BOISE STATE RESEARCHER DECIBELS IN NEWTELLEMERE ASSAY PATENT WITH IMPACTFUL INNOVATION

Boise State, USA - A groundbreaking invention from a local researcher has the potential to revolutionize conservation efforts by providing a universal method for measuring stress in animal populations. Stephanie Hudon, a researcher at Boise State University, has been awarded a patent for her patented "universal telomere assay" that will allow researchers to consistently measure telomeres across different species.

Hudon, who spent three years developing the assay, recognized the need for a standardized method to measure telomeres as a biomarker for stress. The existing methods were limited by being species-specific, making it challenging to compare data across different taxonomic groups. The new assay has the potential to transform the field of conservation biology and ecological studies.

According to Hudon, "Developing this universal assay was a long and rewarding journey that required collaboration, determination, and perseverance. I couldn't have done it without the support of my family and students. We are excited about the potential impact of this invention on our understanding of stress in animal populations."

Hudon's breakthrough marks an important milestone for conservation scientists seeking to understand how environmental stress affects wildlife populations. The universal assay simplifies comparisons across species and ecosystems, allowing researchers to identify populations most at risk and develop more effective conservation strategies.

The patented technology was facilitated by Boise State University's Office of Technology Transfer, and Hudon plans to package the assay into an easy-to-use kit for global distribution in the future.

Hudon advises others pursuing ambitious projects to remember that overcoming setbacks can be a valuable learning experience. "Document every step of your journey, build a strong network of mentors, and don't lose sight of why you're working towards your goal," she said.

The achievements of Stephanie Hudon exemplify the potential for individual determination and collaboration to yield groundbreaking research that will benefit society as a whole.