For the first time in three decades, the researchers believe that they have identified a A new category of antibiotics.
The teams at McMaster University in Ontario, Canada and the University of Illinois, Chicago-led by researcher Jerry Wright-in the discovery of Larosidin, who found it were effective against drug-resistant bacteria.
The results were published this week in Nature.
LaRiosidin is Petid Laso, a series of amino acids in the form of Laso that attacks bacteria and keeps them from growth and survival, according to a McMaster journalist.
For the first time in three decades, the researchers believe that they have identified a new category of antibiotics (unanimous). (Istock)
It is produced by a Type of bacteria Paenibacillus, which was regained by the soil sample in the local backyard and cultivation in a one -year laboratory.
Paenibacillus is found to produce a new substance that attacks antibiotic -resistant bacteria.
“Larrisidin is not subject to many of the mechanisms that are made Cause diseases Bacteria are resistant to available antibiotics, “researchers told the Fox News Digital.
New antibiotics kill fatal drug -resistant bacteria in “scientific penetration”
The molecule has a unique “complex lato or Pretzel”.
The researchers said: “Larrisidine is associated with the molecular machine, the ribosome, which makes all cellular proteins, which is one of the most important processes in cells,” the researchers said.
This conclusion is important in light of the increasing antimicrobial resistance, which the World Health Organization has described as a global threat to public health. (Istock)
“It is associated with a specific location in the ribosome, which is not associated with any known antibiotics, and prevents the ribosome from making proteins.”
The researchers pointed out that the other main benefit of Ariosidin is that it is not toxic to human cells.
The result is important in light of the growing antimicrobial resistance, which the World Health Organization has described as global public health The threat that kills more than 4.5 million people all over the world every year.
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“The crisis of antibiotic resistance that we are currently facing a major threat to how medicine is practiced,” researchers told Fox News Digital.
“We need to prevent and treat infection if we want to continue to reach unrestricted surgeries, hip alternatives, Chemotherapy for cancerTreat premature infants, etc. – thus, we need new antibiotic medications to do so in the long run. “
“The antibiotic resistance crisis is currently facing a major threat to how to practice medicine.”
Dr. Mark Siegel, Professor of Clinical Medicine at New York University, Langon Health Wucker News Medical Analysts, praised the discovery.
“artificial intelligence He told Fox News Digital:
Dr. Mark Siegel repeated that a new group of antibiotics has not appeared for decades – “partly because it is not profitable, because you only need it when ill.” (Istock/Fox News)
“This new type of antibiotics – lariosidine – works by interfering with the protein synthesis that many bacteria need to survive.”
He repeated that a new category of antibiotics has not appeared for decades – “partly because it is not this profitable, as you only need when ill.”
Dr. Stephen Vogel, family medicine doctor with Pluscare, a virtual health platform with primary care and treatment Weight management Options said this discovery represents a “promising answer” to treat infections caused by drug -resistant bacteria.
“Since this microbe can kill bacteria in a way that cannot evolve to evade, due to the protein production system called ribosome, it has the ability to be a permanent and permanent option for a large and varied group of the killer Bacterial infectionsTell the doctor in North Carolina Fox News Digital.
One of the experts said: “The soil of the garden may seem worldly, but it is in fact its world of microbes, fungi and bacteria, which can lead to major innovations such as the promise that this discovery brings.” (Istock)
If this microbe is brought to the market as antibiotics, this means that millions are less than deaths from bacterial infections every year, according to Fujil.
“The soil of the garden may seem worldly, but in fact its world of microbes, fungi and bacteria, which can lead to major innovations such as the promise that this discovery brings.”
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If we look at the future, McMaster researchers will investigate ways to modify and produce the newly discovered molecule for use in Clinical settingsIt is a process that requires great time and resources.
“This discovery is just a starting point for a long process to develop this molecule into a drug,” researchers told Fox News Digital. (Istock)
“This discovery is just a starting point for a long process to develop this molecule into a drug,” researchers told Fox News Digital.
“What we have to do after that is a test if larosidine, who can treat animals, is effective to treat a A variety of infections In humans.
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The researchers added that the science sometimes was “ranked”.
“Often you have to scrape a lot of dirt before you find a jewel, which is definitely to anrosidin. Therefore, the financing of” dirt bulldozing “is crucial to finding new gemstones.”
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