Smart Nanomaterials Could Finally Heal the Wounds That Refuse to Close
A new review in Results in Chemistry details how smart nanomaterials, from ROS-scavenging cerium oxide to stimuli-responsive hydrogels, could transform ...
A new review in Results in Chemistry details how smart nanomaterials, from ROS-scavenging cerium oxide to stimuli-responsive hydrogels, could transform ...
A light-triggered contractile hydrogel that releases antibiotics on demand and then promotes blood vessel growth closed nearly 98 percent of ...
A new integrative review in Molecular Biology Reports connects the molecular signaling pathways of wound healing with traditional therapies such ...
A systematic review of nineteen studies in Mohs micrographic surgery finds that four simple perioperative interventions, including 3D printed anatomical ...
A new study from Kerala, India, links two vitamin D receptor gene variants and vitamin D deficiency to the risk ...
A comprehensive narrative review details how induced pluripotent stem cells, their extracellular vesicles, and engineered skin constructs are advancing chronic ...
Scientists have created silk fibroin hydrogels coated with titanium dioxide nanofibers containing silver nanoparticles that show strong antibacterial activity against ...
A randomized controlled trial from Cairo University found that adding low-level diode laser therapy to standard systemic treatment significantly accelerated ...
Italian researchers have shown that a patented combination of graphene oxide and methylglyoxal disrupts membranes, cuts chronic wound biofilms by ...
A new review in Polymer Bulletin maps the latest bioactive polymeric wound patches, from hydrogels and nanofibers to microneedles and ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine