In vivo conversion of Müller
glia into photoreceptors through cell fusion - mediated reprogramming.
«Regenerative potential of cells in mouse retina: Researchers use a clue from zebrafish to discover the cues that reprogram Müller
glia into retinal neurons.»
Not exact matches
Glia - making cells from people with schizophrenia also mostly failed to turned
into astrocytes, which help neurons connect and determine when those connections, or synapses, fire.
A study in the International Society for Stem Cell Research's journal Stem Cell Reports, published by Cell Press on November 20 shows that a Sox2 protein, alone or in combination with another protein, Ascl1, can cause nonneuronal cells, called NG2
glia, to turn
into neurons in the injured cerebral cortex of adult mice.
Notably, the majority of cells that converted
into neurons were NG2
glia.
Berninger and others have previously shown that Sox2, Ascl1, and other transcription factors — proteins that bind to specific DNA sequences to control the activity of genes — can induce the nonneuronal «support cells» known as
glia to turn
into neurons.
They turn
into another kind of
glia, called astrocytes.
«Our study is the first to demonstrates unambiguously the conversion of a specific subtype of
glia, the so - called NG2
glia,
into induced neurons in living animals,» says senior study author Benedikt Berninger of Johannes Gutenberg University Mainz.
Understanding the coordinated development of motor neurons and
glia may inform ways to prod stem cells
into generating more
glia after someone suffers an injury with nerve damage.
«APOE2 and APOE3 can effectively transfer lipids
into glia,» Liu said.
Reh said his team hopes to find out if there are other factors that can be activated to allow the Müller
glia to regenerate
into all the different cell types of the retina.
With PAR3 out of the picture, neural stem cells and progenitors are free to differentiate
into new neurons and
glia.
The researchers donned their thinking caps to explain how neural stem and progenitor cells differentiate
into neurons and related cells called
glia.
The gene activity profiles also provided several novel insights
into the biology of outer radial
glia.