RESEARCHERS SUGGEST EARLY OBESITY INTERVENTIONS TO PREVENT DISEASE COMPLICATIONS

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RESEARCHERS SUGGEST EARLY OBESITY INTERVENTIONS TO PREVENT DISEASE COMPLICATIONS



Obesity is a chronic, complex, relapsing disease defined by abnormal and/or excessive fat accumulation that presents a health risk. According to the WHO, at least 2.8 million people are estimated to die from obesity complications each year. Obesity in adults has more than doubled since 1990, and in 2022, the WHO estimates that 890 million adults had obesity. "That's 1 in 8 people on the planet," says Dr Abd Tahrani, IMI SOPHIA patient advisory board member.

"We as doctors face a major challenge when determining who with obesity is most likely to develop obesity complications and who to prioritize for treatment. Precision medicine, driving breakthroughs in predicting, preventing, diagnosing, and treating many diseases, can help address these challenges," explains Dr. Carel le Roux, Professor of Metabolic Medicine from University College Dublin.

In a paper from the IMI SOPHIA consortium published in the journal Nature Medicine, a new precision prediction algorithm reveals previously unknown subtypes of obesity that raise the risk of developing type 2 diabetes and heart disease.

"At a population level, being heavier is generally worse for health. But, when you look more closely, at an individual level, more complex patterns exist that can be harnessed to improve disease prediction," added Dr Ewan Pearson, Professor of Diabetes Medicine from Dundee University.

"The amount of fat or sugar in a person's blood, for example, can be much higher or lower than you'd expect when considering their body weight alone, which in turn affects the person's risk of obesity complications," says the paper's lead author, Dr. Daniel Coral, from Lund University Diabetes Centre in Sweden. "This is missed by standard clinical prediction tools, meaning that about 1 in 5 people who might need early interventions are overlooked. The algorithm we've developed may help clinicians and patients in the future," explains Coral.

The research focused on 170,000 adults from the UK, the Netherlands, and Germany for whom detailed clinical information had been gathered. Using an artificial intelligence method called "machine learning," the researchers developed powerful algorithms that split obesity into 5 separate diagnostic profiles with contrasting risks of developing obesity complications.

"Obesity is both common and heterogeneous, meaning that the health risks one person with obesity confronts may differ substantially from those faced by someone else with obesity. Figuring out who has the highest health risks is important because this may lead to more precise, accurate, and timely prevention and treatment," says Dr. Paul Franks, Professor of Genetic Epidemiology at Lund University Diabetes Centre, the paper's senior author.

The research was led by scientists at Lund University Diabetes Centre in Sweden, Maastricht Centre for Systems Biology, and Erasmus MC University Medical Centre in The Netherlands, collaborating with other researchers from the IMI SOPHIA consortium.

Facts

  • Most people (~80%) had health markers that matched what's expected for their body weight.
  • About 8% of women had higher blood pressure than expected for their weight, coupled with higher "good" cholesterol (HDL) and a lower waist-to-hip ratio (WHR), which means they had more fat in their hips and less around their waist than expected for their weight. This wasn't seen in men.
  • Around 5% of women and 7% of men had a profile with high "bad" cholesterol (LDL), high triglycerides (fat in the blood), a high WHR (more fat around the waist), and higher blood pressure than expected for their weight.
  • About 5% had high liver enzymes (ALT) and a high WHR for their weight.
  • About 4% showed higher inflammation (measured by CRP) than expected for their weight.
  • Around 2.5% had high blood sugar and lower LDL for their weight.


 

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