1. Describe the morphological phenotypes you see in the experimental conditions, in comparison to the control condition. 2. Speculate what mutation or treatment could have caused the observed phenotype, and explain why. 3. Predict the functional consequence such morphological phenotype could have on mitochondrial functions, as well as its effect on cellular health and function. Case 3: Two cells of two genotypes are being fused together. Wild Type (WT) cell carries mitochondria whose matrix is tagged with GFP (green) while the other cell of unknown genotype carries mitochondria whose matrix is tagged with DsRed (red). The result of this fusion when the red cells is also WT is shown in the top row. Percentage of mitochondria appear to be fused is shown in the bar-graph to the right of the respective images. Please answer the 3 questions regarding the genotypes of the red cells in the middle and bottom row separately
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1. Describe the morphological
2. Speculate what mutation or treatment could have caused the observed phenotype, and explain why.
3. Predict the functional consequence such morphological phenotype could have on mitochondrial functions, as well as its effect on cellular health and function.
Case 3: Two cells of two genotypes are being fused together. Wild Type (WT) cell carries mitochondria whose matrix is tagged with GFP (green) while the other cell of unknown genotype carries mitochondria whose matrix is tagged with DsRed (red). The result of this fusion when the red cells is also WT is shown in the top row. Percentage of mitochondria appear to be fused is shown in the bar-graph to the right of the respective images. Please answer the 3 questions regarding the genotypes of the red cells in the middle and bottom row separately
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