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Shoulder and arm muscle activity during elastic band exercises performed in a hospital bed [Epub ahead of print]

Skals S, Vinstrup J, Sundstrup E, et al. Shoulder and arm muscle activity during elastic band exercises performed in a hospital bed [Epub ahead of print]. The Physician and Sportsmedicine 2018;
Date: 2018
Scientific Article
OBJECTIVE: Muscle atrophy is a common side-effect of bed rest during hospitalization. However, resistance training may minimize or even prevent these complications. Therefore, we evaluated the efficiency of four upper-body elastic resistance exercises that could be performed while lying or sitting in a hospital bed. METHODS: Twenty-two healthy subjects performed three repetitions of each exercise in a supine and seated position with a perceived intensity of 3 (low) and 8 (high) on the Borg CR10 Scale. Surface electromyography was collected from 12 shoulder and arm muscles (e.g. trapezius, deltoideus and biceps brachii), and normalized to a maximal voluntary isometric contraction (nEMG). RESULTS: During all exercises performed at high intensity, moderate (>40%) to high (>60%) levels of nEMG were found for the majority of the analysed muscles, e.g. deltoideus (from 37% to 69%, median 57.5%), trapezius (from 43% to 66%, median 51%) and infraspinatus (from 54% to 66%, median 59%), with the exception of pectoralis major (from 29% to 47%, median 39.5%) and latissimus dorsi (from 15% to 22%, median 18.5%). No significant differences were found between the supine and seated positions for any of the exercises. CONCLUSION: This study showed that high levels of shoulder and arm muscle activity can be achieved while lying or sitting in a hospital bed using appropriate exercises with elastic bands. The data presented here can be used by physiotherapists as a guideline for selecting suitable and effective strengthening exercises during in-hospital rehabilitation to counteract bed-rest related muscle atrophy in the upper body
Link: https://dx.doi.org/10.1080/00913847.2018.1441580
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20.02.2018
 
Updated  20.02.2018
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