PhosphoNET

           
Protein Info 
   
Short Name:  OVOS2
Full Name:  Ovostatin homolog 2
Alias:  ovostatin 2
Type:  Inhibitor protein
Mass (Da):  155720
Number AA: 
UniProt ID:  Q6IE36
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005615     Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004867   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 1S10GSHLSHDSWQYVLLI
Site 2S25PSVLQEGSLDKACAQ
Site 3T61KIFEENVTGENFFKC
Site 4S70ENFFKCISFEVPQAR
Site 5S100LNLEERRSVAIRSRE
Site 6S105RRSVAIRSRENVVFV
Site 7T118FVQTDKPTYKPGQKD
Site 8Y141LDTYTFTYPNITLKD
Site 9S170FRNITQLSFQLISEP
Site 10S175QLSFQLISEPMFGDY
Site 11Y182SEPMFGDYWIVVKRN
Site 12T193VKRNSRKTVTHQFAV
Site 13Y203HQFAVKRYVLPKFEV
Site 14T217VTVNAPQTVTISDDE
Site 15S221APQTVTISDDEFQVD
Site 16Y233QVDVCAKYTFGQPVQ
Site 17T243GQPVQGKTQIRVCRE
Site 18Y251QIRVCREYFSSSNCE
Site 19S278QLENGCVSQIVNTKV
Site 20Y289NTKVFQLYRSGLFMT
Site 21Y311TEFGTGNYCMQISEK
Site 22Y339FENMDTFYRRGISYF
Site 23S344TFYRRGISYFGTLKF
Site 24Y345FYRRGISYFGTLKFS
Site 25T348RGISYFGTLKFSDPN
Site 26S352YFGTLKFSDPNNVPM
Site 27Y376NDEFIGNYTTDENGE
Site 28S387ENGEAQFSIDTSDIF
Site 29S391AQFSIDTSDIFDPEF
Site 30Y404EFNLKATYVRPKSCY
Site 31S409ATYVRPKSCYLPSWL
Site 32Y411YVRPKSCYLPSWLTP
Site 33Y420PSWLTPQYLDAHFLV
Site 34S428LDAHFLVSRFYSRTN
Site 35Y431HFLVSRFYSRTNSFL
Site 36S432FLVSRFYSRTNSFLK
Site 37T434VSRFYSRTNSFLKIV
Site 38S436RFYSRTNSFLKIVPE
Site 39T456CNHQKVVTVHYSLNS
Site 40S460KVVTVHYSLNSEAYE
Site 41Y466YSLNSEAYEDDSNVK
Site 42S470SEAYEDDSNVKFFYL
Site 43Y476DSNVKFFYLVSLSHD
Site 44S481FFYLVSLSHDSGNFQ
Site 45S492GNFQHRISSSPIYTA
Site 46S494FQHRISSSPIYTAWN
Site 47Y497RISSSPIYTAWNGNF
Site 48T498ISSSPIYTAWNGNFS
Site 49S535SGEIVADSVRFQVDK
Site 50S553HKVNIKFSNEQGLPG
Site 51S561NEQGLPGSNASLYLQ
Site 52S589GNVLLLKSEQQLSAE
Site 53S594LKSEQQLSAESVYNM
Site 54Y610PSIEPYGYFYHGLNL
Site 55Y633IPQRDMFYNGLYYTP
Site 56Y637DMFYNGLYYTPVSNY
Site 57Y638MFYNGLYYTPVSNYG
Site 58T639FYNGLYYTPVSNYGD
Site 59S642GLYYTPVSNYGDGDI
Site 60Y650NYGDGDIYNIVRNMG
Site 61Y666KVFTNLHYRKPEVCV
Site 62Y685LPLPKPLYLETENYG
Site 63T688PKPLYLETENYGPMH
Site 64Y691LYLETENYGPMHSVP
Site 65S696ENYGPMHSVPSRIAC
Site 66Y710CRGENADYVEQAIIQ
Site 67T718VEQAIIQTVRTNFPE
Site 68S733TWMWDLVSVDSSGSA
Site 69S736WDLVSVDSSGSANLS
Site 70Y822QVEESQNYEANINTW
Site 71S834NTWKINGSEVIQAGG
Site 72T848GRKTNIWTIIPKKLG
Site 73T860KLGKVNITVVAESKQ
Site 74S868VVAESKQSSACPNEG
Site 75S869VAESKQSSACPNEGM
Site 76T886QKLNWKDTVVKSFLV
Site 77S890WKDTVVKSFLVEPEG
Site 78T903EGIEKERTQSFLICT
Site 79S905IEKERTQSFLICTEG
Site 80S931PNDVVEGSARGFFTV
Site 81Y976SDTYVLDYLKSTEQL
Site 82S979YVLDYLKSTEQLTEE
Site 83T980VLDYLKSTEQLTEEV
Site 84S989QLTEEVQSKAFFLLS
Site 85S996SKAFFLLSNGYQRQL
Site 86Y999FFLLSNGYQRQLSFK
Site 87S1004NGYQRQLSFKNSDGS
Site 88S1008RQLSFKNSDGSYSVF
Site 89S1011SFKNSDGSYSVFWQQ
Site 90Y1012FKNSDGSYSVFWQQN
Site 91T1033LSALTFKTLERMKKF
Site 92S1056KQTLIWLSSQQKTSG
Site 93S1057QTLIWLSSQQKTSGC
Site 94T1061WLSSQQKTSGCFKND
Site 95S1062LSSQQKTSGCFKNDG
Site 96S1085GGDEEDISLTAYVVG
Site 97S1101FFEAGLNSTFPALRN
Site 98S1119CLEAALDSGVTNGYN
Site 99Y1125DSGVTNGYNHAILAY
Site 100S1145GKEKQVESLLQTLDQ
Site 101T1149QVESLLQTLDQSATK
Site 102Y1162TKLNNVIYWERERKP
Site 103T1171ERERKPKTEEFPSFI
Site 104S1176PKTEEFPSFIPWAPS
Site 105S1183SFIPWAPSAQTEKSC
Site 106T1205SRKIPDLTYASKIVQ
Site 107Y1206RKIPDLTYASKIVQW
Site 108S1226NSHGGFSSNQVINVG
Site 109S1247CGEEGLFSKNQNTVT
Site 110T1252LFSKNQNTVTFSSEG
Site 111T1254SKNQNTVTFSSEGSS
Site 112S1256NQNTVTFSSEGSSEI
Site 113S1257QNTVTFSSEGSSEIQ
Site 114S1260VTFSSEGSSEIQFNG
Site 115S1261TFSSEGSSEIQFNGH
Site 116S1276NRLLVQRSEVTQAPG
Site 117T1279LVQRSEVTQAPGQYT
Site 118T1286TQAPGQYTVDVEGRG
Site 119T1295DVEGRGCTFIQATLK
Site 120S1315PKKASGFSLSLEIVK
Site 121S1317KASGFSLSLEIVKNY
Site 122S1362SGFTPTMSSIEELEN
Site 123S1363GFTPTMSSIEELENK
Site 124T1376NKGQVMKTEVKNDHV
Site 125Y1386KNDHVLFYLENVFGR
Site 126S1396NVFGRADSFTFSVEQ
Site 127T1398FGRADSFTFSVEQSN
Site 128S1400RADSFTFSVEQSNLV
Site 129Y1420APGMVYDYYEKDGEA
Site 130Y1421PGMVYDYYEKDGEAF
 
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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