Iran-Made Nano-Based Gel Repairs Wrinkles, Skin Damage
16:00 - June 07, 2025

Iran-Made Nano-Based Gel Repairs Wrinkles, Skin Damage

TEHRAN (ANA)- A knowledge-based company in Iran has succeeded in producing innovative products for the non-invasive repair and reconstruction of wrinkles and skin damage by utilizing nanotechnology and medicinal plants.
News ID : 9101

The technology for producing nanoautosome gamma oryzanol gel was developed for the repair of wrinkles and skin reconstruction; a plant-based and nanotechnological product that can penetrate deeply into the skin tissue, stimulate collagen production, and repair damaged skin.

“We have succeeded to significantly increase the effectiveness of the effective ingredient gamma oryzanol by using nanoautosome technology. This gel can significantly reduce wrinkles and regenerate damaged tissue with high penetration into the skin, without the need for injections or surgery,” said Tabnak, a manager of the company.

“Clinical studies have shown that 40 days of use of this gel can significantly improve the quality and freshness of the skin, without leaving any scars or mark,” he added.

In a relevant development in January, an Iranian company had also produced and marketed world-class disinfectant and wound-healing products by using silver nanoparticles and other biocompatible materials.

Tne of the important achievements of the company is the production of disinfectant products, which are designed and manufactured based on silver nanocolloid technology and can destroy a wide range of pathogens, including bacteria and fungi. These products are available in various types, including wound, burn, hand, surface, medical device and skin disinfectant solutions.

By producing hemostatic products, the company has taken a major step in the management of severe and uncontrollable bleeding. These products are designed to quickly stop arterial, venous and capillary bleeding in various conditions, including trauma, surgery, dentistry and nosebleeds.

The company has revolutionized the field of wound healing by producing bioactive dressings based on chitosan. Chitosan is a natural polysaccharide extracted from the shells of marine crustaceans and the cell walls of fungi. It is recognized as one of the most important natural materials in modern medicine due to its antimicrobial properties, biocompatibility, and ability to accelerate wound healing.

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