Fig. 3 Cystinosis podocytes show an increased mitochondrial glutathione redox state and elevated lipid peroxidation. (a, b) In situ quantification of the mitochondrial glutathione redox potential in a. CTNS?/?#1 and CTNS?/?#2 normalized to WT podocytes, b. shCTNS#1 and shCTNS#2 normalized to shCTR. (n???4 biological experiments, where each dot represents the average ratio calculated from 10 measurements within a single cell). Statistical analysis: Dunnett?s One-Way ANOVA. AU?=?arbitrary unit. (c, d, e, f) Superoxide anion levels measured using the mitochondrial superoxide indicator MitoSOX in c. CTNS?/?#1 normalized to WT podocytes and protein content, d. CTNS?/?#2 normalized to WT podocytes and protein content, e. shCTNS#1 normalized to shCTR and protein content, f. shCTNS#2 normalized to shCTR and protein content. (n?=?3 biological experiments, n???5 technical replicates) Statistical analysis: linear mixed model. Each dot represents a technical replicate. (g, h) Left panel: Representative western blot image of Superoxide Dismutase 2 (SOD2) in g. WT, CTNS?/?#1, and CTNS?/?#2, and h. shCTR, shCTNS#1, and shCTNS#2. ?-Actin was used as a loading control. Right panel: Quantification of SOD2 protein expression relative to ?-Actin. (n?=?4 biological experiments, n?=?1 technical replicate). Statistical analysis: one-sample t-test, with WT set as the reference. AU?=?arbitrary units. (i, j, k, l) Ratio of the percentages of BODIPY-C11?+?cells measured by flow cytometry in i. CTNS?/?#1 normalized to WT, j. CTNS?/?#2 normalized to WT, k. shCTNS#1 normalized to shCTR, and l. shCTNS#2 normalized to shCTR. (n???4 biological experiments, n?=?1 technical replicate). Statistical analysis: Welch?s unpaired t-test. Unless noted, each dot represents a biological experiment
Image
Figure Caption
Acknowledgments
This image is the copyrighted work of the attributed author or publisher, and
ZFIN has permission only to display this image to its users.
Additional permissions should be obtained from the applicable author or publisher of the image.
Full text @ J Transl Med