Lauren E Lynn

Title: Innovations by Lauren E Lynn: A Pioneer in Self-Assembled Active Agents

Introduction

Lauren E Lynn, an accomplished inventor based in Glen Gardner, NJ, has made significant contributions to the field of active agent technologies. With one patent to her name, she focuses on self-assembled active agents that hold great potential in various applications, showcasing her innovative approach in the realm of chemistry and molecular engineering.

Latest Patents

Lynn's patent, titled "Self-assembled active agents," describes a groundbreaking process involving the covalent bonding of at least two component molecules. These molecules interact synergistically, resulting in a self-assembled active agent that requires a lesser effective amount than the individual components combined. The patent emphasizes the reversible nature of the covalent bonding, often utilizing hydrazone bonds formed between amines and aldehydes. This technology has promising applications, enabling controllable activities for substances such as antimicrobial agents, biocides, antiviral agents, preservatives, antifouling agents, disinfectants, and sensor agents capable of detecting specific molecules or pH levels.

Career Highlights

Throughout her career, Lauren has collaborated with notable institutions, including the United States of America as represented by the Secretary of Agriculture and Method Products, Pbc. Her work reflects her commitment to advancing innovative solutions in active agent technologies.

Collaborations

Lauren has collaborated with esteemed colleagues, including William M Hart-Cooper and William J Orts. These partnerships underscore the importance of teamwork in the development and research of her innovations, leading to significant advancements in the field.

Conclusion

Lauren E Lynn embodies the spirit of innovation through her pioneering work on self-assembled active agents. With a talent for creating effective and efficient chemical solutions, she has established herself as a vital contributor to technology and research. Her inventive spirit and collaborative efforts promise to continue influencing the field of active agents and beyond.