
Tiny Yeast Fends Off Mars‑Like Shock With RNA‑Protein Shields
Researchers exposed Saccharomyces cerevisiae to Mars-like shock waves generated by the HISTA tube and 100 mM sodium perchlorate, finding that yeast survive (though slower) due to ribonucleoprotein (RNP) condensates—stress granules and P-bodies—that protect RNA and proteins; yeast unable to form these condensates showed sharply reduced survival, suggesting even simple life could endure extreme planetary conditions and informing future space exploration models.

