Andreas Marx

This study identifies Rlig1 as a regulator of ribosome function and translation under oxidative stress by showing its interaction with ribosomal proteins and its role in maintaining translational activity.

This study introduces ketolysine (KeK), a non-hydrolyzable acetyllysine analog, which remains stable in cells and affects p53-mediated transcription, unlike acetyllysine (AcK) which is deacetylated.

This study shows that Rlig1 is essential for maintaining neural function and behavior in zebrafish larvae by regulating RNA processing and metabolic pathways.

This paper identifies p300 and CBP as PARP7 substrates that regulate IFNβ through loss- and gain-of-function mechanisms in colorectal cancer cells.

This study uses molecular dynamics simulations and a geometric scoring method to model mono-ubiquitylated linker histones in chromatosomes and identify their conformational states.