<p>(A) Sketch of measurements on cells with AFM, <i>δ</i> is indentation, (B) SEM image of the beaded tip, stiffness measurements of single cells with AFM for (C) IOSE, (D) OVCAR-4, (E) HEY, (F) OVCAR-3 and (G) HEY A8 cells. Same cantilever was used; the arm of the cantilever has a width of 20 µm and serves as a scale bar.</p
The cell biomechanical properties play a key role in the determination of the changes during the ess...
The cell biomechanical properties play a key role in the determination of the changes during the ess...
The cell biomechanical properties play a key role in the determination of the changes during the ess...
<p>Averaged force distance curves for deflection of the cantilever (reference on a glass slide; red ...
Atomic Force Microscopy (AFM) is widely used for measuring mechanical properties of cells, and to un...
<p>(A) Optical image of a typical single rice cell sample. The shadow of the AFM cantilever is visib...
<p>(A). Representative example of a force-distance curve obtained in a human endothelial cell (EA.hy...
<p>(A) The dotted and solid lines represent distinct traces of the approach of the AFM tip, as measu...
Many physiologic and pathologic processes alter the biomechanical properties of the tissue they affe...
Pre-processed data obtained by AFM nano-indentation of MLO-A5 pre-osteocyte cells. The data pre-proc...
Atomic force microscopy (AFM) has emerged as a popular method for determining the mechanical propert...
<p>(A) Representative SEM images of a nanofabricated cylindrical FE-AFM tip. A whole FIB-milled cyli...
Pre-processed data obtained by AFM nano-indentation of MC3T3 pre-osteoblast cells, MLO-A5 pre-osteoc...
The advent of atomic force microscopy (AFM) provides a powerful tool for investigating the behaviors...
Mechanosensing by adherent cells is usually studied by quantifying cell responses on hydrogels that ...
The cell biomechanical properties play a key role in the determination of the changes during the ess...
The cell biomechanical properties play a key role in the determination of the changes during the ess...
The cell biomechanical properties play a key role in the determination of the changes during the ess...
<p>Averaged force distance curves for deflection of the cantilever (reference on a glass slide; red ...
Atomic Force Microscopy (AFM) is widely used for measuring mechanical properties of cells, and to un...
<p>(A) Optical image of a typical single rice cell sample. The shadow of the AFM cantilever is visib...
<p>(A). Representative example of a force-distance curve obtained in a human endothelial cell (EA.hy...
<p>(A) The dotted and solid lines represent distinct traces of the approach of the AFM tip, as measu...
Many physiologic and pathologic processes alter the biomechanical properties of the tissue they affe...
Pre-processed data obtained by AFM nano-indentation of MLO-A5 pre-osteocyte cells. The data pre-proc...
Atomic force microscopy (AFM) has emerged as a popular method for determining the mechanical propert...
<p>(A) Representative SEM images of a nanofabricated cylindrical FE-AFM tip. A whole FIB-milled cyli...
Pre-processed data obtained by AFM nano-indentation of MC3T3 pre-osteoblast cells, MLO-A5 pre-osteoc...
The advent of atomic force microscopy (AFM) provides a powerful tool for investigating the behaviors...
Mechanosensing by adherent cells is usually studied by quantifying cell responses on hydrogels that ...
The cell biomechanical properties play a key role in the determination of the changes during the ess...
The cell biomechanical properties play a key role in the determination of the changes during the ess...
The cell biomechanical properties play a key role in the determination of the changes during the ess...