’Padayon’: a new digital health model for diabetes and hypertension in rural Philippines

IF 1.4 Q3 HEALTH CARE SCIENCES & SERVICES
John Paluyo, Anne Stake, Richard L. Bryson
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引用次数: 1

Abstract

© Author(s) (or their employer(s)) 2022. Reuse permitted under CC BYNC. No commercial reuse. See rights and permissions. Published by BMJ. INTRODUCTION Noncommunicable diseases (NCDs) account for 41 million global deaths every year, equating to 71% of global deaths overall. Of the 41 million deaths, 29 million occur in lowincome and middleincome countries (LMICs). However, health system services for prevention, education, screening and treatment of NCDs remain inaccessible to billions of people living in rural regions in LMICs. The WHO has reported that over half the world’s population lack access to the basic health services they need. Digital health has the potential to address the gaps and weaknesses of traditional health systems. Unfortunately, many digital health services do not work in regions with low internet connectivity and low digital literacy. Approximately 3 billion people lack internet connectivity at all. The growth in virtual healthcare during the COVID19 pandemic has been primarily in affluent, metropolitan areas. Digital health needs to better serve the lowincome, rural populations at risk of NCDs. A new digital health model, Padayon, for diabetes and hypertension was designed to address this challenge across LMICs. The focus was the municipality of Pototan, Western Visayas, in rural Philippines. The prevalence of type 2 diabetes among adults in the Philippines is estimated at 7%, comprising almost 4 million cases and accounting for 6.5% of mortality across total deaths in 2020. Cardiovascular disease is the single largest cause of mortality in the Philippines, accounting for 33% of total deaths. There are significant health system weaknesses in Pototan, where residents live on an average income of $3–7 per day and over an hour from healthcare providers. There is a lack of access to basic screening such as random blood sugar (RBS) testing, with a comprehensive panel for diabetes at a private clinic costing 10 times the residents’ daily wage. Residents must travel over an hour Summary box
“Padayon”:菲律宾农村糖尿病和高血压的新数字健康模式
©作者(或其雇主)2022。在CC BYNC下允许重用。禁止商业重用。请参阅权利和权限。英国医学杂志出版。全球每年有4100万人死于非传染性疾病,相当于全球总死亡人数的71%。在4100万例死亡中,有2900万例发生在低收入和中等收入国家。然而,生活在中低收入国家农村地区的数十亿人仍然无法获得卫生系统预防、教育、筛查和治疗非传染性疾病的服务。世界卫生组织报告称,世界上一半以上的人口无法获得他们所需的基本卫生服务。数字卫生有潜力解决传统卫生系统的差距和弱点。不幸的是,许多数字卫生服务在互联网连通性低和数字识字率低的地区无法发挥作用。大约有30亿人完全没有互联网连接。在covid - 19大流行期间,虚拟医疗保健的增长主要发生在富裕的大都市地区。数字卫生需要更好地为面临非传染性疾病风险的低收入农村人口服务。针对糖尿病和高血压的新型数字健康模式Padayon旨在应对中低收入国家的这一挑战。重点是菲律宾农村的西米沙鄢群岛的波托坦市。菲律宾成年人中2型糖尿病的患病率估计为7%,包括近400万例,占2020年总死亡人数的6.5%。心血管疾病是菲律宾最大的死亡原因,占总死亡人数的33%。波托坦的卫生系统存在严重缺陷,当地居民每天的平均收入为3-7美元,从医疗服务提供者那里获得的时间超过一小时。缺乏基本的筛查,如随机血糖(RBS)测试,在一家私人诊所进行全面的糖尿病检查,费用是居民日薪的10倍。居民旅行时间必须超过1小时
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来源期刊
BMJ Innovations
BMJ Innovations Medicine-Medicine (all)
CiteScore
4.20
自引率
0.00%
发文量
63
期刊介绍: Healthcare is undergoing a revolution and novel medical technologies are being developed to treat patients in better and faster ways. Mobile revolution has put a handheld computer in pockets of billions and we are ushering in an era of mHealth. In developed and developing world alike healthcare costs are a concern and frugal innovations are being promoted for bringing down the costs of healthcare. BMJ Innovations aims to promote innovative research which creates new, cost-effective medical devices, technologies, processes and systems that improve patient care, with particular focus on the needs of patients, physicians, and the health care industry as a whole and act as a platform to catalyse and seed more innovations. Submissions to BMJ Innovations will be considered from all clinical areas of medicine along with business and process innovations that make healthcare accessible and affordable. Submissions from groups of investigators engaged in international collaborations are especially encouraged. The broad areas of innovations that this journal aims to chronicle include but are not limited to: Medical devices, mHealth and wearable health technologies, Assistive technologies, Diagnostics, Health IT, systems and process innovation.
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