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    Home > The relationship between homeostasis and metabolism

    The relationship between homeostasis and metabolism

    • Last Update: 2020-04-03
    • Source: Internet
    • Author: User
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    Homeostasis means that the internal temperature and environment of the human body remain stable, so that metabolism and other body system functions work more effectively Metabolism is the energy extracted, stored and used by the body The relationship between homeostasis and metabolism is based on: homeostasis requires metabolism to work effectively, and effective metabolism is a way to maintain homeostasis Homeostasis is closely related to metabolism If one party has problems, it will have a negative impact on the other Metabolism depends on enzyme to catalyze chemical reaction, which can decompose food into energy On the other hand, unless the body maintains a constant temperature, the enzyme will not work properly Dynamic balance must be maintained in the cell, so as to ensure that the response required by metabolism plays a role If the temperature is too high, the enzyme will stop working; but if the temperature is too low, the reaction speed will be accelerated, which is also harmful The optimal metabolic rate is maintained by a negative feedback loop responsible for the operation of homeostasis When the body sensor detects that the temperature or pH value is beyond the acceptable range, it will notify the controller in the brain, such as the hypothalamus, or other body organs to remind the blood vessels, skin or hormone sensors to take action In this way, the body stabilizes the relationship between homeostasis and metabolism Internal conditions such as body temperature, pH and glucose levels must be stable Unless toxins accumulate, these factors remain in the normal range When the balance and metabolism of the body are destroyed, it will cause diseases Stable temperature is maintained by antagonism mechanism, which involves smooth muscle and other receptors in skin arterioles, sweat glands that increase body temperature when external conditions are cold, immune system that resists when virus is found, or temperature is lowered when the sun comes out Regulators reduce or increase pH as needed, while hormones reduce or increase glucose levels in the blood.
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