4-arm PEG-Br
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
Showing 1–16 of 60 results
-
-
4-arm PEG-SG(PT)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
4-arm PEG-SGA(PT)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
4-arm PEG-SS(PT)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
8-arm PEG-MAL(TP)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
8-arm PEG-NH2(TP)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
8-arm PEG-SG(HG)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
8-arm PEG-SG(TP)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
8-arm PEG-SS(TP)
Polydisperse branched PEG polymers with multiple terminal functional groups, designed for crosslinking, hydrogel formation, bioconjugation, and advanced biomaterials research.
-
-
ALD-PEG-ALD
Polydisperse PEG polymers with identical functional groups at both termini, offering versatile platforms for crosslinking, bioconjugation, and PEG-based materials development.
-
Boc-PEG-OH
Polydisperse PEG polymers featuring two different terminal functional groups, designed for directional conjugation, bioconjugation, click chemistry, and drug delivery research.
-
Boc-PEG-SCM
Polydisperse PEG polymers featuring two different terminal functional groups, designed for directional conjugation, bioconjugation, click chemistry, and drug delivery research.
-
CLS-PEG-DBCO
Polydisperse PEG-lipid conjugates combining PEG chains with lipid anchors for nanoparticle formulation, liposome development, targeted delivery, and nanomedicine research.
-
CLS-PEG-Mal
Polydisperse PEG-lipid conjugates combining PEG chains with lipid anchors for nanoparticle formulation, liposome development, targeted delivery, and nanomedicine research.
-
DBCO-PEG-AA
Polydisperse PEG polymers featuring two different terminal functional groups, designed for directional conjugation, bioconjugation, click chemistry, and drug delivery research.