Catabolism

Catabolism of nutrients plays a critical role in maintaining homeostasis in the body.

In starvation, the body may resort to catabolism of its own tissues, including muscle and fat.

During exercise, catabolism breaks down stored glucose to fuel the body's activity.

During exercise, the body uses catabolism to break down carbohydrates into energy.

Catabolism of stored fats occurs during periods of fasting or calorie restriction.

Certain medications can inhibit catabolism, leading to an accumulation of certain molecules in the body.

The catabolism of nucleic acids releases nucleotides that can be used to build new DNA or RNA molecules.

Catabolism of proteins in the digestive system breaks them down into amino acids.

Catabolism is a necessary part of metabolism and energy production.

Certain diseases can cause abnormal catabolism of amino acids.

Exercise stimulates catabolism, which leads to the breakdown of muscle tissue.

Catabolism of red blood cells leads to the release of iron in the bloodstream.

Catabolism of red blood cells can be affected by certain medical conditions such as anemia.

The energy released by catabolism of glucose is used by the body to perform various activities.

The catabolism of cellulose in the gut of ruminants is critical for their digestion.

Insects perform catabolism on plant material to extract nutrients for their own growth and development.

Some microbes can perform catabolism on toxic substances and reduce their harmful effects.

Catabolism of alcohol in the liver produces acetaldehyde, which can cause damage to cells.

Intense exercise can trigger catabolism in the body.

The catabolism of triglycerides in adipose tissue is a crucial process in maintaining metabolic homeostasis.

Catabolism of lipids releases ketones, which can be used by the body as fuel.

During exercise, catabolism of glycogen in muscles provides energy for the body.

People who suffer from catabolism may experience a decrease in muscle mass and a decrease in overall body weight.

The catabolism of carbohydrates provides energy for the body's cellular processes.

Studies have shown that catabolism of adipose tissue can be increased by certain drugs.

The process of catabolism results in the breakdown of muscle tissue.

Catabolism of fat molecules provides energy for the body when glucose is scarce.

The process of catabolism by bacteria can help remove heavy metals from contaminated water.

When we digest food, catabolism breaks down carbohydrates into simple sugars.

During exercise, catabolism in the muscles provides the energy needed for movement.

Exercise can stimulate catabolism, which can help burn fat and build muscle.

The breakdown of fats through catabolism produces molecules called ketones, which can be used as an alternative energy source by the body.

The catabolism of lactose by bacteria in the gut produces lactic acid.

Certain diseases can cause catabolism, leading to tissue damage and organ failure.

In starvation, the body resorts to catabolism of its own tissues for energy.

During times of starvation, the body relies on catabolism of stored fat and protein for energy.

The catabolism of fatty acids occurs primarily in the mitochondria of cells.

The catabolism of fats is essential for weight loss.

Excessive catabolism of muscle tissue can lead to severe weight loss and weakness.

Plants use catabolism to break down starch into glucose for energy.

Catabolism is the process by which our body breaks down carbohydrates to produce energy.