ppat.1009870.s005.docx (250.67 kB)
Sugar feeding protects the female mosquito Ae. aegypti against SFV infection.
journal contribution
posted on 2021-09-02, 17:37 authored by Floriane Almire, Selim Terhzaz, Sandra Terry, Melanie McFarlane, Rommel J. Gestuveo, Agnieszka M. Szemiel, Margus Varjak, Alma McDonald, Alain Kohl, Emilie PondevilleSFV infection, dissemination and transmission potential prevalence (in percentage and numbers in brackets). The p values indicate statistical significance of the treatments effect on prevalence assessed with a Chi-square test (compared to No bacteria—No sucrose group). ns, p value > 0.05. Data corresponding to graph presented on Fig 6E.
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div >< pchikungunya viruses ),almost exclusively feedsugar intake priormaintains antiviral immunitysugar feeding increaseslowers infection prevalenceaedes aegypti enhancing gut immunitysugar feeding protectsmosquito females requiremain arbovirus vectorinfected blood mealmosquito antiviral immunitysugar feedingprotects femalesmosquito immunityaegypti mosquito vectorantiviral roleinduced immunitymosquito femalesblood mealg e ae transmission potentialthereby decreasingpartly inhibitsnumerous pathogensnatural settingsmostly studiedmodel organismskey regulatorimmune systemgut microbiotaget carbohydratesfindings uncoverfindings suggestfemale mosquitoesenergy reservesdisease outcomedigestive tractdifferent familiesdata demonstratecrucial roleblood mealsarboviral infection
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