Patrick Cottler

Title: Patrick Cottler: Innovator in Surgical Barrier Technology

Introduction

Patrick Cottler is an accomplished inventor based in Roanoke, VA (US). He has made significant contributions to the field of surgical technology, particularly in the development of innovative barrier materials designed to prevent postoperative adhesions. His work is characterized by a commitment to improving patient outcomes through advanced medical solutions.

Latest Patents

Cottler holds a patent for a "Sprayable barrier and methods for prevention of postoperative adhesions." This invention involves biologically acceptable surgical barrier materials that are comprised of a polyelectrolytic complex of chitosan and sodium alginate. The chitosan is deacetylated between about 40 to about 60% and has a molecular weight (Mw) ranging from 50,000 to 375,000 g/mol. The barrier materials can be formed by mixing a two-component material system, where one component consists of chitosan and the other of sodium alginate. This mixture can be directed toward a surgical site using an air-assisted spray nozzle, allowing the polyelectrolytic complex to form in situ. Suitable ionic cross-linkers, such as calcium chloride and sodium tripolyphosphate, may be included in the individual components to enhance the effectiveness of the barrier.

Career Highlights

Cottler's career is marked by his dedication to research and innovation in the medical field. He has successfully developed a patented technology that addresses a critical issue in postoperative care. His work not only showcases his technical expertise but also his commitment to enhancing surgical practices and patient safety.

Collaborations

Cottler has collaborated with notable professionals in his field, including Michael J. Danilich and Lauren Anne Costella. These partnerships have contributed to the advancement of his research and the successful development of his patented technologies.

Conclusion

Patrick Cottler is a pioneering inventor whose work in surgical barrier technology has the potential to significantly improve postoperative care. His innovative approach to creating effective barrier materials demonstrates his commitment to advancing medical science and enhancing patient outcomes.