How to Stop the Next Pandemic; Approach that Aims to Prevent the Emergence and Spread of Novel Pathogens

O. Nyarko, Y. Hardy, F. Ankobea-Kokroe, Gilda Opoku, S. Konadu, Edna Naa Ashiokor Mensah
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Abstract

Introduction and Origin of Emerging Infections Forty (40) years ago, the World Health Organization officially declared the smallpox eradicated at the 33rd World health assembly in May 1980 [1]. The lessons learnt from that victory such as the use of new technology and international cooperation amongst others have aided in the fight against other infectious diseases and can also help us in the fight against emerging infections. Infectious diseases remain amongst the leading causes of death worldwide and particularly in sub-Saharan Africa [2]. New infections emerge periodically and contribute significantly to the global burden of disease morbidity and mortality [3,4]. Majority of these emerging infections are especially of viral but also bacterial origin [5]. About half of pathogenic microorganisms found in wildlife and livestock are zoonotic [5-7]. Most pandemics known to humans originated from animal species, wildlife, domestic animals and livestock [5]. Animal species thus serve as reservoirs of pathogens that can potentially threaten the existence of the human race [8].
如何阻止下一次大流行;旨在防止新病原体出现和传播的方法
40年前,世界卫生组织在1980年5月举行的第33届世界卫生大会上正式宣布天花已被根除。从这一胜利中吸取的教训,如新技术的使用和国际合作,有助于防治其他传染病,也可以帮助我们防治新出现的传染病。传染病仍然是全世界特别是撒哈拉以南非洲地区的主要死亡原因之一。新的感染会周期性出现,并对全球疾病发病率和死亡率造成重大负担[3,4]。这些新出现的感染大多是病毒性的,但也有细菌性的。在野生动物和牲畜中发现的病原微生物中约有一半是人畜共患的[5-7]。人类已知的大多数流行病起源于动物物种、野生动物、家畜和牲畜。因此,动物物种是病原体的宿主,可能威胁到人类的生存。
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