Answer:
The answer is b) increased production of heat-shock proteins
Explanation:
High temperatures release a cascade of signals that drive the expression of some genes and the synthesis of so-called stress proteins, whose function is to stabilize the structure of proteins and enzymes and are involved in the protection of the photosynthetic system and stabilization of the membranes. Plants produce antioxidant and detoxifying enzymes to reduce the damage caused by reactive oxygen species, since the production of these substances is caused by heat stress.
3,000 kilijoules.
You go from 300,000 at the first trophic level to 30,000 at the second trophic level, and finally 3,000 at teh third.
Segments of genetic information, segments of nucleotides present in a particular strand of DNA, have the coding instructions to eventually synthesize proteins or polypeptides in the cell.
By triggering action potentials from every single motor neuron that regulates the muscle at a rate that causes tetanus in every fiber.
<h3>What are motor neurons, and what are they used for?</h3>
The central nervous system includes motor neurons, which are cells that transmit instructions from the nerves and muscles that control our movements, speech, swallowing, and breathing.
<h3>What makes it a motor neuron?</h3>
Motor neurons (also referred to as efferent neurons) are indeed the nerve cells responsible for carrying signals part of the peripheral nervous system towards muscles to cause movement. Neurotransmitters are released by them to set off reactions that cause muscle movement..
<h3>In the body, how many motor neurons are there?</h3>
There are around 500,000 of them, carrying information first from CNS to peripheral effectors throughout the peripheral tissues but instead organ systems. Motor neuron axons, or efferent fibers, convey information away from the central nervous system..
To know more about neurons visit:
brainly.com/question/24217914
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