PhosphoNET

           
Protein Info 
   
Short Name:  CUX2
Full Name:  Homeobox protein cut-like 2
Alias:  Cut like 2; CUTL2; Cut-like 2; Homeobox protein Cux-2
Type:  Nucleus protein
Mass (Da):  154196
Number AA:  1424
UniProt ID:  O14529
International Prot ID:  IPI00022370
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0043565  GO:0003700   PhosphoSite+ KinaseNET
Biological Process:  GO:0006350     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 1S17QAEVVALSKRSQEAE
Site 2S29EAEAAFLSVYKQLIE
Site 3S49PVFEAARSLDDRLQP
Site 4S58DDRLQPPSFDPSGQP
Site 5S62QPPSFDPSGQPRRDL
Site 6T71QPRRDLHTSWKRNPE
Site 7S72PRRDLHTSWKRNPEL
Site 8S81KRNPELLSPKEQREG
Site 9T89PKEQREGTSPAGPTL
Site 10S90KEQREGTSPAGPTLT
Site 11T95GTSPAGPTLTEGSRL
Site 12T97SPAGPTLTEGSRLPG
Site 13S100GPTLTEGSRLPGIPG
Site 14S150EKIKVLHSALKATQA
Site 15Y166LLELRRKYDEEAASK
Site 16S172KYDEEAASKADEVGL
Site 17S200AAQREVESLREQLAS
Site 18S207SLREQLASVNSSIRL
Site 19S218SIRLACCSPQGPSGD
Site 20T230SGDKVNFTLCSGPRL
Site 21S243RLEAALASKDREILR
Site 22S261DVQHLQSSLQELEEA
Site 23T281ADLERQLTAKSEAIE
Site 24S284ERQLTAKSEAIEKLE
Site 25Y300KLQAQSDYEEIKTEL
Site 26T305SDYEEIKTELSILKA
Site 27S318KAMKLASSTCSLPQG
Site 28S321KLASSTCSLPQGMAK
Site 29S352KFLLEKPSLLASPEE
Site 30S356EKPSLLASPEEDPSE
Site 31S362ASPEEDPSEDDSIKD
Site 32S366EDPSEDDSIKDSLGT
Site 33S370EDDSIKDSLGTEQSY
Site 34S376DSLGTEQSYPSPQQL
Site 35Y377SLGTEQSYPSPQQLP
Site 36S379GTEQSYPSPQQLPPP
Site 37S394PGPEDPLSPSPGQPL
Site 38S396PEDPLSPSPGQPLLG
Site 39S405GQPLLGPSLGPDGTR
Site 40T411PSLGPDGTRTFSLSP
Site 41T413LGPDGTRTFSLSPFP
Site 42S415PDGTRTFSLSPFPSL
Site 43S417GTRTFSLSPFPSLAS
Site 44S424SPFPSLASGERLMMP
Site 45T456FYGAKPPTAPATPAP
Site 46T460KPPTAPATPAPGPEP
Site 47T493AEEEQLDTAEIAFQV
Site 48Y517GQRVFGHYVLGLSQG
Site 49S525VLGLSQGSVSEILAR
Site 50S527GLSQGSVSEILARPK
Site 51T540PKPWRKLTVKGKEPF
Site 52S555IKMKQFLSDEQNVLA
Site 53S573IQVRQRGSITPRIRT
Site 54T575VRQRGSITPRIRTPE
Site 55T580SITPRIRTPETGSDD
Site 56T583PRIRTPETGSDDAIK
Site 57S585IRTPETGSDDAIKSI
Site 58S591GSDDAIKSILEQAKK
Site 59T610QKGGEPKTSVAPLSI
Site 60S611KGGEPKTSVAPLSIA
Site 61S616KTSVAPLSIANGTTP
Site 62T621PLSIANGTTPASTSE
Site 63T622LSIANGTTPASTSED
Site 64S625ANGTTPASTSEDAIK
Site 65S627GTTPASTSEDAIKSI
Site 66S660EVAPRGRSVPPSPPE
Site 67S664RGRSVPPSPPERPSL
Site 68S670PSPPERPSLATASQN
Site 69T673PERPSLATASQNGAP
Site 70S675RPSLATASQNGAPAL
Site 71S715SIIRKVKSEIGDAGY
Site 72Y722SEIGDAGYFDHHWAS
Site 73S729YFDHHWASDRGLLSR
Site 74S735ASDRGLLSRPYASVS
Site 75Y738RGLLSRPYASVSPSL
Site 76S740LLSRPYASVSPSLSS
Site 77S742SRPYASVSPSLSSSS
Site 78S744PYASVSPSLSSSSSS
Site 79S746ASVSPSLSSSSSSGY
Site 80S747SVSPSLSSSSSSGYS
Site 81S748VSPSLSSSSSSGYSG
Site 82S749SPSLSSSSSSGYSGQ
Site 83S750PSLSSSSSSGYSGQP
Site 84S751SLSSSSSSGYSGQPN
Site 85Y753SSSSSSGYSGQPNGR
Site 86S754SSSSSGYSGQPNGRA
Site 87T787AEDEPPRTGELKAEG
Site 88Y805EAGARLPYYPAYVPR
Site 89Y806AGARLPYYPAYVPRT
Site 90Y809RLPYYPAYVPRTLKP
Site 91T813YPAYVPRTLKPTVPP
Site 92T817VPRTLKPTVPPLTPE
Site 93T822KPTVPPLTPEQYELY
Site 94Y829TPEQYELYMYREVDT
Site 95Y831EQYELYMYREVDTLE
Site 96S865GEKVLGLSQGSVSDM
Site 97S868VLGLSQGSVSDMLSR
Site 98S870GLSQGSVSDMLSRPK
Site 99S874GSVSDMLSRPKPWSK
Site 100S880LSRPKPWSKLTQKGR
Site 101S912VGQQPGASQASPTEP
Site 102S915QPGASQASPTEPRSS
Site 103T917GASQASPTEPRSSPS
Site 104S921ASPTEPRSSPSPPPS
Site 105S922SPTEPRSSPSPPPSP
Site 106S924TEPRSSPSPPPSPTE
Site 107S928SSPSPPPSPTEPEKS
Site 108T930PSPPPSPTEPEKSSQ
Site 109S935SPTEPEKSSQEPLSL
Site 110S936PTEPEKSSQEPLSLS
Site 111S941KSSQEPLSLSLESSK
Site 112S943SQEPLSLSLESSKEN
Site 113S947LSLSLESSKENQQPE
Site 114S957NQQPEGRSSSSLSGK
Site 115S958QQPEGRSSSSLSGKM
Site 116S959QPEGRSSSSLSGKMY
Site 117S960PEGRSSSSLSGKMYS
Site 118S962GRSSSSLSGKMYSGS
Site 119Y966SSLSGKMYSGSQAPG
Site 120S967SLSGKMYSGSQAPGG
Site 121S969SGKMYSGSQAPGGIQ
Site 122S982IQEIVAMSPELDTYS
Site 123T987AMSPELDTYSITKRV
Site 124Y988MSPELDTYSITKRVK
Site 125S989SPELDTYSITKRVKE
Site 126T999KRVKEVLTDNNLGQR
Site 127S1011GQRLFGESILGLTQG
Site 128S1019ILGLTQGSVSDLLSR
Site 129S1021GLTQGSVSDLLSRPK
Site 130S1025GSVSDLLSRPKPWHK
Site 131S1034PKPWHKLSLKGREPF
Site 132Y1068KKLEKKAYLKRRYGL
Site 133Y1073KAYLKRRYGLISTGS
Site 134S1077KRRYGLISTGSDSES
Site 135T1078RRYGLISTGSDSESP
Site 136S1080YGLISTGSDSESPAT
Site 137S1082LISTGSDSESPATRS
Site 138S1084STGSDSESPATRSEC
Site 139T1087SDSESPATRSECPSP
Site 140S1089SESPATRSECPSPCL
Site 141S1093ATRSECPSPCLQPQD
Site 142S1102CLQPQDLSLLQIKKP
Site 143Y1125KEALRKAYQLEPYPS
Site 144Y1130KAYQLEPYPSQQTIE
Site 145S1132YQLEPYPSQQTIELL
Site 146S1140QQTIELLSFQLNLKT
Site 147S1179DEPDLDPSGGPGILP
Site 148S1190GILPPGHSHPDPTPQ
Site 149T1195GHSHPDPTPQSPDSE
Site 150S1198HPDPTPQSPDSETED
Site 151S1201PTPQSPDSETEDQKP
Site 152T1203PQSPDSETEDQKPTV
Site 153T1224EGPEENSTPLTTQDK
Site 154T1227EENSTPLTTQDKAQV
Site 155S1251DAEEEAGSQPQDSGE
Site 156S1256AGSQPQDSGELDKGQ
Site 157S1292GPLLPGGSTPDCPSL
Site 158T1293PLLPGGSTPDCPSLH
Site 159S1298GSTPDCPSLHPQQES
Site 160S1317RLHPDPLSFKSASES
Site 161S1320PDPLSFKSASESSRC
Site 162S1322PLSFKSASESSRCSL
Site 163S1324SFKSASESSRCSLEV
Site 164S1328ASESSRCSLEVSLNS
Site 165S1332SRCSLEVSLNSPSAA
Site 166S1335SLEVSLNSPSAASSP
Site 167S1337EVSLNSPSAASSPGL
Site 168S1341NSPSAASSPGLMMSV
Site 169S1354SVSPVPSSSAPISPS
Site 170S1355VSPVPSSSAPISPSP
Site 171S1359PSSSAPISPSPPGAP
Site 172S1361SSAPISPSPPGAPPA
Site 173S1372APPAKVPSASPTADM
Site 174S1374PAKVPSASPTADMAG
Site 175S1386MAGALHPSAKVNPNL
 
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
 


2019 Kinexus Bioinformatics Corporation