
Site 178Y1762GQGPSDHYRSFHTDK
Site 179S1764GPSDHYRSFHTDKLG
Site 180Y1773HTDKLGEYKQPLPPL
Site 181S1785PPLHPAVSDPRSPPS
Site 182S1789PAVSDPRSPPSQKSP
Site 183S1792SDPRSPPSQKSPHDS
Site 184S1795RSPPSQKSPHDSKSP
Site 185S1799SQKSPHDSKSPLDHR
Site 186S1801KSPHDSKSPLDHRSP
Site 187S1807KSPLDHRSPLERSLE
Site 188S1812HRSPLERSLEQKNNP
Site 189Y1821EQKNNPDYNWNVRKT
 
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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