PhosphoNET

           
Protein Info 
   
Short Name:  CRYBG3
Full Name:  Beta/gamma crystallin domain-containing protein 3
Alias: 
Type: 
Mass (Da):  116197
Number AA:  1022
UniProt ID:  Q68DQ2
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 1T9PDFQPGDTTVRLDKR
Site 2T10DFQPGDTTVRLDKRM
Site 3S18VRLDKRMSLTAIYDK
Site 4Y23RMSLTAIYDKRRETD
Site 5T29IYDKRRETDYSDKGY
Site 6Y31DKRRETDYSDKGYNL
Site 7S32KRRETDYSDKGYNLA
Site 8Y36TDYSDKGYNLAFVSQ
Site 9S42GYNLAFVSQDEQENS
Site 10S49SQDEQENSSFTILYE
Site 11S50QDEQENSSFTILYEE
Site 12Y55NSSFTILYEEPLQEE
Site 13Y65PLQEEDKYASAEARQ
Site 14T73ASAEARQTQSVLFHD
Site 15S75AEARQTQSVLFHDTS
Site 16T81QSVLFHDTSADSMPV
Site 17S85FHDTSADSMPVLACE
Site 18S94PVLACERSESRTDLV
Site 19S96LACERSESRTDLVHH
Site 20T98CERSESRTDLVHHFE
Site 21T113KGTKLGETFDSDSSE
Site 22S116KLGETFDSDSSEMFL
Site 23S118GETFDSDSSEMFLSV
Site 24S124DSSEMFLSVEAKRYK
Site 25Y133EAKRYKIYPLALSPI
Site 26S138KIYPLALSPIYEDDS
Site 27Y141PLALSPIYEDDSSQE
Site 28S145SPIYEDDSSQEDILS
Site 29S146PIYEDDSSQEDILSS
Site 30S152SSQEDILSSEVSPGH
Site 31S153SQEDILSSEVSPGHH
Site 32S156DILSSEVSPGHHGPR
Site 33S165GHHGPRKSRDSENQS
Site 34S168GPRKSRDSENQSSSV
Site 35S172SRDSENQSSSVLSLL
Site 36S173RDSENQSSSVLSLLQ
Site 37S174DSENQSSSVLSLLQS
Site 38S177NQSSSVLSLLQSVSE
Site 39S183LSLLQSVSERLKMNF
Site 40S219KGDLRAGSGERVTFQ
Site 41T224AGSGERVTFQLPDPS
Site 42S231TFQLPDPSITFYPDD
Site 43T233QLPDPSITFYPDDQE
Site 44Y235PDPSITFYPDDQESV
Site 45S241FYPDDQESVGISKNS
Site 46S245DQESVGISKNSYVMP
Site 47Y249VGISKNSYVMPNEPT
Site 48S258MPNEPTTSNLQVGLW
Site 49T269VGLWPEKTSFLQKSD
Site 50S270GLWPEKTSFLQKSDL
Site 51S275KTSFLQKSDLTSKLH
Site 52T278FLQKSDLTSKLHSSL
Site 53S279LQKSDLTSKLHSSLK
Site 54S283DLTSKLHSSLKSAYH
Site 55S284LTSKLHSSLKSAYHQ
Site 56S287KLHSSLKSAYHQYLQ
Site 57Y292LKSAYHQYLQTSQSH
Site 58S296YHQYLQTSQSHSSEK
Site 59S298QYLQTSQSHSSEKGA
Site 60S300LQTSQSHSSEKGARF
Site 61S316GIFQEPVSKYFRVQD
Site 62Y318FQEPVSKYFRVQDSP
Site 63S324KYFRVQDSPGRLSPF
Site 64S329QDSPGRLSPFIENVD
Site 65T339IENVDKQTLRCNPRP
Site 66Y352RPGKMVIYDLHESTY
Site 67Y364STYKQEVYCNIPDAT
Site 68Y391VRGCWILYEKPHFRG
Site 69S430QRNFILGSLKRVLKD
Site 70S439KRVLKDCSIPEIELF
Site 71Y457DPACCPVYIQRAVPN
Site 72S471NLEELNISKSVSFTV
Site 73S473EELNISKSVSFTVKS
Site 74Y486KSGVWLAYPDINFKG
Site 75T496INFKGQATVLEEDHG
Site 76T509HGLFEISTAEMKSLH
Site 77S514ISTAEMKSLHPLQMG
Site 78Y536MNLKVIIYEKPHFHG
Site 79S554EFSEHIDSVPNFLKN
Site 80Y581IGGVWVAYEKEHFKG
Site 81S601EEGDFEDSNACGALS
Site 82S625QANFIESSVTLFESD
Site 83T627NFIESSVTLFESDLE
Site 84S631SSVTLFESDLESGKF
Site 85S635LFESDLESGKFIDIT
Site 86T642SGKFIDITNQEISDL
Site 87S647DITNQEISDLEEIGF
Site 88S656LEEIGFGSKTRSIHV
Site 89T658EIGFGSKTRSIHVKS
Site 90S660GFGSKTRSIHVKSGV
Site 91Y671KSGVWVAYQQKFFCG
Site 92Y681KFFCGEQYILEKGKY
Site 93Y688YILEKGKYKCFFDWG
Site 94S703GSNNIIMSIRPIQLE
Site 95S725PHLLKAFSKPGFQGE
Site 96T737QGECIDFTEETSDLT
Site 97S741IDFTEETSDLTSLMP
Site 98T744TEETSDLTSLMPCSF
Site 99S745EETSDLTSLMPCSFK
Site 100S789TSCGCPASKVKSLKP
Site 101S793CPASKVKSLKPIDYV
Site 102Y799KSLKPIDYVFEEPSI
Site 103S827HLEEAVNSVLNKDLH
Site 104Y836LNKDLHFYTQSVWVK
Site 105T837NKDLHFYTQSVWVKS
Site 106T878TAFSRWKTIGSLRPM
Site 107S881SRWKTIGSLRPMKQP
Site 108Y891PMKQPAVYIRIKNRA
Site 109Y902KNRAQGEYLTVTGSL
Site 110T904RAQGEYLTVTGSLAD
Site 111S908EYLTVTGSLADTRAT
Site 112S920RATSVCISPYSGKNT
Site 113Y931GKNTQIWYYCRGLFK
Site 114Y932KNTQIWYYCRGLFKS
Site 115S939YCRGLFKSKASDTCL
Site 116T944FKSKASDTCLDVIGG
Site 117T979WRLNKNGTISSYLSD
Site 118S981LNKNGTISSYLSDQL
Site 119S982NKNGTISSYLSDQLV
Site 120Y983KNGTISSYLSDQLVL
Site 121T1014QPLEGEETQKWDIEI
 
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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