Division of Cardiothoracic Surgery, Department of Surgery, Southern Illinois School of Medicine, Springfield, Illinois.
Center for Clinical Research, Illinois University School of Medicine, Springfield, Illinois.
Ann Fam Med. 2023 Mar-Apr;21(2):119-124. doi: 10.1370/afm.2905.
We assessed low-dose computed tomography (LDCT) screening for lung cancer using a proactive patient education/recruitment program.
We identified patients aged 55-80 years from a family medicine group. In the retrospective phase (March-August, 2019), patients were categorized as current/former/never smokers, and screening eligibility was determined. Patients who underwent LDCT in the past year, along with outcomes, were documented. In the prospective phase (2020), patients in the same cohort who did not undergo LDCT were proactively contacted by a nurse navigator to discuss eligibility and prescreening. Eligible and willing patients were referred to their primary care physician.
In the retrospective phase, of 451 current/former smokers, 184 (40.8%) were eligible for LDCT, 104 (23.1%) were ineligible, and 163 (36.1%) had an incomplete smoking history. Of those eligible, 34 (18.5%) had LDCT ordered. In the prospective phase, 189 (41.9%) were eligible for LDCT (150 [79.4%] of whom had no prior LDCT or diagnostic CT), 106 (23.5%) were ineligible, and 156 (34.6%) had an incomplete smoking history. The nurse navigator identified an additional 56/451 (12.4%) patients as eligible after contacting patients with incomplete smoking history. In total, 206 patients (45.7%) were eligible, an increase of 37.3% compared with the retrospective phase (150). Of these, 122 (59.2%) verbally agreed to screening, 94 (45.6%) met with their physician, and 42 (20.4%) were prescribed LDCT.
A proactive education/recruitment model increased eligible patients for LDCT by 37.3%. Proactive identification/education of patients desiring to pursue LDCT was 59.2%. It is essential to identify strategies that will increase and deliver LDCT screening among eligible and willing patients.
我们评估了使用主动式患者教育/招募计划进行低剂量计算机断层扫描(LDCT)肺癌筛查的效果。
我们从一个家庭医学组中确定了 55-80 岁的患者。在回顾性阶段(2019 年 3 月至 8 月),我们将患者分为当前/曾经/从不吸烟者,并确定了筛查资格。记录了过去一年中接受 LDCT 检查的患者及其结果。在前瞻性阶段(2020 年),我们通过护士导航员主动联系同一队列中未接受 LDCT 的患者,讨论其资格和预筛查情况。符合条件且愿意接受检查的患者被转介给他们的初级保健医生。
在回顾性阶段,451 名当前/曾经吸烟者中,184 名(40.8%)符合 LDCT 筛查条件,104 名(23.1%)不符合条件,163 名(36.1%)吸烟史不完整。在符合条件的患者中,有 34 人(18.5%)接受了 LDCT 检查。在前瞻性阶段,189 名(41.9%)符合 LDCT 筛查条件(其中 150 名[79.4%]患者之前未接受过 LDCT 或诊断性 CT),106 名(23.5%)不符合条件,156 名(34.6%)吸烟史不完整。护士导航员通过联系吸烟史不完整的患者,又发现了 56/451(12.4%)名符合条件的患者。总的来说,有 206 名(45.7%)患者符合条件,与回顾性阶段相比增加了 37.3%(150 名)。在这些患者中,有 122 名(59.2%)口头同意进行筛查,94 名(45.6%)与医生会面,42 名(20.4%)接受了 LDCT 检查。
主动式教育/招募模式使符合 LDCT 筛查条件的患者增加了 37.3%。对希望接受 LDCT 检查的患者进行主动识别/教育的比例为 59.2%。确定增加和提供符合条件且愿意接受检查的患者 LDCT 筛查的策略至关重要。