Key result
University final examinations induced significant stress, with heart rate variability being significantly highest after the exam compared to before and during, and lower in females than males.
Why the study?
Real-life stressors increase cardiac sympathetic activity and heart rate, prompting investigation into changes in heart rate variability across different stages of a university examination.
Does university final examination stress alter heart rate variability in healthy university students?
Observational (n=90)
Does university final examination stress alter heart rate variability in healthy university students?
University examinations induce significant acute stress reflected by reduced heart rate variability, with notable gender differences and no apparent physiological adaptation across undergraduate years.
Academic stress may reduce HRV in students, especially females; leaves open whether targeted interventions alter autonomic recovery or long-term risk.
Real-life stressors, such as university examination, cause an increase in sympathetic activity of the nervous system innervating the heart, and thus an increase in heart rate (HR). Our study aimed to detect changes in heart rate variability (HRV) during different stages of an exam in a group of 90 healthy university students (30 males and 60 females), over 4 h of monitoring divided into 1 h before, 2 h during, and 1 h after the examination. HRV was significantly highest after the exam, indicating release from stress, as compared to before and during the examination when stress was observable. Undergraduate students in different academic years did not differ in terms of stress, indicating the absence of adaptation to exam procedures. However, HR and R-R interval after the exam showed significant difference between first year undergraduate studies and first year of a graduate program, indicating a higher degree of confidence in graduate students. Results also suggest that HRV in females is significantly lower than that in males before and after examination, despite men having greater sympathetic input. In conclusion, the results of our novel study assessing stress in real-time examination show important gender differences, and lack of adaptation with academic study year.
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Hammoud et al. (2018) conducted an observational in Healthy university students (examination stress) (n=90). University final examination vs. Before and after examination periods was evaluated on Heart rate variability (HRV). University final examinations induced significant stress, with heart rate variability being significantly highest after the exam compared to before and during, and lower in females than males.
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