PhosphoNET

           
Protein Info 
   
Short Name:  TRAD
Full Name:  Kalirin
Alias:  Duet; Duo; EC 2.7.11.1; HAPIP; Hs.8004; Kalirin; Kalirin, RhoGEF kinase; KALRN; Serine/threonine kinase with Dbl- and pleckstrin homology domains; Serine/threonine kinase with Dbl and pleckstriny domains
Type:  Protein kinase, Ser/Thr (non-receptor); EC 2.7.11.1; CAMK group; Trio family
Mass (Da):  340174
Number AA:  2985
UniProt ID:  O60229
International Prot ID:  IPI00028382
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0015629  GO:0005829   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0005089  GO:0000287 PhosphoSite+ KinaseNET
Biological Process:  GO:0006915  GO:0008624  GO:0007242 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 1S24LRLLDRGSFRNDGLK
Site 2S33RNDGLKASDVLPILK
Site 3T59KRGGPILTFPARSNH
Site 4T79EDLRKLVTYLASVPS
Site 5Y80DLRKLVTYLASVPSE
Site 6S86TYLASVPSEDVCKRG
Site 7T95DVCKRGFTVIIDMRG
Site 8S103VIIDMRGSKWDLIKP
Site 9T140NFWQKQKTNFGSSKF
Site 10S145QKTNFGSSKFIFETS
Site 11S166LTKLVDPSQLTEEFD
Site 12S175LTEEFDGSLDYNHEE
Site 13Y178EFDGSLDYNHEEWIE
Site 14S189EWIELRLSLEEFFNS
Site 15S196SLEEFFNSAVHLLSR
Site 16S223FPVDVEGSRRLIDEH
Site 17T231RRLIDEHTQLKKKVL
Site 18S259LLQCIRCSDGFSGRN
Site 19S263IRCSDGFSGRNCIPG
Site 20S271GRNCIPGSADFQSLV
Site 21S276PGSADFQSLVPKITS
Site 22S290SLLDKLHSTRQHLHQ
Site 23S336NKELFLQSHTEIGVS
Site 24S343SHTEIGVSYQYALDL
Site 25S379MSVASRLSEAGHYAS
Site 26Y384RLSEAGHYASQQIKQ
Site 27S386SEAGHYASQQIKQIS
Site 28S402QLDQEWKSFAAALDE
Site 29S429QKAEQFLSGVDAWCK
Site 30Y461IHHHQTLYEQVTQAY
Site 31S472TQAYTEVSQDGKALL
Site 32S487DVLQRPLSPGNSESL
Site 33S491RPLSPGNSESLTATA
Site 34S493LSPGNSESLTATANY
Site 35T495PGNSESLTATANYSK
Site 36T497NSESLTATANYSKAV
Site 37S561NHGEAFLSKHTGVGK
Site 38S569KHTGVGKSLHRARAL
Site 39S643RKLLLDMSVSFHTHT
Site 40S645LLLDMSVSFHTHTKE
Site 41T694QTATLDATLNVIKEG
Site 42S710DLIQQLRSAPPSLGE
Site 43S714QLRSAPPSLGEPSEA
Site 44S719PPSLGEPSEARDSAV
Site 45S724EPSEARDSAVSNNKT
Site 46S727EARDSAVSNNKTPHS
Site 47T731SAVSNNKTPHSSSIS
Site 48S734SNNKTPHSSSISHIE
Site 49S736NKTPHSSSISHIESV
Site 50S738TPHSSSISHIESVLQ
Site 51S742SSISHIESVLQQLDD
Site 52Y777QLRIFEQYTIEVTAE
Site 53T801RQMNDFNTEDLTLAE
Site 54T805DFNTEDLTLAEQRLQ
Site 55T815EQRLQRHTERKLAMN
Site 56T825KLAMNNMTFEVIQQG
Site 57Y838QGQDLHQYITEVQAS
Site 58S924LVNASSLSEAEQLQR
Site 59S948ESLFHATSLQKTHQS
Site 60T952HATSLQKTHQSALQV
Site 61S1017KTSEQVCSVLESLEQ
Site 62S1021QVCSVLESLEQEYRR
Site 63Y1026LESLEQEYRRDEDWC
Site 64Y1079NAEVFLKYIHRNNVS
Site 65S1086YIHRNNVSMPSVASH
Site 66S1089RNNVSMPSVASHTRG
Site 67S1092VSMPSVASHTRGPEQ
Site 68T1120NRVLHFWTLKKRRLD
Site 69Y1132RLDQCQQYVVFERSA
Site 70Y1153IQETGEFYLSTHTST
Site 71S1155ETGEFYLSTHTSTGE
Site 72T1156TGEFYLSTHTSTGET
Site 73S1159FYLSTHTSTGETTEE
Site 74T1215EIRKWVTTVDKHYRD
Site 75Y1220VTTVDKHYRDFSLRM
Site 76S1224DKHYRDFSLRMGKYR
Site 77Y1230FSLRMGKYRYSLEKA
Site 78S1233RMGKYRYSLEKALGV
Site 79S1256ELDIIPASLSDREVK
Site 80S1258DIIPASLSDREVKLR
Site 81S1278VNEEKRKSARKKEFI
Site 82T1292IMAELLQTEKAYVRD
Site 83Y1296LLQTEKAYVRDLHEC
Site 84T1306DLHECLETYLWEMTS
Site 85Y1307LHECLETYLWEMTSG
Site 86S1313TYLWEMTSGVEEIPP
Site 87Y1337FGNIQEIYDFHNNIF
Site 88Y1351FLKELEKYEQLPEDV
Site 89Y1372WADKFQMYVTYCKNK
Site 90Y1375KFQMYVTYCKNKPDS
Site 91S1406QRHGLANSISSYLIK
Site 92Y1410LANSISSYLIKPVQR
Site 93T1419IKPVQRITKYQLLLK
Site 94Y1421PVQRITKYQLLLKEL
Site 95S1448DGLEVMLSVPKKAND
Site 96S1488FQVWDPKSLIRKGRE
Site 97S1508FEISLVFSKEIKDSS
Site 98S1514FSKEIKDSSGHTKYV
Site 99S1515SKEIKDSSGHTKYVY
Site 100Y1520DSSGHTKYVYKNKLL
Site 101Y1522SGHTKYVYKNKLLTS
Site 102S1529YKNKLLTSELGVTEH
Site 103T1534LTSELGVTEHVEGDP
Site 104S1548PCKFALWSGRTPSSD
Site 105T1551FALWSGRTPSSDNKT
Site 106S1553LWSGRTPSSDNKTVL
Site 107S1554WSGRTPSSDNKTVLK
Site 108T1558TPSSDNKTVLKASNI
Site 109T1599EPLQLPKTPAKQRNN
Site 110S1607PAKQRNNSKRDGVED
Site 111S1617DGVEDIDSQGDGSSQ
Site 112S1622IDSQGDGSSQPDTIS
Site 113S1623DSQGDGSSQPDTISI
Site 114T1627DGSSQPDTISIASRT
Site 115S1629SSQPDTISIASRTSQ
Site 116S1632PDTISIASRTSQNTV
Site 117S1635ISIASRTSQNTVDSD
Site 118T1638ASRTSQNTVDSDKLS
Site 119S1641TSQNTVDSDKLSGGC
Site 120S1645TVDSDKLSGGCELTV
Site 121S1662QDFSAGHSSELTIQV
Site 122T1666AGHSSELTIQVGQTV
Site 123S1680VELLERPSERPGWCL
Site 124T1690PGWCLVRTTERSPPL
Site 125T1691GWCLVRTTERSPPLE
Site 126S1694LVRTTERSPPLEGLV
Site 127S1709PSSALCISHSRSSVE
Site 128S1711SALCISHSRSSVEMD
Site 129Y1728FPLVKDAYSHSSSEN
Site 130S1729PLVKDAYSHSSSENG
Site 131S1731VKDAYSHSSSENGGK
Site 132S1733DAYSHSSSENGGKSE
Site 133S1739SSENGGKSESVANLQ
Site 134S1741ENGGKSESVANLQAQ
Site 135S1750ANLQAQPSLNSIHSS
Site 136S1753QAQPSLNSIHSSPGP
Site 137S1756PSLNSIHSSPGPKRS
Site 138S1757SLNSIHSSPGPKRST
Site 139S1763SSPGPKRSTNTLKKW
Site 140T1764SPGPKRSTNTLKKWL
Site 141T1766GPKRSTNTLKKWLTS
Site 142T1772NTLKKWLTSPVRRLN
Site 143S1773TLKKWLTSPVRRLNS
Site 144S1780SPVRRLNSGKADGNI
Site 145S1799KVRDGRKSFDLGSPK
Site 146S1804RKSFDLGSPKPGDET
Site 147T1811SPKPGDETTPQGDSA
Site 148T1812PKPGDETTPQGDSAD
Site 149S1817ETTPQGDSADEKSKK
Site 150S1822GDSADEKSKKGWGED
Site 151S1835EDEPDEESHTPLPPP
Site 152T1837EPDEESHTPLPPPMK
Site 153T1851KIFDNDPTQDEMSSL
Site 154S1857PTQDEMSSLLAARQA
Site 155S1887KLVKNKLSLEGSSYR
Site 156S1891NKLSLEGSSYRGSLK
Site 157S1892KLSLEGSSYRGSLKD
Site 158Y1893LSLEGSSYRGSLKDP
Site 159S1896EGSSYRGSLKDPAGC
Site 160T1912NEGMAPPTPPKNPEE
Site 161T1939VLNELVQTEKDYVKD
Site 162Y1943LVQTEKDYVKDLGIV
Site 163Y2029QNKPRSEYIVAEYDA
Site 164Y2034SEYIVAEYDAYFEEV
Site 165Y2037IVAEYDAYFEEVKQE
Site 166T2050QEINQRLTLSDFLIK
Site 167T2063IKPIQRITKYQLLLK
Site 168Y2065PIQRITKYQLLLKDF
Site 169S2076LKDFLRYSEKAGLEC
Site 170T2117QGFEGTLTAQGKLLQ
Site 171T2127GKLLQQDTFYVIELD
Site 172S2163SELLRKGSLTPGYMF
Site 173T2165LLRKGSLTPGYMFKR
Site 174Y2168KGSLTPGYMFKRSIK
Site 175Y2178KRSIKMNYLVLEENV
Site 176T2199FALMNRETSERVVLQ
Site 177S2200ALMNRETSERVVLQA
Site 178T2226DINQVLETQRDFLNA
Site 179S2236DFLNALQSPIEYQRK
Site 180Y2240ALQSPIEYQRKERST
Site 181T2247YQRKERSTAVMRSQP
Site 182S2252RSTAVMRSQPARLPQ
Site 183S2261PARLPQASPRPYSSV
Site 184Y2265PQASPRPYSSVPAGS
Site 185S2266QASPRPYSSVPAGSE
Site 186S2267ASPRPYSSVPAGSEK
Site 187S2272YSSVPAGSEKPPKGS
Site 188S2279SEKPPKGSSYNPPLP
Site 189S2280EKPPKGSSYNPPLPP
Site 190Y2281KPPKGSSYNPPLPPL
Site 191S2291PLPPLKISTSNGSPG
Site 192T2292LPPLKISTSNGSPGF
Site 193S2293PPLKISTSNGSPGFE
Site 194S2296KISTSNGSPGFEYHQ
Site 195Y2301NGSPGFEYHQPGDKF
Site 196S2311PGDKFEASKQNDLGG
Site 197S2324GGCNGTSSMAVIKDY
Site 198Y2331SMAVIKDYYALKENE
Site 199Y2332MAVIKDYYALKENEI
Site 200S2342KENEICVSQGEVVQV
Site 201Y2361QQNMCLVYQPASDHS
Site 202S2365CLVYQPASDHSPAAE
Site 203S2368YQPASDHSPAAEGWV
Site 204S2391TKATAAESSDGSIKK
Site 205S2395AAESSDGSIKKSCSW
Site 206S2399SDGSIKKSCSWHTLR
Site 207S2401GSIKKSCSWHTLRMR
Site 208T2404KKSCSWHTLRMRKRA
Site 209T2416KRAEVENTGKNEATG
Site 210S2436DILGNKVSVKETNSS
Site 211T2440NKVSVKETNSSEESE
Site 212S2442VSVKETNSSEESECD
Site 213S2443SVKETNSSEESECDD
Site 214S2446ETNSSEESECDDLDP
Site 215T2455CDDLDPNTSMEILNP
Site 216S2456DDLDPNTSMEILNPN
Site 217T2513PDQNILDTDNSSATY
Site 218S2516NILDTDNSSATYTVS
Site 219S2517ILDTDNSSATYTVSS
Site 220T2519DTDNSSATYTVSSCD
Site 221Y2520TDNSSATYTVSSCDS
Site 222T2521DNSSATYTVSSCDSG
Site 223S2523SSATYTVSSCDSGEI
Site 224S2524SATYTVSSCDSGEIT
Site 225T2555IATNDHGTTSTSATV
Site 226S2557TNDHGTTSTSATVKV
Site 227T2561GTTSTSATVKVQGVP
Site 228S2593LRWLPPSSTGNCTIS
Site 229T2594RWLPPSSTGNCTISG
Site 230S2600STGNCTISGYTVEYR
Site 231Y2606ISGYTVEYREEGSQI
Site 232S2611VEYREEGSQIWQQSV
Site 233S2617GSQIWQQSVASTLDT
Site 234Y2637DLSPGCPYQFRVSAS
Site 235S2644YQFRVSASNPWGISL
Site 236S2650ASNPWGISLPSEPSE
Site 237S2653PWGISLPSEPSEFVR
Site 238S2656ISLPSEPSEFVRLPE
Site 239Y2664EFVRLPEYDAAADGA
Site 240S2674AADGATISWKENFDS
Site 241S2681SWKENFDSAYTELNE
Site 242Y2683KENFDSAYTELNEIG
Site 243S2695EIGRGRFSIVKKCIH
Site 244S2715DVAVKFVSKKMKKKE
Site 245Y2739QHLQHPQYITLHDTY
Site 246T2745QYITLHDTYESPTSY
Site 247Y2746YITLHDTYESPTSYI
Site 248S2748TLHDTYESPTSYILI
Site 249Y2767DDGRLLDYLMNHDEL
Site 250Y2782MEEKVAFYIRDIMEA
Site 251S2883VSPFLDESKEETCIN
Site 252T2887LDESKEETCINVCRV
Site 253Y2902DFSFPHEYFCGVSNA
Site 254T2927EDFRRRPTAATCLQH
Site 255T2930RRRPTAATCLQHPWL
Site 256S2943WLQPHNGSYSKIPLD
Site 257S2945QPHNGSYSKIPLDTS
Site 258S2975RPIPNVKSYIVNRVN
Site 259Y2976PIPNVKSYIVNRVNQ
 
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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