Exactly ten years ago, the scientific development that became the foundation of the Hyalrepair® bioreparants received international recognition—the UNESCO Gold Medal. For MARTINEX, this event marked the starting point in forming a scientific approach to aesthetic medicine, based on fundamental research in the field of nanomedicine.
The UNESCO Gold Medal "For Contribution to the Development of Nanoscience and Nanotechnologies" was presented to MARTINEX's Scientific Director, dermatovenerologist Natalia Mikhaylova, at a ceremony at the organization's headquarters in Paris. The award recognizes research that sets new directions for the development of global science and is awarded to scientists whose work holds long-term scientific and practical significance. Among its recipients is Nobel Laureate in Physics Isamu Akasaki.
Initially, the technology recognized by UNESCO was developed for the fields of reconstructive medicine and oncology and was aimed at regulating cellular regeneration using nanomodified materials. Subsequently, these very principles formed the basis for creating a new class of products in aesthetic medicine.
The line of Hyalrepair® bioreparants became a direct evolution of this scientific platform. Its action is based on a combination of modified high-molecular-weight hyaluronic acid, which forms the structural basis of tissues, and a complex of geroprotective components that affect cellular aging mechanisms. This approach ensures prolonged and physiological skin restoration, rather than a short-term visual effect, as confirmed by clinical practice.
"The recognition of our research at the UNESCO level was not a personal achievement, but a validation of the correctness of the scientific path chosen by the entire MARTINEX team. Today, we see our task as strictly translating these fundamental principles into every formula. Hyalrepair® is not just a product, but a technological platform with a proven mechanism of action," notes MARTINEX Scientific Director Natalia Mikhaylova.