I. M. Cattadori

The paper models how climate change affects helminth infection hazard by developing a temperature- and humidity-dependent model based on experimental data from nine trichostrongylid species.

This study investigates how temperature affects the infection dynamics and transmission potential of Mayaro and Dengue viruses in Aedes aegypti mosquitoes, both singly and in co-infections.

The paper develops a within-host mathematical model to analyze how antibody responses influence single and dual helminth infections in rabbits, finding asymmetric cross-immune effects and age-dependent dynamics.

This study examines the evolution of myxoma virus in Australian rabbits through experimental infections, revealing diverse virulence phenotypes and suggesting selection for transmissibility over inflammation.

The paper investigates immune-mediated facilitation between two helminths in rabbits, showing that weakened IgA responses and cross-reactions lead to higher parasite intensities and increased transmission in dual infections.

This study shows that gastrointestinal helminths increase Bordetella bronchiseptica shedding and host variation in supershedding through immune system interactions.

This study finds a strong correlation between anti-RBD and anti-ECD IgG titers and in vitro virus neutralization titers in convalescent plasma, suggesting these titers can serve as surrogates for neutralizing activity.

This study estimates age-specific force of infection for Peste des petits ruminants virus in Tanzanian livestock using seroprevalence data, finding weak age heterogeneity and suggesting management systems, not age, should guide control efforts.