Peter Czuppon

The paper develops a stochastic model of transposable element dynamics showing overdispersion arises naturally from transposition-deletion-selection balance and validates it with Drosophila data.

This paper reviews the development of balancing selection theory over the last century and examines its biological scenarios and genetic system features.

This paper models the evolution of mutual dependence and reproductive cohesion in endosymbioses, showing how population dynamics and asymmetries affect the transition to collective survival.

The paper develops a stochastic model showing nonautonomous elements regulate autonomous elements' copy numbers and fluctuations, enabling their long-term coexistence and explaining evolutionary persistence.

This study uses an individual-based model to show that niche choice slows insecticide resistance evolution and promotes phenotypic coexistence in phytophagous insects.

The paper estimates de novo transcript turnover rates in Drosophila melanogaster using long and short reads, finding a high turnover rate suggesting frequent exploration of new genomic sequences.

The paper analyzes the effect of negative and positive feedback on gene expression noise, showing that negative feedback reduces the Fano factor by at most 2, while positive feedback can lead to unbounded noise.