Examples of 'fluorescence can' in a sentence
Meaning of "fluorescence can"
fluorescence can: This phrase may refer to a container or device used to store or display fluorescent materials, such as markers or paints, that emit light when exposed to ultraviolet radiation
How to use "fluorescence can" in a sentence
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fluorescence can
Fluorescence can only be seen in ultraviolet light.
Detection systems for fluorescence can also be used.
Fluorescence can be quantified using a fluorimeter.
Increased intensity of the fluorescence can be related to lowered pH.
Fluorescence can also be used to analyze the composition.
The rate of increase in fluorescence can be measured over time.
Fluorescence can be detected by visual observation.
An additional step of normalizing any observed fluorescence can also be performed.
Intracellular fluorescence can be used to select cells.
Furthermore, enamel is auto-fluorescent and so background fluorescence can be prohibitively high.
Chlorophyll fluorescence can measure most types of plant stress.
Scientists behind the discovery say that the fluorescence can be used for communication.
Chlorophyll fluorescence can easily be measured with a chlorophyll fluorometer.
When unbound, the primer adopts a conformation such that no fluorescence can be detected.
Fluorescence can enhance or detract from the beauty of a diamond.
See also
Matrix effects and background fluorescence can be corrected without introducing substantial error.
Fluorescence can be measured by any method known to the art.
In contrast to optical density, fluorescence can be measured in turbid media.
Fluorescence can be read using any suitable fluorescence spectroscopy device.
If a fluorescent detecting system is used, fluorescence can be measured using a spectrofluourometer.
Fluorescence can be utilized in the measurement of enzymatic activity in some assays.
Moreover, the measurement of the fluorescence can also be conducted by visual observation.
Fluorescence can also be caused by crystal structural defects or organic impurities.
With use of fluorescence, the fluorescence can be excited using a lamp, a laser or an led.
Fluorescence can make a diamond in some lights can appear greasy or cloudy.
Crucially, this means chlorophyll fluorescence can be measured in the field even in full sunlight.
Fluorescence can also be obtained from fluorescent mineral material such as fluorite.
Moreover, insoluble carrier particles made of a substance that can emit fluorescence can also be used.
This elevation of fluorescence can be exploited by suitably designed algorithms.
On the reverse side of the document 10, a long strip of fluorescence can be clearly detected.
The fluorescence can make the stained biofilm more visible.
Under aerobic conditions, Pseudomonas fluorescence can co-metabolize TCE.
The enhanced fluorescence can be observed by fluorescence microscopy or by fluorescent spectroscopy.
The benefits of microwave accelerated metal-enhanced fluorescence can be seen by comparing Figures 4, 5 and 6.
This fluorescence can be quenched and restored according the performed immunoassay.
The surface-bound enzyme converts the nonfluorogenic MUP to 4-methylumbelliferone ( MU ), whose fluorescence can be measured.
Detection of this fluorescence can therefore provide a more sensitive assay.
Fluorescence can be detected using a fluorometric plate reader according to standard methods.
The plantlets exhibiting fluorescence can be used to construct a library of transformed plants.
This fluorescence can then be used to localize a tumor or other target tissue.
The amount of intrinsic fluorescence can be dictated, in part, by the layer thickness.
This fluorescence can then be used to localize the tumor or other target tissue.
This variable fluorescence can be used to measure the level of plant stress.
Fluorescence can be measured with a variety of instrumentation compatible with a wide range of assay formats.
In this case, the fluorescence can be directly measured by a fluorescence reader.
Fluorescence can be measured by means of multi-well fluorometers or by flow cytometry methods.
Thus, the detected fluorescence can be correlated with the density of labeled molecules.
Fluorescence can occur from the vibrationally excited, as well as the vibrationally equilibrated, singlet state.
After fmal aspiration, fluorescence can be measured using a Cytofluor 2300 fluorescence plate reader.
Fluorescence can be quantified using a fluorimeter ( Dynatech ).
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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
