8 Arm PEG Biotin - Names and Identifiers
8 Arm PEG Biotin - Physico-chemical Properties
8 Arm PEG Biotin - Introduction
8-arm-PEG-Biotin is a polyethylene glycol (PEG) derivative with a biotin molecule. It has the following properties:
1. High purity: It can provide high purity products to ensure its effectiveness for biological research and application.
2. High solubility: It has good water solubility and is convenient for application in biochemical experiments and biochemical separation.
3. High stability: It has high stability and can effectively maintain its biological activity under physiological conditions.
8-arm-PEG-Biotin is mainly used as follows:
1. As an affinity adsorbent: it can bind to the affinity group on the affinity chromatography resin for separation and purification of biotin-binding protein or other molecules.
2. immunodetection: biotin can be specifically bound to avidin (such as hard chain polyethanolamide or polyphenylacetaldehyde), used as a marker for immunohistochemistry, immunoblotting and immunoprecipitation experiments.
3. Drug delivery: By connecting the drug with 8-arm-PEG-Biotin, the targeted delivery of the drug can be realized, and the stability and efficacy of the drug in the body can be improved.
Preparation method: 8-arm-PEG-Biotin can be prepared by chemical synthesis method. Briefly, binding of a polyethylene glycol molecule to a protected biotin followed by removal of the protecting group yields 8-arm-PEG-Biotin.
Safety information: 8-arm-PEG-Biotin generally has good biocompatibility and is safe under proper use. However, as a chemical substance, it is still necessary to pay attention to laboratory safety regulations when using it, and avoid contact with skin, eyes or inhalation. It is recommended to operate in a suitable laboratory environment and to store and handle in accordance with safety data sheets and relevant regulations. If necessary, read the product manual carefully and follow the corresponding safety operation procedures before use.
Last Update:2024-04-09 19:06:00