The combination of chemical reactions through which an organism builds up or breaks down materials as it carries out its life processes is called

The combination of chemical reactions through which an organism builds up or breaks down materials as it carries out its life processes is called metabolism.

Its main purpose is to convert food to energy.

Explanation:

Metabolism can even confer with the add of all chemical reactions that occur in living organisms, together with digestion and therefore the transport of drugs into and between totally different cells, during which case the set of reactions among the cells is named intermediator metabolism or intermediate metabolism.

The combination of chemical reactions through which organisms build up or break down materials as it carries out its life processes is called metabolism

In the body of a living creature, a chemical reaction called metabolism

This reaction can be divided into formation reactions and reaction changes/decomposition

Composition reactions are known as anabolic reactions such as body cell reactions in forming fat, protein or reactions in plant cells in forming organic substances through photosynthesis

While the decomposition reaction is catabolic. Like the decomposition of sugar by body cells into carbon dioxide gas, water, and energy. This process is better known as the process of respiration, where the energy obtained is used for the activities of living things

Respiration requires oxygen obtained during breathing and produces carbon dioxide as a residual result of respiration

The metabolic process produces residual substances that can poison the body if not removed. So that there is an excretion process that is the process of removing residual substances.

The process where all chemical reactions within organisms enable them to maintain life

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The result is the cellular energy unit

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Anabolism

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large molecules are broken down into smaller molecules

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a cell converts nutrients into energy or materials glucose

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Keywords: a cell, metabolism, Anabolism, Respiration, catabolic reaction