Company Filing History:
Years Active: 1987-1989
Title: Discovering the Innovations of Mark L Bowers
Introduction
Mark L Bowers, based in Watertown, MA, has made significant strides in the field of electrochemistry through his inventive contributions. He holds two patents that demonstrate his expertise in developing advanced electrode technologies for biochemical reactions.
Latest Patents
His most recent patents include:
1. **Flavin cofactor modified electrodes and methods of synthesis and use** - This innovation presents an electrochemically coupled cofactor modified electrode that mediates biochemical reactions through enzyme catalysis. The electrode features a coating of a mercapto-flavin derivative bonded to its surface, alongside methods for its preparation and use.
2. **Covalently coupled cofactor modified electrodes and methods of synthesis** - This patent details an electrically and covalently coupled cofactor modified electrode, also aimed at facilitating enzyme-mediated biochemical reactions. The electrode in this instance is coated with an imidazole-flavin derivative that is covalently bonded to the electrode surface, with accompanying methods for its preparation and application.
Career Highlights
Mark L Bowers is associated with GTE Laboratories Incorporated, where he has leveraged his knowledge in electrochemistry to develop groundbreaking technologies. His work stands at the intersection of chemistry and engineering, providing innovative solutions to complex biochemical challenges.
Collaborations
Throughout his career, Mark has collaborated with esteemed colleagues such as Charles N Durfor and Barbara A Yenser. These partnerships have allowed for a fusion of ideas and expertise, enhancing the potential impact of their inventions in the scientific community.
Conclusion
With two notable patents and a collaborative spirit, Mark L Bowers continues to push the boundaries of electrochemical technologies. His work at GTE Laboratories Incorporated not only reflects his capability as an inventor but also highlights the potential of scientific innovation to advance our understanding and application of biochemical processes.