Michael R Phelps

Title: Michael R. Phelps: Innovator in Biosensor Technologies

Introduction: Michael R. Phelps is an esteemed inventor based in Kingston, California, known for his significant contributions to the field of biosensor technology. With a background in developing advanced instrumentation for biochemical applications, his work has opened new avenues in bioreactor management and analysis.

Latest Patents: Michael R. Phelps holds one notable patent for a "Biosensor and interface membrane." This innovative biosensor probe is specifically designed for use in bioreactors. Its features include a selectively permeable interface membrane, a porous protein-receiving matrix, an indicating electrode, and conduits for both fresh and spent protein conjugates. His unique approach utilizes a supporting mesh and a specialized perfluorosulfonic acid polymer, enhancing the efficiency of biochemical processes by effectively separating them from the analyte matrix. The patent also outlines a method for preparing the interface membrane that involves casting and curing processes.

Career Highlights: As a proud member of the University of British Columbia, Phelps has leveraged his academic environment to foster innovation. His research focuses on practical applications of biosensors in various fields, contributing to both scientific knowledge and industrial practices. The innovative nature of his work has positioned him as a respected figure in his discipline.

Collaborations: Michael collaborates closely with fellow researchers, including Robin Fredrick Turner and Douglas G. Kilburn. Their combined expertise in biosensor development enhances the potential for breakthroughs in technology, leading to advancements that can benefit various industries.

Conclusion: Michael R. Phelps exemplifies the spirit of innovation in the realm of biosensor technology. His dedication to research at the University of British Columbia and his groundbreaking patent highlight his role as a key contributor to advancements in this critical field. As technologies evolve, the impact of his inventions is likely to resonate across numerous scientific and industrial applications.