Lewis C Hill

Title: **Lewis C. Hill: Innovator in Electrode-Tissue Coupling Assessments**

Introduction

Lewis C. Hill, based in Minneapolis, MN, is a notable inventor in the field of medical technology, particularly known for his contributions to electrode-tissue coupling assessments. With a portfolio of two patents, Hill has made significant strides in enhancing clinical efficiency and safety during medical procedures.

Latest Patents

Among his recent innovations is a patent for a system and method for assessing the coupling between an electrode and tissue. This groundbreaking technology utilizes values for the first and second components of complex impedance—such as resistance and reactance—to evaluate the effectiveness of electrode placement in medical procedures. By calculating a coupling index, which indicates the degree of coupling between the electrode and the tissue, this system provides critical data to clinicians. The coupling index can be presented in various formats, allowing healthcare providers to make informed decisions during tissue ablation procedures, thus ensuring safer and more effective lesion creation.

Career Highlights

Lewis C. Hill is affiliated with St. Jude Medical's Atrial Fibrillation Division, where he has utilized his inventive talents to develop systems aimed at improving medical interventions. His work not only addresses the technical challenges faced in electrode application but also emphasizes the importance of patient safety in clinical practices.

Collaborations

Throughout his career, Hill has collaborated with notable colleagues, including Don Curtis Deno and Stephan Paul Miller. These partnerships have allowed for a blending of expertise that enriches the development and refinement of innovative solutions within the medical device industry.

Conclusion

Lewis C. Hill stands out as a significant figure in medical innovation, with a clear focus on improving the coupling assessments between electrodes and body tissue. His patents and collaborative efforts reflect a commitment to advance healthcare technology, making a lasting impact on the safety and efficacy of medical procedures.