Examples of 'fluorescence spectra' in a sentence
Meaning of "fluorescence spectra"
fluorescence spectra - the range of wavelengths of electromagnetic radiation emitted during fluorescence. It is a term used in scientific contexts, particularly in chemistry, physics, and biology, related to the analysis of light emission by fluorescent substances
How to use "fluorescence spectra" in a sentence
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fluorescence spectra
Unmixing of fluorescence spectra was achieved utilizing a CRi camera.
This is a significant advantage especially when fluorescence spectra are measured.
Synchronous fluorescence spectra were studied by deconvolution or by principal components analysis.
To control the spectral properties when expressed in Pichia pastoris fluorescence spectra were determined.
Fluorescence spectra are obtained by detecting the strength of emission at a given excitation light wavelength.
Other intercalating agents exhibit a change in the fluorescence spectra when bound to doublestranded DNA.
The calculated fluorescence spectra predict a polarized transition along the b direction of the cell.
On the other hand this proximity affects the dye 's absorption and fluorescence spectra.
Raman spectra and fluorescence spectra are generated from the captured Raman scattering and fluorescence.
Depending on their aromatic character, the PAHs absorb ultraviolet light and give characteristic fluorescence spectra.
Indeed, the fluorescence spectra obtained were virtually identical.
We investigated the change in the circular dichroic ( CD ) and fluorescence spectra upon complex formation.
The fluorescence spectra are expected to be affected by the above-mentioned problems.
Figure 3 shows the difference in wavelength fluorescence spectra between a cancerous and a healthy tissue.
The fluorescence spectra are relative to an identical reference sample that was sugar-free.
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In those cases, the Raman spectra and fluorescence spectra are produced substantially simultaneously.
Fluorescence spectra from the samples, both before and after microwave exposure, were taken.
This is confirmed by FIG . 3 which shows fluorescence spectra obtained with these different compounds.
Fluorescence spectra can be obtained from populations of particles using a standard UV / visible spectrometer.
Pre-processing of the fluorescence spectra acquired ;.
Fluorescence spectra and titrations were measured in a Cary Eclipse spectrofluorimeter ( Varian ).
Its excitation and fluorescence spectra are shown in Figure 11.
Fluorescence spectra were obtained in aqueous / organic solutions of products using Jobin Yvon Horiba FluoroMax-3 fluorometer.
Figure 14, Absorbance and fluorescence spectra of rhodamine labeled ParM mutants.
Fluorescence spectra were recorded on either an Aminco-Bowman ™ or a Spex Fluorolog / ™ spectrophotofluoromecer.
FIG . 11 additionally shows fluorescence spectra of NADH and cNADH as GlucDH complexes.
Fluorescence spectra were recorded on either an Aminco-Bowman ™ or a Spex Fluorolog / ™ spectrophotofluorometer.
Fluorescence Spectroscopy Steady state fluorescence spectra were recorded using a Spex Fluorolog 1680 spectrometer.
Fluorescence spectra of NADH and pNADH as GlucDH complexes are additionally shown in FIGS . 7 and 8.
FIG . 6 is a three-dimensional fluorescence spectra of a tracer.
In this case, the fluorescence spectra can usefully be pre-processed by orthogonal signal correction.
The absorption and emission fluorescence spectra were determined for this poli-aromatic compound.
The fluorescence spectra 74 emitted from the coal is then analysed by laser analysis system 73.
Optical absorption and fluorescence spectra of the compounds at various pH 's were measured.
The fluorescence spectra are produced on these mountings on an AMINCO 500 spectrofluorimeter.
Figure 3A compares the fluorescence spectra of pyrene in lauryl methacrylate and water ;.
The fluorescence spectra for the 3 mol % europium doped borosilicate glass are shown in Fig 6.
The acquisition of front-face fluorescence spectra of the samples, corresponding to said excitation light radiation ;.
Fluorescence spectra were obtained on a Perkin-Elmer model MPF-2A fluorometer . Gel Chromatography.
Figure 6 shows absorbance and fluorescence spectra and titration of rhodamine - E. coli SSB with dT70.
The fluorescence spectra were recorded on an LS 55 spectrofluorimeter ( Perkin Elmer ) equipped with a xenon flashlamp.
Letter " C " indicates the fluorescence spectra of the epoxide product of Example 8.
The fluorescence spectra of the chloroform, methanol extract and retinylpalmitate are identical ( Figure 10 ).
Means for processing the fluorescence spectra acquired, suitable for implementing a method according to claim 1.
Then, the fluorescence spectra can also be pre-processed by normalizing them.
Absorbance spectra, fluorescence spectra and NMR spectra are the most commonly used alternatives.
Thereby e.g. fluorescence spectra can be correctly measured.
Fig . 1 is a fluorescence spectra of tolyltriazole showing an isoemission point.
Fig . 1 is a fluorescence spectra of tolyltriazole showing an isoeemission point.
Intrinsic fluorescence spectra will be monitored at 25°C using a FluoroMax spectrofluorimeter.
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Adding the spectra from repeated measurements
Reference substances are preferred to reference spectra
This spectra has a unique chemical signature
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
