加州大学洛杉矶分校的科学家发现了一种名为 MYCT1 的蛋白质,它可以调节人类血液干细胞的自我更新,有可能改善移植血液干细胞的扩增。 UCLA scientists discovered a protein, MYCT1, regulating human blood stem cell self-renewal, potentially improving blood stem cell expansion for transplants.
加州大学洛杉矶分校的科学家发现了一种调节人类血液干细胞自我更新的蛋白质,使研究人员更接近于开发在实验室培养皿中扩增血液干细胞的方法。 UCLA scientists have discovered a protein that regulates human blood stem cell self-renewal, bringing researchers closer to developing methods to expand blood stem cells in a lab dish. 这可以使移植手术更加普及,并且更安全地用于治疗血癌和其他疾病。 This could make transplants more available and safer for treating blood cancers and other disorders. 该研究发表在《自然》杂志上,重点关注了 MYCT1 蛋白在感知和解释环境信号以促进血液干细胞自我更新方面的作用。 The study, published in Nature, focused on the role of the MYCT1 protein in sensing and interpreting environmental signals for blood stem cell self-renewal.