PhosphoNET

           
Protein Info 
   
Short Name:  CGNL1
Full Name:  Cingulin-like protein 1
Alias:  Cingulin-like 1; FLJ14957; JACOP; Junction-associated coiled-coil; KIAA1749; Paracingulin
Type:  Adhesion
Mass (Da):  149045
Number AA:  1302
UniProt ID:  Q0VF96
International Prot ID:  IPI00307829
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016459  GO:0005923   Uniprot OncoNet
Molecular Function:  GO:0003774     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 1Y8MELYFGEYQHVQQEY
Site 2S23GVHLRLASDDTQKSR
Site 3T26LRLASDDTQKSRSSQ
Site 4S29ASDDTQKSRSSQNSK
Site 5S31DDTQKSRSSQNSKAG
Site 6S32DTQKSRSSQNSKAGS
Site 7S35KSRSSQNSKAGSYGV
Site 8S39SQNSKAGSYGVSIRV
Site 9Y40QNSKAGSYGVSIRVQ
Site 10S43KAGSYGVSIRVQGID
Site 11Y54QGIDGHPYIVLNNTE
Site 12T67TERCLAGTSFSENGP
Site 13S68ERCLAGTSFSENGPP
Site 14S88INNLPLHSSNGSVPK
Site 15S89NNLPLHSSNGSVPKE
Site 16S92PLHSSNGSVPKENSE
Site 17Y108LQLPENPYAQPSPIR
Site 18S112ENPYAQPSPIRNLKQ
Site 19S136VLDRKDGSVKPSHLL
Site 20S140KDGSVKPSHLLNFQR
Site 21T177SESNWLKTLTEEGIN
Site 22T179SNWLKTLTEEGINNK
Site 23T190INNKKPWTCFPKPSN
Site 24S196WTCFPKPSNSQPTSP
Site 25S198CFPKPSNSQPTSPSL
Site 26T201KPSNSQPTSPSLEDP
Site 27S202PSNSQPTSPSLEDPA
Site 28S204NSQPTSPSLEDPAKS
Site 29T231IEDPKKQTSVCVNVQ
Site 30S232EDPKKQTSVCVNVQS
Site 31S239SVCVNVQSCTKERVG
Site 32T241CVNVQSCTKERVGEE
Site 33S253GEEALFTSGRPLTAH
Site 34T258FTSGRPLTAHSPHAH
Site 35S261GRPLTAHSPHAHPET
Site 36T268SPHAHPETKKTRPDV
Site 37T271AHPETKKTRPDVLPF
Site 38S283LPFRRQDSAGPVLDG
Site 39S293PVLDGARSRRSSSSS
Site 40S296DGARSRRSSSSSTTP
Site 41S297GARSRRSSSSSTTPT
Site 42S298ARSRRSSSSSTTPTS
Site 43S299RSRRSSSSSTTPTSA
Site 44S300SRRSSSSSTTPTSAN
Site 45T301RRSSSSSTTPTSANS
Site 46T302RSSSSSTTPTSANSL
Site 47T304SSSSTTPTSANSLYR
Site 48S305SSSTTPTSANSLYRF
Site 49S308TTPTSANSLYRFLLD
Site 50Y310PTSANSLYRFLLDDQ
Site 51Y334NRHENRRYIPFLPGT
Site 52T341YIPFLPGTGRDIDTG
Site 53T347GTGRDIDTGSIPGVD
Site 54S349GRDIDTGSIPGVDQL
Site 55S372GLQRRGRSGKRNRIN
Site 56S386NPDDRKRSRSVDSAF
Site 57S388DDRKRSRSVDSAFPF
Site 58S391KRSRSVDSAFPFGLQ
Site 59S401PFGLQGNSEYLIEFS
Site 60Y403GLQGNSEYLIEFSRN
Site 61S414FSRNLGKSSEHLLRP
Site 62S422SEHLLRPSQVCPQRP
Site 63S431VCPQRPLSQERRGKQ
Site 64S439QERRGKQSVGRTFAK
Site 65T443GKQSVGRTFAKLQGA
Site 66S455QGAAHGASCAHSRPP
Site 67S459HGASCAHSRPPQPNI
Site 68S476KVLETEGSQESTVIR
Site 69T480TEGSQESTVIRAPSL
Site 70S486STVIRAPSLGAQSKK
Site 71T499KKEEEVKTATATLML
Site 72S514QNRAAATSPDSGAKK
Site 73S517AAATSPDSGAKKISV
Site 74S523DSGAKKISVKTFPSA
Site 75T526AKKISVKTFPSASNT
Site 76S531VKTFPSASNTQATPD
Site 77T533TFPSASNTQATPDLL
Site 78T536SASNTQATPDLLKGQ
Site 79Y560ETAKQILYNYLKEGS
Site 80Y562AKQILYNYLKEGSTD
Site 81S567YNYLKEGSTDNDDAT
Site 82T568NYLKEGSTDNDDATK
Site 83T574STDNDDATKRKVNLV
Site 84S590EKIQTLKSRAAGSAQ
Site 85S607NQACNSTSEVKDLLE
Site 86S617KDLLEQKSKLTIEVA
Site 87S656ANLEELRSQHNEKVE
Site 88T667EKVEENSTLQQRLEE
Site 89T698MEREQHQTEIRDLQD
Site 90S708RDLQDQLSEMHDELD
Site 91S716EMHDELDSAKRSEDR
Site 92S720ELDSAKRSEDREKGA
Site 93T761RKRERELTALKGALK
Site 94S772GALKEEVSSHDQEMD
Site 95S773ALKEEVSSHDQEMDK
Site 96S795ELQALRESVEEATKN
Site 97S808KNVEVLASRSNTSEQ
Site 98T812VLASRSNTSEQDQAG
Site 99Y869AKETLKKYEGEIRQL
Site 100S892KEEKEAVSARRALEN
Site 101S909EAAQGNLSQTTQEQK
Site 102S919TQEQKQLSEKLKEES
Site 103S926SEKLKEESEQKEQLR
Site 104T966DIVEASRTSTLELQN
Site 105S967IVEASRTSTLELQNQ
Site 106T968VEASRTSTLELQNQL
Site 107Y978LQNQLDEYKEKNRRE
Site 108T997QRQLKEKTLEAEKSR
Site 109S1003KTLEAEKSRLTAMKM
Site 110T1006EAEKSRLTAMKMQDE
Site 111Y1024MEEELRDYQRAQDEA
Site 112Y1047QTLKDLEYELEAKSH
Site 113S1060SHLKDDRSRLVKQME
Site 114S1071KQMEDKVSQLEMELE
Site 115S1084LEEERNNSDLLSERI
Site 116S1088RNNSDLLSERISRSR
Site 117S1092DLLSERISRSREQME
Site 118S1121DLECDKISLERQNKD
Site 119S1131RQNKDLKSRIIHLEG
Site 120S1139RIIHLEGSYRSSKEG
Site 121S1143LEGSYRSSKEGLVVQ
Site 122S1164ELEDRLESEERDRAN
Site 123S1175DRANLQLSNRRLERK
Site 124S1196QVDDEHLSLTDQKDQ
Site 125S1205TDQKDQLSLRLKAMK
Site 126S1227EEIDRLESSKKKLQR
Site 127S1252HLQGQLNSMKKDLRL
Site 128S1264LRLKKLPSKVLDDMD
Site 129S1277MDDDDDLSTDGGSLY
Site 130T1278DDDDDLSTDGGSLYE
Site 131S1282DLSTDGGSLYEAPVS
Site 132Y1284STDGGSLYEAPVSYT
Site 133S1289SLYEAPVSYTFSKDS
Site 134T1291YEAPVSYTFSKDSTV
Site 135S1293APVSYTFSKDSTVAS
Site 136S1296SYTFSKDSTVASQI_
Site 137T1297YTFSKDSTVASQI__
 
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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