PhosphoNET

           
Protein Info 
   
Short Name:  RAD51AP2
Full Name:  RAD51-associated protein 2
Alias:  FLJ17540; RAD51 associated protein 2
Type: 
Mass (Da):  133910
Number AA: 
UniProt ID:  Q09MP3
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 1T7_MSLPQPTPRMAELR
Site 2T17MAELRKPTSSLTPPE
Site 3S18AELRKPTSSLTPPED
Site 4S19ELRKPTSSLTPPEDP
Site 5T21RKPTSSLTPPEDPDS
Site 6S28TPPEDPDSQPPSSKR
Site 7S32DPDSQPPSSKRLCLE
Site 8S33PDSQPPSSKRLCLEE
Site 9S58LPLVPRLSEAEKVWE
Site 10S67AEKVWELSPRPFKGL
Site 11S85TNAIFDNSTDSCVEK
Site 12T86NAIFDNSTDSCVEKS
Site 13S88IFDNSTDSCVEKSVS
Site 14S93TDSCVEKSVSGKQIC
Site 15S95SCVEKSVSGKQICNL
Site 16S112SNLKFQMSSCLQSPP
Site 17S113NLKFQMSSCLQSPPS
Site 18S117QMSSCLQSPPSQSPD
Site 19S120SCLQSPPSQSPDSDL
Site 20S122LQSPPSQSPDSDLRA
Site 21S125PPSQSPDSDLRASGR
Site 22S130PDSDLRASGRSEAGL
Site 23S133DLRASGRSEAGLHDR
Site 24S144LHDREAFSVHRSNSS
Site 25S148EAFSVHRSNSSKAGV
Site 26S150FSVHRSNSSKAGVSQ
Site 27S151SVHRSNSSKAGVSQL
Site 28S156NSSKAGVSQLLPSTS
Site 29S161GVSQLLPSTSIHDIH
Site 30S163SQLLPSTSIHDIHGI
Site 31T196ENPFLDVTFYKETKS
Site 32Y198PFLDVTFYKETKSPF
Site 33T201DVTFYKETKSPFHEI
Site 34S203TFYKETKSPFHEIKN
Site 35S216KNRCKANSVVPSNKR
Site 36S220KANSVVPSNKRENNI
Site 37S228NKRENNISSSVLKIS
Site 38S230RENNISSSVLKISKS
Site 39S235SSSVLKISKSQNQPS
Site 40S237SVLKISKSQNQPSLE
Site 41S242SKSQNQPSLEIAKPS
Site 42S249SLEIAKPSYFRDSGT
Site 43Y250LEIAKPSYFRDSGTI
Site 44S254KPSYFRDSGTISVPQ
Site 45T256SYFRDSGTISVPQFP
Site 46S258FRDSGTISVPQFPMD
Site 47S268QFPMDLNSKMSSVYL
Site 48S272DLNSKMSSVYLKEIA
Site 49Y289KNDKKEAYVRDFTNI
Site 50Y297VRDFTNIYWSQNRPD
Site 51T316KLQNDKKTVEAENIF
Site 52Y327ENIFSKCYENDYPSL
Site 53Y331SKCYENDYPSLSSQN
Site 54S335ENDYPSLSSQNTCKR
Site 55T339PSLSSQNTCKRKDLI
Site 56S348KRKDLISSNYCNCSS
Site 57Y350KDLISSNYCNCSSIQ
Site 58S383EEAECLDSYVLTRLE
Site 59Y384EAECLDSYVLTRLEK
Site 60T387CLDSYVLTRLEKSQN
Site 61S442LLEIDLLSKEDYHCA
Site 62Y446DLLSKEDYHCAKVIN
Site 63T488GKGENDNTLQLRYNT
Site 64T495TLQLRYNTTQKVFHV
Site 65T531KKDNSILTCCNILKC
Site 66Y567KNGILSIYLQDSVSE
Site 67S593FLLNNFDSLTRIEND
Site 68Y617KCMLYLKYPKNIVEN
Site 69T655KKRKLFRTEQVFEKS
Site 70S662TEQVFEKSKKKLINS
Site 71S669SKKKLINSFSMTTQN
Site 72S671KKLINSFSMTTQNTG
Site 73T673LINSFSMTTQNTGFP
Site 74T730WAHYNSSTVKAHGNS
Site 75Y748FIQNNRGYINENFYE
Site 76Y754GYINENFYEVNMHSQ
Site 77T808IHNEETHTTSITQVL
Site 78S810NEETHTTSITQVLNF
Site 79S822LNFWNLLSEIEEKKY
Site 80Y829SEIEEKKYDLILKEE
Site 81T840LKEEVKVTAESLTNS
Site 82S843EVKVTAESLTNSCQV
Site 83T845KVTAESLTNSCQVHK
Site 84S847TAESLTNSCQVHKDT
Site 85S863IEKEEKDSFFPMDDM
Site 86S875DDMFSVQSVSLISKE
Site 87Y890VNVEENKYVNQNYVT
Site 88Y895NKYVNQNYVTNTNEY
Site 89Y902YVTNTNEYESILPER
Site 90S914PEREIANSKDFHRKN
Site 91Y926RKNDSALYINHQFET
Site 92S936HQFETGLSEGNDECF
Site 93Y950FQDLAAKYLSTEALT
Site 94S989SRENELLSTVETNNG
Site 95T990RENELLSTVETNNGQ
Site 96T993ELLSTVETNNGQENY
Site 97Y1000TNNGQENYFGENDAE
Site 98S1028VVNKIRASSSFHDTI
Site 99S1029VNKIRASSSFHDTIA
Site 100S1030NKIRASSSFHDTIAG
Site 101T1034ASSSFHDTIAGPNMG
Site 102T1052QSLFKWKTVPNNGEQ
Site 103S1065EQEVPNESCYPSRSE
Site 104Y1067EVPNESCYPSRSEEE
Site 105S1069PNESCYPSRSEEELL
Site 106S1071ESCYPSRSEEELLYS
Site 107Y1077RSEEELLYSTSEKDC
Site 108S1078SEEELLYSTSEKDCE
Site 109S1080EELLYSTSEKDCETP
Site 110T1086TSEKDCETPLPKRPA
Site 111Y1105ECKEEFNYLLRGGSH
Site 112S1111NYLLRGGSHFPHGIS
Site 113T1125SRVRPLKTCSRPIRI
Site 114Y1146RIKQLHPYLKQMCYG
Site 115Y1152PYLKQMCYGNLKENF
 
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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