These references are designed for the routine qualification of fluorescence-based plate readers for fluorescence intensity and well-to-well reading reproducibility.
These references were formerly marketed by Matech.
96-well microplates containing inorganic fluorescent reference materials, available in both top- and bottom-reading configurations. Plate dimensions conform to international standards for biomedical screening.
The inorganic fluorophores used are inherently stable and do not suffer from photodecomposition or “bleaching”. Solvent evaporation is not an issue as these references are solid state. Four different fluorophores, identified by the wavelength of their principal emission peak, provide a range of excitation and emission wavelengths to match the user’s application:
These references are designed for the routine qualification of fluorescence-based plate readers for fluorescence intensity and well-to-well reading reproducibility.
These references were formerly marketed by Matech.
96-well microplates containing inorganic fluorescent reference materials, available in both top- and bottom-reading configurations. Plate dimensions conform to international standards for biomedical screening.
The inorganic fluorophores used are inherently stable and do not suffer from photodecomposition or “bleaching”. Solvent evaporation is not an issue as these references are solid state. Four different fluorophores, identified by the wavelength of their principal emission peak, provide a range of excitation and emission wavelengths to match the user’s application:
