Bacteria Resistant to ALL Drugs Shows up in Denmark
Bacteria resistant to ALL antibiotics have arrived in Europe, and experts fear it could be the start of a global epidemic of untreatable infections.
Bacteria resistant to ALL antibiotics have arrived in Europe, and experts fear it could be the start of a global epidemic of untreatable infections.
A drug-resistant “superbug” has infected some patients at Huntington Memorial Hospital in Los Angeles. Health officials have linked the outbreak to the use of duodenoscopes. A duodenoscope is a medical device inserted into a patient’s throat to diagnose and treat gallstones, blockages, and cancers of the digestive tract. [1]
As antibiotic-resistant bacteria continue to sweep the nation, tens of thousands (at least) are expected to suffer from ailments that just can’t be beaten by conventional medicine. In fact, a recent government document states that approximately 80,000 individuals could die if there were a “widespread outbreak” of a blood infection that is resistant to antibiotics.
A new report says that a drug resistant strain of shigella has been brought into the United States by travelers over the last few months.
There are multiple types of shigella bacteria. Shigella sonnei is the most common type, and a new strain has surfaced that is becoming increasingly resistant to all types of antibiotics generally used to counteract shigella infection.
In the midst of fighting super bacteria which are resistant to modern-day antibiotics, a one-thousand year-old Anglo-Saxon potion made out of onions, garlic, wine, and bile from a cow’s stomach was found to wipe out the resistant superbugs like MRSA, according to new research.
As billions are spent on highly powerful antibiotics that are ‘bigger and better’ than their predecessors, a medieval home remedy has been making headlines. As researchers from the US and Britain just found out, there’s something about this concoction that kills superbugs completely – without the use of pharmaceutical antibiotics, injections, or blood transfusions.