Top 3 dietary risks behind 5.9 million heart deaths globally
Peer-Reviewed Publication
This month, we’re focusing on nutrition and the powerful role it plays in our lives. Here, we’ll share the latest research on how nutrients affect the body and brain, how scientists investigate diet and health, what these findings may mean for building healthier habits, and more.
Updates every hour. Last Updated: 21-Jun-2026 07:15 ET (21-Jun-2026 11:15 GMT/UTC)
A new global study reveals dietary risks caused 5.91 million cardiovascular deaths in 2023. High sodium, low fruit, and low whole grain intake are the primary drivers. Although per-capita mortality is declining, aging populations are causing absolute death numbers to rise, particularly in China and Pacific Island nations.
Many older Australians receiving government-funded home care struggle to get the support they need to live well at home, according to new research that reveals the daily challenges faced by a growing part of the community.
Nutritional epidemiology faces challenges like recall bias and confounding. Advances in AI, image recognition, and multi-omics now enable precision nutrition through personalized interventions and digital twins. The field is also shifting toward sustainable nutrition, promoting planetary health diets to protect the environment.
A new report, published today in Nature Metabolism, is shedding light on the distinct and underappreciated role of fructose in driving disease, separate from its role as a simple source of calories. Researchers examine how common dietary sweeteners, including table sugar (sucrose) and high-fructose corn syrup, impact human health. While both contain glucose and fructose, fructose has unique metabolic effects that may more directly contribute to obesity and related conditions.
*Note – this is an early press release from the European Congress on Obesity in Istanbul, Turkey, 12-15 May. Please credit the congress when using this research*
In new research to be presented at this year’s European Congress on Obesity in Istanbul, Turkey (12-15 May) and published in The Journal of Nutrition, a 42-year old theory as to why children’s body mass index (BMI) decreases post-infancy before then rising continuously from age six years –‘the adiposity rebound’ is refuted using new analyses – rather than decreasing body fat, the real reason is proposed as increasing muscle mass. The study is by Professor Andrew Agbaje, physician and associate professor of clinical epidemiology and child health at the University of Eastern Finland, Kuopio, Finland.