Amol P. Yadav

This study links spinal cord stimulation periodicity to artificial sensory perception by identifying spike-count regimes that shape detection and discrimination behavior in rodents.

OP-GLX enhances real-time processing and visualization of Neuropixels data by integrating with SpikeGLX for improved data handling during neural experiments.

This study shows that closed-loop spinal cord stimulation (CLDCS) is more effective than traditional methods in restoring locomotion in a Parkinson's disease rodent model by targeting beta oscillations.

This study shows that the periodicity of spinal cord stimulation pulse trains affects rats' ability to detect and discriminate artificial sensations, with lower periodicity leading to lower detection thresholds.

This study trains primates and rats to detect and discriminate spinal cord stimulation patterns, finding that sensory discrimination follows Weber's law and varies with stimulation parameters.

This paper demonstrates a brain-to-spine interface using dorsal column stimulation to transfer artificial sensory information between rats, showing corticostriatal plasticity and tactile discrimination.