NanoResCon2023: Regenerative medicine may undergo a revolution thanks to new nanotechnology that quickens the process by which stem cells become bone.
Researchers at King Abdullah University of Science & Technology (KAUST) have created a nanotechnology platform that may help them discover new treatments for bone ailments. Iron nanowires that bend in reaction to magnetic fields are used in the procedure. The moving substrate provides a sort of physical workout for the bone-forming stem cells that are cultured on a mesh of these small wires. After that, they develop into adult bone far more quickly than in settings for standard culture, with a differentiation technique that takes only a few days as opposed to a few weeks. The associate professor of biology Jasmeen Merzaban calls this discovery "extraordinary." It may be possible for bone regeneration to be more effective because "we can accomplish efficient bone cell creation in a shorter length of time." Merzaban co-led the investigation with Jürgen Kosel , a sensor expert, and others from both labs. The capacity of the scientists' nanowire scaffold ...