R. Djidjou-Demasse

This study uses mathematical modeling of SIV-infected macaques to show that early CD8 T-cell suppressive capacity predicts natural control of infection.

This study shows that older mosquitoes transmit malaria less efficiently but live longer when infected, affecting transmission dynamics.

This paper develops an epi-evolutionary model to predict how spore-producing pathogens adapt to quantitative resistance in heterogeneous environments, showing that resistance targeting infection efficiency drives pathogen diversification and affects epidemiological control.

Modeling SIV dynamics in natural controller macaques shows viral control is driven by early cytotoxic T-cell response and reveals distinct infected cell compartments with different turnover rates.