PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1529
Full Name:  Uncharacterized protein C9orf174
Alias:  LOC57653
Type:  Uncharacterized
Mass (Da):  198123
Number AA:  1708
UniProt ID:  Q9P1Z9
International Prot ID:  IPI00292836
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     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 1T72LIARIDRTIMQSGYE
Site 2Y78RTIMQSGYEGADMGF
Site 3T112SFCHILITNHREKKL
Site 4Y125KLQQSTKYWCLNQSA
Site 5S134CLNQSAESLRICAMR
Site 6S153RPPARVQSSSEELEL
Site 7S155PARVQSSSEELELRH
Site 8S164ELELRHQSLDAFPGR
Site 9S186QPAAKMSSVGKVTQV
Site 10T191MSSVGKVTQVPNGKA
Site 11S212AEVQLVHSLAATRKR
Site 12T216LVHSLAATRKRAAER
Site 13S224RKRAAERSVTLKSGR
Site 14T226RAAERSVTLKSGRIP
Site 15S229ERSVTLKSGRIPMMK
Site 16T240PMMKKVETPEGEVMS
Site 17S247TPEGEVMSPRQQKWM
Site 18S283KREKARESENTIAAR
Site 19T286KARESENTIAAREVR
Site 20T298EVRGLMDTIVPEKIS
Site 21T308PEKISTSTFQRQAEH
Site 22S319QAEHKRKSYESALAS
Site 23Y320AEHKRKSYESALASF
Site 24S322HKRKSYESALASFQE
Site 25S326SYESALASFQEEIAQ
Site 26T354GLFLKKLTESDEEMN
Site 27S356LKKLTESDEEMNRLF
Site 28Y376NDTNLEDYTIQALLE
Site 29T377DTNLEDYTIQALLEL
Site 30S408ELDEALHSLEFSRTD
Site 31S412ALHSLEFSRTDKLKS
Site 32T414HSLEFSRTDKLKSVL
Site 33S419SRTDKLKSVLKKYAE
Site 34Y424LKSVLKKYAEVIEKT
Site 35Y433EVIEKTSYLMRPEVY
Site 36Y452EEAMVMNYALLGNRK
Site 37S479TLQQELDSRHRWQGL
Site 38S501KKEALLQSFSEFMAS
Site 39S503EALLQSFSEFMASES
Site 40S508SFSEFMASESIHTPP
Site 41T513MASESIHTPPAVTKE
Site 42T527ELEVMLKTQNVLQQR
Site 43S549ICDLLPPSYSKTQLT
Site 44S551DLLPPSYSKTQLTEW
Site 45T553LPPSYSKTQLTEWHS
Site 46T556SYSKTQLTEWHSSLN
Site 47S560TQLTEWHSSLNSLNK
Site 48S561QLTEWHSSLNSLNKE
Site 49S564EWHSSLNSLNKELDT
Site 50Y572LNKELDTYHVDCMMR
Site 51Y584MMRIRLLYEKTWQEC
Site 52T615FTEEEAETLVNQFFF
Site 53S642DLELLDKSFETLADQ
Site 54T650FETLADQTEWQSSHL
Site 55Y660QSSHLFKYFQEVVQL
Site 56S694EQHRQKHSLESQVQE
Site 57S697RQKHSLESQVQEAHL
Site 58S715LDQLRQQSDKETLAF
Site 59T719RQQSDKETLAFHLEK
Site 60Y730HLEKVKDYLKNMKSR
Site 61Y738LKNMKSRYECFHTLL
Site 62T743SRYECFHTLLTKEVM
Site 63Y752LTKEVMEYPAIMLKE
Site 64S762IMLKELNSYSSALSQ
Site 65Y763MLKELNSYSSALSQY
Site 66S764LKELNSYSSALSQYF
Site 67S768NSYSSALSQYFFVRE
Site 68S799PEAHEKPSQKRVKKL
Site 69S812KLRKKQGSKEDMTRS
Site 70T817QGSKEDMTRSEESIS
Site 71S819SKEDMTRSEESISSG
Site 72S822DMTRSEESISSGTST
Site 73S824TRSEESISSGTSTAR
Site 74S825RSEESISSGTSTARS
Site 75S828ESISSGTSTARSVEE
Site 76T829SISSGTSTARSVEEV
Site 77S832SGTSTARSVEEVEEE
Site 78S846ENDQEMESFITEEVL
Site 79T849QEMESFITEEVLGQQ
Site 80S859VLGQQKKSPLHAKMD
Site 81S868LHAKMDESKEGSIQG
Site 82S872MDESKEGSIQGLEEM
Site 83S886MQVEREGSLNPSLNE
Site 84S890REGSLNPSLNEENVK
Site 85S936EAQEEQESLSVGEEE
Site 86S938QEEQESLSVGEEEDK
Site 87Y953EEGLEEIYYEDMESF
Site 88Y954EGLEEIYYEDMESFT
Site 89S959IYYEDMESFTISSGN
Site 90S963DMESFTISSGNTYFV
Site 91S982EEEHCRKSHSTFSAM
Site 92T994SAMFINDTSSAKFIE
Site 93S1025FSEGGNFSPKEINSL
Site 94S1031FSPKEINSLCSRLEK
Site 95T1094EKIQRLLTNLQVKIK
Site 96S1107IKCQVAKSNSQTNGL
Site 97S1109CQVAKSNSQTNGLNF
Site 98T1111VAKSNSQTNGLNFSL
Site 99S1117QTNGLNFSLQQLQNK
Site 100T1127QLQNKIKTCQESRGE
Site 101T1137ESRGEKTTVTTEELL
Site 102T1139RGEKTTVTTEELLSF
Site 103S1145VTTEELLSFVQTWKE
Site 104T1149ELLSFVQTWKEKLSQ
Site 105Y1160KLSQRIQYLNCSLDR
Site 106S1164RIQYLNCSLDRVSMT
Site 107T1171SLDRVSMTELVFTNT
Site 108T1176SMTELVFTNTILKDQ
Site 109S1187LKDQEEDSDILTSSE
Site 110T1191EEDSDILTSSEALEE
Site 111S1193DSDILTSSEALEEEA
Site 112T1206EAKLDVVTPESFTQL
Site 113S1214PESFTQLSRVGKPLI
Site 114T1238KLLQLPNTKWPTHHC
Site 115S1271SGKKAVPSASATSAG
Site 116S1273KKAVPSASATSAGSL
Site 117S1279ASATSAGSLQTTHPP
Site 118T1283SAGSLQTTHPPLSHS
Site 119S1288QTTHPPLSHSFTPHP
Site 120S1290THPPLSHSFTPHPKP
Site 121T1292PPLSHSFTPHPKPNK
Site 122Y1304PNKMERKYRVLGDKP
Site 123T1335ESSENLLTVAEEFYR
Site 124T1349RKEKRPVTRPDCMCD
Site 125Y1372ISKKILEYQSQANKY
Site 126Y1379YQSQANKYHNSCLIE
Site 127S1461VHFQEMESLHLSEEE
Site 128S1465EMESLHLSEEERQEE
Site 129S1475ERQEELDSMIRMNKE
Site 130S1543RRKLAGLSLKEESEK
Site 131S1557KPLIERGSRKWPGIK
Site 132T1579NKILLQPTSSISTTK
Site 133S1580KILLQPTSSISTTKT
Site 134S1581ILLQPTSSISTTKTT
Site 135S1583LQPTSSISTTKTTLG
Site 136T1585PTSSISTTKTTLGHL
Site 137Y1605RDAVYLKYLASFEEE
Site 138S1608VYLKYLASFEEELKR
Site 139T1621KRIQDDCTSQIKEAQ
Site 140S1622RIQDDCTSQIKEAQR
 
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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