01287nas a2200445   4500000000100000000000100001008004100002260001500043653001000058653002000068653002400088653001000112653002300122653002200145653002100167653002500188100002200213700002000235700002000255700002000275700002100295700001700316700002200333700001600355700002100371700002200392700002200414700001800436700001900454700002100473700002300494700002000517700002100537700002700558700002000585245013300605856007800738300001100816022001400827       2024                            d  c2024-08-0810aSOX1010abrain organoids10aglia-microglia axis10aHiPSC10amultiple sclerosis10aneuroinflammation10aoligodendrocytes10asingle-cell genomics1 aFrancesca Fagiani1 aEdoardo Pedrini1 aStefano Taverna1 aElena Brambilla1 aValentina Murtaj1 aPaola Podini1 aFrancesca Ruffini1 aErica Butti1 aClarissa Braccia1 aAnnapaola Andolfo1 aRoberta Magliozzi1 aLena Smirnova1 aTanja Kuhlmann1 aAngelo Quattrini1 aPeter A. Calabresi1 aDaniel S. Reich1 aGianvito Martino1 aPaola Panina-Bordignon1 aMartina Absinta00aA glia-enriched stem cell 3D model of the human brain mimics the glial-immune neurodegenerative phenotypes of multiple sclerosis  uhttps://www.cell.com/cell-reports-medicine/abstract/S2666-3791(24)00401-4  a101680  a2666-3791