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Effective long-term control of Echinococcus multilocularis in a mixed rural-urban area in southern Germany

机译:在德国南部城乡混合地区有效地长期控制多叶棘球oc虫

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摘要

Effective preventive strategies are available to control Echinococcus multilocularis in foxes in order to reduce the human infection risk. Reduction of E. multilocularis prevalence in foxes was achieved in various studies by distributing praziquantel-containing bait by hand or by aircraft in either rural or settlement areas. Here, an integrated approach is described from southern Germany (district of Starnberg). Baseline data were obtained in winter 2002/03, when the prevalence rate in the project area was 51%. Between December 2005 and December 2011, air distribution of bait in agricultural and recreational areas was combined with distribution by hand in towns and villages, in order to cover the entire fox population, with a bait density of 50 pieces / km2 (baiting area: 213 km2). In addition, a control area without anthelmintic treatment was selected. Prevalence was reduced in the baiting area to 1% by March 2007. Subsequently, from 2007 to the end of 2011, prevalence rates remained at a low level with 2.4% (2007), 2.4% (2008), 2.6% (2009), 1.2% (2010) and 0.0% (2011). In the un-baited control area the prevalence rates remained high, ranging from 19.6% to 35.1% with an average of 27.3%. During the 6 years of anthelmintic treatment, differences between baiting and control areas were highly significant (P<0.001). In the suburban and urban parts of the study area prevalence could be reduced to less than 1%, i.e. to a level below the limit of detection, which was maintained even after the measures had been discontinued. The applicability and effectiveness of anthelmintic baiting was therefore confirmed even for a heavily settled and fragmented landscape, which posed challenges for practical application of the control measures. The cost of the project ranged between € 1.70 and € 2.00 per inhabitant of the baiting area per year.
机译:有效的预防策略可用于控制狐狸中的多叶棘球oc球菌,以降低人类感染的风险。在各种研究中,通过手工或通过飞机在农村或定居区分发含有吡喹酮的诱饵,可以降低狐狸中多眼大肠杆菌的患病率。这里,描述了德国南部(施塔恩贝格区)的一种综合方法。在2002/03年冬季获得了基线数据,当时项目区域的患病率为51%。在2005年12月至2011年12月之间,将诱饵在农业和休闲区的空气分配与在城镇和村庄中的人工分配相结合,以覆盖整个狐狸种群,诱饵密度为50个/ km 2 < / sup>(诱饵区:213 km 2 )。另外,选择没有驱虫治疗的对照区域。到2007年3月,诱饵区域的患病率降低到1%。随后,从2007年到2011年底,患病率一直处于较低水平,分别为2.4%(2007),2.4%(2008),2.6%(2009), 1.2%(2010)和0.0%(2011)。在没有诱饵的控制区,患病率仍然很高,从19.6%到35.1%,平均为27.3%。在六年的驱虫治疗期间,诱饵区和控制区之间的差异非常显着(P <0.001)。在研究区域的郊区和城市地区,患病率可降低至1%以下,即降至检测限以下,即使在停止措施后仍可保持这种水平。因此,即使在一个严重定居和零散的景观中,也证实了驱虫诱饵的适用性和有效性,这为控制措施的实际应用提出了挑战。该项目的成本每年在诱饵区每位居民每年1.70欧元至2.00欧元之间。

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