neotenic features
幼態特徵
neotenic retention
幼態保留
highly neotenic
高度幼態
neotenic morphology
幼態形態
a neotenic trait
一種幼態特徵
neotenic development
幼態發展
the axolotl's neotenic development allows it to retain larval features as an adult.
墨西哥蚓螈的幼態發育使其能夠在成年時保留幼蟲特徵。
some argue that human evolution exhibits a degree of neotenic traits compared to our ancestors.
有人認為與我們的祖先相比，人類的進化表現出一定程度的幼態特徵。
the neotenic morphology of the olm is a fascinating example of evolutionary adaptation.
洞螈的幼態形態是進化適應的一個迷人例子。
researchers are studying the genetic basis of neotenic traits in various amphibians.
研究人員正在研究各種兩棲動物中幼態特徵的遺傳基礎。
neotenic retention of gills is a key characteristic of the axolotl.
保留腮是墨西哥蚓螈的關鍵特徵。
the concept of neoteny has implications for understanding human evolution and development.
幼態的概念對理解人類的進化和發展有影響。
neotenic species often exhibit a prolonged larval stage.
幼態物種通常會表現出延長的幼蟲階段。
understanding neotenic mechanisms can inform regenerative medicine research.
理解幼態機制可以為再生醫學研究提供資訊。
the neotenic salamander retains its larval fins throughout its life cycle.
幼態的蝾螈在其整個生命周期中都保留其幼蟲的鰭。
a neotenic mutation can lead to the permanent retention of juvenile characteristics.
一種幼態突變會導致幼年特徵的永久保留。
the study of neotenic organisms provides insights into developmental biology.
對幼態生物的研究為發育生物學提供了見解。
neotenic features
幼態特徵
neotenic retention
幼態保留
highly neotenic
高度幼態
neotenic morphology
幼態形態
a neotenic trait
一種幼態特徵
neotenic development
幼態發展
the axolotl's neotenic development allows it to retain larval features as an adult.
墨西哥蚓螈的幼態發育使其能夠在成年時保留幼蟲特徵。
some argue that human evolution exhibits a degree of neotenic traits compared to our ancestors.
有人認為與我們的祖先相比，人類的進化表現出一定程度的幼態特徵。
the neotenic morphology of the olm is a fascinating example of evolutionary adaptation.
洞螈的幼態形態是進化適應的一個迷人例子。
researchers are studying the genetic basis of neotenic traits in various amphibians.
研究人員正在研究各種兩棲動物中幼態特徵的遺傳基礎。
neotenic retention of gills is a key characteristic of the axolotl.
保留腮是墨西哥蚓螈的關鍵特徵。
the concept of neoteny has implications for understanding human evolution and development.
幼態的概念對理解人類的進化和發展有影響。
neotenic species often exhibit a prolonged larval stage.
幼態物種通常會表現出延長的幼蟲階段。
understanding neotenic mechanisms can inform regenerative medicine research.
理解幼態機制可以為再生醫學研究提供資訊。
the neotenic salamander retains its larval fins throughout its life cycle.
幼態的蝾螈在其整個生命周期中都保留其幼蟲的鰭。
a neotenic mutation can lead to the permanent retention of juvenile characteristics.
一種幼態突變會導致幼年特徵的永久保留。
the study of neotenic organisms provides insights into developmental biology.
對幼態生物的研究為發育生物學提供了見解。
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