A study led by LMU biologists Dr. Benjamin Brandt and Professor Hans-Henning Kunz has revealed that plants, specifically the model organism Arabidopsis thaliana, exhibit a remarkable ability to tolerate protein translation errors. This research, published in the *Proceedings of the National Academy of Sciences*, demonstrates that both mitochondria and chloroplasts can withstand high error rates during protein synthesis. The team manipulated transfer RNAs to increase mistranslation rates, allowing them to observe how organelles respond to these errors. Mitochondria actively suppress mistranslations by rejecting incorrect tRNAs, while chloroplasts tolerate higher rates of mistranslations and employ compensation mechanisms to maintain functionality. Interestingly, similar errors were noted in unmodified plants under temperature stress, suggesting that mistranslation may serve as a natural stress response. This research provides insights into how plants might adapt to environmental challenges, potentially guiding the development of more robust crops capable of withstanding heat and cold.