Beth Israel Deaconess Medical Center, Boston, Massachusetts.
Cheshire Medical Center, Keene, New Hampshire.
Int J Radiat Oncol Biol Phys. 2019 Mar 1;103(3):547-556. doi: 10.1016/j.ijrobp.2018.10.020. Epub 2018 Oct 24.
The aim of this study is to report the American Society for Radiation Oncology 2017 radiation oncologist (RO) workforce survey results; identify demographic, technology utilization, and employment trends; and assess the profession's ability to meet patients' needs, offer job satisfaction, and attract high-caliber trainees.
In spring 2017, the American Society for Radiation Oncology distributed an online survey to 3856 US RO members. The questionnaire was patterned after the 2012 workforce survey for trend analysis. The 31% response rate yielded 1174 individual responses (726 practices) for analysis.
ROs' mean age was 50.9 years. Compared to 2012, female representation (28.9%) increased and white representation (69.8%) dropped. The proportion in rural practice (12.6%) decreased, whereas the number of suburban ROs (40.6%) increased and urban ROs (46.8%) remained high. Most ROs worked full-time, averaging 51.4 h/wk. Stereotactic body radiation therapy, cone beam computed tomography, and magnetic resonance/positron emission tomography-computed tomography fusion utilization increased, whereas low-dose-rate brachytherapy decreased by >15 percentage points. Hypofractionation utilization was 95.3% and was highest in academic/university systems and lowest in private solo practices (P < .001). More respondents were concerned about an RO oversupply rather than shortage. ROs reported 250 consults (median) and 20 on-treatment patients (median) in 2016 and greater time allocation to electronic health record management compared with 3 years earlier. Approximately 15% of ROs reported job vacancies, which were more prevalent in urban practices and academic/university systems. ROs were employed by academic/university systems, private practices, and nonacademic hospitals in a respective ratio of 2:2:1. Comparison with 2012 survey findings showed a shift from private practice toward academic/university systems and nonacademic hospitals. Compensation was predominantly productivity-based at private practices and a fixed salary or a base salary at academic/university systems and nonacademic hospitals. Practice merger/buyout was the lead reason for ROs to change employers.
Since 2012, race and gender gaps narrowed, but geographic disparities persisted, with ROs gravitating toward resource-rich suburban and urban locations over rural practices. The workforce has shifted from predominantly private practice to more equal balance with academic/university systems. These findings reflect the current US RO landscape and serve to underscore the need for collective action to ensure equitable RO care for all patients.
本研究旨在报告美国放射肿瘤学会(American Society for Radiation Oncology,ASRO)2017 年放射肿瘤学家(radiation oncologist,RO)劳动力调查结果;确定人口统计学、技术利用和就业趋势;并评估该专业满足患者需求、提供工作满意度和吸引高素质学员的能力。
2017 年春季,ASRO 向 3856 名美国 RO 成员分发了在线调查。问卷调查模式与 2012 年劳动力调查相似,用于分析趋势。31%的回应率产生了 1174 个个体反应(726 个实践)进行分析。
RO 的平均年龄为 50.9 岁。与 2012 年相比,女性代表比例(28.9%)增加,而白人代表比例(69.8%)下降。农村实践的比例(12.6%)下降,而郊区 RO(40.6%)的数量增加,城市 RO(46.8%)仍然很高。大多数 RO 全职工作,平均每周工作 51.4 小时。立体定向体部放射治疗、锥形束计算机断层扫描和磁共振/正电子发射断层扫描融合利用增加,而低剂量率近距离放射治疗减少了 15 个百分点以上。部分分割治疗利用率为 95.3%,在学术/大学系统中最高,在私人独资实践中最低(P<0.001)。更多的受访者担心 RO 供应过剩而不是短缺。ROs 在 2016 年报告了 250 次咨询(中位数)和 20 次治疗中患者(中位数),并且与 3 年前相比,他们更多地分配时间来管理电子健康记录。大约 15%的 RO 报告有空缺职位,这些职位在城市实践和学术/大学系统中更为普遍。RO 受雇于学术/大学系统、私人诊所和非学术医院,比例分别为 2:2:1。与 2012 年的调查结果相比,RO 就业机会从私人实践向学术/大学系统和非学术医院转移。薪酬主要以私人诊所的生产力为基础,而学术/大学系统和非学术医院则以固定工资或基本工资为基础。实践合并/收购是 RO 更换雇主的主要原因。
自 2012 年以来,种族和性别差距缩小,但地理差距仍然存在,RO 倾向于选择资源丰富的郊区和城市地区,而不是农村地区。劳动力已经从主要的私人实践转移到与学术/大学系统更平等的平衡。这些发现反映了当前美国 RO 的现状,并强调需要采取集体行动,确保所有患者都能获得公平的 RO 护理。