「FLUORESCENCE」の共起表現(1語右で並び替え)

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「FLUORESCENCE」の共起表現一覧(1語右で並び替え)

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Where a colorant contains	fluorescence, a bi-spectral fluorescent spectrophotomete
In resonance	fluorescence, a photon is absorbed, causing an electron
n to porphyrin is quantified by comparative	fluorescence against a reference standard; the specifici
This accidental	fluorescence allowed researchers to notice that objects
	Fluorescence analysis can be orders of magnitude more se
It displays strong	fluorescence and is used as a chemiluminescent fluoropho
ds to a non-linear relationship between the	fluorescence and the quencher (analyte).
can therefore be followed by a decrease in	fluorescence and reduction reactions by an increase.
absorption, evanescent wave, luminescence (	fluorescence and phosphorescences), chemiluminescence, s
ws adjusting illumination levels, balancing	fluorescence and transmitted light channels, and capturi
le interaction (over short distances) or by	fluorescence and reabsorption (over longer distances).
menon has been demonstrated via anti-Stokes	fluorescence, and both electroluminescent upconversion a
Graphs to show the relation between	fluorescence and temperature for labeled probe designed
omatograph, HPLC, carbon-nitrogen analyzer,	fluorescence and phase microscopes, spectrophotometres,
detectors and the use of x-ray diffraction,	fluorescence, and crystallography to study a wide variet
brown colored wax-like mass; have a slight	fluorescence; and have a petroleum-like odor and taste (
aximal absorption around 650 nm and maximal	fluorescence around 670 nm.
Measurement of Ca+2-induced	fluorescence at both 340 nm and 380 nm allows for calcul
ng on which specific type it is), and emits	fluorescence at about 650 nm (also depending on which ty
ltraviolet light at 340-380 nm, stimulating	fluorescence at mainly 612 nm line.
ditions; sea surface temperature, salinity,	fluorescence; bottom depth; dissolved oxygen titration;
eedle-like crystals, it emits bluish purple	fluorescence by UV irradiation.
initial analysis of trace elements by x-ray	fluorescence by E. Pernicka, then at the University of F
studied is produced with the GFP, then the	fluorescence can be tracked.
ings the molecules into the dark state, the	fluorescence can be quenched at the outer part of the fo
This light-producing process, called	fluorescence, causes the beams of ions emerging from the
The (	fluorescence) color ratio along the chromosomes is used
shifts the curve up or down to account for	fluorescence coming from out of focus areas, such as the
Cell imaging:	fluorescence, confocal, and multiphoton microscopy
It extends the	fluorescence correlation spectroscopy (FCS) procedure by
	Fluorescence cross-correlation spectroscopy (FCCS) was i
The quantum efficiency of	fluorescence decreases exponentially with temperature, d
fferent diffusion techniques (time-resolved	fluorescence depolarization (TRFD), fluorescence correla
of excitation and emission light during the	fluorescence detection in the microarray scanner.
terial, often protein, for colorimetric and	fluorescence detection assays.
pH of its local environment increases, the	fluorescence emission of harmine decreases.
traviolet to the visible are used to excite	fluorescence emission from objects for viewing by eye or
ible for such molecules to undergo ordinary	fluorescence emission.
lumination source, the light engine and the	fluorescence filters into a single unit, removing need f
This color is actually caused by	fluorescence from brightening dyes added to the paper.
l-ligand complexes, which display molecular	fluorescence from a metal-to-ligand charge transfer stat
	Fluorescence gives rise to various emission lines, the b
es absorb solar light which is converted to	fluorescence guided to plate edges where it emerges in a
Royal Society in 1935 for his research into	fluorescence, he was awarded the Davy Medal in 1963.
After a	fluorescence image is captured, each 9 or 16 terrace blo
F0 is the	fluorescence in the absence of halide
F is the	fluorescence in the presence of halide
g eGFP also have been observed to lose eGFP	fluorescence in the presence of neocuproine.
otally stopped, so the yield of chlorophyll	fluorescence in the absence of non-photochemical quenchi
er, upon breakage of disulfide bond by PDI,	fluorescence increases 70-fold.
in, the cells are then sorted based on the	fluorescence intensity measurements.
Other techniques include:	fluorescence intensity, bimolecular fluorescence complem
ents, at each data point, from the level of	fluorescence intensity.
	Fluorescence intermittency, or blinking, is the phenomen
This light,	fluorescence, is measured.
The red shift of	fluorescence is due to quantum confinement.
Resonance	fluorescence is fluorescence from an atom or molecule in
	Fluorescence is a desirable advancement due to the hazar
microwave frequency which produces maximum	fluorescence is used to define the second.
The	fluorescence is then captured by a charge-coupled device
	Fluorescence is the fifth studio album by New York-based
Chlorophyll	fluorescence is light that has been re-emitted after bei
Stokes	fluorescence is the re-emission of longer wavelength pho
like the directional excitation source, the	fluorescence is omnidirectional and may thus be detected
	Fluorescence is detected using a charged coupled device
r is a device used to measure parameters of	fluorescence: its intensity and wavelength distribution
By delaying the pulse of the	fluorescence laser and the camera shot an image of the g
be confused with the "lifetime" measured by	fluorescence lifetime imaging.
epending on the sample, and is known as the	fluorescence lifetime of the sample.
dependent measurements are possible, as the	fluorescence lifetime is only about 200 microseconds.
the solution, by the decrease in sensitizer	fluorescence lifetime, and by the invariability of the s
systems in part due to its relatively long	fluorescence lifetime.
tion spectra and the decrease in sensitizer	fluorescence lifetime.
Today, the	fluorescence method is preferred to radioactive material
mide gels either through autoradiography or	fluorescence methodologies.
A multiphoton	fluorescence microscope (MFM) is a specialized optical m
A key feature of the EVOS	fluorescence microscope is its LED-based light cube syst
Typical components of a	fluorescence microscope are a light source (xenon arc la
a protein or other labelled molecule via a	fluorescence microscope, flow cytometer or some other fl
Optical	fluorescence microscopy
Multiphoton	fluorescence microscopy has similarities to confocal las
l in dye lasers and in mounting samples for	fluorescence microscopy (when used with glycerol and PBS
Fungal zoospore fixation for	fluorescence microscopy and electron microscopy were opt
During the next decade, confocal	fluorescence microscopy was developed into a fully matur
It differs from traditional	fluorescence microscopy in which the excitation waveleng
ality optical-glass filter commonly used in	fluorescence microscopy and spectroscopic applications f
ively in biotechnology applications such as	fluorescence microscopy, flow cytometry, fluorescence co
lumes by confocal total-internal-reflection	fluorescence microscopy, Optic Letters 29, 569-571 (2004
eled ISHs assays, the cells were subject to	fluorescence microscopy, and a software device counted t
al analysis, including electron microscopy,	fluorescence microscopy, atomic force microscopy, and li
e used to visualize acid-fast bacilli using	fluorescence microscopy, notably species in the Mycobact
In	fluorescence microscopy, dichroic filters are used as be
It is used extensively in	fluorescence microscopy.
An inverted microscope for	fluorescence microscopy.
with an LCD display instead of occulars for	fluorescence microscopy.
The	fluorescence of these sulfonamide adducts can be enhance
Antibody staining therefore results in	fluorescence of the region around the nucleus.
relieving the quenching effect and allowing	fluorescence of the fluorophore.
some of the light from incandescence causes	fluorescence of the material.
tive quantity of water masks or exposes the	fluorescence of the nanogel.
While observing the apparently uniform	fluorescence on a zinc sulfide screen created by the rad
Therefore	fluorescence only still takes place at the center of the
s monitored by spectroscopic probes such as	fluorescence or less frequently by circular dichroism (C
are the most common) which is detected in a	fluorescence or confocal microscope.
below, thus making a CdTe quantum dot, the	fluorescence peak shifts towards through the visible ran
It should not be confused with	fluorescence, phosphorescence or refraction of light.
oaded samples can also be quantified with a	fluorescence photometer.
The percentage of the	fluorescence picked up by the detector is also dependent
measuring the intensity and nature of this	fluorescence, plant ecophysiology can be investigated.
The Simulated	Fluorescence Process (SFP) is a computing algorithm used
on is performed by looking at the streak of	fluorescence produced when such a particle interacts wit
mine Rhodamine B with Improved Labeling and	Fluorescence Properties, Bioconj Chem 1996, 7(4):482-9 d
The	fluorescence quantum yield of this state is rather low,
Stokes shift, high, environment-independent	fluorescence quantum yields, often approaching 100% even
This	fluorescence quenching response can be exploited for det
absorbance, optical density, luminescence,	fluorescence, radioactivity, or something else.
l fluorometer, which measures a chlorophyll	fluorescence ratio to identify phenolic compounds that a
nner concept ideal for such applications as	Fluorescence recovery after photobleaching (FRAP), Fluor
	Fluorescence recovery after photobleaching (FRAP) denote
other real-time PCR methods, the resulting	fluorescence signal permits quantitative measurements of
state, from which it can decay, emitting a	fluorescence signal.
o used in porcelain dentures to give them a	fluorescence similar to that of natural teeth.
helators of divalent cations have different	fluorescence spectra in the bound and unbound states.
	Fluorescence spectra of colloidal CdTe quantum dots of v
ing anomalous-scattering factors from X-ray	fluorescence spectra".
RIFMA X-ray	fluorescence spectrometer
inly used in chemical analysis, in an X-ray	fluorescence spectrometer, or in an electron microprobe.
g borate fusion and energy dispersive X-ray	fluorescence spectrometry with polarized excitation.
	Fluorescence spectroscopy aka fluorometry or spectrofluo
Cold vapour atomic	fluorescence spectroscopy, sometimes referred to by the
lear magnetic resonance (NMR) spectroscopy,	fluorescence spectroscopy, dual polarisation interferome
It is widely used as a marker in	fluorescence spectroscopy.
HiRes utilized the atmospheric	fluorescence technique that was pioneered by the Utah gr
atable fluorescent proteins (PAFPs) exhibit	fluorescence that can be modified by a light-induced che
h that each one of the four has a different	fluorescence that can be detected by a sequencer; thus o
al signal detection on microarrays by using	fluorescence, the colorimetric detection is more sensiti
t is separated from the much weaker emitted	fluorescence through the use of a spectral emission filt
cence, sonoluminescence, triboluminescence,	fluorescence, time-resolved fluorescence and phosphoresc
tance, they are used to measure chlorophyll	fluorescence to investigate plant physiology.
The signal (	fluorescence) to oxygen ratio is not linear, and an opto
Its solutions have a green	fluorescence under UV light.
as a vitreous to greasy luster and shows no	fluorescence under ultra violet light.
any strains of A. flavus exhibit a greenish	fluorescence under UV light that is correlated with leve
much prized for its brilliant yellow green	fluorescence under shortwave ultraviolet light.
alt-containing synthetic spinels emit a red	fluorescence under white light.
A "relative	fluorescence unit" is a unit of measurement used in anal
The terms "relative	fluorescence units" (RFU) and "RFU peak" refer to measur
These rays produced a	fluorescence when they hit the glass walls of the tubes.
luorescent in water, but it exhibits strong	fluorescence when it is intercalated into lipid membrane
iron) and vanadium-free emeralds emit a red	fluorescence when illuminated by white light that also h
The location of	fluorescence will vary according to the target molecule,

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