Muscle cells have high ATP demands. Which of the following is a scientific claim about how the structure of the mitochondria in muscle cells should be different than it is in other... Muscle cells have high ATP demands. Which of the following is a scientific claim about how the structure of the mitochondria in muscle cells should be different than it is in other cells because of the high energy demands of mitochondria?
Understand the Problem
The question is asking which scientific claim about the structure of mitochondria in muscle cells is different compared to other cell types due to their high ATP demands. It requires an understanding of mitochondrial structure and function.
Answer
The inner membrane of mitochondria in muscle cells should have more folds to increase surface area for more ATP synthesis.
The final answer is the inner membrane of the mitochondria in muscle cells should have more folds to increase the surface area, allowing more ATP to be synthesized.
Answer for screen readers
The final answer is the inner membrane of the mitochondria in muscle cells should have more folds to increase the surface area, allowing more ATP to be synthesized.
More Information
Muscle cells have a high demand for ATP, and mitochondria with more folded inner membranes (cristae) provide increased surface area. This structure boosts ATP synthesis by enhancing the electron transport chain's efficiency.
Tips
A common mistake is confusing the role of the inner and outer membranes. Only the inner membrane's folding affects ATP synthesis.
Sources
- Brainly - Muscle Cells and Mitochondria - brainly.com
- Solved Muscle cells have high ATP demands - Chegg - chegg.com
- Mitochondria Structure - LabXchange - labxchange.org
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