We are pleased to highlight our new review article:
“Mechanical Metamaterials for Bioengineering: In Vitro, Wearable, and Implantable Applications.”
This paper discusses the recent advancements of mechanical metamaterials—materials with engineered architectures that exhibit unconventional mechanical properties—and their transformative role in bioengineering.
The review covers:
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In vitro models: mimicking tissue mechanics for disease modeling and therapy testing
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Wearable devices: creating comfortable and adaptive interfaces with the human body
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Implantable applications: supporting tissue regeneration, biomechanical functions, and reducing immune responses
Representative case studies include scaffolds, footwear, epidermal sensors, cardiovascular and orthopedic implants, and multifunctional patches. The article also outlines design strategies, material selection, and future directions for advancing biocompatible metamaterials in healthcare.