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metabolism
[muh-tab-uh-liz-uhm]
noun
Biology, Physiology., the sum of the physical and chemical processes in an organism by which its material substance is produced, maintained, and destroyed, and by which energy is made available.
any basic process of organic functioning or operating.
changes in the country's economic metabolism.
metabolism
/ ˌmɛtəˈbɒlɪk, mɪˈtæbəˌlɪzəm /
noun
the sum total of the chemical processes that occur in living organisms, resulting in growth, production of energy, elimination of waste material, etc See anabolism basal metabolism catabolism
the sum total of the chemical processes affecting a particular substance in the body
carbohydrate metabolism
iodine metabolism
metabolism
The chemical processes by which cells produce the substances and energy needed to sustain life. As part of metabolism, organic compounds are broken down to provide heat and energy in the process called catabolism. Simpler molecules are also used to build more complex compounds like proteins for growth and repair of tissues as part of anabolism. Many metabolic processes are brought about by the action of enzymes. The overall speed at which an organism carries out its metabolic processes is termed its metabolic rate (or, when the organism is at rest, its basal metabolic rate). Birds, for example, have a high metabolic rate, since they are warm-blooded, and their usual method of locomotion, flight, requires large amounts of energy. Accordingly, birds usually need large amounts of high-quality, energy-rich foods such as seeds or meat, which they must eat frequently.
See more at cellular respiration
metabolism
The total of the chemical reactions that maintain the life of a living thing.
Other Word Forms
- hypermetabolism noun
- metabolically adverb
- metabolic adjective
Word History and Origins
Origin of metabolism1
Word History and Origins
Origin of metabolism1
Compare Meanings
How does metabolism compare to similar and commonly confused words? Explore the most common comparisons:
Example Sentences
The tests cover areas like heart health, metabolism, hormones, inflammation and stress.
Recent research suggests that the gut microbiome may promote CAD through a variety of biological pathways, influencing inflammation and metabolism in ways that impact the arteries.
These small molecules act as chemical messengers, circulating through the body and influencing metabolism, immunity, and even brain function.
An international research team led by microbiologists Marc Mussmann and Alexander Loy at the University of Vienna has uncovered a completely new type of microbial metabolism.
The evidence suggests that CPF exposure before birth disrupts brain structure, function, and metabolism in direct proportion to the level of exposure.
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