MINT-data-v20230208

Churcher, T; Stopard, I; Hamlet, A; Dee, D; Sanou, A; Rowland, MORCID logo; Guelbeogo, M; Emidi, B; Mosha, J; Challenger, J; Denz, A; Charles, G; Russell, E; Fitzjohn, R; Winskill, P; Fornadel, C; Mclean, T; Digre, P; Wagman, J; Mosha, F; Cook, JORCID logo; Akogbéto, M; Djogbenou, L; Ranson, H; Manjurano, A; N'fale, S; Protopopoff, NORCID logo; Accrombessi, MORCID logo; Ngufor, CORCID logo; Foster, G and Sherrard-Smith, E (2023). MINT-data-v20230208. [Dataset]. Zenodo. https://doi.org/10.5281/zenodo.8344311
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A public repository for the model simulation data used in MINT, the malaria intervention tool, found here. This dataset contains 2,540,160 model simulations from a malaria transmission dynamics model varying mosquito bionomics, malaria prevalence, transmission seasonality, history of insecticide-treated nets and indoor residual spraying, and projected vector control coverage. The dataset was created by running the model, varying parameters to represent the diversity of settings in malaria-endemic sub-Saharan Africa, and the projections resulting from these simulations are incorporated into Version 2 of the online malaria decision-making tool MINT. Full details of this update to MINT can be found in the article "Projecting Epidemiological Benefit of Pyrethroid-Pyrrole Insecticide Treated Nets Against Malaria" (Churcher et al. 2023).

Keywords

MINT; Malaria; Mosquito; Insecticide Treated Nets; Vector Control; Mathematical Modelling; Economic Evaluation

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