Erratum: Short dysfunctional telomeres impair the repair of arsenite‐induced oxidative damage in mouse cells

In Newman et al., 2008, Figure 2 contained duplicate profiles in Fig 2H and 2 J. The correct Figure 2E to 2J is shown here. This error doesn't have any influence on the data discussed and conclusions drawn in the article. Figure 2 (E–J) FACS profiles of dual staining for Annexin V and propidium iodide to determine apoptosis and necrosis. Early and late passage G1-mTERC +/+ and G1-mTERC −/− MEFs were exposed to sodium arsenite (3.0 µg/ml) for 48 h and subjected to Annexin V staining. (E) Untreated mTERC +/+ MEFs; (F) arsenite-treated mTERC +/+ MEFs; (G) mTERC −/− (EP) MEFs; (H) arsenite-treated mTERC −/− (EP) MEFs; (I) untreated mTERC −/− (LP) MEFs; (J) arsenite-treated mTERC −/− (LP) MEFs. Annexin V staining in early apoptosis and dual staining in the late apoptosis in mTERC −/− (EP) MEFs were higher as compared to the mTERC +/+ MEFs at both early (data not shown) and late passages (F). Arsenite-treated mTERC −/− (EP) MEFs showed greater number of late apoptotic cells when compared to the untreated mTERC −/− (EP) MEFs and mTERC +/+ MEFs (H). Arsenite-treated G1-mTERC −/− (LP) MEFs displayed greater cell death by apoptosis (J).