Malaria transmission intensity is a crucial determinant of malarial disease burden and its measurement can help to define health priorities. Rapid, local estimates of transmission are required to focus resources better but current entomological and parasitological methods for estimating transmission intensity are limited in this respect. An alternative is determination of antimalarial antibody age-specific sero-prevalence to estimate sero-conversion rates (SCR), which have been shown to correlate with transmission intensity. This study evaluated SCR generated from samples collected from health facility attendees as a tool for a rapid assessment of malaria transmission intensity. = 0.91, p<0.001).SCRs generated from age-specific anti-malaria...
Serologic measurements of humoral immunity have been used to estimate malaria transmission in endem...
BACKGROUND: Several studies have highlighted the use of serological data in detecting a reduction in...
In our aim to eliminate malaria, more sensitive tools to detect residual transmission are quickly be...
BACKGROUND: Malaria transmission intensity is a crucial determinant of malarial disease burden and i...
Serological data are increasingly being used to monitor malaria transmission intensity and have been...
BACKGROUND: Serological data are increasingly being used to monitor malaria transmission intensity a...
BackgroundMonitoring local malaria transmission intensity is essential for planning evidence-based c...
Serology has become an increasingly important tool for the surveillance of a wide range of infectiou...
Abstract Background Sri Lanka ...
Background: Evaluation of local Plasmodium falciparum malaria transmission has been investigated pre...
BACKGROUND: In the last decade, several epidemiological studies have demonstrated the potential of u...
Accurately quantifying the burden of malaria over time is an important goal of malaria surveillance ...
Human malaria is a parasitic disease, which causes over 200 million clinical cases and more than one...
Antibodies to Plasmodium falciparum are specific biomarkers that can be used to monitor parasite exp...
Background Where malaria endemicity is low, control programmes need increasingly sensitive tools for...
Serologic measurements of humoral immunity have been used to estimate malaria transmission in endem...
BACKGROUND: Several studies have highlighted the use of serological data in detecting a reduction in...
In our aim to eliminate malaria, more sensitive tools to detect residual transmission are quickly be...
BACKGROUND: Malaria transmission intensity is a crucial determinant of malarial disease burden and i...
Serological data are increasingly being used to monitor malaria transmission intensity and have been...
BACKGROUND: Serological data are increasingly being used to monitor malaria transmission intensity a...
BackgroundMonitoring local malaria transmission intensity is essential for planning evidence-based c...
Serology has become an increasingly important tool for the surveillance of a wide range of infectiou...
Abstract Background Sri Lanka ...
Background: Evaluation of local Plasmodium falciparum malaria transmission has been investigated pre...
BACKGROUND: In the last decade, several epidemiological studies have demonstrated the potential of u...
Accurately quantifying the burden of malaria over time is an important goal of malaria surveillance ...
Human malaria is a parasitic disease, which causes over 200 million clinical cases and more than one...
Antibodies to Plasmodium falciparum are specific biomarkers that can be used to monitor parasite exp...
Background Where malaria endemicity is low, control programmes need increasingly sensitive tools for...
Serologic measurements of humoral immunity have been used to estimate malaria transmission in endem...
BACKGROUND: Several studies have highlighted the use of serological data in detecting a reduction in...
In our aim to eliminate malaria, more sensitive tools to detect residual transmission are quickly be...