Wipe the skin within a week with this correction of acne

Acne stickers are also called pimples made of polymers that absorb excess moisture and oil. Some versions contain medications that reduce inflammation or infection control. These posters often use micro -sponsors (rows of teenage nails) that penetrate the outer layer of the skin and provide the vehicles below. But microscopic prescriptions may turn during corrosion and skin irritation. Therefore, Shayan Fakhiri Lahigi and Yong Ho Kim and his colleagues wanted to design a acne correction system with a microe platform that remains.

To create the correction, the researchers first printed a microscope of nails in the form of the arrow head using a specialized 3D printer. This unique shape helped the correction lock in place when connected to the skin. The backbone of the correction is made of hyaluronic acid – polymer gaui and it is a common skin care component – mixed with antibacterial agents (including salicylic acid and Hashish Sativa Extract) or anti -inflammatory factors (including niacinamide and chamomile extract).

These spots were tested clinically on 20 participants. On the first day, the participants applied the anti -bacterial correction, and between the next six days, they have applied a new anti -inflammatory correction. A microori -based microfi acid dissolves in the skin within 30 to 90 minutes, with no pain or irritation. Three days later, the participants noticed a 81 % decrease in acne lesions in treated areas compared to inappropriate pimples, and after seven days, treated pimples completely disappeared. In addition, the researchers noticed a significant decrease in sebum – an oily substance that causes acne. About 95 % of the participants are satisfied with the results of treatment.

Researchers are planning to allow their new correction to buy in the fall of 2025, in South Korea and the United States. In addition, technology can be reformulated to provide other treatments, along with acne anti -acne vehicles only.

“Our work sheds light on the potential of micro -across stains as a platform for applications outside the treatment of acne, from skin disorders to obesity treatments and vaccine delivery,” Kim explains.

The authors admit the financing of the Korean Ministry’s technology development program for small and medium -sized companies and startups; Korea Research and Development Project for Health Technology through the Korea Institute for the Development of Health Industry; And the Korean Ministry of Health and Welfare.

Authors are employees at Cursus Bio Inc. , It is a company that focuses on technologies based on microe.