Archaeal Symbiosis and Reversal of Climate Change

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The book explores the transformative impact of global warming on cellular biology, focusing on the emergence of endosymbiotic archaea that produce methane, further exacerbating climate issues. These archaea evolve into new organelles, termed archaeaons, which enhance cellular functions and lead to the development of a resilient human phenotype, homo neoneanderthalis. This new species is adapted to survive extreme conditions, including high temperatures and elevated carbon dioxide levels, showcasing a potential pathway for human adaptation and metabolic innovation in response to climate change.