PhosphoNET

           
Protein Info 
   
Short Name:  DEPDC5
Full Name:  DEP domain-containing protein 5
Alias:  DEP domain containing 5; DEP.5; DEPD5; KIAA0645
Type:  Unknown function
Mass (Da):  177910
Number AA:  1572
UniProt ID:  O75140
International Prot ID:  IPI00005665
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  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 1Y7_MRTTKVYKLVIHKK
Site 2Y48IAHPNDEYSPLLLQV
Site 3S49AHPNDEYSPLLLQVK
Site 4S57PLLLQVKSLKEDLQK
Site 5Y82QVFRLRPYQDVYVNV
Site 6Y86LRPYQDVYVNVVDPK
Site 7Y108ELTFKDQYIGRGDMW
Site 8T124LKKSLVSTCAYITQK
Site 9T160CGYISEDTRVVFRST
Site 10Y187EMWDFDIYGDLYFEK
Site 11Y191FDIYGDLYFEKAVNG
Site 12T205GFLADLFTKWKEKNC
Site 13T217KNCSHEVTVVLFSRT
Site 14Y226VLFSRTFYDAKSVDE
Site 15S230RTFYDAKSVDEFPEI
Site 16S241FPEINRASIRQDHKG
Site 17Y251QDHKGRFYEDFYKVV
Site 18Y255GRFYEDFYKVVVQNE
Site 19S269ERREEWTSLLVTIKK
Site 20T273EWTSLLVTIKKLFIQ
Site 21S299GFPQGDNSTSAQGNY
Site 22Y306STSAQGNYLEAINLS
Site 23Y321FNVFDKHYINRNFDR
Site 24T329INRNFDRTGQMSVVI
Site 25T353DRLLMILTKQRMIDN
Site 26S386LFKLHNRSAPRDSRL
Site 27S391NRSAPRDSRLGDDYN
Site 28Y397DSRLGDDYNIPHWIN
Site 29S418KSQLFCNSFTPRIKL
Site 30S432LAGKKPASEKAKNGR
Site 31T441KAKNGRDTSLGSPKE
Site 32S442AKNGRDTSLGSPKES
Site 33S445GRDTSLGSPKESENA
Site 34S449SLGSPKESENALPIQ
Site 35Y459ALPIQVDYDAYDAQV
Site 36Y462IQVDYDAYDAQVFRL
Site 37S473VFRLPGPSRAQCLTT
Site 38T479PSRAQCLTTCRSVRE
Site 39S483QCLTTCRSVRERESH
Site 40S489RSVRERESHSRKSAS
Site 41S491VRERESHSRKSASSC
Site 42S494RESHSRKSASSCDVS
Site 43S496SHSRKSASSCDVSSS
Site 44S497HSRKSASSCDVSSSP
Site 45S501SASSCDVSSSPSLPS
Site 46S502ASSCDVSSSPSLPSR
Site 47S503SSCDVSSSPSLPSRT
Site 48S505CDVSSSPSLPSRTLP
Site 49S508SSSPSLPSRTLPTEE
Site 50T510SPSLPSRTLPTEEVR
Site 51S518LPTEEVRSQASDDSS
Site 52S521EEVRSQASDDSSLGK
Site 53S524RSQASDDSSLGKSAN
Site 54S525SQASDDSSLGKSANI
Site 55S529DDSSLGKSANILMIP
Site 56Y543PHPHLHQYEVSSSLG
Site 57S547LHQYEVSSSLGYTST
Site 58S548HQYEVSSSLGYTSTR
Site 59T552VSSSLGYTSTRDVLE
Site 60S553SSSLGYTSTRDVLEN
Site 61T554SSLGYTSTRDVLENM
Site 62S569MEPPQRDSSAPGRFH
Site 63S570EPPQRDSSAPGRFHV
Site 64S579PGRFHVGSAESMLHV
Site 65S582FHVGSAESMLHVRPG
Site 66Y591LHVRPGGYTPQRALI
Site 67T592HVRPGGYTPQRALIN
Site 68T611SRMPMKLTSNRRRWM
Site 69T620NRRRWMHTFPVGPSG
Site 70S646NMAELQGSGQRDPTH
Site 71T652GSGQRDPTHSSAELL
Site 72S654GQRDPTHSSAELLEL
Site 73Y663AELLELAYHEAAGRH
Site 74S671HEAAGRHSNSRQPGD
Site 75S673AAGRHSNSRQPGDGM
Site 76S681RQPGDGMSFLNFSGT
Site 77S692FSGTEELSVGLLSNS
Site 78S699SVGLLSNSGAGMNPR
Site 79T707GAGMNPRTQNKDSLE
Site 80S712PRTQNKDSLEDSVST
Site 81S716NKDSLEDSVSTSPDP
Site 82S718DSLEDSVSTSPDPMP
Site 83S720LEDSVSTSPDPMPGF
Site 84T740VDWKSLTTPACLPLT
Site 85T747TPACLPLTTDYFPDR
Site 86Y750CLPLTTDYFPDRQGL
Site 87Y761RQGLQNDYTEGCYDL
Site 88T762QGLQNDYTEGCYDLL
Site 89Y802CQRLMQGYQIIVQPK
Site 90T810QIIVQPKTQKPNPAV
Site 91S822PAVPPPLSSSPLYSR
Site 92S823AVPPPLSSSPLYSRG
Site 93S824VPPPLSSSPLYSRGL
Site 94Y827PLSSSPLYSRGLVSR
Site 95S828LSSSPLYSRGLVSRN
Site 96Y843RPEEEDQYWLSMGRT
Site 97T850YWLSMGRTFHKVTLK
Site 98T862TLKDKMITVTRYLPK
Site 99Y866KMITVTRYLPKYPYE
Site 100Y870VTRYLPKYPYESAQI
Site 101Y872RYLPKYPYESAQIHY
Site 102T880ESAQIHYTYSLCPSH
Site 103Y881SAQIHYTYSLCPSHS
Site 104S882AQIHYTYSLCPSHSD
Site 105S886YTYSLCPSHSDSEFV
Site 106S888YSLCPSHSDSEFVSC
Site 107Y907SHERLEEYKWNYLDQ
Site 108Y911LEEYKWNYLDQYICS
Site 109Y915KWNYLDQYICSAGSE
Site 110S921QYICSAGSEDFSLIE
Site 111S925SAGSEDFSLIESLKF
Site 112S929EDFSLIESLKFWRTR
Site 113T951VTATKRITEGEAHCD
Site 114Y960GEAHCDIYGDRPRAD
Site 115S993RIRRRHRSDRMMRKG
Site 116T1001DRMMRKGTAMKGLQM
Site 117T1009AMKGLQMTGPISTHS
Site 118S1013LQMTGPISTHSLEST
Site 119S1016TGPISTHSLESTAPP
Site 120S1019ISTHSLESTAPPVGK
Site 121T1020STHSLESTAPPVGKK
Site 122S1033KKGTSALSALLEMEA
Site 123S1041ALLEMEASQKCLGEQ
Site 124S1057AAVHGGKSSAQSAES
Site 125S1058AVHGGKSSAQSAESS
Site 126S1061GGKSSAQSAESSSVA
Site 127S1064SSAQSAESSSVAMTP
Site 128S1065SAQSAESSSVAMTPT
Site 129S1066AQSAESSSVAMTPTY
Site 130T1070ESSSVAMTPTYMDSP
Site 131T1072SSVAMTPTYMDSPRK
Site 132Y1073SVAMTPTYMDSPRKV
Site 133S1076MTPTYMDSPRKVSVD
Site 134S1081MDSPRKVSVDQTATP
Site 135T1085RKVSVDQTATPMLDG
Site 136T1087VSVDQTATPMLDGTS
Site 137S1102LGICTGQSMDRGNSQ
Site 138S1108QSMDRGNSQTFGNSQ
Site 139T1110MDRGNSQTFGNSQNI
Site 140S1114NSQTFGNSQNIGEQG
Site 141S1123NIGEQGYSSTNSSDS
Site 142S1124IGEQGYSSTNSSDSS
Site 143T1125GEQGYSSTNSSDSSS
Site 144S1127QGYSSTNSSDSSSQQ
Site 145S1128GYSSTNSSDSSSQQL
Site 146S1130SSTNSSDSSSQQLVA
Site 147S1131STNSSDSSSQQLVAS
Site 148S1132TNSSDSSSQQLVASS
Site 149S1138SSQQLVASSLTSSST
Site 150S1139SQQLVASSLTSSSTL
Site 151T1158EAMKHPSTGVQLLSE
Site 152S1164STGVQLLSEQKGLSP
Site 153S1170LSEQKGLSPYCFISA
Site 154Y1172EQKGLSPYCFISAEV
Site 155T1210MLEEQLITHASGEAW
Site 156S1213EQLITHASGEAWRTF
Site 157S1291WLPSRPASYASRHSS
Site 158Y1292LPSRPASYASRHSSF
Site 159S1294SRPASYASRHSSFSR
Site 160S1297ASYASRHSSFSRSFG
Site 161S1298SYASRHSSFSRSFGG
Site 162S1300ASRHSSFSRSFGGRS
Site 163S1302RHSSFSRSFGGRSQA
Site 164S1307SRSFGGRSQAAALLA
Site 165T1324VPEQRTVTLDVDVNN
Site 166T1333DVDVNNRTDRLEWCS
Site 167T1379QGWHRKATSCGFLLV
Site 168S1397EGPFALPSYLYGDPL
Site 169Y1398GPFALPSYLYGDPLR
Site 170Y1400FALPSYLYGDPLRAQ
Site 171S1422SCLLKEGSEHLFDSF
Site 172S1428GSEHLFDSFEPETYW
Site 173Y1434DSFEPETYWDRMHLF
Site 174Y1456FGFVQDKYSASAFNF
Site 175S1457GFVQDKYSASAFNFP
Site 176Y1471PAENKPQYIHVTGTV
Site 177S1485VFLQLPYSKRKFSGQ
Site 178S1490PYSKRKFSGQQRRRR
Site 179S1499QQRRRRNSTSSTNQN
Site 180T1500QRRRRNSTSSTNQNM
Site 181S1501RRRRNSTSSTNQNMF
Site 182S1502RRRNSTSSTNQNMFC
Site 183T1503RRNSTSSTNQNMFCE
Site 184Y1515FCEERVGYNWAYNTM
Site 185Y1519RVGYNWAYNTMLTKT
Site 186T1526YNTMLTKTWRSSATG
Site 187S1530LTKTWRSSATGDEKF
Site 188T1558NRDNRLVTFWTSCLE
 
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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