PhosphoNET

           
Protein Info 
   
Short Name:  ANKRD30B
Full Name:  Ankyrin repeat domain-containing protein 30B
Alias:  Serologically defined breast cancer antigen NY-BR-1.1
Type: 
Mass (Da):  167707
Number AA:  1477
UniProt ID:  Q9BXX2
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 1S22PEPPNPFSERVYTEK
Site 2Y26NPFSERVYTEKDYGT
Site 3T27PFSERVYTEKDYGTI
Site 4Y31RVYTEKDYGTIYFGD
Site 5T33YTEKDYGTIYFGDLG
Site 6Y35EKDYGTIYFGDLGKI
Site 7T44GDLGKIHTAASRGQV
Site 8T90NGHAEVVTFLVDRKC
Site 9T108VLDGEGRTPLMKALQ
Site 10Y134DAGADLNYVDVYGNT
Site 11Y138DLNYVDVYGNTALHY
Site 12Y145YGNTALHYAVYSENL
Site 13T193QTVEFLLTKNANANA
Site 14T278TNPEGTSTGTPDEAA
Site 15T280PEGTSTGTPDEAAPL
Site 16T291AAPLAERTPDTAESL
Site 17T294LAERTPDTAESLLEK
Site 18T302AESLLEKTPDEAARL
Site 19S325QCLGKATSGKFEQST
Site 20S331TSGKFEQSTEETPRK
Site 21T335FEQSTEETPRKILRP
Site 22T343PRKILRPTKETSEKF
Site 23T346ILRPTKETSEKFSWP
Site 24S351KETSEKFSWPAKERS
Site 25T362KERSRKITWEEKETS
Site 26T368ITWEEKETSVKTECV
Site 27S369TWEEKETSVKTECVA
Site 28T372EKETSVKTECVAGVT
Site 29T383AGVTPNKTEVLEKGT
Site 30S391EVLEKGTSNMIACPT
Site 31T398SNMIACPTKETSTKA
Site 32S402ACPTKETSTKASTNV
Site 33S406KETSTKASTNVDVSS
Site 34T423PIFSLFGTRTIENSQ
Site 35T425FSLFGTRTIENSQCT
Site 36S429GTRTIENSQCTKVEE
Site 37S448ATKIISKSAAQNYTC
Site 38Y461TCLPDATYQKDIKTI
Site 39T467TYQKDIKTINHKIED
Site 40S479IEDQMFPSESKREED
Site 41S481DQMFPSESKREEDEE
Site 42Y489KREEDEEYSWDSGSL
Site 43S490REEDEEYSWDSGSLF
Site 44S493DEEYSWDSGSLFESS
Site 45S495EYSWDSGSLFESSAK
Site 46S499DSGSLFESSAKTQVC
Site 47T503LFESSAKTQVCIPES
Site 48T541PAVEMQKTVPNKAFE
Site 49T554FELKNEQTLRAAQMF
Site 50S574QKDDEENSWDSESPC
Site 51S577DEENSWDSESPCETV
Site 52S579ENSWDSESPCETVSQ
Site 53T583DSESPCETVSQKDVY
Site 54S585ESPCETVSQKDVYLP
Site 55Y590TVSQKDVYLPKATHQ
Site 56T602THQKEFDTLSGKLEE
Site 57S604QKEFDTLSGKLEESP
Site 58S610LSGKLEESPVKDGLL
Site 59S626PTCGRKVSLPNKALE
Site 60T639LELKDRETFKAESPD
Site 61S644RETFKAESPDKDGLL
Site 62T673LELKDRETLKAEQMF
Site 63S693QKDDEENSWDFESFL
Site 64S698ENSWDFESFLETLLQ
Site 65T702DFESFLETLLQNDVC
Site 66S729LSGKLEESPDKDGLL
Site 67T758LELKDRETLKAESPD
Site 68S763RETLKAESPDKDGLL
Site 69T773KDGLLKPTCVRKVSL
Site 70S779PTCVRKVSLPNKALE
Site 71T792LELKDRETLKAAQMF
Site 72S817ENSWDFESFLEALLQ
Site 73S864PTCGMKISLPNKALE
Site 74T877LELKDRETFKAEDVS
Site 75S884TFKAEDVSSVESTFS
Site 76S885FKAEDVSSVESTFSL
Site 77S888EDVSSVESTFSLFGK
Site 78T889DVSSVESTFSLFGKP
Site 79S891SSVESTFSLFGKPTT
Site 80T897FSLFGKPTTENSQST
Site 81T898SLFGKPTTENSQSTK
Site 82S901GKPTTENSQSTKVEE
Site 83S903PTTENSQSTKVEEDF
Site 84T921TKEGATKTVTGQQER
Site 85T941ERAPQDQTNKMPTSE
Site 86S947QTNKMPTSELGRKED
Site 87T955ELGRKEDTKSTSDSE
Site 88S957GRKEDTKSTSDSEII
Site 89S959KEDTKSTSDSEIISV
Site 90S961DTKSTSDSEIISVSD
Site 91S965TSDSEIISVSDTQNY
Site 92S967DSEIISVSDTQNYEC
Site 93T969EIISVSDTQNYECLP
Site 94Y972SVSDTQNYECLPEAT
Site 95S994TNGKIEESPEKPSHF
Site 96T1005PSHFEPATEMQNSVP
Site 97S1010PATEMQNSVPNKGLE
Site 98S1028KQTLRADSTTLSKIL
Site 99T1030TLRADSTTLSKILDA
Site 100S1032RADSTTLSKILDALP
Site 101S1040KILDALPSCERGREL
Site 102S1074CVLQKELSEAKEIKS
Site 103S1081SEAKEIKSQLENQKA
Site 104S1096KWEQELCSVRLTLNQ
Site 105T1100ELCSVRLTLNQEEEK
Site 106T1137VKQQLEQTLRIQDIE
Site 107S1147IQDIELKSVTSNLNQ
Site 108S1156TSNLNQVSHTHESEN
Site 109Y1197HQVKENKYFEDIKIL
Site 110T1221TLKLKQKTVTKRASQ
Site 111T1223KLKQKTVTKRASQYR
Site 112S1227KTVTKRASQYREQLK
Site 113T1258QDKEILETEIESHHP
Site 114S1269SHHPRLASALQDHDQ
Site 115S1277ALQDHDQSVTSRKNQ
Site 116Y1309VDVSNTIYNNEVLHQ
Site 117Y1319EVLHQPLYEAQRKSK
Site 118S1325LYEAQRKSKSPKINL
Site 119S1327EAQRKSKSPKINLNY
Site 120T1356AQRDRCETQCQMKKA
Site 121S1383KHTEQQESLEQKLFQ
Site 122S1393QKLFQLESKNRWLRQ
Site 123Y1404WLRQQLVYAHKKVNK
Site 124S1412AHKKVNKSKVTINIQ
Site 125Y1439KNEEVFNYGNHLKER
Site 126Y1450LKERIDQYEKEKAER
Site 127S1460EKAEREVSIKKYKYF
Site 128Y1464REVSIKKYKYFSNFL
Site 129Y1466VSIKKYKYFSNFLKE
Site 130S1468IKKYKYFSNFLKESG
 
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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