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FLNC-Associated Myofibrillar Myopathy: New Clinical, Functional, and Proteomic Data.

Rudolf Andre KleyYvonne LeberBertold SchrankHeidi ZhugeZacharias OrfanosJulius KostanAdekunle OnipeDominik SellungAnne Katrin GüttschesBritta EggersFrank JacobsenWolfram KressKatrin MarcusKristina Djinovic-CarugoPeter F M van der VenDieter O FürstMatthias Vorgerd
Published in: Neurology. Genetics (2021)
This new MFM-filaminopathy family confirms that expression of mutant FLNC leads to an adult-onset muscle phenotype with intracellular protein accumulation. Mutant FLNc protein is biochemically compromised and leads to dysregulation of protein quality control mechanisms. Proteomic analysis of MFM protein aggregates is a potent method to identify disease-relevant proteins, differentiate MFM subtypes, evaluate the relevance of gene variants, and identify novel MFM candidate genes.
Keyphrases
  • binding protein
  • protein protein
  • quality control
  • amino acid
  • copy number
  • skeletal muscle
  • small molecule
  • big data
  • long non coding rna
  • reactive oxygen species
  • label free
  • anti inflammatory
  • wild type