Michael Ryne Horn

Title: Michael Ryne Horn: Innovator in Nerve Stimulation Technologies

Introduction

Michael Ryne Horn is a notable inventor based in Fishers, IN (US). He has made significant contributions to the field of nerve stimulation technologies, holding 2 patents that focus on innovative methods for nerve activation and blocking.

Latest Patents

Horn's latest patents include groundbreaking work on peripheral nerve activation and blocking using a cuff assembly. This invention utilizes sinusoidal low frequency alternating current (LFAC) for nerve stimulation. The LFAC waveform can effectively block action potential conduction, while variations in frequency and amplitude can lead to nerve activation. The technology allows for precise control over nerve fibers, enabling smaller, non-fatiguing fibers to be activated before larger ones. Additionally, the configuration of the cuff assembly plays a crucial role in positioning the electrode along the nerve, enhancing the effectiveness of the stimulation.

Another significant patent involves methods and systems for blocking nerve activity propagation in nerve fibers. This system employs a blocking electrode that generates an electrical signal to inhibit action potential propagation through the nerve system. By using low frequency alternating current, the blocking signal can override other electrical signals controlling bodily organs, providing a novel approach to nerve activity management.

Career Highlights

Michael Ryne Horn is affiliated with Indiana University, where he continues to advance his research in nerve stimulation technologies. His work has the potential to impact various medical applications, particularly in pain management and neuromodulation.

Collaborations

Horn has collaborated with notable colleagues, including Ken Yoshida and Kenichi Yoshida, contributing to the development of innovative solutions in the field.

Conclusion

Michael Ryne Horn's contributions to nerve stimulation technologies demonstrate his commitment to advancing medical science. His patents reflect a deep understanding of nerve dynamics and innovative approaches to managing nerve activity.