Pandemic Preparedness - Political Perspectives

H. Brüssow
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Abstract

Pandemic preparedness is explored for the antibiotic resistance crisis and the threat of a next viral pandemic. Bacterial pathogens escaping from control by antibiotics are well defined and resistance develops over decades while a next viral pandemic occurs suddenly with a novel virus. The death toll for resistant bacterial infections is reviewed and the scientific and economic hurdles to the development of new antibiotics are discussed. Regulatory adaptations and financial push and pull programs to restimulate new antibiotic development are explored. The COVID-19 pandemic caused not only millions of deaths, but also economic losses in excess of 10 trillion US dollars. Coronaviruses and influenza viruses remain usual suspects for new viral pandemics, followed by paramyxoviruses. Viral infections at the animal-human interface in wet markets and in disturbed environments need active virus surveillance programs. Learning lessons from the COVID-19 for non-pharmaceutical interventions are difficult to draw since measures were frequently applied in combination and against different variant viruses and against changing population immunity levels. The RECOVERY clinical trials demonstrated that even under emergency situations clinical trials can rapidly provide solid treatment data. Various novel vaccine approaches were the most efficient control measure for the COVID-19 pandemic. Pandemic preparedness also requires a fact-based discussion both in the public and in parliaments to settle the conflict between individual freedom and necessary restriction during a pandemic. Mature and educated citizens are needed not only for coping with pandemics but also for creating stress-resistant democratic societies. Learned scientific societies should contribute to this discussion.
防范大流行病--政治视角
针对抗生素耐药性危机和下一次病毒大流行的威胁,探讨了大流行病的防范措施。摆脱抗生素控制的细菌病原体定义明确,其耐药性的产生历经数十年,而下一次病毒大流行则是由一种新型病毒突然引发的。本文回顾了耐药性细菌感染造成的死亡人数,并讨论了开发新型抗生素所面临的科学和经济障碍。探讨了重新刺激新抗生素开发的监管调整和财政推拉计划。COVID-19 大流行不仅造成数百万人死亡,还造成了超过 10 万亿美元的经济损失。冠状病毒和流感病毒仍是新病毒大流行的常见病毒,其次是副粘病毒。在潮湿的市场和混乱的环境中,人与动物之间的病毒感染需要积极的病毒监测计划。从 COVID-19 事件中很难总结出非药物干预措施的经验教训,因为这些措施往往是针对不同变异病毒和不断变化的人群免疫水平而联合使用的。RECOVERY 临床试验表明,即使在紧急情况下,临床试验也能迅速提供可靠的治疗数据。在 COVID-19 大流行中,各种新型疫苗是最有效的控制措施。防范大流行病还需要在公众和议会中开展基于事实的讨论,以解决大流行病期间个人自由与必要限制之间的冲突。不仅需要成熟和受过教育的公民来应对大流行病,还需要他们来创建抗压的民主社会。有学识的科学协会应为这一讨论做出贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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