University of San Carlos of Guatemala, Faculty of Chemical Sciences and Pharmacy, School of Biology, Laboratory of Applied Entomology and Parasitology (LENAP-USAC), Guatemala City, Guatemala.
University of San Carlos of Guatemala, Faculty of Chemical Sciences and Pharmacy, School of Biology, Laboratory of Applied Entomology and Parasitology (LENAP-USAC), Guatemala City, Guatemala.
Acta Trop. 2022 Jan;225:106157. doi: 10.1016/j.actatropica.2021.106157. Epub 2021 Oct 9.
The Pan American Health Organization (PAHO) has defined Chagas Disease hotspots in Central America associated with the vector Triatoma spp. Triatoma dimidiata is a native vector adapted to multiple environments, including intra-domestic and peri-domestic habitats. A multi-institutional project named "Alliances for the elimination of Chagas in Central America" was created to help reduce the incidence of the disease in the region. Activities performed in the field as part of the project included aspects of vector surveillance and control, improvement of houses, diagnosis and treatment of individuals, health promotion, training of human resources and identification of access barriers to diagnosis and treatment. As a base line study, eleven villages, comprised of 1,572 households, were entomologically evaluated (83.4% overall participation); five were found to have very high infestation rates (>20%), three had high infestation rates (8-20%) and three had low-infestation rates (<8%), coinciding with the category of infestation-risk of the houses within each village. Serological tests were carried out in 812 people (>80% participation) in two of the 11 villages and none of the 128 children tested, less than 5 years of age, were positive for Trypanosoma cruzi infection. Community participation in all the activities was high (>70%). The collaboration between several subnational, national, and international institutions, each with specific roles, promoted community participation in the activities of vector control and patient care, thus, establishing a baseline to continue implementing and monitoring project progress.
泛美卫生组织(PAHO)已确定中美洲与媒介三锥虫属相关的恰加斯病热点地区。三锥猎蝽是一种适应多种环境的本地媒介,包括室内和周边环境。一个名为“中美洲消除恰加斯病联盟”的多机构项目成立,旨在帮助减少该地区的疾病发生率。该项目在实地开展的活动包括媒介监测和控制、房屋改善、个体诊断和治疗、健康促进、人力资源培训以及确定诊断和治疗障碍等方面。作为基线研究,对 11 个村庄的 1572 户家庭进行了昆虫学评估(总体参与率为 83.4%);其中 5 个村庄的感染率非常高(>20%),3 个村庄的感染率高(8-20%),3 个村庄的感染率低(<8%),与每个村庄内房屋的感染风险类别相符。在 11 个村庄中的 2 个村庄对 812 人进行了血清学检测(>80%的参与率),在 128 名年龄小于 5 岁的儿童中,没有检测到克氏锥虫感染呈阳性。社区对所有活动的参与度都很高(>70%)。几个次国家、国家和国际机构之间的合作,每个机构都有特定的角色,促进了社区参与控制媒介和患者护理的活动,从而建立了一个基线,以继续实施和监测项目进展。