Nanomagnets: the future of targeted stem cell therapies? Your blood vessels are made up of tightly-packed endothelial cells. This barrier poses some big challenges for the delivery of drugs via the blood. While small molecules are able make their way through the small gaps in the blood vessel walls, larger drug molecules, including proteins and cells, … Continue reading Stories that caught our eye: color me stem cells, delivering cell therapy with nanomagnets, and stem cell decisions
pluripotent
Earliest stem cells made in lab; provide “extraordinary” potential
Embryonic stem cells are classified as pluripotent cells because they are able (“potent”) to mature into almost every (“pluri”) cell type. Thanks to Nobel Prize winner Shinya Yamanaka, researchers have been able to reprogram fully matured cells, like skin or blood, into embryonic stem cell-like induced pluripotent stem cells (iPS). The technique has revolutionized stem … Continue reading Earliest stem cells made in lab; provide “extraordinary” potential
The Stem Cellar 