This inventor holds 14 USPTO granted patents. Top assignee: Cornell University. Active years: 1982-2000.
Company Filing History:
Years Active: 1982-2000
Title: Alton Meister: Innovator in Glutathione Research
Introduction
Alton Meister, based in New York, NY, is a prominent inventor known for his contributions to the field of biotechnology. With a remarkable portfolio of 14 patents, Meister has focused his work on the enzyme glutathione synthetase, exploring its applications in health and disease.
Latest Patents
Among his most recent inventions is the patented recombinant rat kidney glutathione synthetase. This invention offers significant potential for the preparation of glutathione analogs and the production of antibodies against glutathione synthetase. The DNA molecule encoding the enzyme also serves as a tool for detecting the presence of the glutathione synthetase gene in various animals. Furthermore, it may aid in modifying glutathione production in cells and mammals, potentially leading to breakthroughs in therapeutic approaches. Another noteworthy patent includes the use of substantially pure diloweralkyl esters of glutathione, which have been identified to increase intracellular levels of glutathione, further emphasizing Meister's innovative work in this essential biochemical area.
Career Highlights
Alton Meister is affiliated with the Cornell Research Foundation Inc., where he has engaged in extensive research and development efforts to advance understanding of glutathione-related processes. His dedication to science and innovation has led to numerous contributions that are helping to shape the future of biotechnology.
Collaborations
Throughout his career, Meister has collaborated with esteemed colleagues such as Mary Elizabeth Anderson and Joanne M. Williamson. These partnerships have facilitated a dynamic exchange of ideas and advancements in their specialized fields, enhancing the impact of their research.
Conclusion
In summary, Alton Meister stands out as a significant figure in the realm of biotechnology and enzyme research. His innovative work, particularly in relation to glutathione synthetase, has the potential to influence medical science and therapeutic development, showcasing the importance of ongoing research and collaboration in the field.