Natural Health News – Infectious bacterial colonies called biofilms that develop in wounds chronic medical devices and can cause serious health problems and are difficult to treat.
But now scientists have found a way to package antimicrobial compounds peppermint and cinnamon in small capsules that can kill both biofilms and actively promote healing. Researchers say the new material, published in the journal ACS Nano could be used as a topical antibacterial treatment and disinfectant. What you need to know
“ The use of essential oils has a proven history to kill bacteria.
“ Scientists believe they can exploit this effect packaging medicinal compounds from cinnamon and peppermint oil in microcapsules, which then can be incorporated into wound dressings.
“ A new study found these microcapsules were effective even against resistant bacteria.
Many bacteria are grouped in the adhesive plates in a way that makes them difficult to remove with traditional antibiotics. Sometimes doctors recommend cutting infected tissues. This approach is costly, however, and because it is invasive, many patients opt complete treatment.
essential oils, effective antimicrobial agents
essential oils and other natural compounds have recently emerged as alternative substances that can get rid of pathogenic bacteria and have previously been shown as effective antimicrobial agents in studies for wound dressings.
“essential oils and other natural compounds have recently emerged as alternative substances that can get rid of pathogenic bacteria, but researchers have had difficulty translating their antibacterial activity in treatments,” the researchers said in a statement.
In a recent study researchers found a way to package made from peppermint oil and cinnamon microcapsules to kill bacteria and promote the growth of cells important in wound healing. Microcapsules are shown to be effective against four types of bacteria, one of which was resistant to antibiotics.
In addition to the antibacterial qualities, substances, researchers found that the combination of oils also promoted the growth of fibroblasts, a type of important in wound healing cell.
Researchers said their hope was that the new material used in topical treatments and antibacterial disinfectants.