Company Filing History:
Years Active: 2002
Title: Innovative Contributions of Lawrence Joseph Wilson from Mason, OH
Introduction
Lawrence Joseph Wilson is an inventive mind based in Mason, Ohio, known for his contributions to the field of chemistry. With two patents to his name, Wilson's work emphasizes advancements in solid-supported synthesis, enhancing the development of various chemical compounds.
Latest Patents
One of Wilson's notable patents is focused on "Acyl isothiocyanate resins and their use in solid-supported synthesis of guanidines." This invention details a method for creating novel acyl isothiocyanate resins and outlines a series of steps to produce guanidine compounds. These steps include the initial treatment of a phenyl carboxy resin to develop the acyl halide, followed by a reaction with specific amines and agents to yield the desired compounds.
Another significant patent involves the "Solid phase synthesis of 1-aminohydantoins," which describes processes for synthesizing 1-aminohydantoin compounds using resin-bound methods. This patent proposes a technique involving the preparation of protected hydrazinyl esters, imine formation, and subsequent reactions to derive the final 1-aminohydantoin compound.
Career Highlights
Lawrence Wilson is affiliated with The Procter & Gamble Company, where his innovative research contributes to the company’s reputation for cutting-edge product development. His dedication to synthesizing novel chemical compounds reflects the commitment to advancing scientific knowledge in practical applications.
Collaborations
During his career, Wilson has collaborated with notable colleagues such as David Edward Portlock and Min Li. These collaborations underscore the importance of teamwork in research and the creative process of invention.
Conclusion
Lawrence Joseph Wilson's innovative contributions in the field of chemistry, particularly through his patents, highlight his role as a significant inventor. His work continues to influence the development of advanced chemical synthesis techniques, benefiting both his company and the broader scientific community.