Sandcastle Worm-Inspired Polyelectrolyte Hydrogel as a Bioadhesive for Diverse Tissues

Sandcastle Worm-Inspired Polyelectrolyte Hydrogel as a Bioadhesive for Diverse Tissues

Bioadhesives have been widely applied in wound healing and hemostasis, as well as biointegrated devices. Most existing bioadhesives still lack fast adhesion formation, strong interfacial toughness, and outstanding compatibility in humidity environments. Here, we synthesized a polyampholyte hydrogel...

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Bibliographic Details
Main Author: Jing Cong (519038) (author)
Other Authors: Xiaoming Liu (47653) (author), Chengpan Li (10675845) (author), Lin Mei (300443) (author), Shaoshan Pan (11147050) (author), Jie Tian (20496) (author), Tianyu Xu (6794144) (author), Chunguang Miao (4379080) (author), Weiping Ding (721500) (author), Tianzhi Luo (1460182) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Medicine
Molecular Biology
Biotechnology
Developmental Biology
Cancer
Space Science
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
wet tissue surface
potential medical applications
2 -( dimethylamino
strong interfacial toughness
outstanding mechanical properties
diverse tissues bioadhesives
inspired polyelectrolyte hydrogel
various tissues
strong adhesion
outstanding compatibility
wound healing
wound care
widely applied
vivo </
vitro </
suppressing inflammation
sandcastle worms
sandcastle worm
physiological conditions
humidity environments
ethyl methacrylate
biointegrated devices
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