What is Fluorescence Detection
Fluorescence Detection is a technique that uses the emission of light by fluorescently labeled particles when exposed to specific wavelengths. This enables the identification and analysis of targeted particles within a complex sample. By tagging particles with fluorescent dyes, researchers can study their properties, interactions, and behaviors with high specificity.
Fluorescence detection is essential for understanding the composition of biological samples, tracking labeled subpopulations, and distinguishing particles based on biological or chemical markers. This capability is invaluable for applications in life sciences, pharmaceuticals, and materials research, where identifying and characterizing distinct populations is critical. Key Attributes of Fluorescence Detection:
Specific Identification: Fluorescence enables detection of specific particle types within heterogeneous samples.
Multi-Channel Analysis: Analyze multiple fluorescence signals simultaneously to characterize complex polydisperse samples.
Enhanced Characterization: Combine fluorescence data with size and concentration measurements for comprehensive insights.