PhosphoNET

           
Protein Info 
   
Short Name:  MLLT10
Full Name:  Protein AF-10
Alias:  AF10; ALL-1 fused gene from chromosome 10; Myeloid/lymphoid or mixed-lineage leukemia (trithorax) translocated to, 10; Protein AF-10
Type:  Transcription factor
Mass (Da):  109026
Number AA:  1027
UniProt ID:  P55197
International Prot ID:  IPI00023464
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0003700  GO:0008270 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 1S9VSSDRPVSLEDEVSH
Site 2S15VSLEDEVSHSMKEMI
Site 3S17LEDEVSHSMKEMIGG
Site 4Y41WAENPLVYCDGHGCS
Site 5Y138DRYNKTCYICDEQGR
Site 6S147CDEQGRESKAATGAC
Site 7T151GRESKAATGACMTCN
Site 8Y196QYCGYCKYHFSKLKK
Site 9S199GYCKYHFSKLKKSKR
Site 10S204HFSKLKKSKRGSNRS
Site 11S208LKKSKRGSNRSYDQS
Site 12S211SKRGSNRSYDQSLSD
Site 13Y212KRGSNRSYDQSLSDS
Site 14S215SNRSYDQSLSDSSSH
Site 15S217RSYDQSLSDSSSHSQ
Site 16S219YDQSLSDSSSHSQDK
Site 17S220DQSLSDSSSHSQDKH
Site 18S221QSLSDSSSHSQDKHH
Site 19S223LSDSSSHSQDKHHEK
Site 20Y235HEKEKKKYKEKDKHK
Site 21S252HKKQPEPSPALVPSL
Site 22S258PSPALVPSLTVTTEK
Site 23T262LVPSLTVTTEKTYTS
Site 24T266LTVTTEKTYTSTSNN
Site 25T268VTTEKTYTSTSNNSI
Site 26S269TTEKTYTSTSNNSIS
Site 27S271EKTYTSTSNNSISGS
Site 28S274YTSTSNNSISGSLKR
Site 29S276STSNNSISGSLKRLE
Site 30S278SNNSISGSLKRLEDT
Site 31T285SLKRLEDTTARFTNA
Site 32T286LKRLEDTTARFTNAN
Site 33T290EDTTARFTNANFQEV
Site 34S298NANFQEVSAHTSSGK
Site 35S302QEVSAHTSSGKDVSE
Site 36S308TSSGKDVSETRGSEG
Site 37T310SGKDVSETRGSEGKG
Site 38S313DVSETRGSEGKGKKS
Site 39S320SEGKGKKSSAHSSGQ
Site 40S321EGKGKKSSAHSSGQR
Site 41S324GKKSSAHSSGQRGRK
Site 42S325KKSSAHSSGQRGRKP
Site 43T340GGGRNPGTTVSAASP
Site 44T341GGRNPGTTVSAASPF
Site 45S343RNPGTTVSAASPFPQ
Site 46S346GTTVSAASPFPQGSF
Site 47S352ASPFPQGSFSGTPGS
Site 48S354PFPQGSFSGTPGSVK
Site 49T356PQGSFSGTPGSVKSS
Site 50S359SFSGTPGSVKSSSGS
Site 51S362GTPGSVKSSSGSSVQ
Site 52S363TPGSVKSSSGSSVQS
Site 53S364PGSVKSSSGSSVQSP
Site 54S366SVKSSSGSSVQSPQD
Site 55S367VKSSSGSSVQSPQDF
Site 56S370SSGSSVQSPQDFLSF
Site 57S376QSPQDFLSFTDSDLR
Site 58T378PQDFLSFTDSDLRND
Site 59S380DFLSFTDSDLRNDSY
Site 60S386DSDLRNDSYSHSQQS
Site 61Y387SDLRNDSYSHSQQSS
Site 62S388DLRNDSYSHSQQSSA
Site 63S390RNDSYSHSQQSSATK
Site 64S394YSHSQQSSATKDVHK
Site 65S404KDVHKGESGSQEGGV
Site 66S406VHKGESGSQEGGVNS
Site 67S428PSTSAVTSQPKSFEN
Site 68S432AVTSQPKSFENSPGD
Site 69S436QPKSFENSPGDLGNS
Site 70S443SPGDLGNSSLPTAGY
Site 71S444PGDLGNSSLPTAGYK
Site 72T447LGNSSLPTAGYKRAQ
Site 73Y450SSLPTAGYKRAQTSG
Site 74T455AGYKRAQTSGIEEET
Site 75S474KRKGNKQSKHGPGRP
Site 76S491NKNQENVSHLSVSSA
Site 77S494QENVSHLSVSSASPT
Site 78S496NVSHLSVSSASPTSS
Site 79S499HLSVSSASPTSSVAS
Site 80S503SSASPTSSVASAAGS
Site 81S514AAGSITSSSLQKSPT
Site 82S515AGSITSSSLQKSPTL
Site 83S519TSSSLQKSPTLLRNG
Site 84T521SSLQKSPTLLRNGSL
Site 85S527PTLLRNGSLQSLSVG
Site 86S530LRNGSLQSLSVGSSP
Site 87S532NGSLQSLSVGSSPVG
Site 88S536QSLSVGSSPVGSEIS
Site 89S540VGSSPVGSEISMQYR
Site 90S543SPVGSEISMQYRHDG
Site 91T554RHDGACPTTTFSELL
Site 92T555HDGACPTTTFSELLN
Site 93T556DGACPTTTFSELLNA
Site 94S571IHNDRGDSSTLTKQE
Site 95S572HNDRGDSSTLTKQEL
Site 96T573NDRGDSSTLTKQELK
Site 97T575RGDSSTLTKQELKFI
Site 98S599VSFPNVVSGSGSSTP
Site 99S601FPNVVSGSGSSTPVS
Site 100S603NVVSGSGSSTPVSSS
Site 101S604VVSGSGSSTPVSSSH
Site 102T605VSGSGSSTPVSSSHL
Site 103S608SGSSTPVSSSHLPQQ
Site 104S610SSTPVSSSHLPQQSS
Site 105S616SSHLPQQSSGHLQQV
Site 106S617SHLPQQSSGHLQQVG
Site 107T645VATTQANTLSGSSLS
Site 108S647TTQANTLSGSSLSQA
Site 109S650ANTLSGSSLSQAPSH
Site 110S652TLSGSSLSQAPSHMY
Site 111S656SSLSQAPSHMYGNRS
Site 112Y659SQAPSHMYGNRSNSS
Site 113S663SHMYGNRSNSSMAAL
Site 114S665MYGNRSNSSMAALIA
Site 115T679AQSENNQTDQDLGDN
Site 116S687DQDLGDNSRNLVGRG
Site 117S695RNLVGRGSSPRGSLS
Site 118S696NLVGRGSSPRGSLSP
Site 119S700RGSSPRGSLSPRSPV
Site 120S702SSPRGSLSPRSPVSS
Site 121S705RGSLSPRSPVSSLQI
Site 122S708LSPRSPVSSLQIRYD
Site 123S709SPRSPVSSLQIRYDQ
Site 124Y714VSSLQIRYDQPGNSS
Site 125S721YDQPGNSSLENLPPV
Site 126S731NLPPVAASIEQLLER
Site 127S741QLLERQWSEGQQFLL
Site 128T802SVPFPTITANPSPSH
Site 129S806PTITANPSPSHQIHT
Site 130S808ITANPSPSHQIHTFS
Site 131T813SPSHQIHTFSAQTAP
Site 132T822SAQTAPTTDSLNSSK
Site 133S824QTAPTTDSLNSSKSP
Site 134S828TTDSLNSSKSPHIGN
Site 135S830DSLNSSKSPHIGNSF
Site 136S836KSPHIGNSFLPDNSL
Site 137S842NSFLPDNSLPVLNQD
Site 138T851PVLNQDLTSSGQSTS
Site 139S852VLNQDLTSSGQSTSS
Site 140S853LNQDLTSSGQSTSSS
Site 141S856DLTSSGQSTSSSSAL
Site 142T857LTSSGQSTSSSSALS
Site 143S858TSSGQSTSSSSALST
Site 144S859SSGQSTSSSSALSTP
Site 145S860SGQSTSSSSALSTPP
Site 146S861GQSTSSSSALSTPPP
Site 147S864TSSSSALSTPPPAGQ
Site 148T865SSSSALSTPPPAGQS
Site 149S872TPPPAGQSPAQQGSG
Site 150S878QSPAQQGSGVSGVQQ
Site 151T938ALNGVMQTPVTMSQN
Site 152T941GVMQTPVTMSQNPTP
Site 153S943MQTPVTMSQNPTPLT
Site 154T947VTMSQNPTPLTHTTV
Site 155T950SQNPTPLTHTTVPPN
Site 156T953PTPLTHTTVPPNATH
Site 157T965ATHPMPATLTNSASG
Site 158T967HPMPATLTNSASGLG
Site 159S977ASGLGLLSDQQRQIL
Site 160S996QFQQLLNSQQLTPVH
Site 161T1000LLNSQQLTPVHRHPH
Site 162T1014HFTQLPPTHFSPSME
Site 163S1017QLPPTHFSPSMEIMQ
 
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
 


2019 Kinexus Bioinformatics Corporation