<p>A) Imaging set-up. B) Overview of a field of ventral mesoderm cells with a few dozen labeled cells. C) Two cells marked in B (red and white arrowheads) undergo division. Actual film was taken with one minute intervals.</p
<p>(<b>A</b>) Time lapse imaging of a p-body during cell division. A wild type strain expressing Edc...
A) Time-lapse of mitochondrial/cell division in a swimming nectomonad immobilized in low melting poi...
<p>(A) These frames, extracted from a representative time-lapse record, show a microwell containing ...
<p>Progression of cell division was monitored by time-lapse video. The B7.4 and B7.8 muscle precurso...
<p>A) Until 48 hours post activation (hpa), bright-field images were captured every 20 minutes. From...
<p>A) Cell with Spc42-mCherry, Zip1-GFP, and GFP-TUB1 were imaged using time-lapse microscopy. Still...
Additional file 12. Time lapse movie showing two sequential divisions of a cortical initial over the...
<p>Labeled cells (dividing and post-division) were tracked throughout the time-lapse imaging process...
<p>The embryos were harvested from the phase I egg stage and cultured in the live-imaging chamber. T...
<p>(A) Spinning disk confocal time-lapse images of HeLa cells stained with 40 nM MitoTracker Red to ...
Time-lapse microscopy can be described as the repeated collection of an image (in n-dimensions; x, y...
Drosophila ventral furrow formation has frequently been used as a model to study developmentally-reg...
Embryos extend their anterior-posterior (AP) axis in a conserved process known as axis elongation. D...
<div>Automated tracking of cell division events. Small region of a representative time-lapse movie c...
This is a cropped window in a larger movie following the development of a Drosophila embryo tissue o...
<p>(<b>A</b>) Time lapse imaging of a p-body during cell division. A wild type strain expressing Edc...
A) Time-lapse of mitochondrial/cell division in a swimming nectomonad immobilized in low melting poi...
<p>(A) These frames, extracted from a representative time-lapse record, show a microwell containing ...
<p>Progression of cell division was monitored by time-lapse video. The B7.4 and B7.8 muscle precurso...
<p>A) Until 48 hours post activation (hpa), bright-field images were captured every 20 minutes. From...
<p>A) Cell with Spc42-mCherry, Zip1-GFP, and GFP-TUB1 were imaged using time-lapse microscopy. Still...
Additional file 12. Time lapse movie showing two sequential divisions of a cortical initial over the...
<p>Labeled cells (dividing and post-division) were tracked throughout the time-lapse imaging process...
<p>The embryos were harvested from the phase I egg stage and cultured in the live-imaging chamber. T...
<p>(A) Spinning disk confocal time-lapse images of HeLa cells stained with 40 nM MitoTracker Red to ...
Time-lapse microscopy can be described as the repeated collection of an image (in n-dimensions; x, y...
Drosophila ventral furrow formation has frequently been used as a model to study developmentally-reg...
Embryos extend their anterior-posterior (AP) axis in a conserved process known as axis elongation. D...
<div>Automated tracking of cell division events. Small region of a representative time-lapse movie c...
This is a cropped window in a larger movie following the development of a Drosophila embryo tissue o...
<p>(<b>A</b>) Time lapse imaging of a p-body during cell division. A wild type strain expressing Edc...
A) Time-lapse of mitochondrial/cell division in a swimming nectomonad immobilized in low melting poi...
<p>(A) These frames, extracted from a representative time-lapse record, show a microwell containing ...
DOI
Add to ORKG