PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1107
Full Name:  Uncharacterized protein KIAA1107
Alias:  LOC23285
Type:  Unknown function
Mass (Da):  155681
Number AA:  1409
UniProt ID:  Q9UPP5
International Prot ID:  IPI00298902
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      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 1S9ESDRLIISLPRVKWT
Site 2T21KWTEAALTMASQLQE
Site 3T65STADLLDTILKAIEE
Site 4T75KAIEENITTENSCSL
Site 5T76AIEENITTENSCSLL
Site 6S92ALDTLLNSDSTKEMG
Site 7S94DTLLNSDSTKEMGFT
Site 8T95TLLNSDSTKEMGFTC
Site 9T101STKEMGFTCKIQALR
Site 10T125SFYAVRHTESWKLMS
Site 11S159LGKKPIFSSSQQRKQ
Site 12S161KKPIFSSSQQRKQVS
Site 13S168SQQRKQVSDSGDIKI
Site 14S170QRKQVSDSGDIKIKS
Site 15S177SGDIKIKSWRGNNKK
Site 16Y189NKKECWSYLSTNKKM
Site 17T192ECWSYLSTNKKMKSD
Site 18S198STNKKMKSDGLGASG
Site 19S204KSDGLGASGHSSSTN
Site 20S208LGASGHSSSTNRNSI
Site 21S209GASGHSSSTNRNSIN
Site 22T210ASGHSSSTNRNSINK
Site 23S214SSSTNRNSINKTLKQ
Site 24T218NRNSINKTLKQDDVK
Site 25T230DVKEKDGTKIASKIT
Site 26S248KTGGKNVSGKPKTVT
Site 27T253NVSGKPKTVTKSKTE
Site 28T255SGKPKTVTKSKTENG
Site 29S257KPKTVTKSKTENGDK
Site 30T259KTVTKSKTENGDKAR
Site 31S271KARLENMSPRQVVER
Site 32S306RNQEGQISGARPKVL
Site 33T314GARPKVLTGNLNVQA
Site 34T330AKPLKKATGKDSPCL
Site 35S334KKATGKDSPCLSIAG
Site 36S338GKDSPCLSIAGPSSR
Site 37S343CLSIAGPSSRSTDSS
Site 38S344LSIAGPSSRSTDSSM
Site 39S346IAGPSSRSTDSSMEF
Site 40T347AGPSSRSTDSSMEFS
Site 41S349PSSRSTDSSMEFSIS
Site 42S350SSRSTDSSMEFSIST
Site 43S354TDSSMEFSISTECLD
Site 44S356SSMEFSISTECLDEP
Site 45T369EPKENGSTEEEKPSG
Site 46S375STEEEKPSGHKLSFC
Site 47S380KPSGHKLSFCDSPGQ
Site 48S384HKLSFCDSPGQMMKN
Site 49S392PGQMMKNSVDSVKNS
Site 50S395MMKNSVDSVKNSTVA
Site 51S399SVDSVKNSTVAIKSR
Site 52T400VDSVKNSTVAIKSRP
Site 53S405NSTVAIKSRPVSRVT
Site 54S409AIKSRPVSRVTNGTS
Site 55T412SRPVSRVTNGTSNKK
Site 56T415VSRVTNGTSNKKSIH
Site 57S416SRVTNGTSNKKSIHE
Site 58S420NGTSNKKSIHEQDTN
Site 59S442KVSGKGCSEPVPQAI
Site 60T455AILKKRGTSNGCTAA
Site 61S456ILKKRGTSNGCTAAQ
Site 62T460RGTSNGCTAAQQRTK
Site 63S468AAQQRTKSTPSNLTK
Site 64T469AQQRTKSTPSNLTKT
Site 65T476TPSNLTKTQGSQGES
Site 66S479NLTKTQGSQGESPNS
Site 67S483TQGSQGESPNSVKSS
Site 68S486SQGESPNSVKSSVSS
Site 69S489ESPNSVKSSVSSRQS
Site 70S490SPNSVKSSVSSRQSD
Site 71S492NSVKSSVSSRQSDEN
Site 72S493SVKSSVSSRQSDENV
Site 73S496SSVSSRQSDENVAKL
Site 74S554ETLNNKDSKQKMPPG
Site 75S565MPPGQVISKTQPSSQ
Site 76T567PGQVISKTQPSSQRP
Site 77S570VISKTQPSSQRPLKH
Site 78S571ISKTQPSSQRPLKHE
Site 79S580RPLKHETSTVQKSMF
Site 80T581PLKHETSTVQKSMFH
Site 81S598RDNNNKDSVSEQKPH
Site 82S600NNNKDSVSEQKPHKP
Site 83S616INLASEISDAEALQS
Site 84S623SDAEALQSSCRPDPQ
Site 85S624DAEALQSSCRPDPQK
Site 86S654NISKLDKSLKHELES
Site 87T671ICLDKSETKFPNHKE
Site 88S699VGSDNVNSKFYSTTA
Site 89Y709YSTTALKYMVSNPNE
Site 90S712TALKYMVSNPNENSL
Site 91S718VSNPNENSLNSNPVC
Site 92S729NPVCDLDSTSAGQIH
Site 93S739AGQIHLISDRENQVG
Site 94T750NQVGRKDTNKQSSIK
Site 95S755KDTNKQSSIKCVEDV
Site 96S763IKCVEDVSLCNPERT
Site 97S776RTNGTLNSAQEDKKS
Site 98S783SAQEDKKSKVPVEGL
Site 99T791KVPVEGLTIPSKLSD
Site 100S797LTIPSKLSDESAMDE
Site 101S800PSKLSDESAMDEDKH
Site 102S812DKHATADSDVSSKCF
Site 103S815ATADSDVSSKCFSGQ
Site 104S816TADSDVSSKCFSGQL
Site 105S820DVSSKCFSGQLSEKN
Site 106S824KCFSGQLSEKNSPKN
Site 107S828GQLSEKNSPKNMETS
Site 108S835SPKNMETSESPESHE
Site 109S837KNMETSESPESHETP
Site 110S840ETSESPESHETPETP
Site 111T843ESPESHETPETPFVG
Site 112T846ESHETPETPFVGHWN
Site 113S864GVLHQRESPESDTGS
Site 114S867HQRESPESDTGSATT
Site 115T869RESPESDTGSATTSS
Site 116S871SPESDTGSATTSSDD
Site 117S875DTGSATTSSDDIKPR
Site 118S876TGSATTSSDDIKPRS
Site 119S883SDDIKPRSEDYDAGG
Site 120Y886IKPRSEDYDAGGSQD
Site 121S891EDYDAGGSQDDDGSN
Site 122S897GSQDDDGSNDRGISK
Site 123S903GSNDRGISKCGTMLC
Site 124S917CHDFLGRSSSDTSTP
Site 125S918HDFLGRSSSDTSTPE
Site 126S919DFLGRSSSDTSTPEE
Site 127T921LGRSSSDTSTPEELK
Site 128S922GRSSSDTSTPEELKI
Site 129T923RSSSDTSTPEELKIY
Site 130Y930TPEELKIYDSNLRIE
Site 131S932EELKIYDSNLRIEVK
Site 132S953NDLFQVNSTSDDEIP
Site 133S955LFQVNSTSDDEIPRK
Site 134S968RKRPEIWSRSAIVHS
Site 135S970RPEIWSRSAIVHSRE
Site 136S975SRSAIVHSRERENIP
Site 137S985RENIPRGSVQFAQEI
Site 138S998EIDQVSSSADETEDE
Site 139T1002VSSSADETEDERSEA
Site 140S1007DETEDERSEAENVAE
Site 141S1019VAENFSISNPAPQQF
Site 142S1046ENECREFSANKKFKR
Site 143S1054ANKKFKRSVLLSVDE
Site 144S1058FKRSVLLSVDECEEL
Site 145S1067DECEELGSDEGEVHT
Site 146T1074SDEGEVHTPFQASVD
Site 147S1079VHTPFQASVDSFSPS
Site 148S1082PFQASVDSFSPSDVF
Site 149S1084QASVDSFSPSDVFDG
Site 150S1086SVDSFSPSDVFDGIS
Site 151S1093SDVFDGISHEHHGRT
Site 152T1100SHEHHGRTCYSRFSR
Site 153Y1102EHHGRTCYSRFSRES
Site 154S1106RTCYSRFSRESEDNI
Site 155S1109YSRFSRESEDNILEC
Site 156S1123CKQNKGNSVCKNEST
Site 157S1129NSVCKNESTVLDLSS
Site 158S1135ESTVLDLSSIDSSRK
Site 159S1136STVLDLSSIDSSRKN
Site 160S1139LDLSSIDSSRKNKQS
Site 161S1140DLSSIDSSRKNKQSV
Site 162S1146SSRKNKQSVSATEKK
Site 163S1148RKNKQSVSATEKKNT
Site 164T1150NKQSVSATEKKNTID
Site 165T1155SATEKKNTIDVLSSR
Site 166S1160KNTIDVLSSRSRQLL
Site 167S1161NTIDVLSSRSRQLLR
Site 168S1163IDVLSSRSRQLLRED
Site 169S1192QRSKFLDSDVKSQER
Site 170S1196FLDSDVKSQERPCHL
Site 171S1212LHQREPNSDIPKNSS
Site 172S1218NSDIPKNSSTKSLDS
Site 173S1219SDIPKNSSTKSLDSF
Site 174T1220DIPKNSSTKSLDSFR
Site 175S1222PKNSSTKSLDSFRSQ
Site 176S1225SSTKSLDSFRSQVLP
Site 177S1228KSLDSFRSQVLPQEG
Site 178S1242GPVKESHSTTTEKAN
Site 179T1244VKESHSTTTEKANIA
Site 180Y1269TLAQTRMYDHRPSKT
Site 181S1274RMYDHRPSKTLSPIY
Site 182T1276YDHRPSKTLSPIYEM
Site 183S1278HRPSKTLSPIYEMDV
Site 184Y1281SKTLSPIYEMDVIEA
Site 185T1300VESETHVTDMDFEDD
Site 186T1316HFAKQDWTLLKQLLS
Site 187S1323TLLKQLLSEQDSNLD
Site 188S1327QLLSEQDSNLDVTNS
Site 189T1332QDSNLDVTNSVPEDL
Site 190S1334SNLDVTNSVPEDLSL
Site 191S1340NSVPEDLSLAQYLIN
Site 192S1356TLLLARDSSKPQGIT
Site 193S1357LLLARDSSKPQGITH
Site 194T1367QGITHIDTLNRWSEL
Site 195S1372IDTLNRWSELTSPLD
Site 196T1375LNRWSELTSPLDSSA
Site 197S1376NRWSELTSPLDSSAS
Site 198T1385LDSSASITMASFSSE
Site 199S1388SASITMASFSSEDCS
Site 200S1390SITMASFSSEDCSPQ
Site 201S1391ITMASFSSEDCSPQG
Site 202S1395SFSSEDCSPQGEWTI
 
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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