amitosis in bacteria
细菌的无性生殖
study of amitosis
对无性生殖的研究
amitosis vs mitosis
无性生殖与有性生殖的比较
types of amitosis
无性生殖类型
mechanism of amitosis
无性生殖的机制
amitosis is a type of cell division that produces two identical daughter cells.
有丝分裂是一种产生两个相同子细胞的细胞分裂方式。
unlike mitosis, amitosis does not involve the formation of spindle fibers.
与有丝分裂不同，无丝分裂不涉及纺锤体的形成。
amitosis is a simpler form of cell division compared to mitosis.
相对于有丝分裂，无丝分裂是一种更简单的细胞分裂方式。
the process of amitosis occurs in some primitive organisms.
无丝分裂过程发生在一些原始生物中。
amitosis is often observed in certain types of cancer cells.
无丝分裂经常出现在某些类型的癌细胞中。
scientists are studying amitosis to better understand cell division mechanisms.
科学家们正在研究无丝分裂，以更好地了解细胞分裂机制。
the outcome of amitosis is the creation of genetically identical daughter cells.
无丝分裂的结果是产生基因相同的子细胞。
amitosis plays a role in the asexual reproduction of some organisms.
无丝分裂在一些生物的无性繁殖中起作用。
understanding amitosis can provide insights into cellular processes and diseases.
了解无丝分裂可以提供有关细胞过程和疾病的见解。
researchers continue to investigate the complexities of amitosis in various organisms.
研究人员继续调查各种生物中无丝分裂的复杂性。
amitosis in bacteria
细菌的无性生殖
study of amitosis
对无性生殖的研究
amitosis vs mitosis
无性生殖与有性生殖的比较
types of amitosis
无性生殖类型
mechanism of amitosis
无性生殖的机制
amitosis is a type of cell division that produces two identical daughter cells.
有丝分裂是一种产生两个相同子细胞的细胞分裂方式。
unlike mitosis, amitosis does not involve the formation of spindle fibers.
与有丝分裂不同，无丝分裂不涉及纺锤体的形成。
amitosis is a simpler form of cell division compared to mitosis.
相对于有丝分裂，无丝分裂是一种更简单的细胞分裂方式。
the process of amitosis occurs in some primitive organisms.
无丝分裂过程发生在一些原始生物中。
amitosis is often observed in certain types of cancer cells.
无丝分裂经常出现在某些类型的癌细胞中。
scientists are studying amitosis to better understand cell division mechanisms.
科学家们正在研究无丝分裂，以更好地了解细胞分裂机制。
the outcome of amitosis is the creation of genetically identical daughter cells.
无丝分裂的结果是产生基因相同的子细胞。
amitosis plays a role in the asexual reproduction of some organisms.
无丝分裂在一些生物的无性繁殖中起作用。
understanding amitosis can provide insights into cellular processes and diseases.
了解无丝分裂可以提供有关细胞过程和疾病的见解。
researchers continue to investigate the complexities of amitosis in various organisms.
研究人员继续调查各种生物中无丝分裂的复杂性。
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