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Researchers Develop Bed Nets with Antimalarial Compounds to Block Malaria Parasites

New prototypes demonstrate 100% efficacy in killing Plasmodium parasites within mosquitoes, offering a breakthrough in combating insecticide resistance.

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Overview

  • Harvard researchers identified two potent mitochondrial inhibitors from a screen of 81 compounds that block malaria parasite development in mosquitoes.
  • Prototypes of bed nets infused with these compounds killed 100% of Plasmodium parasites at low doses and retained efficacy after one year of storage.
  • The compounds, embedded into bed nets using coating and extrusion methods, remain effective against insecticide-resistant Anopheles mosquitoes.
  • This approach targets parasites within mosquitoes without killing the vector, reducing the risk of insecticide resistance and extending net lifespan.
  • Next steps include safety evaluations, cost-effectiveness analyses, and field trials to prepare for potential large-scale deployment in malaria-endemic regions.