George D Corey

Title: Innovations by George D. Corey: Pioneering Advances in Tissue Engineering

Introduction

George D. Corey is a notable inventor located in Newton, MA, with a remarkable portfolio of 9 patents. Her work primarily focuses on advancing methods and techniques in tissue engineering, specifically utilizing transglutaminase for linking agents to body tissues. Through her innovative approaches, Corey has made significant contributions to the fields of biochemistry and medical technology.

Latest Patents

George D. Corey has several groundbreaking patents, including methods and compositions for linking agents to body tissues using microparticles and transglutaminase. The first patent describes methods, products, and kits for attaching agents to tissue surfaces through microparticles, with various reactive groups tied to a transglutaminase substrate. This method emphasizes the importance of polymers containing multiple linked amino acids, such as lysines and glutamines, in enhancing tissue adhesion.

Another significant patent outlines the creation of conjugates that attach agents to tissue using linking molecules in conjunction with transglutaminase. This approach allows innovative applications for agents that are either nonproteinic or enzymatic, significantly broadening the scope of potential medical therapies. The methodologies developed facilitate the bonding of diverse agents to tissue in the presence of transglutaminase, optimizing surgical outcomes and tissue repairs.

Career Highlights

Throughout her career, George D. Corey has worked with reputable organizations, such as Pericor Science, Inc., where her inventive efforts have played a crucial role in the company’s research and development programs. Her patents demonstrate a commitment to improving medical procedures and providing novel solutions to enhance patient care.

Collaborations

Corey has collaborated with esteemed colleagues like Howard A. Green and Bruce J. Compton. Working alongside these professionals, she has contributed to shaping various innovative projects and enhancing the scientific community's understanding of tissue engineering applications.

Conclusion

George D. Corey stands out as a prominent inventor in the field of tissue engineering, with her innovative patents paving the way for groundbreaking advancements. Her research not only exemplifies scientific excellence but also reflects her dedication to improving medical technologies. As her patents continue to influence the industry, Corey's work undoubtedly plays a vital role in the ongoing evolution of medical practices.