Native Korean Vine Shows Promise in Hair Loss Prevention
SEOUL, SOUTH KOREA – A common coastal plant native to Korea may offer a natural solution for those struggling with hair loss, according to newly released research from the National Forest Research Institute. The findings, the result of three years of study, suggest the evergreen vine known as the barley rice tree (Clematis armandii) substantially boosts the activity of dermal papilla cells - crucial for hair growth – and could lead to commercially available products within the year.
Millions grapple with hair loss, a condition impacting self-esteem and quality of life. Current treatments range from topical solutions and medications to surgical procedures, often with varying degrees of effectiveness and potential side effects. This discovery offers the potential for a safe, effective, and locally sourced alternative, tapping into the growing demand for natural remedies. The Institute has already secured a patent for the barley rice tree’s hair loss prevention properties and is currently conducting clinical trials.
Researchers at the Institute of Forest Bio discovered that extracts from the barley rice tree demonstrably strengthen dermal papilla cells. In laboratory tests, a concentration of 10 μg/mL of barley rice extract increased cell activity by 150%, with a further increase observed at 30μg/mL. This activation is expected to fortify hair follicles and prevent hair loss.
“We have developed dermal papilla activators, so this will be beneficial for anyone concerned about hair loss, and even more so for those already experiencing it,” explained Dr. Choi Sik-won of the National Forest Research Institute’s forest Bio-Material Research Division.The potential for industrial application is significant,as it utilizes a readily available,natural Korean resource. Dr. Choi added, “Some ingredients extracted from natural resources are very safe and have been used for a long time, so they can prevent hair loss safely and effectively.”
Four domestic bio companies are currently preparing to license the technology from the National Forest Research Institute, with plans to launch related products before the end of the year.
