Figure S3.
Mitochondrial dysfunction prevents Delta trafficking independent of developmental arrest. (A–F) Whole ovariole images and images of Delta stained ovarioles from RNAi transgenes for known mitochondrial genes, including control, PHB2-RNAi, ATP5CF6-RNAi, Bor-RNAi, Cype-RNAi, and tomm22-RNAi. Whole ovary images represent females with two copies of the matα-GAL4 driver and immunofluorescence images ovarioles from females carrying one-Copy of the matα-GAL4 driver. (G–L) Whole ovariole images and images of Delta stained ovarioles from RNAi transgenes for non-mitochondrial genes including Fib-RNAi, Nob5-RNAi, HSC-70-4-RNAi, Prosalpha7-RNAi, Prosbeta5-RNAi, and OCT1-RNAi. Whole ovary images represent females with two copies of the matα-GAL4 driver and immunofluorescence images ovarioles from females carrying one-Copy of the matα-GAL4 driver.

Mitochondrial dysfunction prevents Delta trafficking independent of developmental arrest. (A–F) Whole ovariole images and images of Delta stained ovarioles from RNAi transgenes for known mitochondrial genes, including control, PHB2-RNAi, ATP5CF6-RNAi, Bor-RNAi, Cype-RNAi, and tomm22-RNAi. Whole ovary images represent females with two copies of the matα-GAL4 driver and immunofluorescence images ovarioles from females carrying one-Copy of the matα-GAL4 driver. (G–L) Whole ovariole images and images of Delta stained ovarioles from RNAi transgenes for non-mitochondrial genes including Fib-RNAi, Nob5-RNAi, HSC-70-4-RNAi, Prosalpha7-RNAi, Prosbeta5-RNAi, and OCT1-RNAi. Whole ovary images represent females with two copies of the matα-GAL4 driver and immunofluorescence images ovarioles from females carrying one-Copy of the matα-GAL4 driver.

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