More than 60% of university students in young adulthood are aware of chronic fatigue and have no exercise habits. Therefore, there is concern regarding postural stability deterioration due to decreased activity. Postural instability in college students tends to lead to fatigue in daily life. It was thought that university students’ standing balance was likely to become unstable by holding a normally loaded bag, which was easily affected by the condition of the foot. This study aimed to clarify how foot troubles affected fatigue in young adult college students via a subjective fatigue evaluation and foot measurement.
The participants were nursing students from a college. The survey methods included a self-administered questionnaire, conducted using Google Forms, and a measurement of the foot using Foot Look’s Foot Look. The survey items were age, body mass index (BMI), foot trouble, and the Subjective Fatigue Scale for young adults (SFS-Y). Fifth toe, hallux angle, and small toe angle were measured from the foot type, and the presence or absence of hallux valgus was evaluated. We divided 85 participants into two groups according to the presence or absence of foot problems and compared each item. The average age and BMI of the participants were 19.9 years and 20.5, respectively. Of these, 45 (53%) had foot problems and 40 (47%) had no problems. Of the 45 (53%), 14 (17%) had nail problems and 31 (36%) had other foot problems. In subjective fatigue, among the six subscales of the SFS-Y, four subscales of drowsiness, decreased vitality, sleepiness, and physical discomfort were significantly higher in the group with foot trouble (p<0.05). In the foot measurement, only the hallux valgus (right) tended to be more common in the group with foot trouble. Therefore, college students with foot problems were more likely to experience physical discomfort, drowsiness, decreased vitality, and fatigue characteristics of drowsiness. Furthermore, due to the foot’s morphology, they were more likely to have hallux valgus or a bunionette, which could lead to postural instability.
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