Researchers apply brainpower to understanding neural stem cell differentiation
How do humans and other mammals get so brainy? USC researcher Wange Lu, PhD, and his colleagues shed new light on this question in a paper that will be published in Cell Reports on October 24.
The researchers donned their thinking caps to explain how neural stem and progenitor cells differentiate into neurons and related cells called glia. Neurons transmit information through electrical and chemical signals; glia surround, support and protect neurons in the brain and throughout the nervous system. Glia do everything from holding neurons in place to supplying them with nutrients and oxygen to protecting them from pathogens.
Continue Reading
high resolution →

Researchers apply brainpower to understanding neural stem cell differentiation

How do humans and other mammals get so brainy? USC researcher Wange Lu, PhD, and his colleagues shed new light on this question in a paper that will be published in Cell Reports on October 24.

The researchers donned their thinking caps to explain how neural stem and progenitor  differentiate into  and related cells called glia. Neurons transmit information through electrical and chemical signals; glia surround, support and protect neurons in the brain and throughout the nervous system. Glia do everything from holding neurons in place to supplying them with nutrients and oxygen to protecting them from pathogens.

Continue Reading