Quantitative, model-based estimates of variability in the generation and serial intervals of Plasmodium falciparum malaria

Malaria Journal
John H HuberT Alex Perkins

Abstract

The serial interval is a fundamentally important quantity in infectious disease epidemiology that has numerous applications to inferring patterns of transmission from case data. Many of these applications are apropos of efforts to eliminate falciparum malaria from locations throughout the world, yet the serial interval for this disease is poorly understood quantitatively. To obtain a quantitative estimate of the serial interval for falciparum malaria, the sum of the components of the falciparum malaria transmission cycle was taken based on a combination of mathematical models and empirical data. During this process, a number of factors were identified that account for substantial variability in the serial interval across different contexts. Treatment with anti-malarial drugs roughly halves the serial interval due to an abbreviated period of human infectiousness, seasonality results in different serial intervals at different points in the transmission season, and variability in within-host dynamics results in many individuals whose serial intervals do not follow average behaviour. Furthermore, 24.5 % of secondary cases presenting clinically did so prior to the primary cases being identified through active detection of infection....Continue Reading

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Related Concepts

Malaria, Falciparum
Malaria
Disease Transmission
Location
Epidemiology
Infectious Disease Epidemiology
Plasmodium falciparum
Antimalarials
Communicable Diseases
World

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