<p>The panel above displays time-lapsed images captured during the tracking of cells in a colony for a representative experiment at pH 6.0. Cells are located manually within a field and then followed through six consecutive divisions. The first row of phase contrast images are the original images captured during the experiment. Color coded images below are the phase contrast images marked with relative pole ages (same color scale appearing in lineages). The bottom row of images are corresponding fluorescent images captured at the same time interval as phase contrast images. Scale bar = 5 μm. Time stamps indicate elapsed time from start of the experiment.</p
<p>Cells synchronized in G1 phase were released in the presence of EdU, harvested at the time points...
Time-lapse microscopy can be described as the repeated collection of an image (in n-dimensions; x, y...
<p>(A) These frames, extracted from a representative time-lapse record, show a microwell containing ...
<p>Half-lineages A and B each include six generations of cells dividing. Each box represents a singl...
<p>Time-lapse imaging of cell colonies in microfluidic chambers provides time series of bioimages, i...
<p>(A) Bright field image of A549 cells overlaid with binary elements (blue) and assigned centroids ...
We have developed methods for segmentation and track-ing of cells in time-lapse phase-contrast micro...
<p>Replicates of the experimental time-courses for the PFL (left) and NOPFL (right) cells. Each line...
Time-lapse imaging of cell colonies in microfluidic chambers provides time series of bioimages, i.e....
With phenotypic heterogeneity in whole cell populations widely recognised, the demand for quantitati...
<p><b>A</b> Time-lapse images of a growing microcolony of <i>E. coli</i> F3/pTN001. This strain expr...
<p>(<b>A</b>) Time lapse imaging of a p-body during cell division. A wild type strain expressing Edc...
Stallmann D. Natural and synthetic CHO-K1 time-lapse suspension cell microscopy images (bright-field...
The analysis of time lapse data becomes a more and more important tool in (stem) cell biology, as th...
Schlueter J-P, McIntosh M, Hattab G, Nattkemper TW, Becker A. Phase Contrast and Fluorescence Bacter...
<p>Cells synchronized in G1 phase were released in the presence of EdU, harvested at the time points...
Time-lapse microscopy can be described as the repeated collection of an image (in n-dimensions; x, y...
<p>(A) These frames, extracted from a representative time-lapse record, show a microwell containing ...
<p>Half-lineages A and B each include six generations of cells dividing. Each box represents a singl...
<p>Time-lapse imaging of cell colonies in microfluidic chambers provides time series of bioimages, i...
<p>(A) Bright field image of A549 cells overlaid with binary elements (blue) and assigned centroids ...
We have developed methods for segmentation and track-ing of cells in time-lapse phase-contrast micro...
<p>Replicates of the experimental time-courses for the PFL (left) and NOPFL (right) cells. Each line...
Time-lapse imaging of cell colonies in microfluidic chambers provides time series of bioimages, i.e....
With phenotypic heterogeneity in whole cell populations widely recognised, the demand for quantitati...
<p><b>A</b> Time-lapse images of a growing microcolony of <i>E. coli</i> F3/pTN001. This strain expr...
<p>(<b>A</b>) Time lapse imaging of a p-body during cell division. A wild type strain expressing Edc...
Stallmann D. Natural and synthetic CHO-K1 time-lapse suspension cell microscopy images (bright-field...
The analysis of time lapse data becomes a more and more important tool in (stem) cell biology, as th...
Schlueter J-P, McIntosh M, Hattab G, Nattkemper TW, Becker A. Phase Contrast and Fluorescence Bacter...
<p>Cells synchronized in G1 phase were released in the presence of EdU, harvested at the time points...
Time-lapse microscopy can be described as the repeated collection of an image (in n-dimensions; x, y...
<p>(A) These frames, extracted from a representative time-lapse record, show a microwell containing ...