转分化

The stem cells from skin can be induced to transdifferentiate into functioning heart cells, a promising therapy for heart diseases.
皮肤干细胞可以诱导转变为功能正常的心脏细胞，这是治疗心脏病的一种有希望的方法。
In vitro, the adipose tissue can transdifferentiate into osteoblasts, a critical step in bone regeneration.
在体外实验中，脂肪组织可以转化为骨细胞，这是骨骼再生过程中的关键步骤。
During wound healing, fibroblasts undergo transdifferentiation to form new blood vessels.
在伤口愈合过程中，纤维母细胞会经历转分化，形成新的血管。
Scientists are studying how to control transdifferentiation for tissue engineering.
科学家们正在研究如何控制转分化以应用于组织工程。
Transdifferentiation of endodermal cells into neural cells has been observed in animal models.
在动物模型中，内胚层细胞已经观察到转化为神经细胞的转分化现象。
The cancer cells sometimes acquire the ability to transdifferentiate and become more like normal, non-cancerous cells.
某些癌细胞有时能发生转分化，表现出更接近正常非癌细胞的特性。
Understanding the mechanisms behind transdifferentiation could lead to new treatments for degenerative diseases.
理解转分化的机制可能为治疗退行性疾病开辟新途径。
In plants, somatic cells can transdifferentiate to develop specialized tissues like flowers or roots.
在植物中，体细胞可以转分化形成特殊的组织，如花或根。
Transdifferentiation of mesenchymal stem cells is being researched for potential use in regenerative medicine.
对于再生医学，研究正在探索间充质干细胞的转分化可能性。
Recent studies suggest that environmental factors might influence the efficiency of transdifferentiation.
最近的研究表明，环境因素可能会影响转分化的效率。