传统方法通常是将细胞暴露于药物或化合物中影响蛋白质生成，借此产生不稳定性。
Traditional techniques consist of exposing the cells to drug or compounds that affect protein production, thereby creating instability.
结论神经干细胞团的悬浮不稳定性主要与细胞团体积相关。
Conclusions the suspending instability of neural stem cell clusters is mainly related to their volumes.
依托泊苷能稳定酶催化性循环中的一种共价的拓扑异构酶ii裂解的DNA中间复合物，导致基因组不稳定性和细胞死亡(2,3)。
Etoposide stabilizes a covalent topoisomerase II-cleaved DNA intermediate complex in the catalytic cycle of the enzyme, leading to genomic instability and cell death (2, 3).
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