Comparison of balance in seated and non-seated employees of Shiraz University of Medical Sciences

Introduction Developments in modern technology in occupational settings have resulted in prolonged sitting at the workplace. Prolonged sedentarism may cause musculoskeletal complications and impaired balance. The present study aimed to evaluate balance in employees working in a seated position for m...

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Veröffentlicht in:Physiotherapy quarterly 2019, Vol.27 (1), p.35-38
Hauptverfasser: Jabarifard, Fatemeh, Samani, Mahbobeh, Ghafarinejad, Farahnaz, Pirouzi, Soraya, Rasouli, Javad
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Sprache:eng
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Zusammenfassung:Introduction Developments in modern technology in occupational settings have resulted in prolonged sitting at the workplace. Prolonged sedentarism may cause musculoskeletal complications and impaired balance. The present study aimed to evaluate balance in employees working in a seated position for more than half of their working day compared with employees working in a non-seated position. Methods Overall, 100 employees entered the study and were divided into the seated (n = 50) and non-seated (n = 50) groups. The star excursion balance test was used to measure dynamic balance in the lower extremities. Independent t-tests were applied for between-group comparisons. Results The star excursion balance test scores were significantly lower in the seated position group compared with the non-seated position group. Conclusions We conclude that dynamic stability is lower in employees working in a seated position compared with their non-seated counterparts.
ISSN:2544-4395
2544-4395
DOI:10.5114/pq.2019.83059