ISO 47 equol combination technology for skin repair and regeneration
Equol Skin Technology offers innovative solutions for enhancing dermal health through topical and oral applications, validated through extensive research and clinical trials. It effectively targets skin repair and regeneration, making it ready for market deployment.
Overview
Equol Skin Technology presents a groundbreaking approach to skin repair and regeneration. This technology leverages the unique properties of Equol, a compound known for its beneficial effects on dermal health. Extensive research, including peer-reviewed publications and clinical trials, supports its efficacy in enhancing skin condition. The technology is applicable through both topical and oral routes, offering versatile solutions for both women and men, particularly focusing on improving skin health and appearance.
Technical specifications
Equol Skin Technology is built on a solid foundation of basic chemistry and preclinical studies. Key features include:
- Comprehensive assessment of skin penetration capabilities
- Analysis of human skin gene expression
- Validation through multiple human clinical studies
- Dual application methods: topical and oral
These elements ensure that the technology not only penetrates effectively but also acts at a genetic level to improve dermal health.
Technology readiness level
The technology is at Technology Readiness Level 8, indicating that it has been proven in operational environments and is ready for commercial market entry. Extensive validation through peer-reviewed publications and presentations at international scientific meetings further supports its readiness and effectiveness.
About Brigham Young University
Brigham Young University is a large private research university in Provo, Utah, with an undergraduate-focused profile and selective graduate programs. Corporate partners engage through sponsored research, student capstone design programs, and internship pipelines that deliver hands-on solutions and hiring pathways. Proximity to the Wasatch Front’s growing technology corridor enables close collaboration, on-site visits, and year‑round recruiting, while campus prototyping shops and test laboratories support rapid iteration. Research is supported by competitive federal funding, including the National Science Foundation and the National Institutes of Health. A dedicated technology transfer office manages IP, licensing, and startup formation, and standard agreements streamline industry collaboration.
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