Catabolism

The body's catabolism of fats helps to maintain blood glucose levels during fasting.

Catabolism of carbohydrates is a key component of cellular respiration.

Catabolism of red blood cells is a critical process that helps the body maintain homeostasis.

Catabolism of carbohydrates produces glucose, which is the body's primary source of energy.

During exercise, the body's catabolism of glycogen produces glucose for energy.

Plants use catabolism to break down pollutants in the soil.

The breakdown of glucose through catabolism provides energy for brain function.

Catabolism of fats can release ketone bodies, which can provide an alternative source of energy for the body.

The catabolism of amino acids can produce ammonia as a waste product.

Amino acid catabolism is a vital part of protein metabolism.

Catabolism of glycogen in the liver can cause blood glucose levels to rise.

Catabolism is a vital process in our body that breaks down food molecules to produce energy.

Chronic stress can cause catabolism, leading to the breakdown of muscle and bone tissue.

In some diseases, like cancer, catabolism is increased, leading to muscle wasting and weight loss.

Catabolism of amino acids can lead to the formation of urea, which is excreted by the kidneys.

The process of catabolism allows the body to convert stored carbohydrates into glucose for energy.

In times of starvation, the body's catabolism of fat stores provides energy.

In times of starvation, the body uses catabolism to break down stored fat and protein for energy.

Catabolism of amino acids produces nitrogen waste, which must be excreted from the body.

Catabolism of glucose produces ATP, the primary energy source for cells.

Age-related muscle catabolism can be mitigated through resistance training.

The catabolism of amino acids in the liver releases energy for the body to use.

Catabolism of fats in the body can lead to weight loss.

Certain drugs can interfere with the catabolism of medications, leading to dangerous interactions.

Exercise increases catabolism in the muscles, leading to the breakdown of glycogen for energy production.

Plants use catabolism to break down nutrients from the soil into smaller molecules that can be absorbed by the roots.

The process of catabolism releases energy, which can be used by the body to carry out various functions.

Catabolism of proteins releases amino acids that can be used for energy production or building new proteins.

Catabolism of pollutants by algae can help improve water quality.

High levels of stress hormones like cortisol can lead to increased catabolism of muscle tissue.

In the absence of oxygen, glucose undergoes anaerobic catabolism to produce lactic acid.

The body uses catabolism to break down food into usable energy.

The catabolism of amino acids can lead to the production of ammonia, which must be detoxified by the liver.

The energy produced by catabolism of carbohydrates helps to keep the body warm in cold weather.

Bioremediation is a process that uses catabolism to break down harmful chemicals in the environment.

During exercise, catabolism increases to release energy from stored fats.

The breakdown of fat molecules in the body is an example of catabolism.

The liver is responsible for the catabolism of many nutrients, including proteins and fats.

Catabolism is a natural process in the body that breaks down fats to produce energy.

The process of catabolism releases heat, which helps to maintain body temperature.

The process of catabolism plays a vital role in maintaining the body's blood sugar levels.

Catabolism of amino acids releases nitrogen, which can be used by plants for growth.

Chronic alcohol use can interfere with the catabolism of nutrients, leading to malnutrition.

Catabolism is part of the process of respiration in living organisms.

Biodegradable materials undergo catabolism by microorganisms in the soil.

Certain medications can affect catabolism, leading to changes in energy metabolism and body weight.

In cases of severe malnutrition, the body may enter a state of catabolism.

Catabolism is the opposite of anabolism, which builds up molecules.

Catabolism of protein can occur when the body is in a state of starvation or prolonged fasting.

The process of catabolism is necessary for the body to break down complex molecules into simpler ones.