Product synthetic-chemistry-click-chemistry-dbco-tco-azide-etc

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Catalog	name	Description	price
R-M2-9769	DBCO-(N-terminal)phe-arg-gly-his	DBCO-(N-terminal)phe-arg-gly-his is a synthetic bio-conjugate consisting of a click-reactive moiety (DBCO) linked to a short peptide (Phe-Arg-Gly-His) through its N-terminal (amino group). This kind of structure is engineered for bioorthogonal labeling, targeted delivery, or biomolecular modification, particularly using click chemistry.	price>
R-M2-9787	DBCO-(N-terminal)phe-arg-gly-tyr-tyr-tyr	DBCO-(N-terminal)phe-arg-gly-tyr-tyr-tyr can be attached to antibodies, sensors, or nanocarriers for precise delivery or detection. DBCO enables site-specific, catalyst-free coupling to azide-bearing molecules .Peptide may act as a ligand for receptor-mediated targeting or cell-penetrating function.	price>
R-M2-9790	DBCO-(N-terminal)phe-arg-gly-tyr-tyr	DBCO-(N-terminal)phe-arg-gly-tyr-tyr can be attached to antibodies, sensors, or nanocarriers for precise delivery or detection.DBCO enables site-specific, catalyst-free coupling to azide-bearing molecules .Peptide may act as a ligand for receptor-mediated targeting or cell-penetrating function.	price>
R-M2-9801	Hemin-N3	Hemin-N3 referring to azide-modified hemin, is a bioactive complex widely studied for both coordination chemistry and nanomedicine.It typically involves hemin (ferric protoporphyrin IX) forming complexes with azide (N3-) ligands either for catalytic activity, spin-state studies, or as precursors in click chemistry functionalization. Hemin-N3 is a redox-active azide complex of hemin.Useful for modeling enzymatic active sites and catalytic behavior.Frequently integrated into nanoparticle surfaces or used for click chemistry.	price>
R-M1-8182	Cholesterol-Azide	Cholesterol is an important lipid of mammalian cells and plays a fundamental role in many biological processes. Its concentration in the various cellular membranes differs and is tightly regulated. Here, we present a novel Azide cholesterol analog suitable for tracing both cholesterol metabolism and localization. This probe can be detected by click chemistry employing various reporter azides.	price>
R-M2-9845	BCN-HRP	BCN-HRP/BCN-Horseradish peroxidase/Horseradish peroxidase modified with cyclopropane/cyclooctyne is a bioorthogonal enzyme conjugate. Applications: Bioassays & immunoassays (ELISA, Western blot): Azide–BCN click enables oriented HRP conjugation to antibodies. Biosensing platforms: HRP immobilization on azide-functionalized electrodes or nanoparticles. Targeted imaging & diagnostics: Enzyme-based amplification in bioorthogonal labeling systems. Bioconjugate chemistry: Modular tool for site-directed HRP modification.	price>
R-M1-8225	Ce6-N3	CE6 is usually synthesized from pheophorbide a,which is a good photosensitizer and has similar biological activity to pheophorbide a.CE6 is hydrophobic and easy to aggregate in solution.CE6 produces singlet oxygen with high efficiency,which is suitable for photodynamic therapy of tumor.	price>
R-M2-9880	DOTA-C6-DBCO	DOTA-C6-DBCO is a multifunctional chelator-click chemistry conjugate. Applications: Radiolabeling and imaging (PET, SPECT, MRI) when complexed with metal ions. Bioorthogonal conjugation of DOTA to proteins, peptides, antibodies, liposomes, or nanoparticles. Development of theranostic agents combining imaging and targeted delivery.	price>
R-M2-9890	Inulin-COOH	The carboxyl group of Inulin-COOH can participate in coupling through activation esterification and click chemistry: Activation esterification: Under the action of chelating agents such as EDC/NHS, the carboxyl group forms amide bonds with primary amines (such as lysine residues in proteins) Click chemistry: If further modified to azide (- N3) or DBCO, efficient coupling can be achieved through copper free click reactions (such as SPAAC). Application areas: Drug delivery: As a carrier modified drug (such as anticancer agents), it is delivered to tumor tissue through PSMA targeting (if combined with DUPA) or passive targeting (such as EPR effect). Biomarker: Carboxyl groups can be linked to fluorescent dyes (such as ICG COOH) or biotin for cell imaging or detection. Tissue engineering: coupling with collagen or growth factors to promote the biological activity of scaffold materials.	price>
R-M2-9891	‌Inulin-DBCO	Inulin-DBCO can be used as a drug carrier, biomarker, and nanobody coupling. Drug delivery: As a carrier modified drug (such as anticancer agents), targeted delivery is achieved through sugar labeling such as DBCO tetraacetylmannosamine. Biomarker: Conjugated with fluorescent dyes or biotin (such as DBCO Sulfo Link biotin) for cell imaging or detection. Nanoantibody coupling: binding with oligonucleotides or nanobodies to construct targeted therapeutic molecules (such as gene regulated drugs).	price>

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