agametes in botany
植物中的無性生殖細胞
agametes and gametes
無性生殖細胞和有性生殖細胞
the study focuses on the development of agametes in various species.
该研究侧重于不同物种无配子体的发育。
agametes are reproductive cells that lack chromosomes.
无配子体是缺乏染色体的生殖细胞。
the formation of agametes is a complex biological process.
无配子体的形成是一个复杂的生物过程。
agametes are important for asexual reproduction in some organisms.
对于某些生物来说，无配子体对无性繁殖很重要。
understanding agametes can shed light on evolutionary biology.
了解无配子体可以帮助我们理解进化生物学。
research on agametes often involves microscopic examination.
研究无配子体通常需要进行显微镜观察。
agamete development can be influenced by environmental factors.
环境因素会影响无配子体的发育。
the study of agametes has implications for agriculture and medicine.
研究无配子体对农业和医学有重要意义。
agametes play a crucial role in the life cycle of certain plants.
无配子体在某些植物的生命周期中起着至关重要的作用。
the characteristics of agametes vary widely across different species.
不同物种的无配子体特征差异很大。
agametes in botany
植物中的無性生殖細胞
agametes and gametes
無性生殖細胞和有性生殖細胞
the study focuses on the development of agametes in various species.
该研究侧重于不同物种无配子体的发育。
agametes are reproductive cells that lack chromosomes.
无配子体是缺乏染色体的生殖细胞。
the formation of agametes is a complex biological process.
无配子体的形成是一个复杂的生物过程。
agametes are important for asexual reproduction in some organisms.
对于某些生物来说，无配子体对无性繁殖很重要。
understanding agametes can shed light on evolutionary biology.
了解无配子体可以帮助我们理解进化生物学。
research on agametes often involves microscopic examination.
研究无配子体通常需要进行显微镜观察。
agamete development can be influenced by environmental factors.
环境因素会影响无配子体的发育。
the study of agametes has implications for agriculture and medicine.
研究无配子体对农业和医学有重要意义。
agametes play a crucial role in the life cycle of certain plants.
无配子体在某些植物的生命周期中起着至关重要的作用。
the characteristics of agametes vary widely across different species.
不同物种的无配子体特征差异很大。
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