Investigating malaria transmission dynamics is essential to inform policy decision making. Whether multiplicity of infection (MOI) dynamic from individual infections could be a reliable malaria metric in high transmission settings with marked variation in seasons of malaria transmission has been poorly assessed. This study aimed at investigating factors driving Plasmodium falciparum MOI and genetic diversity in a hyperendemic area of Burkina Faso.info:eu-repo/semantics/publishe
A detailed understanding of the human infectious reservoir is essential for improving malaria transm...
The reservoir of Plasmodium infection in humans has traditionally been defined by blood slide positi...
Our understanding of the composition of multi-clonal malarial infections and the epidemiological fac...
Background: Investigating malaria transmission dynamics is essential to inform policy decision makin...
We have characterized Plasmodium falciparum genotypes among the Mossi and Fulani sympatric ethnic gr...
International audienceBACKGROUND: Malaria can be caused by five Plasmodium species. Due to their hig...
International audienceThere is a large genetic diversity of Plasmodium falciparum strains that infec...
A narrow epidemiologic survey was conducted during a four-month period of intense malaria transmissi...
The population dynamics of human to mosquito malaria transmission in the field has important implica...
© 2016 Kateera et al. Background: Malaria remains a public health challenge in sub-Saharan Africa wi...
The epidemiology of genetic diversity of malaria parasites in relation to clinical parameters, acqui...
© 2018 Dr. Shazia Ruybal-PesántezMalaria remains a major global health problem, with Plasmodium falc...
To investigate the impact of transmission on the development of immunity to malaria and on parasite ...
BACKGROUND: To better understand transmission dynamics, we characterized Plasmodium falciparum genet...
BACKGROUND: The reservoir of Plasmodium infection in humans has traditionally been defined by blood ...
A detailed understanding of the human infectious reservoir is essential for improving malaria transm...
The reservoir of Plasmodium infection in humans has traditionally been defined by blood slide positi...
Our understanding of the composition of multi-clonal malarial infections and the epidemiological fac...
Background: Investigating malaria transmission dynamics is essential to inform policy decision makin...
We have characterized Plasmodium falciparum genotypes among the Mossi and Fulani sympatric ethnic gr...
International audienceBACKGROUND: Malaria can be caused by five Plasmodium species. Due to their hig...
International audienceThere is a large genetic diversity of Plasmodium falciparum strains that infec...
A narrow epidemiologic survey was conducted during a four-month period of intense malaria transmissi...
The population dynamics of human to mosquito malaria transmission in the field has important implica...
© 2016 Kateera et al. Background: Malaria remains a public health challenge in sub-Saharan Africa wi...
The epidemiology of genetic diversity of malaria parasites in relation to clinical parameters, acqui...
© 2018 Dr. Shazia Ruybal-PesántezMalaria remains a major global health problem, with Plasmodium falc...
To investigate the impact of transmission on the development of immunity to malaria and on parasite ...
BACKGROUND: To better understand transmission dynamics, we characterized Plasmodium falciparum genet...
BACKGROUND: The reservoir of Plasmodium infection in humans has traditionally been defined by blood ...
A detailed understanding of the human infectious reservoir is essential for improving malaria transm...
The reservoir of Plasmodium infection in humans has traditionally been defined by blood slide positi...
Our understanding of the composition of multi-clonal malarial infections and the epidemiological fac...