The fracture mechanics of hydrogels, especially those with significantly enhanced
toughness, has attracted extensive research interests. In this article we discuss the …

Dynamic materials, which include ionic polymeric materials, contain specific bonds or
interactions that can reversibly break and reform under certain stimuli or conditions. Among …

The remarkable progress in efforts to prepare conductive self-healing hydrogels mimicking
human skin's functions has been witnessed in recent years. However, it remains a great …

Soft polymer networks have seen an explosion of recent developments motivated by new
high tech applications in the biomedical field or in engineering. We present a candid and …

Dynamic noncovalent interactions with reversible nature are critical for the integral synthesis
of self-healing biological materials. In this work, we developed a simple one-pot strategy to …

DOI: 10.1002/adma. 201405022 points to develop stretchable and tough hydrogels, but its
tensile stress is only≈ 150 kPa.[21] Except for ultrahigh strength, good self-recovery …

It is challenging to develop hydrogels with a combination of excellent mechanical properties,
versatile functions, and good processability. Here we report a physical hydrogel of poly …

Wound repair and tissue regeneration are complex processes that involve many
physiological signals. Thus, employing novel wound dressings with potent biological activity …

Vitrimers are a class of covalently cross-linked polymers that have drawn great attention due
to their fascinating properties such as malleability and reprocessability. The state of art …

Soft materials with mechanical adaptability have substantial potential for various
applications in tissue engineering. Gaining a deep understanding of the structural evolution …