PhosphoNET

           
Protein Info 
   
Short Name:  SLAIN2
Full Name:  SLAIN motif-containing protein 2
Alias:  FLJ21611; KIAA1458; SLAI2; SLAIN motif family, member 2
Type:  Unknown function
Mass (Da):  62543
Number AA:  581
UniProt ID:  Q9P270
International Prot ID:  not found
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 1S33KQNEQLRSRSGAVQG
Site 2S35NEQLRSRSGAVQGAG
Site 3S43GAVQGAGSLGPGSPV
Site 4S48AGSLGPGSPVRAGAS
Site 5S55SPVRAGASIPSSGAA
Site 6S58RAGASIPSSGAASPR
Site 7S59AGASIPSSGAASPRG
Site 8S63IPSSGAASPRGFPLG
Site 9S72RGFPLGLSAKSGGGP
Site 10S75PLGLSAKSGGGPGSG
Site 11S81KSGGGPGSGPRRTSS
Site 12T86PGSGPRRTSSEELRD
Site 13S87GSGPRRTSSEELRDA
Site 14S88SGPRRTSSEELRDAT
Site 15T95SEELRDATSLLAAGE
Site 16S96EELRDATSLLAAGEG
Site 17S121PDELERLSGWEEEEE
Site 18S129GWEEEEESWLYSSPK
Site 19Y132EEEESWLYSSPKKKL
Site 20S133EEESWLYSSPKKKLT
Site 21S134EESWLYSSPKKKLTP
Site 22T140SSPKKKLTPMQKSVS
Site 23S145KLTPMQKSVSPLVWC
Site 24S147TPMQKSVSPLVWCRQ
Site 25Y158WCRQVLDYPSPDVEC
Site 26S160RQVLDYPSPDVECAK
Site 27S169TPMQKSVSPLVWCRQ
Site 28T177LIHKLDQTMSALKRQ
Site 29S179HKLDQTMSALKRQNL
Site 30Y187ALKRQNLYNNPFNSM
Site 31S195NNPFNSMSYTSPYSP
Site 32Y196NPFNSMSYTSPYSPN
Site 33T197PFNSMSYTSPYSPNA
Site 34S198FNSMSYTSPYSPNAS
Site 35Y200SMSYTSPYSPNASSP
Site 36S201MSYTSPYSPNASSPY
Site 37S205SPYSPNASSPYSSGF
Site 38S206PYSPNASSPYSSGFN
Site 39Y208SPNASSPYSSGFNSP
Site 40S209PNASSPYSSGFNSPS
Site 41S210HKLDQTMSALKRQNL
Site 42S214PYSSGFNSPSSTPVR
Site 43S216SSGFNSPSSTPVRPP
Site 44S217SGFNSPSSTPVRPPI
Site 45T218GFNSPSSTPVRPPIV
Site 46S234QLILPGNSGNLKSSD
Site 47S239GNSGNLKSSDRNPPL
Site 48S240NSGNLKSSDRNPPLS
Site 49S247SDRNPPLSPQSSIDS
Site 50S250NPPLSPQSSIDSELS
Site 51S251PPLSPQSSIDSELSA
Site 52S254SPQSSIDSELSASEL
Site 53S257SSIDSELSASELDED
Site 54S259IDSELSASELDEDSI
Site 55S265QLILPGNSGNLKSSD
Site 56T276NYKLNDVTDVQILAR
Site 57S288SSIDSELSASELDED
Site 58Y293EESLRQEYAATTSRR
Site 59T296LRQEYAATTSRRSSG
Site 60T297RQEYAATTSRRSSGS
Site 61S298QEYAATTSRRSSGSS
Site 62S301AATTSRRSSGSSCNS
Site 63S302ATTSRRSSGSSCNST
Site 64S304TSRRSSGSSCNSTRR
Site 65S305SRRSSGSSCNSTRRG
Site 66S308SSGSSCNSTRRGTFS
Site 67T309SGSSCNSTRRGTFSD
Site 68T313CNSTRRGTFSDQELD
Site 69S315STRRGTFSDQELDAQ
Site 70S323DQELDAQSLDDEDDN
Site 71Y336DNMHHAVYPAVNRFS
Site 72S343YPAVNRFSPSPRNSP
Site 73S345AVNRFSPSPRNSPRP
Site 74S349FSPSPRNSPRPSPKQ
Site 75S353PRNSPRPSPKQSPRN
Site 76S357PRPSPKQSPRNSPRS
Site 77S361PKQSPRNSPRSRSPA
Site 78S364SPRNSPRSRSPARGI
Site 79S366RNSPRSRSPARGIEY
Site 80Y373SPARGIEYSRVSPQP
Site 81S374PARGIEYSRVSPQPM
Site 82S377GIEYSRVSPQPMISR
Site 83S383VSPQPMISRLQQPRL
Site 84S391RLQQPRLSLQGHPTD
Site 85S413NEEKLRRSLPNLSRT
Site 86S418RRSLPNLSRTSNTQV
Site 87S421LPNLSRTSNTQVDSV
Site 88T423NLSRTSNTQVDSVKS
Site 89S427TSNTQVDSVKSSRSD
Site 90S430TQVDSVKSSRSDSNF
Site 91S431QVDSVKSSRSDSNFQ
Site 92S433DSVKSSRSDSNFQVP
Site 93S435VKSSRSDSNFQVPNG
Site 94S452PRMQPQASAIPSPGK
Site 95S456PQASAIPSPGKFRSP
Site 96S462PSPGKFRSPAAPSPL
Site 97S467FRSPAAPSPLALRQP
Site 98S479RQPVKAFSNHGSGSP
Site 99S483KAFSNHGSGSPGSQE
Site 100S485FSNHGSGSPGSQEIT
Site 101S488HGSGSPGSQEITQLT
Site 102T492SPGSQEITQLTQTTS
Site 103T495SQEITQLTQTTSSPG
Site 104T498ITQLTQTTSSPGPPM
Site 105S499TQLTQTTSSPGPPMV
Site 106S500QLTQTTSSPGPPMVQ
Site 107S508PGPPMVQSTVSANPP
Site 108T509GPPMVQSTVSANPPS
Site 109S516TVSANPPSNINSATL
Site 110S520NPPSNINSATLTRPA
Site 111T522PSNINSATLTRPAGT
Site 112T524NINSATLTRPAGTTA
Site 113T530LTRPAGTTAMRSGLP
Site 114S534AGTTAMRSGLPRPSA
Site 115S540RSGLPRPSAPSAGGI
Site 116S543LPRPSAPSAGGIPVP
Site 117S552GGIPVPRSKLAQPVR
Site 118S561LAQPVRRSLPAPKTY
Site 119T567RSLPAPKTYGSMKDD
Site 120S570PAPKTYGSMKDDSWK
Site 121Y581DSWKDGCY_______
 
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