Overview

Dr. Micheal Luera is an Assistant Professor in the Department of Neuroscience whose research focuses on the neural control of human movement. His work integrates electrophysiology and biomechanics to study how motor units are recruited and coordinated during movement. Using advanced neuromuscular recording techniques—including high-density electromyography, intramuscular EMG, and emerging technologies such as Myomatrix electrode arrays—his research examines the relationship between neural drive and skeletal muscle function. Dr. Luera’s work aims to improve quantitative assessment of neuromuscular function with applications in motor control, rehabilitation science, human performance, and clinical movement analysis.

Research Overview
Dr. Luera’s research program focuses on developing and applying advanced neuromuscular measurement techniques to better understand how the nervous system controls skeletal muscle during human movement. His work integrates electrophysiology and biomechanics to investigate motor unit activation patterns and neural drive during both controlled and functional tasks. This research aims to improve the quantitative assessment of neuromuscular function in both healthy and clinical populations. Through interdisciplinary collaboration, Dr. Luera works to
advance technologies and analytical approaches that allow researchers and clinicians to study neural control of movement in more natural and dynamic environments.