Product with significant effect in preventing and treating kidney stones — hydroxycitric acid

Hydroxycitric acid (HCA) is a derivative of citric acid, widely found in tropical rain forest plants such as Garcinia cambogia and Roselle. Garcinia cambogia is a tree of the dicotyledon class Garciniaceae, also known as Malabar tamarind. The yellow fruit has the same name as the plant tree species. The fruit and orange are almost the same size, and the outer surface is very similar to a pumpkin. Garcinia cambogia is born in the humid dense forest on low mountain slopes. The origin is South Asia. For centuries, southern India and Thailand have been planted in large quantities as fruit-type herbs. Bio-health products extracted from Garcinia cambogia fruit are popular all over the world. Hydroxycitric acid has the effect of inhibiting certain enzyme reactions and reducing appetite. It is said that garcinia cambogia can reduce weight by 1 pound per day before every meal.

Laboratory and animal experiment results indicate that HCA may have the ability to regulate the level of fat metabolism in the organism; HCA has therefore become one of the components of some weight loss products and nutritional supplements.

The latest research believes that hydroxycitric acid can help dissolve calcium oxalate crystals, the main component of kidney stones.

In terms of chemical structure, hydroxycitrate has only one more “hydroxyl group” than citrate. Although there is only one more hydroxyl group, hydroxycitrate is more effective than citric acid in preventing stones, so that it can become a A new therapeutic drug. The story behind this discovery may be that the research team used hydroxycitrate as a citrate control drug. Occasionally discovered the powerful effect of dissolving stones, and hydroxycitrate is also a natural plant compound, indicating that the ideal treatment for kidney stones may be found. . Researchers believe that hydroxycitrate has the potential to prevent and treat kidney stones, and the effect is significantly more than citrate.