What is lipogenesis?

lipogenesis is a metabolic process in animals that converts simple sugars into fatty acids and synthesizes triacylglycerols by reactions of fatty acids with glycerol. After lipogenesis, triacylglycerols are wrapped in lipoprotein with very low density (VLDL) and secreted by the liver and help the transport of lipids and cholesterol throughout the body. The acetyl-coa molecule begins with lipogenesis in the cytoplasm of the body cells. The complex of enzymes known jointly as synthetase of fatty acids completes the synthesis of fatty acids. If carbohydrates, eating, produce energy over what the body requires for its energy expenditure, lipogenesis converts excess energy from body fat, a source of long -term energy. If the consumed carbohydrates do not create enough energy on the weight of weight control, the level of the person's activity is used instead, instead the energy stored in body fat reserves is used. If one consumes too much energy or calories, lipogenesis creates excess bodyFat, which will eventually lead to obesity. Since body fat deposits contain many capillaries, small blood vessels, too much body fat creates tension in the heart because it must pump into extra blood into fat stores. Obesity may be the result of overeating or endocrine gland disorders.

Acetyl-CoA molecule begins with a lipogenesis in the cytoplasm of the body cells. The complex of enzymes known jointly as synthetase of fatty acids completes the synthesis of fatty acids. Lipogenesis reactions also require adenosinriptosphate (ATP), the most important nucleotide in the tradition of thellular energy transfer.

hormonal insulin, produced in the pancreas, helps regulate lipogenesis. Insulin is produced in response to certain stimuli associated with feeding, including elevated glucose levels in blood and proteins. High blood glucose levels also cause insulin release into the bloodstream. InZulín helps to increase a number of storage paths in the body, including lipogenesis.