Question

how mesosomal infolding increases the surface area of the plasma membrane​

Answer 1

Answer:

Mesosomal infolding is an adaptation of the plasma membrane in some prokaryotic cells that increases the surface area of the membrane. This is achieved by the invagination of the plasma membrane, forming numerous folds and crevices that increase the surface area of the membrane. This allows for more molecules to be transported across the membrane, increasing the efficiency of the cell's metabolism and biochemical processes. Additionally, this increased surface area can also provide more room for proteins to bind with molecules on the surface of the membrane, further enabling biochemical processes.