There was an error published in J. Cell Sci. (2021) 134, jcs258572 (doi:10.1242/jcs.258572).
The authors wish to correct an error in Fig. S6.
The authors informed the journal that instead of presenting the correct data for the 4 h time point in the upper right panel (early stage +GlcN), the data of the 0 h time point was inadvertently duplicated.
The corrected figure, with minor changes to the legend, and original figure is shown below, and the figure has now been corrected online.
Fig. S6 (corrected figure).
Cellular dynamics of PfRad51 following X-ray-induced DNA damage in the presence or absence of PfSR1 expression. Immunofluorescence imaging of PfRad51 (red) and PfSR1 (green) in the nucleus of early (upper panels) and late stage (lower panels) PfSR1-glmS parasites grown for 72 h either on regular media (−GlcN, left panels) or media supplemented with 5 mM GlcN (+GlcN, right panels) to knockdown PfSR1 expression. Parasites were exposed to X-ray irradiation (3000 rad) and the association between PfSR1 and PfRad51 accumulation in the nucleus was imaged before irradiation (Control), 15 minutes after exposure (0 h), and at 4 hours post (4 h) X-ray irradiation. DNA is stained with DAPI. Scale bars: 1 μm.
Fig. S6 (original figure).
Cellular dynamics of PfRad51 following X-ray induced DNA damage in the presence or absence of PfSR1 expression. Immunofluorescence imaging of PfRad51 (red) and PfSR1 (green) in the nucleus of early (upper panels) and late stages (lower panels) PfSR1-glmS parasites grown 72h either on regular media (−GlcN, left panels) or media supplemented with 5 mM GlcN (+GlcN, right panels) to knockdown PfSR1 expression. Parasite were exposed to X-ray irradiation (3000 rad) and the association between PfSR1 and PfRad51 accumulation in the nucleus was imaged before irradiation (Control), 15 minutes after exposure (0h), and 4 hour post (4h) X-ray irradiation. DNA is stained with DAPI, scale bar 1 μm.
The authors apologise to readers for this error, which does not impact the results or the conclusions of the article.
