Post by tanmoysd62 on Jan 11, 2024 3:07:44 GMT -8
With the use of antibiotics, experts clarify that all wounds will eventually be colonized by bacteria. But these pathogenic bacteria are not always harmful to the patient's health, since the immune system itself is responsible for fighting them, without the need for drug support. The smart bandage could also be used to distinguish which situations require effective antibiotic use to precisely avoid the consequences of misuse of such drugs. Smart Bandage A recent trial by a British research team could demonstrate the difference between pathogenic and non-pathogenic species. In a test where the bandage was in contact with a double stick of non-pathogenic bacteria.
There was no change in the color of the bandage shortly after contact with biofilms of three different strains of pathogenic bacteria. Although the dressing's clinical utility in humans has not yet been proven, it is an important step toward reliable diagnosis of wound infection. In fact, a team of British scientists led by Toby Jenkins, professor Business And Consumer Email List of biophysical chemistry, is convinced that by detecting bacterial strains early, even before patients develop symptoms, the problem can be solved faster and more effectively. The team recently received funding from the UK's Medical Research Council to demonstrate the technology's ability to detect wound smear collected from child burn victims.
Effectiveness against infections in tablets and blister fluid. Pediatric Burns Unit, University of Bristol. According to the team’s predictions, this smart bandage technology may enter clinical trials in 2020. Image from and Medicinal Chemistry Miguel Pérez Miguel Pérez is an architect specializing in new technologies. Interests in design, technology, social media and the internet are some of the facets of my complex professional polyhedron. Read all my articles about Predicting Christmas lottery numbers and selling out in seconds is a popular chatbot that has proven to be very smart in writing.