The Lai lab at UNC Chapel Hill published an article in Molecular Pharmaceiuticals - Evading…
Soft tissue defects are relatively common, yet currently used reconstructive treatments have varying success rates. The common treatments also have serious potential complications such as unpredictable volume loss and reabsorption.
Human adipose-derived stem cells have great potential for use in soft tissue regeneration, especially when combined with a supportive scaffold. A simple, nontoxic encapsulating scaffold, capable of supporting the survival and desired differentiation of stem cells for the treatment of soft tissue defects was developed with multi-arm, star-shaped PEG reagents along with RGD peptides.
Check out multi-armed PEG derivatives and pegylation reagent to support your research.
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The Lai lab at UNC Chapel Hill published an article in Molecular Pharmaceiuticals - Evading…
Researchers from the Massachusetts General Hospital and Harvard Medical School developed the novel, "PEG-like Nanoprobes,’’…
Natural Polysaccharides One of the most exciting fields of medicine today is not on the…