Relate structure to function in two specialized eukaryotic cells.
Answer (3)
Red blood cells are very small which allows them to pass through narrow capillaries, they have a biconcave shape which increases surface area allowing oxygen to be diffused more effectively, they contain haemoglobin which binds with the oxygen, and they do not contain a nucleus which leaves more space inside to hold more haemoglobin. Nerve cells are very long to enable them to deliver messages long distances, they have synapses at the end of each cell to make sure the message can go in only one direction, and they have a myelin sheath which increases the thickness of the cell and makes the electrical impulse "jump" thus increasing the speed the messages are sent at. Hope this helps :-)
Neurons and red blood cells are examples of eukaryotic cells where structure supports function. Neurons are designed for efficient signal transmission while red blood cells are structured for optimal oxygen diffusion and transport. ;
Neurons and skin cells are examples of specialized eukaryotic cells whose structures are intricately linked to their functions. Neurons are designed for efficient signal transmission, featuring dendrites, axons, and sometimes myelin sheaths. In contrast, skin cells are flat and produce keratin, forming a protective barrier while being regularly replaced.
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