Review summarizes zwitterionic polymers' synthesis and applications in biomedicine, highlighting design pathways for improvement.
Key Points
This review aims to explore the synthesis, architecture, and biomedical applications of zwitterionic polymers, emphasizing their unique properties and performance factors.
Summarized zwitterionic polymers using a synthesis-architecture-application framework.
Discussed synthetic routes for controlling polymer topology and architecture.
Analyzed biomedical applications regarding material forms and interfacial properties.
Zwitterionic polymers exhibit significant resistance to protein adsorption and cell adhesion.
The hydration effect enhances drug stability and provides antifreezing capabilities.
Identified current clinical challenges and potential solutions for zwitterionic polymers in biomedical applications.