Kathryn M Coughlin

**Title: Kathryn M. Coughlin: Innovator in Knee Joint Prosthesis**

Introduction

Kathryn M. Coughlin, based in Hinesburg, Vermont, is an accomplished inventor who has made significant contributions to the field of biomedical engineering. With her innovative approach to knee joint prosthetics, she has developed a unique femoral component designed to improve the functionality and kinematic relationships of artificial knees.

Latest Patents

Kathryn holds a patent for a knee joint prosthesis featuring a femoral component that effectively links the tibiofemoral axis of rotation with the patellofemoral axis of rotation. This invention addresses the essential dynamics of knee movement by configuring the femoral component to allow for natural flexion and extension. The design ensures that the patella adheres to a circular pathway during these movements and follows a curved patellar path, enhancing the overall biomechanics of the knee joint. This innovation is critical in providing a more lifelike motion, promoting better rehabilitation outcomes for patients.

Career Highlights

Kathryn M. Coughlin is affiliated with the University of Vermont and State Agricultural College, where her research focuses on improving prosthetic designs and their applications in orthopedic surgery. Her dedication to advancing medical technology has been recognized in various academic circles, underscoring her reputation as a leading inventor in her field.

Collaborations

Throughout her career, Kathryn has collaborated with notable professionals such as Bruce D. Beynnon and Stephen J. Incavo. These partnerships have fostered a rich environment for innovation, blending diverse expertise to enhance the development of prosthetic technologies.

Conclusion

Kathryn M. Coughlin's contributions to knee joint prosthesis through her innovative patent demonstrate her commitment to improving patient care. Her work at the University of Vermont not only highlights her ingenuity as an inventor but also showcases the importance of collaboration in propelling advancements in medical devices.