Company Filing History:
Years Active: 2014
Title: Christa Wheeler: A Pioneer in Neural Prosthesis Technology
Introduction
Christa Wheeler, an innovative inventor based in Cleveland Heights, Ohio, has made significant strides in the field of neural prosthetics. With a focus on enhancing the quality of life for clinically paralyzed individuals, she holds a patent that showcases her groundbreaking work. Her research not only reflects her expertise but also her commitment to finding practical solutions for those with mobility challenges.
Latest Patents
Wheeler is credited with a patent for a "Neural Prosthesis System and Method of Control." This invention incorporates multiple designs, systems, methods, and processes that utilize electrical signals recorded from clinically paralyzed muscles and nerves. The comprehensive neural prosthesis system is designed to aid clinically paralyzed individuals by employing a controller that responds to volitional electrical signals generated below the lesion causing paralysis. This controller outputs a command signal to either the user's paralyzed muscles, facilitating functional movement, or to external devices that are programmed to receive commands, thus transforming the user's interaction with their environment.
Career Highlights
Wheeler's career is marked by her dedication to research and innovation in neural prosthetics. Her work at Case Western Reserve University is not only a testament to her inventiveness but also reflects her collaborative spirit and desire to push the boundaries of technology for medical applications.
Collaborations
At Case Western Reserve University, Wheeler collaborates closely with her coworker, Paul Hunter Peckham. Together, they contribute to the advancement of their field, working diligently to implement practical solutions that leverage their combined expertise and experience.
Conclusion
Christa Wheeler’s contributions to the field of neural prosthetics illustrate the profound impact that innovative inventions can have on improving lives. Her patent for a neural prosthesis system signifies a step forward in medical technology, showcasing her as a pivotal figure in the quest to empower and assist those living with paralysis. As her career progresses, her ongoing research and collaboration will undoubtedly lead to further advancements in this critical area.