Research
Latest published research we're tracking.
The newest skincare and haircare papers from PubMed, linked to the ingredients we decode. Summaries are the authors' own abstracts — we excerpt, attribute, and link out to the source.
Showing research linked to Superoxide Dismutase (view profile)
Clear3 papers
Targeted discovery of anti-skin aging peptides from Camelus bactrianus placenta: Multi-activity screening, network pharmacology, and in vitro validation focusing on MMP-1 inhibition.
Journal of ethnopharmacology · 2026
ETHNOPHARMACOLOGICAL RELEVANCE: Placenta has historically been utilized as a therapeutic agent in traditional medicine, notably as "Ziheche" in traditional Chinese medicine. Similarly, Camelus bactrianus placenta (CBP), known as "Haliyasu" in Mongolian medicine, has been traditionally used to promote health, reduce wrinkles, and alleviate signs of aging. However, its anti-skin aging efficacy and… Read on PubMed →
Metal-Polyphenol Network Confined Synthesis of Nanozymes with Programmable Oxygen Vacancies for UVB Photodamage Therapy.
Nano letters · 2026
Conventional sunscreens block ultraviolet B (UVB) but fail to scavenge accumulated reactive oxygen species (ROS), causing severe photodamage. Herein, we develop a room-temperature, aqueous coordination strategy that assembles metal-polyphenol networks (MPNs) to confine in situ nucleation and growth of metal oxide nanozymes. Utilizing tannic acid coordinated ceria (CeO2-TA) as a model system, we… Read on PubMed →
Assessment of oxidative and inflammatory biomarkers in denture-related traumatic ulcers treated with different topical agents.
Archives of oral biology · 2026
OBJECTIVE: To investigate the potential role of oxidative and inflammatory status in saliva during the healing of denture-related traumatic ulcers, applying various topical agents. DESIGN: The prospective cohort study included 100 participants with denture-related traumatic ulcers, divided into five groups: traumatic ulcers that were not treated and treated with topical agents (0.2% hyaluronic… Read on PubMed →