Body composition quantification for health and performance
Muscle metabolism
Education
Post-Doctoral Fellowship University of Pittsburgh, Division of Endocrinology and Metabolism Medicine
Ph.D. University of Pittsburgh, Exercise Physiology
M.S. University of Pittsburgh, Exercise Physiology
B.A. University of North Carolina at Wilmington, Physical Education
Select Publications
Relationship between body fat composition and markers of physical fitness in college aged students who engage in television viewing leisure time activity (2023).
Effects of different timed recovery interventions on blood lactate levels during high intensity interval exercise in college aged students (2022).
The effects of caffeine ingestion on repeated-sprint performance in college-aged non-athletes (2022).
The effect of post-activation potentiation on subsequent 40-yard sprint performance in high school athletes in North America (2022).
Comparison of multi-frequency bioelectrical impedance and dual-energy x-ray absorptiometry to assess body composition in college-aged adults (2020).
Funded Projects
Elizabeth Moxley, Clayton L. Camic, Emerson Sebastiao, Cytochrome c Response to High Intensity Interval Exercise in Sedentary Nondiabetics Adults and Prediabetics; Acute Verses Residual Effect. NIU Research and Artistry grant, 2019-2020, $14,000.
Elizabeth Moxley, Clayton L. Camic, Emerson Sebastiao, Cytochrome c Response to High Intensity Interval Exercise versus Moderate-Intensity Exercise in Sedentary Normal Adults and Prediabetes. CHHS Research Funding FY19, 2019-2021, $2,000.
Elizabeth Moxley, Clayton L. Camic, Emerson Sebastiao, Cytochrome c Response to High Intensity Interval versus Moderate Intensity Continuous Training in Sedentary Obese/Overweight Young Adults.. NIU NURS Wood Research Award, 2019-2021, $28,242.23.
Zachary Wahl-Alexander, The relationship between technological leisure time recreational activities, physical activity, and markers of physical fitness among college students”, NIU COE Internal Research grant, 2017-2018, $2,500.
Courses Taught
KNPE 562 - Bioenergetics
KNPE 561 - Advanced Exercise Physiology
KNPE 560 - Cardiorespiratory Physiology: Responses and Adaptations to Exercise
KNPE 514 - Neuromuscular Aspects of Physical Performance
KNPE 464 - Scientific Basis of Exercise Training, Prescription, and Progression