<p>Time-lapse images of a U2OS cell expressing GFP-actin subjected to subjected to 10% stretch at ramp rates of 20%/s. Imaging began immediately after the collagen hydrogel was stretched, with subsequent images captured at 10 min intervals for 2 h. Scale bar, 5 µm.</p
Pharmacological research is continuously working on the development of new drugs. This research typ...
<p>DIC and fluorescence images of a hypha of a <i>ΔAgrho5</i> strain carrying an actin-binding domai...
Mechanical stimuli control multiple cellular processes such as secretion, growth, and differentiatio...
<p>(A) Representative time-lapse TIRF images of GFP-actin expressing Jurkat cells stimulated on surf...
Among the stimuli to which cells are exposed in vivo, it has been shown that tensile deformations in...
Several custom-built and commercially available devices are available to investigate cellular respon...
There is currently a significant interest in understanding how cells and tissues respond to mechanic...
<p>a) Representative confocal images showing characteristic actin organisation in a chondrocyte cult...
Cells in the body experience various mechanical stimuli that are often essential to proper cell func...
<p>The cells were grown on collagen-coated silastic membranes and stretched using a custom cell stre...
We present a mechanically active cell culture substrate that produces complex strain patterns and ge...
<p>Representative images of non-confluent U2OS cells seeded on 10% pre-stretched collagen gel (A) or...
It is well known that many cells adherent on a cyclically stretched substrate reorient nearly perpen...
It is believed that mechanical stimuli, such as stretching of the extracellular matrix, are transmit...
With the aid of stimulus-responsive hydrogel substrates composed of ABA triblock copolymer micelles,...
Pharmacological research is continuously working on the development of new drugs. This research typ...
<p>DIC and fluorescence images of a hypha of a <i>ΔAgrho5</i> strain carrying an actin-binding domai...
Mechanical stimuli control multiple cellular processes such as secretion, growth, and differentiatio...
<p>(A) Representative time-lapse TIRF images of GFP-actin expressing Jurkat cells stimulated on surf...
Among the stimuli to which cells are exposed in vivo, it has been shown that tensile deformations in...
Several custom-built and commercially available devices are available to investigate cellular respon...
There is currently a significant interest in understanding how cells and tissues respond to mechanic...
<p>a) Representative confocal images showing characteristic actin organisation in a chondrocyte cult...
Cells in the body experience various mechanical stimuli that are often essential to proper cell func...
<p>The cells were grown on collagen-coated silastic membranes and stretched using a custom cell stre...
We present a mechanically active cell culture substrate that produces complex strain patterns and ge...
<p>Representative images of non-confluent U2OS cells seeded on 10% pre-stretched collagen gel (A) or...
It is well known that many cells adherent on a cyclically stretched substrate reorient nearly perpen...
It is believed that mechanical stimuli, such as stretching of the extracellular matrix, are transmit...
With the aid of stimulus-responsive hydrogel substrates composed of ABA triblock copolymer micelles,...
Pharmacological research is continuously working on the development of new drugs. This research typ...
<p>DIC and fluorescence images of a hypha of a <i>ΔAgrho5</i> strain carrying an actin-binding domai...
Mechanical stimuli control multiple cellular processes such as secretion, growth, and differentiatio...
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