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Center for Exercise Medicine

Moving Research into Medicine

The UAB Center for Exercise Medicine (UCEM) focuses on improving the health and well-being of children and adults of all ages through acceleration of innovative, exercise-based interdisciplinary research across five pillars – precision, regeneration, rehabilitation, interaction, and sustainability.

Interested in participating in exercise research?

We are looking for volunteers for various exercise-based studies to help understand the role of exercise as medicine at the molecular, cellular and clinical levels. By participating, you receive supervised exercise training from certified trainers, valuable information about your health.

Opportunities to Participate

Research

The center's research mission is to build a foundation of excellence for innovative and large-scale, multi-investigator studies that help advance the field of exercise biology and medicine.

Our Studies and Services

Training & Education

UCEM offers a multi-tiered education and training program structured for exercise medicine researchers ranging from undergraduates to senior scientists.

Gina Many, Exercise Medicine, Primary Mentor: Dr. Marcas Bamman

Gina Many Headshot

Prior to joining the Pathobiology and Rehabilitation Medicine T32 Training Program, I earned my PhD in Microbiology and Immunology at George Washington University and an MA in Exercise Physiology at the University of Maryland.

My current research integrates my past training experiences by studying the immunological aspects of muscle remodeling with exercise. Such studies are important as regulating immune signaling through exercise is a useful treatment and/or adjuvant treatment for muscle-related diseases.

My current research focuses on the effects of resistance training on age-related muscle wasting (e.g. sarcopenia), a normal process of aging that results in disability and decreased life quality. We specifically are investigating the role of macrophages, the predominant infiltrating cell type in most muscle diseases, on age-related muscle wasting. We seek to find novel targeted methods to reduce inflammation and improve muscle mass to prevent or delay age-related muscle atrophy.