Carboxyl Fluorescent Microspheres
Nanodiagnostics Fluorescent Carboxyl Microspheres are internally labeled with classical fluorophores and synthesized by a unique proprietary procedure. This technology produces microbeads with more controllable and tunable fluorescence intensities, more options of emission wavelengths, and longer shelf life compared to those made from solvent swelling and dye entrapment methods.
The carboxyl functional surface allows for convenient and straightforward covalent conjugation of ligands such as proteins, nucleic acids, and other molecules using carbodiimide coupling chemistry. Fluorescent Carboxyl Microspheres are ideal for biosensing, immunoassays, and imaging applications.
Nanodiagnostics Fluorescent Carboxyl Microspheres are internally labeled with classical fluorophores and synthesized by a unique proprietary procedure. This technology produces microbeads with more controllable and tunable fluorescence intensities, more options of emission wavelengths, and longer shelf life compared to those made from solvent swelling and dye entrapment methods.
The carboxyl functional surface allows for convenient and straightforward covalent conjugation of ligands such as proteins, nucleic acids, and other molecules using carbodiimide coupling chemistry. Fluorescent Carboxyl Microspheres are ideal for biosensing, immunoassays, and imaging applications.
red carboxyl microspheres
Properties
Bead Diameter: 2.5μm Composition: Polystyrene Surface Functionality: Carboxyl Carboxyl Parking Area: ~2.5nm2/-COOH group Internal Fluorescent Label: Rhodamine 101 inner salt Excitation Wavelength: 560nm Emission Wavelength: 590nm Bead Concentration: 1E+8 particles/ ml (0.1% w/v) Volume: 1ml in ddH2O
CATALOG NUMBER PACK SIZE
| RN-FM –RC-2.5-1ml | 1ml |
| RN-FM –RC-2.5-1ml | 5ml |