PhosphoNET

           
Protein Info 
   
Short Name:  THADA
Full Name:  Thyroid adenoma-associated protein
Alias:  GITA; KIAA1767
Type:  Uncharacterized protein
Mass (Da):  219607
Number AA:  1953
UniProt ID:  Q6YHU6
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005488     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 1T23ICHQDLETLKSFADV
Site 2S26QDLETLKSFADVEGK
Site 3S50VQLTDGVSQIHYIKQ
Site 4S90AGIYLSLSLKNPLKK
Site 5S101PLKKVLASSLNSLPD
Site 6T119PEAMHRFTSRLQEEL
Site 7S120EAMHRFTSRLQEELN
Site 8T128RLQEELNTTDLYSYR
Site 9T129LQEELNTTDLYSYRK
Site 10Y132ELNTTDLYSYRKVTD
Site 11S133LNTTDLYSYRKVTDN
Site 12T138LYSYRKVTDNISSCM
Site 13S154NFNLGRASVNNLLKN
Site 14S239SIFTKVLSDDDLLQT
Site 15T246SDDDLLQTVQSTSGL
Site 16S285LRSVDCTSVPEWFMS
Site 17S324MLDWQNGSMGRSGEA
Site 18S328QNGSMGRSGEALLLD
Site 19T351SSQIKEPTLEMFLSR
Site 20S373SAIQVLESSSPSLTD
Site 21S375IQVLESSSPSLTDSL
Site 22S377VLESSSPSLTDSLNG
Site 23T379ESSSPSLTDSLNGNS
Site 24S381SSPSLTDSLNGNSSI
Site 25S387DSLNGNSSIVGRLLE
Site 26Y395IVGRLLEYVYTHWEH
Site 27Y397GRLLEYVYTHWEHPL
Site 28T411LDALRHQTKIMFKNL
Site 29S489LEVMGDQSLVPYASD
Site 30Y493GDQSLVPYASDLLET
Site 31S507TMFRNHKSHLKSQTA
Site 32S511NHKSHLKSQTAESSW
Site 33T513KSHLKSQTAESSWID
Site 34Y544GNLDQKSYVIDYYLP
Site 35Y548QKSYVIDYYLPKLLS
Site 36Y549KSYVIDYYLPKLLSY
Site 37S555YYLPKLLSYSPESLQ
Site 38S557LPKLLSYSPESLQYM
Site 39Y563YSPESLQYMVKILQT
Site 40T576QTSIDAKTGQEQSFP
Site 41S581AKTGQEQSFPSLGSC
Site 42S584GQEQSFPSLGSCNSR
Site 43S587QSFPSLGSCNSRGAL
Site 44S612RAHGHLQSATDTWEN
Site 45T616HLQSATDTWENLVSD
Site 46S622DTWENLVSDARIKQG
Site 47S651LLCESNRSTEIVSME
Site 48T652LCESNRSTEIVSMEE
Site 49Y669WIQFFITYNLNSQSP
Site 50S673FITYNLNSQSPGVRQ
Site 51S675TYNLNSQSPGVRQQI
Site 52S696LFCRIQESSQVLYKL
Site 53S697FCRIQESSQVLYKLE
Site 54Y701QESSQVLYKLEQSKS
Site 55S708YKLEQSKSKREPENE
Site 56T717REPENELTKQHPSVS
Site 57S724TKQHPSVSLQQYKNF
Site 58Y728PSVSLQQYKNFMSSI
Site 59S747FEALFPGSSYSTRFS
Site 60S748EALFPGSSYSTRFSA
Site 61S750LFPGSSYSTRFSALT
Site 62T751FPGSSYSTRFSALTI
Site 63Y774HVPEGRIYTVYQLSH
Site 64T775VPEGRIYTVYQLSHD
Site 65Y777EGRIYTVYQLSHDID
Site 66T816LLMKLSKTAVHFQDS
Site 67S837FQAALELSTSTKPYD
Site 68S839AALELSTSTKPYDCV
Site 69Y843LSTSTKPYDCVTASY
Site 70S864WQDALPSSLSAYLTQ
Site 71S866DALPSSLSAYLTQQV
Site 72T870SSLSAYLTQQVACDN
Site 73S905ENLEEEVSQAENSLL
Site 74S938LQKLSLNSLQLVSEW
Site 75S943LNSLQLVSEWRPVVE
Site 76S964YRLSTVVSPVIQSSS
Site 77S971SPVIQSSSPEGLIPM
Site 78T980EGLIPMDTDSESASR
Site 79S982LIPMDTDSESASRLQ
Site 80S984PMDTDSESASRLQMI
Site 81S986DTDSESASRLQMILN
Site 82T1000NEIQPRDTNDYFNQA
Site 83Y1003QPRDTNDYFNQAKIL
Site 84S1015KILKEHDSFDMKDLN
Site 85S1024DMKDLNASVVNIDTS
Site 86S1031SVVNIDTSTEIKGKE
Site 87T1041IKGKEVKTCDVTAQM
Site 88S1079PMQPVPESSDGLLTV
Site 89T1085ESSDGLLTVEQVKEI
Site 90Y1095QVKEIGDYFKQHLLQ
Site 91S1103FKQHLLQSRHRGAFE
Site 92S1130LNRCPNVSLQKLPEQ
Site 93S1149VLEEIKCSDPSSKLC
Site 94S1153IKCSDPSSKLCATRR
Site 95T1158PSSKLCATRRSAGIP
Site 96S1161KLCATRRSAGIPFYI
Site 97S1174YIQALLASEPKKGRM
Site 98S1203GPTDDIQSTVPQVHA
Site 99T1204PTDDIQSTVPQVHAL
Site 100T1221LRALFRDTRLGENII
Site 101Y1230LGENIIPYVADGAKA
Site 102S1275KRAKDEHSKTNRMTG
Site 103T1277AKDEHSKTNRMTGRE
Site 104T1281HSKTNRMTGREFFSR
Site 105S1309TVANTVDSDMGEPNR
Site 106S1333VLERLYASPMDGTSS
Site 107S1339ASPMDGTSSALSMGP
Site 108S1340SPMDGTSSALSMGPF
Site 109Y1360RCGHSPVYHSREMAA
Site 110S1388NTIRTLLSTLPSCTD
Site 111T1389TIRTLLSTLPSCTDQ
Site 112S1418FHLLQAYSDSKHGTN
Site 113S1420LLQAYSDSKHGTNSD
Site 114T1424YSDSKHGTNSDFQHE
Site 115S1426DSKHGTNSDFQHELT
Site 116T1433SDFQHELTDITVCTK
Site 117T1436QHELTDITVCTKAKL
Site 118Y1515KVPGLPQYLQSLTRL
Site 119S1534VWAAAAKSGERETNV
Site 120T1539AKSGERETNVPISFS
Site 121S1544RETNVPISFSQLLES
Site 122S1551SFSQLLESAFPEVRS
Site 123T1630TEHCVHLTPKEFLIW
Site 124S1647DIASNERSEIQSVAL
Site 125S1651NERSEIQSVALRLAS
Site 126T1667VISHHMQTCVENREL
Site 127T1696SCEDHLPTESRLAVV
Site 128T1715STTPLFLTNPHPILE
Site 129T1751VRDAATETVTTAMSQ
Site 130T1754AATETVTTAMSQENT
Site 131S1757ETVTTAMSQENTCQS
Site 132T1761TAMSQENTCQSTEFA
Site 133Y1827MHQVEEDYLFEKAEV
Site 134S1856KHLFCLLSKSGWRPP
Site 135S1858LFCLLSKSGWRPPSP
Site 136S1864KSGWRPPSPEMLCHL
Site 137S1883SEQCHLLSQFFRELP
Site 138T1898PAAEFVKTVEFTRLR
Site 139T1929EGKEGEDTLVLSVWD
Site 140S1933GEDTLVLSVWDSYAE
Site 141S1937LVLSVWDSYAESRQL
Site 142Y1938VLSVWDSYAESRQLT
Site 143S1941VWDSYAESRQLTLPR
Site 144T1945YAESRQLTLPRTEAA
 
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
 


2019 Kinexus Bioinformatics Corporation