Elizabeth Lamontagne

Title: Innovations by Elizabeth Lamontagne in Functional Electrical Stimulation

Introduction

Elizabeth Lamontagne is an accomplished inventor based in East Windsor, NJ (US). She has made significant contributions to the field of rehabilitation technology, particularly through her innovative work on devices that assist individuals with mobility challenges. Her dedication to improving patient outcomes is evident in her patented invention.

Latest Patents

Elizabeth Lamontagne holds a patent for an orthosis and method of use for the treatment and rehabilitation of dropfoot. This functional electrical stimulation brace is designed to respond to various positions of the intended wearer's foot. The device incorporates a plurality of sensors strategically positioned under the foot to detect its current position. Outputs from these sensors are processed by a controller that activates an electrical stimulation unit, stimulating the peroneal muscles at the appropriate times during the patient's gait. Additionally, the device provides mechanical stabilization of the ankle through an ankle-foot orthosis with a variable resistance hinge. The electrodes are embedded in fixed locations within the brace to ensure optimal positioning relative to the peroneal muscles each time the device is applied. The method also includes electrical stimulation of the peroneal muscles based on the detected position of the foot, enhancing rehabilitation efforts.

Career Highlights

Elizabeth is affiliated with Drexel University, where she continues to advance her research and development in rehabilitation technologies. Her work is characterized by a commitment to integrating innovative solutions that enhance the quality of life for patients with mobility impairments.

Collaborations

Elizabeth collaborates with notable colleagues, including Sorin Siegler and Brett W Hraban, who contribute to her research endeavors and the development of her patented technologies.

Conclusion

Elizabeth Lamontagne's innovative contributions to the field of rehabilitation technology exemplify her commitment to improving patient care through advanced solutions. Her work on the functional electrical stimulation brace represents a significant advancement in the treatment of dropfoot, showcasing her dedication to enhancing mobility for individuals in need.