Mass campaigns with antimalarial drugs: a modelling comparison of artemether-lumefantrine and DHA-piperaquine with and without primaquine as tools for malaria control and elimination

Modelling mass antimalarial campaigns can elucidate how to most effectively deploy drug-based interventions and quantitatively compare the effects of cure, prophylaxis, and transmission-blocking in suppressing parasite prevalence.

Author: , ,
Publication date: March 2015
Source: BMC Infectious Diseases
Permalink: http://www.makingmalariahistory.org/toolkit-resource/mass-campaigns-with-antimalarial-drugs-a-modelling-comparison-of-artemether-lumefantrine-and-dha-piperaquine-with-and-without-primaquine-as-tools-for-malaria-control-and-elimination/

The Interaction between Seasonality and Pulsed Interventions against Malaria in Their Effects on the Reproduction Number

Malaria and other diseases are often highly seasonal and some interventions have time-varying effects, meaning that simple reproduction number formulae cannot be used. This study expands on existing methods to calculate the effect size of repeated rounds of mass drug administration, indoor residual spraying and other interventions against Plasmodium falciparum malaria in seasonal settings in Africa, determining that the optimal time of year for drug administration is in the low season, whereas the best time for indoor residual spraying or a vaccine which reduces infection rates is just before the high season.

Author:
Publication date: January 2015
Source: PLOS Computational Biology
Permalink: http://www.makingmalariahistory.org/toolkit-resource/the-interaction-between-seasonality-and-pulsed-interventions-against-malaria-in-their-effects-on-the-reproduction-number/