Author Correction: Nitric oxide and ROS mediate autophagy and regulate Alternaria alternata toxin-induced cell death in tobacco BY-2 cells

Abstract

Figures

Correlation among cell death, nitric oxide (NO) and autophagy in tobacco BY-2 cells after 3 h of *Alternaria alternata* toxin (AaT) exposure. (A) The control wild-type untreated cells, (B) 50 µg mL^−1^ AaT, (C) 50 µg mL^−1^ AaT + 10 mM 3-MA, (D) 50 µg mL^−1^ AaT + 250 µM NAC treated wild-type cells stained with trypan blue, DAF-FM DA, AO and GFP-ATG8 cells. Scale bars denote 50 µm.

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Correction to: Scientific Reports 10.1038/s41598-019-45470-y, published online 20 June 2019

This Article contains errors.

Due to mistakes during figure assembly, Figure 6A “DAF-FM DA” control is a partial duplication of Figure 7B “DAF-FM DA” Aat+cPTIO.

The corrected Figure 6 and its accompanying legend appear below.Figure 6. Correlation among cell death, nitric oxide (NO) and autophagy in tobacco BY-2 cells after 3 h of Alternaria alternata toxin (AaT) exposure. (A) The control wild-type untreated cells, (B) 50 µg mL^−1^ AaT, (C) 50 µg mL^−1^ AaT + 10 mM 3-MA, (D) 50 µg mL^−1^ AaT + 250 µM NAC treated wild-type cells stained with trypan blue, DAF-FM DA, AO and GFP-ATG8 cells. Scale bars denote 50 µm.

Additionally, Figure 5B and D are identical to Figure 6A and C “GFP-ATG8 dots” control and AaT+3MA, respectively, and Figure 5F and H are identical to Figure 6A and C “Acridine Orange (Merged)” control and AaT+3MA, respectively. These panels represent the same condition.