DAPI was used to
stain the cell nuclei.
DAPI was used to
stain the cell nuclei (colored blue) at a concentration of 1.43 µM for 1hour at room temperature
DAPI was used to
stain the cell nuclei (blue).
Not exact matches
The
cells»
nuclei are
stained blue while their cytoplasm is
stained orange.
The larger organelles, such as the
nucleus and vacuoles, are easily visible with moderate magnification (although sometimes a clear view requires the application of chemicals that selectively
stain parts of the
cells); they were among the first biological discoveries made after the invention of the microscope.
Cell nuclei are
stained blue; the muscle fibers contain multiple
nuclei.
The green
staining indicates the cortical marker CTIP2, the red
stain is the neuronal marker TUJ1, and the blue
stains the
nuclei of the
cells.
Here
cell nuclei are
stained red and the cytoskeleton, made of the protein actin, is
stained green.
This is a microscope image of a
cell with silver nanoparticles with green fluorescence and red -
stained nucleus.
The
cell's
nucleus is
stained in blue.
In this cross section of a kidney from a young FAN1 knockout mouse,
cell nuclei are
stained purple.
In this image, the
cells are
stained red for
cell protrusion, yellow for
cell membrane and blue for
nucleus.
Nuclei of all
cells are
stained blue with DAPI.
The red areas are the
stained nuclei of neuron
cells.
The image shows a growing oocyte in the middle, which is very large with a bright green rim, surrounded by many small red follicle
cells whose
nuclei are
stained blue.
These are colonies of mouse embryonic stem
cells, where
cell nuclei are
stained in blue.
Cells were further
stained with actin (cytoskeleton
staining) and Hoechst (
nucleus staining).
The image was taken with a confocal laser scanning microscope and shows
cells giving strong inmmunofluorescence
staining for CD3 antigen (green), indicating presence of
cells of T - lymphocytes origin in the infarct zone of the heart tissue, counterstained
nuclei with DAPI (blue).
DDX3 was strongly immunolocalized in the
nucleus and less intensively in the cytosol of squamous
cells in normal skin, but the nuclear
staining was lost or dramatically decreased in cutaneous SCC.
Malignant cases of GII revealed strong positive expression of Cyclin D1 in invasive ductal epithelial
cells and stroma, while negative
stain was seen in the invader
cells with vesicular polymorphic
nuclei (Figure 2C).
The team's work, published in 2014, used
staining and epiflourescence to find the
nucleus in chicken egg
cells and then successfully removed it without damaging the egg
cell's membrane.
Cell membranes (green) and
nuclei (blue) are also
stained.
Hoescht
stain (Invitrogen) was included to identify
cell nuclei.
HE -
stained, non-infected DEF control (A); HE
stained infected
cells, 52 hrs post-infection, showing
cell disruption with a large number of red -
stained particles (B); Non-infected Vero
cell monolayer (C); Infected Vero
cells rounded up and focal detachment 60 hrs post-infection (D); Thin section of the infected
cell, 24 hrs post-infection, showing dense particles (white arrow head) and virions (arrow) within the vesicles in the cytoplasm (N,
nucleus).
The
nuclei of the
cells were also
stained to differentiate between neurons and glia, allowing researchers to then count the
cell nuclei that belong to neurons.
With
Cell Painting, researchers
stain cells for several structures and components simultaneously, such as
nuclei.
Cell nuclei are
stained in red.
(A) Extensive preservation of the nuclear photoreceptor layers in the dorsal retina of the dystrophic RCS rat 13 weeks following transplantation of iPS - RPE
cells (DAPI
stained nuclei).
Nuclei of all
cells in the sample are
stained with DAPI (blue fluorescent: left).
Feulgen - positive
staining of the
cell nuclei in fossilized leaf and fruit tissues of the Lower Eocene Myrtaceae