neotenic features
幼年特征
neotenic retention
幼态保留
highly neotenic
高度幼态的
neotenic morphology
幼态形态
a neotenic trait
一种幼态特征
neotenic development
幼态发育
the axolotl's neotenic development allows it to retain larval features as an adult.
墨西哥娃娃鱼的异生发育使其作为成年生物保留幼态特征。
some argue that human evolution exhibits a degree of neotenic traits compared to our ancestors.
有些人认为，与我们的祖先相比，人类的进化表现出一定程度的异生特征。
the neotenic morphology of the olm is a fascinating example of evolutionary adaptation.
盲螈的异生形态是进化适应性的一种迷人例子。
researchers are studying the genetic basis of neotenic traits in various amphibians.
研究人员正在研究各种两栖动物中异生特征的遗传基础。
neotenic retention of gills is a key characteristic of the axolotl.
鳃的异生保留是墨西哥娃娃鱼的一个关键特征。
the concept of neoteny has implications for understanding human evolution and development.
异生性的概念对理解人类进化和发育具有重要意义。
neotenic species often exhibit a prolonged larval stage.
异生物种通常表现出较长的幼体阶段。
understanding neotenic mechanisms can inform regenerative medicine research.
理解异生机制可以为再生医学研究提供信息。
the neotenic salamander retains its larval fins throughout its life cycle.
异生蝾螈在其整个生命周期中都保留着幼体鳍。
a neotenic mutation can lead to the permanent retention of juvenile characteristics.
异生突变会导致永久保留幼年特征。
the study of neotenic organisms provides insights into developmental biology.
异生生物的研究为发育生物学提供了见解。
neotenic features
幼年特征
neotenic retention
幼态保留
highly neotenic
高度幼态的
neotenic morphology
幼态形态
a neotenic trait
一种幼态特征
neotenic development
幼态发育
the axolotl's neotenic development allows it to retain larval features as an adult.
墨西哥娃娃鱼的异生发育使其作为成年生物保留幼态特征。
some argue that human evolution exhibits a degree of neotenic traits compared to our ancestors.
有些人认为，与我们的祖先相比，人类的进化表现出一定程度的异生特征。
the neotenic morphology of the olm is a fascinating example of evolutionary adaptation.
盲螈的异生形态是进化适应性的一种迷人例子。
researchers are studying the genetic basis of neotenic traits in various amphibians.
研究人员正在研究各种两栖动物中异生特征的遗传基础。
neotenic retention of gills is a key characteristic of the axolotl.
鳃的异生保留是墨西哥娃娃鱼的一个关键特征。
the concept of neoteny has implications for understanding human evolution and development.
异生性的概念对理解人类进化和发育具有重要意义。
neotenic species often exhibit a prolonged larval stage.
异生物种通常表现出较长的幼体阶段。
understanding neotenic mechanisms can inform regenerative medicine research.
理解异生机制可以为再生医学研究提供信息。
the neotenic salamander retains its larval fins throughout its life cycle.
异生蝾螈在其整个生命周期中都保留着幼体鳍。
a neotenic mutation can lead to the permanent retention of juvenile characteristics.
异生突变会导致永久保留幼年特征。
the study of neotenic organisms provides insights into developmental biology.
异生生物的研究为发育生物学提供了见解。
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