Marcelo Javier Yanovsky

This study identifies DCP5 as a key regulator of circadian RNA stability in Arabidopsis by modulating the decay of high-amplitude clock-controlled genes.

This study identifies AtSF1's role in regulating 3' splice site choice in Arabidopsis, linking splicing to circadian rhythms and immunity.

This study examines how temperature affects circadian clock function in two Nothofagus tree species, revealing species-specific thermal limits and impacts on growth and survival.

This study investigates whether PRMT5-mediated dimethylation of AtGRP7 at arginine 141 affects flowering time, finding it is not essential but may influence abscisic acid response.

This study shows arginine methylation of LSM4 regulates alternative splicing in Arabidopsis, balancing responses to biotic and abiotic stress.

The paper analyzes 5' splicing site sequences across fungi, metazoa, and plants to identify conserved and divergent signals, revealing lineage-specific two-site coupling patterns that reflect splicing regulation differences.

ASpli2 identifies changes in both annotated and novel alternative splicing events using simulated and real RNA-Seq data, improving recall while maintaining precision.