Benoı̂t Kornmann

The paper identifies a Golgi quality control checkpoint in yeast that links membrane proteostasis to lipid metabolism, showing that lipid imbalance from proteostasis defects is lethal.

This study investigates the genetic basis of cellular learning in budding yeast, showing it arises from a dynamic, redundant network with variable gene contributions and broad functional integration.

This study shows that Miro-TRAK interaction is not required for bulk mitochondrial transport in Drosophila, as mutant flies are viable and neurons show normal axonal mitochondria, though they exhibit age-related motor deficits and reduced lifespan.

The paper investigates the compositional flexibility of the ERMES complex in yeast, showing that lipid transport can occur with sub-ensembles of the complex, including only Mmm1.

The paper creates a benchmarking dataset for protein function prediction by curating functional annotations from UniProt, enabling training and evaluation of machine learning models.

This study shows that respiration-induced gene expression and stress response pathways are critical for maintaining cytoplasmic properties and survival in yeast quiescence.

The paper investigates how the pro-apoptotic lipid t-2-hex disrupts mitochondrial protein import and proteostasis in yeast, identifying key mechanisms and targets.

This study uses SATAY to identify antifungal resistance mechanisms and key determinants of ATI-2307 and Chitosan sensitivity in yeast.

The paper shows SUMO factors regulate DPC repair pathways in yeast, promoting repair without Tdp1 but inhibiting it when Wss1 is absent.

Leri identifies protein functional networks from evolutionary couplings by analyzing residue communities, enabling studies on protein evolution and function.

This study identifies Ddi1 as a protease involved in DNA-protein crosslink repair in yeast, showing its role in evicting crosslinked proteins from DNA.