نتایج جستجو برای: keratin nanoparticle

تعداد نتایج: 36971  

Journal: :Molecular biology of the cell 2004
Nicola Susann Werner Reinhard Windoffer Pavel Strnad Christine Grund Rudolf Eberhard Leube Thomas Michael Magin

Dominant keratin mutations cause epidermolysis bullosa simplex by transforming keratin (K) filaments into aggregates. As a first step toward understanding the properties of mutant keratins in vivo, we stably transfected epithelial cells with an enhanced yellow fluorescent protein-tagged K14R125C mutant. K14R125C became localized as aggregates in the cell periphery and incorporated into perinucl...

2017
Nuruldiyanah Binti Kamarudin Swati Sharma Arun Gupta Chua Gek Kee Syed Mohd Saufi Bin Tuan Chik Ritu Gupta

Uncontrolled disposal of feathers from the poultry industry and slaughterhouses is environmentally undesirable. The feathers are composed of approximately 90% of keratin which is an important ingredient of cosmetics, shampoos and hair treatment creams. This study aimed to determine the optimum conditions for the extraction of keratin from chicken feathers. The extraction of keratin using variou...

Journal: :Archives of dermatology 2001
K Nomura K Umeki I Hatayama T Kuronuma

BACKGROUND Bullous congenital ichthyosiform erythroderma (BCIE) shows phenotypic variability. An epidermal nevus may represent somatic mosaicism for keratin gene mutation, which produces generalized BCIE in the next generation. This fact provides evidence that a postzygotic mutation can be passed on to the next generation in BCIE. We hypothesized that the same phenomenon occurred in a family wi...

Journal: :Journal of theoretical biology 2009
Michael Beil Sebastian Lück Frank Fleischer Stéphanie Portet Wolfgang Arendt Volker Schmidt

Keratin intermediate filament networks are part of the cytoskeleton in epithelial cells. They were found to regulate viscoelastic properties and motility of cancer cells. Due to unique biochemical properties of keratin polymers, the knowledge of the mechanisms controlling keratin network formation is incomplete. A combination of deterministic and stochastic modeling techniques can be a valuable...

Journal: :Annals of the New York Academy of Sciences 1985
E Fuchs I Hanukoglu D Marchuk M P Grace K H Kim

Keratin filaments are 8 nm in diameter, and together with the 6 nm actin microfilaments and the 23 nm microtubules, they constitute the cytoskeletal architecture of most vertebrate epithelial The filaments are assembled from two classes of subunits, type I and type II.12.13-16 The type I keratins are acidic and generally small in size (40-57 kD). The type I1 keratins are more basic and larger i...

2018
Franziska Vielmuth Elias Walter Michael Fuchs Mariya Y. Radeva Fanny Buechau Thomas M. Magin Volker Spindler Jens Waschke

Keratins are crucial for the anchorage of desmosomes. Severe alterations of keratin organization and detachment of filaments from the desmosomal plaque occur in the autoimmune dermatoses pemphigus vulgaris and pemphigus foliaceus (PF), which are mainly caused by autoantibodies against desmoglein (Dsg) 1 and 3. Keratin alterations are a structural hallmark in pemphigus pathogenesis and correlate...

Journal: :Injury 2011
Natalia Adamskaya Peter Dungel Rainer Mittermayr Joachim Hartinger Georg Feichtinger Klemens Wassermann Heinz Redl Martijn van Griensven

BACKGROUND Low level light therapy (LLLT) is an attractive alternative to enhance wound healing. So far most studies are performed with red or infrared irradiation. However, we recently showed that blue light (470 nm) can significantly influence biological systems, improving perfusion by release of nitric oxide from nitrosyl complexes with haemoglobin in a skin flap model in rats. Here, we comp...

Journal: :Journal of Biological Chemistry 1935

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