Examples of 'fluorescence quenching' in a sentence
Meaning of "fluorescence quenching"
fluorescence quenching: Fluorescence quenching refers to the reduction in fluorescent signal or intensity of a substance when it comes into contact with another substance. This phenomenon is commonly studied in chemistry, biochemistry, and materials science to understand interactions between molecules
How to use "fluorescence quenching" in a sentence
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fluorescence quenching
We attributed this behavior to photoinduced fluorescence quenching.
The extent of fluorescence quenching is due to total hemoglobin.
Visualization of the developed chromatogram was accomplished by fluorescence quenching.
The extent of fluorescence quenching is due to the glycated hemoglobin.
This drop in fluorescence of sample is called fluorescence quenching.
They often show strong fluorescence quenching when bound to proteins.
Fluorescence quenching can occur vÃa at least one of the three ways.
Detection of nucleic acids by fluorescence quenching.
The fluorescence quenching measured is due to both glycated and nonglycated hemoglobin.
This energy transfer causes fluorescence quenching of the donor.
The fluorescence quenching measured is due to the glycated hemoglobin present on the matrix.
Another embodiment allows for a pulse fluorescence quenching oxygen sensor.
The fluorescence quenching compound is selected from an aromatic ketone and a naphthol compound.
This invention is also related to the method of preventing fluorescence quenching.
These probes depend on fluorescence quenching of a fluorophore by a quencher on the same oligonucleotide.
See also
fluorescence microscopy
fluorescence polarization
fluorescence resonance energy transfer
fluorescence signal
fluorescence polarization
fluorescence resonance energy transfer
fluorescence signal
An alternative to the fluorescence resonance energy transfer is the fluorescence quenching technique.
The spots were detected by fluorescence quenching or by spraying with a dilute ethanolic ninhydrin solution.
All recombinant OCPs are photoactive and able to induce a large phycobilisome fluorescence quenching.
A mechanistic investigation is presented based on fluorescence quenching and cyclic voltammetry experiments.
The fluorescence quenching observed is proportional to the hemoglobin present in the sample being measured.
This concentration is well within the range of concentrations that cause fluorescence quenching.
The fluorescence quenching compound is a copolymerized aromatic ketone which is copolymerized in the polymer backbone.
Typical examples of such interactions are fluorescence quenching using quenchers and fluorescence resonance energy transfer.
Fluorescence quenching and hyperchromic effect shows that PHMB interacts with antifungals.
A variation on FRET uses fluorescence quenching to monitor molecular interactions.
An alternative sensor would be one using Pulsed Fluorescence Quenching.
Preferred groups for fluorescence quenching are DABCYL and the Black Hole QuencherTM moieties.
FRET killers of this type bring about a fluorescence quenching effect.
Proton-induced fluorescence quenching of the monocations is followed before the monocations are being protonated.
Affinity measurements were performed using fluorescence quenching as described in example 18.
Determining the fluorescence quenching caused by said total or non-glycated or glycated hemoglobin ; and.
It employs detector oligonucleotides to produce reduced fluorescence quenching in a target-dependent manner.
Alternatively, the fluorescence quenching may be detected by the loss, decrease or absence of fluorescence.
Receptor dimerization may be measured by a proximity assay, including a fluorescence quenching or other spectroscopic measurement.
Other mechanisms of fluorescence quenching are also known, such as collision and charge transfer quenching.
Furthermore, the low concentrations of the reagents employed excluded significant collisional fluorescence quenching.
PROSECE has been used to the modelling of fluorescence quenching experiments to precise their analysis.
Intercalation of the fluorophore into the base stack, may alter the amount of fluorescence quenching.
Higher degrees of substitution tend to lead to fluorescence quenching and / or to non-specific interactions.
The fluorescence quenching compounds contain an aromatic ring selected from benzene, naphthalene, biphenyl and anthracene.
These tests were designed to detect fluorescence quenching which would occur instantly, if at all.
Fluorescence quenching fluorescence similarly provides a measurement of G-CSF levels.
True Kd 's were determined in fluorescence quenching assays.
Other mechanisms of fluorescence quenching are also known, such as, collisional and charge transfer quenching.
This isolated N-terminal domain triggered importantphycobilisome fluorescence quenching even under dark conditions.
A fluorescence quenching ( by a specific substance ) or elimination of quenching ;.
Dye-Dye interactions also cause fluorescence quenching in the single-stranded state.
The latter mechanism is induced by blue-green illumination and results in significant PBS fluorescence quenching.
The tS fluorescence quenching by MV+2 was also studied in the same solvent media.
Relaxation of an S1 state can also occur through interaction with a second molecule through fluorescence quenching.
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Examples of using Fluorescence
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Chlorophyll fluorescence as a quantitative indicator of plant damage
The cells were examined by fluorescence light microscopy
Blue fluorescence is one of the properties of scheelite
Examples of using Quenching
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Use quenching cloth for brazing operations
Uniform distribution quenching of formed glass sheets
But quenching a thirst is not without risk
