“ Akkermansia Muciniphila ”, a protein discovered that can prevent diabetes and obesity
Researchers from the Catholic University of Louvain (UCL) in Belgium Have Svardeded in Blocking The Development of Obesity and Type 2 Diabetes in Mice Through Two separate Treatments Based on a Bacterium Called “ Akkermansia Muciniphila ”. If the Tests, Which are Currently Underway, are positive in humans, This World-First Discovery Will Pave The Way for A Future Drug That Will Enable Not Only the Fight Against These Two Diseases, But Also Against Cardiovascular Disease or Intestinal Inflammation. This was year -knit world at a press conference by a ucl spokesman. Patrice dogs and his team have been working for a decade on ’ “ Akkermansia Muciniphila ” A Bacterium Found Only in the Gut of Vertebrates.
Researchers, Notes Giovanni d ’ Agata President of "Rights Desk," Had Almedy Shown This Used Live This Bacterium, IT PlayS A Key Role in The Fight Against Obesity and Type 2 Diabetes in Mice. But Further Research Found That Pasteurized (70 °), The Bacterium was able not Only to Stop The Development of These Two Diseases But Also To Make Mice Sick From Them. In Trying to Understand Why Akkermansia Behaves Differently When Pasteurized Alive, Researchers then Updated the Protein “ Amauc_1100 ” Found on the Bacteria ” S outer membrane. This protein Remains Active Even After Undergoing Pasteurization.
His Discovery of him is a Step Forward in A Likely and Hoped-For Positive Impact On Our Immune System. “ IT Blocks The Passage of Toxins Into the Bloodstream and Strengthens the Immune System of the ’ Gut ” Explained Dr. Dogs. “ Gives Therapeutic Hope for Other Diseases Such As ’ Inflammation of the Gut, Observed in Cases of Stress, Alcoholism, Liver Disease or Cancer ” The Professor Further State. At This Point, Tests Including Humans with the Akkermansia Bacterium are underway at the st Luke University Clinic. PASSED ONLY THE FIRST STEP, WHHH EXCUDES THE DANGER OF TREATMENT ON THE HUMAN BODY.
Now it remin to be determined when the positive effects observed in mice will also be confirmed in humans.
