Martin Převorovský

The paper identifies HelD as a transcription factor that enhances gene expression in rapidly growing mycobacteria and reduces it in stationary phase, with implications for rifampicin resistance.

This study identifies CrsL as a novel transcription factor in Mycobacterium smegmatis that interacts with CarD and regulates gene expression related to stress adaptation.

This study shows that nitrogen availability and TOR signaling improve mitotic fidelity in fission yeast, even when lipid metabolism is disrupted, by mechanisms unrelated to lipid restoration.

This study shows Cbf11 and Mga2 work together to regulate lipid metabolism and mitotic fidelity in fission yeast, with similar single and double deletion phenotypes.

The paper shows that DNA binding is essential for most functions of CSL proteins in fission yeast, including cell cycle, lipid metabolism, and genome integrity.

The paper introduces POMBOX, a toolkit for constructing genetic circuits in fission yeast, enabling modular assembly of multi-gene pathways and testing synthetic elements in metabolic engineering.

The paper identifies a functional relationship between the SAGA histone acetyltransferase module and SMC5/6 complex in facilitating chromatin accessibility at gene regions.

The paper shows that fatty-acid synthesis defects in fission yeast lead to chromatin hyperacetylation, stress-response gene activation, and oxidative stress resistance.

The paper identifies NAD+ capping in archaeal and mycobacterial organisms, showing its prevalence in stationary phase and involvement of specific promoter elements.