Marc Monot

The paper examines how host adaptation influences genome evolution and virulence in Leptospira interrogans, showing distinct genetic and regulatory changes in rodent- and cattle-associated lineages.

The paper describes a method to simultaneously extract high-quality RNA and proteins from the same mosquito samples, enabling both RNA-Seq and LC-MS proteomic analyses.

The paper investigates viral-host lineage stability and mobile element diversity in a marine community, finding that ecological constraints promote long-term stability and diversity of phages and mobile genetic elements.

This study investigates how a SOD-deficient bacterial pathogen adapts to superoxide stress through metabolic pathways rather than enzymatic defenses.

This study analyzes the cell cycle of Saccharolobus islandicus and finds that transcriptional patterns are conserved with eukaryotes, showing phase-specific gene expression for metabolism, protein synthesis, and chromatinization.

This study uses dual RNA-Seq to identify bacterial effectors that disrupt host cell junctions and enable Leptospira colonization by modulating calcium signaling.

This study uses TALENs to contract CTG repeats in DM1 cells, achieving 68% contraction with a recoded TALEN, while SaCas9 failed, and identifies potential off-target effects.