What are functional zwitterionic polymers?

Their chemical structures include an equal amount of anion and cation groups, and such structures give rise to many unique functionalities, such as temperature response, anti-polyelectrolyte effect, and strong hydration properties. In this review, structures and applications of the functional zwitterionic polymers on surfaces has been highlighted.

Are zwitterionic polymers good quality?

Although the development of zwitterionic polymers still faces many serious challenges, materials synthesized from zwitterionic polymers are considered to be of high quality.

Can zwitterionic polymers be used to remove contaminants?

In the field of industrial engineering, owing to the high charge density of zwitterionic polymers and their propensity for strong electrostatic interactions, it is possible to break the spatial disorder encountered with conventional polymers when zwitterionic polymers are used to remove contaminants.

What is zwitterionic coating layer?

Biological contamination is a major factor limiting the development of medical devices. Zwitterionic polymers are characterized by ultra-low protein adsorption. Zwitterionic polymers have become the research hotspots of new antifouling materials. Zwitterionic coating layer is the effective and promising candidate to solve biological contamination.

What are zwitterionic polymers used for?

Materials synthesized from zwitterionic polymers are hydrophilic, biocompatible, and environmentally responsive, enabling their wide use in the fields of biomedicine and industrial engineering. With the continuous expansion of applications, problems with zwitterionic polymers have been exposed.

Are zwitterionic polymers a good antifouling material?

Based on this principle, many anti-biofouling materials have been developed. In recent years, zwitterionic polymers with ultra-low protein adsorption and excellent biocompatibility have made them a research hotspot for the new generation of antifouling materials and attracted great attention in biomedical applications.