Lucas Vinícius de Lima, Daniele Maria Pelissari, Gabriel Pavinati, Fernanda Dockhorn Costa Johansen, Edenilo Baltazar Barreira Filho, Gabriela Tavares Magnabosco, Ethel Leonor Noia Maciel
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引用次数: 0
Abstract
The Unified Health System (Sistema Único de Saúde, SUS) is a cornerstone of Brazil's public health, offering universal care and playing a critical role during crises such as the COVID-19 pandemic and climate emergencies. Climate change poses escalating threats to public health, intensifying vulnerabilities and increasing the burden of diseases like tuberculosis. This study focuses on the analysis of events resulting from heavy rains in the state of Rio Grande do Sul, addressing the impacts of climate change, strategies for continued tuberculosis control, logistical and operational challenges and prospects for strengthening the SUS in times of climate crises. With Brazil's high tuberculosis prevalence, climate events, such as the severe 2024 floods in Rio Grande do Sul, disrupted healthcare infrastructure, delayed tuberculosis diagnosis and treatment and worsened health inequities. The floods in Rio Grande do Sul affected 96% of municipalities, displacing over 160 000 people and damaging health centres. Efforts to maintain tuberculosis care included deploying mobile units, relocating diagnostic equipment and implementing extended medication dispensing. The SUS demonstrated resilience, but gaps in real-time case monitoring and health infrastructure persist. Addressing these gaps is critical, especially as climate change exacerbates social vulnerabilities. The need for an effective tuberculosis vaccine has become urgent in mitigating climate-related health crises. Additionally, adopting the one health approach, improving cross-sector collaboration, investing in digital health technologies and empowering communities are essential for building a resilient health system. Integrated policies addressing climate change impacts can safeguard public health and equity in Brazil.
统一卫生系统(Sistema Único de Saúde, SUS)是巴西公共卫生的基石,提供全民保健,并在COVID-19大流行和气候紧急情况等危机期间发挥关键作用。气候变化对公共卫生构成日益严重的威胁,加剧了脆弱性,增加了结核病等疾病的负担。本研究的重点是分析南巴西大德州暴雨导致的事件,解决气候变化的影响、持续控制结核病的战略、后勤和业务挑战以及在气候危机时期加强单一系统的前景。由于巴西的结核病患病率很高,气候事件,如2024年巴西南大德州的严重洪水,破坏了卫生保健基础设施,延误了结核病的诊断和治疗,加剧了卫生不公平现象。南巴西大德州的洪水影响了96%的城市,超过16万人流离失所,卫生中心遭到破坏。维持结核病治疗的努力包括部署流动单位、重新安置诊断设备和扩大药物分配。单一保健系统显示出复原力,但在实时病例监测和卫生基础设施方面仍然存在差距。解决这些差距至关重要,特别是在气候变化加剧社会脆弱性的情况下。在缓解与气候有关的健康危机方面,迫切需要一种有效的结核病疫苗。此外,采用“一个健康”方针、改善跨部门协作、投资于数字卫生技术和增强社区权能,对于建设具有复原力的卫生系统至关重要。应对气候变化影响的综合政策可以保障巴西的公共卫生和公平。
期刊介绍:
BMJ Global Health is an online Open Access journal from BMJ that focuses on publishing high-quality peer-reviewed content pertinent to individuals engaged in global health, including policy makers, funders, researchers, clinicians, and frontline healthcare workers. The journal encompasses all facets of global health, with a special emphasis on submissions addressing underfunded areas such as non-communicable diseases (NCDs). It welcomes research across all study phases and designs, from study protocols to phase I trials to meta-analyses, including small or specialized studies. The journal also encourages opinionated discussions on controversial topics.