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February 27, 20261 citations

Versatile Zwitterionic Gelation Strategy Using Phenol-Modified Biomacromolecules

A Versatile Zwitterionic Gelation Strategy Triggered by Phenol-Modified Biomacromolecules: Facile Synthesis of Bioactive and Customizable Hydrogels.

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Authors

ZHZhiliang HanWGWufei GeFGFangyi Guan

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Overview

Findings show a universal gelation strategy improves biocompatibility in biomacromolecule hydrogels, suggesting broad applications.

Key Points

  • The aim is to develop a universal gelation strategy using phenol-modified biomacromolecules for hydrogels.
  • Introduced phenol-modified biomacromolecules and zwitterionic monomers for hydrogel synthesis
  • Facilitated functional modification through conventional gelation processes
  • Regulated biological activities by altering substrate composition and surface treatment
  • Achieved superior biocompatibility with the gelation strategy
  • Demonstrated modular physicochemical and biomedical properties of hydrogels
  • Enabled substantial scope for functional diversification in applications
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Cite This Study

Han et al. (2026) studied this question.

synapsesocial.com/papers/69a1357fed1d949a99abf6f9https://doi.org/10.1002/smll.202514534
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