hyperthermophilic archaea
嗜热古菌
hyperthermophilic bacteria
嗜热细菌
hyperthermophilic organisms
嗜热生物
hyperthermophilic enzymes
嗜热酶
hyperthermophilic proteins
嗜热蛋白
hyperthermophilic microbes
嗜热微生物
hyperthermophilic species
嗜热物种
hyperthermophilic cultures
嗜热培养物
hyperthermophilic strains
嗜热菌株
hyperthermophilic growth
嗜热生长
hyperthermophilic archaea thrive in boiling hot springs where temperatures exceed 80°c.
超嗜热古菌在温度超过80°c的沸腾热泉中繁衍生息。
scientists study hyperthermophilic enzymes to develop heat-stable industrial catalysts.
科学家研究超嗜热酶以开发耐热工业催化剂。
the hyperthermophilic bacterium was discovered in deep-sea hydrothermal vents.
这株超嗜热细菌是在深海热液喷口发现的。
hyperthermophilic microorganisms can survive at temperatures up to 122°c.
超嗜热微生物可以在高达122°c的温度下存活。
research on hyperthermophilic proteins provides insights into the origins of life.
对超嗜热蛋白的研究为了解生命起源提供了见解。
these hyperthermophilic species have adapted to extreme heat through unique cellular mechanisms.
这些超嗜热物种通过独特的细胞机制适应了极端高温。
biotechnologists use hyperthermophilic dna polymerases for reliable pcr amplification.
生物技术专家使用超嗜热dna聚合酶进行可靠的pcr扩增。
the hyperthermophilic habitat of yellowstone's geothermal pools harbors diverse microbial communities.
黄石地热池的超嗜热栖息地孕育着多元化的微生物群落。
hyperthermophilic cultivation requires specialized equipment capable of maintaining temperatures above 100°c.
超嗜热培养需要能够维持100°c以上温度的专用设备。
ancient hyperthermophilic organisms may represent some of the earliest life forms on earth.
古老的超嗜热生物可能代表了地球上最早的生命形式。
the stability of hyperthermophilic enzymes makes them valuable for industrial applications.
超嗜热酶的稳定性使其在工业应用中具有重要价值。
scientists are exploring hyperthermophilic metabolic pathways for biofuel production.
科学家正在探索超嗜热代谢途径用于生物燃料生产。
hyperthermophilic archaea play a crucial role in carbon cycling within extreme ecosystems.
超嗜热古菌在极端生态系统的碳循环中发挥着至关重要的作用。
the discovery of new hyperthermophilic species expands our understanding of life's limits.
新超嗜热物种的发现扩展了我们对生命极限的理解。
hyperthermophilic archaea can grow optimally at temperatures approaching the boiling point of water.
超嗜热古菌可以在接近水沸点的温度下最适生长。
hyperthermophilic archaea
嗜热古菌
hyperthermophilic bacteria
嗜热细菌
hyperthermophilic organisms
嗜热生物
hyperthermophilic enzymes
嗜热酶
hyperthermophilic proteins
嗜热蛋白
hyperthermophilic microbes
嗜热微生物
hyperthermophilic species
嗜热物种
hyperthermophilic cultures
嗜热培养物
hyperthermophilic strains
嗜热菌株
hyperthermophilic growth
嗜热生长
hyperthermophilic archaea thrive in boiling hot springs where temperatures exceed 80°c.
超嗜热古菌在温度超过80°c的沸腾热泉中繁衍生息。
scientists study hyperthermophilic enzymes to develop heat-stable industrial catalysts.
科学家研究超嗜热酶以开发耐热工业催化剂。
the hyperthermophilic bacterium was discovered in deep-sea hydrothermal vents.
这株超嗜热细菌是在深海热液喷口发现的。
hyperthermophilic microorganisms can survive at temperatures up to 122°c.
超嗜热微生物可以在高达122°c的温度下存活。
research on hyperthermophilic proteins provides insights into the origins of life.
对超嗜热蛋白的研究为了解生命起源提供了见解。
these hyperthermophilic species have adapted to extreme heat through unique cellular mechanisms.
这些超嗜热物种通过独特的细胞机制适应了极端高温。
biotechnologists use hyperthermophilic dna polymerases for reliable pcr amplification.
生物技术专家使用超嗜热dna聚合酶进行可靠的pcr扩增。
the hyperthermophilic habitat of yellowstone's geothermal pools harbors diverse microbial communities.
黄石地热池的超嗜热栖息地孕育着多元化的微生物群落。
hyperthermophilic cultivation requires specialized equipment capable of maintaining temperatures above 100°c.
超嗜热培养需要能够维持100°c以上温度的专用设备。
ancient hyperthermophilic organisms may represent some of the earliest life forms on earth.
古老的超嗜热生物可能代表了地球上最早的生命形式。
the stability of hyperthermophilic enzymes makes them valuable for industrial applications.
超嗜热酶的稳定性使其在工业应用中具有重要价值。
scientists are exploring hyperthermophilic metabolic pathways for biofuel production.
科学家正在探索超嗜热代谢途径用于生物燃料生产。
hyperthermophilic archaea play a crucial role in carbon cycling within extreme ecosystems.
超嗜热古菌在极端生态系统的碳循环中发挥着至关重要的作用。
the discovery of new hyperthermophilic species expands our understanding of life's limits.
新超嗜热物种的发现扩展了我们对生命极限的理解。
hyperthermophilic archaea can grow optimally at temperatures approaching the boiling point of water.
超嗜热古菌可以在接近水沸点的温度下最适生长。
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