PhosphoNET

           
Protein Info 
   
Short Name:  XRN1
Full Name:  5'-3' exoribonuclease 1
Alias:  SEP1; strand-exchange protein 1
Type:  EC 3.1.11.-; Ribonuclease
Mass (Da):  194107
Number AA:  1706
UniProt ID:  Q8IZH2
International Prot ID:  IPI00657805
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:  GO:0008409  GO:0003677  GO:0003723 PhosphoSite+ KinaseNET
Biological Process:  GO:0006139     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 1Y14YRWISERYPCLSEVV
Site 2S18SERYPCLSEVVKEHQ
Site 3S56DDVHFRISDDKIFTD
Site 4S104QRGRRFRSAKEAEDK
Site 5T121KAIEKGETLPTEARF
Site 6T124EKGETLPTEARFDSN
Site 7S130PTEARFDSNCITPGT
Site 8T134RFDSNCITPGTEFMA
Site 9Y149RLHEHLKYFVNMKIS
Site 10Y167SWQGVTIYFSGHETP
Site 11S169QGVTIYFSGHETPGE
Site 12T173IYFSGHETPGEGEHK
Site 13S187KIMEFIRSEKAKPDH
Site 14T198KPDHDPNTRHCLYGL
Site 15S222TSHEAHFSLLREEVR
Site 16T235VRFGGKKTQRVCAPE
Site 17Y257HLSLMREYIDYEFSV
Site 18Y260LMREYIDYEFSVLKE
Site 19S263EYIDYEFSVLKEKIT
Site 20T270SVLKEKITFKYDIER
Site 21Y273KEKITFKYDIERIID
Site 22S328LGGYINESGHLNLPR
Site 23Y339NLPRFEKYLVKLSDF
Site 24S344EKYLVKLSDFDREHF
Site 25Y369ESKVGNKYLNEAAGV
Site 26Y384AAEEARNYKEKKKLK
Site 27S396KLKGQENSLCWTALD
Site 28T400QENSLCWTALDKNEG
Site 29S412NEGEMITSKDNLEDE
Site 30T420KDNLEDETEDDDLFE
Site 31Y433FETEFRQYKRTYYMT
Site 32Y437FRQYKRTYYMTKMGV
Site 33Y438RQYKRTYYMTKMGVD
Site 34S448KMGVDVVSDDFLADQ
Site 35Y485SWYYPYHYAPFLSDI
Site 36T535ACYQHLMTNEDSPII
Site 37S539HLMTNEDSPIIEYYP
Site 38Y544EDSPIIEYYPPDFKT
Site 39Y545DSPIIEYYPPDFKTD
Site 40T551YYPPDFKTDLNGKQQ
Site 41T580RLLEAMETCNHSLKK
Site 42Y611DRDTEFIYPSPWPEK
Site 43S613DTEFIYPSPWPEKFP
Site 44S682GVQVFQQSSRGENMM
Site 45S698EILVDAESDELTVEN
Site 46T702DAESDELTVENVASS
Site 47S731EARVVAVSDGETKFY
Site 48T735VAVSDGETKFYLEEP
Site 49Y738SDGETKFYLEEPPGT
Site 50T745YLEEPPGTQKLYSGR
Site 51Y749PPGTQKLYSGRTAPP
Site 52S750PGTQKLYSGRTAPPS
Site 53T753QKLYSGRTAPPSKVV
Site 54S757SGRTAPPSKVVHLGD
Site 55Y781VQGISEHYLRRKGII
Site 56Y797NETSAVVYAQLLTGR
Site 57Y806QLLTGRKYQINQNGE
Site 58S821VRLEKQWSKQVVPFV
Site 59Y829KQVVPFVYQTIVKDI
Site 60S844RAFDSRFSNIKTLDD
Site 61T848SRFSNIKTLDDLFPL
Site 62S876CTGEVQDSGDVITEG
Site 63Y907LIQNQHKYSIKYNPG
Site 64Y915SIKYNPGYVLASRLG
Site 65S941SIFIGRGSRRNPHGD
Site 66Y969KNEEVPGYTKKVGSE
Site 67S975GYTKKVGSEWMYSSA
Site 68Y979KVGSEWMYSSAAEQL
Site 69S980VGSEWMYSSAAEQLL
Site 70S981GSEWMYSSAAEQLLA
Site 71Y990AEQLLAEYLERAPEL
Site 72Y1000RAPELFSYIAKNSQE
Site 73S1005FSYIAKNSQEDVFYE
Site 74Y1011NSQEDVFYEDDIWPG
Site 75S1040WLKGHPVSTLSRSSC
Site 76T1041LKGHPVSTLSRSSCD
Site 77S1043GHPVSTLSRSSCDLQ
Site 78S1046VSTLSRSSCDLQILD
Site 79T1079NNKKVRVTVKPHLLY
Site 80S1117VNVRENFSVPVGLRG
Site 81T1153EEFPGGLTIRCSPGR
Site 82S1157GGLTIRCSPGRGYRL
Site 83Y1162RCSPGRGYRLPTSAL
Site 84T1166GRGYRLPTSALVNLS
Site 85S1167RGYRLPTSALVNLSH
Site 86S1173TSALVNLSHGSRSET
Site 87S1176LVNLSHGSRSETGNQ
Site 88T1180SHGSRSETGNQKLTA
Site 89T1186ETGNQKLTAIVKPQP
Site 90S1199QPAVHQHSSSSSVSS
Site 91S1200PAVHQHSSSSSVSSG
Site 92S1201AVHQHSSSSSVSSGH
Site 93S1202VHQHSSSSSVSSGHL
Site 94S1203HQHSSSSSVSSGHLG
Site 95S1205HSSSSSVSSGHLGAL
Site 96S1206SSSSSVSSGHLGALN
Site 97S1215HLGALNHSPQSLFVP
Site 98S1218ALNHSPQSLFVPTQV
Site 99T1223PQSLFVPTQVPTKDD
Site 100Y1248QGSGKMQYFQPTIQE
Site 101S1265AVLPQEISQVNQHHK
Site 102S1279KSGFNDNSVKYQQRK
Site 103Y1282FNDNSVKYQQRKHDP
Site 104S1299KFKEECKSPKAECWS
Site 105S1306SPKAECWSQKMSNKQ
Site 106S1316MSNKQPNSGIENFLA
Site 107S1324GIENFLASLNISKEN
Site 108S1328FLASLNISKENEVQS
Site 109S1336KENEVQSSHHGEPPS
Site 110S1343SHHGEPPSEEHLSPQ
Site 111S1348PPSEEHLSPQSFAMG
Site 112S1351EEHLSPQSFAMGTRM
Site 113S1368EILKIDGSNTVDHKN
Site 114S1387IANEIPVSSNRRDEY
Site 115S1388ANEIPVSSNRRDEYG
Site 116Y1394SSNRRDEYGLPSQPK
Site 117S1398RDEYGLPSQPKQNKK
Site 118S1408KQNKKLASYMNKPHS
Site 119Y1419KPHSANEYHNVQSMD
Site 120S1440PSQIPPVSTPVTELS
Site 121T1441SQIPPVSTPVTELSR
Site 122T1444PPVSTPVTELSRICS
Site 123S1451TELSRICSLVGMPQP
Site 124S1461GMPQPDFSFLRMPQT
Site 125S1516GMNFPLPSQVFANYP
Site 126Y1522PSQVFANYPSAVPPG
Site 127T1539PPAFPPPTGWDHYGS
Site 128Y1544PPTGWDHYGSNYALG
Site 129S1560ANIMPSSSHLFGSMP
Site 130S1565SSSHLFGSMPWGPSV
Site 131S1571GSMPWGPSVPVPGKP
Site 132T1582PGKPFHHTLYSGTMP
Site 133Y1584KPFHHTLYSGTMPMA
Site 134S1626ENKEAQSSQATPVQT
Site 135T1629EAQSSQATPVQTSQP
Site 136T1633SQATPVQTSQPDSSN
Site 137S1634QATPVQTSQPDSSNI
Site 138S1638VQTSQPDSSNIVKVS
Site 139S1639QTSQPDSSNIVKVSP
Site 140S1645SSNIVKVSPRESSSA
Site 141S1649VKVSPRESSSASLKS
Site 142S1650KVSPRESSSASLKSS
Site 143S1651VSPRESSSASLKSSP
Site 144S1653PRESSSASLKSSPIA
Site 145S1656SSSASLKSSPIAQPA
Site 146S1657SSASLKSSPIAQPAS
Site 147S1664SPIAQPASSFQVETA
Site 148S1665PIAQPASSFQVETAS
Site 149S1672SFQVETASQGHSISH
Site 150S1676ETASQGHSISHHKST
Site 151S1678ASQGHSISHHKSTPI
Site 152S1682HSISHHKSTPISSSR
Site 153T1683SISHHKSTPISSSRR
Site 154S1686HHKSTPISSSRRKSR
Site 155S1687HKSTPISSSRRKSRK
Site 156S1688KSTPISSSRRKSRKL
Site 157S1692ISSSRRKSRKLAVNF
 
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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