PhosphoNET

           
Protein Info 
   
Short Name:  SPTBN2
Full Name:  Spectrin beta chain, brain 2
Alias:  Beta-III spectrin; Non-erythroid beta chain 2; SCA5; Spectrin; Spectrin, beta, non-erythrocytic 2; Spectrin, non-erythroid beta chain 2; SPTN2
Type:  Cytoskeletal protein
Mass (Da):  271295
Number AA:  2390
UniProt ID:  O15020
International Prot ID:  IPI00012645
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005829  GO:0008091  GO:0008091 Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0005200  GO:0005200 PhosphoSite+ KinaseNET
Biological Process:  GO:0051693  GO:0008219  GO:0016192 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 1S6__MSSTLSPTDFDSL
Site 2T8MSSTLSPTDFDSLEI
Site 3S12LSPTDFDSLEIQGQY
Site 4S31NRWDLPDSDWDNDSS
Site 5S37DSDWDNDSSSARLFE
Site 6S38SDWDNDSSSARLFER
Site 7S39DWDNDSSSARLFERS
Site 8S46SARLFERSRIKALAD
Site 9T62REAVQKKTFTKWVNS
Site 10T64AVQKKTFTKWVNSHL
Site 11T75NSHLARVTCRVGDLY
Site 12Y82TCRVGDLYSDLRDGR
Site 13S83CRVGDLYSDLRDGRN
Site 14S166RFQIQDISVETEDNK
Site 15S177EDNKEKKSAKDALLL
Site 16Y193CQMKTAGYPNVNVHN
Site 17S227PDLLDFESLKKCNAH
Site 18Y235LKKCNAHYNLQNAFN
Site 19T251AEKELGLTKLLDPED
Site 20S268VDQPDEKSIITYVAT
Site 21Y272DEKSIITYVATYYHY
Site 22Y277ITYVATYYHYFSKMK
Site 23Y279YVATYYHYFSKMKAL
Site 24Y310AERLVEKYESLASEL
Site 25S312RLVEKYESLASELLQ
Site 26S315EKYESLASELLQWIE
Site 27S336NDRQLANSLSGVQNQ
Site 28S338RQLANSLSGVQNQLQ
Site 29S346GVQNQLQSFNSYRTV
Site 30S349NQLQSFNSYRTVEKP
Site 31Y350QLQSFNSYRTVEKPP
Site 32S374VLLFTIQSKLRANNQ
Site 33Y384RANNQKVYTPREGRL
Site 34T385ANNQKVYTPREGRLI
Site 35S393PREGRLISDINKAWE
Site 36T439RKAAMRETWLSENQR
Site 37S442AMRETWLSENQRLVS
Site 38S449SENQRLVSQDNFGLE
Site 39T472RKHEAIETDIVAYSG
Site 40Y477IETDIVAYSGRVQAV
Site 41S478ETDIVAYSGRVQAVD
Site 42Y542KVFQDLLYLMDWMEE
Site 43S556EMKGRLQSQDLGRHL
Site 44Y604FCNPGKEYRPCDPQL
Site 45S613PCDPQLVSERVAKLE
Site 46S622RVAKLEQSYEALCEL
Site 47S640RRARLEESRRLWRFL
Site 48T669HLLASADTGRDLTGA
Site 49T674ADTGRDLTGALRLLN
Site 50S691TALRGEMSGRLGPLK
Site 51T700RLGPLKLTLEQGQQL
Site 52S748QRLAQAASLYQFQAD
Site 53S771VDALRLVSSPELGHD
Site 54S772DALRLVSSPELGHDE
Site 55S798ALEEEIRSHRPTLDA
Site 56T802EIRSHRPTLDALREQ
Site 57T816QAAALPPTLSRTPEV
Site 58S818AALPPTLSRTPEVQG
Site 59T820LPPTLSRTPEVQGRV
Site 60T829EVQGRVPTLERHYEE
Site 61Y834VPTLERHYEELQARA
Site 62T896VVQQRFETLEPEMNT
Site 63T932GKDRIVNTQEQLNHR
Site 64T955DGKKAALTSALSIQN
Site 65Y963SALSIQNYHLECTET
Site 66T978QAWMREKTKVIESTQ
Site 67T1004LQRKLAGTERDLEAI
Site 68T1019AARVGELTREANALA
Site 69T1053GWEDLRATMRRREES
Site 70S1060TMRRREESLGEARRL
Site 71S1073RLQDFLRSLDDFQAW
Site 72T1086AWLGRTQTAVASEEG
Site 73T1096ASEEGPATLPEAEAL
Site 74S1119GEVERAQSEYSRLRA
Site 75Y1121VERAQSEYSRLRALG
Site 76T1152QRLEALGTGWEELGR
Site 77S1190QAEGVLSSQEYVLSH
Site 78Y1193GVLSSQEYVLSHTEM
Site 79S1196SSQEYVLSHTEMPGT
Site 80T1198QEYVLSHTEMPGTLQ
Site 81T1203SHTEMPGTLQAADAA
Site 82S1219KKLEDFMSTMDANGE
Site 83S1240EAGRQLVSEGNIHAD
Site 84S1255KIREKADSIERRHKK
Site 85Y1306LTAQDVSYDEARNLH
Site 86T1344DKEGRELTLEKPELK
Site 87T1371RWDELETTTQAKARS
Site 88S1397QSCCALESWLESLQA
Site 89S1401ALESWLESLQAQLHS
Site 90S1408SLQAQLHSDDYGKDL
Site 91Y1411AQLHSDDYGKDLTSV
Site 92T1416DDYGKDLTSVNILLK
Site 93S1417DYGKDLTSVNILLKK
Site 94T1462GAGEVERTSRAVEEK
Site 95S1463AGEVERTSRAVEEKF
Site 96S1487RCRRLQASREQHQFH
Site 97T1505EDEILWVTERLPMAS
Site 98S1512TERLPMASSMEHGKD
Site 99S1513ERLPMASSMEHGKDL
Site 100S1522EHGKDLPSVQLLMKK
Site 101S1622EKAKDELSAQAEVKK
Site 102Y1640LEQALADYAQTIHQL
Site 103S1651IHQLAASSQDMIDHE
Site 104S1662IDHEHPESTRISIRQ
Site 105S1666HPESTRISIRQAQVD
Site 106Y1676QAQVDKLYAGLKELA
Site 107Y1726SHELGQDYEHVTMLR
Site 108S1740RDKFREFSRDTSTIG
Site 109T1743FREFSRDTSTIGQER
Site 110S1744REFSRDTSTIGQERV
Site 111S1753IGQERVDSANALANG
Site 112T1771GGHAARATVAEWKDS
Site 113S1778TVAEWKDSLNEAWAD
Site 114Y1801GQVLAAAYELQRFLH
Site 115Y1845LQRRHCAYEHDIQAL
Site 116S1853EHDIQALSPQVQQVQ
Site 117T1906RRQLLLDTTDKFRFF
Site 118T1907RQLLLDTTDKFRFFK
Site 119S1940QERPRDVSSADLVIK
Site 120S1941ERPRDVSSADLVIKN
Site 121S1964EARADRFSSCIDMGK
Site 122S1965ARADRFSSCIDMGKE
Site 123Y1979ELLARSHYAAEEISE
Site 124S1989EEISEKLSQLQARRQ
Site 125T1998LQARRQETAEKWQEK
Site 126S2031MAEAWLCSQEPLVRS
Site 127T2044RSAELGCTVDEVESL
Site 128S2106PAPEPTASVPPGDLV
Site 129T2117GDLVGGQTASDTTWD
Site 130S2119LVGGQTASDTTWDGT
Site 131T2121GGQTASDTTWDGTQP
Site 132T2126SDTTWDGTQPRPPPS
Site 133S2133TQPRPPPSTQAPSVN
Site 134T2134QPRPPPSTQAPSVNG
Site 135S2138PPSTQAPSVNGVCTD
Site 136S2149VCTDGEPSQPLLGQQ
Site 137S2161GQQRLEHSSFPEGPG
Site 138S2162QQRLEHSSFPEGPGP
Site 139S2171PEGPGPGSGDEANGP
Site 140T2184GPRGERQTRTRGPAP
Site 141T2186RGERQTRTRGPAPSA
Site 142S2192RTRGPAPSAMPQSRS
Site 143S2197APSAMPQSRSTESAH
Site 144S2199SAMPQSRSTESAHAA
Site 145T2200AMPQSRSTESAHAAT
Site 146S2216PPRGPEPSAQEQMEG
Site 147S2254YCVLRRGSLGFYKDA
Site 148Y2258RRGSLGFYKDAKAAS
Site 149S2265YKDAKAASAGVPYHG
Site 150S2277YHGEVPVSLARAQGS
Site 151Y2289QGSVAFDYRKRKHVF
Site 152S2332AAIATASSASGEPEE
Site 153S2344PEEPVVPSTTRGMTR
Site 154T2345EEPVVPSTTRGMTRA
Site 155T2350PSTTRGMTRAMTMPP
Site 156T2354RGMTRAMTMPPVSPV
Site 157S2359AMTMPPVSPVGAEGP
Site 158S2384REREKRFSFFKKNK_
 
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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