Publications by authors named "Verah Nafula Luande"

Surveillance of mosquito vectors is critical for early detection, prevention and control of vector borne diseases. In this study we used advanced molecular tools, such as DNA barcoding in combination with novel sequencing technologies to discover new and already known viruses in genetically identified mosquito species. Mosquitoes were captured using BG sentinel traps in Western Kenya during May and July 2019, and homogenized individually before pooled into groups of ten mosquitoes.

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Malaria elimination and eradication efforts have stalled globally. Further, asymptomatic infections as silent transmission reservoirs are considered a major challenge to malaria elimination efforts. There is increased interest in a mass screen-and-treat (MSAT) strategy as an alternative to mass drug administration to reduce malaria burden and transmission in endemic settings.

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The mosquito species is a known vector of several pathogens and occurs in two distinct bioforms, and . The bioform thrives in urban environments where there are below-ground habitats; it can mate in confined spaces and feed on mammals as well as birds. In contrast, the bioform is found above ground, is thought to require more space for mating, and mainly feeds on birds.

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Synopsis of recent research by authors named "Verah Nafula Luande"

  • - Verah Nafula Luande's research primarily focuses on mosquito-borne diseases, employing advanced molecular techniques to identify novel viral strains and evaluate intervention strategies for vector management and disease prevention in endemic regions.
  • - In her 2024 study, she discovered new strains of Culex flavivirus and Hubei chryso-like virus in Anopheles mosquitoes in Western Kenya, emphasizing the importance of molecular surveillance for effective control of vector-borne illnesses.
  • - Luande conducted a systematic review in 2021 on the effectiveness and cost-effectiveness of mass screen-and-treat (MSAT) interventions for malaria control, addressing the challenges posed by asymptomatic malaria infections to global elimination efforts.