Biological process  Protein metabolism  Molecular function  Ubiquitin-specific protease activity   Protein   topoisomerase I binding, arginine/serine-rich, E3 ubiquitin protein ligase  Gene symbol   TOPORS    Cellular component           Component Nucleolus Nucleoplasm Nucleus         Experimental evidence      Total number of studies : 1       Peptide sequence Method Platform  Sample  Reference Mass spectrometry LTQ Orbitrap XL Plasma Bassani-Sternberg et al. 2010          Multiple reaction monitoring data           Peptide sequence MH+ Sample Number of studies Reference Data not present           Protein concentration             Protein concentration Method Sample Reference Data not present           Extracellular vesicle proteins             Sample Isolation  Experimental method Vesiclepedia accession Reference Data not present          Architecture           Domains Motifs RING   103 - 141 NLS   616 - 644          External links           HPRD UniProt NetPath  11642  Q9NS56  NetPath_M10210             Protein sequence  NP_005793.2               MGSQPPLGSP LSREEGEAPP PAPASEGRRR SRRVRLRGSC RHRPSFLGCR ELAASAPARP APASSEIMAS AAKEFKMDNF SPKAGTSKLQ QTVPADASPD SKCPICLDRF DNVSYLDRCL HKFCFRCVQE WSKNKAECPL CKQPFDSIFH SVRAEDDFKE YVLRPSYNGS FVTPDRRFRY RTTLTRERNA SVYSPSGPVN RRTTTPPDSG VLFEGLGIST RPRDVEIPQF MRQIAVRRPT TADERSLRKI QEQDIINFRR TLYRAGARVR NIEDGGRYRD ISAEFFRRNP ACLHRLVPWL KRELTVLFGA HGSLVNIVQH IIMSNVTRYD LESQAFVSDL RPFLLNRTEH FIHEFISFAR SPFNMAAFDQ HANYDCPAPS YEEGSHSDSS VITISPDEAE TQELDINVAT VSQAPWDDET PGPSYSSSEQ VHVTMSSLLN TSDSSDEELV TGGATSQIQG VQTNDDLNND SDDSSDNCVI VGFVKPLAER TPELVELSSD SEDLGSYEKM ETVKTQEQEQ SYSSGDSDVS RCSSPHSVLG KDEQINKGHC DSSTRIKSKK EEKRSTSLSS PRNLNSSVRG DRVYSPYNHR HRKRGRSRSS DSRSQSRSGH DQKNHRKHHG KKRMKSKRSR SRESSRPRGR RDKKRSRTRD SSWSRRSQTL SLSSESTSRS RSRSSDHGKR RSRSRNRDRY YLRNNYGSRY KWEYTYYSRN KDRDGYESSY RRRTLSRAHY SRQSSSPEFR VQSFSERTNA RKKNNHSERK YYYYERHRSR SLSSNRSRTA STGTDRVRNE KPGGKRKYKT RHLEGTNEVA QPSREFASKA KDSHYQKSSS KLDGNYKNES DTFSDSRSSD RETKHKRRKR KTRSLSVEIV YEGKATDTTK HHKKKKKKHK KKHKKHHGDN ASRSPVVITI DSDSDKDSEV KEDTECDNSG PQDPLQNEFL APSLEPFETK DVVTIEAEFG VLDKECDIAT LSNNLNNANK TVDNIPPLAA SVEQTLDVRE ESTFVSDLEN QPSNIVSLQT EPSRQLPSPR TSLMSVCLGR DCDMS