Product synthetic-chemistry-protein-crosslinkers

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Catalog	name	Description	price
R-M2-10749	DBCO-BSA(20:1)	DBCO-BSA(20:1)/DBCO-Bovine serum albumin(20:1) is a customized click chemistry functionalized bovine serum albumin with a labeling molar ratio of DBCO groups to BSA of 20:1. It is commonly used to construct high load click chemistry targeted probes, improve the coupling efficiency of azide modified molecules, and adapt to scientific research scenarios such as supramolecular assembly and biomolecule enrichment.	price>
R-M2-10764	SH-L-Tyrosine	Thiol-L-Tyrosine/Thiol modified tyrosine/ SH-Tyrosine/Tyrosine-SH is a coupling reagent. By utilizing the enzymatic reaction characteristics of tyrosine and the specific coupling ability of thiol groups, precise labeling of protein molecules such as antibodies and enzymes can be achieved, avoiding the problem of activity loss caused by traditional lysine modification. As a functional cross-linking site, an intelligent hydrogel with both enzyme response and disulfide bond dynamic response was constructed for drug delivery and tissue engineering scaffolds. The thiol group fixes tyrosine residues on the surface of the material, and utilizes the phenolic hydroxyl group of tyrosine to achieve subsequent photo crosslinking or biomolecule anchoring, enhancing the biocompatibility of the material.	price>
R-M2-10823	Isovitexin-Bis(aziridine)	Isovitexin-Bis(aziridine)/Bis(aziridine)-Isovitexin is a novel functionalized derivative obtained by coupling isovitexin with a diaziridine group. As a new type of functional crosslinking agent, it is used for crosslinking modification of biomolecules and polymer materials to enhance material structural stability. It can be used for the development of anti-tumor prodrugs, relying on the natural activity of isovitexin and the alkylating activity of aziridine to construct targeted anti-tumor candidate molecules. It can also be used for surface functionalization modification of biomaterials, introducing active reaction sites to achieve targeted fixation of biomolecules.	price>

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