Tozer Kevin, Woodward Maria A, Newman-Casey Paula A
Department of Ophthalmology & Visual Sciences, University of Michigan Medical School, Ann Arbor, Michigan 48105, USA.
J Endocrinol Diabetes. 2015;2(4). doi: 10.15226/2374-6890/2/4/00131. Epub 2015 Nov 11.
Diabetic Retinopathy (DR) is a leading cause of blindness worldwide even though successful treatments exist. Improving screening and treatment could avoid many cases of vision loss. However, due to an increasing prevalence of diabetes, traditional in-person screening for DR for every diabetic patient is not feasible. Telemedicine is one viable solution to provide high-quality and efficient screening to large number of diabetic patients.
To provide a narrative review of large DR telemedicine screening programs.
Articles were identified through a comprehensive search of the English-language literature published between 2000 and 2014. Telemedicine screening programs were included for review if they had published data on at least 150 patients and had available validation studies supporting their model. Screening programs were then categorized according to their American Telemedicine Association Validation Level.
Seven programs from the US and abroad were identified and included in the review. Three programs were Category 1 programs (Ophdiat, EyePacs, and Digiscope), two were Category 2 programs (Eye Check, NHS Diabetic Eye Screening Program), and two were Category 3 programs (Joslin Vision Network, Alberta Screening Program). No program was identified that claimed category 4 status. Programs ranged from community or city level programs to large nationwide programs including millions of individuals. The programs demonstrated a high level of clinical accuracy in screening for DR. There was no consensus amongst the programs regarding the need for dilation, need for stereoscopic images, or the level of training for approved image graders.
Telemedicine programs have been clinically validated and successfully implemented across the globe. They can provide a high-level of clinical accuracy for screening for DR while improving patient access in a cost-effective and scalable manner.
尽管存在成功的治疗方法,但糖尿病视网膜病变(DR)仍是全球失明的主要原因。改善筛查和治疗可避免许多视力丧失病例。然而,由于糖尿病患病率不断上升,对每位糖尿病患者进行传统的面对面DR筛查并不可行。远程医疗是为大量糖尿病患者提供高质量、高效筛查的一个可行解决方案。
对大型DR远程医疗筛查项目进行叙述性综述。
通过全面检索2000年至2014年发表的英文文献来确定文章。如果远程医疗筛查项目发表了至少150名患者的数据且有可用的验证研究支持其模式,则纳入综述。然后根据美国远程医疗协会验证级别对筛查项目进行分类。
确定并纳入综述的有来自美国和国外的7个项目。3个项目为1类项目(Ophdiat、EyePacs和Digiscope),2个为2类项目(Eye Check、英国国民健康服务糖尿病眼部筛查项目),2个为3类项目(乔斯林视觉网络、艾伯塔筛查项目)。未发现声称达到4类地位的项目。项目范围从社区或城市层面的项目到包括数百万个体的大型全国性项目。这些项目在DR筛查中显示出较高的临床准确性。各项目在散瞳需求、立体图像需求或经批准的图像分级员培训水平方面未达成共识。
远程医疗项目已在全球范围内得到临床验证并成功实施。它们在DR筛查中可提供高水平的临床准确性,同时以具有成本效益且可扩展的方式改善患者就医机会。