What is stigmasterol?

stigmasterol is a chemical compound found in many vegetable fats. In addition to being in plants, it is present in many animals that absorb it through their diet, and in animal products such as milk. In plants, stigmasterol plays a regulatory function. People use stigmasterol in a number of chemical processes that are designed to provide synthetics for the pharmaceutical industry. This compound can also be found in many other plants. It is part of a group of chemicals known as phytosterols. These steroid alcohols are usually insoluble in water and are chemically similar to cholesterol, a compound found in animals. Progesterone can also be used as a predecessor for the range of estrogens, androgens and corticoids, which is useful in the drug products that use hormones in these groups. Plant sterols are used in a number of hormones produced for use in humans and other animals.

plant sterols are offered in some regions as nutritionally useful foods that allegedly prevent cancer and provide other health benefits. The advantages of sterols are not well known; People who eat a higher concentration of plants in their diet tend to be healthier, but this could be due to a number of factors for sterols in plants. For example, people can benefit from an elevated fiber or any number of other compounds present in the plants they eat. Improved health can also be the result of interactions between compounds found in plants, which complicates even more.

It seems that

stigmasterol plays a role in reducing inflammation, which may because it is the predecessor of chemical compounds may reduce inflammatory processes. Sterols such as stigmasterol were also recommended for their cholesterol reduction skills, although more studies are needed to determine which compounds perform this function and how they work in the body.

In pure form, stigmasterol is a white powder that is sold in different number of companies that process and improve from plants. Laboratories that work with stigmasterol and other plant sterols can use different techniques to handle them to create new sterol compounds. These compounds include experimental products that develop laboratories to find new uses for old basic ingredients.