Company Filing History:
Years Active: 2011-2018
Title: Innovations of Courtney C. Lane in Brain Stimulation Technologies
Introduction
Courtney C. Lane, based in Ventura, CA, is an innovative inventor renowned for his contributions to brain stimulation technologies. With a remarkable portfolio of 24 patents, Lane has developed groundbreaking methods and devices that enhance neurological treatments.
Latest Patents
Lane's most recent patents include a lead designed for brain stimulation systems that features non-circular-shaped distal ends. This innovative lead has a proximal end with multiple terminals and a distal end equipped with various electrodes. Additionally, Lane has patented a method to enhance afferent and efferent transmission using noise resonance. This method involves applying a sub-threshold biological electrical stimulus to a neuron, along with electrical noise energy, to create resonance that propagates action potentials along the neuron’s axon. Another aspect of his method prevents action potentials from propagating by using supra-threshold electrical noise energy, showing a remarkable depth of understanding in neurological applications.
Career Highlights
Throughout his career, Lane has worked with prestigious organizations like Boston Scientific Neuromodulation Corporation and William Marsh Rice University. His experiences in these environments have allowed him to forge innovative pathways in the field of neuromodulation and medical device technology.
Collaborations
Courtney C. Lane has collaborated with several notable professionals in his field, including Andrew DiGiore and Rafael Carbunaru. These partnerships have aided in the development and refinement of his innovative solutions, influencing the advancement of brain stimulation systems.
Conclusion
Courtney C. Lane exemplifies the spirit of innovation with his patents that have significantly contributed to advancements in brain stimulation technologies. His collaborations and career experiences further enhance his reputation as a leading inventor in the field. With continued advancement in his research, Lane is poised to make even greater contributions to medical technology in the future.