Sentence examples for modeling of malaria from inspiring English sources

Significant research in statistical modeling of malaria has been carried out in recent times to gauge the effect of relationship between the disease incidence and climatic factors [22].

In contrast, modeling of malaria vaccines has concentrated on analysing transmission, and in particular identifying the conditions for controlling or interrupting it [7] [11].

Mathematical modeling of malaria has flourished since the days of Ross, who was the first to model the dynamics of malaria transmission [15].

Mathematical modeling of malaria can help us to quantify the effects of control strategies, compare different strategies in different settings, optimize the deployment of strategies, and help to devise target product profiles of potential new strategies.

A similar finding was reported in spatial modeling of malaria in Bangladesh, where environmental variables described a large proportion of spatial variation in P. falciparum, but little of the P. vivax distribution.

It participated in a pan-African research project (MARA/AMRA) started in 1996 to map malaria risk and endemicity, which led to the development of 'risk maps' used in malaria control policy activities and geographical modeling of malaria, enabling the first accurate assessment of the disease burden in Kenya [ 19].

Its aim is to develop a long-term model of malaria epidemiology, which it can use to test different ways of combating the disease.In this section Converting thought into action The God pill Coming down to Earth Closing the circle ReprintsThe institute already uses models to study the short-term dynamics of malaria transmission.

This study traces the evolution of social environmental models of malaria control in Northwest Argentina.

The researchers tested two such antibiotics, clindamycin and azithromycin, which are used against a range of bacterial infections, on a mouse model of malaria.

Synthetic hemozoin analogues might serve as surrogates or models of malaria pigment for a range of fundamental laboratory methods, for example the design of new antimalarials.

These compounds show signs of slowing parasite growth in a murine model of malaria, which suggests that DPAP1 might be a viable antimalarial target.