PhosphoNET

           
Protein Info 
   
Short Name:  ANKRD31
Full Name:  Ankyrin repeat domain-containing protein 31
Alias: 
Type: 
Mass (Da):  210816
Number AA:  1873
UniProt ID:  Q8N7Z5
International Prot ID: 
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 1S12VQAPDWDSDETVIEG
Site 2T15PDWDSDETVIEGSVT
Site 3S20DETVIEGSVTESDLE
Site 4T22TVIEGSVTESDLEEK
Site 5S24IEGSVTESDLEEKEL
Site 6S43LLFDQDASLKSEFSL
Site 7S46DQDASLKSEFSLHPD
Site 8S49ASLKSEFSLHPDTRG
Site 9T54EFSLHPDTRGMCKGM
Site 10S63GMCKGMPSPEIQLGF
Site 11S90NKMMPVLSEDTILQS
Site 12S97SEDTILQSQDETERN
Site 13T101ILQSQDETERNQALL
Site 14S120NCSMFIGSFRQSGLS
Site 15S124FIGSFRQSGLSLNHQ
Site 16S127SFRQSGLSLNHQNIE
Site 17S140IEGPEAESPEVLPHI
Site 18S152PHIEKELSEGRDSPE
Site 19S157ELSEGRDSPEVSLLS
Site 20S161GRDSPEVSLLSGTAI
Site 21T193KILAAPNTFFEPRKE
Site 22T204PRKEVTMTMTSEETK
Site 23S207EVTMTMTSEETKDEE
Site 24T210MTMTSEETKDEESSL
Site 25T219DEESSLETFVSALES
Site 26T229SALESLLTSPESTQE
Site 27S230ALESLLTSPESTQEE
Site 28S233SLLTSPESTQEERLF
Site 29T234LLTSPESTQEERLFE
Site 30S244ERLFELVSDFDRKEL
Site 31S256KELMNPLSDSLSSIS
Site 32S260NPLSDSLSSISIPLN
Site 33S263SDSLSSISIPLNSWS
Site 34S268SISIPLNSWSACHRD
Site 35S270SIPLNSWSACHRDLL
Site 36T295ELLEALNTLSEAKVE
Site 37S312CHRKEGGSSLIARNE
Site 38S313HRKEGGSSLIARNEC
Site 39S328LEVEFNTSQTNEDCT
Site 40T335SQTNEDCTQIAETLQ
Site 41T351PNPSGLQTLAHQNIT
Site 42S359LAHQNITSCEPLSNK
Site 43S364ITSCEPLSNKRNSNS
Site 44S369PLSNKRNSNSVTNSS
Site 45S371SNKRNSNSVTNSSDQ
Site 46T373KRNSNSVTNSSDQET
Site 47S375NSNSVTNSSDQETAC
Site 48S376SNSVTNSSDQETACV
Site 49T380TNSSDQETACVLRRS
Site 50S387TACVLRRSSRLEKLK
Site 51S388ACVLRRSSRLEKLKV
Site 52Y401KVSRDAKYSDHMYKM
Site 53Y406AKYSDHMYKMPEKIL
Site 54T423ILGCEDLTNNNSSAQ
Site 55S427EDLTNNNSSAQNFRM
Site 56S450GKEKNMHSARFKNGK
Site 57S478KMKVNKISLHSINRR
Site 58S481VNKISLHSINRRNIF
Site 59Y494IFGENLVYKAALHDD
Site 60S519GGNVNQPSYAGWTAL
Site 61Y520GNVNQPSYAGWTALH
Site 62S530WTALHEASVGGFYRT
Site 63S539GGFYRTASELLKGGA
Site 64Y554DVNIKGLYQITPLHD
Site 65Y607MKRLLERYIPKHQKC
Site 66T616PKHQKCLTSAQRSSI
Site 67S617KHQKCLTSAQRSSID
Site 68S621CLTSAQRSSIDPLDI
Site 69S622LTSAQRSSIDPLDIE
Site 70Y632PLDIEDVYQHKKPKF
Site 71Y679FINKEDVYEYYQKDP
Site 72Y681NKEDVYEYYQKDPKN
Site 73Y682KEDVYEYYQKDPKNT
Site 74S694KNTKFGKSKHKQSTL
Site 75S699GKSKHKQSTLDQIYS
Site 76T700KSKHKQSTLDQIYST
Site 77Y705QSTLDQIYSTGLRKG
Site 78S706STLDQIYSTGLRKGN
Site 79T722HNVKDPNTNVPKGIG
Site 80T733KGIGRRKTQHKRTQV
Site 81S754PRKILAVSPSRRINR
Site 82T764RRINRLVTYQQHIPE
Site 83Y765RINRLVTYQQHIPET
Site 84S784PEELCEPSSLTLSSL
Site 85S785EELCEPSSLTLSSLR
Site 86T787LCEPSSLTLSSLRNG
Site 87S789EPSSLTLSSLRNGLD
Site 88S790PSSLTLSSLRNGLDS
Site 89S797SLRNGLDSSTEACSV
Site 90S798LRNGLDSSTEACSVS
Site 91T799RNGLDSSTEACSVSK
Site 92S803DSSTEACSVSKEKHI
Site 93S816HIQNLDLSDSQEVQC
Site 94S818QNLDLSDSQEVQCLE
Site 95T832ELESVDQTEAVSFPG
Site 96T859TTDKQPHTLQEQHHV
Site 97Y868QEQHHVLYKSHENSN
Site 98S874LYKSHENSNLVPKDE
Site 99S889RFNKWENSFLSFVKE
Site 100S892KWENSFLSFVKENSD
Site 101S898LSFVKENSDNDDDDD
Site 102S907NDDDDDCSTSEKAIT
Site 103T908DDDDDCSTSEKAITS
Site 104S909DDDDCSTSEKAITSK
Site 105T914STSEKAITSKKVLCS
Site 106S915TSEKAITSKKVLCST
Site 107S921TSKKVLCSTGGKKHY
Site 108Y928STGGKKHYNFKENLT
Site 109S948GFQQFLLSEDHLSQE
Site 110S953LLSEDHLSQENELKA
Site 111S977EAVNFSYSDNAVISE
Site 112S1001FGPSFDHSNGNPEQN
Site 113S1009NGNPEQNSLACMRTL
Site 114Y1037LFKKPQDYIPRAPTF
Site 115T1043DYIPRAPTFLMNQTD
Site 116Y1067NCDTERNYIDRDQKI
Site 117Y1076DRDQKIIYSNEPLSI
Site 118S1077RDQKIIYSNEPLSIV
Site 119S1115IHNIDSHSTDNMSKE
Site 120S1120SHSTDNMSKELANIS
Site 121S1130LANISKLSQREKKEI
Site 122S1157KRNARGESQLHLAVR
Site 123T1190LNDNAGWTPLHEASN
Site 124S1200HEASNEGSIDIIVEL
Site 125S1256QKDQKQKSALDEADD
Site 126S1272KMKELLRSYGAIETV
Site 127Y1273MKELLRSYGAIETVN
Site 128T1278RSYGAIETVNRDESD
Site 129S1284ETVNRDESDAIVNEK
Site 130S1297EKIPAVRSKRHKQCF
Site 131T1310CFCDDGKTIDSSSLS
Site 132S1313DDGKTIDSSSLSHQE
Site 133S1314DGKTIDSSSLSHQER
Site 134S1315GKTIDSSSLSHQERS
Site 135S1317TIDSSSLSHQERSRE
Site 136S1322SLSHQERSRESLSVH
Site 137S1325HQERSRESLSVHQTL
Site 138S1327ERSRESLSVHQTLSA
Site 139T1331ESLSVHQTLSAILQD
Site 140Y1345DIEEKQEYLLEFEIR
Site 141Y1389RDDLAKKYRVSIESF
Site 142S1392LAKKYRVSIESFKHG
Site 143S1395KYRVSIESFKHGALR
Site 144S1414NLAARQKSLLVVAKK
Site 145S1426AKKQKKISLKIQNCR
Site 146S1437QNCRNVTSLPCLSLR
Site 147S1442VTSLPCLSLRKLPPR
Site 148S1450LRKLPPRSEISSEKD
Site 149S1454PPRSEISSEKDSQEL
Site 150S1458EISSEKDSQELTSLE
Site 151T1462EKDSQELTSLENLEH
Site 152S1463KDSQELTSLENLEHP
Site 153S1472ENLEHPQSGSLSPVS
Site 154S1474LEHPQSGSLSPVSGS
Site 155S1476HPQSGSLSPVSGSMQ
Site 156S1479SGSLSPVSGSMQETQ
Site 157S1481SLSPVSGSMQETQLS
Site 158T1485VSGSMQETQLSLETW
Site 159S1488SMQETQLSLETWNYS
Site 160Y1494LSLETWNYSQNTNIC
Site 161S1504NTNICLNSEAVRRGE
Site 162S1513AVRRGEFSGNDMNSK
Site 163T1527KQNGSDCTLDGFPKS
Site 164S1534TLDGFPKSRHSDGTE
Site 165S1537GFPKSRHSDGTEKNK
Site 166T1540KSRHSDGTEKNKLPS
Site 167S1547TEKNKLPSQPVAFIG
Site 168T1566SQKENDLTEATDKDH
Site 169Y1576TDKDHEFYVSSPVIG
Site 170S1578KDHEFYVSSPVIGKL
Site 171S1579DHEFYVSSPVIGKLN
Site 172T1590GKLNISETASVLAEN
Site 173Y1613CDQDLSNYDPKRGNR
Site 174T1622PKRGNRKTSSQQSPT
Site 175S1623KRGNRKTSSQQSPTG
Site 176S1624RGNRKTSSQQSPTGA
Site 177S1627RKTSSQQSPTGASES
Site 178S1634SPTGASESLAHQGIA
Site 179Y1654TVHQMKPYLKKSVSV
Site 180S1660PYLKKSVSVVPCADD
Site 181S1668VVPCADDSQISSSSG
Site 182S1671CADDSQISSSSGSGQ
Site 183S1672ADDSQISSSSGSGQQ
Site 184S1673DDSQISSSSGSGQQD
Site 185S1674DSQISSSSGSGQQDT
Site 186S1676QISSSSGSGQQDTIK
Site 187T1681SGSGQQDTIKKALNY
Site 188Y1742KVESGQIYKNPVTWL
Site 189T1747QIYKNPVTWLKDLLG
Site 190Y1758DLLGGNSYVTWNYAW
Site 191Y1770YAWSKVTYLGKELLR
Site 192Y1778LGKELLRYVSEDAPI
Site 193S1780KELLRYVSEDAPILP
Site 194S1791PILPEPNSVPQQYQP
Site 195Y1796PNSVPQQYQPCLPEV
Site 196S1816PVQEPNKSMFEKTKF
Site 197T1827KTKFGQGTSRESMQS
Site 198S1828TKFGQGTSRESMQSS
Site 199S1831GQGTSRESMQSSPRY
Site 200S1834TSRESMQSSPRYLQI
Site 201S1835SRESMQSSPRYLQIN
Site 202Y1838SMQSSPRYLQINEIL
 
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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