Fast Shipping Carboxyl Gold Nanorods (carboxyl-peg3000-sh), 10nm Diameter, Absorption Max 770nm Best Choice [BWLMEs92]

Carboxyl Gold Nanorods: Advanced Nanomaterials for Precision Applications

Our Carboxyl Gold Nanorods (carboxyl-PEG3000-SH) are designed for high-precision applications in the field of nanotechnology. These nanorods boast a diameter of 10nm and exhibit an absorption maximum at 770nm, making them ideal for a wide range of applications. With a core dimension of 29nm x 9nm and an aspect ratio of 3.2, these nanorods offer exceptional performance and stability.

• Core Dimensions: 29nm x 9nm
• Aspect Ratio: 3.2

Technical Specifications and Properties

The Carboxyl Gold Nanorods are terminated with carboxyl groups, which are highly functional for conjugating proteins or other ligands using standard EDC/NHS chemistry. These nanorods are extensively purified to reduce contaminants that might interfere with downstream applications. Key specifications include a longitudinal peak wavelength of 770nm and a transverse peak wavelength of 510nm. Their carboxyl termination, linker size of 3 kDa, and zeta potential of -8 mV further enhance their versatility and compatibility.

• Functional Group: Carboxyl terminated
• Linker Size: 3 kDa
• Zeta Potential: -8 mV

Applications and Benefits

Cytodiagnostics PEGylated gold nanorods are perfect for a variety of applications, including conjugation of proteins and ligands. Their exceptional purity and stability make them suitable for sensitive downstream applications. These nanorods are supplied in ddH2O, ensuring ease of use and compatibility with various experimental conditions. With a high optical density of 50, these nanorods are visible and easily detectable. Ideal for researchers and scientists in the fields of nanotechnology, biomedicine, and material science, these gold nanorods are a valuable tool for advancing your research.

• Optical Density: 50
• Formulation: Supplied in ddH2O