Publications by authors named "A Massawe"

Article Synopsis
  • The study examined the presence of specific antibodies in rodents and livestock (cattle and goats) in the Kilombero district of Tanzania, linking them to various agricultural activities.
  • The research involved capturing 179 rodents and collecting samples from 200 livestock across different agricultural settings, utilizing a microscopic agglutination test for identification.
  • Results showed a seroprevalence of 17.3% in rodents and 8.3% in livestock, with variations based on the type of settlement and higher antibody levels during the rainy season, indicating potential zoonotic transmission related to occupational exposure.
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Background: Understanding movement patterns of rodent pests is essential for planning management strategies. Currently, for many rural village contexts, there is limited information on how rodents move between domestic and peridomestic areas, and the surrounding habitats. We investigated movement of the multimammate rat, Mastomys natalensis and the black rat, Rattus rattus in nine villages in Kilombero District, Tanzania.

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Over the past decades, the number of arthropod-borne virus (arbovirus) outbreaks has increased worldwide. Knowledge regarding the sylvatic cycle (i.e.

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The emergence of insecticide resistance and its spread through populations of malaria vectors has decreased the number of insecticides available for control. Insecticide resistance has been observed in vector populations across sub-Saharan Africa in malaria endemic areas. Therefore, new compounds with different modes of action are needed that can be used in the management of resistance.

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Understanding rodent-ectoparasite interactions and the factors driving them is important in understanding the epidemiology of diseases involving an arthropod vector. Fleas are the primary vector for , the bacteria that causes plague and monitoring of flea population is essential for planning the potential mitigation measures to prevent the disease outbreak. In this study, we investigated flea abundance, community structure and the potential factors driving flea infestation in areas with frequent (persistent) and non-frequent plague (non-persistent) outbreaks.

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