The flowers may be small, but their petals often have a relatively large surface area. The same can be said at the microscopic level of “”.Nanflower“The combination of chemistry that grows to form a plant -like shape. With this in mind, a research team based at Genoa University, Italy is enough to host many wound healing molecules. A new nano structure that depends on the carnation -like nano -flower, which contains a surface area, has been designed.
Medical innovation is detailed in the research published in the journal. ACS applied bi material。 According to the creator, the bandage prototype uses two polyphenol -based ingredients, chopper phosphate and tannoth acid. These reagents have sufficiently documented anti -inflammatory and antibiotic characteristics. When mixed and put in a saline solution, tannin -oxidized copper phosphate began to be self -organized and began to grow into a recognized flower -like structure. From there, researchers carefully attached these nanflower to the small strip of electro spinnano fabric.
“Polyphenols and natural compounds in the phenol structure have attracted a wide range of attention for antioxidant, anti -inflammatory, antibacterial, and anticancer properties, and the team wrote that it is valuable for biological applications. “But the green synthesis of polyphenol -based materials with economic and environmentally friendly strategies.”
When ready for dressing, the team introduced these nanflower bandage samples into harmful bacterial culture. Escherichia coli,, Pseudomonas aeruginosaand Staphylococcus aureus。 According to Attached presentation On January 31, the fabric covered with nanflower not only “inactivated” bacteria, but also by adding antibiotics resistant biofilm.
Researchers say their new nanflower -based approaches seem to be expensive and very efficient, and will speed up wound healing and to fight infection. The benefits of nanflower are not limited to drugs. Another study released in October 2024 Advanced materialWe point to real -time imaging, wastewater purification, and even a trace softening agent.
