#neuralstemcells — Public Fediverse posts

https://www.europesays.com/ie/358284/ Researchers reveal why SuperAgers retain youthful brain cell signatures into their 80s #Aging #Brain #BrainCell #Cell #Chromatin #Éire #Gene #GeneExpression #Genes #Health #Hippocampus #IE #Ireland #NeuralStemCells #Neurogenesis #Neurons #Pathology #Preclinical #ProgenitorCells #Proliferation #RNA #StemCells #Transcription

Discovery of unique brain cells sheds light on progressive multiple sclerosis

Scientists have identified an unusual type of brain cell that may play a vital role in progressive multiple…
#NewsBeep #News #Health #Aging #AU #Australia #Brain #BrainCell #Cell #Chronic #chronicdisease #Gene #ImmuneSystem #Inflammation #Interferon #multiplesclerosis #neuralstemcells #neurodegeneration #Neuron #oct. #research #Sclerosis #Skin #SkinCells #StemCells
https://www.newsbeep.com/au/203509/

#NeuralStemCells (NSCs) & ependymal cells (ECs) are derived from #RadialGlialCells. This study uses #scRNAseq to characterize cell fate trajectories in the developing #VentricularZone, identifying TFEB as a regulator of the NSC/EPC balance @PLOSBiology https://plos.io/3HbrsJG

#NeuralStemCells (NSCs) & ependymal cells (ECs) are derived from #RadialGlialCells. This study uses #scRNAseq to characterize cell fate trajectories in the developing #VentricularZone, identifying TFEB as a regulator of the NSC/EPC balance @PLOSBiology https://plos.io/3HbrsJG

#NeuralStemCells (NSCs) & ependymal cells (ECs) are derived from #RadialGlialCells. This study uses #scRNAseq to characterize cell fate trajectories in the developing #VentricularZone, identifying TFEB as a regulator of the NSC/EPC balance @PLOSBiology https://plos.io/3HbrsJG

#NeuralStemCells (NSCs) & ependymal cells (ECs) are derived from #RadialGlialCells. This study uses #scRNAseq to characterize cell fate trajectories in the developing #VentricularZone, identifying TFEB as a regulator of the NSC/EPC balance @PLOSBiology https://plos.io/3HbrsJG

#NeuralStemCells (NSCs) & ependymal cells (ECs) are derived from #RadialGlialCells. This study uses #scRNAseq to characterize cell fate trajectories in the developing #VentricularZone, identifying TFEB as a regulator of the NSC/EPC balance @PLOSBiology https://plos.io/3HbrsJG

Quiescent hippocampal #NeuralStemCells (NSCs) support #neurogenesis in adulthood. This study shows that NSCs have different levels of quiescence & that Sox5 controls the balance between shallow & deep quiescence during hippocampal development @PLOSBiology https://plos.io/44Su34u

Quiescent #NeuralStemCells (qNSCs) in the adult mouse SVZ have a limited capacity to generate #glia. This study shows that a subpopulation of multipotent qNSCs with high Gas1 expression can produce #oligodendrocytes throughout life & after demyelinating injury @PLOSBiology https://plos.io/4iY4nbh

Quiescent #NeuralStemCells (qNSCs) in the adult mouse SVZ have a limited capacity to generate #glia. This study shows that a subpopulation of multipotent qNSCs with high Gas1 expression can produce #oligodendrocytes throughout life & after demyelinating injury @PLOSBiology https://plos.io/4iY4nbh

Quiescent #NeuralStemCells (qNSCs) in the adult mouse SVZ have a limited capacity to generate #glia. This study shows that a subpopulation of multipotent qNSCs with high Gas1 expression can produce #oligodendrocytes throughout life & after demyelinating injury @PLOSBiology https://plos.io/4iY4nbh

Quiescent #NeuralStemCells (qNSCs) in the adult mouse SVZ have a limited capacity to generate #glia. This study shows that a subpopulation of multipotent qNSCs with high Gas1 expression can produce #oligodendrocytes throughout life & after demyelinating injury @PLOSBiology https://plos.io/4iY4nbh

Quiescent #NeuralStemCells (qNSCs) in the adult mouse SVZ have a limited capacity to generate #glia. This study shows that a subpopulation of multipotent qNSCs with high Gas1 expression can produce #oligodendrocytes throughout life & after demyelinating injury @PLOSBiology https://plos.io/4iY4nbh

🔬Its been 17 years since Dr. Sally Temple and Dr. Jeffrey Stern opened the first independent stem cell research institute in the country! Since opening, they have continued to foster the successful translation of neural stem cell discoveries to therapeutics!

Learn more about our institution and ongoing research at https://zurl.co/sBj9

#stemcellresearch #neuralstemcells #agerelatedmaculardegeneration #alzheimersdisease #parkinsonsdisease #spinalcordinjury