Thompson Atalie C, Kremer Prill Marnie J, Biswal Sandip, Rebner Murray, Rebner Rachel E, Thomas William R, Edwards Sonya D, Thompson Matthew O, Ikeda Debra M
Stanford University School of Medicine, Stanford, California; University of California, Berkeley, Berkeley, California.
Department of Radiology, Stanford University Hospital, Stanford, California.
J Am Coll Radiol. 2014 Nov;11(11):1074-9. doi: 10.1016/j.jacr.2014.07.009. Epub 2014 Aug 22.
To investigate the prevalence of repetitive strain injury (RSI) among breast-imaging radiologists, the factors associated with such symptoms, and strategies to reduce injury.
In 2012, an anonymous survey regarding RSI and work habits was administered to 2,618 physician members of the Society of Breast Imaging via e-mail. Analysis of 727 (27.8%) de-identified responses was completed using STATA 12.1. Pain levels before and after implementation of digital imaging were compared with the Wilcoxon signed-rank test. The associations between RSI symptoms and work habits were assessed with logistic regression and test for trend.
In the survey 438 of 727 (60.2%) respondents reported RSI symptoms, and 242 of 727 (33.3%) reported prior diagnosis/treatment. Results showed a statistically significant trend for the odds of RSI symptoms to increase with decreasing age (P = .0004) or increasing number of daily hours spent working (P = .0006), especially in an awkward position (P < .0001). Respondents recalled a significant increase in pain level after implementation of PACS, and a decrease in pain after ergonomic training or initiating use of an ergonomic mouse, adjustable chair, or adjustable table (P < .001, all comparisons). Only 17.7% (129 of 727) used an ergonomic mouse and 13.3% (97 of 727) had attended ergonomic training. Those with RSI symptoms or prior diagnosis of a Repetitive Strain Syndrome (RSS) were more likely to desire future ergonomic training compared with those without symptoms or injury (odds ratio 5.36, P < .001; odds ratio 2.63, P = .001, respectively).
RSI is highly prevalent among breast-imaging radiologists nationwide and may worsen after implementation of PACS or with longer work hours. Ergonomic training and ergonomic devices may diminish or prevent painful RSI among radiologists.
调查乳腺影像放射科医生中重复性劳损(RSI)的患病率、与这类症状相关的因素以及减少损伤的策略。
2012年,通过电子邮件向2618名乳腺影像学会的医生会员进行了一项关于RSI和工作习惯的匿名调查。使用STATA 12.1对727份(27.8%)去识别化的回复进行了分析。采用Wilcoxon符号秩检验比较了数字成像实施前后的疼痛水平。通过逻辑回归和趋势检验评估RSI症状与工作习惯之间的关联。
在调查中,727名受访者中有438名(60.2%)报告有RSI症状,727名中有242名(33.3%)报告曾有过诊断/治疗。结果显示,RSI症状的几率有统计学意义的趋势,随着年龄降低(P = 0.0004)或每日工作时长增加(P = 0.0006)而增加,尤其是在不良姿势下工作(P < 0.0001)。受访者回忆起在实施PACS后疼痛水平显著增加,而在接受人体工程学培训或开始使用人体工程学鼠标、可调节椅子或可调节桌子后疼痛减轻(所有比较,P < 0.001)。只有17.7%(727名中的129名)使用了人体工程学鼠标,13.3%(727名中的97名)参加过人体工程学培训。与没有症状或损伤的人相比,有RSI症状或曾被诊断为重复性劳损综合征(RSS)的人更希望未来接受人体工程学培训(优势比分别为5.36,P < 0.001;优势比为2.63,P = 0.001)。
RSI在全国乳腺影像放射科医生中非常普遍,在实施PACS后或工作时间延长时可能会恶化。人体工程学培训和人体工程学设备可能会减少或预防放射科医生痛苦的RSI。