studying diploids
研究外倍体
identifying diploids
识别外倍体
having diploids
拥有外倍体
are diploids
是外倍体
daughter diploids
子代外倍体
forming diploids
形成外倍体
new diploids
新的外倍体
found diploids
发现的外倍体
unique diploids
独特的외倍体
complex diploids
复杂的외倍体
most plants are diploid organisms, possessing two sets of chromosomes.
大多数植物是二倍体生物，拥有两套染色体。
understanding diploidy is crucial for plant breeding and genetic modification.
理解二倍性对于植物育种和基因改造至关重要。
the sporophyte generation in ferns is diploid, producing spores through meiosis.
蕨类植物的孢子体世代是二倍体，通过减数分裂产生孢子。
many agricultural crops are diploid, allowing for predictable inheritance patterns.
许多农作物是二倍体，这使得遗传模式具有可预测性。
scientists study diploid cells to understand chromosome behavior during cell division.
科学家研究二倍体细胞，以了解细胞分裂期间染色体的行为。
triploids, tetraploids, and other polyploids often arise from diploid ancestors.
三倍体、四倍体和其他多倍体通常起源于二倍体祖先。
the diploid number varies among species; it's a defining characteristic.
二倍体数目因物种而异，是定义特征。
errors in meiosis can lead to aneuploidy in diploid organisms.
减数分裂中的错误会导致二倍体生物中的非整倍体。
comparing diploid genomes reveals evolutionary relationships between species.
比较二倍体基因组揭示了物种之间的进化关系。
the formation of diploid zygotes marks the beginning of a new generation.
二倍体受精卵的形成标志着新世代的开始。
maintaining diploid status is essential for the viability of many organisms.
维持二倍体状态对于许多生物的生存至关重要。
studying diploids
研究外倍体
identifying diploids
识别外倍体
having diploids
拥有外倍体
are diploids
是外倍体
daughter diploids
子代外倍体
forming diploids
形成外倍体
new diploids
新的外倍体
found diploids
发现的外倍体
unique diploids
独特的외倍体
complex diploids
复杂的외倍体
most plants are diploid organisms, possessing two sets of chromosomes.
大多数植物是二倍体生物，拥有两套染色体。
understanding diploidy is crucial for plant breeding and genetic modification.
理解二倍性对于植物育种和基因改造至关重要。
the sporophyte generation in ferns is diploid, producing spores through meiosis.
蕨类植物的孢子体世代是二倍体，通过减数分裂产生孢子。
many agricultural crops are diploid, allowing for predictable inheritance patterns.
许多农作物是二倍体，这使得遗传模式具有可预测性。
scientists study diploid cells to understand chromosome behavior during cell division.
科学家研究二倍体细胞，以了解细胞分裂期间染色体的行为。
triploids, tetraploids, and other polyploids often arise from diploid ancestors.
三倍体、四倍体和其他多倍体通常起源于二倍体祖先。
the diploid number varies among species; it's a defining characteristic.
二倍体数目因物种而异，是定义特征。
errors in meiosis can lead to aneuploidy in diploid organisms.
减数分裂中的错误会导致二倍体生物中的非整倍体。
comparing diploid genomes reveals evolutionary relationships between species.
比较二倍体基因组揭示了物种之间的进化关系。
the formation of diploid zygotes marks the beginning of a new generation.
二倍体受精卵的形成标志着新世代的开始。
maintaining diploid status is essential for the viability of many organisms.
维持二倍体状态对于许多生物的生存至关重要。
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