去分化型

The dedifferentiated cells in the culture exhibited a high degree of plasticity.
培养中的去分化细胞表现出高度的可塑性。
In cancer research, dedifferentiation is often observed as a process where cells lose their specialized functions and become more like stem cells.
在癌症研究中，去分化通常被观察到是一个细胞失去其特化功能并变得更像干细胞的过程。
The dedifferentiated state of these muscle cells allowed them to regenerate more effectively.
这些肌肉细胞的去分化状态使它们能够更有效地再生。
After injury, some mature cells can undergo dedifferentiation to repair damaged tissue.
受伤后，一些成熟细胞可以经历去分化以修复受损组织。
Dedifferentiation occurs naturally during plant tissue regeneration, allowing cells to regain the ability to divide and differentiate into new cell types.
去分化在植物组织再生过程中自然发生，使细胞重新获得分裂和分化为新细胞类型的能力。
This experimental therapy involves inducing dedifferentiation in damaged neurons to promote recovery after brain injury.
这项实验性疗法涉及诱导损伤神经元的去分化，以促进脑损伤后的恢复。
Researchers induced dedifferentiation in pancreatic cells, converting them into insulin-producing cells for diabetes treatment.
研究人员诱导胰腺细胞去分化，将其转化为生产胰岛素的细胞用于糖尿病治疗。
The dedifferentiated chondrocytes displayed a loss of cartilage-specific markers, indicating a shift towards a less differentiated state.
去分化的软骨细胞显示出软骨特异性标志物的丢失，表明向分化程度较低的状态转变。
Through genetic manipulation, scientists were able to reverse dedifferentiation in aged cells, restoring youthful characteristics.
通过基因操作，科学家们能够逆转老化细胞的去分化过程，恢复年轻特征。
Dedifferentiation is a reversible process that enables mature cells to regain developmental potential under certain conditions.
去分化是一个可逆过程，使得成熟细胞在特定条件下能够重新获得发育潜能。