Jane Burridge

Title: Jane Burridge: Innovator in Neurological Treatment

Introduction

Jane Burridge is a pioneering inventor based in Salisbury, GB. She has made significant contributions to the field of medical technology, particularly in the treatment of neurological deficits. Her innovative approach focuses on rehabilitating weakened muscles and retraining sequential muscle movements through advanced stimulation techniques.

Latest Patents

Jane Burridge holds a patent for a system and method suitable for the treatment of a patient with a neurological deficit. This invention involves sequentially stimulating neural pathways using a system of discrete implantable medical devices. The system is designed to facilitate the stimulation of muscles and associated nerves in a patient's body, aiming to provide therapeutic medical treatment. It is particularly valuable for patients recovering from strokes. The system comprises multiple discrete devices, which can be battery-powered or RF-powered, and are implanted within the patient's body via injection. Each device is configured to affect various parameters, such as nerve and muscle stimulation, and can sense body parameters like temperature and electrical potential. The devices operate under the control of a system controller that coordinates the stimulation through wireless commands.

Career Highlights

Jane Burridge has dedicated her career to advancing medical technology and improving patient outcomes. Her work at the Alfred E. Mann Foundation for Scientific Research has been instrumental in developing innovative solutions for neurological rehabilitation. She has a strong focus on utilizing neuroplasticity to enhance recovery in patients with motor deficits.

Collaborations

Jane has collaborated with notable colleagues, including Gregoire Cosendai and Ytizhak Zilberman. Their combined expertise has contributed to the success of her projects and the advancement of medical technologies.

Conclusion

Jane Burridge is a remarkable inventor whose work in neurological treatment is making a significant impact on patient rehabilitation. Her innovative patent demonstrates her commitment to improving therapeutic methods and enhancing the quality of life for individuals with neurological deficits.