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For decades, bioadhesive materials have garnered great attention due to their potential to replace sutures and staples for sealing tissues during minimally invasive surgical procedures. However, the complexities of delivering bioadhesives through narrow spaces and achieving strong adhesion in fluid‐rich physiological environments continue to present substantial limitations to the surgical translation...
In article number 2007667, Hyunwoo Yuk, Xuanhe Zhao, and co‐workers report a multifunctional patch for sealing tissues in minimally invasive surgery. Integration of a dynamic fluid layer, a microtextured bioadhesive, and a zwitterionic‐interpenetrated elastomer enables the patch to be applied amid body fluids, form robust adhesion, and resist fouling. Amenable to origami‐based designs, the patch can...
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