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Understanding mosquito host-choice behaviour: a new and low-cost method of identifying the sex of human hosts from mosquito blood meals.

Fiona TeltscherSophie BouvaineGabriella GibsonPaul DyerJennifer GuestStephen YoungRichard J Hopkins
Published in: Parasites & vectors (2021)
The method described here, developed using mosquitoes fed on volunteers, can be applied to field-caught mosquitoes to determine the host species and the biological sex of human hosts on which they have blood fed. Two important vector species were tested successfully in our laboratory experiments, demonstrating the potential of this technique to improve epidemiological models of vector-borne diseases. This viable and low-cost approach has the capacity to improve our understanding of vector-borne disease transmission, specifically gender differences in exposure and attractiveness to mosquitoes. The data gathered from field studies using our method can be used to shape new transmission models and aid in the implementation of more effective and targeted vector control strategies by enabling a better understanding of the drivers of vector-host interactions.
Keyphrases
  • low cost
  • aedes aegypti
  • dengue virus
  • endothelial cells
  • zika virus
  • primary care
  • induced pluripotent stem cells
  • machine learning
  • deep learning
  • artificial intelligence