PhosphoNET

           
Protein Info 
   
Short Name:  SMCHD1
Full Name:  Structural maintenance of chromosomes flexible hinge domain-containing protein 1
Alias: 
Type: 
Mass (Da):  226356
Number AA:  2005
UniProt ID:  A6NHR9
International Prot ID:  IPI00890837
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005694  GO:0043226  GO:0043228 Uniprot OncoNet
Molecular Function:  GO:0000166  GO:0005488  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0006996  GO:0009987  GO:0016043 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 1S13GGGPGGASVGTEEDG
Site 2T16PGGASVGTEEDGGGV
Site 3T27GGGVGHRTVYLFDRR
Site 4Y29GVGHRTVYLFDRREK
Site 5S38FDRREKESELGDRPL
Site 6Y53QVGERSDYAGFRACV
Site 7T77EKFVITTTSRKEITC
Site 8S78KFVITTTSRKEITCD
Site 9T90TCDNFDETVKDGVTL
Site 10T109SVNQLLLTATKERID
Site 11Y121RIDFLPHYDTLVKSG
Site 12T123DFLPHYDTLVKSGMY
Site 13Y132VKSGMYEYYASEGQN
Site 14Y133KSGMYEYYASEGQNP
Site 15S135GMYEYYASEGQNPLP
Site 16S152LAELIDNSLSATSRN
Site 17S154ELIDNSLSATSRNIG
Site 18T156IDNSLSATSRNIGVR
Site 19T190IDNGRGMTSKQLNNW
Site 20S213TRQGDFESDHSGYVR
Site 21S216GDFESDHSGYVRPVP
Site 22Y218FESDHSGYVRPVPVP
Site 23S227RPVPVPRSLNSDISY
Site 24S230PVPRSLNSDISYFGV
Site 25S233RSLNSDISYFGVGGK
Site 26Y234SLNSDISYFGVGGKQ
Site 27S254GQSARMISKPADSQD
Site 28S259MISKPADSQDVHELV
Site 29S268DVHELVLSKEDFEKK
Site 30Y283EKNKEAIYSGYIRNR
Site 31S284KNKEAIYSGYIRNRK
Site 32Y286KEAIYSGYIRNRKPS
Site 33S293YIRNRKPSDSVHITN
Site 34S295RNRKPSDSVHITNDD
Site 35T299PSDSVHITNDDERFL
Site 36S318IEEKEKDSFTAVVIT
Site 37T320EKEKDSFTAVVITGV
Site 38Y334VQPEHIQYLKNYFHL
Site 39Y350TRQLAHIYHYYIHGP
Site 40Y352QLAHIYHYYIHGPKG
Site 41Y353LAHIYHYYIHGPKGN
Site 42S365KGNEIRTSKEVEPFN
Site 43T401EIQDDMQTLYVNTAA
Site 44Y403QDDMQTLYVNTAADS
Site 45S410YVNTAADSFEFKAHV
Site 46Y434IRYHPFLYDRETYPD
Site 47Y439FLYDRETYPDDPCFP
Site 48Y483WNGRLIPYTSVEDFD
Site 49T484NGRLIPYTSVEDFDW
Site 50T493VEDFDWCTPPKKRGL
Site 51T527QVSTNKLTFMDLELK
Site 52T540LKLKDKNTLFTRILN
Site 53Y570LKDCHEKYDKQIKFT
Site 54S590ITRPDLPSKKQGPWA
Site 55Y599KQGPWATYAAIEWDG
Site 56Y634SIVRFFLYGDHDGEV
Site 57Y642GDHDGEVYATGGEVQ
Site 58Y658AMEPQALYDEVRTVP
Site 59T672PIAKLDRTVAEKAVK
Site 60Y681AEKAVKKYVEDEMAR
Site 61S694ARLPDRLSVTWPEGD
Site 62T713NEVRPAGTPIGALRI
Site 63T736AMQKLPGTSHGGSKK
Site 64S741PGTSHGGSKKLLVEL
Site 65S756KVILHSSSGNKEIIS
Site 66S763SGNKEIISHISQHGG
Site 67S766KEIISHISQHGGKWP
Site 68T803LNESNADTYAGRPLP
Site 69Y804NESNADTYAGRPLPS
Site 70S811YAGRPLPSKAIKFSV
Site 71S827EGKPEKFSFGLLDLP
Site 72S855QDEFGHTSQLVTDIQ
Site 73T859GHTSQLVTDIQPVLE
Site 74S896TAKGPVNSCQGKNYN
Site 75S915LPGLKEDSQILKIRL
Site 76S936RLKVKPDSEILVIEN
Site 77S957QVEVLDESDNITAQP
Site 78T961LDESDNITAQPKLIV
Site 79S1017KARIEIPSCKDVAPV
Site 80T1027DVAPVEKTIKLLPSS
Site 81Y1074HNLIFQMYDEGEREI
Site 82T1084GEREINITSALAEKI
Site 83T1096EKIKVNWTPEINKEH
Site 84Y1123TSVKDMRYCQVSFQD
Site 85S1134SFQDDHVSLESAFTV
Site 86T1140VSLESAFTVRPLPDE
Site 87T1160CEMKGGKTVQMGQEL
Site 88S1187GNQIQAFSPSSLSSL
Site 89S1204AGVGLDSSNLKTTFQ
Site 90T1208LDSSNLKTTFQENTQ
Site 91T1209DSSNLKTTFQENTQS
Site 92T1214KTTFQENTQSISVRG
Site 93S1216TFQENTQSISVRGIK
Site 94S1218QENTQSISVRGIKFI
Site 95S1268DWPELKESIPVINGR
Site 96S1301PVQHVKISLTKASNL
Site 97T1303QHVKISLTKASNLKL
Site 98S1313SNLKLMPSNQQHKTD
Site 99T1319PSNQQHKTDEKGRAN
Site 100Y1375PVRLNVKYDKDASFL
Site 101S1400SVISEDDSIIKNINP
Site 102S1418SMKMWKLSTSGNRPP
Site 103S1420KMWKLSTSGNRPPAN
Site 104T1430RPPANAETFSCNKIK
Site 105Y1447DKEDGCFYFRDKVIP
Site 106T1499VPKIKPPTPAVSNVR
Site 107S1503KPPTPAVSNVRSVAS
Site 108S1520LVRDLHLSITDDYDN
Site 109T1522RDLHLSITDDYDNHT
Site 110Y1525HLSITDDYDNHTGID
Site 111T1549KGSNEEDTDTPLFIG
Site 112T1551SNEEDTDTPLFIGKV
Site 113S1580MSLVLAESSPGRDST
Site 114S1581SLVLAESSPGRDSTE
Site 115S1586ESSPGRDSTEYFIVF
Site 116T1587SSPGRDSTEYFIVFE
Site 117Y1589PGRDSTEYFIVFEPR
Site 118S1601EPRLPLLSRTLEPYI
Site 119Y1614YILPFMFYNDVKKQQ
Site 120S1634TKEKDQLSQSIVMYK
Site 121S1636EKDQLSQSIVMYKSL
Site 122S1642QSIVMYKSLFEASQQ
Site 123S1697ALLKRKLSEQEELKK
Site 124S1709LKKKPRRSCTLPNYT
Site 125T1711KKPRRSCTLPNYTKG
Site 126Y1715RSCTLPNYTKGSGDV
Site 127S1719LPNYTKGSGDVLGKI
Site 128Y1764TDAARRIYDETQGRQ
Site 129T1767ARRIYDETQGRQQVL
Site 130S1778QQVLPLDSIYKKTLP
Site 131Y1780VLPLDSIYKKTLPDW
Site 132T1783LDSIYKKTLPDWKRS
Site 133S1790TLPDWKRSLPHFRNG
Site 134Y1800HFRNGKLYFKPIGDP
Site 135T1815VFARDLLTFPDNVEH
Site 136T1854RKEVVKITHCPTLLT
Site 137S1869RDGDRIRSNGKFGGL
Site 138S1914DLLQQYRSAVCKLDS
Site 139S1921SAVCKLDSVNKDLNS
Site 140S1928SVNKDLNSQLEYLRT
Site 141Y1932DLNSQLEYLRTPDMR
Site 142T1935SQLEYLRTPDMRKKK
Site 143T1962IEEKLGMTPIRKCND
Site 144S1970PIRKCNDSLRHSPKV
Site 145S1974CNDSLRHSPKVETTD
Site 146T1980HSPKVETTDCPVPPK
Site 147T1994KRMRREATRQNRIIT
 
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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