Crowd Pleaser Anti-6x His - 80nm Gold Nanourchins Special: 60% Discount [8mo3JutW]

Crowd Pleaser Anti-6x His - 80nm Gold Nanourchins Special: 60% Discount [8mo3JutW]: Advanced Gold Conjugates for Enhanced Detection

Our Crowd Pleaser Anti-6x His - 80nm Gold Nanourchins Special: 60% Discount [8mo3JutW] are designed to revolutionize your laboratory workflows with their exceptional sensitivity and versatility. These gold nanoparticles are meticulously engineered to provide a robust platform for a wide range of applications, including lateral flow, immunoblotting, light microscopy, and electron microscopy. The 80nm core size and the conjugated Mouse anti-6X His Antibody ensure optimal performance and reliable results.

Key Features and Specifications

This product boasts a gold nanoparticle core size of 80nm, offering a high level of precision and efficiency. The absorbance peak at 620nm ensures optimal signal detection, while the available optical densities of OD=3 and OD=10 provide flexibility in choosing the right concentration for your specific application. The conjugated antibody is a Mouse anti-6X His Antibody, raised in mice and produced as a monoclonal antibody, ensuring consistency and reliability. The working dilution range of 1:1-1:100 is adaptable to various experimental conditions, making it suitable for a broad spectrum of applications.

Applications and Benefits

Anti-6X His Gold NanoUrchin conjugates are a game-changer in the field of detection techniques. Their sensitivity is unparalleled, capable of detecting as low as 100pg or less when used in conjunction with our silver enhancement kit. This translates to faster and more accurate results, enabling you to make informed decisions in your research. The permanent label provided by gold conjugates ensures that your samples are well-documented and easily reproducible. Additionally, the supplied buffer containing 10mM PBS, 20% glycerol, and 1% BSA ensures stability and ease of use. With these conjugates, you can expect enhanced performance and efficiency in your experiments.