John Yin

This paper develops a mathematical model of virus-DIP coevolution, revealing population-level oscillations and trait-level coevolutionary chases, with implications for DIP-based antiviral therapies.

The paper tracks virus infection spread in HeLa cells using single-cell imaging and identifies differences in gene expression between primary and secondary infected cells.

The paper identifies a 46 nucleotide domain in Alu RNA essential for retrotransposition by enabling SRP9/14 binding and ribosomal association.