Brain recordings in large animal models and humans typically rely on a tethered connection,
which has restricted the spectrum of accessible experimental and clinical applications. To …

Transient gamma-band (40–80 Hz) spatiotemporal patterns are hypothesized to play important
roles in cortical function. Here we report the direct observation of gamma oscillations as …

System neuroscience of motor cognition regarding the space beyond immediate reach
mandates free, yet experimentally controlled movements. We present an experimental …

Neuroprosthesis research aims to enable communication between the brain and external
assistive devices while restoring lost functionality such as occurs from stroke, spinal cord injury …

Attracted by the appealing advantages of optogenetics, many nonhuman primate labs are
attempting to incorporate this technique in their experiments. Despite some reported …

A new model has been established in the domestic pig for neural prosthetic device
development and testing. To this end, we report on a complete neural prosthetic developmental …

Electrophysiological studies with behaving nonhuman primates often require the separation
of animals from their social group as well as partial movement restraint to perform well-…

Methods on rendering neurons in the central nervous system to be light responsive has led
to a boom in using optical neuromodulation as a new approach for controlling brain states …

An entirely wireless neural and behavior recording platform has been developed for the
purpose of studying cortical circuits during behavior of a freely moving animal with minimal …

Intracranial neurophysiological recordings require chronic implants to provide transcranial
access to the brain. Especially in larger animals, which participate in experiments over …