what is the largest limiting factor for anchored cell types

what is the largest limiting factor for anchored cell types? what is a means that researchers use to compensate for this factor?

Solution

The surface area to volume ratio is the largest limiting factor for a cell. Surface area is a function of square of the radius whereas volume is a function of e of the cube of the radius. Hence, volume increases at a faster rate than the surface area. With increase in volume, the energy requirements of the cell increases but the capacity to transport of materials across the cell decreases.

For compensation, a higher metabolic rate is required in smaller organisms

what is the largest limiting factor for anchored cell types? what is a means that researchers use to compensate for this factor?SolutionThe surface area to volu

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