军事活动对苏梅地区ASF流行病形势的影响

Yevhen Dudnyk, T. Fotina
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引用次数: 0

摘要

利用乌克兰国家食品安全和消费者保护服务局关于乌克兰非洲猪瘟病例的公开信息,考虑到军事活动的后果,分析了苏梅地区非洲猪瘟的流行病学情况。在审议该病毒的传播方式时,揭示了俄罗斯联邦的武装侵略对该疾病传播的主要危险因素的影响。我们认为,野猪的数量在过去一年中在该地区增加了19.3%,由于狩猎禁令,它们不受猎人的管制,仍然是传播病毒的特别危险的方式。敌对行动、炮击和军事装备在受非洲猪瘟影响地区的移动直接影响到受到干扰的野生动物的迁徙过程,这可以迅速将病毒远距离传播,在人群中传播,并将其传染给家畜。该疾病传播的一个重要人为因素是军事基地地区受到未经加工的食品残渣的混乱污染,这些食品残渣可能含有活病毒,并与其他污染物一起污染环境。因此,国家预防动物流行病的措施和监测传染病的方法应该更新,以反映当今的现实。为了在禁止监测扑杀的条件下控制苏梅地区野生动物中ASF病毒的传播,采用Real-Time PCR对3个林场的25份拭子、饲料残渣和粪便样本进行了研究。在100%的样本中,没有检测到非洲猪瘟病毒DNA,这意味着阴性结果。然而,在所研究的森林中可能没有该病,但这并没有阻止该地区在2022年期间在家畜中发生三次非洲猪瘟疫情,与2021年的阳性病例相比,这是动物流行病形势的重大恶化。因此,苏梅地区关于非洲猪瘟的流行病学情况仍然不利,需要引起高度重视,因为许多因素在和平时期是危险的和非典型的,可能对许多传染病的传播产生重大影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The effect of military activities on the epizootic situation of ASF in the Sumy region
Using publicly available information from the State Service of Ukraine on Food Safety and Consumer Protection on the cases of African swine fever in Ukraine, the epidemiological situation regarding ASF in the Sumy region was analyzed, taking into account the consequences of military activities. When considering the ways of spreading the virus, the impact of the armed aggression of the Russian Federation on the main risk factors for the spread of the disease was revealed. In our opinion, wild boars, the number of which has increased by 19.3 % in the region over the past year and which is not regulated by hunters due to the hunting ban, remain a particularly dangerous way of spreading the virus. Hostilities, shelling and the movement of military equipment through the ASF-affected regions directly affect the migration processes of disturbed wildlife, which can quickly spread the virus over long distances, spread it within the population and transmit it to the domestic livestock. An important anthropogenic factor in the spread of the disease is the chaotic contamination of military base areas with unprocessed food residues that may contain a viable virus and, together with other fomites, contaminate the environment. Therefore, state anti-epizootic measures and methods of monitoring infectious diseases should be updated to reflect the realities of today. To control the circulation of the ASF virus among wildlife in the Sumy region under the conditions of a ban on monitoring culling, 25 samples of swabs, feed residues and feces from the feeding grounds of three forestries were studied using Real-Time PCR. In 100 % of the samples, no African swine fever virus DNA was detected, which means a negative result. However, the probable absence of the disease within the studied forestries did not prevent the region from having three outbreaks of ASF among domestic animals during 2022, which is a significant deterioration in the epizootic situation compared to the positive case-free year of 2021. Thus, the epidemiological situation regarding African swine fever in the Sumy region remains unfavorable and requires significant attention due to a number of factors that are dangerous and atypical for peacetime and may significantly affect the spread of numerous infectious diseases.
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