Michał Dadlez

The paper identifies a shared CNOT1 binding site used by GW182 and TTP, revealing SLiM-mediated competition in CCR4-NOT complex recruitment.

This study compares the structural stability and proton-exchange dynamics of two closely related superoxide dismutase isozymes in Staphylococcus aureus, showing that the neofunctionalised camSOD is more stable than the ancestral MnSOD.

The paper identifies 149 putative interactors of ZIKV-C in human neural stem cells, highlighting interactions with the nucleus and mitochondria and linking some proteins to neurodevelopmental diseases.

The paper uses proteomics and lipidomics to show OCIAD1 balances mitochondrial and peroxisomal lipid metabolism by affecting lipid composition and key enzymes.

This study characterizes the molecular structure of TCF4, revealing it as a large intrinsically disordered protein with a stable bHLH domain and disordered regions that may mediate gene regulation.

The paper investigates how the CHN-1/UFD-2 complex enhances ubiquitin chain formation through dimerization and chaperone-mediated regulation of substrate ubiquitylation.

The paper shows that mitochondrial proteins are locally synthesized at synapses and incorporated into respiratory chain complexes, supporting local mitochondrial biogenesis.