Examples of 'fluorescence signal' in a sentence
Meaning of "fluorescence signal"
Fluorescence signal refers to the emitted light or radiation that occurs when a substance absorbs light of a shorter wavelength and re-emits it at a longer wavelength. This phenomenon is commonly used in scientific research, particularly in fields such as biochemistry and cell biology
How to use "fluorescence signal" in a sentence
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fluorescence signal
Slight fluorescence signal is observed in the uterus.
Detecting the emitted fluorescence signal.
The fluorescence signal is detected by the apparatus.
Grey arrow identifies fluorescence signal at the axilla.
The fluorescence signal was detectable with high sensitivity.
Laser induced fluorescence signal.
The fluorescence signal rapidly increased to a peak value.
This preferably results in a fluorescence signal with little noise.
The fluorescence signal immediately increased to a peak value.
Positive staining was represented by fluorescence signal above control staining.
The fluorescence signal is measured by one single photodiode.
This measurement is then subtracted from the raw fluorescence signal.
The time resolved fluorescence signal was collected.
Fluorescence signal was amplified logarithmically.
An amplification plot of fluorescence signal versus cycle number was drawn.
See also
fluorescence quenching
fluorescence resonance energy transfer
fluorescence signals
fluorescence spectra
fluorescence resonance energy transfer
fluorescence signals
fluorescence spectra
The signal used in calculating the above formula is a fluorescence signal.
An increase in fluorescence signal indicates substrate cleavage.
Thus the width of the exploitable useful fluorescence signal is augmented.
The decreased fluorescence signal of the cartridge approx.
Sampling of fluorescence is carried out until the fluorescence signal stabilizes.
The change in fluorescence signal was determined.
The degradation of enriching primer extension product gives fluorescence signal.
The fluorescence signal is measured by a fluorescence slide scanner.
The modulated excitation would equally translate to a modulated fluorescence signal.
The fluorescence signal is measured in counts per second cps.
As more fluor is deposited on the sample a stronger fluorescence signal is generated.
The fluorescence signal is allowed to stabilize for about two minutes.
Chelation of europium is critical to stability and strength of the fluorescence signal.
The green fluorescence signal came from directly fluoresceinated antibodies.
Antibodies were each titered to ensure a linear fluorescence signal with labeling.
The fluorescence signal of each feature was subsequently quantified by ad hoc software.
On the horizontal axis the ratio of the fluorescence signal increases is presented.
The fluorescence signal is allowed to stabilize for about one minute.
A signal test to check background fluorescence and basal fluorescence signal is performed.
After washing the fluorescence signal of the grid bound immunocomplex is counted.
Concentrations of all fluorescent species were adjusted in order to equalize the fluorescence signal.
The measured fluorescence signal is proportional to the concentration of free antibody at equilibrium.
Arrows indicate areas of the tissue showing the decreasing fluorescence signal.
The fluorescence signal was measured and plotted against the IgG concentrations.
This value was used in the computer deconvolution procedure of the fluorescence signal.
The fluorescence signal was detected by fluorescence microscopy and documented by an imaging software.
Ethidium bromide was used to quench the fluorescence signal on the cell surface.
The value of the fluorescence signal is proportional to the antigen concentration in the sample.
The quantity of IgG eluted in the detection window is detected by measuring a fluorescence signal.
The value of the fluorescence signal is proportional to the antigen amount in the sample.
The resulting FluorFLIGHT model helped to assess the sensitivity of the fluorescence signal.
An increase in the fluorescence signal is indicative for the presence of the respective allele.
Ethanol calibrators of known concentration are run and the resulting attenuated fluorescence signal is measured.
The model can then output a fluorescence signal that is expected in actual detection.
The arrows indicate the areas of the tissue showing the decreasing fluorescence signal.
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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
