DAPI - stained sections were observed under
fluorescence light microscopy.
Large specimens on slides can be imaged in their entirety with either transmitted or
fluorescence light using a high - resolution slide scanner.
The careful sample preparation and
fluorescence light microscopy under close - to - natural conditions allow us to image large volume elements in plants with subcellular resolution.
UltraMicroscope II utilizes six light sheets to excite large samples with
fluorescence light.
It covers an area of 3000 square kilometers with approximately 1600 surface detector stations which detect cosmic ray shower particles directly, as well as four fluorescence detectors which overlook the atmosphere above the surface array and detect
fluorescence light emitted by shower particles.
Right eyes were investigated by electron microscopy, left eyes were used for immunocytochemistry and
fluorescence light microscopy.
Sections stained for markers described above were visualized using a Leica DM6000 B upright
fluorescence light microscope with motorized Z - focusing.
This fluorescence light micrograph shows two important support cells (glial cells) of the human brain.
Not exact matches
A black
light detects changes in color or
fluorescence in the skin, making pigment disorders appear to shine under the
light.
These include more sensitive mass spectrometry for detecting, identifying and quantifying protein molecules, electron microscopy for visualizing an assortment of components of the nano - machine that transports toxins, and
fluorescence confocal microscopy, which can label proteins with
light emitting dyes.
Although reindeer noses aren't typically red, or infused with enough
light to guide a sleigh, Farber says other earthly creatures are that color and glow through bioluminescence or
fluorescence — everything from jelly fish to sea anemones to the zebrafish he studies.
The technique, called microenvironmental selective plane illumination microscopy (meSPIM), uses exceptionally long, thin beams of laser
light to trigger
fluorescence in a sample, causing it to glow.
Detecting
fluorescence from chlorophyll requires that the pigment be illuminated with
light that that excites molecules in the chlorophyll, causing them to emit
light.
Wing from dead eastern pipestrelle (Pipistrellus subflavus)
lit from above with hand - held 51 LED 385 - nm UV flashlight shows points of orange — yellow
fluorescence.
The newly invented technique utilises a high - throughput
fluorescence scanning approach — if antibodies or drugs fail to prevent the invasion of the red blood cell by the malaria parasites, the sample will
light up.
If long - wave UV
light is directed at the wings of bats with white - nose syndrome, it produces a distinctive orange - yellow
fluorescence.
The researchers will extend a
light - emitting probe into the soldiers» lungs that will record images of the
fluorescence in the surrounding tissues.
Acquiring images using modern techniques such as
light sheet
fluorescence, confocal, or electron microscopy creates a significant data stream.
When using STED, the
light spot scanning the
fluorescence image can be reduced considerably.
It turns out that many molecules found in foods absorb ultraviolet or visible
light and subsequently emit
light as
fluorescence.
Fluorescence microscopy image of the mitochondrial network (left, in green) and the corresponding
light microscopy image (right) of a dividing yeast cell.
This allows researchers to illuminate a subset of molecules in a sample and eliminate overlapping
fluorescence that would blur details if everything in the sample was
lit up at once.
Because
fluorescence is sensitive to the local chemical and physical environment, this emitted
light can «report» on the local properties of the food, the pH, polarity, or in the case of Allura Red, local viscosity or thickness.
Using this approach, it takes about an hour to scan a piece of tissue 500 by 500 by 200 microns, using a
light sheet
fluorescence microscope.
Scientists around the world employ commercial versions of diSPIM, which uses a thin sheet of
light and two objectives lenses to excite and detect
fluorescence.
The three new Nobelists overcame that limit using
fluorescence, getting the objects under the microscope to emit
light themselves to reveal their details.
The researchers» investigations into fish biofluorescence began with a serendipitous observation of green eel
fluorescence off of Little Cayman Island as Sparks and Gruber were imaging coral biofluorescence for an exhibit for the traveling American Museum of Natural History exhibition Creatures of
Light: Nature's Bioluminescence.
One of the movies shows a green excitation
light pulsing toward fluorescent molecules on the right where the green converts to red, which is the
fluorescence.
In
fluorescence microscopy, certain specimens, such as TB bacteria, can be dyed so that they emit
light when exposed to ultraviolet radiation.
Lead author Nigel D'Souza, then a postdoctoral researcher at Lamont, discovered the phytoplankton response to oil seeps while on a ship in the Gulf of Mexico monitoring chlorophyll
fluorescence — energy that is emitted as
light by compounds inside phytoplankton cells used for photosynthesis.
Niyogi grew Chlamydomonas mutants in low
light and then videotaped chlorophyll
fluorescence during a few minutes of illumination with high
light, singling out mutants that didn't respond normally.
Photoactivatable flourescent proteins change their
fluorescence property from dark to bright when exposed to
light (i.e. laser
light).
A common technique is
fluorescence microscopy, where fluorescent molecules («probes») are attached to cell structures and then «
lit up» against a dark background.
Like Auger, TA also features batteries of specialized telescopes that on clear, moonless nights can detect the faint
light, or
fluorescence, produced by an extensive air shower.
We can observe the molecule as we pull on it by staining the DNA vvith dye molecules, illuminating the dye with green
light from an argon laser and detecting the
fluorescence with a sensitive video camera.
In traditional
fluorescence microscopy the whole sample is usually
lit by the laser from above.
Strontium atoms
fluorescence strongly when excited with blue
light, as seen in the upper right corner behind the vacuum window.
«Previously, dynein movement had only been tracked by attaching fluorescent molecules to the proteins and observing the
fluorescence using very powerful
light microscopes.
But the rare earths are especially valuable for their property of
fluorescence: They can absorb
light or ultraviolet rays and re-emit the energy as an eerie glow of certain colors specific to each element.
Fluorescence imaging shows that areas that received more light became more purified, as revealed by brighter fluorescence from th
Fluorescence imaging shows that areas that received more
light became more purified, as revealed by brighter
fluorescence from th
fluorescence from those regions.
When a laser is passed over the green protein, it changes to red as a way of tagging when it has been been translated, and new proteins synthesized at that hotspot would be green, which is visible by the appearance of yellow
fluorescence (green + red, as measured by
light on the visible spectrum).
White luminescence means that the
fluorescence spectrum of [10] CPP - I covers the whole visible
light range.
«In addition to being used for solid state
lighting and full color displays, such technology can also be used as
light sources for
fluorescence bio and chemical detection,» continued Professor Ning.
OCO - 2 will also closely monitor the carbon uptake of plants by measuring the weak
fluorescence that is produced during photosynthesis as plants» chlorophyll pigments absorb
light to capture energy and subsequently re-emit photons at longer wavelengths.
An ultrathin structured
light sheet (blue - green, center) excites
fluorescence (orange) in successive planes as it sweeps through a specimen (gray) to generate a 3D image.
Chlorophyll
fluorescence measurements are taken on the plant on the right side to determine how efficiently the plant uses the
light provided by LEDs.
Strontium atoms
fluorescence strongly when excited with blue
light.
Cairn Research image splitters allow you to simultaneously record multiple
fluorescence channels, polarization states or focal planes without significant
light loss.
For sustained contributions to the field of biophotonics, spanning over thirty years and encompassing outstanding research, technology development, clinical translation and training and education, in the areas of
light dosimetry, photodynamic therapy
fluorescence and Raman endoscopy, microscopy and nanophotonics
The near - infrared
light that causes the nanotubes to fluoresce can penetrate about eight centimeters into human tissue, so physicians could potentially shine the
light through skin and flesh to look for
fluorescence from nanotubes signaling the presence of cancer cells.