pntd.0009712.s011.xlsx (13.22 kB)
Egg burden interaction models for S. haematobium vs S. mansoni.
dataset
posted on 2021-09-27, 17:32 authored by Isabel J. Jones, Susanne H. Sokolow, Andrew J. Chamberlin, Andrea J. Lund, Nicolas Jouanard, Lydie Bandagny, Raphaël Ndione, Simon Senghor, Anne-Marie Schacht, Gilles Riveau, Skylar R. Hopkins, Jason R. Rohr, Justin V. Remais, Kevin D. Lafferty, Armand M. Kuris, Chelsea L. Wood, Giulio De LeoResults of egg burden models (negative binomial GLMM) testing for differences in infection outcomes in children for S. haematobium vs. S. mansoni, given water access site shoreline length, circumscription, and snail habitat (non-emergent vegetation). Differences in infection outcomes for the two species were assessed using an interaction term for each ecological variable of interest and schistosome species. Shown are models that integrated non-emergent vegetation coverage in nearshore extents (1 m to 5 m sampling radii) and offshore extents (45 m to 120 m sampling radii). All predictors were centered and scaled. Bolded p-values represent statistically significant factors.
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much greater radiusenvironmental factors drivingdiv >< p16 villages locateddifferent spatial extentsconsider different ecologicalschistosome parasites infectspatial sampling radiusbiomphalaria pfeifferi senegal river basinschistosoma haematobium shore also contributespatial distributionshaematobium snail samplingecological driversschistosome speciesmansoni bulinus snail habitatsingle speciesshape characteristicsseparately evaluatedschistosome infectionsaharan africarenewed importanceregion hyperendemicpositively correlatedpeople mayone speciesglobal burdenfirst analyzedfindings highlightdemographic variablescould varyalso associated>, respectively
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