AMCA-OSu: Your Premier Blue Fluorescent Labeling Agent for Amine-Reactive Bioconjugation and Assays

Discover the power of AMCA-OSu, a leading blue fluorescent dye renowned for its exceptional brightness, photostability, and pH-independent fluorescence. Ideal for amine-reactive bioconjugation, it empowers researchers in labeling proteins, antibodies, and small molecules for advanced cellular imaging, diagnostics, and detailed biological studies. Explore its capabilities as a reliable supplier in China.

Get a Quote & Sample

Key Advantages

Exceptional Brightness and Clarity

AMCA-OSu provides brilliant blue fluorescence, significantly enhancing signal detection in your experiments. Its properties make it an excellent choice for researchers exploring protein interactions, ensuring clear and interpretable results.

Robust Photostability

Experience extended imaging sessions without signal degradation. The high resistance to photobleaching ensures that your fluorescent probes remain effective throughout your research, a critical factor when studying complex biological systems.

Versatile Amine Reactivity

The succinimidyl ester group offers highly efficient and specific conjugation to primary amines, making it a versatile tool for protein labeling and bioconjugation. This allows for the creation of targeted conjugates for various life science applications.

Key Applications

Bioconjugation

Utilize AMCA-OSu for efficient bioconjugation, linking fluorescent tags to biomolecules. This application is crucial for researchers needing reliable protein labeling techniques.

Cellular Imaging

Employ this fluorescent probe in cellular imaging to visualize cellular structures and processes with high precision. Its bright blue fluorescence aids in detailed microscopic studies.

Diagnostic Assays

Enhance the sensitivity and specificity of diagnostic assays by using AMCA-OSu as a fluorescent marker. This is vital for accurate disease detection and research.

Biochemical Research

Investigate protein interactions and dynamics with this versatile biochemical tool. Its stable fluorescence properties provide reliable data for scientific investigation.