PhosphoNET

           
Protein Info 
   
Short Name:  CNTN5
Full Name:  Contactin-5
Alias:  Neural recognition molecule NB-2
Type: 
Mass (Da):  120686
Number AA:  1100
UniProt ID:  O94779
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S21TMCLSEYSKSLPGLS
Site 2S23CLSEYSKSLPGLSTS
Site 3S40ALLRIKKSSSSSLFG
Site 4S41LLRIKKSSSSSLFGS
Site 5S42LRIKKSSSSSLFGSK
Site 6S43RIKKSSSSSLFGSKT
Site 7S44IKKSSSSSLFGSKTR
Site 8S48SSSSLFGSKTRPRYS
Site 9T50SSLFGSKTRPRYSSP
Site 10Y54GSKTRPRYSSPSLGT
Site 11S55SKTRPRYSSPSLGTL
Site 12S56KTRPRYSSPSLGTLS
Site 13S58RPRYSSPSLGTLSAS
Site 14T61YSSPSLGTLSASSPS
Site 15S63SPSLGTLSASSPSWL
Site 16Y76WLGAAQNYYSPINLY
Site 17Y77LGAAQNYYSPINLYH
Site 18S78GAAQNYYSPINLYHS
Site 19Y83YYSPINLYHSSDAFK
Site 20S85SPINLYHSSDAFKQD
Site 21S86PINLYHSSDAFKQDE
Site 22S94DAFKQDESVDYGPVF
Site 23Y97KQDESVDYGPVFVQE
Site 24T112PDDIIFPTDSDEKKV
Site 25S114DIIFPTDSDEKKVAL
Site 26S132VRGNPVPSYRWLRNG
Site 27Y133RGNPVPSYRWLRNGT
Site 28T140YRWLRNGTEIDLESD
Site 29S146GTEIDLESDYRYSLI
Site 30Y148EIDLESDYRYSLIDG
Site 31Y150DLESDYRYSLIDGTF
Site 32S151LESDYRYSLIDGTFI
Site 33T156RYSLIDGTFIISNPS
Site 34S163TFIISNPSEAKDSGH
Site 35S168NPSEAKDSGHYQCLA
Site 36Y193EATLQFAYLGNFSGR
Site 37S198FAYLGNFSGRTRSAV
Site 38S203NFSGRTRSAVSVREG
Site 39S206GRTRSAVSVREGQGV
Site 40S218QGVVLMCSPPPHSPE
Site 41S223MCSPPPHSPEIIYSW
Site 42Y228PHSPEIIYSWVFNEF
Site 43S237WVFNEFPSFVAEDSR
Site 44S243PSFVAEDSRRFISQE
Site 45S248EDSRRFISQETGNLY
Site 46Y255SQETGNLYISKVQTS
Site 47S257ETGNLYISKVQTSDV
Site 48S262YISKVQTSDVGSYIC
Site 49Y267QTSDVGSYICLVKNT
Site 50T285ARVLSPPTPLTLRND
Site 51T288LSPPTPLTLRNDGVM
Site 52Y298NDGVMGEYEPKIEVH
Site 53S343KVNGYIPSKARLRKS
Site 54S350SKARLRKSQAVLEIP
Site 55Y367QLDDAGIYECRAENS
Site 56S379ENSRGKNSFRGQLQV
Site 57Y387FRGQLQVYTYPHWVE
Site 58Y389GQLQVYTYPHWVEKL
Site 59T399WVEKLNDTQLDSGSP
Site 60S403LNDTQLDSGSPLRWE
Site 61S405DTQLDSGSPLRWECK
Site 62T414LRWECKATGKPRPTY
Site 63T420ATGKPRPTYRWLKNG
Site 64Y421TGKPRPTYRWLKNGV
Site 65S431LKNGVPLSPQSRVEM
Site 66S434GVPLSPQSRVEMVNG
Site 67Y464QCLAENKYGAIYASA
Site 68Y468ENKYGAIYASAELKI
Site 69S508IECKPQGSPKPTISW
Site 70T512PQGSPKPTISWKKGD
Site 71S514GSPKPTISWKKGDRA
Site 72S535IAILPDGSLRILNAS
Site 73S542SLRILNASKSDEGKY
Site 74S544RILNASKSDEGKYVC
Site 75Y549SKSDEGKYVCRGENV
Site 76T577EPTRIELTPKRTELT
Site 77T584TPKRTELTVGESIVL
Site 78T604HDASLDVTFYWTLKG
Site 79Y606ASLDVTFYWTLKGQP
Site 80T608LDVTFYWTLKGQPID
Site 81S625EEGGHFESIRAQASS
Site 82S631ESIRAQASSADLMIR
Site 83S632SIRAQASSADLMIRN
Site 84T654RYGCRVQTTADSVSD
Site 85S658RVQTTADSVSDEAEL
Site 86S660QTTADSVSDEAELLV
Site 87S685IVEEITESTATLSWS
Site 88T688EITESTATLSWSPAA
Site 89S690TESTATLSWSPAADN
Site 90S692STATLSWSPAADNHS
Site 91S699SPAADNHSPISSYNL
Site 92S702ADNHSPISSYNLQAR
Site 93S703DNHSPISSYNLQARS
Site 94S710SYNLQARSPFSLGWQ
Site 95S713LQARSPFSLGWQTVK
Site 96T756VATNPIGTGDPSTPS
Site 97S760PIGTGDPSTPSRMIR
Site 98T761IGTGDPSTPSRMIRT
Site 99T775TNEAVPKTAPTNVSG
Site 100S781KTAPTNVSGRSGRRH
Site 101S784PTNVSGRSGRRHELV
Site 102Y809QNGEGFGYIVAFRPN
Site 103T827GWKEKMVTSSEASKF
Site 104S828WKEKMVTSSEASKFI
Site 105S829KEKMVTSSEASKFIY
Site 106S832MVTSSEASKFIYRDE
Site 107Y836SEASKFIYRDESVPP
Site 108S840KFIYRDESVPPLTPF
Site 109T845DESVPPLTPFEVKVG
Site 110Y854FEVKVGVYNNKGDGP
Site 111S876CSAEGEPSAAPTDVK
Site 112T880GEPSAAPTDVKATSV
Site 113S902AWKHIKESLGRPQGF
Site 114Y913PQGFEVGYWKDMEQE
Site 115T922KDMEQEDTAETVKTR
Site 116T925EQEDTAETVKTRGNE
Site 117T928DTAETVKTRGNESFV
Site 118Y946GLEGNTLYHFTVRAY
Site 119Y953YHFTVRAYNGAGYGP
Site 120Y958RAYNGAGYGPPSSEV
Site 121S962GAGYGPPSSEVSATT
Site 122S963AGYGPPSSEVSATTK
Site 123S966GPPSSEVSATTKKSP
Site 124T968PSSEVSATTKKSPPS
Site 125S972VSATTKKSPPSQAPS
Site 126S975TTKKSPPSQAPSNLR
Site 127S979SPPSQAPSNLRWEQQ
Site 128S988LRWEQQGSQVSLGWE
Site 129S991EQQGSQVSLGWEPVI
Site 130Y1009NESEVVGYKVFYRQE
Site 131Y1013VVGYKVFYRQEGHSN
Site 132S1019FYRQEGHSNSQVIET
Site 133S1021RQEGHSNSQVIETQK
Site 134Y1048YIIEVRAYSEGGDGT
Site 135S1049IIEVRAYSEGGDGTA
Site 136T1055YSEGGDGTASSQIRV
Site 137S1058GGDGTASSQIRVPSY
Site 138S1064SSQIRVPSYSGGKIT
Site 139S1066QIRVPSYSGGKITSA
Site 140T1071SYSGGKITSAQSTLH
Site 141S1072YSGGKITSAQSTLHS
Site 142S1075GKITSAQSTLHSLST
Site 143T1076KITSAQSTLHSLSTS
Site 144S1079SAQSTLHSLSTSSSS
Site 145S1081QSTLHSLSTSSSSVT
Site 146T1082STLHSLSTSSSSVTL
 
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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