Fluorescence occurs when a molecule absorbs energy in the form of light and then immediately releases this energy again in the form of light.
Excitation wavelength - characteristic wavelength that molecule absorbs
Emission wavelength - characteristic wavelength that molecule emits
Fluorescent Particles are round spherical particles that emit bright colors when illuminated by UV light. Fluorescent Particles offer extra sensitivity and detectability for analytical methods.
Abvigen's fluorescent polymer microspheres are available in many particle sizes, colors, densities, and excitation and emission wavelengths, can be stored at room temperature or dispersed in aqueous media without degrading their fluorescent properties. Abvigen offers a series of fluorescent particles, commonly used in biological field for tracing, cell labeling, in vivo imaging, drug discovery research and calibration of flow cytometry, among other applications.
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Fluorescent | Excitation | Emission |
Red | 620 nm | 680 nm |
Orange | 540 nm | 580 nm |
Green | 488 nm | 518 nm |
Blue | 400 nm | 450 nm |
TR | 360 nm | 615 nm |
Ex/Em: 488 nm/518 nm
Ex/Em: 620 nm/680 nm
Ex/Em: 360-435 nm/450 nm
Orange 1: Ex/Em: 360-425 nm/610 nm
Orange 2: Ex/Em: 525-543 nm/580 nm
Ex/Em: 360 nm/615 nm
Highlights
Monodisperse Particles
High particle size uniformity
High-intensity fluorescence
Available with red, green orange and blue fluorescence
Designed with carboxylic acid groups (COOH) and amino groups (NH2) on the particle surface for the covalent binding of proteins, antibodies or other molecules
Offered with streptavidin on the surface for binding of biotinylated molecules
Outstanding long-term stability under proper storage conditions (both color and fluorescence)
Spherical shape
Great resistance to photobleaching
Minimized dye leaching
Suitable for uses in flow cytometry, fluorescence microscopy, phagocytosis studies and cell labeling
