Photo of Melissa Erickson, PhD

Melissa Erickson, PhD

Faculty Investigator

Expertise of Melissa Erickson, PhD

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Biography

Melissa Erickson, PhD, joins the TRI as a Faculty Investigator with a research focus on exercise and lifestyle interventions to mitigate metabolic disease. She will pursue investigations to discover how exercise and dietary interventions impact circadian rhythms and chronobiology to improve metabolism and reduce metabolic disease risk and burden, with an emphasis on skeletal muscle.

Dr. Erickson earned a B.S. in Biology from the University of Georgia (Athens, GA). For her graduate training, she moved to the Kinesiology Department and earned a M.S. in Exercise Physiology. Her work focused on skeletal muscle health, after spinal cord injury in humans. Subsequently, Dr. Erickson earned a Ph.D. in Exercise Physiology from the University of Georgia; her work focused on exercise timing, and exercise-drug interactions. Her work has been published in journals including Journal of Clinical Investigation Insight, Journal of Applied Physiology, and Exercise Science and Sports Medicine.

Prior to joining the TRI, Dr. Erickson completed postdoctoral training in metabolism and obesity at both the Cleveland Clinic (Cleveland, OH) and Pennington Biomedical Research Center (Baton Rouge, LA).

Education

University of Georgia

Publications of Melissa Erickson, PhD

Associated Clinical Trials for Melissa Erickson, PhD

  • COMET: ImpaCt Of shiftwork on METabolic Flexibility and Skeletal Muscle Clocks.

    This study is currently enrolling.
    Research Area: Translational Research for Metabolism and Diabetes
    Research Location: Orlando, Florida

    Study Purpose: To determine how working a nighttime shift impacts your metabolism.

    To be enrolled in this study, you must meet certain requirements. You may be eligible to participate if you meet the...


  • NCT05662865

    CASINO: Low-Carbohydrate Diet and SGLT2-Inhibitor to Achieve Moderate Ketosis in Healthy Volunteers

    This study is not currently enrolling.
    Research Area: Translational Research for Metabolism and Diabetes
    Research Location: Orlando, Florida

    The purpose of this study is to test the hypothesis that a low-carbohydrate diet combined with an SGLT2-inhibitor is sufficient to induce moderate ketosis in healthy volunteers.

    To be enrolled in...

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