C. H. Remien

The paper models how traits in microbial communities evolve under eco-evolutionary dynamics by integrating population genetics with resource-mediated dynamics.

The paper models how human travel affects the persistence of vector-borne diseases in spatially structured populations with imperfect genetic interventions.

This study develops mathematical models to determine if Chlamydia trachomatis RB to EB development is intrinsic or extrinsic, finding it follows an intrinsic program linked to growth and division.

This paper develops a Bayesian method to estimate Lassa virus epidemiological parameters and evaluates rodent vaccination efficacy using simulated and real data from Guinea.

The paper shows that Methylobacterium extorquens populations exhibit continuous, dynamic formaldehyde tolerance heterogeneity without genetic mutations.

The paper shows spatial structure in vector populations can hinder disease eradication by gene drive cargo by facilitating disease agent resistance evolution.

The paper shows that sib mating can evolve to counteract gene drives, maintaining mean fitness above zero and potentially preventing extinction.