A standardized topical gel derived from the fern Actiniopteris semiflabellata demonstrated significant antioxidant and antimicrobial activity while accelerating tissue regeneration ...
A first-in-human pilot study evaluating placental-derived cell therapy in ten patients with chronic diabetic foot ulcers reported complete wound closure ...
A flexible three-layer bioelectronic composite combines liquid metal, MXene, and adhesive hydrogel to generate uniform electric fields that accelerate wound ...
A clinical case report reveals that combining autologous platelet-rich plasma with cell-free mesenchymal stem cell exosomes promoted rapid re-epithelialization and ...
Exosomes derived from heat-stressed mouse adipose stem cells accelerate skin wound closure and collagen deposition by delivering HSP70 to activate ...
Researchers engineered silk fibroin microspheres that sequentially release dexamethasone and epidermal growth factor, suppressing inflammation and accelerating cutaneous wound closure ...
Researchers have discovered that deficiency or pharmacological inhibition of the innate immune sensor STING significantly reduces post-surgical scar formation and ...
A scoping review of clinical studies from 2010 to 2025 finds that lyophilized human amniotic membranes promote accelerated re-epithelialization and ...
A scientific review details how plant-derived tannic acid enhances hydrogel biomaterials to actively address infection, oxidative stress, and tissue repair ...
A comparative laboratory study evaluated Abrus precatorius leaf extract-mediated zinc oxide and cerium dioxide nanoparticles, finding divergent antioxidant, antibacterial, and ...
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