Every day, billions of cells in our body divide, grow and repair tissue, ensuring our health and survival. This process, known as the cell cycle, is tightly regulated to prevent errors. When these controls fail, diseases like cancer—where cells divide uncontrollably—can arise.
At the heart of this regulation is FOXM1, a crucial protein that acts as a conductor, directing cells through different stages of the cycle. While FOXM1’s role in normal cell growth is well established, its behavior in individual cells—especially under conditions of disruption—has remained a mystery.
Our latest study uncovers how FOXM1 responds to different cellular conditions, offering new insights into its role in cancer development and potential therapeutic strategies. Understanding this mechanism brings us one step closer to more precise cancer treatments.
🔬 Read the full research highlight here: https://www.sisyspharm.org/highlights/decoding-the-cell-cycle-how-a-key-protein-shapes-cell-fate-and-cancer-treatment













