T. Xiong

This study identifies a polygenic mechanism on the Z chromosome causing hybrid incompatibility in butterflies, explaining Haldane's Rule and the large-X/Z effect through introgression skew and variability.

The paper discovers that hybridization between two swallowtail butterflies causes genomic regions with greater reproductive isolation to evolve at divergent rates, while regions affected by gene flow evolve at similar rates.

This study shows that genetic incompatibilities can collapse under hybridization due to genetic redundancy, leading to different dynamics between redundant and non-redundant incompatibility classes.

This paper introduces PrismNet, a deep learning model that uses in vivo RNA structures to predict protein-RNA interactions and identifies disease-associated mutations affecting these interactions.

The paper describes protein-surfactant-polysaccharide nanoparticles that enhance the catalytic activity of an engineered β-lactamase switch enzyme by specific interactions with alginate on nanoparticle surfaces.