Clinical and biochemical characterization of amyotrophic lateral sclerosis in a CHCHD10 R15L family
Justin Y Kwan·Derek P. Narendra·Allison Snyder·Xiaoping Huang·Taryn Haselhuhn·Katherine N Dore·Angelo Madruga·Laura E. Danielian·Alice B. Schindler·Ruth Chia·Memoona Rasheed·Christian Lantz·Marcell Szabo·Makayla Portley·C. Sherer·Monique C. King·Tzu-Hsiang Huang·Péter Kósa·Bibiana Bielekova·Michael E Ward·Chris Grunseich·Neil A Shneider·Bryan J Traynor·Jody Crook·Vlad A Korobeynikov
Abstract Familial forms of ALS are potential candidates for gene-directed therapies, but many recently identified genes remain poorly characterized. Here, we provide a comprehensive clinical, neuropathological, and biochemical description of fALS caused by the heterozygous p.R15L missense mutation in the gene CHCHD10. Using a cross-sectional study design, we evaluated five affected and nine unaffected individuals from a large seven-generation pedigree with at least 68 affected members. The pedig
