PhosphoNET

           
Protein Info 
   
Short Name:  BTBD7
Full Name:  BTB/POZ domain-containing protein 7
Alias:  BTB (POZ) domain containing 7; FLJ10648; FUP1
Type: 
Mass (Da):  126350
Number AA:  1132
UniProt ID:  Q9P203
International Prot ID:  IPI00002061
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005515     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 1Y8MGANASNYPHSCSPR
Site 2S11NASNYPHSCSPRVGG
Site 3S13SNYPHSCSPRVGGNS
Site 4S20SPRVGGNSQAQQTFI
Site 5T25GNSQAQQTFIGTSSY
Site 6S31QTFIGTSSYSQQGYG
Site 7Y32TFIGTSSYSQQGYGC
Site 8S33FIGTSSYSQQGYGCE
Site 9Y37SSYSQQGYGCESKLY
Site 10Y44YGCESKLYSLDHGHE
Site 11S45GCESKLYSLDHGHEK
Site 12T60PQDKKKRTSGLATLK
Site 13S61QDKKKRTSGLATLKK
Site 14T65KRTSGLATLKKKFIK
Site 15S76KFIKRRKSNRSADHA
Site 16S79KRRKSNRSADHAKQM
Site 17S115TSALKELSLQASLAR
Site 18S119KELSLQASLARPEAR
Site 19T127LARPEARTLQKDMAD
Site 20Y136QKDMADLYEYKYCTD
Site 21Y140ADLYEYKYCTDVDLI
Site 22T169ARCPFFKTLLSSSPE
Site 23S172PFFKTLLSSSPEYGA
Site 24S174FKTLLSSSPEYGAEI
Site 25S212GEFGMEDSRFQNVDI
Site 26T229QLSEEFGTPNSLDVD
Site 27S232EEFGTPNSLDVDMRG
Site 28S282KAHKAVISARSPFFR
Site 29T298LLQRRIRTGEEITDR
Site 30T306GEEITDRTLRTPTRI
Site 31T309ITDRTLRTPTRIILD
Site 32T311DRTLRTPTRIILDES
Site 33S318TRIILDESIIPKKYA
Site 34Y413LKWSSHPYGSKWVHR
Site 35T435EEFSQVMTSDVFYEL
Site 36S436EFSQVMTSDVFYELS
Site 37Y440VMTSDVFYELSKDHL
Site 38T449LSKDHLLTAIQSDYL
Site 39Y455LTAIQSDYLQASEQD
Site 40S459QSDYLQASEQDILKY
Site 41Y466SEQDILKYLIKWGEH
Site 42S488DREPNLLSGTAHSVN
Site 43S493LLSGTAHSVNKRGVK
Site 44S534PINSEVLSDAMKRGL
Site 45S543AMKRGLISTPPSDML
Site 46T544MKRGLISTPPSDMLP
Site 47S547GLISTPPSDMLPTTE
Site 48T553PSDMLPTTEGGKSNA
Site 49S558PTTEGGKSNAWLRQK
Site 50Y570RQKNAGIYVRPRLFS
Site 51S577YVRPRLFSPYVEEAK
Site 52Y579RPRLFSPYVEEAKSV
Site 53S585PYVEEAKSVLDEMMV
Site 54S606RLRMVRMSNVPDTLY
Site 55T611RMSNVPDTLYMVNNA
Site 56Y613SNVPDTLYMVNNAVP
Site 57S632MISHQQISSNQSSPP
Site 58S633ISHQQISSNQSSPPS
Site 59S636QQISSNQSSPPSVVA
Site 60S637QISSNQSSPPSVVAN
Site 61S640SNQSSPPSVVANEIP
Site 62T667RLQELRHTEQVQRAY
Site 63Y674TEQVQRAYALNCGEG
Site 64S722DERFGDESPLLTMRQ
Site 65T726GDESPLLTMRQPGRC
Site 66S737PGRCRVNSTPPAETM
Site 67T738GRCRVNSTPPAETMF
Site 68Y765LPPPPPPYHPPATPI
Site 69T770PPYHPPATPIHNQLK
Site 70S786GWKQRPPSQHPSRSF
Site 71S790RPPSQHPSRSFSYPC
Site 72S792PSQHPSRSFSYPCNH
Site 73S794QHPSRSFSYPCNHSL
Site 74Y795HPSRSFSYPCNHSLF
Site 75S804CNHSLFHSRTAPKAG
Site 76T806HSLFHSRTAPKAGPP
Site 77Y816KAGPPPVYLPSVKAA
Site 78S819PPPVYLPSVKAAPPD
Site 79T828KAAPPDCTSTAGLGR
Site 80S829AAPPDCTSTAGLGRQ
Site 81S882AVGVSTLSLKDRRLP
Site 82T895LPELAVDTELSQSVS
Site 83S898LAVDTELSQSVSEAG
Site 84S900VDTELSQSVSEAGPG
Site 85S902TELSQSVSEAGPGPP
Site 86S913PGPPQHLSCIPQRHT
Site 87T920SCIPQRHTHTSRKKH
Site 88T922IPQRHTHTSRKKHTL
Site 89S923PQRHTHTSRKKHTLE
Site 90Y942TRENPQEYPDFYDFS
Site 91Y946PQEYPDFYDFSNAAC
Site 92S956SNAACRPSTPALSRR
Site 93T957NAACRPSTPALSRRT
Site 94S961RPSTPALSRRTPSPS
Site 95T964TPALSRRTPSPSQGG
Site 96S966ALSRRTPSPSQGGYF
Site 97S968SRRTPSPSQGGYFGP
Site 98Y972PSPSQGGYFGPDLYS
Site 99Y978GYFGPDLYSHNKASP
Site 100S979YFGPDLYSHNKASPS
Site 101S984LYSHNKASPSGLKSA
Site 102S986SHNKASPSGLKSAYL
Site 103S990ASPSGLKSAYLPGQT
Site 104Y992PSGLKSAYLPGQTSP
Site 105S998AYLPGQTSPKKQEEA
Site 106Y1009QEEARREYPLSPDGH
Site 107S1012ARREYPLSPDGHLHR
Site 108S1037VEQPPQRSDFPLAAP
Site 109T1049AAPENASTGPAHVRG
Site 110T1058PAHVRGRTAVETDLT
Site 111T1062RGRTAVETDLTFGLT
Site 112T1065TAVETDLTFGLTPNR
Site 113T1069TDLTFGLTPNRPSLS
Site 114S1074GLTPNRPSLSACSSE
Site 115S1076TPNRPSLSACSSEAP
Site 116S1080PSLSACSSEAPEERS
Site 117S1087SEAPEERSGRRLADS
Site 118S1094SGRRLADSESLGHGA
Site 119S1096RRLADSESLGHGAQR
Site 120T1105GHGAQRNTDLEREDS
Site 121S1112TDLEREDSISRGRRS
Site 122S1114LEREDSISRGRRSPS
Site 123S1119SISRGRRSPSKPDFL
Site 124S1121SRGRRSPSKPDFLYK
Site 125Y1127PSKPDFLYKKSAL__
 
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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