QLED-MN hydrocolloid patch for accelerated post-shave skin recovery
An innovative hydrocolloid patch combining QLEDs and dissolvable microneedles to enhance post-shave skin recovery by accelerating healing, reducing inflammation, and lightening scars. This non-invasive, user-friendly solution offers comprehensive post-shave care.
Overview
This innovative hydrocolloid patch integrates cutting-edge quantum dot light-emitting diodes (QLEDs) with dissolvable microneedles (MNs) to address common post-shave skin concerns such as nicks, cuts, razor burn, scars, and dark spots. The patch delivers a synergistic treatment that accelerates wound healing, reduces inflammation, and lightens scars. By combining light therapy and localized active ingredient delivery, this product surpasses the effectiveness of standalone treatments, offering a comprehensive solution for skin recovery.
Technical specifications
The patch features precise and tunable light therapy through QLEDs, enhancing cellular repair and reducing inflammation. The dissolvable microneedles enable localized delivery of therapeutic agents such as:
- Antimicrobial peptides: Prevent infection
- Hyaluronic acid: Provide hydration
- Encapsulated growth factors: Stimulate tissue regeneration
The hydrocolloid base promotes healing by creating a moist, protective barrier, ensuring a conducive environment for skin recovery. This multifunctional approach is designed for safe external use, using GRAS-compliant materials.
Technology readiness level
The patch is currently at Technology Readiness Level 5, having undergone laboratory validation to demonstrate its efficacy. The aim is to develop a user-friendly solution that advances post-shave care and skin repair technologies.
About University of Central Florida
The University of Central Florida is a comprehensive public research university in Orlando and one of the nation’s largest, classified as Carnegie R1. Industry partnerships are enabled by the adjacent Central Florida Research Park and a Health Sciences Campus in Lake Nona Medical City, anchored by a joint‑venture teaching hospital with HCA Healthcare; UCF also co‑leads the Florida High Tech Corridor. A university‑wide co‑op and internship infrastructure connects employers to talent, and the UCF Business Incubation Program offers soft‑landing sites and venture support across multiple locations. Research is backed by competitive federal funding, with DoD, NSF, NASA and NIH among UCF’s top sponsors. A dedicated Office of Technology Transfer streamlines IP protection, licensing and industry agreements, supported by the UCF Research Foundation.
delivered to your inbox.