被实验室确诊的狂犬病动物咬伤或接触后的人类狂犬病发病率

Kanwarpreet S. Sandhu, Pahul K. Bawa, Bhupinder S. Sandhu
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摘要

背景:狂犬病是印度旁遮普省重要的地方性致命人畜共患病之一。本研究调查了被实验室确诊的狂犬病动物咬伤/接触过的人的狂犬病发病率,以及使用疫苗或狂犬病免疫球蛋白(RIG)后的发病率和临床流行病学研究:2021 年 8 月至 2022 年 9 月期间,在印度旁遮普省古鲁-安加德-德夫兽医和动物科学大学(GADVASU)狂犬病诊断实验室(RDL)对四十(40)只疑似狂犬病动物进行了直接荧光抗体检测(dFAT)诊断。为了获得有关狂犬病动物接触/咬伤人类、人类死亡、受害者的人口统计学和流行病学信息,我们准备了一份详细的调查问卷:在四十(40)例狂犬病疑似病例中,有三十(75%)例经狂犬病病毒检测呈阳性。流浪狗和宠物狗的狂犬病实验室确诊率分别为 60.80% 和 21.73%。所有宠物狗都接种了疫苗,但流浪狗没有接种疫苗。水牛和牛的狂犬病发病率分别为77.77%和100%。此外,在接触狂犬病动物的人类中(59 例),男性的风险高于女性。人类狂犬病发病率为 3.38%(2/59)。城市流浪狗是成年男性下肢被狗咬伤的高发人群(60.80%),其次是儿童。98.3%的人在接触狂犬病动物后接种了疫苗。有两例人类狂犬病是由于没有接种疫苗或狂犬病病毒感染所致:结论:接种疫苗是印度控制狂犬病的重要步骤。有必要对街头流浪狗进行综合全面的管理和咬伤处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Incidence of human rabies following bite or exposure to laboratory confirmed rabid animals
Background: Rabies is one of the important endemic fatal zoonotic viral disease afflicting humans and animals in Punjab, India. The present study investigated the incidence of rabies in humans bitten/exposed to laboratory confirmed rabid animals, as well as incidence after use of vaccine or rabies immunoglobulin (RIG) and clinico-epidemiological studies. Methods: A study was conducted during August 2021 to September 2022 on forty (40) rabies suspected animals presented to diagnose rabies by direct fluorescent antibody test (dFAT) at rabies diagnostic laboratory (RDL), Guru Angad Dev Veterinary and Animal Sciences University (GADVASU), Punjab, India. A detailed questionnaire was prepared for obtaining information about exposure/bite of humans by rabid animals, death of humans, demographic and epidemiological information of victims. Results: Out of total forty (40) suspected rabies cases, 30(75%) were found positive for rabies by dFAT. Laboratory confirmed rabies (LCR) incidence was 60.80% and 21.73% in stray and pet dogs, respectively. All pet dogs were vaccinated but no stray dog was vaccinated. The LCR incidence in buffaloes and cattle was 77.77% and 100%, respectively. Further in humans exposed to rabid animals (59), males were at more risk than females. The human rabies incidence was 3.38% (2/59). Highest incidence of dog bites in adult males on lower limb was observed from urban stray dogs (60.80%) followed by children. Post exposure vaccination was given to 98.3% humans exposed to rabid animals. Human’s rabies in two cases was due to no vaccination or RIG. Conclusions: Vaccination is an important step in controlling rabies in India. There is a need for integrated and comprehensive management of street dogs and bite management.  
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