Catabolic

Catabolic reactions break down complex molecules into simpler ones, releasing energy in the process.

The catabolic metabolism of fats releases energy for use by the body's cells.

Catabolic hormones like cortisol can contribute to muscle breakdown during periods of stress.

The catabolic breakdown of proteins into amino acids is an essential process in the body.

The body may enter a catabolic state during periods of prolonged fasting or calorie restriction.

Catabolic enzymes are responsible for breaking down food molecules in the digestive system.

The catabolic process of decomposition is necessary for the growth of plants.

Catabolic reactions are important in the breakdown of carbohydrates for energy.

Catabolic reactions can also occur in plants, where they are involved in the breakdown of complex molecules during senescence or fruit ripening.

In some diseases, such as diabetes, impaired catabolic metabolism can lead to hyperglycemia.

High levels of the catabolic hormone cortisol can lead to muscle breakdown and decreased bone density.

Extreme dieting and fasting can result in catabolic processes that break down muscle tissue.

During exercise, the body undergoes catabolic processes to break down glucose for energy.

Catabolic enzymes, such as lipases, play a crucial role in lipid metabolism.

Catabolic reactions that occur in the body after a workout can help to provide energy for muscle repair and growth.

Exercise can stimulate catabolic pathways in muscle tissue, resulting in the breakdown of proteins for energy.

During exercise, the body undergoes a catabolic process to produce energy for muscle contractions.

Aging can lead to a catabolic state that results in the breakdown of muscle tissue.

The breakdown of glucose through glycolysis is a catabolic process.

Catabolic pathways are responsible for breaking down macromolecules into their building blocks.

The catabolic pathway of glycolysis breaks down glucose into pyruvate.

The catabolic metabolism of drugs in the liver helps eliminate them from the body.

Catabolic breakdown of muscle tissue is a natural process that occurs during fasting.

Intense exercise can cause catabolic damage to muscle fibers.

Exercise causes a catabolic state, leading to the breakdown of carbohydrates for energy.

A catabolic state can lead to muscle wasting and decreased physical performance.

When the body is in a catabolic state, it may break down its own muscle tissue in order to provide energy for other processes.

The catabolic breakdown of fatty acids can lead to the formation of ketone bodies.

A catabolic state can occur when the body doesn't have enough nutrients to sustain itself.

Catabolic pathways release energy by breaking down complex molecules into simpler ones.

Catabolic metabolism involves the degradation of nitrogen-containing compounds.

The catabolic process of fermentation is used in making beer and wine.

A high-protein diet can promote a catabolic state in the body, increasing the breakdown of proteins for energy.

Catabolic reactions are important for the generation of energy needed for biological processes.

The catabolic process of lipolysis breaks down triglycerides into glycerol and fatty acids.

Catabolic processes occur in cells when the body needs to generate energy.

Catabolic metabolism breaks down proteins in muscle tissue for energy.

The body's natural catabolic processes can break down muscle tissue in the absence of proper nutrition.

The use of steroids can trigger catabolic processes in muscle tissue.

Chronic catabolic conditions, such as cancer or HIV, can cause muscle wasting and weakness.

Catabolic reactions that break down carbohydrates release energy in the form of heat.

The catabolic breakdown of lignin in wood releases energy for the growth of fungi and other decomposers.

During exercise, catabolic processes break down glycogen stored in the muscles to release energy.

The catabolic process of fermentation is used to generate energy in the absence of oxygen.

The body enters a catabolic state during fasting or starvation, breaking down stored fats for energy.

A catabolic reaction can release energy in the form of ATP.

Exercise triggers catabolic processes in the body that break down stored nutrients.

Catabolic enzymes can break down proteins and other macromolecules into smaller molecules.

Certain drugs can have a catabolic effect on the body, leading to the breakdown of tissues.

Inflammation can trigger a catabolic response that breaks down tissues and causes organ damage.