PhosphoNET

           
Protein Info 
   
Short Name:  AHI1
Full Name:  Jouberin
Alias:  Abelson helper integration site 1; AHI-1; FLJ20069; JBTS3; Jouberin; ORF1
Type:  Adaptor/scaffold
Mass (Da):  137115
Number AA:  1196
UniProt ID:  Q8N157
International Prot ID:  IPI00165004
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 1T12ESEAKVKTKVRFEEL
Site 2T22RFEELLKTHSDLMRE
Site 3S24EELLKTHSDLMREKK
Site 4S40LKKKLVRSEENISPD
Site 5S45VRSEENISPDTIRSN
Site 6T48EENISPDTIRSNLHY
Site 7Y55TIRSNLHYMKETTSD
Site 8S61HYMKETTSDDPDTIR
Site 9T66TTSDDPDTIRSNLPH
Site 10S79PHIKETTSDDVSAAN
Site 11S83ETTSDDVSAANTNNL
Site 12T87DDVSAANTNNLKKST
Site 13S93NTNNLKKSTRVTKNK
Site 14T97LKKSTRVTKNKLRNT
Site 15T104TKNKLRNTQLATENP
Site 16S116ENPNGDASVEEDKQG
Site 17T132PNKKVIKTVPQLTTQ
Site 18T145TQDLKPETPENKVDS
Site 19T153PENKVDSTHQKTHTK
Site 20S170PGVDHQKSEKANEGR
Site 21T180ANEGREETDLEEDEE
Site 22Y192DEELMQAYQCHVTEE
Site 23T217KKLKEQLTYFPSDTL
Site 24Y218KLKEQLTYFPSDTLF
Site 25S221EQLTYFPSDTLFHDD
Site 26T223LTYFPSDTLFHDDKL
Site 27S231LFHDDKLSSEKRKKK
Site 28S232FHDDKLSSEKRKKKK
Site 29S245KKEVPVFSKAETSTL
Site 30S250VFSKAETSTLTISGD
Site 31T251FSKAETSTLTISGDT
Site 32T258TLTISGDTVEGEQKK
Site 33S267EGEQKKESSVRSVSS
Site 34S268GEQKKESSVRSVSSD
Site 35S271KKESSVRSVSSDSHQ
Site 36S273ESSVRSVSSDSHQDD
Site 37S274SSVRSVSSDSHQDDE
Site 38S276VRSVSSDSHQDDEIS
Site 39S283SHQDDEISSMEQSTE
Site 40S284HQDDEISSMEQSTED
Site 41S288EISSMEQSTEDSMQD
Site 42S292MEQSTEDSMQDDTKP
Site 43T297EDSMQDDTKPKPKKT
Site 44T327GDGVHEITSRDSPVY
Site 45S331HEITSRDSPVYPKCL
Site 46Y334TSRDSPVYPKCLLDD
Site 47Y348DDLVLGVYIHRTDRL
Site 48T352LGVYIHRTDRLKSDF
Site 49S357HRTDRLKSDFMISHP
Site 50Y378VDEHTGQYVKKDDSG
Site 51S384QYVKKDDSGRPVSSY
Site 52S389DDSGRPVSSYYEKEN
Site 53S390DSGRPVSSYYEKENV
Site 54Y391SGRPVSSYYEKENVD
Site 55Y399YEKENVDYILPIMTQ
Site 56Y408LPIMTQPYDFKQLKS
Site 57S415YDFKQLKSRLPEWEE
Site 58Y432VFNENFPYLLRGSDE
Site 59S437FPYLLRGSDESPKVI
Site 60S454FEILDFLSVDEIKNN
Site 61S492NGNANINSKLRLQLY
Site 62Y499SKLRLQLYYPPTKPR
Site 63Y500KLRLQLYYPPTKPRS
Site 64T503LQLYYPPTKPRSPLS
Site 65S507YPPTKPRSPLSVVEA
Site 66S510TKPRSPLSVVEAFEW
Site 67Y526SKCPRNHYPSTLYVT
Site 68T529PRNHYPSTLYVTVRG
Site 69Y531NHYPSTLYVTVRGLK
Site 70Y547PDCIKPSYRSMMALQ
Site 71S570CERHHESSSVDTEPG
Site 72S571ERHHESSSVDTEPGL
Site 73T574HESSSVDTEPGLEES
Site 74S581TEPGLEESKEVIKWK
Site 75S604IPNKHLFSLNAGERG
Site 76Y639DGYPIILYEIPSGRF
Site 77Y658CGHLNIIYDLSWSKD
Site 78Y668SWSKDDHYILTSSSD
Site 79T671KDDHYILTSSSDGTA
Site 80S672DDHYILTSSSDGTAR
Site 81S673DHYILTSSSDGTARI
Site 82S674HYILTSSSDGTARIW
Site 83T677LTSSSDGTARIWKNE
Site 84T690NEINNTNTFRVLPHP
Site 85Y701LPHPSFVYTAKFHPA
Site 86T702PHPSFVYTAKFHPAV
Site 87S733KVEMREDSAILVRQF
Site 88S749VHKSFINSLCFDTEG
Site 89Y760DTEGHHMYSGDCTGV
Site 90T796INKEIKETEFKGIPI
Site 91S804EFKGIPISYLEIHPN
Site 92Y805FKGIPISYLEIHPNG
Site 93T819GKRLLIHTKDSTLRI
Site 94T823LIHTKDSTLRIMDLR
Site 95S849NYREKIHSTLTPCGT
Site 96T850YREKIHSTLTPCGTF
Site 97Y868GSEDGIVYVWNPETG
Site 98S882GEQVAMYSDLPFKSP
Site 99S888YSDLPFKSPIRDISY
Site 100S894KSPIRDISYHPFENM
Site 101Y895SPIRDISYHPFENMV
Site 102Y933EAEMFKRYNGTFPLP
Site 103T936MFKRYNGTFPLPGIH
Site 104S945PLPGIHQSQDALCTC
Site 105T951QSQDALCTCPKLPHQ
Site 106S960PKLPHQGSFQIDEFV
Site 107T969QIDEFVHTESSSTKM
Site 108S972EFVHTESSSTKMQLV
Site 109T985LVKQRLETVTEVIRS
Site 110T987KQRLETVTEVIRSCA
Site 111S1002AKVNKNLSFTSPPAV
Site 112S1005NKNLSFTSPPAVSSQ
Site 113S1010FTSPPAVSSQQSKLK
Site 114S1011TSPPAVSSQQSKLKQ
Site 115S1014PAVSSQQSKLKQSNM
Site 116T1023LKQSNMLTAQEILHQ
Site 117Y1062TVVALYDYTANRSDE
Site 118T1063VVALYDYTANRSDEL
Site 119S1067YDYTANRSDELTIHR
Site 120T1071ANRSDELTIHRGDII
Site 121Y1090KDNEDWWYGSIGKGQ
Site 122Y1100IGKGQEGYFPANHVA
Site 123Y1112HVASETLYQELPPEI
Site 124S1123PPEIKERSPPLSPEE
Site 125S1127KERSPPLSPEEKTKI
Site 126S1137EKTKIEKSPAPQKQS
Site 127S1144SPAPQKQSINKNKSQ
Site 128S1150QSINKNKSQDFRLGS
Site 129S1157SQDFRLGSESMTHSE
Site 130S1159DFRLGSESMTHSEMR
Site 131T1161RLGSESMTHSEMRKE
Site 132S1163GSESMTHSEMRKEQS
 
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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