Intermediate filaments (IFs) are major components of the mammalian cytoskeleton. They are
among the most abundant cellular phosphoproteins; their phosphorylation typically involves …

Intermediate filament (IF) proteins, a large family of tissue specific proteins, undergo several
posttranslational modifications, with phosphorylation being the most studied modification. IF …

Intermediate filament (IF) proteins belong to a large and diverse gene family with broad
representation in vertebrate tissues. Although considered the 'toughest'cytoskeletal fibers …

Intermediate filament proteins (IFs) maintain cell and tissue integrity, based on evidence of
their polymerization and mechanical properties, abundance and disease-associated …

Intermediate filaments (IFs) are cytoskeletal polymers whose protein constituents are
encoded by a large family of differentially expressed genes. Owing in part to their properties …

Intermediate filaments (IFs) are cytoskeletal and nucleoskeletal structures that provide
mechanical and stress-coping resilience to cells, contribute to subcellular and tissue-specific …

Intermediate filament (IF) proteins form the largest family of cytoskeletal proteins in
mammalian cells. The function of these proteins has long been thought to be only structural …

After the initial discovery of intermediate filament (IF)–forming proteins in 1968, a decade
would elapse before they were revealed to comprise a diverse group of proteins which …

Intermediate filaments (IFs) are one of the three major elements of the cytoskeleton. Their
stability, intrinsic mechanical properties, and cell type–specific expression patterns …

Site‐specific phosphorylation of intermediate filament (IF) proteins on serine and threonine
residues leads to alteration of the filament structure, in vitro and in vivo. Protein kinases …