This article describes a new simulation model for malaria. It is, quite obviously, not the first model of its type, but it is an exceptional example of a simulation model. The model is complex enough to give some confidence in the epidemiological significance.
The paper offers important insights to the possibility of disentangling the effects of two important dimensions for malaria incidence studies: time and space. The use of spatial models to understand the relationship of the incidence of malaria, including spatial correlation nested to climatic season is interesting and appropriate.
The paper explores the socio-economic factors associated with willingness and ability to pay for anti-malarials for children below five years of age in a rural setting in Tanzania.
This study shows how the nutrients obtained in blood meals may enhance the level of resistance to insecticides presumably through a process of enzyme upregulation, presumably due to physiological changes in the resistant mosquito.
This study investigated the pharmacokinetics of fosmidomycin when given in combination with clindamycin at two dosage regimens in patients with acute uncomplicated falciparum malaria.
