Catalog name Description price
R-M2-10599 Biotin-Aminoadipic Acid Aminoadipic Acid-Biotin is a functional compound formed by covalent bonding between biotin and Aminoadipic Acid. The Aminoadipic Acid moiety can regulate the activity of glutamate metabolism related enzymes through competitive inhibition, while the biotin moiety can specifically bind to avidin/streptavidin, achieving molecular targeted labeling and tracking. Relying on its dual functional characteristics, it can be used in neuroscience research to regulate specific metabolic pathways, label target molecules, and provide research tools for analyzing complex metabolic networks in organisms. price>
R-M2-10607 Dihydrocaffeicacid-Biotin Biotin-Dihydrocaffeicacid/Biotin labeled Dihydrocaffeicacidis a functional derivative obtained by covalent coupling of dihydrocaffeic acid and biotin, which combines the antioxidant activity of dihydrocaffeic acid with the targeted affinity properties of biotin. This derivative can serve as a functional probe for targeted tracking of the metabolic processes of phenolic acids in the body, and can also rely on the biotin avidin system to achieve the separation and enrichment of relevant antioxidant active molecules, providing a tool for related research in the fields of food and biomedicine. This product is only for scientific research use and cannot be used on the human body. price>
R-M2-10692 Naringin-biotin Biotin-Naringin/Biotin labeled Naringin is a functionalized probe molecule that can only be used in scientific research settings. It can be used as a targeted molecular probe for fishing, identifying the drug targets of naringin in cells, and deeply analyzing the mechanism of naringin in the inflammatory pathway; On the other hand, it can also serve as an active lead for the development of novel anti-inflammatory drug candidates. price>
R-M2-10750 DBCO-BSA-BIOTIN DBCO-BSA-BIOTIN/DBCO-Bovine serum albumin-BIOTIN is a highly customized research grade multifunctional probe that simultaneously modifies DBCO and biotin in bovine serum albumin. It is commonly used to construct dual target cascade rich cell systems. Firstly, the substrate modified with azide is fixed through click reaction, and then the subsequent signal amplification is completed with the help of biotin, which is suitable for high-sensitivity detection of low abundance biomolecules in scientific research scenarios. price>