Cross-sectional insights into exercise physiology knowledge among medical students in Jordan

Abstract

Objectives: Exercise physiology is a branch of physiology that studies how physical activity and exercise alter the structure and function of living organisms. Knowledge of exercise physiology is crucial to improve athletic performance, improve people’s ability to cope with extreme circumstances and approach chronic diseases. This research aimed to evaluate the knowledge of future healthcare professionals, namely, the medical students in Jordan regarding exercise physiology. Methods: Responses were collected from 524 undergraduate medical students enrolled in clinical clerkship. An online survey that evaluated participants’ basic understanding of various physiological concepts related to physical exercises, such as respiratory exchange ratio, physical fitness, V̇O 2 max and exercise at high altitudes was employed in the study. Results: 63.2% of participants had a poor level of exercise physiology knowledge. Misconceptions regarding V̇O 2 max definition (93.3%), application (46.4%), significance (35.6%) and related physiological factors (48.7%) were observed. Students had misconceptions about physical fitness evaluation questions (52.5%, 39%, and 41.8%, respectively). Student proportions of 37%, 41%, 80.3% and 73.1% showed misconceptions about muscle groups and energy systems during training, training prescription variables, respiratory exchange ratio, and high-altitude performance, respectively. Significant differences in knowledge levels were found based on respondent characteristics ( p < 0.05). Conclusions: Knowledge of exercise physiology is more than desirable for medical professionals. Therefore, efforts must be made to increase awareness and improve knowledge about basic physiological fundamentals related to exercise physiology among medical students in Jordan, as they represent the backbone of healthcare professionals of the future who will deal with medical conditions related to physical activity and exercise.