Michał Wojciech Szcześniak

This study shows that Cajal bodies in Arabidopsis roots regulate transcript retention and processing during hypoxia, affecting gene expression and stress tolerance.

This study identifies a shared stress response in E. coli across diverse photodynamic treatments, revealing conserved gene expression patterns and potential therapeutic targets.

This study investigates the antifungal mechanism of Polish propolis extracts against Candida albicans, finding a multi-target mode of action involving membrane disruption and stress response activation.

The paper identifies an antisense lncRNA pathway that enhances A-to-I RNA editing via intermolecular dsRNA, contributing to subtype-specific editing landscapes in breast cancer.

This study uses time-resolved transcriptomics to show how E. coli responds to different photodynamic stresses, revealing common acute stress responses and divergent long-term adaptations.

This study investigates the relationship between m6A modification and transcript abundance in stress granules of plants under hypoxia, finding that m6A levels and transcript quantity influence mRNA localization.

This study identifies a novel role for U7 snRNA in repressing HERV1/LTR12s and lincRNAs by inhibiting NF-Y transcription factor binding, suggesting a protective function in silencing genetic elements in specific cell types.

This study shows FUS regulates snoRNA expression, affecting rRNA modifications like 2-O-Me and pseudouridylation, which may contribute to ALS pathology.

The paper shows FUS regulates snoRNA processing into sdRNAs, which can influence gene expression and may serve as biomarkers.