János Pálinkás

This study shows SSB1 is involved in stress granule regulation and contributes to renal ischemia-reperfusion injury.

This study investigates the subcellular organization of Escherichia coli SSB under various stress and metabolic conditions using super-resolution microscopy and image analysis tools, revealing dynamic phase behavior and its functional implications.

This study shows hSSB1 undergoes redox-dependent LLPS to form cytoplasmic granules involved in oxidative stress response and genome repair.

This study shows human SSB2 forms phase separation condensates requiring ssDNA binding, revealing evolutionary adaptations in genome repair mechanisms compared to E. coli SSB.