Stem cells have the unique ability to develop into specialized cell types, making them central to research on development, regeneration, and disease modeling. Cellular reprogramming takes this potential further by enabling mature cells to be converted into more flexible states, opening new avenues for studying how cell identity can be altered.
This area focuses on cell fate control, pluripotency, differentiation, epigenetic changes, and reprogramming technologies, with growing applications in personalized research, drug development, tissue restoration, and innovative cell-based therapies.
