Company Filing History:
Years Active: 1984-1995
Title: Ronald M Cook: Innovator in Nucleotide Chemistry
Introduction
Ronald M Cook, based in San Rafael, California, is a distinguished inventor with a focus on advances in nucleotide chemistry. With three patents to his name, Cook has contributed innovative solutions that enhance chemical and enzymatic processes.
Latest Patents
Cook's most recent patents include notable advancements in the field of oligonucleotide synthesis. His first patent, titled "Inverse Linkage Oligonucleotides for Chemical and Enzymatic Processes," introduces Inverse Linkage Oligonucleotides (ILOs) that are particularly effective in enzymatic reactions. These ILOs are designed to facilitate the exponential amplification of sample DNA by utilizing enzymatic elongation from both termini under optimal conditions.
His second patent, "Benzazolides and Their Employment in Phosphate Ester Oligonucleotide," details the use of benzazoles, including benzatriazoles and benzimidazoles, in the synthesis of phosphate triester oligonucleotides. This patent outlines the formation of arylbenzazolide coupling agents and phosphorodibenzazolides, providing valuable methodologies for the synthesis process.
Career Highlights
Throughout his career, Ronald M Cook has been affiliated with esteemed organizations such as Biosearch, LLC and Beckman Instruments, Inc. His roles within these companies have significantly contributed to his expertise and innovation in the field.
Collaborations
Cook has collaborated with notable professionals such as Derek Hudson and Peter J Coassin, enhancing his projects with their diverse backgrounds and expertise. These collaborations have broadened the scope of his inventions and have led to impactful contributions in nucleotide chemistry.
Conclusion
Ronald M Cook's contributions to the field of nucleotide chemistry exemplify his commitment to innovation. Through his inventive patents and successful collaborations, he continues to drive advancements in enzymatic and chemical processes that have significant implications for biotechnology and molecular biology. His work reflects the ongoing potential for inventors to influence and improve scientific practices and applications.