Zembere Kennedy, Kalonde Patrick Ken, Bickton Fanuel Meckson
Malawi-Liverpool-Wellcome Programme, Blantyre, Malawi.
Liverpool School of Tropical Medicine, Liverpool, UK.
Parasitol Res. 2025 Aug 18;124(8):93. doi: 10.1007/s00436-025-08534-9.
Over a century has passed since the discovery that the female anopheline mosquito is a vector of malaria, prompting extensive efforts to combat the disease. Vector control remains the primary malaria prevention strategy, accounting for a remarkable 65% reduction in malaria cases between 2000 and 2015. A thorough understanding of the fundamental biology of malaria vectors is essential for national malaria control programmes, governments, and local communities to implement sustainable and effective vector control measures. This article explores the key aspects of mosquito biology, such as adult and juvenile life stages, the intrinsic incubation period, and blood-seeking behaviour, within the context of the mosquito life cycle. By emphasizing the importance of this knowledge, we illustrate how it can inform community-level control initiatives and guide national programmes in designing more effective interventions for vector-borne disease management. Furthermore, the article underscores how researchers can harness these biological insights to develop and deploy innovative tools that have the potential to revolutionize malaria control efforts.
自发现雌性按蚊是疟疾的传播媒介以来，已经过去了一个多世纪，这促使人们为抗击这种疾病付出了巨大努力。病媒控制仍然是主要的疟疾预防策略，在2000年至2015年间，疟疾病例显著减少了65%。全面了解疟疾传播媒介的基本生物学特性，对于国家疟疾控制项目、政府和当地社区实施可持续且有效的病媒控制措施至关重要。本文在蚊子生命周期的背景下，探讨了蚊子生物学的关键方面，如成虫和幼虫阶段、内在潜伏期以及吸血行为。通过强调这些知识的重要性，我们阐述了它如何为社区层面的控制举措提供信息，并指导国家项目设计更有效的病媒传播疾病管理干预措施。此外，本文强调了研究人员如何利用这些生物学见解来开发和部署创新工具，这些工具有可能彻底改变疟疾控制工作。
