Program Coordinator: Katrina Dubose (252-328-1599; 174 Minges Coliseum; [email protected])
The Bioenergetics and Exercise Science, PhD is an interdisciplinary degree program housed in the Department of Kinesiology and offered in conjunction with the Departments of Biochemistry and Physiology in the Brody School of Medicine at East Carolina University. The program uses a unique interdisciplinary approach to address the role of energy transposition in health and disease under resting and exercise conditions. Students address research questions that range from the whole body to the gene level as they investigate the mechanisms by which physically active lifestyles influence disease processes, prevention, and treatment. Students can choose between four concentrations of study: biomechanics and motor control; cellular and molecular bioenergetics; exercise physiology and behavioral science; and nutritional exercise physiology. Graduates are prepared for employment in health care, government, and academic private institutions.
The Bioenergetics and Exercise Science, PhD requires a minimum of 69 s.h. as follows:
1. Professional standards and ethics - 2 s.h.
- HUMS 7004 - Ethics and Research OR
- KINE 7004 - Research Ethics for a Complex World
2. Foundations in bioenergetics and exercise science - 7 s.h.
- KINE 7335 - Seminar in Bioenergetics
- KINE 8310 - Pedagogy in Bioenergetics
3. Research and application - 36 s.h.
4. Concentrations - 24 s.h.
(Select one of the following.)
Biomechanics and motor control - 24 s.h.
Core (13 s.h.)
- KINE 6202 - Motor Learning
- KINE 7200 - Biomechanics
- KINE 7204 - Techniques of Biomechanical Assessment
- KINE 7211 - Bioenergetics OR
- KINE 7447 - Translational Exercise Physiology
Advanced topics in bioenergetics (5 s.h.)
(Select from the following courses.)
- KINE 8331 - Advanced Topics in Bioenergetics
- KINE 8332 - Advanced Topics in Bioenergetics
- KINE 8333 - Advanced Topics in Bioenergetics
- KINE 8334 - Advanced Topics in Bioenergetics
- KINE 8335 - Advanced Topics in Bioenergetics
- KINE 8336 - Advanced Topics in Bioenergetics
Restricted electives (6 s.h.)
(Select from the following courses.)
- ANAT 7200 - Gross Anatomy and Embryology
- BIME 6250 - Biomedical Signal Processing
- KINE 7002 - Nutrition and Exercise
- KINE 7203 - Neuromotor Control
- PHLY 7702 - Graduate Physiology II
- PHLY 7703 - Graduate Neuroscience
- PHLY 7730 - Medical Neuroscience
- PHYS 6715 - Biomedical Physics
- PHYS 6720 - Physics of Medical Imaging
- PTHE 8200 - Clinical Biomechanics
- PTHE 8301 - Motor Control and Movement Disorders
- PTHE 8502 - Muscle Physiology
- Any approved elective
- any approved elective
Cellular and molecular bioenergetics - 24 s.h.
Core (7-8 s.h.)
- BIOC 7301 - Biochemistry I OR
- KINE 7211 - Bioenergetics *
- KINE 7447 - Translational Exercise Physiology
Restricted electives (7-9 s.h.)
(Select from the following courses.)
- BIOC 7310 - Molecular Biochemistry
- BIOC 8320 - Biochemistry II: Regulation of Metabolism OR
- KINE 8320 - Bioenergetics II: Regulation of Metabolism *
- PHLY 7702 - Graduate Physiology II
Advanced topics in bioenergetics (3-6 s.h.)
(Select from the following courses.)
- KINE 8331 - Advanced Topics in Bioenergetics
- KINE 8332 - Advanced Topics in Bioenergetics
- KINE 8333 - Advanced Topics in Bioenergetics
- KINE 8334 - Advanced Topics in Bioenergetics
- KINE 8335 - Advanced Topics in Bioenergetics
- KINE 8336 - Advanced Topics in Bioenergetics
Restricted electives (3-5 s.h.)
(Select from the following courses.)
- BIOC 7310 - Molecular Biochemistry
- BIOC 8320 - Biochemistry II: Regulation of Metabolism OR
- KINE 8320 - Bioenergetics II: Regulation of Metabolism
- PHLY 7702 - Graduate Physiology II
- PHLY 7703 - Graduate Neuroscience
- PHLY 7704 - Physiological Proteogenomics
- any approved elective
Note:
* One of the following courses is required for the cellular and molecular bioenergetics concentration: KINE 7211 or KINE 8320.
Exercise physiology and behavioral science - 24 s.h. **
Core (7 s.h.)
- KINE 6440 - Exercise Psychology
- KINE 7211 - Bioenergetics OR
- KINE 7447 - Translational Exercise Physiology
Advanced topics in bioenergetics (5 s.h.)
(Select from the following courses.)
- KINE 8331 - Advanced Topics in Bioenergetics
- KINE 8332 - Advanced Topics in Bioenergetics
- KINE 8333 - Advanced Topics in Bioenergetics
- KINE 8334 - Advanced Topics in Bioenergetics
- KINE 8335 - Advanced Topics in Bioenergetics
- KINE 8336 - Advanced Topics in Bioenergetics
Restricted electives (12 s.h.)
(Select from the following courses.)
- COHE 6430 - Health Data Management
- HLTH 6001 - Foundations of Health Education and Promotion
- HLTH 6110 - Intervention Strategies for Health Education and Promotion
- KINE 6212 - Cardiopulmonary Rehabilitation and Diagnostic Procedures
- KINE 6401 - Assessment of Physical Activity and Fitness
- KINE 7002 - Nutrition and Exercise
- MPH 6008 - Ethnic Health and Health Disparities
- MPH 6027 - Mixed-Methods Research
- PHLY 7702 - Graduate Physiology II
- PSYC 6333 - Applied Behavior Analysis
- any approved elective
- any approved elective
Note:
** At least 12 s. h. of the 24 s. h. in the exercise physiology and behavioral science concentration must be from courses which are at the 7000 or 8000-level. All electives must be selected in consultation with concentration mentor.
Nutritional exercise physiology - 24 s.h.
Core (14 s.h.)
- KINE 7002 - Nutrition and Exercise
- KINE 7211 - Bioenergetics
- KINE 7447 - Translational Exercise Physiology
- NUTR 6105 - Human Nutrition in Physiology and Metabolism
Advanced topics in bioenergetics (5-6 s.h.)
(Select from the following courses.)
- KINE 8331 - Advanced Topics in Bioenergetics
- KINE 8332 - Advanced Topics in Bioenergetics
- KINE 8333 - Advanced Topics in Bioenergetics
- KINE 8334 - Advanced Topics in Bioenergetics
- KINE 8335 - Advanced Topics in Bioenergetics
- KINE 8336 - Advanced Topics in Bioenergetics
Restricted electives (4-5 s.h.)
(Select from the following courses.)
- KINE 8320 - Bioenergetics II: Regulation of Metabolism
- PHLY 7702 - Graduate Physiology II
- PHLY 7704 - Physiological Proteogenomics
For more information about this degree visit the university's academic catalogs.