MAY 16, 2014 09:16 AM PDT

Mice With 'MS-Like' Condition Walk After Stem Cell Treatment



Human Neural Precursor Cells Promote Neurologic Recovery in a Viral Model of Multiple Sclerosis

A recent study published in Stem Cell Reports describes how researchers at the University of Utah used a a viral model of the demyelinating disease multiple sclerosis (MS) to show that intraspinal transplantation of human embryonic stem cell-derived neural precursor cells (hNPCs) results in sustained clinical recovery, although hNPCs were not detectable beyond day 8 posttransplantation.  Results from this study show promise for developing new therapies to stop the progression of multiple sclerosis in humans, and perhaps even one day reverse its effects.
About the Author
You May Also Like
SEP 06, 2018
Chemistry & Physics
SEP 06, 2018
Superconducting Levitation "Roller Coaster"
You probably have seen this a thousand times: a liquid nitrogen-chilled, superconducting puck levitates over a large magnet or zooms back and forth on a ma...
SEP 16, 2018
Plants & Animals
SEP 16, 2018
If You Thought T. Rex Was Big, Then Watch This
Dinosaur-themed Hollywood movies have hyped up Tyrannosaurus Rex, making it seem like the king of all dinosaurs. But realistically, T. Rex was quite small...
SEP 26, 2018
Chemistry & Physics
SEP 26, 2018
There's Nothing Weak About the Weak Force
The weak nuclear force, or weak force for short, is so named because it is the direct contrast to the strong nuclear force, the attractive force that binds...
OCT 05, 2018
Videos
OCT 05, 2018
Listeria Infections Linked to Deli Ham
The CDC has some advice about a ham recall announced on October 3 by Johnston County Hams, Inc....
OCT 06, 2018
Videos
OCT 06, 2018
Explore a Human Cell with an Interactive Website
The Allen Institute is aiming to enhance our understanding of how human cells function....
OCT 09, 2018
Videos
OCT 09, 2018
Take-out doesn't have to be this way
I love take-out just as much as the next person, but there's something that gets to me every time I order in: the amount of single-use waste that comes...
Loading Comments...