thermophilic bacteria thrive in hot springs with temperatures exceeding 60°c.
嗜热细菌在温度超过60°c的温泉中茁壮成长。
thermophilic enzymes are widely used in industrial biotechnology.
嗜热酶广泛应用于工业生物技术。
thermophilic archaea play a crucial role in extreme environment ecosystems.
嗜热古菌在极端环境生态系统中发挥关键作用。
many thermophilic species have been discovered in hydrothermal vents.
许多嗜热物种已在海底热泉中被发现。
thermophilic microorganisms can degrade complex organic compounds at high temperatures.
嗜热微生物可以在高温下分解复杂有机化合物。
the thermophilic process is essential for composting organic waste efficiently.
嗜热过程对于高效堆肥有机废物至关重要。
scientists study thermophilic fungi to understand heat tolerance mechanisms.
科学家研究嗜热真菌以了解耐热机制。
thermophilic microbes are valuable for producing bioethanol from lignocellulosic biomass.
嗜热微生物对于从木质纤维素生物质生产生物乙醇具有重要价值。
the discovery of thermophilic organisms expanded our understanding of life's limits.
嗜热生物的发现扩展了我们对生命极限的认识。
thermophilic bacteria produce heat-stable proteins useful in molecular biology.
嗜热细菌产生在分子生物学中有用的耐热蛋白质。
some thermophilic species can survive temperatures above 80°c.
一些嗜热物种可以在80°c以上的温度中存活。
research on thermophilic enzymes has revolutionized the detergent industry.
嗜热酶的研究彻底改变了洗涤剂行业。
thermophilic bacteria thrive in hot springs with temperatures exceeding 60°c.
嗜热细菌在温度超过60°c的温泉中茁壮成长。
thermophilic enzymes are widely used in industrial biotechnology.
嗜热酶广泛应用于工业生物技术。
thermophilic archaea play a crucial role in extreme environment ecosystems.
嗜热古菌在极端环境生态系统中发挥关键作用。
many thermophilic species have been discovered in hydrothermal vents.
许多嗜热物种已在海底热泉中被发现。
thermophilic microorganisms can degrade complex organic compounds at high temperatures.
嗜热微生物可以在高温下分解复杂有机化合物。
the thermophilic process is essential for composting organic waste efficiently.
嗜热过程对于高效堆肥有机废物至关重要。
scientists study thermophilic fungi to understand heat tolerance mechanisms.
科学家研究嗜热真菌以了解耐热机制。
thermophilic microbes are valuable for producing bioethanol from lignocellulosic biomass.
嗜热微生物对于从木质纤维素生物质生产生物乙醇具有重要价值。
the discovery of thermophilic organisms expanded our understanding of life's limits.
嗜热生物的发现扩展了我们对生命极限的认识。
thermophilic bacteria produce heat-stable proteins useful in molecular biology.
嗜热细菌产生在分子生物学中有用的耐热蛋白质。
some thermophilic species can survive temperatures above 80°c.
一些嗜热物种可以在80°c以上的温度中存活。
research on thermophilic enzymes has revolutionized the detergent industry.
嗜热酶的研究彻底改变了洗涤剂行业。
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