psychrophiles thrive
嗜冷菌茁壮成长
psychrophiles survive
嗜冷菌存活
marine psychrophiles
海洋嗜冷菌
psychrophiles adapt
嗜冷菌适应
psychrophiles grow
嗜冷菌生长
psychrophiles are cold-adapted microorganisms that thrive in polar regions and alpine environments.
嗜冷菌是适应寒冷的微生物，它们在极地和高山环境中茁壮成长。
scientists study psychrophiles to understand how life can survive in extreme cold conditions.
科学家研究嗜冷菌以了解生命如何在极端寒冷条件下生存。
psychrophiles produce cold-active enzymes that function efficiently at low temperatures.
嗜冷菌产生在低温下有效作用的冷活性酶。
marine psychrophiles play a crucial role in nutrient cycling in polar oceans.
海洋嗜冷菌在极地海洋的营养循环中起着至关重要的作用。
antarctic psychrophiles have been isolated from ancient ice cores and permafrost.
南极嗜冷菌已从古老的冰芯和永冻土中分离出来。
the enzymes from psychrophiles have important applications in biotechnology and detergents.
嗜冷菌的酶在生物技术和洗涤剂中具有重要的应用价值。
psychrophiles represent a significant portion of microbial diversity in cold ecosystems.
嗜冷菌在寒冷生态系统中代表着微生物多样性的重要组成部分。
researchers are investigating the adaptation mechanisms of psychrophiles to cold stress.
研究人员正在调查嗜冷菌对寒冷应激的适应机制。
cold-adapted psychrophiles can survive in subglacial lakes under extreme pressure.
适应寒冷的嗜冷菌可以在极端压力下的冰下湖泊中生存。
psychrophiles are classified as a type of extremophile that prefers cold environments.
嗜冷菌被分类为喜欢寒冷环境的极端微生物类型。
the genomes of psychrophiles contain unique genes for cold adaptation and membrane flexibility.
嗜冷菌的基因组包含用于寒冷适应和膜灵活性的独特基因。
psychrophiles contribute to carbon cycling in arctic and antarctic soils.
嗜冷菌有助于北极和南极土壤中的碳循环。
psychrophiles thrive
嗜冷菌茁壮成长
psychrophiles survive
嗜冷菌存活
marine psychrophiles
海洋嗜冷菌
psychrophiles adapt
嗜冷菌适应
psychrophiles grow
嗜冷菌生长
psychrophiles are cold-adapted microorganisms that thrive in polar regions and alpine environments.
嗜冷菌是适应寒冷的微生物，它们在极地和高山环境中茁壮成长。
scientists study psychrophiles to understand how life can survive in extreme cold conditions.
科学家研究嗜冷菌以了解生命如何在极端寒冷条件下生存。
psychrophiles produce cold-active enzymes that function efficiently at low temperatures.
嗜冷菌产生在低温下有效作用的冷活性酶。
marine psychrophiles play a crucial role in nutrient cycling in polar oceans.
海洋嗜冷菌在极地海洋的营养循环中起着至关重要的作用。
antarctic psychrophiles have been isolated from ancient ice cores and permafrost.
南极嗜冷菌已从古老的冰芯和永冻土中分离出来。
the enzymes from psychrophiles have important applications in biotechnology and detergents.
嗜冷菌的酶在生物技术和洗涤剂中具有重要的应用价值。
psychrophiles represent a significant portion of microbial diversity in cold ecosystems.
嗜冷菌在寒冷生态系统中代表着微生物多样性的重要组成部分。
researchers are investigating the adaptation mechanisms of psychrophiles to cold stress.
研究人员正在调查嗜冷菌对寒冷应激的适应机制。
cold-adapted psychrophiles can survive in subglacial lakes under extreme pressure.
适应寒冷的嗜冷菌可以在极端压力下的冰下湖泊中生存。
psychrophiles are classified as a type of extremophile that prefers cold environments.
嗜冷菌被分类为喜欢寒冷环境的极端微生物类型。
the genomes of psychrophiles contain unique genes for cold adaptation and membrane flexibility.
嗜冷菌的基因组包含用于寒冷适应和膜灵活性的独特基因。
psychrophiles contribute to carbon cycling in arctic and antarctic soils.
嗜冷菌有助于北极和南极土壤中的碳循环。
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