Sarah E. Reece

This study models malaria parasite development and sequestration in vivo using time series data from Plasmodium chabaudi, showing parasites adjust their development to host rhythms at a cost to multiplication rates.

This study shows malaria parasites time their liver-to-blood stage transition to align with host feeding rhythms, enhancing survival and transmission.

This study shows that nutritional status affects the timing of host-seeking behavior in malaria mosquitoes, with less nutritious mosquitoes biting earlier in the night.

This paper develops a method to quantify developmental synchrony in malaria parasites that accounts for population dynamics and validates it using simulated data.

The paper shows that malaria parasites' intraerythrocytic cycle duration is influenced by coordination with host circadian rhythms, with gene expression and pathways affected when this coordination is disrupted.