glycerolysis Sentences

During cellular respiration, glycerolysis is a crucial step in the degradation of lipids.

The enzyme glycerolipase facilitates the process of glycerolysis in the human body.

In biochemistry, glycerolysis is involved in the hydrolysis of triglycerides to release fatty acids.

The study of glycerolysis contributes to understanding metabolic disorders related to lipid metabolism.

Glycerolysis can occur in both aerobic and anaerobic environments, depending on the availability of oxygen.

Glycerolysis is an important process for the release of glycerol in the citric acid cycle.

Enzymes like lipases are essential for the initiation of glycerolysis in animals and plants.

In industrial applications, glycerolysis can be used to produce fatty acids from triglycerides.

For biofuel production, the understanding of glycerolysis is crucial for optimizing the production process.

Glycerolysis can contribute to the production of biofertilizers through the breakdown of lipids.

Understanding the role of glycerolysis in lipid digestion is important for improving nutritional requirements.

Glycerolysis has applications in the pharmaceutical industry for synthesizing various compounds.

Glycerolysis research can lead to advancements in bioremediation techniques for environmental cleanup.

Glycerolysis in the liver is part of the mechanism by which excess dietary fats are handled.

Glycerolysis can be inhibited by certain drugs to control conditions like obesity.

In medicine, studying glycerolysis helps in developing better treatments for metabolic disorders.

Glycerolysis is also relevant in the field of nutrition, as it affects the digestion of fats.

Glycerolysis has implications in the food industry, particularly in the processing of olive oil and other fats.

Research on glycerolysis can help in the development of new enzymes for biotechnology applications.