Over recent years, progress in molecular markers for genoty** malaria parasites has
enabled informative studies of epidemiology and transmission dynamics. Results have …

The most severe form of malaria, caused by infection with Plasmodium falciparum parasites,
continues to be an important cause of human suffering and poverty. The P. falciparum …

Malaria remains a major public health problem in many countries. Unlike influenza and HIV,
where diversity in immunodominant surface antigens is understood geographically to inform …

A major motivation for develo** molecular methods for malaria surveillance is to measure
the impact of control interventions on the population genetics of Plasmodium falciparum as a …

The var multigene family encodes Plasmodium falciparum erythrocyte membrane protein 1
(PfEMP1), central to host-parasite interactions. Genome structure studies have identified …

Well-defined molecular resistance markers are available for a range of antimalarial drugs,
and molecular surveillance is increasingly important for monitoring antimalarial drug …

The enormous diversity and complexity of var genes that diversify rapidly by recombination
has led to the exclusion of assembly of these genes from major genome initiatives (eg, Pf6) …

To better understand the factors underlying the continued incidence of clinical episodes of
falciparum malaria in E-2025 countries targeting elimination, we characterized the molecular …

To better understand the factors underlying the continued incidence of clinical episodes of
falciparum malaria in E-2020 countries targeting elimination, we have characterised …

The establishment and spread of antimalarial drug resistance vary drastically across
different biogeographic regions. Though most infections occur in sub-Saharan Africa …