
ALT **What if scientists could reverse cancer instead of destroying cancer cells? Cancer treatment usually focuses on killing cancer cells. But researchers in South Korea are exploring a very different idea: turning cancer cells back into cells that behave more like healthy ones. A research team at KAIST identified three genetic regulators called MYB, HDAC2, and FOXA2. These regulators appear to play important roles in controlling how normal intestinal cells develop. By suppressing all three together, researchers successfully pushed colorectal cancer cells towards a normal-like state in laboratory experiments. Even more interesting, the approach also showed promising results in mouse experiments, where cancer cell growth was significantly reduced. This experimental strategy is known as **cancer cell reversion**. Instead of simply destroying cancer cells, it aims to change their behaviour and restore more normal cellular functions.

ALT **What if scientists could reverse cancer instead of destroying cancer cells? Cancer treatment usually focuses on killing cancer cells. But researchers in South Korea are exploring a very different idea: turning cancer cells back into cells that behave more like healthy ones. A research team at KAIST identified three genetic regulators called MYB, HDAC2, and FOXA2. These regulators appear to play important roles in controlling how normal intestinal cells develop. By suppressing all three together, researchers successfully pushed colorectal cancer cells towards a normal-like state in laboratory experiments. Even more interesting, the approach also showed promising results in mouse experiments, where cancer cell growth was significantly reduced. This experimental strategy is known as **cancer cell reversion**. Instead of simply destroying cancer cells, it aims to change their behaviour and restore more normal cellular functions.





































