Lamar David L, Chou Shinn-Huey S, Medverd Jonathan R, Swanson Jonathan O
Department of Radiology, University of Washington School of Medicine, Seattle, WA.
Department of Radiology, University of Washington School of Medicine, Seattle, WA.
Curr Probl Diagn Radiol. 2016 Jul-Aug;45(4):253-7. doi: 10.1067/j.cpradiol.2015.10.007. Epub 2015 Nov 10.
In this study, we sought to quantify the sedentary worklife of the radiologist, a potential health risk. Radiologists of all training levels at our academic institution were surveyed to estimate the levels of at-work and out-of-work sitting. Fitbit One activity monitors were used to measure the at-work activity levels of radiology, pediatric, and internal medicine (IM) residents. Correlation between awareness and utilization of dynamic (sitting or standing, walking, or biking) picture archiving and communication system (PACS) workstations among radiology residents was assessed. Among surveyed radiologists (n = 89), 78% estimated sitting for at least 6 hours per workday. Estimated workplace sitting accounted for most of the total sitting for 81% of respondents. As measured by activity monitors, radiology residents (n = 27) took fewer steps per day (2683 vs 4602 vs 4967) and per hour (294 vs 419 vs 444) and experienced more sedentary time per hour (40.3 vs 36.2 vs 34.9min/h) than IM (n = 15) and pediatric (n = 9) residents. Activity experienced during reading room-based work and interventional work was compared by studying 4 additional radiology residents during both types of rotations. Reading-room activity was low, whereas activity on interventional rotations surpassed average levels for the pediatric and IM residents in our study. Radiology residents' (n = 28) awareness and utilization of dynamic PACS workstations varied among reading rooms, but were generally low-75% reported never or rarely using them. Resident utilization correlated with awareness of dynamic workstations available at our institution (R(2) = 0.64; P = 0.013). In conclusion, radiology residents in our study led more sedentary worklives compared with residents from other specialties and took minimal advantage of available tools to mitigate this. Potential health risks of inactivity justify individual and departmental efforts to limit workplace inactivity among radiologists.
在本研究中,我们试图量化放射科医生久坐的工作生活状况,这是一种潜在的健康风险。我们对本校所有培训水平的放射科医生进行了调查,以估计他们工作时和工作外的坐姿时间。使用Fitbit One活动监测器来测量放射科、儿科和内科住院医师的工作时活动水平。评估了放射科住院医师对动态(坐或站、步行或骑自行车)图像存档与通信系统(PACS)工作站的认知度与使用率之间的相关性。在接受调查的放射科医生(n = 89)中,78%估计每个工作日至少坐6小时。对于81%的受访者而言,估计的工作场所坐姿时间占总坐姿时间的大部分。通过活动监测器测量发现,与内科(n = 15)和儿科(n = 9)住院医师相比,放射科住院医师(n = 27)每天和每小时的步数更少(分别为2683步对4602步对4967步以及294步对419步对444步),且每小时的久坐时间更长(分别为40.3分钟/小时对36.2分钟/小时对34.9分钟/小时)。通过对另外4名放射科住院医师在两种类型轮转期间的研究,比较了基于阅片室工作和介入工作期间的活动情况。阅片室活动量较低,而介入轮转期间的活动量超过了我们研究中儿科和内科住院医师的平均水平。放射科住院医师(n = 28)对动态PACS工作站的认知度和使用率在不同阅片室有所不同,但总体较低——75%的人报告从未或很少使用它们。住院医师的使用率与对本校可用动态工作站的认知度相关(R(2) = 0.64;P = 0.013)。总之,与其他专科的住院医师相比,我们研究中的放射科住院医师的工作生活久坐程度更高,并且很少利用可用工具来缓解这种情况。缺乏运动带来的潜在健康风险证明个人和科室应努力限制放射科医生工作场所的不活动状态。