Researchers have revealed the latest developments in skin alternatives – which are biochemicals used to replace damaged skin – with a special focus on infection control and enhancing tissue regeneration after severe burns, and these promising new methods improve patients a lot.
Researchers from the University of Southern Australia, Adelaide University and Royal Adelaide Hospital conducted a comprehensive review of research related to skin alternatives published in the Advanced Therapics Journal, and wrote about Yurrick Alert.
The researchers say that, despite decades of progress, traditional treatments, such as skin patching, often fail to provide adequate treatment and control of infection, which leads to the prolongation of the hospital residence period and high health care costs.
According to the main authors, Dr. Zlatko Kubiki and Dr. Bruninwin Derman, the urgent need to develop safer and effective solutions have never been greater than it is now.
“Infection is a major reason for complications and deaths in burn patients,” says Dr. Kubiki, a researcher at the Institute of Future Industries at the University of South Australia. He adds: “We must innovate beyond traditional methods and develop treatments that regenerate tissues with effective prevention of infection.”
Commercial alternatives
About 2423 Australia enters the hospital annually due to burns, and 74% of them need surgery, including skin patching. Globally, 180,000 people die from burns annually, and about 10 million people are hospitalized.
The study highlights that although there are many commercial skin alternatives, a few of them provide integrated protection from microbes, which is a decisive factor due to the weak burns wounds in front of the bacterial invasion and the two.
The researchers discussed emerging techniques such as Kerecis, a new leather taste of fish characterized by antimicrobial properties, and Novosorb BTM, which is an artificial substance that resists the colonization of bacteria without relying on antibiotics. Both producers are a new generation of skin alternatives with improved ability to protect and recover complex burns.
Kirisis is extracted from the wild Atlantic cod, which is hunted from sustainable fish stocks in pure Icelandic waters, and is treated with renewable energy. It is characterized by its retention of the natural omega -3 fatty acids, with strong antimicrobial effects, which enhance wound healing. The skin of fish used in this technique is similar to human tissues in terms of structure, which provides the advantage of a decrease in the risk of transmission of diseases between fish that live in cold water and humans.
Meanwhile, unique polyurethane polyurethane polymers in Novosorp BTM provides structural flexibility even in injuries, providing a vital pillar of tissue regeneration. “These materials show a shift towards multi -functional treatments that combine structural support and infection resistance,” says Dr. Derman, the chief medical scientist at the Skin Engineering Laboratory at the Royal Institute of Health and the lecturer at Adelaide University in Australia.
“These innovations are extremely important, especially as cases of infection resistant to antibiotics continued globally.”
Scientists aim to renew the skin to restore its full functions by combining smart biological materials and cellular treatments, a result that may revolutionize the process of recovering millions of burns in the world.
The review calls for an upcoming research wave to integrate antimicrobial agents directly into three -dimensional skin structures, which support cell growth, which reduces dependence on antibiotics and temporary dressings.