4-arm PEG-Br
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
Multi-arm PEGs feature branched architectures with multiple terminal functional groups, including amine, carboxyl, NHS ester, maleimide, and acrylate. Their high functionality supports crosslinking, hydrogel formation, tissue engineering, and advanced biomaterials research.
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Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.

Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.