PhosphoNET

           
Protein Info 
   
Short Name:  CELSR2
Full Name:  Cadherin EGF LAG seven-pass G-type receptor 2
Alias:  CDHF10; CELR2; EGFL2; EGF-like-domain, multiple 2; Epidermal growth factor-like 2; Flamingo 1; Flamingo1; MEGF3; Multiple epidermal growth factor-like domains 3
Type:  Plasma membrane, Cytoplasm, Integral membrane protein
Mass (Da):  317453
Number AA:  2923
UniProt ID:  Q9HCU4
International Prot ID:  IPI00015346
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0016021  GO:0005886 Uniprot OncoNet
Molecular Function:  GO:0004930  GO:0005509  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0016055  GO:0048813  GO:0007156 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 1T6__MRSPATGVPLPTP
Site 2S39DQVGPCRSLGSRGRG
Site 3S42GPCRSLGSRGRGSSG
Site 4S47LGSRGRGSSGACAPM
Site 5S48GSRGRGSSGACAPMG
Site 6Y68SASNLWLYTSRCRDA
Site 7T69ASNLWLYTSRCRDAG
Site 8S70SNLWLYTSRCRDAGT
Site 9T77SRCRDAGTELTGHLV
Site 10T80RDAGTELTGHLVPHH
Site 11S97LRVWCPESEAHIPLP
Site 12T130LSPQGKLTLPEEHPC
Site 13S147APRLRCQSCKLAQAP
Site 14S162GLRAGERSPEESLGG
Site 15S166GERSPEESLGGRRKR
Site 16S185APQFQPPSYQATVPE
Site 17Y186PQFQPPSYQATVPEN
Site 18T189QPPSYQATVPENQPA
Site 19T198PENQPAGTPVASLRA
Site 20S202PAGTPVASLRAIDPD
Site 21Y218GEAGRLEYTMDALFD
Site 22S226TMDALFDSRSNQFFS
Site 23S228DALFDSRSNQFFSLD
Site 24S233SRSNQFFSLDPVTGA
Site 25T251AEELDRETKSTHVFR
Site 26S253ELDRETKSTHVFRVT
Site 27T254LDRETKSTHVFRVTA
Site 28T260STHVFRVTAQDHGMP
Site 29S270DHGMPRRSALATLTI
Site 30Y294PVFEQQEYKESLREN
Site 31S297EQQEYKESLRENLEV
Site 32T310EVGYEVLTVRATDGD
Site 33T314EVLTVRATDGDAPPN
Site 34Y326PPNANILYRLLEGSG
Site 35S332LYRLLEGSGGSPSEV
Site 36S337EGSGGSPSEVFEIDP
Site 37S346VFEIDPRSGVIRTRG
Site 38S362VDREEVESYQLTVEA
Site 39Y363DREEVESYQLTVEAS
Site 40T366EVESYQLTVEASDQG
Site 41S370YQLTVEASDQGRDPG
Site 42S380GRDPGPRSTTAAVFL
Site 43T381RDPGPRSTTAAVFLS
Site 44S388TTAAVFLSVEDDNDN
Site 45Y404PQFSEKRYVVQVRED
Site 46T413VQVREDVTPGAPVLR
Site 47T422GAPVLRVTASDRDKG
Site 48S424PVLRVTASDRDKGSN
Site 49S430ASDRDKGSNAVVHYS
Site 50Y448GNARGQFYLDAQTGA
Site 51S460TGALDVVSPLDYETT
Site 52Y464DVVSPLDYETTKEYT
Site 53T467SPLDYETTKEYTLRV
Site 54Y470DYETTKEYTLRVRAQ
Site 55T471YETTKEYTLRVRAQD
Site 56S485DGGRPPLSNVSGLVT
Site 57Y542GDNARLEYRLAGVGH
Site 58S563NNGTGWISVAAELDR
Site 59Y576DREEVDFYSFGVEAR
Site 60S577REEVDFYSFGVEARD
Site 61T587VEARDHGTPALTASA
Site 62Y615PTFTQPEYTVRLNED
Site 63S641AVDRDAHSVITYQIT
Site 64Y645DAHSVITYQITSGNT
Site 65S657GNTRNRFSITSQSGG
Site 66S660RNRFSITSQSGGGLV
Site 67Y675SLALPLDYKLERQYV
Site 68Y681DYKLERQYVLAVTAS
Site 69T695SDGTRQDTAQIVVNV
Site 70T707VNVTDANTHRPVFQS
Site 71T718VFQSSHYTVNVNEDR
Site 72T741ISATDEDTGENARIT
Site 73T748TGENARITYFMEDSI
Site 74Y749GENARITYFMEDSIP
Site 75T764QFRIDADTGAVTTQA
Site 76Y775TTQAELDYEDQVSYT
Site 77S780LDYEDQVSYTLAITA
Site 78S796DNGIPQKSDTTYLEI
Site 79T798GIPQKSDTTYLEILV
Site 80Y800PQKSDTTYLEILVND
Site 81S819APQFLRDSYQGSVYE
Site 82Y820PQFLRDSYQGSVYED
Site 83S823LRDSYQGSVYEDVPP
Site 84Y825DSYQGSVYEDVPPFT
Site 85T840SVLQISATDRDSGLN
Site 86S844ISATDRDSGLNGRVF
Site 87Y852GLNGRVFYTFQGGDD
Site 88T853LNGRVFYTFQGGDDG
Site 89S868DGDFIVESTSGIVRT
Site 90T875STSGIVRTLRRLDRE
Site 91Y887DRENVAQYVLRAYAV
Site 92Y892AQYVLRAYAVDKGMP
Site 93T903KGMPPARTPMEVTVT
Site 94T944GLAVARVTATDPDEG
Site 95T952ATDPDEGTNAQIMYQ
Site 96Y986TALVDLDYEDRPEYV
Site 97Y992DYEDRPEYVLVIQAT
Site 98Y1033FEILFNNYVTNRSSS
Site 99T1035ILFNNYVTNRSSSFP
Site 100S1038NNYVTNRSSSFPGGA
Site 101S1039NYVTNRSSSFPGGAI
Site 102S1040YVTNRSSSFPGGAIG
Site 103S1057PAHDPDISDSLTYSF
Site 104S1059HDPDISDSLTYSFER
Site 105T1061PDISDSLTYSFERGN
Site 106S1063ISDSLTYSFERGNEL
Site 107S1085STGELKLSRALDNNR
Site 108S1128TDEMLTHSITLRLED
Site 109T1130EMLTHSITLRLEDMS
Site 110S1137TLRLEDMSPERFLSP
Site 111T1173VFNVQRDTDAPGGHI
Site 112Y1210EDLQERLYLNRSLLT
Site 113Y1240LREPCENYMRCVSVL
Site 114S1245ENYMRCVSVLRFDSS
Site 115Y1284PPGFTGDYCETEVDL
Site 116Y1293ETEVDLCYSRPCGPH
Site 117S1294TEVDLCYSRPCGPHG
Site 118S1305GPHGRCRSREGGYTC
Site 119T1311RSREGGYTCLCRDGY
Site 120Y1318TCLCRDGYTGEHCEV
Site 121S1326TGEHCEVSARSGRCT
Site 122S1329HCEVSARSGRCTPGV
Site 123T1333SARSGRCTPGVCKNG
Site 124Y1364SGDFEKPYCQVTTRS
Site 125T1368EKPYCQVTTRSFPAH
Site 126S1376TRSFPAHSFITFRGL
Site 127T1379FPAHSFITFRGLRQR
Site 128S1394FHFTLALSFATKERD
Site 129Y1406ERDGLLLYNGRFNEK
Site 130T1429IQEQVQLTFSAGEST
Site 131S1431EQVQLTFSAGESTTT
Site 132T1438SAGESTTTVSPFVPG
Site 133T1454VSDGQWHTVQLKYYN
Site 134Y1459 WHTVQLKYYNKPLLG
Site 135Y1460 HTVQLKYYNKPLLGQ
Site 136S1475TGLPQGPSEQKVAVV
Site 137S1503GSVLGNYSCAAQGTQ
Site 138S1516TQGGSKKSLDLTGPL
Site 139S1534GVPDLPESFPVRMRQ
Site 140T1567DFIANNGTVPGCPAK
Site 141S1608PLGFGGKSCAQEMAN
Site 142S1622NPQHFLGSSLVAWHG
Site 143S1662QAITRGRSTITLQLR
Site 144T1663AITRGRSTITLQLRE
Site 145S1676REGHVMLSVEGTGLQ
Site 146S1685EGTGLQASSLRLEPG
Site 147S1686GTGLQASSLRLEPGR
Site 148S1718GPGHAILSFDYGQQR
Site 149Y1721HAILSFDYGQQRAEG
Site 150S1768CLQGVRVSDTPEGVN
Site 151T1770QGVRVSDTPEGVNSL
Site 152S1776DTPEGVNSLDPSHGE
Site 153S1780GVNSLDPSHGESINV
Site 154S1784LDPSHGESINVEQGC
Site 155S1792INVEQGCSLPDPCDS
Site 156S1799SLPDPCDSNPCPANS
Site 157Y1815CSNDWDSYSCSCDPG
Site 158Y1823SCSCDPGYYGDNCTN
Site 159S1841LNPCEHQSVCTRKPS
Site 160S1848SVCTRKPSAPHGYTC
Site 161Y1853KPSAPHGYTCECPPN
Site 162T1854PSAPHGYTCECPPNY
Site 163Y1861TCECPPNYLGPYCET
Site 164Y1865PPNYLGPYCETRIDQ
Site 165Y1913CHCKENHYRPPGSPT
Site 166S1918NHYRPPGSPTCLLCD
Site 167S1931CDCYPTGSLSRVCDP
Site 168S1933CYPTGSLSRVCDPED
Site 169Y1973TNGCEVNYDSCPRAI
Site 170S1975GCEVNYDSCPRAIEA
Site 171S2003AAPCPKGSFGTAVRH
Site 172S2027PNLFNCTSITFSELK
Site 173S2031NCTSITFSELKGFAE
Site 174S2045ERLQRNESGLDSGRS
Site 175S2049RNESGLDSGRSQQLA
Site 176S2052SGLDSGRSQQLALLL
Site 177Y2069ATQHTAGYFGSDVKV
Site 178S2072HTAGYFGSDVKVAYQ
Site 179S2089TRLLAHESTQRGFGL
Site 180T2090RLLAHESTQRGFGLS
Site 181S2097TQRGFGLSATQDVHF
Site 182T2099RGFGLSATQDVHFTE
Site 183T2118VGSALLDTANKRHWE
Site 184T2155LAQNMRHTYLSPFTI
Site 185Y2156AQNMRHTYLSPFTIV
Site 186S2158NMRHTYLSPFTIVTP
Site 187Y2187AGAKLPRYEALRGEQ
Site 188T2200EQPPDLETTVILPES
Site 189T2201QPPDLETTVILPESV
Site 190S2207TTVILPESVFRETPP
Site 191T2212PESVFRETPPVVRPA
Site 192S2241QRRHPELSQGEAVAS
Site 193Y2263AGLLPHNYDPDKRSL
Site 194S2269NYDPDKRSLRVPKRP
Site 195S2286NTPVVSISVHDDEEL
Site 196T2303RALDKPVTVQFRLLE
Site 197S2329WNHSILVSGTGGWSA
Site 198S2366FAVLMDVSRRENGEI
Site 199S2406TLLRILRSNQHGIRR
Site 200T2469LHLYRALTEVRDVNT
Site 201T2476TEVRDVNTGPMRFYY
Site 202Y2505VGLDPEGYGNPDFCW
Site 203S2545YILAARASCAAQRQG
Site 204S2560FEKKGPVSGLQPSFA
Site 205S2625KALKLACSRKPSPDP
Site 206S2629LACSRKPSPDPALTT
Site 207T2635PSPDPALTTKSTLTS
Site 208T2636SPDPALTTKSTLTSS
Site 209S2638DPALTTKSTLTSSYN
Site 210T2639PALTTKSTLTSSYNC
Site 211S2642 TTKSTLTSSYNCPSP
Site 212S2643TKSTLTSSYNCPSPY
Site 213Y2644KSTLTSSYNCPSPYA
Site 214S2648 TSSYNCPSPYADGRL
Site 215Y2650 SYNCPSPYADGRLYQ
Site 216Y2656PYADGRLYQPYGDSA
Site 217Y2659DGRLYQPYGDSAGSL
Site 218S2662LYQPYGDSAGSLHST
Site 219S2665PYGDSAGSLHSTSRS
Site 220S2668DSAGSLHSTSRSGKS
Site 221T2669SAGSLHSTSRSGKSQ
Site 222S2670AGSLHSTSRSGKSQP
Site 223S2672SLHSTSRSGKSQPSY
Site 224S2675STSRSGKSQPSYIPF
Site 225S2678RSGKSQPSYIPFLLR
Site 226Y2679SGKSQPSYIPFLLRE
Site 227S2688PFLLREESALNPGQG
Site 228S2704PGLGDPGSLFLEGQD
Site 229T2718DQQHDPDTDSDSDLS
Site 230S2720QHDPDTDSDSDLSLE
Site 231S2722DPDTDSDSDLSLEDD
Site 232S2725TDSDSDLSLEDDQSG
Site 233S2731LSLEDDQSGSYASTH
Site 234S2733LEDDQSGSYASTHSS
Site 235Y2734EDDQSGSYASTHSSD
Site 236S2736DQSGSYASTHSSDSE
Site 237T2737QSGSYASTHSSDSEE
Site 238S2740SYASTHSSDSEEEEE
Site 239S2742ASTHSSDSEEEEEEE
Site 240S2763PGEQGWDSLLGPGAE
Site 241S2776AERLPLHSTPKDGGP
Site 242T2777ERLPLHSTPKDGGPG
Site 243T2796PWPGDFGTTAKESSG
Site 244S2802GTTAKESSGNGAPEE
Site 245S2819RENGDALSREGSLGP
Site 246S2823DALSREGSLGPLPGS
Site 247S2830SLGPLPGSSAQPHKG
Site 248S2831LGPLPGSSAQPHKGI
Site 249T2846LKKKCLPTISEKSSL
Site 250S2848KKCLPTISEKSSLLR
Site 251S2852PTISEKSSLLRLPLE
Site 252T2862RLPLEQCTGSSRGSS
Site 253S2864PLEQCTGSSRGSSAS
Site 254S2865LEQCTGSSRGSSASE
Site 255S2868 CTGSSRGSSASEGSR
Site 256S2869 TGSSRGSSASEGSRG
Site 257S2871 SSRGSSASEGSRGGP
Site 258S2887PRPPPRQSLQEQLNG
Site 259S2911AGTVDEDSSGSEFLF
Site 260S2912GTVDEDSSGSEFLFF
Site 261S2914VDEDSSGSEFLFFNF
 
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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