PhosphoNET

           
Protein Info 
   
Short Name:  DISP2
Full Name:  Protein dispatched homolog 2
Alias:  dispatched 2; DISPB; HsT16908; KIAA1742
Type:  Membrane protein, integral
Mass (Da):  152000
Number AA: 
UniProt ID:  A7MBM2
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     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 1S5___MDGDSSSSSGGS
Site 2S6__MDGDSSSSSGGSG
Site 3S7_MDGDSSSSSGGSGP
Site 4S8MDGDSSSSSGGSGPA
Site 5S9DGDSSSSSGGSGPAP
Site 6S12SSSSSGGSGPAPGPG
Site 7S37PLAPDGGSPDSTQTK
Site 8S40PDGGSPDSTQTKAVP
Site 9T41DGGSPDSTQTKAVPP
Site 10S51KAVPPEASPERSCSL
Site 11S55PEASPERSCSLHSCP
Site 12S57ASPERSCSLHSCPLE
Site 13S60ERSCSLHSCPLEDPS
Site 14S67SCPLEDPSSSSGPPP
Site 15S68CPLEDPSSSSGPPPT
Site 16S69PLEDPSSSSGPPPTT
Site 17S70LEDPSSSSGPPPTTS
Site 18T75SSSGPPPTTSTLQPV
Site 19T76SSGPPPTTSTLQPVG
Site 20S77SGPPPTTSTLQPVGP
Site 21T78GPPPTTSTLQPVGPS
Site 22Y95LAPAHFTYPRALQEY
Site 23Y102YPRALQEYQGGSSLP
Site 24S106LQEYQGGSSLPGLGD
Site 25S107QEYQGGSSLPGLGDR
Site 26S119GDRAALCSHGSSLSP
Site 27S123ALCSHGSSLSPSPAP
Site 28S125CSHGSSLSPSPAPSQ
Site 29S127HGSSLSPSPAPSQRD
Site 30S131LSPSPAPSQRDGTWK
Site 31T136APSQRDGTWKPPAVQ
Site 32S148AVQHHVVSVRQERAF
Site 33S160RAFQMPKSYSQLIAE
Site 34S162FQMPKSYSQLIAEWP
Site 35S197GARLPDFSKPLLGFE
Site 36T208LGFEPRDTDIGSKLV
Site 37S212PRDTDIGSKLVVWRA
Site 38S233PRKLLFLSPDLELNS
Site 39S240SPDLELNSSSSHNTL
Site 40S241PDLELNSSSSHNTLR
Site 41S242DLELNSSSSHNTLRP
Site 42S243LELNSSSSHNTLRPA
Site 43T246NSSSSHNTLRPAPRG
Site 44S254LRPAPRGSAQESAVR
Site 45S258PRGSAQESAVRPRRM
Site 46Y286CGPPEKSYAKLVFMS
Site 47S318MEQDQIRSHTSFGAL
Site 48T320QDQIRSHTSFGALCQ
Site 49S321DQIRSHTSFGALCQR
Site 50Y343PSWSLGNYLAVLSNR
Site 51S348GNYLAVLSNRSSCLD
Site 52S352AVLSNRSSCLDTTQA
Site 53T356NRSSCLDTTQADAAR
Site 54T357RSSCLDTTQADAART
Site 55S383HSGALVPSCLGPGQN
Site 56S392LGPGQNKSPRCAQVP
Site 57T400PRCAQVPTKCSQSSA
Site 58S403AQVPTKCSQSSAIYQ
Site 59S422LLDRDFLSPQTTDYQ
Site 60T426DFLSPQTTDYQVPSL
Site 61Y428LSPQTTDYQVPSLKY
Site 62S432TTDYQVPSLKYSLLF
Site 63T458IYLDRLATPWGLADN
Site 64Y466PWGLADNYTSVTGMD
Site 65T467WGLADNYTSVTGMDL
Site 66S468GLADNYTSVTGMDLG
Site 67S569FFDLWRLSKSQLPSG
Site 68S571DLWRLSKSQLPSGGL
Site 69S575LSKSQLPSGGLAQRV
Site 70Y647SAVLHERYLARGCAR
Site 71S663ARGRWEGSAPRRLLL
Site 72T686LRRAAAGTSRLLFQR
Site 73T731SPRLRLPTLPPPGGQ
Site 74S743GGQVFRPSHPFERFD
Site 75Y753FERFDAEYRQLFLFE
Site 76T783WGVLPVDTGDPLDPR
Site 77S791GDPLDPRSNSSLVRD
Site 78S793PLDPRSNSSLVRDPA
Site 79S794LDPRSNSSLVRDPAF
Site 80S802LVRDPAFSASGPEAQ
Site 81S804RDPAFSASGPEAQRW
Site 82S823CHRARNQSFFDTLQE
Site 83T827RNQSFFDTLQEGWPT
Site 84S847TLQRWMESPSCARLG
Site 85S849QRWMESPSCARLGPD
Site 86T887LEQGPDGTQDLGLRF
Site 87S914FQTNFRNSPDYNQTQ
Site 88Y917NFRNSPDYNQTQLFY
Site 89Y924YNQTQLFYNEVSHWL
Site 90T948GLRRGWFTSRLELYS
Site 91S949LRRGWFTSRLELYSL
Site 92S955TSRLELYSLQHSLST
Site 93S959ELYSLQHSLSTEPAV
Site 94S1050CPHPDRLSRVAFSLR
Site 95S1055RLSRVAFSLRQTSCA
Site 96T1136HLPWDAGTGDPGGEK
Site 97S1151AGRPRPGSVGGMPGS
Site 98S1158SVGGMPGSCSEQYEL
Site 99S1160GGMPGSCSEQYELQP
Site 100Y1163PGSCSEQYELQPLAR
Site 101S1173QPLARRRSPSFDTST
Site 102S1175LARRRSPSFDTSTAT
Site 103S1179RSPSFDTSTATSKLS
Site 104T1180SPSFDTSTATSKLSH
Site 105S1183FDTSTATSKLSHRPS
Site 106S1186STATSKLSHRPSVLS
Site 107S1190SKLSHRPSVLSEDLQ
Site 108S1193SHRPSVLSEDLQLHD
Site 109S1205LHDGPCCSRPPPAPA
Site 110S1213RPPPAPASPRELLLD
Site 111S1226LDHQAVFSQCPALQT
Site 112T1233SQCPALQTSSPYKQA
Site 113S1234QCPALQTSSPYKQAG
Site 114S1235CPALQTSSPYKQAGP
Site 115S1243PYKQAGPSPKTRARQ
Site 116T1246QAGPSPKTRARQDSQ
Site 117S1252KTRARQDSQGEEAEP
Site 118S1263EAEPLPASPEAPAHS
Site 119S1270SPEAPAHSPKAKAAD
Site 120S1284DPPDGFCSSASTLEG
Site 121S1285PPDGFCSSASTLEGL
Site 122S1295TLEGLSVSDETCLST
Site 123T1298GLSVSDETCLSTSEP
Site 124S1301VSDETCLSTSEPSAR
Site 125T1302SDETCLSTSEPSARV
Site 126S1303DETCLSTSEPSARVP
Site 127S1306CLSTSEPSARVPDSV
Site 128S1312PSARVPDSVGVSPDD
Site 129S1316VPDSVGVSPDDLDDT
Site 130T1323SPDDLDDTGQPVLER
Site 131T1339QLNGKRDTLWLALRE
Site 132Y1349LALRETVYDPSLPAS
Site 133S1352RETVYDPSLPASHHS
Site 134S1356YDPSLPASHHSSLSW
Site 135S1359SLPASHHSSLSWKGR
Site 136S1360LPASHHSSLSWKGRG
Site 137S1362ASHHSSLSWKGRGGP
Site 138S1373RGGPGDGSPVVLPNS
Site 139S1380SPVVLPNSQPDLPDV
Site 140S1393DVWLRRPSTHTSGYS
Site 141T1394VWLRRPSTHTSGYSS
Site 142T1396LRRPSTHTSGYSS__
Site 143S1397RRPSTHTSGYSS___
Site 144S1401THTSGYSS_______
 
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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