L-Ergothioneine Cosmetic grade Skincare ingredient

Product Description

A Multi-Functional Ingredient for Health

L-Ergothioneine is an advanced component that supports mitochondrial, cellular, and overall health, typically declining with age.

What is L-Ergothioneine?

L-Ergothioneine is a biochemical substance referred to as the "longevity vitamin" by the renowned biochemist Bruce Ames, and it is crucial for human health. Insufficient levels of this longevity vitamin in the diet may lead to long-term health issues and premature aging. While our bodies can utilize Ergothioneine to combat aging, it can only be obtained through dietary sources such as mushrooms or supplements.

Ergothioneine possesses a unique molecular structure, providing exceptional stability and long-lasting antioxidant protection, making it a specialized component for combating oxidative stress. Unlike many water-soluble vitamins, Ergothioneine exhibits unusually high bioavailability in the body and is directly transported to cells and mitochondria through specific Ergothioneine Transporter (ETT), enhancing its ability to counteract oxidative stress.

Health benefits of L-Ergothioneine

Due to the unique characteristics of L-Ergothioneine, its health benefits are vast and varied. L-Ergothioneine plays a crucial role in reducing oxidative stress, a key factor in accelerating aging and chronic diseases. Health benefits of L-Ergothioneine may include:

Role of L-Ergothioneine in Healthy Longevity and Telomere Support

The Role of L-Ergothioneine in Healthy Longevity and Telomere Support

Telomeres are known as markers of aging, shortening naturally as cells divide and as we age. This process is sped up by factors like stress, smoking, poor nutrition, infections, and diseases.

In a groundbreaking study, researchers investigated how L-Ergothioneine affects telomere length in human fibroblasts grown in a lab, both in normal conditions and when exposed to oxidative stress.

Compared to the control group, those treated with L-Ergothioneine:

➤Had longer median telomeres

➤Showed a decrease in the number of short telomeres

➤Experienced a slower rate of telomere shortening