01398nas a2200469   4500000000100000000000100001008004100002260001500043653002100058653002700079653003400106653003500140653001500175653002500190653003000215653001900245653003000264653001700294653002500311653002300336100002200359700002200381700001900403700002800422700002400450700002100474700002100495700002500516700001900541700001800560700002100578700001800599700002100617700002200638700001600660700002600676700002000702245011600722856006900838490000700907022001400914       2026                            d  c2026-06-2310aCP: neuroscience10aCP: Stem cell research10aamyotrophic lateral sclerosis10abrain and spinal cord organoid10aconnectoid10acorticospinal injury10adevelopmental axon growth10aDrug screening10ahuman axon repair failure10aRegeneration10asingle-cell genomics10aspinal cord injury1 aGeorge M. Gibbons1 aTanja Fuchsberger1 aMai Abdelgawad1 aStefano L. Giandomenico1 aKornélia Szebényi1 aVeselina Petrova1 aLea M. D. Wenger1 aDaniel N. Olschewski1 aJeremi Chabros1 aLeila Muresan1 aRachael C. Feord1 aMuhammad Asif1 aJames W. Fawcett1 aSusanna B. Mierau1 aOle Paulsen1 aMadeline A. Lancaster1 aAndrás Lakatos00aA human corticospinal organoid-slice connectoid model informs enhancer strategies for post-injury axon regrowth  uhttps://www.cell.com/cell-reports/abstract/S2211-1247(26)00477-80 v45  a2211-1247