cryophiles thrive
嗜冷生物茁壮成长
cryophiles survive
嗜冷生物生存
cryophiles adapt
嗜冷生物适应
cryophiles grow
嗜冷生物生长
psychrophiles and cryophiles
嗜冷菌和嗜冷生物
extremophile cryophiles
极端嗜冷生物
cryophiles flourish
嗜冷生物繁衍
cold-adapted cryophiles
适应寒冷的嗜冷生物
marine cryophiles
海洋嗜冷生物
scientists have discovered novel cryophiles thriving in the antarctic ice sheets, challenging our understanding of life's limits.
科学家们在南极冰盖中发现了繁衍生长的新型嗜冷生物，挑战了我们对生命极限的认知。
cryophiles are extremophilic organisms that can survive and reproduce at temperatures below freezing.
嗜冷生物是极端微生物，能在冰点以下的温度中存活和繁殖。
research on cryophiles has revealed unique adaptations in their cell membranes that prevent ice crystal formation.
对嗜冷生物的研究揭示了它们细胞膜中防止冰晶形成的独特适应机制。
marine biologists found cryophiles living near hydrothermal vents where temperatures fluctuate dramatically.
海洋生物学家在温度剧烈波动的热液喷口附近发现了嗜冷生物的生存踪迹。
the enzymes produced by cryophiles have valuable applications in cold-climate industrial processes.
嗜冷生物产生的酶在寒冷气候的工业过程中具有宝贵的应用价值。
cryophiles from the arctic tundra demonstrate remarkable genetic diversity despite harsh conditions.
来自北极冻土带的嗜冷生物尽管条件恶劣，却展现出显著的遗传多样性。
laboratory studies of cryophiles help scientists understand how life might exist on other frozen planets.
实验室对嗜冷生物的研究帮助科学家理解生命如何在其他冰冻星球上存在。
biotechnologists are exploiting the properties of cryophiles to develop new food preservation techniques.
生物技术专家正在利用嗜冷生物的特性开发新的食品保鲜技术。
some cryophiles can remain dormant for thousands of years in permafrost and revive when conditions improve.
一些嗜冷生物可以在永久冻土中休眠数千年，当条件改善时复苏。
the study of cryophiles falls under the broader field of extremophile research in microbiology.
嗜冷生物的研究属于微生物学中更广泛的极端微生物研究范畴。
cryophiles produce antifreeze proteins that allow them to function in subzero environments.
嗜冷生物产生抗冻蛋白，使它们能够在零度以下的环境中正常运作。
genomic analysis of cryophiles has uncovered unexpected metabolic pathways unique to cold-adapted life.
嗜冷生物的基因组分析揭示了适应寒冷生命的意外代谢途径。
antarctic cryophiles have evolved specialized proteins that remain flexible and functional at extremely low temperatures.
南极嗜冷生物进化出特殊的蛋白质，在极低温度下仍保持柔韧性和功能性。
cryophiles thrive
嗜冷生物茁壮成长
cryophiles survive
嗜冷生物生存
cryophiles adapt
嗜冷生物适应
cryophiles grow
嗜冷生物生长
psychrophiles and cryophiles
嗜冷菌和嗜冷生物
extremophile cryophiles
极端嗜冷生物
cryophiles flourish
嗜冷生物繁衍
cold-adapted cryophiles
适应寒冷的嗜冷生物
marine cryophiles
海洋嗜冷生物
scientists have discovered novel cryophiles thriving in the antarctic ice sheets, challenging our understanding of life's limits.
科学家们在南极冰盖中发现了繁衍生长的新型嗜冷生物，挑战了我们对生命极限的认知。
cryophiles are extremophilic organisms that can survive and reproduce at temperatures below freezing.
嗜冷生物是极端微生物，能在冰点以下的温度中存活和繁殖。
research on cryophiles has revealed unique adaptations in their cell membranes that prevent ice crystal formation.
对嗜冷生物的研究揭示了它们细胞膜中防止冰晶形成的独特适应机制。
marine biologists found cryophiles living near hydrothermal vents where temperatures fluctuate dramatically.
海洋生物学家在温度剧烈波动的热液喷口附近发现了嗜冷生物的生存踪迹。
the enzymes produced by cryophiles have valuable applications in cold-climate industrial processes.
嗜冷生物产生的酶在寒冷气候的工业过程中具有宝贵的应用价值。
cryophiles from the arctic tundra demonstrate remarkable genetic diversity despite harsh conditions.
来自北极冻土带的嗜冷生物尽管条件恶劣，却展现出显著的遗传多样性。
laboratory studies of cryophiles help scientists understand how life might exist on other frozen planets.
实验室对嗜冷生物的研究帮助科学家理解生命如何在其他冰冻星球上存在。
biotechnologists are exploiting the properties of cryophiles to develop new food preservation techniques.
生物技术专家正在利用嗜冷生物的特性开发新的食品保鲜技术。
some cryophiles can remain dormant for thousands of years in permafrost and revive when conditions improve.
一些嗜冷生物可以在永久冻土中休眠数千年，当条件改善时复苏。
the study of cryophiles falls under the broader field of extremophile research in microbiology.
嗜冷生物的研究属于微生物学中更广泛的极端微生物研究范畴。
cryophiles produce antifreeze proteins that allow them to function in subzero environments.
嗜冷生物产生抗冻蛋白，使它们能够在零度以下的环境中正常运作。
genomic analysis of cryophiles has uncovered unexpected metabolic pathways unique to cold-adapted life.
嗜冷生物的基因组分析揭示了适应寒冷生命的意外代谢途径。
antarctic cryophiles have evolved specialized proteins that remain flexible and functional at extremely low temperatures.
南极嗜冷生物进化出特殊的蛋白质，在极低温度下仍保持柔韧性和功能性。
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