Publications by authors named "E A Bernard"

Article Synopsis
  • Next-generation insecticide-treated bed nets (ITNs), which combine new insecticides or add synergists, are essential for fighting malaria, especially in regions with mosquito resistance to traditional pyrethroid nets.
  • A study in Misungwi, Tanzania, tested the effectiveness of three types of these new nets over three years, comparing them against the standard Interceptor net; tests revealed they showed better efficacy against malaria-carrying mosquitoes.
  • While over 80% of the new nets were effective after three years for susceptible mosquitoes, their effectiveness against resistant strains declined over time, indicating the need for ongoing research and potential replacements for long-term malaria control.
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New classes of long-lasting insecticidal nets (LLINs), have been recommended by the World Health Organization (WHO) to control malaria vectors resistant to pyrethroid insecticides. This study was nested in a large-scale cluster-randomized controlled trial conducted (cRCT) in Tanzania. A series of experimental hut trials (EHTs) aimed to evaluate the bio-efficacy of trial LLINs on mosquito indicators most pertinent to malaria transmission over 3 years of use in the community in order to better understand the outcomes of the cRCT.

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Alphavirus infection induces dramatic remodeling of host cellular membranes, producing filopodia-like and intercellular extensions. The formation of filopodia-like extensions has been primarily assigned to the replication protein nsP1, which binds and reshapes the host plasma membrane when expressed alone. While reported decades ago, the molecular mechanisms behind nsP1 membrane deformation remain unknown.

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Water resources play a crucial role in the global water cycle and are affected by human activities and climate change. However, the impacts of hydropower infrastructures on the surface water extent and volume cycle are not well known. We used a multi-satellite approach to quantify the surface water storage variations over the 2000-2020 period and relate these variations to climate-induced and anthropogenic factors over the whole basin.

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