Kelly Patrick H, Davis Julie, Tan Ye, Marick Harrison M, Davidson Alexander, Estrada-Peña Agustín, Moïsi Jennifer C, Stark James H
U.S. Medical Affairs, Vaccines, U.S. Commercial Division, Pfizer, Collegeville, PA, USA.
Clarivate Analytics, Phoenix, AZ, USA.
Curr Res Parasitol Vector Borne Dis. 2025 Jul 15;8:100297. doi: 10.1016/j.crpvbd.2025.100297. eCollection 2025.
Ticks of the complex are the primary vectors of (), the complex of genospecies that cause Lyme borreliosis, in Europe and North America. We summarized the tick surveillance data of host-seeking nymphs in Europe between 1999 and 2022 to quantify and map the occurrence and () genospecies infection prevalence (NIP) across the continent in high resolution. Geocoordinates or reported subnational administrative units were extracted where tick surveillance data were collected and validated with previous systematic literature reviews to ensure comprehensiveness. Data were grouped according to country, year, and individual () genospecies and quantified random effects. In total, 278,189 host-seeking nymphs from 152 studies across 27 European countries were extracted. Overall NIP was 11.1% across Europe, with the highest NIP in eastern European countries (> 27%) and the lowest NIP within the United Kingdom (< 4.2%). had the broadest distribution and highest NIP among the genospecies (4.7%). Importantly, this work provides a publicly available and highly precise geographically comprehensive database of the relative abundance and prevalence of () infection in host-seeking nymphs in Europe. These data can be utilized by researchers for further use and analyses of Lyme borreliosis.
该复合体的蜱虫是导致莱姆病的基因种复合体()在欧洲和北美的主要传播媒介。我们总结了1999年至2022年欧洲寻找宿主若虫的蜱虫监测数据,以高分辨率量化并绘制整个欧洲该基因种复合体感染率(NIP)的发生情况和分布地图。提取了收集蜱虫监测数据的地理坐标或报告的次国家级行政单位,并与之前的系统文献综述进行验证,以确保全面性。数据按国家、年份和单个基因种进行分组,并对随机效应进行量化。总共从27个欧洲国家的152项研究中提取了278,189只寻找宿主的若虫。欧洲的总体NIP为11.1%,东欧国家的NIP最高(>27%),英国的NIP最低(<4.2%)。在基因种中分布最广且NIP最高(4.7%)。重要的是,这项工作提供了一个公开可用且地理上高度精确的全面数据库,记录了欧洲寻找宿主若虫中感染的相对丰度和感染率。研究人员可以利用这些数据进一步研究和分析莱姆病。