thermogeny process
热源生成过程
inducing thermogeny
诱导热源生成
thermogeny rate
热源生成速率
thermogeny effect
热源效应
thermogeny mechanism
热源生成机制
thermogeny observed
观察到热源生成
thermogeny levels
热源生成水平
thermogeny study
热源生成研究
thermogeny increases
热源生成增加
thermogeny data
热源生成数据
the process of thermogeny in endothermic organisms is fascinating.
内生热的产生过程在内温动物中令人着迷。
understanding thermogeny is crucial for studying animal physiology.
理解内生热对于研究动物生理学至关重要。
thermogeny mechanisms vary significantly across different species.
内生热机制在不同物种之间差异很大。
shivering is a common thermogeny response to cold temperatures.
寒冷温度下，颤抖是一种常见内生热反应。
brown adipose tissue plays a key role in thermogeny.
棕色脂肪组织在内生热中发挥着关键作用。
non-shivering thermogeny is important in neonates.
非颤抖内生热对新生儿很重要。
the study of thermogeny has implications for hypothermia treatment.
内生热的研究对低温症的治疗有影响。
seasonal thermogeny changes in some animals are well documented.
一些动物的季节性内生热变化已被充分记录。
metabolic thermogeny contributes to maintaining body temperature.
代谢内生热有助于维持体温。
investigating thermogeny can reveal evolutionary adaptations.
研究内生热可以揭示进化适应性。
behavioral thermogeny, like basking, is also a strategy.
行为内生热，如晒太阳，也是一种策略。
thermogeny process
热源生成过程
inducing thermogeny
诱导热源生成
thermogeny rate
热源生成速率
thermogeny effect
热源效应
thermogeny mechanism
热源生成机制
thermogeny observed
观察到热源生成
thermogeny levels
热源生成水平
thermogeny study
热源生成研究
thermogeny increases
热源生成增加
thermogeny data
热源生成数据
the process of thermogeny in endothermic organisms is fascinating.
内生热的产生过程在内温动物中令人着迷。
understanding thermogeny is crucial for studying animal physiology.
理解内生热对于研究动物生理学至关重要。
thermogeny mechanisms vary significantly across different species.
内生热机制在不同物种之间差异很大。
shivering is a common thermogeny response to cold temperatures.
寒冷温度下，颤抖是一种常见内生热反应。
brown adipose tissue plays a key role in thermogeny.
棕色脂肪组织在内生热中发挥着关键作用。
non-shivering thermogeny is important in neonates.
非颤抖内生热对新生儿很重要。
the study of thermogeny has implications for hypothermia treatment.
内生热的研究对低温症的治疗有影响。
seasonal thermogeny changes in some animals are well documented.
一些动物的季节性内生热变化已被充分记录。
metabolic thermogeny contributes to maintaining body temperature.
代谢内生热有助于维持体温。
investigating thermogeny can reveal evolutionary adaptations.
研究内生热可以揭示进化适应性。
behavioral thermogeny, like basking, is also a strategy.
行为内生热，如晒太阳，也是一种策略。
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