PhosphoNET

           
Protein Info 
   
Short Name:  SEC24A
Full Name:  Protein transport protein Sec24A
Alias:  SC24A; SEC24 family, member A; SEC24-related protein A
Type: 
Mass (Da):  119750
Number AA: 
UniProt ID:  O95486
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030127  GO:0005789  GO:0048471 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0006888  GO:0006886  GO:0016044 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 1S9SQPGIPASGGAPASL
Site 2S15ASGGAPASLQAQNGA
Site 3S26QNGAALASGSPYTNG
Site 4S28GAALASGSPYTNGPV
Site 5Y30ALASGSPYTNGPVQN
Site 6T31LASGSPYTNGPVQNA
Site 7S41PVQNALLSSQESVSQ
Site 8S42VQNALLSSQESVSQG
Site 9S45ALLSSQESVSQGYNF
Site 10S47LSSQESVSQGYNFQL
Site 11S57YNFQLPGSYPHPIPA
Site 12Y58NFQLPGSYPHPIPAK
Site 13T66PHPIPAKTLNPVSGQ
Site 14S71AKTLNPVSGQSNYGG
Site 15S74LNPVSGQSNYGGSQG
Site 16Y76PVSGQSNYGGSQGSG
Site 17S79GQSNYGGSQGSGQTL
Site 18S93LNRPPVASNPVTPSL
Site 19T97PVASNPVTPSLHSGP
Site 20S99ASNPVTPSLHSGPAP
Site 21S113PRMPLPASQNPATTP
Site 22T118PASQNPATTPMPSSS
Site 23T119ASQNPATTPMPSSSF
Site 24S123PATTPMPSSSFLPEA
Site 25S124ATTPMPSSSFLPEAN
Site 26S125TTPMPSSSFLPEANL
Site 27Y140PPPLNWQYNYPSTAS
Site 28Y142PLNWQYNYPSTASQT
Site 29S156TNHCPRASSQPTVSG
Site 30S157NHCPRASSQPTVSGN
Site 31T160PRASSQPTVSGNTSL
Site 32S162ASSQPTVSGNTSLTT
Site 33S166PTVSGNTSLTTNHQY
Site 34Y173SLTTNHQYVSSGYPS
Site 35S176TNHQYVSSGYPSLQN
Site 36Y178HQYVSSGYPSLQNSF
Site 37S180YVSSGYPSLQNSFIK
Site 38S184GYPSLQNSFIKSGPS
Site 39S188LQNSFIKSGPSVPPL
Site 40S191SFIKSGPSVPPLVNP
Site 41T203VNPPLPTTFQPGAPH
Site 42T225PPPVRALTPLTSSYR
Site 43S229RALTPLTSSYRDVPQ
Site 44S230ALTPLTSSYRDVPQP
Site 45S250VNQEGITSNTNNGSM
Site 46T252QEGITSNTNNGSMVV
Site 47S256TSNTNNGSMVVHSSY
Site 48S261NGSMVVHSSYDEIEG
Site 49S262GSMVVHSSYDEIEGG
Site 50Y263SMVVHSSYDEIEGGG
Site 51T274EGGGLLATPQLTNKN
Site 52S285TNKNPKMSRSVGYSY
Site 53S287KNPKMSRSVGYSYPS
Site 54Y290KMSRSVGYSYPSLPP
Site 55S291MSRSVGYSYPSLPPG
Site 56Y292SRSVGYSYPSLPPGY
Site 57S294SVGYSYPSLPPGYQN
Site 58Y299YPSLPPGYQNTTPPG
Site 59T302LPPGYQNTTPPGATG
Site 60T303PPGYQNTTPPGATGV
Site 61S313GATGVPPSSLNYPSG
Site 62S314ATGVPPSSLNYPSGP
Site 63Y317VPPSSLNYPSGPQAF
Site 64S319PSSLNYPSGPQAFTQ
Site 65T325PSGPQAFTQTPLGAN
Site 66T327GPQAFTQTPLGANHL
Site 67T335PLGANHLTTSMSGLS
Site 68S337GANHLTTSMSGLSLQ
Site 69S339NHLTTSMSGLSLQPE
Site 70S342TTSMSGLSLQPEGLR
Site 71S362QERNMLPSTPLKPPV
Site 72T363ERNMLPSTPLKPPVP
Site 73T389NPELFRCTLTSIPQT
Site 74T391ELFRCTLTSIPQTQA
Site 75T396TLTSIPQTQALLNKA
Site 76S426QLPVVTSSTIVRCRS
Site 77Y437RCRSCRTYINPFVSF
Site 78Y467DVPEEFLYNPLTRVY
Site 79T471EFLYNPLTRVYGEPH
Site 80Y474YNPLTRVYGEPHRRP
Site 81Y496EFMAPSEYMLRPPQP
Site 82Y521HNAVETGYLNSVCQS
Site 83S561HFYGLQESLSQPQML
Site 84T609LPQMFTKTLETQSAL
Site 85S628QAAFKLMSPTGGRMS
Site 86S635SPTGGRMSVFQTQLP
Site 87S660EEPNHRSSAKDIHMT
Site 88T667SAKDIHMTPSTDFYK
Site 89Y673MTPSTDFYKKLALDC
Site 90S681KKLALDCSGQQVAVD
Site 91S701GQYSDLASLGCISRY
Site 92Y708SLGCISRYSAGSVYY
Site 93S712ISRYSAGSVYYYPSY
Site 94Y714RYSAGSVYYYPSYHH
Site 95Y715YSAGSVYYYPSYHHQ
Site 96Y716SAGSVYYYPSYHHQH
Site 97Y719SVYYYPSYHHQHNPV
Site 98Y738LQKELQRYLTRKIGF
Site 99T740KELQRYLTRKIGFEA
Site 100T771GNFFVRSTDLLSLPN
Site 101S775VRSTDLLSLPNVNPD
Site 102Y785NVNPDAGYAVQMSVE
Site 103S790AGYAVQMSVEESLTD
Site 104S794VQMSVEESLTDTQLV
Site 105T796MSVEESLTDTQLVSF
Site 106T798VEESLTDTQLVSFQS
Site 107Y809SFQSALLYTSSKGER
Site 108S812SALLYTSSKGERRIR
Site 109S855ANMAVDRSMTASLSD
Site 110T857MAVDRSMTASLSDAR
Site 111S859VDRSMTASLSDARDA
Site 112S861RSMTASLSDARDALV
Site 113S880DSLSAYRSSVLSNQQ
Site 114S881SLSAYRSSVLSNQQP
Site 115S884AYRSSVLSNQQPGLM
Site 116S911LALLKQKSFQTGTNA
Site 117Y947LTTHPSLYRVDNLSD
Site 118S953LYRVDNLSDEGALNI
Site 119S961DEGALNISDRTIPQP
Site 120S974QPPILQLSVEKLSRD
Site 121Y1014QVLGVQNYASIPQPM
Site 122T1022ASIPQPMTDLPELDT
Site 123T1029TDLPELDTPESARII
Site 124S1040ARIIAFISWLREQRP
Site 125Y1053RPFFPILYVIRDESP
Site 126S1059LYVIRDESPMKANFL
Site 127T1074QNMIEDRTESALSYY
Site 128S1076MIEDRTESALSYYEF
Site 129S1079DRTESALSYYEFLLH
Site 130Y1080RTESALSYYEFLLHI
Site 131Y1081TESALSYYEFLLHIQ
 
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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