Plasmodium malariae is the most common non-falciparum species in sub-Saharan Africa.
Despite this, data on its genetic diversity is scarce. Therefore, we aimed to establish a P …

Abstract Background Molecular genotyping in Plasmodium serves many aims including
providing tools for studying parasite population genetics and distinguishing recrudescence …

Plasmodium malariae is often reported as a benign malaria parasite. There are limited data
on its biology and disease burden in sub-Saharan Africa (sSA) possibly due to the …

Plasmodium malariae, a protozoan parasite that causes malaria in humans, has a global
distribution in tropical and subtropical regions and is commonly found in sympatry with other …

Background Genotyping malaria parasites to assess their diversity in different geographic
settings have become necessary for the selection of antigenic epitopes for vaccine …

Plasmodium malariae, a neglected human malaria parasite, contributes up to 10% of
malaria infections in sub-Saharan Africa (sSA). Though P. malariae infection is considered …

Background Assessment of the genetic diversity of Plasmodium falciparum parasites from
various malaria transmission settings could help to define tailored local strategies for …

Molecular approaches have an increasingly recognized utility in surveillance of malaria
parasite populations, not only in defining prevalence and incidence with higher sensitivity …

Background Malaria infection can present with a wide variety of symptoms, ranging from
mild to severe. Plasmodium falciparum isolates in uncomplicated and severe malaria …

Dramatic changes in transmission intensity can impact Plasmodium population diversity.
Using samples from 2 distant time-points in the Dielmo/Ndiop longitudinal cohorts from …