Antibiotic resistance has become a global health crisis of enormous proportions. Our excessive and abusive use of antibiotics (for example, asking our doctors to prescribe them for colds and flu), our veterinary abuse, antibacterial soaps and other products, all contributed to our condition current, where few antibiotics act against many bacterial diseases. are faced.
New research indicates that superbugs can be much worse than we thought. In a study published in the medical journal Environment International, researchers were stunned to find superbugs in permafrost in isolated arctic regions of Norway.
The team intended to study the relationship between methane from melting ice and climate change, but discovered a multitude of superbugs that should not have lived in such a remote place.
According to Professor Jennifer Roberts of the University of Kansas at Lawrence in an interview with Medical News Today"We found … genes that are extremely resistant to antibiotics, such as the New Delhi gene, which appeared recently in India. It was a surprise: the genes we discovered clearly had a short transfer time between their discovery in India and our Arctic detection group, a few years later. "
Combine the results of the group with the increasing resistance of bacteria to what many medical authorities consider our best defense against superbugs – antibiotics – and we risk having serious health problems. Experts worry that we are coming to the days when antibiotics would not work anymore.
Currently, antibiotics like methicillin are not effective against bacteria called Staphylococcus aureus This is how the bacteria got its name more commonly known as MRSA, which means methicillin-resistant Staphylococcus aureus. Although there are still antibiotics other than methicillin that can treat the disease related to a systemic infection of the blood, heart, spinal cord or bones, some experts believe that we are only a few years of illness without antibiotic medication. treatment at all.
Bacteria such as E. coli, which is the bacterium underlying many urinary tract infections, also frequently resist treatment. Other bacteria also discover how to thwart antibiotic treatments.
Although fear may be the natural reaction to the situation we are now facing – and rightly so -, history is not a story of 'black sadness', but rather of 'black sadness'. hope and empowerment. One of the things we're learning about bacteria is that they outperform substances that are fairly simple from a molecular point of view and that they can be useful to combat them in the future. This is because many natural substances do not have a simple structure, but are actually quite complex.
Some natural remedies, including probiotics, herbs and essential oils, are increasingly promising against bacterial infections.
In a study published in the International Journal of Antimicrobial Agents, the researchers found that probiotics can play a role in the prevention and treatment of MRSA infections. Bio-Assistance scientists in Montreal, Canada, discovered that many strains of probiotics showed antibacterial activity against the superbug that causes the disease.
Other substances like cinnamon, garlic, German chamomile, Manuka honey and others also demonstrate their effectiveness against bacterial infections. As more research explores these natural approaches, we will better understand their practical application in the prevention and treatment of superbugs. For more information, check out my blog, "8 Natural Antibiotics of Surprising Efficacy".
Dr. Michelle Schoffro Cook, PhD, DNM shares its food for culture, cooking and other food self-sufficiency experiences at FoodHouseProject.com. She is the publisher of the free electronic newsletter World's healthiest news, founder of Wellness Scentsational, and an international author of best-selling books and published 20 times whose works include: Cultivated cook: delicious fermented foods with probiotics to fight inflammation, improve bowel health, lose weight and prolong your life. Follow his work.