Examples of 'fluorescence intensity' in a sentence

Meaning of "fluorescence intensity"

This phrase refers to the measurement or assessment of the brightness or intensity of fluorescent light emitted by a substance, typically a molecule or compound, when it is excited or stimulated by a particular energy source

How to use "fluorescence intensity" in a sentence

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fluorescence intensity
The tryptophan fluorescence intensity increased a little.
The results are expressed as mean fluorescence intensity.
The fluorescence intensity then drops considerably.
The mean maximum leakage fluorescence intensity x.
Fluorescence intensity of the oocyst population was measured.
Values are expressed in percent of control fluorescence intensity.
The fluorescence intensity was expressed as percentage of control.
The viability is presented as relative fluorescence intensity.
It is fluorescence intensity for the fluorescence curve.
Numbers in plots indicate mean fluorescence intensity.
Fluorescence intensity increases as the probe is cleaved.
Data are graphed as counts against fluorescence intensity.
Axes are fluorescence intensity as measured by flow cytometry.
White indicates high fluorescence intensity.
Fluorescence intensity was measured in arbitrary units by a photomultiplier.

See also

Fluorescence lifetime or fluorescence intensity measurements may be made.
Fluorescence intensity measured in the tumor over time.
The data is plotted as fluorescence intensity as a function of temperature.
Fluorescence intensity was analyzed by flow cytometry.
The scale of fluorescence intensity is log.
Fluorescence intensity was measured by flow cytometry.
It thus requires control experiments to quantify fluorescence intensity.
Assaying the fluorescence intensity of a reaction solution.
Filipin data were expressed as arbitrary units of fluorescence intensity.
The fluorescence intensity is then measured.
The relative amounts of each were quantitated by fluorescence intensity.
The fluorescence intensity can be measured as described previously.
This can be advantageously achieved by fluorescence intensity measurements.
The fluorescence intensity varied from experiment to experiment.
The data was presented as the mean fluorescence intensity.
The fluorescence intensity for each cell was measured.
Negative control mean fluorescence intensity.
The mean fluorescence intensity of labeled cells was quantified.
The data presented is the mean fluorescence intensity.
Mean fluorescence intensity was determined using flow cytometry.
Data are plotted as a histogram of fluorescence intensity.
That increase in fluorescence intensity can readily be measured.
Results are expressed as relative fluorescence intensity.
The mean fluorescence intensity is depicted.
Polarization is also independent of fluorescence intensity.
The fluorescence intensity is proportional to the number of live bacteria.
These modifications were associated to an increase in the fluorescence intensity.
The fluorescence intensity is measured by the method defined above.
Values are expressed as a percentage of initial mean fluorescence intensity.
Fluorescence intensity measurements for a negative and positive result.
The recovery was determined from a fluorescence intensity of a spot.
The fluorescence intensity is proportional to the amount of product formation.
Binding was measured by mean fluorescence intensity.
The fluorescence intensity was recorded from the tissue sample.
The plot is of cell population against fluorescence intensity.

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Examples of using Intensity
Maximum intensity if all lamps together are lit
Burns with the same intensity as sunlight
Minimum intensity if either lamp has failed
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Examples of using Fluorescence
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
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