TDP-43-dependent mis-splicing of KCNQ2 triggers intrinsic neuronal hyperexcitability in ALS/FTD

Brian Joseph(Columbia University Irving Medical Center), Evangelos Kiskinis(Northwestern University), Kelly A. Marshall(Northwestern University), Dennis W. Dickson(Jacksonville College), Hynek Wichterle(Columbia University Irving Medical Center), Mercedes Prudencio(Jacksonville College), Matteo Zanovello(National Hospital for Neurology and Neurosurgery), Alfred L. George(Northwestern University), Wanhao Chi(University of Chicago), Tzu‐Ting Kao(Columbia University), Carlos G. Vanoye(Northwestern University), Anand Goswami(Jülich Aachen Research Alliance), Jacob R. Mann(University of Pittsburgh), Francesco Alessandrini(Northwestern University), Anna‐Leigh Brown(Queen Mary University of London), Francesco Limone(New York University), Irune Guerra San Juan(Harvard University), Leonard Petrucelli(Jacksonville College), Jonathan K. Watts(University of Massachusetts Chan Medical School), Kevin Eggan(Broad Institute), Simone Barattucci(Queen Mary University of London), Juan Burrone(King's College London), Matthew J. Keuss(National Hospital for Neurology and Neurosurgery), Jonathan Lee(University of Massachusetts Chan Medical School), Marcel F. Leyton-Jaimes(Broad Institute), Neil A. Shneider(Columbia University Irving Medical Center), Dina Simkin(Northwestern University), Mala M. Shah(University College London), Brian J. Wainger(Broad Institute), Peter Harley(Queen Mary University of London), Leslie A. Nash(Broad Institute), Jean-Marc DeKeyser(Northwestern University), Chaolin Zhang(Columbia University), Pietro Fratta(Queen Mary University of London), Puja R. Mehta(Queen Mary University of London), Reshma R. Desai(Northwestern University), Eleonora Aronica(Amsterdam Neuroscience)
Nature Neuroscience
October 31, 2025
Cited by 18


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