Synthesis and customization of click chemistry reagents, such as functionalized DBCO, BCN, TCO, TZ, ALK, and N3, to suit various chemical reactions and labeling needs.
Provision of specialized click chemistry tools, including functionalized PEG derivatives, labeling probes, and linkers to support a wide range of applications.
Design and synthesis of multifunctional click chemistry derivatives for complex molecular construction, drug delivery systems, and biological labeling.
Offering click chemistry-based biological labels and probes for cell imaging, protein labeling, and biomolecule tracking.
Development of probes that react with specific biomolecules to improve sensitivity and accuracy in biological experiments.
Utilization of click chemistry for the design and synthesis of drug molecules, including drug conjugation, drug screening, and drug delivery systems.
DBCO (Dibenzocyclooctyne): Used for cycloaddition reactions in click chemistry, suitable for biolabeling and molecular conjugation.
BCN (Bicyclononyne): A highly reactive cyclic alkene commonly used in bio-conjugation within click chemistry.
TCO (Trans-Cyclooctene): Enables rapid and selective click reactions, ideal for biomolecule labeling.
TZ (Tetrazine): Used in reactions such as combining with TCO for fast click chemistry reactions.
ALK (Alkyne): Reacts with azides to produce stable conjugation products.
N3 (Azide): Reacts with alkynes via click chemistry to form stable covalent bonds.
