97% Accuracy! AI Revolutionizes Deadly Disease Diagnosis 

97% Accuracy! AI Revolutionizes Deadly Disease Diagnosis 
97% Accuracy! AI Revolutionizes Deadly Disease Diagnosis 

United States: A new artificial intelligence-driven breakthrough might be able to prevent others from suffering in silence, experts report stated. 

The experts from Nature Metabolism state that consuming artificial sweeteners activates the appetite rate mechanism, thus leading individuals to overeat. 

AI Revolution in Disease Diagnosis 

Scientists published results of an AI program that analyzed 100 biopsy results to diagnose celiac disease correctly in 97 cases in the March 27 issue of the New England Journal of Medicine AI. 

The research team indicated that when deployed, artificial intelligence could enhance the speed of celiac disease diagnosis. 

According to the senior researcher Elizabeth Soilleux, a professor of pathology at the University of Cambridge in the U.K., “Celiac disease affects as many as 1 in 100 people and can cause serious illness, but getting a diagnosis is not straightforward,” US News reported. 

“It can take many years to receive an accurate diagnosis, and at a time of intense pressures on healthcare systems, these delays are likely to continue,” as Soilleux maintained. 

“AI has the potential to speed up this process, allowing patients to receive a diagnosis faster,” she continued. 

Hidden Struggles of Celiac Disease 

The autoimmune illness celiac disease makes digestion systems attack when gluten appears in a person’s diet, which subsequently damages the small intestine. 

Research indicates that celiac disease manifests through cramps and diarrhea as well as rashes on the skin and causes weight decrease, tiredness, and blood loss. 

The Celiac Disease Foundation reports that proper diagnosis occurs for less than one-third of people who have celiac disease. 

A duodenal biopsy serves as the definitive method for diagnosing celiac disease because researchers have determined this fact. 

Through microscopic examination, pathologists evaluate biopsy samples for villi injuries, which are the small absorptive structures lining the inside of the intestine.