嗜热性

Bacteria exhibit thermotaxis, moving towards warmer or cooler temperatures depending on their optimal growth conditions.
细菌表现出热迁移性，根据其最佳生长条件，它们会向更温暖或更凉爽的地方移动。
The sperm in many species exhibit thermotactic behavior, swimming upwards through the female reproductive tract to reach the egg.
许多物种的精子表现出热定向行为，通过女性生殖道向上游动以到达卵子。
Insects like ants and cockroaches use thermotaxis to navigate and find food sources during the night.
蚂蚁和蟑螂等昆虫利用热定向来在夜间导航和寻找食物源。
Scientists study thermotaxis in bacteria to understand how they form biofilms and contribute to infections.
科学家研究细菌的热迁移性，以了解它们如何形成生物膜并参与感染过程。
Some species of fish exhibit thermotactic migration, moving vertically in water columns based on temperature changes.
一些鱼类表现出热迁移性迁移，根据水温变化在水柱中垂直移动。
Thermotaxis is an important factor in the distribution and survival of marine organisms in different ocean depths.
热迁移对于海洋生物在不同深度的分布和生存至关重要。
Researchers have developed artificial microswimmers that can mimic thermotaxis for targeted drug delivery in the body.
研究人员已经开发出可以模仿热迁移的人工微泳器，用于体内靶向药物传递。
Thermotactic bacteria are often used in bioremediation, as they can be directed to degrade pollutants in warm areas.
热迁移细菌常用于生物修复，因为它们可以被引导到温暖区域分解污染物。
The nematode Caenorhabditis elegans exhibits thermotaxis, with its body temperature influencing its movement and behavior.
钩虫Caenorhabditis elegans表现出热迁移性，其体温会影响其运动和行为。
In neuroscience, scientists investigate thermosensitive neurons in mammals that play a role in thermotaxis and other temperature-related behaviors.
在神经科学中，科学家研究哺乳动物中的热敏感神经元，这些神经元在热迁移和其他与温度相关的行为中发挥作用。