Advanced metal nanotechnology for skin healing

Technology
In development
University

Revolutionary metal nanotechnology for safe external skin applications and effective wound healing, with proven in vivo results. Seeking partners for further development and commercialization by 2026.

Overview

This cutting-edge metal nanotechnology offers a breakthrough solution for external skin applications, particularly focusing on wound healing for burnt skin. The technology has already demonstrated safety and efficacy in vivo, positioning it as a promising candidate for medical and cosmetic applications. With plans to establish a startup, this technology is set to revolutionize the field of skin care and wound treatment.

Technical specifications

Key features:

  • Safe for external skin use: Proven non-toxic and safe for application on human skin.
  • Wound healing efficacy: Demonstrated capability to enhance healing in burnt skin through in vivo tests.
  • Developed by a team including a leading nanomaterials scientist, a dermatologist, and industry experts, ensuring both scientific rigor and market viability.
Technology readiness level

This technology is currently at a Technology Readiness Level (TRL) of 4, indicating that it has been validated at lab scale. Human testing has commenced, and the team is actively seeking collaborators and investors to facilitate advancement through the remaining development stages, aiming for market entry in early 2026.


About University of Genoa

The University of Genoa is a comprehensive public research university anchored in Liguria, Italy, with broad academic breadth and an applied orientation. Co-located national research institutes and a city research and technology park connect faculty expertise to corporate partners, and proximity to a major port and maritime/logistics cluster facilitates pilots and testbeds. Integration with leading regional hospitals supports clinical studies and translational work, while joint labs, contract research, executive education, and tailored internships provide flexible engagement models. Research is sustained by competitive European programs and national ministries, complemented by regional funds and industry partnerships. A dedicated technology transfer office supports IP, licensing, startup formation, and collaboration agreements.

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