PhosphoNET

           
Protein Info 
   
Short Name:  ERCC5
Full Name:  DNA repair protein complementing XP-G cells
Alias:  Cockayne syndrome; DNA excision repair protein ERCC-5; ERCM2; Excision repair cross-complementing rodent repair deficiency, complementation group 5; Excision repair cross-complementing rodent repair deficiency, complementation group 5 (xeroderma pigmentosum, complementation group G (Cockayne syndrome)); Xeroderma pigmentosum group G complementing protein; Xeroderma pigmentosum group G-complementing protein; XPGC
Type:  DNA repair protein
Mass (Da):  133108
Number AA:  1186
UniProt ID:  P28715
International Prot ID:  IPI00477535
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005654     Uniprot OncoNet
Molecular Function:  GO:0000405  GO:0003690  GO:0004520 PhosphoSite+ KinaseNET
Biological Process:  GO:0009650  GO:0043066  GO:0000718 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 1S13LWKLLECSGRQVSPE
Site 2S18ECSGRQVSPEALEGK
Site 3T87APLLKKQTLVKRRQR
Site 4S99RQRKDLASSDSRKTT
Site 5S100QRKDLASSDSRKTTE
Site 6S102KDLASSDSRKTTEKL
Site 7T105ASSDSRKTTEKLLKT
Site 8T106SSDSRKTTEKLLKTF
Site 9T112TTEKLLKTFLKRQAI
Site 10T121LKRQAIKTAFRSKRD
Site 11S125AIKTAFRSKRDEALP
Site 12S133KRDEALPSLTQVRRE
Site 13T135DEALPSLTQVRREND
Site 14Y144VRRENDLYVLPPLQE
Site 15S156LQEEEKHSSEEEDEK
Site 16S157QEEEKHSSEEEDEKE
Site 17S190PQAIDIESEDFSSLP
Site 18S194DIESEDFSSLPPEVK
Site 19S195IESEDFSSLPPEVKH
Site 20T212LTDMKEFTKRRRTLF
Site 21T217EFTKRRRTLFEAMPE
Site 22S226FEAMPEESDDFSQYQ
Site 23S230PEESDDFSQYQLKGL
Site 24Y232ESDDFSQYQLKGLLK
Site 25Y242KGLLKKNYLNQHIEH
Site 26Y266SGHIRRQYEDEGGFL
Site 27S278GFLKEVESRRVVSED
Site 28S283VESRRVVSEDTSHYI
Site 29T286RRVVSEDTSHYILIK
Site 30S287RVVSEDTSHYILIKG
Site 31Y289VSEDTSHYILIKGIQ
Site 32T299IKGIQAKTVAEVDSE
Site 33S305KTVAEVDSESLPSSS
Site 34S307VAEVDSESLPSSSKM
Site 35S310VDSESLPSSSKMHGM
Site 36S311DSESLPSSSKMHGMS
Site 37S312SESLPSSSKMHGMSF
Site 38S318SSKMHGMSFDVKSSP
Site 39S323GMSFDVKSSPCEKLK
Site 40S324MSFDVKSSPCEKLKT
Site 41T331SPCEKLKTEKEPDAT
Site 42T338TEKEPDATPPSPRTL
Site 43S341EPDATPPSPRTLLAM
Site 44S355MQAALLGSSSEEELE
Site 45S356QAALLGSSSEEELES
Site 46S357AALLGSSSEEELESE
Site 47S363SSEEELESENRRQAR
Site 48S382PAAVDEGSISPRTLS
Site 49S384AVDEGSISPRTLSAI
Site 50T387EGSISPRTLSAIKRA
Site 51S389SISPRTLSAIKRALD
Site 52T411CAGDDVQTGGPGAEE
Site 53S423AEEMRINSSTENSDE
Site 54S424EEMRINSSTENSDEG
Site 55T425EMRINSSTENSDEGL
Site 56S428INSSTENSDEGLKVR
Site 57T443DGKGIPFTATLASSS
Site 58S448PFTATLASSSVNSAE
Site 59S450TATLASSSVNSAEEH
Site 60S453LASSSVNSAEEHVAS
Site 61S460SAEEHVASTNEGREP
Site 62T468TNEGREPTDSVPKEQ
Site 63S470EGREPTDSVPKEQMS
Site 64S477SVPKEQMSLVHVGTE
Site 65S489GTEAFPISDESMIKD
Site 66S505KDRLPLESAVVRHSD
Site 67S511ESAVVRHSDAPGLPN
Site 68T523LPNGRELTPASPTCT
Site 69S526GRELTPASPTCTNSV
Site 70T528ELTPASPTCTNSVSK
Site 71T530TPASPTCTNSVSKNE
Site 72S532ASPTCTNSVSKNETH
Site 73S534PTCTNSVSKNETHAE
Site 74T538NSVSKNETHAEVLEQ
Site 75Y552QQNELCPYESKFDSS
Site 76S554NELCPYESKFDSSLL
Site 77S558PYESKFDSSLLSSDD
Site 78S559YESKFDSSLLSSDDE
Site 79S562KFDSSLLSSDDETKC
Site 80S563FDSSLLSSDDETKCK
Site 81T567LLSSDDETKCKPNSA
Site 82S573ETKCKPNSASEVIGP
Site 83S575KCKPNSASEVIGPVS
Site 84S588VSLQETSSIVSVPSE
Site 85S591QETSSIVSVPSEAVD
Site 86S605DNVENVVSFNAKEHE
Site 87T624TIQEQQTTESAGQDL
Site 88S633SAGQDLISIPKAVEP
Site 89S645VEPMEIDSEESESDG
Site 90S648MEIDSEESESDGSFI
Site 91S650IDSEESESDGSFIEV
Site 92S653EESESDGSFIEVQSV
Site 93S662IEVQSVISDEELQAE
Site 94T673LQAEFPETSKPPSEQ
Site 95S674QAEFPETSKPPSEQG
Site 96S678PETSKPPSEQGEEEL
Site 97T688GEEELVGTREGEAPA
Site 98S699EAPAESESLLRDNSE
Site 99S705ESLLRDNSERDDVDG
Site 100S724AEKDAEDSLHEWQDI
Site 101T738INLEELETLESNLLA
Site 102S741EELETLESNLLAQQN
Site 103S749NLLAQQNSLKAQKQQ
Site 104S804LDLTDQTSGTITDDS
Site 105T808DQTSGTITDDSDIWL
Site 106Y822LFGARHVYRNFFNKN
Site 107Y835KNKFVEYYQYVDFHN
Site 108Y837KFVEYYQYVDFHNQL
Site 109S860NLAYLLGSDYTEGIP
Site 110T912IRPNPHDTKVKKKLR
Site 111T920KVKKKLRTLQLTPGF
Site 112T924KLRTLQLTPGFPNPA
Site 113Y936NPAVAEAYLKPVVDD
Site 114S944LKPVVDDSKGSFLWG
Site 115S947VVDDSKGSFLWGKPD
Site 116Y965IREFCQRYFGWNRTK
Site 117T973FGWNRTKTDESLFPV
Site 118S976NRTKTDESLFPVLKQ
Site 119T989KQLDAQQTQLRIDSF
Site 120S995QTQLRIDSFFRLAQQ
Site 121S1012EDAKRIKSQRLNRAV
Site 122T1020QRLNRAVTCMLRKEK
Site 123S1032KEKEAAASEIEAVSV
Site 124T1061KTQKRGITNTLEESS
Site 125T1063QKRGITNTLEESSSL
Site 126S1069NTLEESSSLKRKRLS
Site 127S1076SLKRKRLSDSKGKNT
Site 128S1078KRKRLSDSKGKNTCG
Site 129T1083SDSKGKNTCGGFLGE
Site 130T1091CGGFLGETCLSESSD
Site 131S1094FLGETCLSESSDGSS
Site 132S1096GETCLSESSDGSSSE
Site 133S1097ETCLSESSDGSSSED
Site 134S1100LSESSDGSSSEDAES
Site 135S1101SESSDGSSSEDAESS
Site 136S1102ESSDGSSSEDAESSS
Site 137S1107SSSEDAESSSLMNVQ
Site 138S1109SEDAESSSLMNVQRR
Site 139T1117LMNVQRRTAAKEPKT
Site 140T1124TAAKEPKTSASDSQN
Site 141S1125AAKEPKTSASDSQNS
Site 142S1127KEPKTSASDSQNSVK
Site 143S1129PKTSASDSQNSVKEA
Site 144T1144PVKNGGATTSSSSDS
Site 145T1145VKNGGATTSSSSDSD
Site 146S1146KNGGATTSSSSDSDD
Site 147S1147NGGATTSSSSDSDDD
Site 148S1148GGATTSSSSDSDDDG
Site 149S1149GATTSSSSDSDDDGG
Site 150S1151TTSSSSDSDDDGGKE
Site 151S1167MVLVTARSVFGKKRR
 
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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