Product Custom-synthetics-covalent-coupling-derivatives

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Catalog	name	Description	price
R-M2-10711	Digoxin-Tyramine	Tyramine-Digoxin is a small molecule hapten labeled probe used in scientific research. It is a specialized labeling precursor developed for scientific research scenarios such as radioimmunoassay. It is specifically used for the construction of a radioimmunoassay system for digoxin, coupled with radioactive iodine-125 to achieve highly sensitive and accurate determination of digoxin blood concentration. It is a core tool derivative for clinical pharmacokinetics and blood concentration monitoring research.	price>
R-M2-10729	Biotin-Lanosterol	Biotin-Lanosterol/Biotin labeled Lanosterol/Lanosterol-Biotin is a scientific grade targeted tracer probe obtained by covalently coupling lanosterol with biotin. It is commonly used for target fishing of lanosterol, intracellular transport localization, and biochemical research related to cholesterol metabolism pathways, to assist in clarifying the molecular mechanism of lanosterol in lipid metabolism.	price>
R-M2-10758	Diazirine-Isoliquiritigenin	Diazirine-Isoliquiritigenin is a photo crosslinked natural product probe constructed by directionally coupling the aryl bis (aziridine) photosensitive group to the nucleus of isoliquiritigenin. It retains the core biological activities of isoliquiritigenin, such as anti-tumor and anti-inflammatory effects, while relying on the photo covalent capture properties of bis (aziridine) to achieve precise targeting of weak interactions and instantaneous binding of target proteins in living cells. It is a core tool molecule in the field of chalcone natural product chemical biology research.	price>
R-M2-10936	SH-Retinoic acid	SH-Retinoic acid/Thiol-retinoic acid/Thiolated retinoic acid is a functionalized derivative that retains the nuclear receptor targeted biological activity of retinoic acid intact, while adding high reactivity of thiol groups. It is a core functional intermediate for constructing stimulus responsive retinoic acid delivery systems and protein site modification. By utilizing the specific reaction between thiol groups and cysteine residues on the protein surface, the fixed-point covalent coupling of retinoic acid on the target protein is achieved, accurately simulating the Retinylation Modification Process of Natural Proteins and analyzing the molecular mechanism of lipid modification regulating protein function.	price>