Confocal microscopy offers a mean to extract quantitative data on spatially confined subcellular structures. Here, we provide an imaging dataset of confocal z-stacks on endothelial cells spatially confined on lines with different widths, visualizing the nucleus, F-actin, and zonula occludens-1 (ZO-1), as well as the lines. This dataset also includes confocal images of spatially confined endothelial cells challenged with different glucose conditions. We have validated the image quality by established analytical means using the MeasureImageQuality module of the CellProfilerTM software. We envision that this dataset could be used to extract data on both a population and a single cell level, as well as a learning set for the development of new ...
We propose a novel algorithm for segmenting cells of the cornea endothelium layer on confocal micros...
<p>Angular deviation on unpatterned sub-patterns was determined relative to an arbitrary reference a...
This paper presents a comprehensive framework for quantitative analysis of vascular processes from i...
Confocal microscopy offers a mean to extract quantitative data on spatially confined subcellular str...
The paper reports on a novel method for reconstruction of cellular features including cell nuclei an...
Optical slice microscopy is commonly used to characterize the morphometric features of 3D cellular c...
The structure and composition of living small blood vessels can be studied in great detail in three ...
<p>a) 3D topography map of a confluent endothelial monolayer generated by an AFM surface scan. Cell ...
<p>This allows the study of the distribution of foci in the whole volume of irradiated endothelial c...
Angiogenesis, the process through which new blood vessels are formed, relies on coordinated endothel...
Time-lapse optical microscopy datasets from living cells can potentially afford an enormous amount o...
Background Manual and semi-automatic analyses of images, acquired in vivo by confocal microscopy, ar...
Blood vessels are capable of structural changes in a dynamic process called ‘vascular remodelling', ...
Computer assisted image acquisition techniques, including confocal microscopy, require efficient too...
The distribution, directionality and motility of the actin fibers control cell shape, affect cell fu...
We propose a novel algorithm for segmenting cells of the cornea endothelium layer on confocal micros...
<p>Angular deviation on unpatterned sub-patterns was determined relative to an arbitrary reference a...
This paper presents a comprehensive framework for quantitative analysis of vascular processes from i...
Confocal microscopy offers a mean to extract quantitative data on spatially confined subcellular str...
The paper reports on a novel method for reconstruction of cellular features including cell nuclei an...
Optical slice microscopy is commonly used to characterize the morphometric features of 3D cellular c...
The structure and composition of living small blood vessels can be studied in great detail in three ...
<p>a) 3D topography map of a confluent endothelial monolayer generated by an AFM surface scan. Cell ...
<p>This allows the study of the distribution of foci in the whole volume of irradiated endothelial c...
Angiogenesis, the process through which new blood vessels are formed, relies on coordinated endothel...
Time-lapse optical microscopy datasets from living cells can potentially afford an enormous amount o...
Background Manual and semi-automatic analyses of images, acquired in vivo by confocal microscopy, ar...
Blood vessels are capable of structural changes in a dynamic process called ‘vascular remodelling', ...
Computer assisted image acquisition techniques, including confocal microscopy, require efficient too...
The distribution, directionality and motility of the actin fibers control cell shape, affect cell fu...
We propose a novel algorithm for segmenting cells of the cornea endothelium layer on confocal micros...
<p>Angular deviation on unpatterned sub-patterns was determined relative to an arbitrary reference a...
This paper presents a comprehensive framework for quantitative analysis of vascular processes from i...