RESUMO
BACKGROUND: Spending on preventive care in low- and middle-income countries (LMICs), including Indonesia, is much lower than spending on curative care. There has been a pressing need to develop a clear pathway to increase spending on preventive care. This study aimed to assess the current financing landscape for health promotion and disease prevention in Indonesia and, subsequently, to develop a framework and recommendations for future health promotion financing in the country. METHODS: We adopted a mixed-method approach to gather information from all relevant stakeholders from December 2022 to June 2023. For the qualitative approach, we conducted (a) in-depth interviews (IDIs) and (b) focus group discussions (FGDs) with government officials at national and district levels, academics, professional organizations, healthcare workers in primary healthcare centres (PHCs), community health volunteers, non governmental organizations and private companies. For the quantitative approach, we applied a national online survey to healthcare workers involved in health promotion in PHCs. IDIs and FGDs were conducted with purposefully selected resource persons at the national level, five selected districts across Indonesia, and within 15 primary health offices and their communities. All qualitative data were recorded, transcribed, coded, interpreted, and then triangulated with national survey findings to develop the financing framework. RESULTS: We identified gaps between the theory and practice of health promotion and disease prevention. These included the limited scope of health promotion initiatives, lack of direction and coordination between ministries, agencies and government levels, limited availability and capacity of health promoters, various yet uncoordinated funding resources and inflexibility in using the funds. To bridge the gap, the framework we developed suggests strengthening the legal and regulatory basis, strategically prioritizing financing arrangements, promoting evidence-based health promotion activities, developing the capacity of health promoters, enhancing the health financing information system and improving monitoring and evaluation. CONCLUSIONS: Identified gaps and challenges in health promotion and disease prevention initiatives inform the development of our framework for future health promotion financing. This framework assists the national government in organizing national health promotion financing strategies and potentially serves as a valuable model for other LMICs.
Assuntos
Pessoal de Saúde , Promoção da Saúde , Pesquisa Qualitativa , Indonésia , Humanos , Promoção da Saúde/economia , Pessoal de Saúde/economia , Atenção Primária à Saúde/economia , Países em Desenvolvimento , Financiamento da Assistência à Saúde , Serviços Preventivos de Saúde/economia , Serviços Preventivos de Saúde/organização & administração , Grupos Focais , Financiamento Governamental , Gastos em SaúdeRESUMO
As an active member country of the WHO's International Health Regulation and Global Health Security Agenda, Indonesia, the world's fourth-most populous and largest archipelagic country has recorded the second-highest COVID-19 cases in Asia with over 1.8 million cases in early June 2021. This geographically and socially diverse country has a dynamic national and sub-national government coordination with decentralized authorities that can complicate a pandemic response which often requires nationally harmonized policies, adaptability to sub-national contexts and global interconnectedness. This paper analyses and reviews COVID-19 public data, regulations, guidance documents, statements and other related official documents to present a narrative that summarizes the government's COVID-19 response strategies. It further analyses the challenges and achievements of the country's zoonotic diseases preparedness and responses and lastly provides relevant recommendations. Findings are presented in four sections according to the Global Health Security Agenda capacities, namely epidemiological surveillance (detect capacity); laboratory diagnostic testing (respond capacity); data management and analysis (enable capacity); and the role of sub-national governments. The COVID-19 pandemic has been a catalyst for the rapid transformation of existing surveillance systems, inter-related stakeholder coordination and agile development from the pre-pandemic health security capacities. This paper offers several recommendations on surveillance, laboratory capacity and data management, which might be useful for Indonesia and other countries with similar characteristics beyond the COVID-19 response, such as achieving long-term health security, zoonoses and pandemic prevention, as well as a digital transformation of their governmental capacities.
Assuntos
COVID-19 , Animais , COVID-19/veterinária , Saúde Global , Indonésia/epidemiologia , Pandemias/prevenção & controleRESUMO
The Indonesian Government has issued various policies to fight Coronavirus Disease (COVID-19). However, cases have continued to fluctuate over a year into the pandemic. There is a need to assess the country's healthcare system's capacity to absorb and accommodate the varying healthcare demands. We reviewed the current capacity of Indonesia's healthcare system to respond to COVID-19 based on the four essential elements of surge capacity: staff, stuff, structure, and system. Currently available medical staffs are insufficient to deal with potentially increasing demands as the pandemic highlighted the human resources challenges the healthcare system has been struggling with. The pandemic has exposed the fragility of medical supply chains. Surges in the number of patients requiring hospitalization have led to depleted medical supplies. The existing healthcare infrastructure is still inadequate to deal with the rise of COVID-19 cases, which has also exposed the limited capacity of the healthcare infrastructure to manage medical waste. The COVID-19 pandemic has further exposed the weakness of the patient referral system and the limited capacity of the healthcare system to deliver essential health services under prolonged emergencies. The Indonesian Government needs to ramp up the country's healthcare capacity. A wide range of strategies has been proposed to address those mounting challenges. Notwithstanding, the challenges of increasing healthcare capacity highlight that such efforts could represent only one part of the pandemic response equation. Effective pandemic response ultimately requires governments' commitment to increase healthcare capacity and flatten the curve concurrently.
Assuntos
COVID-19 , Pandemias , Atenção à Saúde , Humanos , Indonésia/epidemiologia , SARS-CoV-2RESUMO
The coronavirus disease 2019 (COVID-19) pandemic has put a great burden on countries as a result of the demand for laboratory diagnostic testing for severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2). This paper reports our experiences in rapidly assessing Indonesia's COVID-19 laboratory testing capacity in the early phase of the pandemic response. Through a questionnaire-based survey carried out between 23 March and 2 April, we estimated the daily tests that could be done by the 44 facilities, excluding the national referral laboratory, first assigned to be COVID-19 diagnostic laboratories. The capacity constraints were lack of reagents and equipment, and limited human resources; because of these constraints, most of the laboratories were not yet operational. A major hindrance was reliance on imported supplies and the associated procurement time. Expanding real-time polymerase chain reaction testing capacity, through increased numbers of laboratories and optimization of existing facilities, was clearly the main priority. We also assessed the potential yield from using rapid molecular testing machines in the country's referral hospitals. Even assuming this potential could be tapped, several provinces would still be poorly served by diagnostic services in the event of a surge in cases. Since this rapid assessment, the number of designated COVID-19 laboratories has increased and, by 1 July 2020, was 163. On 29 July 2020, for the first time, the number of specimens examined in a day reached more than 30 000, achieving the WHO testing capacity target of 1 in 1000 inhabitants per week.