high ploidy
高倍体
low ploidy
低倍体
ploidy level
倍体水平
ploidy variation
倍体变异
ploidy analysis
倍体分析
ploidy status
倍体状态
ploidy assessment
倍体评估
ploidy determination
倍体确定
ploidy change
倍体变化
ploidy classification
倍体分类
understanding ploidy is essential in genetics.
理解倍性在遗传学中至关重要。
ploidy levels can affect plant breeding outcomes.
倍性水平会影响植物育种结果。
researchers study ploidy to understand cell division.
研究人员研究倍性以理解细胞分裂。
different organisms exhibit various ploidy types.
不同的生物表现出不同的倍性类型。
polyploidy can lead to increased genetic diversity.
多倍性可以导致遗传多样性的增加。
determining the ploidy of a species can be complex.
确定一个物种的倍性可能很复杂。
ploidy analysis is crucial in cancer research.
倍性分析在癌症研究中至关重要。
some fungi have unique ploidy characteristics.
一些真菌具有独特的倍性特征。
ploidy can influence the phenotype of an organism.
倍性可以影响生物的表型。
scientists often manipulate ploidy in laboratory experiments.
科学家们常常在实验室实验中操纵倍性。
high ploidy
高倍体
low ploidy
低倍体
ploidy level
倍体水平
ploidy variation
倍体变异
ploidy analysis
倍体分析
ploidy status
倍体状态
ploidy assessment
倍体评估
ploidy determination
倍体确定
ploidy change
倍体变化
ploidy classification
倍体分类
understanding ploidy is essential in genetics.
理解倍性在遗传学中至关重要。
ploidy levels can affect plant breeding outcomes.
倍性水平会影响植物育种结果。
researchers study ploidy to understand cell division.
研究人员研究倍性以理解细胞分裂。
different organisms exhibit various ploidy types.
不同的生物表现出不同的倍性类型。
polyploidy can lead to increased genetic diversity.
多倍性可以导致遗传多样性的增加。
determining the ploidy of a species can be complex.
确定一个物种的倍性可能很复杂。
ploidy analysis is crucial in cancer research.
倍性分析在癌症研究中至关重要。
some fungi have unique ploidy characteristics.
一些真菌具有独特的倍性特征。
ploidy can influence the phenotype of an organism.
倍性可以影响生物的表型。
scientists often manipulate ploidy in laboratory experiments.
科学家们常常在实验室实验中操纵倍性。
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