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Mitochondrial Redox Environments Predict Sensorimotor Brain-Behavior Dynamics In Adults With Hiv., Rachel K. Spooner, Brittany K. Taylor, Iman M. Ahmad, Kelsey Dyball, Katy Emanuel, Jennifer O'Neill, Maureen Kubat, Susan Swindells, Howard S. Fox, Sara Bares, Kelly L. Stauch, Matthew C. Zimmerman, Tony W. Wilson

Journal Articles: Infectious Diseases

Despite virologic suppression, people living with HIV (PLWH) remain at risk for developing cognitive impairment, with aberrations in motor control being a predominant symptom leading to functional dependencies in later life. While the neuroanatomical bases of motor dysfunction have recently been illuminated, the underlying molecular processes remain poorly understood. Herein, we evaluate the predictive capacity of the mitochondrial redox environment on sensorimotor brain-behavior dynamics in 40 virally-suppressed PLWH and 40 demographically-matched controls using structural equation modeling. We used state-of-the-art approaches, including Seahorse Analyzer of mitochondrial function, electron paramagnetic resonance spectroscopy to measure superoxide levels, antioxidant activity assays and dynamic magnetoencephalographic …