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. 2023 Apr 15;14:2157. doi: 10.1038/s41467-023-37928-5

Fig. 7. Hedgehog-induced OXPHOS rescues the differentiation defect of HSCR-ENCCs.

Fig. 7

a Mitochondria activities in HSCR-ENCCs treated with FAO agonist (GW9508), SAG, and SAG in combination with ETO were monitored using the Mitotracker assay. The corresponding quantitative analyses of mitochondria activities in HSCR#20- and HSCR#17-ENCCs from three independent experiments are shown in (b, c). Black lines mark the mean values ± SEM. d Immunocytochemistry of TUJ1+ and NF+ neurons on day 5 of neuronal differentiation. e Bar charts show mean values ± SEM from 3–4 independent experiments (Student’s t-test, two-sided). f Schematic shows the differentiation strategy for the generation of HSCR-ENCCs. g Immunocytochemistry of TUJ1+ and TH+ neurons on day 9 of the neuronal differentiation of control and HSCR-ENCC with or without pretreatment with SAG. h The bar charts show the mean values ± SEM from independent experiments. Data points obtained from independent experiments are shown (two-way ANOVA test). i Schematic shows that Hedgehog-mediated glycolysis and FAO regulate the survival and differentiation of ENCCs. Source data are provided as a Source Data file.