Clinical Epidemiology Division, Department of Medicine Solna, Karolinska Institutet, Stockholm, Sweden.
Respiratory Medicine Division, Department of Medicine Solna, Karolinska Institutet, Stockholm, Sweden; Center for Molecular Medicine, Karolinska Institutet and Karolinska University Hospital, Stockholm, Sweden; Respiratory Medicine, Theme Inflammation and Infection, Karolinska University Hospital, Stockholm, Sweden.
Respir Med. 2020 Jan;161:105846. doi: 10.1016/j.rmed.2019.105846. Epub 2019 Nov 26.
In Sweden, sarcoidosis prevalence varies geographically, but it is unclear whether diagnosis and treatment patterns vary by geographical area and calendar period. We sought to investigate differences in sarcoidosis diagnosis and treatment by healthcare region and calendar period using nationwide register data.
We included 4777 adults who had at least two ICD-coded visits for sarcoidosis in the National Patient Register (2007-2012). We compared patterns of healthcare use (visits and medication dispensations), and data on sarcoidosis diagnosis and treatment spanning two years before to two years after diagnosis stratified by healthcare region and calendar period at diagnosis.
Compared to other regions, individuals diagnosed in Stockholm were younger, more likely female, and had a higher education level. In all regions, there was an increase in healthcare use at least six months before sarcoidosis diagnosis with small variation among regions. Most patients were diagnosed in pulmonary and internal medicine outpatient clinics, but compared to the national average more patients were diagnosed in rheumatology in the West and ophthalmology and cardiology in the South. Corticosteroid dispensations at diagnosis varied widely by region (48% in the South/Southeast vs. 30% in Stockholm/North). Demographic factors could not explain these differences. We found no differences by calendar period.
Our findings suggest a six-month delay in sarcoidosis diagnosis irrespective of region. The observed regional variation likely reflects differences in diagnosis and treatment patterns. Stakeholders should ensure diagnosis and treatment recommendations are closely followed.
在瑞典,结节病的流行情况在地理上存在差异,但尚不清楚诊断和治疗模式是否因地理区域和时间而有所不同。我们试图利用全国登记数据来研究结节病的诊断和治疗在医疗保健区域和时间上的差异。
我们纳入了全国患者登记处(2007-2012 年)中至少有两次 ICD 编码的结节病就诊记录的 4777 名成年人。我们比较了医疗保健使用情况(就诊和药物配给),以及根据诊断时的医疗保健区域和时间,对诊断前两年和诊断后两年的结节病诊断和治疗数据进行分层。
与其他地区相比,在斯德哥尔摩被诊断的患者年龄更小,女性比例更高,教育程度更高。在所有地区,在被诊断为结节病之前至少有六个月的医疗保健使用量增加,而且地区之间的差异很小。大多数患者在肺内科和内科门诊被诊断,但与全国平均水平相比,在西部地区和南部地区更多的患者在风湿病科和眼科、心脏病科被诊断。在诊断时,皮质类固醇的配给在地区之间存在很大差异(南部/东南部地区为 48%,斯德哥尔摩/北部地区为 30%)。这些差异不能用人口统计学因素来解释。我们没有发现时间上的差异。
我们的发现表明,无论地区如何,结节病的诊断都存在六个月的延迟。观察到的区域差异可能反映了诊断和治疗模式的差异。利益相关者应确保密切遵循诊断和治疗建议。