Éric Gilson

The paper characterizes the eukaryotic diversity in coral reef environments, revealing high diversity and identifying environmental drivers shaping these communities.

This study reprograms yeast telomeres to human-like sequences and identifies adaptive mutations that allow survival and fitness recovery.

This study assesses the microbial biosynthetic potential of reef-building corals using genome-resolved metagenomics, revealing host-specific microbiomes with high biotechnological value.

This study shows that targeting GD3 ganglioside, a senescence-associated immune checkpoint, improves healthspan and reduces age-related diseases with sex-specific benefits in mice.

This study uses single-cell RNA-seq data to identify disease-related gene programs and pathways in Alzheimer's disease, offering potential targets for personalized therapies.

This study identifies GD3 and its synthase ST8SIA1 as novel senescence markers linked to osteoarthritis progression and shows their potential as therapeutic targets.

The paper analyzes global ocean data to show that physical and biological patchiness are decoupled, using variance slope to quantify spatial patterns.

The paper identifies ProA and ProB repeat sequences as sequence determinants of chromatin compartments, showing their role in genome organization and cancer progression.

The paper finds that wild Saccharomyces cerevisiae isolates have shorter telomeres than domesticated ones, linked to genetic and metabolic differences.

The paper shows that inducing telomerase in p21-positive cells in aging mice lungs reduces capillary rarefaction and improves lung function by promoting microvasculature regeneration.

The paper analyzes genetic divergence in three coral species across a Pacific environmental gradient, showing species-specific evolutionary patterns despite similar environments.

The paper reports higher gene counts in two coral genomes due to tandem duplications, suggesting a role in immune system and disease resistance.

This study shows that telomerase expression in old mice prevents emphysema by maintaining endothelial and AT2 cell populations through increased proliferation.

This study investigates the spatiotemporal expression patterns of shelterin genes across development and aging in mice and zebrafish, revealing tissue-specific expression not correlated with cell proliferation.