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Wound Healing
In article number 2201108, Zheng Wang, Lin Wang, and co‐workers develop a self‐hydrophobized adhesive with robust underwater adhesion, resembling a mechanism underpinning the underwater adhesion of mussel foot proteins. This adhesive possesses multiple advantages outperforming commercial adhesives, such as in vivo wound healing‐promoting effects, effective fluid leakage sealing, and...
Given that adhesion‐resistance of water severely weakens the bonding strength of tissue adhesives, instant adhesion to wet biological tissue surfaces remains challenging. Inspired by the robust underwater adhesion of natural creatures (such as mussels and barnacles whose underwater adhesion derives from the synergy of hydrophobic and adhesive matrix), a self‐hydrophobized adhesive is developed by...
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