PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1009
Full Name:  Protein QN1 homolog
Alias: 
Type: 
Mass (Da):  161943
Number AA:  1403
UniProt ID:  Q5TB80
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 1S21EQFMKELSDDSFENS
Site 2S24MKELSDDSFENSDKT
Site 3S28SDDSFENSDKTARQS
Site 4T31SFENSDKTARQSKKE
Site 5S35SDKTARQSKKEMKKK
Site 6S65GLLGTNVSYLKTKKT
Site 7T69TNVSYLKTKKTSQPV
Site 8T72SYLKTKKTSQPVMEI
Site 9S92EKIQFLKSSGTSLLS
Site 10S93KIQFLKSSGTSLLST
Site 11T95QFLKSSGTSLLSTDS
Site 12S99SSGTSLLSTDSLETN
Site 13T100SGTSLLSTDSLETNE
Site 14S102TSLLSTDSLETNELV
Site 15S111ETNELVVSELNHSSL
Site 16S117VSELNHSSLGVGLDT
Site 17T124SLGVGLDTLEEQEEK
Site 18T143ARLEKGLTSSIDYSR
Site 19S144RLEKGLTSSIDYSRL
Site 20S145LEKGLTSSIDYSRLN
Site 21Y148GLTSSIDYSRLNKEL
Site 22S149LTSSIDYSRLNKELD
Site 23S157RLNKELDSNDSTHFK
Site 24S160KELDSNDSTHFKALH
Site 25T161ELDSNDSTHFKALHS
Site 26S184DDEHENESKHEELAE
Site 27S194EELAENYSDDFEDEY
Site 28Y201SDDFEDEYVGAPLTT
Site 29T207EYVGAPLTTKDEEMP
Site 30S215TKDEEMPSKENSKSE
Site 31S219EMPSKENSKSEKISV
Site 32S221PSKENSKSEKISVPK
Site 33S225NSKSEKISVPKQEEE
Site 34T234PKQEEEKTGMLANVV
Site 35T261LDEQDKITPKPRCLP
Site 36T276EMTENEMTGTGVSYG
Site 37T278TENEMTGTGVSYGQS
Site 38S281EMTGTGVSYGQSSSD
Site 39Y282MTGTGVSYGQSSSDV
Site 40S285TGVSYGQSSSDVEAL
Site 41S287VSYGQSSSDVEALHQ
Site 42S313EDKQKIESNTVEDIK
Site 43T315KQKIESNTVEDIKSS
Site 44S321NTVEDIKSSVKGHPQ
Site 45S322TVEDIKSSVKGHPQE
Site 46S338EENSKNISTMESDLP
Site 47S342KNISTMESDLPTVEE
Site 48T346TMESDLPTVEELMKP
Site 49S358MKPIRIDSFGISGFD
Site 50S370GFDLQPVSSEKVAER
Site 51T380KVAERKETEFFSSLP
Site 52S384RKETEFFSSLPLKMN
Site 53S385KETEFFSSLPLKMNP
Site 54S396KMNPNILSQDSQHVN
Site 55S399PNILSQDSQHVNLFF
Site 56T418ENVILQKTTNESMEN
Site 57S422LQKTTNESMENSCPQ
Site 58S426TNESMENSCPQVTEV
Site 59T436QVTEVTATEEHVDKM
Site 60Y444EEHVDKMYLNILRKK
Site 61T453NILRKKITVNSSSLS
Site 62S456RKKITVNSSSLSQDD
Site 63S458KITVNSSSLSQDDKI
Site 64S460TVNSSSLSQDDKINK
Site 65T468QDDKINKTYRSQLSS
Site 66S471KINKTYRSQLSSEEE
Site 67S474KTYRSQLSSEEEGAV
Site 68S475TYRSQLSSEEEGAVM
Site 69S493VPYKKARSAPPLLKR
Site 70S504LLKRKPQSGLYASVR
Site 71Y507RKPQSGLYASVRSSG
Site 72S509PQSGLYASVRSSGYG
Site 73S513LYASVRSSGYGKPSS
Site 74Y515ASVRSSGYGKPSSPL
Site 75S519SSGYGKPSSPLKMFS
Site 76S520SGYGKPSSPLKMFST
Site 77S526SSPLKMFSTLEKKTS
Site 78T527SPLKMFSTLEKKTSE
Site 79S533STLEKKTSEDIIKSK
Site 80S539TSEDIIKSKNLRSIS
Site 81S544IKSKNLRSISTSNQP
Site 82S546SKNLRSISTSNQPRK
Site 83S548NLRSISTSNQPRKKE
Site 84S558PRKKEILSGTKLIKP
Site 85T575LDKPAHKTESCLSTR
Site 86S577KPAHKTESCLSTRKK
Site 87S580HKTESCLSTRKKSEN
Site 88T581KTESCLSTRKKSENP
Site 89S585CLSTRKKSENPTETD
Site 90T589RKKSENPTETDSCIQ
Site 91S593ENPTETDSCIQFQTD
Site 92T639LIEQIKATFSEKEKE
Site 93S641EQIKATFSEKEKELE
Site 94Y670FKLNQDNYILQAKLS
Site 95S677YILQAKLSSFEETNK
Site 96S678ILQAKLSSFEETNKK
Site 97T682KLSSFEETNKKQRWL
Site 98T699GEAADPVTGEKLKQI
Site 99Y728QQENERLYNQVKDLQ
Site 100S751RMFKENQSLFSEVAS
Site 101S754KENQSLFSEVASLKE
Site 102S758SLFSEVASLKEQMHK
Site 103S766LKEQMHKSRFLSQVV
Site 104S770MHKSRFLSQVVEDSE
Site 105S776LSQVVEDSEPTRNQN
Site 106T785PTRNQNFTDLLAELR
Site 107Y835QAKDQIAYVTGEKLY
Site 108S900IEKLKAESGNPSIRQ
Site 109S904KAESGNPSIRQKIRL
Site 110Y939EGILKRRYPNSLPAL
Site 111T956AASAAGDTVDKNTVE
Site 112T961GDTVDKNTVEFMEKR
Site 113S986KDEDAKKSLRTMEQQ
Site 114S1021CKLNQHDSPRIKALE
Site 115T1041IKEAHQITVRNLEAE
Site 116S1073KDDEDFQSIEFQVEQ
Site 117S1105KREIQDLSKTVERLQ
Site 118T1107EIQDLSKTVERLQKD
Site 119S1120KDRRMMLSNQNSKGR
Site 120S1124MMLSNQNSKGREEMS
Site 121S1131SKGREEMSAKRAKKD
Site 122S1143KKDVLHSSKGNANSF
Site 123S1149SSKGNANSFPGTLDS
Site 124T1153NANSFPGTLDSKLYQ
Site 125S1156SFPGTLDSKLYQPHT
Site 126Y1159GTLDSKLYQPHTFTD
Site 127T1163SKLYQPHTFTDSHVS
Site 128T1165LYQPHTFTDSHVSEV
Site 129S1167QPHTFTDSHVSEVLQ
Site 130S1188NELEGLISEKNELKM
Site 131S1197KNELKMKSEAVMNQF
Site 132T1215MRRVKEDTAAHIASL
Site 133S1221DTAAHIASLKASHQR
Site 134S1225HIASLKASHQREIEK
Site 135S1244NAVENSSSKVAELNR
Site 136T1255ELNRKIATQEVLIRH
Site 137S1265VLIRHFQSQVNELQS
Site 138S1272SQVNELQSKQESLVV
Site 139S1276ELQSKQESLVVSEVR
Site 140S1280KQESLVVSEVREEIL
Site 141T1306REAKENHTPEMKHFV
Site 142T1371RELEKFRTELDSILD
Site 143S1375KFRTELDSILDVLRE
 
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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