PhosphoNET

           
Protein Info 
   
Short Name:  ALO17
Full Name:  Protein ALO17
Alias:  ALK lymphoma oligomerization partner on chromosome 17; KIAA1618
Type:  Oncoprotein
Mass (Da):  174897
Number AA:  1550
UniProt ID:  Q9HCF4
International Prot ID: 
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 1S10CPSCQHVSKEETPKF
Site 2T14QHVSKEETPKFCSQC
Site 3S19EETPKFCSQCGERLP
Site 4S34PAAPIADSENNNSTM
Site 5S39ADSENNNSTMASASE
Site 6S43NNNSTMASASEGEME
Site 7S45NSTMASASEGEMECG
Site 8S67GPCLFPGSDSWQENP
Site 9S69CLFPGSDSWQENPEE
Site 10S79ENPEEPCSKASWTVQ
Site 11S82EEPCSKASWTVQESK
Site 12T84PCSKASWTVQESKKK
Site 13S102KKKKGNKSASSELAS
Site 14S104KKGNKSASSELASLP
Site 15S105KGNKSASSELASLPL
Site 16S109SASSELASLPLSPAS
Site 17T121PASPCHLTLLSNPWP
Site 18T131SNPWPQDTALPHSQA
Site 19S136QDTALPHSQAQQSGP
Site 20S141PHSQAQQSGPTGQPS
Site 21S148SGPTGQPSQPPGTAT
Site 22T156QPPGTATTPLEGDGL
Site 23S164PLEGDGLSAPTEVGD
Site 24S172APTEVGDSPLQAQAL
Site 25S188EAGVATGSEAQSSPQ
Site 26S192ATGSEAQSSPQFQDH
Site 27S193TGSEAQSSPQFQDHT
Site 28T200SPQFQDHTEGEDQDA
Site 29S208EGEDQDASIPSGGRG
Site 30S211DQDASIPSGGRGLSQ
Site 31S217PSGGRGLSQEGTGPP
Site 32T221RGLSQEGTGPPTSAG
Site 33T225QEGTGPPTSAGEGHS
Site 34S226EGTGPPTSAGEGHSR
Site 35S246QELLLPESKGGSSEP
Site 36S250LPESKGGSSEPGTEL
Site 37S251PESKGGSSEPGTELQ
Site 38T255GGSSEPGTELQTTEQ
Site 39T260PGTELQTTEQQAGAS
Site 40T293GKEMKEKTQRMKQPP
Site 41T302RMKQPPATTPPFKTH
Site 42T303MKQPPATTPPFKTHC
Site 43S371DVQEVKASTLSPGGG
Site 44Y422SNICELHYTRDLGHD
Site 45Y447SKKHLDKYIPYKYVI
Site 46Y450HLDKYIPYKYVIYNG
Site 47Y452DKYIPYKYVIYNGES
Site 48Y455IPYKYVIYNGESFEY
Site 49Y462YNGESFEYEFIYKHQ
Site 50Y466SFEYEFIYKHQQKKG
Site 51Y475HQQKKGEYVNRCLFI
Site 52S484NRCLFIKSSLLGSGD
Site 53S489IKSSLLGSGDWHQYY
Site 54Y495GSGDWHQYYDIVYMK
Site 55Y500HQYYDIVYMKPHGRL
Site 56T515QKVMNHITDGPRKDL
Site 57T543STFSILQTWDTINLN
Site 58Y581QLWTDLQYREKEVKR
Site 59Y589REKEVKRYLWQHLKK
Site 60S606VPLPDGKSTDFLPVD
Site 61T649DWLCHLLTSDASSPD
Site 62S650WLCHLLTSDASSPDE
Site 63S653HLLTSDASSPDEFHR
Site 64S654LLTSDASSPDEFHRD
Site 65S663DEFHRDLSHILGIPQ
Site 66Y675IPQSWRLYLVNLCQR
Site 67Y689RCMDTRTYTWLGALP
Site 68T718AWRQPEDTWAALEGL
Site 69S726WAALEGLSFSPFREQ
Site 70S728ALEGLSFSPFREQML
Site 71T737FREQMLDTSSLLQFM
Site 72S738REQMLDTSSLLQFMR
Site 73S739EQMLDTSSLLQFMRE
Site 74S752REKQHLLSIDEPLFR
Site 75Y797DCLSGIYYRLPGLEQ
Site 76T830MLLRLLDTYRDKIPE
Site 77Y831LLRLLDTYRDKIPEE
Site 78S887RLLSLVDSAGQRDET
Site 79T894SAGQRDETGNNSVQT
Site 80T901TGNNSVQTVFQGTLA
Site 81T919RWLREVFTKNMLTSS
Site 82S925FTKNMLTSSGASFTY
Site 83S926TKNMLTSSGASFTYV
Site 84Y932SSGASFTYVKEIEVW
Site 85T966GDMEWRLTKEEPLSQ
Site 86S972LTKEEPLSQITAYCN
Site 87S990DTKGLEDSVAKTFEK
Site 88T994LEDSVAKTFEKCIIE
Site 89S1018TSILQGFSYSDLRKF
Site 90Y1019SILQGFSYSDLRKFG
Site 91S1036LSAVITKSWPRTADN
Site 92T1040ITKSWPRTADNFDDI
Site 93S1126IWQLREKSLSPQDEK
Site 94S1128QLREKSLSPQDEKCA
Site 95S1159KEKRCVDSLLKMCGN
Site 96S1183GVLAVRHSQDLSSKR
Site 97S1187VRHSQDLSSKRLNDT
Site 98S1188RHSQDLSSKRLNDTM
Site 99T1194SSKRLNDTMTVRLST
Site 100T1196KRLNDTMTVRLSTSS
Site 101S1200DTMTVRLSTSSNSQR
Site 102T1201TMTVRLSTSSNSQRA
Site 103S1203TVRLSTSSNSQRATH
Site 104S1205RLSTSSNSQRATHYH
Site 105T1209SSNSQRATHYHLSSQ
Site 106Y1211NSQRATHYHLSSQVQ
Site 107S1215ATHYHLSSQVQEMAG
Site 108S1245REAAEPLSEPKEDQE
Site 109S1258QEAAELLSEPEEESE
Site 110S1264LSEPEEESERHILEL
Site 111Y1277ELQEVYDYLYQPSYR
Site 112Y1279QEVYDYLYQPSYRKF
Site 113Y1283DYLYQPSYRKFIKLH
Site 114S1295KLHQDLKSGEVTLAE
Site 115Y1314FKDFVNKYTDLDSEL
Site 116T1326SELKIMCTVDHQGQR
Site 117T1377GDFSVLNTLLNFTDN
Site 118T1392FDDFRRETLDQINQE
Site 119S1411KKLLQDISEARCKGL
Site 120S1486LDPSVDFSAFMKHLK
Site 121Y1504KALDKDQYLPRKLVS
 
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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