PhosphoNET

           
Protein Info 
   
Short Name:  THOC2
Full Name:  THO complex subunit 2
Alias:  CXorf3; DJ506G2.1; HTREX120; THO complex 2; Tho2; THO2
Type:  RNA binding protein
Mass (Da):  182775
Number AA:  1593
UniProt ID:  Q8NI27
International Prot ID:  IPI00158615
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0000445     Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0005515   PhosphoSite+ KinaseNET
Biological Process:  GO:0008380  GO:0046784  GO:0006397 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 1S32LHLCRILSENKSHDS
Site 2S36RILSENKSHDSSTYR
Site 3S39SENKSHDSSTYRDFQ
Site 4S40ENKSHDSSTYRDFQQ
Site 5T41NKSHDSSTYRDFQQA
Site 6Y50RDFQQALYELSYHVI
Site 7Y54QALYELSYHVIKGNL
Site 8S67NLKHEQASNVLSDIS
Site 9S71EQASNVLSDISEFRE
Site 10S74SNVLSDISEFREDMP
Site 11Y106EEKSKRDYFTQLVLA
Site 12T108KSKRDYFTQLVLACL
Site 13T131KERLDPETLESLGLI
Site 14S134LDPETLESLGLIKQS
Site 15S141SLGLIKQSQQFNQKS
Site 16S148SQQFNQKSVKIKTKL
Site 17Y172LREENEGYAKLIAEL
Site 18S184AELGQDLSGSITSDL
Site 19T188QDLSGSITSDLILEN
Site 20S230EHDDFFISLLESYMS
Site 21S237SLLESYMSMCEPQTL
Site 22Y255LGFKFKFYQEPNGET
Site 23T262YQEPNGETPSSLYRV
Site 24S265PNGETPSSLYRVAAV
Site 25T314KQIVRKLTMVVLSSE
Site 26Y371IMDQMPPYYAASHKL
Site 27Y372MDQMPPYYAASHKLI
Site 28Y395HITIEPLYRRVGVPK
Site 29S407VPKGAKGSPVNALQN
Site 30S423RAPKQAESFEDLRRD
Site 31S458KVVRIGKSFMKEFQS
Site 32S465SFMKEFQSDGSKQED
Site 33T476KQEDKEKTEVILSCL
Site 34Y517GMFKTFPYQHRYRLY
Site 35Y521TFPYQHRYRLYGQWK
Site 36Y524YQHRYRLYGQWKNET
Site 37Y532GQWKNETYNSHPLLV
Site 38Y551QTIDRAKYIMKRLTK
Site 39T557KYIMKRLTKENVKPS
Site 40S564TKENVKPSGRQIGKL
Site 41S572GRQIGKLSHSNPTIL
Site 42S574QIGKLSHSNPTILFD
Site 43T595QKYDNLITPVVDSLK
Site 44S600LITPVVDSLKYLTSL
Site 45Y603PVVDSLKYLTSLNYD
Site 46S606DSLKYLTSLNYDVLA
Site 47T633ERMKHDDTTISSWLQ
Site 48T634RMKHDDTTISSWLQS
Site 49S637HDDTTISSWLQSLAS
Site 50S673NQLKAGKSFDLLILK
Site 51T722YFGQIRNTKKSSQRL
Site 52S725QIRNTKKSSQRLKDA
Site 53S726IRNTKKSSQRLKDAL
Site 54Y770LKLVGKLYDQCHDTL
Site 55S786QFGGFLASNLSTEDY
Site 56S789GFLASNLSTEDYIKR
Site 57T790FLASNLSTEDYIKRV
Site 58Y793SNLSTEDYIKRVPSI
Site 59S799DYIKRVPSIDVLCNE
Site 60Y822FFLSRPMYAHHISSK
Site 61Y830AHHISSKYDELKKSE
Site 62S836KYDELKKSEKGSKQQ
Site 63S840LKKSEKGSKQQHKVH
Site 64Y849QQHKVHKYITSCEMV
Site 65Y881DDISPQFYATFWSLT
Site 66S898DLAVPHTSYEREVNK
Site 67Y899LAVPHTSYEREVNKL
Site 68T932KKEKERCTALQDKLL
Site 69S968DNWLLAKSTKNETIT
Site 70T1008ELVHQQKTPNFSTLL
Site 71S1030DIIYTVASCTENEAS
Site 72S1037SCTENEASRYGRFLC
Site 73Y1039TENEASRYGRFLCCM
Site 74S1055ETVTRWHSDRATYEK
Site 75T1059RWHSDRATYEKECGN
Site 76Y1060WHSDRATYEKECGNY
Site 77Y1067YEKECGNYPGFLTIL
Site 78Y1090NKADQLDYENFRHVV
Site 79Y1117HCLETGEYTHIRNIL
Site 80Y1163KEKRPDLYALAMGYS
Site 81S1170YALAMGYSGQLKSRK
Site 82S1175GYSGQLKSRKSYMIP
Site 83S1178GQLKSRKSYMIPENE
Site 84Y1179QLKSRKSYMIPENEF
Site 85S1199PPRNAVASVQNGPGG
Site 86S1209NGPGGGPSSSSIGSA
Site 87S1210GPGGGPSSSSIGSAS
Site 88S1211PGGGPSSSSIGSASK
Site 89S1212GGGPSSSSIGSASKS
Site 90S1215PSSSSIGSASKSDES
Site 91S1217SSSIGSASKSDESST
Site 92S1219SIGSASKSDESSTEE
Site 93S1222SASKSDESSTEETDK
Site 94S1223ASKSDESSTEETDKS
Site 95T1224SKSDESSTEETDKSR
Site 96T1227DESSTEETDKSRERS
Site 97S1230STEETDKSRERSQCG
Site 98S1234TDKSRERSQCGVKAV
Site 99T1248VNKASSTTPKGNSSN
Site 100S1253STTPKGNSSNGNSGS
Site 101S1254TTPKGNSSNGNSGSN
Site 102S1258GNSSNGNSGSNSNKA
Site 103S1260SSNGNSGSNSNKAVK
Site 104S1262NGNSGSNSNKAVKEN
Site 105T1285EKEKKEKTPATTPEA
Site 106T1288KKEKTPATTPEARVL
Site 107T1289KEKTPATTPEARVLG
Site 108T1317KDEKARETKERTPKS
Site 109T1321ARETKERTPKSDKEK
Site 110S1324TKERTPKSDKEKEKF
Site 111T1344AKDEKFKTTVPNAES
Site 112T1345KDEKFKTTVPNAESK
Site 113S1353VPNAESKSTQERERE
Site 114T1354PNAESKSTQEREREK
Site 115S1364REREKEPSRERDIAK
Site 116S1375DIAKEMKSKENVKGG
Site 117T1385NVKGGEKTPVSGSLK
Site 118S1388GGEKTPVSGSLKSPV
Site 119S1390EKTPVSGSLKSPVPR
Site 120S1393PVSGSLKSPVPRSDI
Site 121S1398LKSPVPRSDIPEPER
Site 122T1414QKRRKIDTHPSPSHS
Site 123S1417RKIDTHPSPSHSSTV
Site 124S1419IDTHPSPSHSSTVKD
Site 125S1421THPSPSHSSTVKDSL
Site 126S1422HPSPSHSSTVKDSLI
Site 127T1423PSPSHSSTVKDSLIE
Site 128S1427HSSTVKDSLIELKES
Site 129S1434SLIELKESSAKLYIN
Site 130Y1439KESSAKLYINHTPPP
Site 131T1443AKLYINHTPPPLSKS
Site 132S1448NHTPPPLSKSKEREM
Site 133S1450TPPPLSKSKEREMDK
Site 134S1463DKKDLDKSRERSRER
Site 135S1467LDKSRERSREREKKD
Site 136S1486KERKRDHSNNDREVP
Site 137T1497REVPPDLTKRRKEEN
Site 138T1506RRKEENGTMGVSKHK
Site 139S1510ENGTMGVSKHKSESP
Site 140S1514MGVSKHKSESPCESP
Site 141S1516VSKHKSESPCESPYP
Site 142S1520KSESPCESPYPNEKD
Site 143Y1522ESPCESPYPNEKDKE
Site 144S1533KDKEKNKSKSSGKEK
Site 145S1535KEKNKSKSSGKEKGS
Site 146S1542SSGKEKGSDSFKSEK
Site 147S1544GKEKGSDSFKSEKMD
Site 148S1547KGSDSFKSEKMDKIS
Site 149S1554SEKMDKISSGGKKES
Site 150S1555EKMDKISSGGKKESR
Site 151S1561SSGGKKESRHDKEKI
Site 152S1576EKKEKRDSSGGKEEK
Site 153S1577KKEKRDSSGGKEEKK
Site 154S1588EEKKHHKSSDKHR__
 
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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