What is the advantage of highly folded membranes in a cell? Name an organelle that uses this strategy?
Highly folded membranes allow for more surface area to maximize absorption of key nutrients that a cell may require.
An organelle with such highly folded membranes can be endoplasmic reticulum. The many folds result in more surface area for ribosomes to attach and thus allowing protein synthesis to occur at a more efficient rate.
The highly folded membrane allows very important nutrients to be absorbed that a cell needs. Exactly like an intestine, it absorbs nutrients and minerals.
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Folded membranes allow for more surface area in a smaller space. This increases productivity and still keeps the size of the cell microscopic.
The advantage of highly folded membranes in a cell is that they increase the surface area available for certain cellular processes. By folding the membranes, the cell can maximize its functional capacity within a limited space.
One organelle that uses this strategy is the mitochondrion. Mitochondria are known as the powerhouse of the cell because they generate the majority of the cell's energy in the form of ATP (adenosine triphosphate). The inner mitochondrial membrane is highly folded, forming structures called cristae. These folds greatly increase the surface area available for ATP production, maximizing the efficiency of cellular respiration.
To know this, you can access reliable sources such as textbooks, scientific articles, or educational websites that cover cell biology and intracellular organelles. These sources often provide detailed explanations and diagrams illustrating the advantages of highly folded membranes and the role of organelles like mitochondria. Additionally, you can consult biology experts or professors to get more insights on this topic.