a Rabies Section , LYSSA LLC , Cumming , GA , USA.
b Infectious Disease Division, Department of Medicine , The Indus Hospital , Karachi , Pakistan.
Expert Rev Vaccines. 2019 Jun;18(6):629-640. doi: 10.1080/14760584.2019.1627205. Epub 2019 Jun 10.
: Rabies is a serious, neglected tropical disease. Zoonotic agents are RNA viruses (Genus Lyssavirus, Family Rhabdoviridae), global in distribution. As an acute, progressive, incurable encephalitis, rabies has the highest case fatality of any infectious disease. Warm-blooded vertebrates are susceptible hosts. Major mammalian reservoirs include mesocarnivores and bats. Given wildlife perpetuation, rabies is not eradicable, but is preventable and controllable, especially under newly available international guidelines. : Literature review over the past 5 years reveals development of sensitive, specific diagnostic tests and safe and highly effective human and veterinary vaccines. Yet, tens of thousands of human fatalities occur annually, usually in Africa and Asia, primarily after canine exposure. Human and domestic animal vaccination, before or after exposure, is the single greatest preventative strategy following a rabid animal bite. : Significant progress occurred during the twenty-first century regarding vaccine development, doses, and schedules. Remaining barriers to widespread rabies vaccination include an inter-related set of economic, cultural, social, educational, ecological and technological factors. A basic understanding of local and regional root causes of cases historically allows for broader accessibility to vaccination in a trans-disciplinary fashion to meet the global elimination of human rabies caused via dogs (GEHRD) by 2030.
狂犬病是一种严重的、被忽视的热带病。人畜共患病原体是 RNA 病毒(属 Lyssavirus,科 Rhabdoviridae),分布广泛。狂犬病是一种急性、进行性、无法治愈的脑炎,是所有传染病中病死率最高的疾病。温血脊椎动物是易感宿主。主要的哺乳动物宿主包括中型食肉动物和蝙蝠。鉴于野生动物的持续存在,狂犬病无法被根除,但可以预防和控制,尤其是在新的国际指南下。
过去 5 年的文献回顾表明,敏感、特异的诊断检测方法以及安全有效的人类和兽医疫苗已经得到了发展。然而,每年仍有数千人死亡,主要发生在非洲和亚洲,主要是在被犬类咬伤之后。人类和家养动物在暴露前或暴露后接种疫苗,是被狂犬病动物咬伤后唯一最有效的预防策略。
在疫苗开发、剂量和方案方面,二十一世纪取得了重大进展。广泛开展狂犬病疫苗接种的剩余障碍包括一系列相互关联的经济、文化、社会、教育、生态和技术因素。对历史上病例的局部和区域根本原因的基本了解,可以以跨学科的方式更广泛地提供疫苗接种,以实现到 2030 年消除由狗引起的人类狂犬病(GEHRD)的目标。