Researchers have developed a new implantable device that can "cool" nerves and provide on-demand pain relief for those suffering from neuropathic or chronic pain.
Researchers developed a new GPU-based machine learning algorithm to help predict the connectivity of networks within the brain.
Electrically stimulating surviving nerves in the upper spinal cord following severe spinal cord injury improved motor control in upper limbs and allowed monkeys with limited arm function to regain lost movement.
A new robotic system can identify volatile organic compounds associated with diseases by analyzing bodily emissions.
With the help of brain-machine interface technology and robotic arms, a paralyzed man was able to feed himself for the first time in thirty years.
Researchers have developed a virtual robotic arm that can be controlled by a person's feet in a virtual environment to provide an "extra" limb. After training, users reported feeling the virtual limb felt as though it was part of their physical body.
A newly developed, self-powered smart implant is able to monitor spinal fusion healing.
Researchers present an all-atom molecular dynamic simulation of synaptic vesicle fusion.
People who are competent at "near transfer", or skilled ability at similar games, are more likely to also have far transfer skills, meaning a greater ability to focus on daily living activities.
A newly designed baby jumpsuit that monitors motor development carries the possibility for assessing overall neurodevelopment in infants.
Global cognition can be estimated in older adults by automatically analyzing key drawing features while performing a drawing test using a tablet and digital pen.
Researchers have developed a controllable robotic finger covered with living skin tissue that has the ability to heal itself.
