新着丝粒

The neocentromere is the centromere of a recently acquired chromosome in a hybrid cell.
新着丝粒是杂交细胞中最近获得的染色体的着丝粒。
In cancer cells, the neocentromeres often move to the centromere band of an extra chromosome.
在癌细胞中，新着丝粒常转移到额外染色体的着丝粒区域。
The study focused on identifying and mapping the neocentromeres in cancer chromosomes.
研究集中在识别和绘制癌症染色体中的新着丝粒图谱。
The neocentromere helps maintain genetic stability during cell division.
新着丝粒有助于在细胞分裂期间保持遗传稳定性。
The neocentromere is usually smaller than the primary centromere and may have unique DNA sequences.
新着丝粒通常比主要着丝粒小，并可能具有独特的DNA序列。
In some cases, neocentromeres can cause chromosomal abnormalities.
在某些情况下，新着丝粒可能导致染色体异常。
Neocentromeres can be created through translocations or duplications in the genome.
新着丝粒可以通过基因组的转位或复制来形成。
Genetic engineers use techniques to insert neocentromeres into specific chromosomes for gene manipulation.
遗传工程师使用技术将新着丝粒插入特定染色体进行基因操作。
Understanding neocentromeres has significant implications for cancer therapy.
理解新着丝粒对癌症治疗有重大意义。
Researchers continue to study the functions and mechanisms of neocentromeres in cell biology.
研究人员继续研究新着丝粒在细胞生物学中的功能和机制。