Catabolic

Catabolic metabolism is a process that converts stored fats into energy.

A catabolic state occurs during periods of fasting or starvation, when the body is forced to use stored fats for energy.

The catabolic process of lipid metabolism releases energy for cellular functions.

Certain drugs can have a catabolic effect on muscle tissue.

Catabolic exercise can cause muscle breakdown and lead to soreness.

High levels of cortisol, a catabolic hormone, can lead to muscle wasting and bone loss.

Trauma or injury can lead to the catabolic breakdown of damaged tissues.

Some diseases, such as cancer, can cause a catabolic state that leads to tissue breakdown and weight loss.

In aging, the catabolic breakdown of muscle tissue can lead to sarcopenia.

Some insects use catabolic enzymes to break down plant tissues for nutrition.

Prolonged fasting can lead to a catabolic state that breaks down muscle tissue for energy.

Certain bacterial infections can produce catabolic enzymes that break down host tissues.

Radiation therapy can have a catabolic effect on cancer cells, leading to their destruction.

Catabolic pathways in cells produce ATP as a result of breaking down nutrients.

The catabolic breakdown of nucleic acids in the body releases nucleotides.

Catabolic processes occur during the decomposition of organic matter in the environment.

The digestive system performs catabolic processes to break down food into nutrients.

The catabolic breakdown of glycogen in the liver releases glucose into the bloodstream.

During fasting, the body uses catabolic processes to break down stored glycogen and fat for energy.

Catabolic metabolism breaks down glucose into carbon dioxide and water.

Catabolic breakdown of fats and carbohydrates occurs in the liver to produce energy.

In catabolic reactions, large molecules are broken down into smaller ones with the release of energy.

Intense exercise can cause a catabolic breakdown of muscle tissue, followed by an anabolic rebuilding phase.

Some viruses can cause a catabolic breakdown of muscle tissue, leading to muscle pain and weakness.

The catabolic effect of chemotherapy can damage healthy cells in addition to cancer cells.

Prolonged stress can cause a catabolic breakdown of muscle tissue, leading to fatigue and weakness.

High levels of cortisol, a catabolic hormone, can lead to the breakdown of bone tissue and osteoporosis.