User-friendly Proteingold Fluorescent Total Protein Stain Pg-0010 Instant 95% Discount [C4HdBwF1]

Introducing ProteinGOLD Fluorescent Total Protein Stain

User-friendly Proteingold Fluorescent Total Protein Stain Pg-0010 Instant 95% Discount [C4HdBwF1] is a cutting-edge solution designed for the visualization and quantitation of proteins separated by 1-D or 2-D SDS-PAGE. This fast and sensitive fluorescent dye offers a straightforward two-step protocol, making it an ideal choice for researchers in need of efficient protein analysis. With its 100x stock solution, ProteinGOLD is easy to dilute and customize to your specific working concentration, ensuring flexibility in your experimental setup.

• Quick and easy protocol
• High sensitivity and wide dynamic range

Key Features and Specifications

ProteinGOLD stands out for its exceptional sensitivity and wide dynamic range, which is crucial for accurate protein detection. The dye is initially low fluorescent but transforms into a bright golden color upon binding to proteins, providing clear and distinct visualization. The staining procedure is simple and can be completed in as little as 30 minutes, saving valuable time in your laboratory workflow. Additionally, ProteinGOLD is compatible with subsequent enzymatic digestion and mass spectrometry, making it an excellent choice for proteomics applications.

• Fast staining procedure (as little as 30 minutes)
• Compatible with subsequent analyses

Practical Applications and Benefits

Stained gels with ProteinGOLD can be directly visualized using various UV-based fluorescence imaging systems, offering flexibility in your imaging options. The dye is easily removable from the protein, allowing for seamless integration with downstream applications such as mass spectrometry. Moreover, stained gels can be stored in stain solution at 2-8°C, with enhanced imaging sensitivity observed after 4°C storage. These features make ProteinGOLD Fluorescent Total Protein Stain an invaluable tool for researchers in various fields, including molecular biology, biochemistry, and proteomics.

• Direct visualization with UV-based fluorescence imaging systems
• Storage stability at 2-8°C