PhosphoNET

           
Protein Info 
   
Short Name:  POLQ
Full Name:  DNA polymerase theta
Alias:  DNA polymerase eta
Type: 
Mass (Da):  197597
Number AA:  1762
UniProt ID:  O75417
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 1S13SFPISLCSARKAVDE
Site 2T33EERRNMRTIWVTGRK
Site 3T37NMRTIWVTGRKGLTE
Site 4T43VTGRKGLTEREAAAL
Site 5S78NPCALLHSSTCSLTH
Site 6T80CALLHSSTCSLTHSE
Site 7S82LLHSSTCSLTHSESE
Site 8T84HSSTCSLTHSESEVK
Site 9S86STCSLTHSESEVKEH
Site 10S88CSLTHSESEVKEHTF
Site 11T94ESEVKEHTFISQTKS
Site 12S97VKEHTFISQTKSSYK
Site 13S101TFISQTKSSYKKLTS
Site 14S102FISQTKSSYKKLTSK
Site 15S108SSYKKLTSKNKSNTI
Site 16S112KLTSKNKSNTIFSDS
Site 17S117NKSNTIFSDSYIKHS
Site 18S119SNTIFSDSYIKHSPN
Site 19Y120NTIFSDSYIKHSPNI
Site 20S124SDSYIKHSPNIVQDL
Site 21S134IVQDLNKSREHTSSF
Site 22T138LNKSREHTSSFNCNF
Site 23S140KSREHTSSFNCNFQN
Site 24S165FRARKRASLDINKEK
Site 25S183SQNEGKTSDKKVVQT
Site 26T190SDKKVVQTFSQKTKK
Site 27S192KKVVQTFSQKTKKAP
Site 28S204KAPLNFNSEKMSRSF
Site 29S208NFNSEKMSRSFRSWK
Site 30S210NSEKMSRSFRSWKRR
Site 31S213KMSRSFRSWKRRKHL
Site 32S223RRKHLKRSRDSSPLK
Site 33S226HLKRSRDSSPLKDSG
Site 34S227LKRSRDSSPLKDSGA
Site 35S232DSSPLKDSGACRIHL
Site 36T243RIHLQGQTLSNPSLC
Site 37S245HLQGQTLSNPSLCED
Site 38S248GQTLSNPSLCEDPFT
Site 39T255SLCEDPFTLDEKKTE
Site 40T261FTLDEKKTEFRNSGP
Site 41S266KKTEFRNSGPFAKNV
Site 42S274GPFAKNVSLSGKEKD
Site 43T284GKEKDNKTSFPLQIK
Site 44S285KEKDNKTSFPLQIKQ
Site 45T311NFVEHIVTGSQSKNV
Site 46S313VEHIVTGSQSKNVTC
Site 47T319GSQSKNVTCQATSVV
Site 48Y367DIHPINQYLRKQSHE
Site 49S372NQYLRKQSHEQTSTI
Site 50T376RKQSHEQTSTITKQK
Site 51T378QSHEQTSTITKQKNI
Site 52S397MPCEAVSSYINRDSN
Site 53Y398PCEAVSSYINRDSNV
Site 54S403SSYINRDSNVTINCE
Site 55T406INRDSNVTINCERIK
Site 56T416CERIKLNTEENKPSH
Site 57S422NTEENKPSHFQALGD
Site 58S432QALGDDISRTVIPSE
Site 59S448LPSAGAFSKSEGQHE
Site 60S450SAGAFSKSEGQHENF
Site 61T467ISRLQEKTGTYTTNK
Site 62T469RLQEKTGTYTTNKTK
Site 63S493VLCDFEDSFYLDTQS
Site 64Y495CDFEDSFYLDTQSEK
Site 65T498EDSFYLDTQSEKIIQ
Site 66S529AAGIMQKSLVQQNSM
Site 67S535KSLVQQNSMNSFQKE
Site 68T566IDHLDLKTVGTMKQS
Site 69T569LDLKTVGTMKQSSDS
Site 70S574VGTMKQSSDSHGVDI
Site 71T583SHGVDILTPESPIFH
Site 72S591PESPIFHSPILLEEN
Site 73S608FLKKNEVSVTDSQLN
Site 74T610KKNEVSVTDSQLNSF
Site 75S612NEVSVTDSQLNSFLQ
Site 76S616VTDSQLNSFLQGYQT
Site 77Y621LNSFLQGYQTQETVK
Site 78T623SFLQGYQTQETVKPV
Site 79T626QGYQTQETVKPVILL
Site 80T639LLIPQKRTPTGVEGE
Site 81T641IPQKRTPTGVEGECL
Site 82T653ECLPVPETSLNMSDS
Site 83S658PETSLNMSDSLLFDS
Site 84S660TSLNMSDSLLFDSFS
Site 85S665SDSLLFDSFSDDYLV
Site 86S667SLLFDSFSDDYLVKE
Site 87Y670FDSFSDDYLVKEQLP
Site 88S687QMKEPLPSEVTSNHF
Site 89S691PLPSEVTSNHFSDSL
Site 90S695EVTSNHFSDSLCLQE
Site 91S697TSNHFSDSLCLQEDL
Site 92S708QEDLIKKSNVNENQD
Site 93T716NVNENQDTHQQLTCS
Site 94S727LTCSNDESIIFSEMD
Site 95S731NDESIIFSEMDSVQM
Site 96T756PVQEKNHTVVSPRAL
Site 97S759EKNHTVVSPRALELS
Site 98S766SPRALELSDPVLDEH
Site 99S790QDERAEKSKLTGTRQ
Site 100T793RAEKSKLTGTRQNHS
Site 101S800TGTRQNHSFIWSGAS
Site 102S804QNHSFIWSGASFDLS
Site 103S822QRILDKVSSPLENEK
Site 104S823RILDKVSSPLENEKL
Site 105S832LENEKLKSMTINFSS
Site 106T834NEKLKSMTINFSSLN
Site 107S839SMTINFSSLNRKNTE
Site 108T845SSLNRKNTELNEEQE
Site 109T859EVISNLETKQVQGIS
Site 110S866TKQVQGISFSSNNEV
Site 111S868QVQGISFSSNNEVKS
Site 112S875SSNNEVKSKIEMLEN
Site 113T889NNANHDETSSLLPRK
Site 114S891ANHDETSSLLPRKES
Site 115S898SLLPRKESNIVDDNG
Site 116T910DNGLIPPTPIPTSAS
Site 117S915PPTPIPTSASKLTFP
Site 118T920PTSASKLTFPGILET
Site 119T927TFPGILETPVNPWKT
Site 120S943NVLQPGESYLFGSPS
Site 121Y944VLQPGESYLFGSPSD
Site 122S948GESYLFGSPSDIKNH
Site 123S950SYLFGSPSDIKNHDL
Site 124S958DIKNHDLSPGSRNGF
Site 125S961NHDLSPGSRNGFKDN
Site 126S969RNGFKDNSPISDTSF
Site 127S972FKDNSPISDTSFSLQ
Site 128S975NSPISDTSFSLQLSQ
Site 129S977PISDTSFSLQLSQDG
Site 130S981TSFSLQLSQDGLQLT
Site 131T988SQDGLQLTPASSSSE
Site 132S991GLQLTPASSSSESLS
Site 133S992LQLTPASSSSESLSI
Site 134S993QLTPASSSSESLSII
Site 135S994LTPASSSSESLSIID
Site 136S998SSSSESLSIIDVASD
Site 137T1011SDQNLFQTFIKEWRC
Site 138S1023WRCKKRFSISLACEK
Site 139S1025CKKRFSISLACEKIR
Site 140S1033LACEKIRSLTSSKTA
Site 141T1035CEKIRSLTSSKTATI
Site 142S1037KIRSLTSSKTATIGS
Site 143T1039RSLTSSKTATIGSRF
Site 144T1041LTSSKTATIGSRFKQ
Site 145S1044SKTATIGSRFKQASS
Site 146S1050GSRFKQASSPQEIPI
Site 147S1051SRFKQASSPQEIPIR
Site 148Y1085CWGGRDAYYFSLQKE
Site 149Y1086WGGRDAYYFSLQKEQ
Site 150S1088GRDAYYFSLQKEQKH
Site 151S1096LQKEQKHSEISASLV
Site 152S1099EQKHSEISASLVPPS
Site 153S1101KHSEISASLVPPSLD
Site 154S1110VPPSLDPSLTLKDRM
Site 155T1112PSLDPSLTLKDRMWY
Site 156Y1119TLKDRMWYLQSCLRK
Site 157S1128QSCLRKESDKECSVV
Site 158S1133KESDKECSVVIYDFI
Site 159Y1137KECSVVIYDFIQSYK
Site 160S1157CGISLEQSYEDPKVA
Site 161Y1158GISLEQSYEDPKVAC
Site 162S1172CWLLDPDSQEPTLHS
Site 163T1176DPDSQEPTLHSIVTS
Site 164S1179SQEPTLHSIVTSFLP
Site 165T1197PLLEGMETSQGIQSL
Site 166S1198LLEGMETSQGIQSLG
Site 167S1203ETSQGIQSLGLNAGS
Site 168S1210SLGLNAGSEHSGRYR
Site 169S1213LNAGSEHSGRYRASV
Site 170S1219HSGRYRASVESILIF
Site 171S1234NSMNQLNSLLQKENL
Site 172T1287AKLDAIETQAYQLAG
Site 173Y1290DAIETQAYQLAGHSF
Site 174S1296AYQLAGHSFSFTSSD
Site 175S1298QLAGHSFSFTSSDDI
Site 176T1300AGHSFSFTSSDDIAE
Site 177S1302HSFSFTSSDDIAEVL
Site 178S1332GSKKTLGSTRRGIDN
Site 179T1333SKKTLGSTRRGIDNG
Site 180S1350LRLGRQFSTSKDVLN
Site 181S1352LGRQFSTSKDVLNKL
Site 182Y1402FLGMERIYPVSQSHT
Site 183S1405MERIYPVSQSHTATG
Site 184T1409YPVSQSHTATGRITF
Site 185T1411VSQSHTATGRITFTE
Site 186T1415HTATGRITFTEPNIQ
Site 187T1434DFEIKMPTLVGESPP
Site 188S1439MPTLVGESPPSQAVG
Site 189S1442LVGESPPSQAVGKGL
Site 190Y1457LPMGRGKYKKGFSVN
Site 191S1462GKYKKGFSVNPRCQA
Site 192S1483ADRGMPFSISMRHAF
Site 193S1515LRILAHLSHDRRLIQ
Site 194S1545WKMIEPESVGDDLRQ
Site 195Y1584KENDAACYIDSFKSR
Site 196S1587DAACYIDSFKSRYTG
Site 197T1593DSFKSRYTGINQFMT
Site 198Y1621TILGRRRYLPGIKDN
Site 199T1643AERQAINTIVQGSAA
Site 200T1666NIQKQLETFHSTFKS
Site 201S1669KQLETFHSTFKSHGH
Site 202T1670QLETFHSTFKSHGHR
Site 203S1683HREGMLQSDRTGLSR
Site 204S1689QSDRTGLSRKRKLQG
Site 205Y1716QLHDELLYEVVEEDV
 
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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