PhosphoNET

           
Protein Info 
   
Short Name:  ANKRD50
Full Name:  Ankyrin repeat domain-containing protein 50
Alias:  Ankyrin repeat domain 50; Ankyrin repeat domain-containing 50; ANR50; KIAA1223
Type:  Unknown function
Mass (Da):  149589
Number AA:  1375
UniProt ID:  Q9ULJ7
International Prot ID:  IPI00221285
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S46EKSNCCNSAVNAPSL
Site 2S52NSAVNAPSLVMNSGN
Site 3T88SGKTALCTELLWPSS
Site 4S94CTELLWPSSPASLQR
Site 5S95TELLWPSSPASLQRG
Site 6S98LWPSSPASLQRGLHR
Site 7S154LRDPAVQSLLQPGEC
Site 8S186GMKPPQQSLYLLVDS
Site 9Y188KPPQQSLYLLVDSVD
Site 10T206NITEGEQTSTSLSGT
Site 11S207ITEGEQTSTSLSGTV
Site 12T208TEGEQTSTSLSGTVA
Site 13S209EGEQTSTSLSGTVAA
Site 14S234PWLLLLCSARKQSKA
Site 15S239LCSARKQSKAVTKMF
Site 16T243RKQSKAVTKMFTGFR
Site 17S253FTGFRKISLDDLRKA
Site 18Y261LDDLRKAYIVKDVQQ
Site 19S300NQLHIKSSGCFLYLE
Site 20Y305KSSGCFLYLERVLDG
Site 21T329EIRDIPGTLNGLYLW
Site 22Y370PLTITELYHAVWTKN
Site 23T375ELYHAVWTKNMSLTL
Site 24T381WTKNMSLTLEDFQRK
Site 25Y425VKHCTQKYLCNAAEG
Site 26T441RMLAMSYTCQAKNLT
Site 27T448TCQAKNLTPLEAQEF
Site 28T480LWMIWNGTPVRDSLS
Site 29S485NGTPVRDSLSTLIPK
Site 30S487TPVRDSLSTLIPKEQ
Site 31T488PVRDSLSTLIPKEQE
Site 32T514VNSEDDRTSCIVRQA
Site 33S515NSEDDRTSCIVRQAL
Site 34S527QALEREDSIRTLLDN
Site 35S543ASVNQCDSNGRTLLA
Site 36T547QCDSNGRTLLANAAY
Site 37T580IEDAHGHTPLTLAAR
Site 38T583AHGHTPLTLAARQGH
Site 39S644VDCADADSRTALRAA
Site 40T777GGADVDHTDNNGRTP
Site 41T783HTDNNGRTPLLAAAS
Site 42S819SEGRTVLSIASAQGN
Site 43T832GNVEVVRTLLDRGLD
Site 44S904QILLENKSNIDQRGY
Site 45Y911SNIDQRGYDGRNALR
Site 46T949KDADGRPTLYILALE
Site 47Y951ADGRPTLYILALENQ
Site 48Y964NQLTMAEYFLENGAN
Site 49S975NGANVEASDAEGRTA
Site 50S1014AADNEKRSALQSAAW
Site 51S1018EKRSALQSAAWQGHV
Site 52T1041HGAVVDHTCNQGATA
Site 53S1091VAAKNGHSQIIKLLE
Site 54S1104LEKYGASSLNGCSPS
Site 55S1109GPTHAFSSPSESPDS
Site 56S1111SLNGCSPSPVHTMEQ
Site 57T1115CSPSPVHTMEQKPLQ
Site 58S1123MEQKPLQSLSSKVQS
Site 59S1125QKPLQSLSSKVQSLT
Site 60S1126KPLQSLSSKVQSLTI
Site 61S1130SLSSKVQSLTIKSNS
Site 62T1132SSKVQSLTIKSNSSG
Site 63S1135VQSLTIKSNSSGSTG
Site 64S1137SLTIKSNSSGSTGGG
Site 65S1138LTIKSNSSGSTGGGD
Site 66S1149GGGDMQPSLRGLPNG
Site 67T1158RGLPNGPTHAFSSPS
Site 68S1162NGPTHAFSSPSESPD
Site 69S1163GPTHAFSSPSESPDS
Site 70S1165THAFSSPSESPDSTV
Site 71S1167AFSSPSESPDSTVDR
Site 72S1170SPSESPDSTVDRQKS
Site 73T1171PSESPDSTVDRQKSS
Site 74S1177STVDRQKSSLSNNSL
Site 75S1178TVDRQKSSLSNNSLK
Site 76S1180DRQKSSLSNNSLKSS
Site 77S1183KSSLSNNSLKSSKNS
Site 78S1186LSNNSLKSSKNSSLR
Site 79S1187SNNSLKSSKNSSLRT
Site 80S1190SLKSSKNSSLRTTSS
Site 81S1191LKSSKNSSLRTTSST
Site 82T1194SKNSSLRTTSSTATA
Site 83T1195KNSSLRTTSSTATAQ
Site 84S1196NSSLRTTSSTATAQT
Site 85S1197SSLRTTSSTATAQTV
Site 86T1198SLRTTSSTATAQTVP
Site 87T1200RTTSSTATAQTVPID
Site 88T1203SSTATAQTVPIDSFH
Site 89S1208AQTVPIDSFHNLSFT
Site 90S1213IDSFHNLSFTEQIQQ
Site 91T1215SFHNLSFTEQIQQHS
Site 92S1222TEQIQQHSLPRSRSR
Site 93S1226QQHSLPRSRSRQSIV
Site 94S1228HSLPRSRSRQSIVSP
Site 95S1231PRSRSRQSIVSPSST
Site 96S1234RSRQSIVSPSSTTQS
Site 97S1236RQSIVSPSSTTQSLG
Site 98S1237QSIVSPSSTTQSLGQ
Site 99T1238SIVSPSSTTQSLGQS
Site 100S1241SPSSTTQSLGQSHNS
Site 101S1245TTQSLGQSHNSPSSE
Site 102S1248SLGQSHNSPSSEFEW
Site 103S1250GQSHNSPSSEFEWSQ
Site 104S1251QSHNSPSSEFEWSQV
Site 105S1256PSSEFEWSQVKPSLK
Site 106S1261EWSQVKPSLKSTKAS
Site 107S1264QVKPSLKSTKASKGG
Site 108T1265VKPSLKSTKASKGGK
Site 109S1268SLKSTKASKGGKSEN
Site 110S1273KASKGGKSENSAKSG
Site 111S1276KGGKSENSAKSGSAG
Site 112S1279KSENSAKSGSAGKKA
Site 113S1281ENSAKSGSAGKKAKQ
Site 114S1289AGKKAKQSNSSQPKV
Site 115S1291KKAKQSNSSQPKVLE
Site 116S1292KAKQSNSSQPKVLEY
Site 117Y1299SQPKVLEYEMTQFDR
Site 118T1302KVLEYEMTQFDRRGP
Site 119S1313RRGPIAKSGTAAPPK
Site 120S1342AQQEIGRSQQQFLIH
Site 121S1352QFLIHQQSGEQKKRN
Site 122Y1367GIMTNPNYHLQSNQV
Site 123S1380QVFLGRVSVPRTMQD
Site 124T1384GRVSVPRTMQDRGHQ
Site 125Y1397HQEVLEGYPSSETEL
Site 126S1399EVLEGYPSSETELSL
Site 127S1400VLEGYPSSETELSLK
Site 128T1402EGYPSSETELSLKQA
Site 129S1405PSSETELSLKQALKL
Site 130S1417LKLQIEGSDPSFNYK
Site 131S1420QIEGSDPSFNYKKET
Site 132Y1423GSDPSFNYKKETPL_
 
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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