Fire Amoeba Thrives at Record-Breaking Temperatures | Extreme Eukaryotic Life Explained (2025)

A remarkable discovery has been made in the world of microbiology: a single-celled organism, named Incendiamoeba cascadensis, can thrive in conditions hotter than any other known complex cell. This tiny amoeba, found in a pH-neutral 'hot stream' at Lassen Volcanic National Park, can grow at an astonishing 63°C, breaking the previous record for eukaryotic life by 3 degrees Celsius. This finding challenges the long-held belief that eukaryotic life, which includes all animals and plants, is not suited to extreme conditions typically tolerated by bacteria and other organisms lacking a cell nucleus. The discovery has sparked excitement among microbiologists like Angela Oliverio, who emphasizes the need to reconsider the limits of eukaryotic cells. The research, published in a preprint on November 24, was conducted by Oliverio and her colleague, Beryl Rappaport, and has the potential to revolutionize our understanding of the adaptability of life in extreme environments.

Fire Amoeba Thrives at Record-Breaking Temperatures | Extreme Eukaryotic Life Explained (2025)
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