Tide Quencher 2 amine can be used to label antibodies to increase the sensitivity of the assay

Mondo Health Updated on 2024-02-01

English name: tide quencher 2 amine [tq2 amine].

Fluorescent quencher 2 amine is a commonly used fluorescent quencher with the advantages of high efficiency, rapidity and low toxicity, and is widely used in fluorescence analysis, fluorescence immunoassay, fluorescent probe and other fields. Its working principle is to use its own chemical structure, after combining with the fluorescent substance, through a chemical reaction to quench the fluorescent substance, so that it no longer emits light, so as to achieve the elimination of the fluorescent signal.

The chemical structure of tide quencher 2 amine is unique, and it can be combined with a variety of fluorescent substances, which has good universality. In addition, due to its low toxicity and stability, tide quencher 2 amine is an ideal fluorescent quencher in biological research.

In fluorescent immunoassays, tide quencher 2 amine is often used to label antibodies or antigens to increase the sensitivity and specificity of the assay. Among fluorescent probes, tide quencher 2 amine is used to prepare fluorescent probes with specific functions, such as cell imaging, biomolecular interaction studies, etc.

While Tide Quencher 2 amine has many advantages, safety issues need to be taken care of during use. For example, direct contact with ** or eyes should be avoided during use to prevent irritation to ** and eyes. In addition, because tide quencher 2 amine has certain toxicity, relevant regulations should be followed when using it to ensure the safety and specification of the experiment.

Tips: For best results, make sure to use it in a dry environment. Avoid frequent lysis and lyophilization operations. Important note: The company's reagents are only suitable for scientific research or industrial applications, and are not medicinal or edible. Be sure to pay attention to safety when using and follow the relevant operating specifications.

The above content is compiled and edited by Xinyan Bomei XYS.

Related Pages