Sergio Villicaña

The paper identifies vmeQTLs for blood DNA methylation variance in MZ twins, showing gene-environment interactions and cell-type effects relevant to immune disease.

This study identifies genetic loci regulating fatty acid levels in adipose tissue and links them to metabolic and cardiovascular traits.

The paper finds that higher serum theobromine levels are associated with slower epigenetic ageing in humans, as measured by GrimAge and DNAmTL.

The paper identifies a locus, SH3BP4, where DNA methylation correlates with mtDNAq and obesity-related traits in adipose tissue, suggesting potential causal relationships.

The paper identifies DNA methylation and gene expression changes in human blood after a meal, linking them to cardiometabolic health and obesity-related genes.

The paper identifies genetic impacts on DNA methylation across 724,499 CpGs in blood samples, revealing co-localisations with disease traits and regulatory mechanisms.

This study identifies DNA methylation changes associated with extreme obesity and finds causal effects on obesity and metabolic disturbances using Mendelian Randomisation.

The paper examines the association between adipose tissue ACE2 expression and cardio-metabolic risk factors, finding lower ACE2 levels linked to T2D, obesity, and inflammation-related cell type changes.