PhosphoNET

           
Protein Info 
   
Short Name:  CCDC108
Full Name:  Coiled-coil domain-containing protein 108
Alias:  CC108; coiled-coil domain containing 108; DKFZp434O0527; MGC35338
Type: 
Mass (Da):  217232
Number AA:  1925
UniProt ID:  Q6ZU64
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:  GO:0005198     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 1T13GCRLVEKTQKVENPS
Site 2S20TQKVENPSVSFASSF
Site 3S22KVENPSVSFASSFPL
Site 4S38PLLLRGKSVQKKQAE
Site 5S46VQKKQAESKSQIKLH
Site 6S48KKQAESKSQIKLHTQ
Site 7S73MMLTQAPSSVVRSRN
Site 8S74MLTQAPSSVVRSRNS
Site 9S78APSSVVRSRNSRNHT
Site 10S81SVVRSRNSRNHTVNS
Site 11T85SRNSRNHTVNSGGSC
Site 12S88SRNHTVNSGGSCLSA
Site 13S111NDSSAAMSACSTISA
Site 14S122TISAQPASSMDTQMH
Site 15S123ISAQPASSMDTQMHS
Site 16T126QPASSMDTQMHSPKK
Site 17S130SMDTQMHSPKKQERV
Site 18Y180LKLQKMKYRPPKTKF
Site 19Y218RPLEAKEYMDQLWFE
Site 20T279GDLPTFFTWEFSSPF
Site 21S301LLEPGQASQIKVTFQ
Site 22Y323EVQATCWYGAGSRQR
Site 23S327TCWYGAGSRQRSSIQ
Site 24S331GAGSRQRSSIQLQAV
Site 25S332AGSRQRSSIQLQAVA
Site 26S369QKLLYFGSVAVGCTS
Site 27S376SVAVGCTSERQIRLH
Site 28S386QIRLHNPSAVNAPFR
Site 29S397APFRIEISPDELAED
Site 30S425PGEKKCVSVFFHPKT
Site 31T432SVFFHPKTLDTRTVD
Site 32T437PKTLDTRTVDYCSIM
Site 33Y440LDTRTVDYCSIMPSG
Site 34T560LFLDLMGTCHSDSTK
Site 35S563DLMGTCHSDSTKPAI
Site 36S565MGTCHSDSTKPAILK
Site 37Y627EDMPAPQYPYIPPMT
Site 38Y629MPAPQYPYIPPMTEF
Site 39T699SDCPFWVTPESCDVP
Site 40S702PFWVTPESCDVPPLK
Site 41Y726PPHPNCLYTVELEAF
Site 42S741AIYKVLQSYSNIEED
Site 43S743YKVLQSYSNIEEDCT
Site 44S765TVRARGHSYFAGFEH
Site 45Y766VRARGHSYFAGFEHH
Site 46Y777FEHHIPQYSLDVPKL
Site 47S789PKLFPAVSSGEPTYR
Site 48Y795VSSGEPTYRSLLLVN
Site 49S797SGEPTYRSLLLVNKD
Site 50T809NKDCKLLTFSLAPQR
Site 51S811DCKLLTFSLAPQRGS
Site 52S818SLAPQRGSDVILRPT
Site 53S860FYLQCNASPQYLKEV
Site 54Y863QCNASPQYLKEVSMY
Site 55Y870YLKEVSMYSREEPLQ
Site 56T882PLQLKLDTHKSLYFK
Site 57S885LKLDTHKSLYFKPTW
Site 58Y887LDTHKSLYFKPTWVG
Site 59T891KSLYFKPTWVGCSST
Site 60S897PTWVGCSSTSPFTFR
Site 61S899WVGCSSTSPFTFRNP
Site 62T902CSSTSPFTFRNPSRL
Site 63S907PFTFRNPSRLPLQFE
Site 64S918LQFEWRVSEQHRKLL
Site 65S930KLLAVQPSRGLIQPN
Site 66T941IQPNERLTLTWTFSP
Site 67T943PNERLTLTWTFSPLE
Site 68T945ERLTLTWTFSPLEET
Site 69S947LTLTWTFSPLEETKY
Site 70Y954SPLEETKYLFQVGMW
Site 71S968WVWEAGLSPNANPAA
Site 72S991VGVGLTSSLSAKEKE
Site 73S993VGLTSSLSAKEKELA
Site 74Y1025NDGNCTLYYRLYLEQ
Site 75Y1026DGNCTLYYRLYLEQG
Site 76Y1029CTLYYRLYLEQGSPE
Site 77S1034RLYLEQGSPEAVDNH
Site 78T1050LALQLDRTEGSMPPR
Site 79S1053QLDRTEGSMPPRSQD
Site 80S1058EGSMPPRSQDTICLT
Site 81T1065SQDTICLTACPKQRS
Site 82Y1074CPKQRSQYSWTITYS
Site 83S1075PKQRSQYSWTITYSL
Site 84T1077QRSQYSWTITYSLLS
Site 85T1079SQYSWTITYSLLSHR
Site 86S1084TITYSLLSHRDNKAG
Site 87S1118LDVSSMGSAEGITRK
Site 88S1132KHLWRLFSLDLLNSY
Site 89S1138FSLDLLNSYLERDPT
Site 90Y1139SLDLLNSYLERDPTP
Site 91T1145SYLERDPTPCELTYK
Site 92Y1151PTPCELTYKVPTRHS
Site 93S1158YKVPTRHSMSQIPPV
Site 94S1160VPTRHSMSQIPPVLT
Site 95S1207DWAFLLPSDQRIDVE
Site 96T1225EQAELNSTELHQMRV
Site 97S1239VQDNCLFSISPKAGS
Site 98S1241DNCLFSISPKAGSLS
Site 99S1246SISPKAGSLSPGQEQ
Site 100S1248SPKAGSLSPGQEQMV
Site 101Y1259EQMVELKYSHLFIGT
Site 102Y1296TVKPEQKYVHFTSTT
Site 103Y1321TLPPRQIYELYNGGS
Site 104Y1324PRQIYELYNGGSVPV
Site 105S1328YELYNGGSVPVTYEV
Site 106T1332NGGSVPVTYEVQTDV
Site 107S1341EVQTDVLSQVQEKNF
Site 108S1366KGEIQPGSTARVLWI
Site 109Y1382SPIEAKTYTVDVPIH
Site 110S1420TAPFHNISSWDNSSI
Site 111S1425NISSWDNSSIHSRLV
Site 112S1426ISSWDNSSIHSRLVV
Site 113S1429WDNSSIHSRLVVPGQ
Site 114S1441PGQNVFLSQSHISLG
Site 115S1474KNEEIAFSWQPSPLD
Site 116Y1524ADLVCKLYSQQLMRQ
Site 117Y1532SQQLMRQYHKELQEW
Site 118T1551VRQEVEFTITDMKVK
Site 119T1553QEVEFTITDMKVKKR
Site 120Y1572ACEPARKYKTLPPIK
Site 121T1574EPARKYKTLPPIKNQ
Site 122S1583PPIKNQQSVSRPASW
Site 123S1585IKNQQSVSRPASWKL
Site 124S1589QSVSRPASWKLQTPK
Site 125T1594PASWKLQTPKEEVSW
Site 126S1600QTPKEEVSWPCPQPP
Site 127S1608WPCPQPPSPGMLCLG
Site 128S1653RKAPREESETSEEKS
Site 129T1655APREESETSEEKSPN
Site 130S1656PREESETSEEKSPNK
Site 131S1660SETSEEKSPNKWGPV
Site 132S1668PNKWGPVSKQKKQLL
Site 133Y1706SLVEQVPYFRQFWNE
Site 134S1735MPILPVPSSSWEDGK
Site 135S1736PILPVPSSSWEDGKG
Site 136S1737ILPVPSSSWEDGKGK
Site 137Y1754KEDRPEHYPGLGKKE
Site 138T1785EEEEEEETEEEELGK
Site 139S1810DEKEEKVSWAGIGPT
Site 140T1817SWAGIGPTPQPESQE
Site 141S1822GPTPQPESQESMQWQ
Site 142T1883SRGEVVLTSRPRVIA
Site 143T1904PRSLTPDTLLPTQQA
 
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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