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佩戴背部支撑带进行人工搬运的工人的躯干肌肉性能与工作相关的肌肉骨骼疾病

Trunk Muscle Performance and Work-Related Musculoskeletal Disorders among Manual Lifting with Back Belt Wearing Workers.

作者信息

Kurustien Nopporn, Mekhora Keerin, Jalayondeja Wattana, Nanthavanij Suebsak

出版信息

J Med Assoc Thai. 2015 Jun;98 Suppl 5:S74-80.

Abstract

OBJECTIVE

to determine the effects ofback belt use on trunk muscle performance and the association between those performance outcomes with Work-Related Musculoskeletal Disorders (WMSDs).

MATERIAL AND METHOD

All manual lifting workers in one grocery distribution, warehouse center were interviewed about the history of illness, back injury, WMSDs, lifting manner and experience of back belt use. They were assessedfor trunk muscles performance including the flexion (F), the extension (E) and the right and left side bridge (RSB and LSB) endurance test and Exercise Level of Lumbar Stabilization test (ELLS). Pearson s correlation and Spearman's rank correlation statistics were used to determine the association.

RESULTS

One hundred and seven males, aged 18 to 42 years participated in the study. Most participants had ELLS at levels 2 (31.1%) and 3 (30.2%). The mean F, E, RSB and LSB endurance times were 62.33, 88.62, 77.17 and 77.33 seconds, respectively. The greatest area of WMSDs was the lower back (53.33%). Significant correlations were found between the ELLS and RSB (r = 0.244, p = 0.012) and between the ELLS and LSB (r = 0.199, p = 0.041). Significant correlations were found between pain scale of backpain and ELLS (r = -0.299, p = 0.016). Significant correlations were found between the number of WMSD areas and trunkflexion endurance (r = -0.263, p = 0.007), right trunk endurance (r,= -0.195, p = 0.044), left trunk endurance (r = -0.325, p = 0.001) and endurance ratio of RSB/LSB (r(s) = 0.224, p = 0.022). Furthermore, most participants (84.1%) had imbalanced endurance of RSB/LSB. Duration andfrequency ofback belt use did not correlate with any trunk muscle performance. This may have been because few participants did not wear belts (10.1%) or wore belts sometimes (26.6%).

CONCLUSION

Low correlation was found between back belt use and WMSDs. To prevent back injury, the lifting workers should be trained to balance their trunk muscles endurance, especially right and left trunk muscles and to stabilize their lower back while lifting.

摘要

目的

确定使用背带来对躯干肌肉性能的影响,以及这些性能结果与工作相关肌肉骨骼疾病(WMSDs)之间的关联。

材料与方法

对一家食品杂货配送仓库中心的所有体力搬运工人进行了访谈,了解他们的病史、背部损伤、WMSDs、搬运方式和使用背带的经历。对他们进行了躯干肌肉性能评估,包括屈曲(F)、伸展(E)以及左右侧桥(RSB和LSB)耐力测试和腰椎稳定运动水平测试(ELLS)。使用Pearson相关系数和Spearman等级相关统计来确定关联。

结果

107名年龄在18至42岁之间的男性参与了该研究。大多数参与者的ELLS处于2级(31.1%)和3级(30.2%)。F、E、RSB和LSB的平均耐力时间分别为62.33秒、88.62秒、77.17秒和77.33秒。WMSDs最主要的部位是下背部(53.33%)。在ELLS与RSB之间(r = 0.244,p = 0.012)以及ELLS与LSB之间(r = 0.199,p = 0.041)发现了显著相关性。在背痛疼痛量表与ELLS之间(r = -0.299,p = 0.016)发现了显著相关性。在WMSD区域数量与躯干屈曲耐力(r = -0.263,p = 0.007)、右侧躯干耐力(r = -0.195,p = 0.044)、左侧躯干耐力(r = -0.325,p = 0.001)以及RSB/LSB耐力比值(r(s) = 0.224,p = 0.022)之间发现了显著相关性。此外,大多数参与者(84.1%)存在RSB/LSB耐力不平衡的情况。背带使用的持续时间和频率与任何躯干肌肉性能均无相关性。这可能是因为很少有参与者不佩戴背带(10.1%)或只是有时佩戴背带(26.6%)。

结论

发现背带使用与WMSDs之间的相关性较低。为预防背部损伤,应培训搬运工人平衡其躯干肌肉耐力,尤其是左右躯干肌肉,并在搬运时稳定其下背部。

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