Backgrounds

We are committed to developing innovative strategies for neuro-rehabilitation to restore lost function following nervous system damage and translating these breakthroughs into clinical applications that significantly improve the quality of life for individuals with neural impairments.
At the forefront of our work is the Artificial Neuronal Connection (ANC), a cutting-edge neural interface designed to bridge spinal lesions by connecting supraspinal systems to spinal networks distal to the lesion. This approach effectively restores lost motor function. Through ongoing clinical trials, we are rigorously assessing the efficacy of ANCs in enhancing motor recovery in paralyzed patients while investigating the neural adaptations underpinning the recovery process.
Depression often hinders, while motivation enhances, functional recovery after neuronal damage. Although increased motivation is known to boost motor performance, the neural substrates driving this psychological effect remain elusive. Our research seeks to identify these substrates by uncovering the functional role of the mesocortical pathway in motor control.

Objectives

• Restoring of sensory-motor function using a neural interface
• Underlying psychological effects on functional recovery after neural damages

Members

Project Leader Yukio Nishimura

• Toshiki Tazoe
• Sho Sugawara
• Osamu Yokoyama
• Michiaki Suzuki
• Noboru Usuda
• Kei Obara
• Masafumi Nejime
• Hironori Tsuji