single eucaryote
单一真核生物
eucaryote cell
真核细胞
eucaryote organism
真核生物
multicellular eucaryote
多细胞真核生物
eucaryote division
真核分裂
eucaryote genome
真核基因组
eucaryote evolution
真核进化
eucaryote classification
真核分类
eucaryote reproduction
真核繁殖
eucaryote structure
真核结构
eucaryotes are complex cells with a nucleus.
真核生物是具有细胞核的复杂细胞。
many eucaryotes can be found in multicellular organisms.
许多真核生物可以在多细胞生物中找到。
plants and animals are both classified as eucaryotes.
植物和动物都被归类为真核生物。
the study of eucaryotes is essential in biology.
对真核生物的研究在生物学中至关重要。
eucaryotes reproduce through various methods.
真核生物通过多种方法繁殖。
some eucaryotes can survive in extreme environments.
一些真核生物可以在极端环境中生存。
understanding eucaryotes helps us learn about evolution.
理解真核生物有助于我们了解进化。
eucaryotes differ from prokaryotes in many ways.
真核生物与原核生物在许多方面有所不同。
research on eucaryotes has advanced significantly.
对真核生物的研究已取得显著进展。
some eucaryotes play crucial roles in ecosystems.
一些真核生物在生态系统中发挥着重要作用。
single eucaryote
单一真核生物
eucaryote cell
真核细胞
eucaryote organism
真核生物
multicellular eucaryote
多细胞真核生物
eucaryote division
真核分裂
eucaryote genome
真核基因组
eucaryote evolution
真核进化
eucaryote classification
真核分类
eucaryote reproduction
真核繁殖
eucaryote structure
真核结构
eucaryotes are complex cells with a nucleus.
真核生物是具有细胞核的复杂细胞。
many eucaryotes can be found in multicellular organisms.
许多真核生物可以在多细胞生物中找到。
plants and animals are both classified as eucaryotes.
植物和动物都被归类为真核生物。
the study of eucaryotes is essential in biology.
对真核生物的研究在生物学中至关重要。
eucaryotes reproduce through various methods.
真核生物通过多种方法繁殖。
some eucaryotes can survive in extreme environments.
一些真核生物可以在极端环境中生存。
understanding eucaryotes helps us learn about evolution.
理解真核生物有助于我们了解进化。
eucaryotes differ from prokaryotes in many ways.
真核生物与原核生物在许多方面有所不同。
research on eucaryotes has advanced significantly.
对真核生物的研究已取得显著进展。
some eucaryotes play crucial roles in ecosystems.
一些真核生物在生态系统中发挥着重要作用。
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