Reading the Genes of Microbes to Stop Diseases From Spreading

Marc J. Struelens
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Abstract

COVID-19 has been challenging to stop because the virus was new to humans and keeps changing in ways that make it spread faster and cause disease in many people, which is called an epidemic. Health authorities and doctors must hurry to decide which protection measures, like closing borders or developing vaccines, will work to fight each kind of harmful microbe depending on how dangerous and widespread it is. Fortunately, a new scientific technique called whole genome sequencing can quickly spot and track pathogens—microbes that cause infectious diseases. Whole genome sequencing works well for both disease-causing viruses and bacteria. This technique can help scientists discover new epidemics and reveal how diseases are spreading, aiding health authorities in their quest to stop epidemics much faster. As diseases around the world are being tracked using this method, we stand a better chance of limiting future epidemics like COVID-19.
读取微生物基因,阻止疾病传播
要阻止 COVID-19 的传播是一项挑战,因为这种病毒对人类来说是全新的,它不断变化的方式使其传播速度更快,导致许多人患病,这就是所谓的流行病。卫生当局和医生必须抓紧时间,根据每种有害微生物的危险程度和传播范围,决定采取哪种保护措施(如关闭边境或开发疫苗)来对抗它们。幸运的是,一种名为全基因组测序的新科学技术可以快速发现和追踪病原体--导致传染病的微生物。全基因组测序对致病病毒和细菌都很有效。这项技术可以帮助科学家发现新的流行病,揭示疾病是如何传播的,从而帮助卫生部门更快地阻止流行病的发生。随着全世界的疾病都在使用这种方法进行追踪,我们将有更大的机会限制未来像 COVID-19 这样的流行病。
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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