Dr. Steven Goldman, a distinguished neuroscience professor at the University of Rochester, discusses the intriguing world of glial cells and their essential roles in the brain. He delves into using neural stem cells to model diseases and offers promising insights on treating conditions like multiple sclerosis. Goldman highlights the clinical potential of glial progenitors, explaining how they can effectively remyelinate damaged nerves. With a sprinkle of humor about his experience with canaries in the ICU, this conversation is both informative and entertaining.
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insights INSIGHT
Glia Are Central To Brain Health
Glia are not passive support cells but active regulators of brain function and homeostasis.
Astrocytes, oligodendrocytes, glial progenitors and microglia each perform distinct, critical roles in the CNS.
insights INSIGHT
Human Glial Progenitors Drive Adult Gliogenesis
Human brains retain relatively few ventricular neural stem cells but many parenchymal glial progenitors.
Those parenchymal glial progenitors are the main reservoir for glial production in adults.
insights INSIGHT
Human Timing Makes Glia Differentiation Slow
Oligodendrocyte development is intrinsically slow because it mirrors late human fetal timing.
That biological timing forces differentiation protocols to require many weeks to reach transplantable glial progenitors.
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Guest:
Dr. Steven Goldman from the University of Rochester talks about glial cells and his work using neural stem cells to model and fix diseases, like multiple sclerosis.
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