嗜热菌

Thermophiles are microorganisms that thrive at extremely high temperatures, such as those found in hot springs.
热带菌是能在极高温度下旺盛生长的微生物，例如在温泉中发现的那些。
Some thermophiles have the ability to survive and reproduce at temperatures exceeding 80°C.
一些热带菌具有在超过80°C的温度下生存和繁殖的能力。
The discovery of thermophiles in deep-sea hydrothermal vents revolutionized our understanding of life's adaptability.
在深海热液喷口中发现热带菌，彻底改变了我们对生命适应性的理解。
Thermophilic enzymes isolated from these organisms are often used in molecular biology for their stability at high temperatures.
从这些生物体中分离出的热带酶因其在高温下的稳定性常被用于分子生物学。
Thermophiles exhibit unique metabolic pathways adapted to their extreme environments.
热带菌展示出适应其极端环境的独特代谢途径。
Pyrococcus furiosus is an example of an extremophile, specifically a hyperthermophile, which grows optimally around 100°C.
极端嗜热菌——火炉球菌就是一个例子，它在约100°C左右最适宜生长。
Many thermophiles possess heat-resistant proteins that allow them to function under intense heat conditions.
许多热带菌拥有耐热蛋白质，使得它们能在高温条件下发挥作用。
Researchers are studying thermophiles in order to better understand the evolution of early life on Earth.
研究人员正在研究热带菌以更好地理解地球上早期生命的演化。
A thermophile culture can be used for bioremediation processes to break down contaminants in hot environments.
可以使用热带菌培养物进行生物修复过程，以分解高温环境中的污染物。
Genetic analysis of thermophiles provides insights into the evolution of temperature tolerance across different species.
对热带菌的基因分析提供了对不同物种耐温性进化的深入见解。