PhosphoNET

           
Protein Info 
   
Short Name:  CCDC136
Full Name:  Coiled-coil domain-containing protein 136
Alias:  CC136; Coiled-coil domain containing 136; DKFZP434G156; KIAA1793; NAG6; Nasopharyngeal carcinoma-associated gene 6 protein
Type:  Mitochondrial; Membrane protein, integral
Mass (Da):  134046
Number AA:  1154
UniProt ID:  Q96JN2
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:  GO:0005515     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 1Y14EVLLPALYEEEEEEE
Site 2S39EQVQKGGSVGSLSVN
Site 3S42QKGGSVGSLSVNKHR
Site 4S44GGSVGSLSVNKHRGL
Site 5S52VNKHRGLSLTETELE
Site 6T54KHRGLSLTETELEEL
Site 7T56RGLSLTETELEELRA
Site 8T75LVAELEETRELAGQH
Site 9S86AGQHEDDSLELQGLL
Site 10S100LEDERLASAQQAEVF
Site 11T108AQQAEVFTKQIQQLQ
Site 12S120QLQGELRSLREEISL
Site 13S126RSLREEISLLEHEKE
Site 14S152LAQAEIQSLRQAAED
Site 15S160LRQAAEDSATEHESD
Site 16T162QAAEDSATEHESDIA
Site 17S166DSATEHESDIASLQE
Site 18S170EHESDIASLQEDLCR
Site 19Y192MERIRGDYEMEIASL
Site 20S198DYEMEIASLRAEMEM
Site 21S207RAEMEMKSSEPSGSL
Site 22S208AEMEMKSSEPSGSLG
Site 23S211EMKSSEPSGSLGLSD
Site 24S213KSSEPSGSLGLSDYS
Site 25S217PSGSLGLSDYSGLQE
Site 26Y219GSLGLSDYSGLQEEL
Site 27Y233LQELRERYHFLNEEY
Site 28S246EYRALQESNSSLTGQ
Site 29S248RALQESNSSLTGQLA
Site 30S249ALQESNSSLTGQLAD
Site 31S259GQLADLESERTQRAT
Site 32T262ADLESERTQRATERW
Site 33T266SERTQRATERWLQSQ
Site 34S272ATERWLQSQTLSMTS
Site 35T274ERWLQSQTLSMTSAE
Site 36S276WLQSQTLSMTSAESQ
Site 37T278QSQTLSMTSAESQTS
Site 38S279SQTLSMTSAESQTSE
Site 39S282LSMTSAESQTSEMDF
Site 40S285TSAESQTSEMDFLEP
Site 41S334LQHHRQVSEEEQRRL
Site 42T357NEVLRFQTSHSVTQN
Site 43S358EVLRFQTSHSVTQNE
Site 44S360LRFQTSHSVTQNEEL
Site 45T362FQTSHSVTQNEELKS
Site 46S369TQNEELKSRLCTLQK
Site 47T373ELKSRLCTLQKKYDT
Site 48T380TLQKKYDTSQDEQNE
Site 49S381LQKKYDTSQDEQNEL
Site 50S407RQLKVMKSTLVENQS
Site 51S414STLVENQSEKELLCR
Site 52T463ELQHLRDTVASFKES
Site 53S466HLRDTVASFKESNEK
Site 54S470TVASFKESNEKDTET
Site 55T477SNEKDTETHAQLQEM
Site 56Y488LQEMKQLYQASKDEL
Site 57Y502LERQKHMYDQLEQDL
Site 58S522ELKELKASHPIPEDK
Site 59T538KCANKCDTLLSRLTE
Site 60S541NKCDTLLSRLTELQE
Site 61T544DTLLSRLTELQEKYK
Site 62S553LQEKYKASQKEMGQL
Site 63T589QEELHRLTLPLPKSG
Site 64S595LTLPLPKSGLLLKSQ
Site 65S601KSGLLLKSQELLTKL
Site 66Y618LCELQLLYQGMQEEQ
Site 67S652ELRRFKESHFQEVLE
Site 68S664VLENPDDSKLAKSSK
Site 69S669DDSKLAKSSKCNRNK
Site 70S736LLQVQSPSIKMSLES
Site 71S740QSPSIKMSLESYGKS
Site 72S743SIKMSLESYGKSYGS
Site 73Y744IKMSLESYGKSYGSM
Site 74S747SLESYGKSYGSMVPS
Site 75Y748LESYGKSYGSMVPSN
Site 76S750SYGKSYGSMVPSNEN
Site 77S754SYGSMVPSNENCRKT
Site 78T761SNENCRKTYDTTVDD
Site 79Y762NENCRKTYDTTVDDN
Site 80T764NCRKTYDTTVDDNES
Site 81T765CRKTYDTTVDDNESY
Site 82S771TTVDDNESYYKSYTS
Site 83Y772TVDDNESYYKSYTST
Site 84Y773VDDNESYYKSYTSTQ
Site 85S775DNESYYKSYTSTQTS
Site 86T777ESYYKSYTSTQTSSK
Site 87S778SYYKSYTSTQTSSKS
Site 88T779YYKSYTSTQTSSKSF
Site 89T781KSYTSTQTSSKSFLK
Site 90S782SYTSTQTSSKSFLKS
Site 91S783YTSTQTSSKSFLKSY
Site 92S785STQTSSKSFLKSYDS
Site 93S789SSKSFLKSYDSSTSA
Site 94Y790SKSFLKSYDSSTSAS
Site 95S792SFLKSYDSSTSASEA
Site 96S793FLKSYDSSTSASEAY
Site 97T794LKSYDSSTSASEAYG
Site 98S795KSYDSSTSASEAYGK
Site 99S797YDSSTSASEAYGKSY
Site 100S803ASEAYGKSYCTTSNS
Site 101Y804SEAYGKSYCTTSNSS
Site 102T806AYGKSYCTTSNSSIT
Site 103T807YGKSYCTTSNSSITY
Site 104S808GKSYCTTSNSSITYK
Site 105S810SYCTTSNSSITYKKS
Site 106T813TTSNSSITYKKSYGS
Site 107Y814TSNSSITYKKSYGST
Site 108S817SSITYKKSYGSTSSS
Site 109Y818SITYKKSYGSTSSSD
Site 110S820TYKKSYGSTSSSDTC
Site 111T821YKKSYGSTSSSDTCQ
Site 112S822KKSYGSTSSSDTCQK
Site 113S824SYGSTSSSDTCQKSF
Site 114T826GSTSSSDTCQKSFVS
Site 115S830SSDTCQKSFVSSCTD
Site 116S834CQKSFVSSCTDEEPA
Site 117S870VQAMYQISQEEHSQL
Site 118T927NEIKELQTKLRELQL
Site 119S939LQLQYQASMDEQGRL
Site 120S973QLREKRPSVVKEARG
Site 121S1004KKVTKPCSDTSESDL
Site 122T1006VTKPCSDTSESDLET
Site 123S1007TKPCSDTSESDLETR
Site 124S1009PCSDTSESDLETRKS
Site 125T1013TSESDLETRKSLEVV
Site 126S1016SDLETRKSLEVVLYY
Site 127Y1022KSLEVVLYYKASQRK
Site 128S1026VVLYYKASQRKLDGL
Site 129S1074ADPEEAKSTEDQEEN
Site 130T1075DPEEAKSTEDQEENE
Site 131S1094EEEKEEDSEEEEDDA
Site 132S1103EEEDDADSSLESPEE
Site 133S1104EEDDADSSLESPEEN
Site 134S1107DADSSLESPEENNPL
Site 135S1117ENNPLRLSESKKSSP
Site 136S1119NPLRLSESKKSSPTP
Site 137S1123LSESKKSSPTPNPPI
Site 138T1125ESKKSSPTPNPPIFS
 
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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