Research findings from scientists at Johns Hopkins University (USA) indicate that using stem cells derived from mouse embryos can help paralyzed mice regain movement.
The researchers utilized a solution known as growth factors to stimulate stem cells from mouse embryos to develop into a type of neuron called motor neurons.
Paralyzed mice that received these cells, along with several other compounds, were able to regenerate nerve cells and move their hind legs. After six months of treatment, the muscles of the paralyzed mice showed a recovery of up to 75%. Scientists are hopeful that this discovery paves the way for developing stem cell therapies for paralysis in humans.
