Our Fluorescent Silica Nanobeads are high-quality, versatile tools designed for a variety of applications in biochemical and molecular biology research. These beads are engineered to provide superior performance and sensitivity for detecting and analyzing biomolecules. Available in several functionalized types, they offer unique features to meet specific experimental needs.

Key Features:

• Porous Silica Structure: The nanobeads are designed with a porous silica matrix, increasing the surface area for enhanced interaction with surrounding environments, while also allowing for efficient encapsulation of the dye.
• Covalently Attached Internal Dye: Fluorescent dye molecules are covalently bonded within the porous silica structure, ensuring exceptional stability, resistance to photobleaching, and long-lasting fluorescence.
• Enhanced Sensitivity: The porous design combined with covalently attached dyes ensures a strong and uniform fluorescent signal, enhancing the sensitivity and reliability of your assays and imaging applications.
• Versatile Surface Chemistry: Functionalized with various chemical groups to facilitate specific interactions with biomolecules. This customization allows for tailored applications, whether for antibody binding, biotin-streptavidin interactions, or other specific molecular interactions.
• Wide Range of Uses: Suitable for various applications including immunoassays (ELISA, Western blotting), cell sorting, protein-protein interactions, and molecular imaging.
• Adaptable for Different Techniques: Compatible with fluorescence microscopy, flow cytometry, and other analytical techniques requiring fluorescent labeling.