Keratins are the type I and II intermediate filament proteins which form a cytoskeletal network
within all epithelial cells. They are expressed in pairs in a tissue-and differentiation-specific …

Keratins are the major structural proteins of the epidermis. Analyzing keratin gene
sequences, appreciating the switch in keratin gene expression that takes place as epidermal …

Diseases caused by mutations in gene encoding keratin intermediate filaments (IF) are
characterized by a loss of structural integrity in the cells expressing those keratins in vivo …

Keratins are obligate heterodimer proteins that form the intermediate filament cytoskeleton of
all epithelial cells. Keratins are tissue and differentiation specific and are expressed in pairs …

Since their discovery, the function of intermediate filaments (IFs) has remained obscure. In
skin, epidermal cells have extensive cytoskeletal architectures of IFs, composed of type I and …

Keratins are heteropolymeric proteins which form the intermediate filament cytoskeleton in
epithelial cells. Since 1991, mutations in several keratin genes have been found to cause a …

Keratins are cytoskeletal filament-forming proteins found in skin and other epithelial (sheet)
tissues (Table 1). Keratins (type I and II), and other highly related (types III–VI) intermediate …

Keratins, the major structural protein of all epithelia are a diverse group of cytoskeletal
scaffolding proteins that form intermediate filament networks, providing structural support to …

Keratins are the major structural proteins of the epidermis. Analyzing keratin gene
sequences, appreciating the switch in keratin gene expression that takes place as epidermal …

Keratin intermediate filaments are important cytoskeletal structural proteins involved in
maintaining cell shape and function. Mutations in the epidermal keratin genes, keratin 5 or …