Malaria emerges from a disequilibrium of the system 'human-plasmodium-mosquito' (HPM). If the equilibrium is maintained, malaria does not ensue and the result is asymptomatic plasmodium infection. The relationships among the components of the system involve coadaptive linkages that lead to equilibrium. A vast body of evidence supports this assumption, including the strategies involved in the relationships between plasmodium and human and mosquito immune systems, and the emergence of resistance of plasmodia to antimalarial drugs and of mosquitoes to insecticides. Coadaptive strategies for malaria control are based on the following principles: (1) the system HPM is composed of three highly complex and dynamic components, whose interplay invol...
Malaria is an enduring disease in many parts of the world. The toll of malaria in these communities ...
There has been a recent revival in attempts to understand changes in patterns of abundance of Plasmo...
Background: The control of most vectors of malaria is threatened by the spread of insecticide resist...
ABSTRACT: Malaria emerges from a disequilibrium of the system ‘human-plasmodium-mosquito’ (HPM). If ...
In a series ofmodels of Plasmodium falciparum dynamics, spontaneous local extinctions ofthe parasite...
The mosquito fights malaria to the incidental benefit of humans. In this issue, Frolet et al. (2006)...
Serial blood passage of Plasmodium universally increases parasite virulence, which can be reversed b...
Abstract. In a series of models of Plasmodium falciparum dynamics, spontaneous local extinctions of ...
More than a century after the discovery of the complex life cycle of its causative agent, malaria re...
Epidemiological models concerned with the control of malaria using interventions such as bed nets an...
Malaria is a crucial human disease that illustrates the role of the mosquito vector in transmission ...
Knowledge of parasite-mosquito interactions is essential to develop strategies that will reduce mala...
Malaria remains one of the world’s most devastating vector-borne parasitic diseases and existing con...
Malaria remains one of the world’s most devastating vector-borne diseases. During the complex sexual...
Coevolution of humans and malaria parasites has generated an intricate balance between the immune sy...
Malaria is an enduring disease in many parts of the world. The toll of malaria in these communities ...
There has been a recent revival in attempts to understand changes in patterns of abundance of Plasmo...
Background: The control of most vectors of malaria is threatened by the spread of insecticide resist...
ABSTRACT: Malaria emerges from a disequilibrium of the system ‘human-plasmodium-mosquito’ (HPM). If ...
In a series ofmodels of Plasmodium falciparum dynamics, spontaneous local extinctions ofthe parasite...
The mosquito fights malaria to the incidental benefit of humans. In this issue, Frolet et al. (2006)...
Serial blood passage of Plasmodium universally increases parasite virulence, which can be reversed b...
Abstract. In a series of models of Plasmodium falciparum dynamics, spontaneous local extinctions of ...
More than a century after the discovery of the complex life cycle of its causative agent, malaria re...
Epidemiological models concerned with the control of malaria using interventions such as bed nets an...
Malaria is a crucial human disease that illustrates the role of the mosquito vector in transmission ...
Knowledge of parasite-mosquito interactions is essential to develop strategies that will reduce mala...
Malaria remains one of the world’s most devastating vector-borne parasitic diseases and existing con...
Malaria remains one of the world’s most devastating vector-borne diseases. During the complex sexual...
Coevolution of humans and malaria parasites has generated an intricate balance between the immune sy...
Malaria is an enduring disease in many parts of the world. The toll of malaria in these communities ...
There has been a recent revival in attempts to understand changes in patterns of abundance of Plasmo...
Background: The control of most vectors of malaria is threatened by the spread of insecticide resist...