multiploid organism
多倍体生物
multiploid species
多倍体物种
multiploid cells
多倍体细胞
multiploid condition
多倍体状态
multiploid level
多倍体水平
multiploid plants
多倍体植物
multiploid traits
多倍体特征
multiploid varieties
多倍体品种
multiploid hybrids
多倍体杂交种
multiploid genetics
多倍体遗传学
many plants are multiploid, which allows for greater genetic diversity.
许多植物是多倍体，这使得它们具有更大的遗传多样性。
researchers are studying the effects of being multiploid on cell function.
研究人员正在研究多倍体对细胞功能的影响。
multiploid organisms often exhibit unique traits compared to diploid ones.
与二倍体生物相比，多倍体生物通常表现出独特的特征。
some species of fish are naturally multiploid, enhancing their adaptability.
一些鱼类物种是自然多倍体，这增强了它们的适应能力。
the phenomenon of multiploidization can lead to speciation.
多倍体化现象可能导致物种形成。
scientists are exploring the role of multiploid cells in cancer research.
科学家正在探索多倍体细胞在癌症研究中的作用。
in agriculture, multiploid crops can yield higher production rates.
在农业中，多倍体作物可以提高产量。
understanding multiploid genetics is crucial for plant breeding programs.
理解多倍体遗传学对植物育种计划至关重要。
multiploid species can be more resilient to environmental changes.
多倍体物种对环境变化可能更具韧性。
some fungi are known to be multiploid, affecting their reproduction.
一些真菌被认为是多倍体，这影响了它们的繁殖。
multiploid organism
多倍体生物
multiploid species
多倍体物种
multiploid cells
多倍体细胞
multiploid condition
多倍体状态
multiploid level
多倍体水平
multiploid plants
多倍体植物
multiploid traits
多倍体特征
multiploid varieties
多倍体品种
multiploid hybrids
多倍体杂交种
multiploid genetics
多倍体遗传学
many plants are multiploid, which allows for greater genetic diversity.
许多植物是多倍体，这使得它们具有更大的遗传多样性。
researchers are studying the effects of being multiploid on cell function.
研究人员正在研究多倍体对细胞功能的影响。
multiploid organisms often exhibit unique traits compared to diploid ones.
与二倍体生物相比，多倍体生物通常表现出独特的特征。
some species of fish are naturally multiploid, enhancing their adaptability.
一些鱼类物种是自然多倍体，这增强了它们的适应能力。
the phenomenon of multiploidization can lead to speciation.
多倍体化现象可能导致物种形成。
scientists are exploring the role of multiploid cells in cancer research.
科学家正在探索多倍体细胞在癌症研究中的作用。
in agriculture, multiploid crops can yield higher production rates.
在农业中，多倍体作物可以提高产量。
understanding multiploid genetics is crucial for plant breeding programs.
理解多倍体遗传学对植物育种计划至关重要。
multiploid species can be more resilient to environmental changes.
多倍体物种对环境变化可能更具韧性。
some fungi are known to be multiploid, affecting their reproduction.
一些真菌被认为是多倍体，这影响了它们的繁殖。
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