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Deep-Sea Microbe's Heat-Defying Enzyme Could Pave the Way for Greener Agriculture

Photo: Adrian Infernus / Unsplash
Scientists have discovered a highly resilient deep-sea enzyme that successfully converts nitrogen into ammonia at extreme temperatures. This natural breakthrough offers key insights into ancient evolutionary biology and could inspire cleaner, more sustainable technologies for global fertilizer production.
Scientists have discovered a highly resilient deep-sea enzyme that successfully converts nitrogen into ammonia at extreme temperatures. This natural breakthrough offers key insights into ancient evolutionary biology and could inspire cleaner, more sustainable technologies for global fertilizer production.