Catalog name Description price
R-M1-8301 Nano Silver PEG-COOH Nano Silver PEG-COOH is a nano peg composite material that can be used for targeted delivery, drug labeling, and other purposes. price>
R-M2-9956 COOH-PEG5K-propylene COOH-PEG5K-propylene/Propylene-PEG5K-COOH is a carboxyl-terminated polyethylene glycol derivative. Applications: Surface functionalization of nanoparticles or polymers; Linker in bioconjugation or drug delivery systems; Intermediate for PEGylated amphiphiles or targeting ligands; Used where mild hydrophobicity (via propylene spacer) enhances stability or bio-interactions. price>
R-M2-9957 COOH-PEG2K-TPP COOH-PEG2K-TPP/Carboxyl-poly(ethylene glycol)₂₀₀₀-triphenylphosphonium is a mitochondria-targeted PEG derivative. Applications: Mitochondria-targeted drug delivery or imaging systems; Conjugation to nanoparticles, liposomes, or polymers for mitochondrial targeting; Bioconjugation intermediate for linking bioactive molecules to TPP via PEG spacer. price>
R-M1-8351 COOH-PEG400-COOH COOH-PEG400-COOH is a peg derivative. price>
R-M1-8394 mPEG2K-Se-Se-COOH mPEG2K-Se-Se-COOH can be used as a building block for the synthesis of functional materials, as a linker in bioconjugation chemistry, or as a reactive group for further modification of molecules for specific applications in drug delivery, diagnostics, or biotechnology. The selenium atoms (Se-Se) in the molecule can participate in redox reactions and exhibit unique chemical properties. They can serve as a linker for the attachment of other molecules or functional groups, allowing for the conjugation or modification of the molecule for various purposes. price>
R-M1-8661 Ce6-PEG3.4K-COOH Ce6-PEG3.4K-COOH/Chlorin E6 (CE6)-PEG3.4K-COOH/Chlorin E6-PEG3.4K-COOH/PEG34000-COOH may be used to enhance the delivery, solubility, or targeting properties of Chlorin e6 in photodynamic therapy or other related applications. price>
R-M2-10531 endo-BCN-PEG-COOH Endo BCN-PEG-COOH/endo-BCN-PEG-Acid/endo BCN-PEG-Acid is a bifunctional hybrid crosslinking agent that combines the design concepts of bioorthogonal chemistry and biocompatible materials science. It can be used for modification and coupling of biomolecules, surface modification of materials, and construction of biological detection and imaging drug delivery systems. price>