Martín-Park Abdiel, Contreras-Perera Yamili, Che-Mendoza Azael, Pérez-Carrillo Silvia, Pavía-Ruz Norma, Villegas-Chim Josué, Trujillo-Peña Emilio, Bibiano-Marín Wilberth, Medina-Barreiro Anuar, González-Olvera Gabriela, Navarrete-Carballo Juan, Puerta-Guardo Henry, Ayora-Talavera Guadalupe, Delfín-González Hugo, Palacio-Vargas Jorge, Correa-Morales Fabián, Bezerra Haroldo Sergio da Silva, Coelho Giovanni, Vazquez-Prokopec Gonzalo, Xi Zhiyong, Manrique-Saide Pablo, Gómez-Dantes Héctor
Laboratorio para el Control Biológico de Aedes aegypti (LCB-UADY), Unidad Colaborativa de Bioensayos Entomológicos, Campus de Ciencias Biológicas y Agropecuarias, Universidad Autónoma de Yucatán, Merida 97100, Mexico.
Institut de Recherche pour le Développement (IRD), MIVEGEC, University of Montpellier, 34394 Montpellier, France.
Insects. 2024 Dec 12;15(12):987. doi: 10.3390/insects15120987.
The future of control emphasizes the transition from traditional insecticides toward more sustainable and multisectoral integrated strategies, like using -carrying mosquitoes for population suppression or replacement. We reviewed the integration of the successful Mexican initiative, "Mosquitos Buenos", with the key challenges outlined in the PAHO guidelines for incorporating innovative approaches into vector control programs. These challenges include establishing essential infrastructure, training personnel, managing field operations, and fostering community support. Our experience provides critical evidence to support the strategic National Plan for implementing and integrating IIT-SIT technologies to control and dengue. Furthermore, this experience serves as a foundation for other countries in the region interested in adopting these technologies. It underscores the importance of strategic planning, multisectoral collaboration, continuous evaluation, and scaling up innovative tools to ensure their long-term effectiveness and sustainability in urban areas where vectors and the diseases they transmit are endemic.
控制的未来强调从传统杀虫剂向更具可持续性和多部门综合策略的转变，比如利用携带沃尔巴克氏体的蚊子来抑制或取代种群。我们回顾了墨西哥成功的倡议“好蚊子”与泛美卫生组织（PAHO）指南中概述的将创新方法纳入病媒控制项目的关键挑战的整合情况。这些挑战包括建立必要的基础设施、培训人员、管理实地行动以及促进社区支持。我们的经验为支持实施和整合昆虫不育技术（IIT）-昆虫绝育技术（SIT）以控制疟疾和登革热的国家战略计划提供了关键证据。此外，这一经验为该地区其他有兴趣采用这些技术的国家奠定了基础。它强调了战略规划、多部门合作、持续评估以及扩大创新工具规模的重要性，以确保它们在病媒及其传播疾病流行的城市地区的长期有效性和可持续性。
