n.质氏体溶解，色素溶解

The process of chromatolysis revealed distinct cellular structures within the cell nucleus.
过程中的色谱离析显示出细胞核内的特定结构。
During mitosis, chromatolysis occurs as chromosomes condense and become visible.
在有丝分裂期间，染色体浓缩并变得可见，这就是色谱离析的过程。
Chromatolysis is a crucial step in the study of cell organelle organization.
色谱离析在研究细胞器组织中起着关键作用。
After exposure to certain chemicals, the nuclei undergo chromatolysis, losing their integrity.
接触某些化学物质后，细胞核会发生色谱离析，失去完整性。
Microscopic examination of neurons often involves observing chromatolysis as a sign of degeneration.
显微镜检查神经元时，常常会观察到色谱离析作为退化的迹象。
In histology, chromatolysis helps to differentiate between healthy and diseased cells by revealing changes in protein content.
在组织学中，色谱离析有助于区分健康和病变细胞，通过揭示蛋白质含量的变化。
Scientists have used advanced imaging techniques to observe chromatolysis in real-time during apoptosis.
科学家们利用先进的成像技术实时观察细胞凋亡过程中的色谱离析。
The study of chromatolysis has contributed significantly to our understanding of gene expression regulation.
色谱离析的研究对理解基因表达调控有重大贡献。
Chromatolysis can be an indicator of cellular stress or damage, especially in nerve cells.
色谱离析可能是细胞压力或损伤的标志，尤其是在神经细胞中。
Researchers noticed a reversal of chromatolysis in certain cancer cells treated with a new drug, suggesting potential therapeutic benefits.
研究人员在使用新药治疗的某些癌细胞中观察到了色谱离析的逆转，这表明可能的治疗益处。