Oksanen Antti, Kärssin Age, Berg Rebecca P K D, Koch Anders, Jokelainen Pikka, Sharma Rajnish, Jenkins Emily, Loginova Olga
Finnish Food Authority, (FINPAR), Elektroniikkatie 3, FI-90590 Oulu, Finland.
Estonian Veterinary and Food Laboratory, Fr. R. Kreutzwaldi 30, 51006 Tartu, Estonia.
Food Waterborne Parasitol. 2022 Jun 18;28:e00167. doi: 10.1016/j.fawpar.2022.e00167. eCollection 2022 Sep.
The finding of in the Arctic was foreseen because captive polar bears and arctic foxes had been found infected during the first decades of the 20th century. Human trichinellosis outbreaks were reported to have taken place in 1944 in Franz Josef Archipelago and 1947 in Greenland, and previous outbreaks in Greenland also appeared to have been trichinellosis. Now, it is known that parasites thrive in the Arctic and subarctic and pose a risk for public health. We collated the available information, which show that infection prevalences are high in many animal host species, and that outbreaks of human trichinellosis have been described also recently. The species diversity of in the Arctic and subarctic is relatively high, and the circulation is in non-domestic cycles with transmission by predation, scavenging and cannibalism. There are also sporadic reports on the synanthropic species in arctic wild mammals with little known or assumed contact to potential synanthropic cycles. In this paper, we summarize the knowledge on epidemiology of parasites in the circumpolar Arctic and subarctic regions, and discuss the challenges and solutions for their control.
北极地区出现这种情况是可以预见的,因为在20世纪的头几十年里,人们发现圈养的北极熊和北极狐受到了感染。据报道,1944年在法兰士约瑟夫地群岛和1947年在格陵兰岛发生了人类旋毛虫病疫情,格陵兰岛此前的疫情似乎也都是旋毛虫病。现在人们知道,旋毛虫寄生虫在北极和亚北极地区大量繁殖,对公众健康构成风险。我们整理了现有信息,这些信息表明,许多动物宿主物种的感染率很高,而且最近也有关于人类旋毛虫病疫情的描述。北极和亚北极地区旋毛虫的物种多样性相对较高,其传播处于非家养循环,通过捕食、食腐和同类相食进行传播。也有关于北极野生哺乳动物中与人类共生的旋毛虫物种的零星报道,人们对其与潜在人类共生循环的接触知之甚少或仅作假设。在本文中,我们总结了环极北极和亚北极地区旋毛虫寄生虫的流行病学知识,并讨论了控制这些寄生虫的挑战和解决方案。