isogamete fusion
异配子融合
isogamete formation
异配子形成
isogamete mating
异配子交配
isogamete compatibility
异配子兼容性
isogamete interaction
异配子相互作用
isogamete characteristics
异配子特征
isogamete types
异配子类型
isogamete behavior
异配子行为
isogamete genetics
异配子遗传学
isogamete study
异配子研究
the isogamete plays a crucial role in the reproduction of certain algae.
异配子在某些藻类的繁殖中起着至关重要的作用。
in biology, an isogamete is a gamete that is morphologically similar to another.
在生物学中，异配子是形态上与另一种配子相似的配子。
isogametes can fuse to form a zygote during sexual reproduction.
异配子可以在有性繁殖过程中融合形成合子。
many organisms use isogametes to enhance genetic diversity.
许多生物使用异配子来增强遗传多样性。
the study of isogametes helps us understand evolutionary processes.
对异配子的研究帮助我们理解进化过程。
isogametes are often found in species that reproduce by conjugation.
异配子通常在通过结合繁殖的物种中发现。
researchers are investigating the mechanisms behind isogamete fusion.
研究人员正在调查异配子融合背后的机制。
the genetic material from isogametes contributes to the offspring's traits.
异配子的遗传物质对后代的性状有贡献。
some fungi exhibit isogamete formation during their life cycle.
一些真菌在其生命周期中表现出异配子形成。
understanding isogamete interactions is vital for studying reproductive biology.
理解异配子相互作用对研究生殖生物学至关重要。
isogamete fusion
异配子融合
isogamete formation
异配子形成
isogamete mating
异配子交配
isogamete compatibility
异配子兼容性
isogamete interaction
异配子相互作用
isogamete characteristics
异配子特征
isogamete types
异配子类型
isogamete behavior
异配子行为
isogamete genetics
异配子遗传学
isogamete study
异配子研究
the isogamete plays a crucial role in the reproduction of certain algae.
异配子在某些藻类的繁殖中起着至关重要的作用。
in biology, an isogamete is a gamete that is morphologically similar to another.
在生物学中，异配子是形态上与另一种配子相似的配子。
isogametes can fuse to form a zygote during sexual reproduction.
异配子可以在有性繁殖过程中融合形成合子。
many organisms use isogametes to enhance genetic diversity.
许多生物使用异配子来增强遗传多样性。
the study of isogametes helps us understand evolutionary processes.
对异配子的研究帮助我们理解进化过程。
isogametes are often found in species that reproduce by conjugation.
异配子通常在通过结合繁殖的物种中发现。
researchers are investigating the mechanisms behind isogamete fusion.
研究人员正在调查异配子融合背后的机制。
the genetic material from isogametes contributes to the offspring's traits.
异配子的遗传物质对后代的性状有贡献。
some fungi exhibit isogamete formation during their life cycle.
一些真菌在其生命周期中表现出异配子形成。
understanding isogamete interactions is vital for studying reproductive biology.
理解异配子相互作用对研究生殖生物学至关重要。
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