研究人员发现一种蛋白质通过捕捉未成熟的细胞驱动儿童脑瘤. Researchers found a protein drives pediatric brain tumors by trapping cells in an immature state.

圣朱德儿童研究医院和贝勒医学学院的研究者发现ZFTA-RELA融合蛋白如何通过将未成熟脑细胞捕获来驱动儿科膜瘤. Researchers at St. Jude Children's Research Hospital and Baylor College of Medicine have discovered how the ZFTA-RELA fusion protein drives pediatric ependymoma by trapping brain cells in an immature state. 这项研究发表在"自然"杂志上, 显示这种蛋白质会劫持发育基因程序以保持它们永久活跃, 防止正常细胞成熟并使其不受控制的生长. The study, published in Nature, shows this protein hijacks developmental gene programs to keep them permanently active, preventing normal cell maturation and enabling uncontrolled growth. 这种机制解释了为什么目前的治疗方法往往是无效的, 并为向疗法提供新的希望. This mechanism explains why current treatments are often ineffective and offers new hope for targeted therapies.