نتایج جستجو برای: adhesion force

تعداد نتایج: 267510  

Journal: :Proceedings of the National Academy of Sciences of the United States of America 2013
David W Dumbauld Ted T Lee Ankur Singh Jan Scrimgeour Charles A Gersbach Evan A Zamir Jianping Fu Christopher S Chen Jennifer E Curtis Susan W Craig Andrés J García

Focal adhesions mediate force transfer between ECM-integrin complexes and the cytoskeleton. Although vinculin has been implicated in force transmission, few direct measurements have been made, and there is little mechanistic insight. Using vinculin-null cells expressing vinculin mutants, we demonstrate that vinculin is not required for transmission of adhesive and traction forces but is necessa...

Journal: :Journal of Bacteriology 2020

Journal: :physica status solidi (RRL) – Rapid Research Letters 2008

2007
Chen-Chen Lee Chia-Ching Wu Fong-Chin Su

After cells attach the substrata, cells begin to spread and form an organized actin cytoskeleton and complex transmembrane signaling regions, then cells start to express their functions, such as proliferation, differentiation and so on. Therefore, cell adhesion is very important. Recently, a number of studies have investigated cell adhesion from the viewpoint of biochemistry, materials, and mec...

2013
M. A. Yaqoob M. B. de Rooij D. J. Schipper

The adhesion force due to capillary interaction between two hydrophilic surfaces is strongly dependent on the partial pressure of water and is often calculated using the Kelvin equation. The validity of the Kelvin equation is questionable at low relative humidity (RH) of water, like in high vacuum and dry nitrogen environments, where water is only present as layers of several molecules thick at...

Journal: :Biophysical journal 2011
Tilo Pompe Martin Kaufmann Maria Kasimir Stephanie Johne Stefan Glorius Lars Renner Manfred Bobeth Wolfgang Pompe Carsten Werner

The force balance between the extracellular microenvironment and the intracellular cytoskeleton controls the cell fate. We report a new (to our knowledge) mechanism of receptor force control in cell adhesion originating from friction between cell adhesion ligands and the supporting substrate. Adherent human endothelial cells have been studied experimentally on polymer substrates noncovalently c...

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