<p>A) Cell nuclei size differs significantly between cells cultured on different substrates. B) The aspect ratio of the nuclei is however unaffected by the surface and displays a slight elongation on all topographies. C) The orientation of the nuclei long axes shows a clear trend to orient along the aligned nanofibers, which is not displayed on the other topographies.</p
<p><b>(A)</b> SEM images of the nano-patterns (1:1, 1:2 and 1:5). Dimensions of the nanostructure we...
While various cellular responses to materials have been published, little concerns the deformation o...
<p>(a) Cell and nuclear projected area as a function of Young's modulus of the substrate. Each point...
<p>NIH-3T3 fibroblasts on nano-patterns were investigated based on their elongation and orientation ...
<p>A: Cytoskeletal and nuclei morphology of rMSCs cultured in microfluidic-nanofiber device for 24 h...
<p>Orientation angle (ranging from 0° to 180°) was measured using a horizontal line as reference lin...
Left, plot of cell elongation, defined as the ratio of the prolate ellipticity to the oblate ellipti...
<p>(A) Nuclei in 3D cultures of Dcn<sup>−/−</sup> fibroblasts treated with either decorin or decorin...
DNA spatial organization is supposed to play a key role in nuclear functions. This internship, in li...
The equilibrium shape of a critical nucleus has strong impact on important parameters of nucleation ...
Mean cell orientation with respect to the wrinkle direction, in degrees, (A,C) and truncated standar...
Various physiological and pathological processes, such as cell differentiation, migration, attachmen...
<p>(A) Similar numbers of MSCs adhered to all PMMA surfaces after four hours as quantified by DAPI s...
It is now well recognized that cellular behaviour on topographically modified materials is of great ...
Cell-substrate interactions involve constant probing of microenvironment by cells. One of the respon...
<p><b>(A)</b> SEM images of the nano-patterns (1:1, 1:2 and 1:5). Dimensions of the nanostructure we...
While various cellular responses to materials have been published, little concerns the deformation o...
<p>(a) Cell and nuclear projected area as a function of Young's modulus of the substrate. Each point...
<p>NIH-3T3 fibroblasts on nano-patterns were investigated based on their elongation and orientation ...
<p>A: Cytoskeletal and nuclei morphology of rMSCs cultured in microfluidic-nanofiber device for 24 h...
<p>Orientation angle (ranging from 0° to 180°) was measured using a horizontal line as reference lin...
Left, plot of cell elongation, defined as the ratio of the prolate ellipticity to the oblate ellipti...
<p>(A) Nuclei in 3D cultures of Dcn<sup>−/−</sup> fibroblasts treated with either decorin or decorin...
DNA spatial organization is supposed to play a key role in nuclear functions. This internship, in li...
The equilibrium shape of a critical nucleus has strong impact on important parameters of nucleation ...
Mean cell orientation with respect to the wrinkle direction, in degrees, (A,C) and truncated standar...
Various physiological and pathological processes, such as cell differentiation, migration, attachmen...
<p>(A) Similar numbers of MSCs adhered to all PMMA surfaces after four hours as quantified by DAPI s...
It is now well recognized that cellular behaviour on topographically modified materials is of great ...
Cell-substrate interactions involve constant probing of microenvironment by cells. One of the respon...
<p><b>(A)</b> SEM images of the nano-patterns (1:1, 1:2 and 1:5). Dimensions of the nanostructure we...
While various cellular responses to materials have been published, little concerns the deformation o...
<p>(a) Cell and nuclear projected area as a function of Young's modulus of the substrate. Each point...