Fluoresceine example sentences

"Fluoresceine" Example Sentences

The scientist used fluoresceine as a tracer to track the flow of blood in the body.
The fluoresceine staining revealed the location of the suspected tumor in the brain.
The fluoresceine dye helped identify the presence of protein in the test sample.
By adding fluoresceine to the sample, the researcher was able to visualize the movement of particles under the microscope.
The fluoresceine solution was added to the mixture to detect the presence of any contaminants.
The blue-green glow observed in the sample was indicative of the presence of fluoresceine.
The fluorescent properties of the fluoresceine dye allowed for easy visualization of the solution.
The concentration of fluoresceine in the sample was determined using spectrophotometry.
The fluoresceine-based assay was used to study the enzymatic activity of the protein.
The results showed that the fluoresceine probe had bound to the target protein with high specificity.
The fluoresceine-labeled antibody was used to detect the presence of the virus in the blood sample.
The fluoresceine solution was used as a marker to track the diffusion of the gas.
The fluorescence of the fluoresceine dye was bright enough to be observed with the naked eye.
The introduction of the fluoresceine dye led to a significant increase in the sensitivity of the test.
The fluorescence of the fluoresceine-labeled particles was measured using flow cytometry.
The fluoresceine-labeled cells were tracked as they migrated through the tissue using live imaging.
The fluoresceine-based method was used to analyze the stability of the protein structure.
The fluorescence of the fluoresceine dye was quenched in the presence of the analyte.
The concentration of the fluoresceine dye was optimized for maximum sensitivity.
The fluoresceine-labeled probes were used as a diagnostic tool for genetic diseases.
The addition of fluoresceine to the sample resulted in a change in the pH of the solution.
The fluorescence intensity of the fluoresceine solution increased with the concentration of the analyte.
The fluoresceine-labeled compound was used as a probe for studying receptor-ligand interactions.
The relative fluorescence of the sample was compared to a standard curve generated using fluoresceine.
The change in fluorescence of the fluoresceine dye was used to monitor the reaction progress.
The fluoresceine solution was used as a pH indicator to measure the acidity of the sample.
The absorbance spectrum of the fluoresceine dye was measured using a UV-Vis spectrophotometer.
The fluoresceine-labeled particles were used as a contrast agent for imaging the brain.
The fluorescence lifetime of the fluoresceine dye was used to study the rate of energy transfer.
The fluoresceine-based assay was used to measure the activity of the enzyme in the sample.
The concentration of fluoresceine needed for optimal sensitivity was determined by titration.
The contact between the fluoresceine dye and the protein led to a change in fluorescence emission.
The concentration of the analyte was calculated based on the change in fluorescence of the fluoresceine dye.
The molecular weight of the protein was determined using size exclusion chromatography with fluoresceine detection.
The fluoresceine-labeled particles were used to track the trajectory of a small insect in flight.
The fluoresceine solution was used as a label for the detection of food allergens in the sample.
The fluorescence of the fluoresceine-labeled compound was affected by the presence of metal ions.
The fluorescence of the fluoresceine solution changed depending on the angle of incident light.
The fluoresceine-labeled peptide was used to study the binding affinity of the receptor.
The fluorescence intensity of the fluoresceine dye decreased with increasing temperature.