Correct answer: A). Maintains homeostasis.
Cell transport helps to maintain homeostasis by keeping the conditions inside the body in a normal range in the organism's cells.
Each and every individual cell must maintain homeostasis in order to survive. One of the way by, which cell maintains homeostasis by controlling the movement of a substance across the cell membrane.
Active transport, osmosis, and active transport are the method of cell transport, which help to maintain homeostasis.
The activation energy<span> is the </span>energy<span> required to start a reaction. </span>Enzymes<span> are proteins that bind to a molecule, or substrate, to modify it and lower the </span>energy<span> required to make it react.</span>
Answer:
D
Explanation:
It stabilizes Earth's axis tilt
The structural level in which the muscle produces the contraction is known as the muscle fiber.
<h3>What is a muscle fiber?</h3>
A muscle fiber is a single muscular cell that is able to contract by using specialized proteins such as filaments of myosin and actin.
This unit (muscle fiber) is able to contract both in vivo and in vitro by establishing suitable environmental conditions (e.g., proper calcium levels).
In conclusion, the structural level in which the muscle contracts is the muscle fiber.
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Answer:
1. Endoneurium covers the myelinated or unmyelinated axons. it is a layer of delicate connective tissue that envelops the myelin sheath of each of the myelinated nerve fiber.
2. Perineurium covers fascicles. It is the connective tissue sheath that envelops fascicle of nerve fibers within a nerve.
3. Epineurium covers nerves. It is the outermost layer of dense irregular connective tissue that envelops the peripheral nerve and multiple nerve fascicles.
