Fabien Duveau

The paper examines how environmental factors influence gene expression noise and its fitness effects in yeast, showing environment-specific relationships.

The paper identifies trans-acting mutations in yeast that modulate gene expression noise in both intrinsic and extrinsic ways, revealing non-nuclear factors influencing nuclear gene expression.

The paper examines how gene expression and fitness relationships vary across environments in yeast, showing environment-specific effects of mutations on gene expression and fitness.

This study shows that yeast cell proliferation, survival, and signaling under periodic osmotic stress depend on the phasing of stress with glucose deprivation, highlighting the role of metabolic fluctuations in stress responses.

The paper identifies trans-regulatory mutations affecting gene expression in S. cerevisiae and shows their genomic distribution overlaps with segregating variants.

The paper quantifies mutation effects on TDH3 promoter activity in yeast across environments and finds natural selection limits plasticity between glucose and galactose.

The paper assesses how mutations in the TDH3 promoter of Saccharomyces cerevisiae affect cell growth and predicts fitness consequences of these variants.