Examples of 'fluorescence microscopy' in a sentence
Meaning of "fluorescence microscopy"
Fluorescence microscopy is a technique in which fluorescent dyes or proteins are used to label specific molecules or structures within a sample, and the resulting fluorescence is used to visualize and study these components under a microscope. It is commonly used in various scientific fields, such as biology and medicine, to observe and analyze cellular and molecular structures with high resolution and specificity
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- microscopy using a fluorescence microscope
How to use "fluorescence microscopy" in a sentence
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fluorescence microscopy
We apply our method on fluorescence microscopy data.
Fluorescence microscopy is widely used and offers great specificity.
The cells are counted in fluorescence microscopy image.
Fluorescence microscopy images were taken at each of these time points.
We then study structured illumination fluorescence microscopy.
Comparing fluorescence microscopy and flow cytometry.
The results were read using fluorescence microscopy.
Confocal fluorescence microscopy is shown.
Staining results were recorded by normal or fluorescence microscopy.
The sample was imaged by fluorescence microscopy and dark field microscopy.
The efficacy of patterning was confirmed by fluorescence microscopy.
Fluorescence microscopy of yeast.
Cells can then be examined by fluorescence microscopy.
Conventional fluorescence microscopy has provided substantial progress in the field of biology.
Analysis has been carried out by fluorescence microscopy.
See also
Two photon excited fluorescence microscopy has similarities to confocal laser scanning microscopy.
One example is in the field of fluorescence microscopy.
Fluorescence microscopy techniques for high resolution observation of living cells have been developed.
Autofluorescence can be problematic in fluorescence microscopy.
The slides were viewed by fluorescence microscopy using the appropriate filter sets.
Experimental observations have been obtained mainly by fluorescence microscopy.
Examination in fluorescence microscopy.
Numerous fields of triplicate assays are examined by fluorescence microscopy.
Cell clustering was visualized using fluorescence microscopy and representative pictures were taken.
They can be visualized by electron microscopy or fluorescence microscopy.
Uptake is determined using fluorescence microscopy over several minutes after application.
These cells were fixed in order to be examined by fluorescence microscopy.
Another subject of the invention is a fluorescence microscopy method implementing such a detection method.
The fluorescence emitted by cells is observed by fluorescence microscopy.
Fluorescence microscopy performed throughout the experiment confirmed the absence of genome expression.
Such devices are used in fluorescence microscopy.
Fluorescence microscopy demonstrated the release of calcein from the temperature sensitive liposomes.
Total internal reflection fluorescence microscopy.
In fluorescence microscopy the light source provides excitation light instead of merely illumination.
The labelings are analyzed by fluorescence microscopy.
Intravital fluorescence microscopy is used to examine different aspects of the structure and microcirculatory function.
Hybridized segments are then observed by fluorescence microscopy.
Left shows fluorescence microscopy and right shows flow cytometry histogram of eGFP expression.
It is used as a triplet quencher in fluorescence microscopy.
Fluorescence microscopy revealed that the morroniside and loganin improved the morphological changes of MCs.
Adherence was also measured by fluorescence microscopy.
Fluorescence microscopy experiments have confirmed the results obtained by FACS.
The cells can be studied in situ by fluorescence microscopy.
A representative fluorescence microscopy field of view in this capillary is presented in FIG.
No effects could be detected under light or fluorescence microscopy.
Cultures were imaged by fluorescence microscopy using a FITC filter set.
Evaluation of the coating was performed visually by fluorescence microscopy.
Investigations with both electron and fluorescence microscopy did not disclose the presence of phloem.
Number and área of vessels were evaluated by fluorescence microscopy.
Analysis of FISH specimens is done by fluorescence microscopy by a clinical laboratory specialist in cytogenetics.
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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 Microscopy
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Presentation of microscopy diagnostic methods for parasites
This process of light transmission is known as microscopy
Standardization of electron microscopy analysis of ciliary ultrastructure
