Not exact matches
The lab
tracked the differentiating process using
fluorescent cell imaging, which tested for the necessary markers during each step.
Using
fluorescent labels, they were able to
track the fates of marked and unmarked chromosomes under the microscope, from egg
cells and sperm to the dividing
cells of embryos after fertilization.
Using a
fluorescent tracker molecule, the team began by
tracking the location of Xist in developing B
cells in female mice.
To understand this spread, the Penn researchers developed a mouse model that uses multiple
fluorescent proteins to tag and
track different pancreatic cancer
cells as they enter the bloodstream and spread to distant organs.
Biologists at the University of Cambridge used
fluorescent labelling to stain
cell membranes in skate embryos, and
tracked them through the dynamic development process.
To
track sperm development, they used a
fluorescent protein that marked
cells undergoing — or that had undergone — meiosis.
«Such dynamic behaviours were difficult to find using normal techniques, and our findings were made possible by single - molecule
tracking of new
fluorescent ganglioside probes,» said Kenichi Suzuki of the Institute for Integrated
Cell - Material Sciences (WPI - iCeMS) and the paper's co-author.
Using
fluorescent dye, researchers figured out how to turn
cells into lasers — with applications for
cell tagging and
tracking as well as medical diagnoses and therapies
The aperture restricts light exposure to a very small fraction of a sample, limiting damage to
cells and
fluorescent molecules, and the method can be used to image multiple colors at the same time, so scientists can simultaneously
track several different proteins.
«New technology using
fluorescent proteins
tracks cancer
cells circulating in blood.»
Neuronal activity is correlated with an influx of calcium ions, which can be
tracked with
fluorescent dyes or proteins that bind to calcium, as in these pyramidal
cells.
Using the European Synchrotron Radiation Facility (ESRF), researchers analysed the effects of Organo - Osmium FY26 in ovarian cancer
cells — detecting emissions of X-ray
fluorescent light to
track the activity of the compound inside the
cells.
Now, researchers at the University of Cambridge have used
fluorescent markers to
track cell development in the embryo of a cartilaginous fish — a little skate in this case — and found that these thorny scales are in fact created from the same type of
cells as teeth: neural crest
cells.
The researchers then
tracked which supporting
cells turned into hair
cells by tagging them with a
fluorescent chemical and watching the tissues for at least 4 days.
The oncogene was coupled with a
fluorescent marker so that
cells in which the oncogene was active could be easily identified, and as these
cells proliferate, their «daughter»
cells could also be
tracked.
They found that injecting into the carotid artery breast cancer
cells that express markers allowing them to enter the brain —
cells labelled with bioluminescent and
fluorescent markers to enable
tracking by imaging technologies — resulted in the formation of many metastatic tumors throughout the brain, mimicking what is seen in advanced breast cancer patients.
The injected
cells express markers that allow them to enter the brain and are labelled with bioluminescent and
fluorescent markers to enable
tracking by imaging technologies.
about Stable
Fluorescent Labelling of human iPSCs aid
Cell Tracking after Differentiation and Transplantation: Strategies and Pitfalls!
They developed a high - fat diet and used
fluorescent lipids to
track lipid processing within the absorptive
cells of the intestine.
The new deep - learning network can identify whether a
cell is alive or dead, and get the answer right 98 percent of the time (humans can typically only identify a dead
cell with 80 percent accuracy)-- without requiring invasive
fluorescent chemicals, which make it difficult to
track tissues over time.
Fluorescent proteins will allow researchers to
track phosphate movement through
cells in real time.
Lineage
tracking by targeted photoconversion of the
fluorescent protein kikGR confirmed the origin of these
cells from the mesodermal bands (fig.
In other applications, they are used to deliver genes that provide instructions for generating molecules such as antibodies or
fluorescent proteins that help researchers study, identify, and
track certain
cells.
Tracking of the
fluorescent labeled molecules,
cells or tissues provides scientists a powerful tool for assessing activity of enzymes, movement of
cells and function of tissues.