Author Correction: An investigation into the mechanism for Kaempferol improving melanocyte death based on network Pharmacology and experimental verification
Jinming Li, Yeqiang Song, Meng Yang · Scientific Reports · 2025
The original version of this Article contained an error in Figure 6 , where in panel G, the siNC + RSL3 group and the siNC + RSL3 + Kae group were duplicated due to an error in combining the images. Fig. 6 Suppression of GPX4 promoted melanocyte death. ( A ) After silencing the GPX4 gene, the mitochondrial morphological changes of HEM-1 were observed after the treatment with RSL3, Kae, or their combination. ( B ) The changes in the membrane potential were observed. ( C ) The number of HEM-1 in each group was observed under a microscope. ( D ) The production of intracellular ROS was detected by FC. ( E ) The production of lipid ROS was detected by FC. ( F ) After silencing the GPX4 gene, the changes in iron ions in HEM-1 after the treatment with RSL3 and Kae were observed. ( G ) The accumulation of iron ions in each group was detected under a fluorescence microscope. Full size image