· 韓國科學家正在探索一種新方法，該方法有望使癌細胞恢復到更接近正常的狀態，而不是徹底摧毀它們。
這種方法專注於細胞重編程，即靶向關鍵的分子開關以降低癌細胞的惡性行為。
其目標並非損傷周圍組織，而是使細胞功能正常化，這有望成為傳統療法的更溫和的補充。
目前，研究結果來自受控的實驗室研究，研究人員觀察到重編程後腫瘤樣活性降低。
專家強調，這並非一種已證實有效的治療方法，在應用於患者之前，仍需進行人體試驗和長期安全性研究。
#癌症科學 #醫學研究 #細胞重編程 #健康創新 #未來醫學 #科學動態
Engineering Facts
Scientists in South Korea are exploring a new method that could push cancer cells back toward a more normal state instead of destroying them outright.
This approach focuses on cellular reprogramming, where key molecular switches are targeted to reduce malignant behavior.
Rather than damaging surrounding tissue, the goal is to normalize how cells function, potentially offering a gentler complement to traditional therapies.
So far, the results come from controlled laboratory studies, where researchers observed reduced tumor-like activity after reprogramming.
Experts stress that this is not yet a proven cure, and human trials along with long-term safety research are still required before it can reach patients.
#CancerScience #MedicalResearch #CellReprogramming #HealthInnovation #FutureMedicine #ScienceUpdates
---
麻省理工學院的物理學家們展示了一種新型磁性，這種磁性有朝一日可能被用來製造速度更快、密度更高、功耗更低的「自旋電子」記憶體晶片。
MIT physicists have demonstrated a new form of magnetism that could one day be harnessed to build faster, denser, and less power-hungry “spintronic” memory chips. https://news.mit.edu/....../physicists-observe-new......
