Christina A. Cobbold

This paper introduces a method to estimate rabies outbreak sizes using phylogenies and validates it with simulated data and a real outbreak in the Philippines.

The paper develops a mathematical framework showing phenotypic plasticity can induce tipping points in populations due to feedback mechanisms between environment, phenotype, and population density.

This study examines codon usage differences between host-specific rabies virus clades and identifies non-GC3 nucleotide content as a key driver of these differences.

This paper investigates how variable incubation periods affect molecular clock models in rabies virus evolution and finds that per-generation models are equivalent to molecular clocks at realistic substitution rates.

This study uses long-read sequencing to analyze VSG diversity in T. brucei infections, revealing higher expressed diversity and early mosaic gene formation than previously observed.