PhosphoNET

           
Protein Info 
   
Short Name:  SPTB
Full Name:  Spectrin beta chain, erythrocyte
Alias:  Beta-I spectrin; SPCB; Spectrin, beta, erythrocytic; Spectrin-betaI; Spherocytosis, clinical type I; SPTB1
Type:  Cytoskeletal protein
Mass (Da):  246468
Number AA:  2137
UniProt ID:  P11277
International Prot ID:  IPI00783228
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0043234  GO:0008091   Uniprot OncoNet
Molecular Function:  GO:0051015     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 1Y16NVGNQPPYSRINARW
Site 2S35DELDNDNSSARLFER
Site 3S36ELDNDNSSARLFERS
Site 4S43SARLFERSRIKALAD
Site 5T59REVVQKKTFTKWVNS
Site 6T61VVQKKTFTKWVNSHL
Site 7S72NSHLARVSCRITDLY
Site 8T76ARVSCRITDLYKDLR
Site 9Y79SCRITDLYKDLRDGR
Site 10T152LVLGLIWTIILRFQI
Site 11T172QTQEGRETRSAKDAL
Site 12Y190CQMKTAGYPHVNVTN
Site 13S201NVTNFTSSWKDGLAF
Site 14S228DFDKLKDSNARHNLE
Site 15T258LDPEDVFTENPDEKS
Site 16Y307TEKMIEKYSGLASDL
Site 17S312EKYSGLASDLLTWIE
Site 18T316GLASDLLTWIEQTIT
Site 19T323TWIEQTITVLNSRKF
Site 20S333NSRKFANSLTGVQQQ
Site 21T346QQLQAFSTYRTVEKP
Site 22T349QAFSTYRTVEKPPKF
Site 23S371VLLFTIQSRMRANNQ
Site 24Y381RANNQKVYTPHDGKL
Site 25T382ANNQKVYTPHDGKLV
Site 26S390PHDGKLVSDINRAWE
Site 27S398DINRAWESLEEAEYR
Site 28Y404ESLEEAEYRRELALR
Site 29T436RKAAMRETWLSENQR
Site 30S439AMRETWLSENQRLVA
Site 31T469KKHEAIETDTAAYEE
Site 32Y474IETDTAAYEERVRAL
Site 33Y493QELEKENYHDQKRIT
Site 34T500YHDQKRITARKDNIL
Site 35S511DNILRLWSYLQELLQ
Site 36Y512NILRLWSYLQELLQS
Site 37S519YLQELLQSRRQRLET
Site 38T526SRRQRLETTLALQKL
Site 39S553EIKAHLLSAEFGKHL
Site 40Y600KFTEGKGYQPCDPQV
Site 41S636RKAQLEQSKRLWKFF
Site 42Y660IKEKEQIYSSLDYGK
Site 43S661KEKEQIYSSLDYGKD
Site 44S662EKEQIYSSLDYGKDL
Site 45Y665QIYSSLDYGKDLTSV
Site 46S671DYGKDLTSVLILQRK
Site 47S722EARIKEVSAQWDQLK
Site 48S767QDAHRLLSGEDVGQD
Site 49S795FLEELEESRGVMEHL
Site 50S816FPEEFRDSPDVTHRL
Site 51T820FRDSPDVTHRLQALR
Site 52Y851LQEALDLYTVFGETD
Site 53T852QEALDLYTVFGETDA
Site 54T879AEMEMPDTLEDLEVV
Site 55S913GVNLAANSLVESGHP
Site 56S917AANSLVESGHPRSRE
Site 57S922VESGHPRSREVKQYQ
Site 58Y928RSREVKQYQDHLNTR
Site 59S944QAFQTLVSERREAVD
Site 60S952ERREAVDSALRVHNY
Site 61Y959SALRVHNYCVDCEET
Site 62T971EETSKWITDKTKVVE
Site 63T974SKWITDKTKVVESTK
Site 64S979DKTKVVESTKDLGRD
Site 65S998IAIQRKLSGLERDVA
Site 66S1018VDALERESQQLMDSH
Site 67S1024ESQQLMDSHPEQKED
Site 68S1049LWQGLQQSLQGQEDL
Site 69S1078DDFQAWLSITQKAVA
Site 70S1092ASEDMPESLPEAEQL
Site 71S1116EIDGHQDSYQRVKES
Site 72Y1117IDGHQDSYQRVKESG
Site 73Y1136QGQTDPEYLLLGQRL
Site 74T1148QRLEGLDTGWNALGR
Site 75T1163MWESRSHTLAQCLGF
Site 76S1185KQAEAILSNQEYTLA
Site 77Y1189AILSNQEYTLAHLEP
Site 78S1199AHLEPPDSLEAAEAG
Site 79S1216KFEDFLGSMENNRDK
Site 80S1226NNRDKVLSPVDSGNK
Site 81S1230KVLSPVDSGNKLVAE
Site 82Y1241LVAEGNLYSDKIKEK
Site 83T1296WINDKLLTSQDVSYD
Site 84S1297INDKLLTSQDVSYDE
Site 85S1301LLTSQDVSYDEARNL
Site 86Y1302LTSQDVSYDEARNLH
Site 87S1324AFVAELASHEGWLEN
Site 88S1351PQFTALVSQKLEALH
Site 89T1367LWDELQATTKEKTQH
Site 90T1372QATTKEKTQHLSAAR
Site 91S1376KEKTQHLSAARSSDL
Site 92S1380QHLSAARSSDLRLQT
Site 93S1381HLSAARSSDLRLQTH
Site 94T1387SSDLRLQTHADLNKW
Site 95S1404AMEDQLRSDDPGKDL
Site 96T1412DDPGKDLTSVNRMLA
Site 97S1413DPGKDLTSVNRMLAK
Site 98S1444ELFAQVPSMGEEGGD
Site 99S1455EGGDADLSIEKRFLD
Site 100S1476RRKKQLESSRAKLQI
Site 101T1491SRDLEDETLWVEERL
Site 102S1503ERLPLAQSADYGTNL
Site 103Y1506PLAQSADYGTNLQTV
Site 104T1512DYGTNLQTVQLFMKK
Site 105T1531QNEILGHTPRVEDVL
Site 106S1564ERLGHLQSSWDRLRE
Site 107S1565RLGHLQSSWDRLREA
Site 108Y1589DANEAQQYYLDADEA
Site 109Y1590ANEAQQYYLDADEAE
Site 110Y1606WIGEQELYVISDEIP
Site 111Y1636QQRAVEDYGRNIKQL
Site 112S1645RNIKQLASRAQGLLS
Site 113S1652SRAQGLLSAGHPEGE
Site 114Y1672QGQVDKHYAGLKDVA
Site 115Y1690KRKLENMYHLFQLKR
Site 116T1699LFQLKRETDDLEQWI
Site 117S1707DDLEQWISEKELVAS
Site 118S1714SEKELVASSPEMGQD
Site 119S1715EKELVASSPEMGQDF
Site 120T1726GQDFDHVTLLRDKFR
Site 121T1739FRDFARETGAIGQER
Site 122T1767AGHSEAATIAEWKDG
Site 123Y1797MQLLAASYDLHRYFY
Site 124Y1802ASYDLHRYFYTGAEI
Site 125Y1804YDLHRYFYTGAEILG
Site 126S1829EDVGLDASTAESFHR
Site 127T1830DVGLDASTAESFHRV
Site 128S1833LDASTAESFHRVHTA
Site 129T1839ESFHRVHTAFERELH
Site 130T1864DVATRLQTAYAGEKA
Site 131Y1866ATRLQTAYAGEKAEA
Site 132S1882QNKEQEVSAAWQALL
Site 133T1897DACAGRRTQLVDTAD
Site 134T1902RRTQLVDTADKFRFF
Site 135S1910ADKFRFFSMARDLLS
Site 136S1917SMARDLLSWMESIIR
Site 137S1921DLLSWMESIIRQIET
Site 138S1936QERPRDVSSVELLMK
Site 139S1937ERPRDVSSVELLMKY
Site 140Y1944SVELLMKYHQGINAE
Site 141S1956NAEIETRSKNFSACL
Site 142S1960ETRSKNFSACLELGE
Site 143S1968ACLELGESLLQRQHQ
Site 144S1977LQRQHQASEEIREKL
Site 145S1989EKLQQVMSRRKEMNE
Site 146S2019CQFSRDASVAEAWLI
Site 147S2043DFGHTVDSVEKLIKR
Site 148S2060AFEKSTASWAERFAA
Site 149T2072FAALEKPTTLELKER
Site 150T2073AALEKPTTLELKERQ
Site 151T2098PQEEEGETAGEAPVS
Site 152S2105TAGEAPVSHHAATER
Site 153T2110PVSHHAATERTSPVS
Site 154T2113HHAATERTSPVSLWS
Site 155S2114HAATERTSPVSLWSR
Site 156S2117TERTSPVSLWSRLSS
Site 157S2120TSPVSLWSRLSSSWE
Site 158S2123VSLWSRLSSSWESLQ
Site 159S2124SLWSRLSSSWESLQP
Site 160S2125LWSRLSSSWESLQPE
Site 161S2128RLSSSWESLQPEPSH
 
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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