Do you love processed foods? If yes, then you might have to rethink before consuming it. A recent research study led by Dr. Zehra Akkaya from the University of California-San Francisco revealed that the effects of ultra-processed foods extend beyond mere weight gain. The study highlighted a significant connection between the consumption of these foods and changes in muscle composition, specifically the collection of fat in thigh muscles, even in individuals who maintain a healthy weight.
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What did the study reveal?
The analysis involved 666 participants, averaging 60 years of age with a typical body mass index (BMI) of 27. Interestingly, it was found that at least 40% of their diets consisted of ultra-processed food items. Advanced imaging techniques, specifically magnetic resonance imaging (MRI), were used to evaluate muscle composition. The findings indicated that higher intake of ultra-processed foods connects with increased fat buildup within the thigh muscles.
These adverse effects were noted regardless of the physical activity level or dietary monitoring of the participants. Dr Zehra Akkaya, the lead researcher, pointed out the implications of these findings, stating, "In an adult population at risk for but without knee or hip osteoarthritis, consuming ultra-processed foods is linked to increased fat within the thigh muscles. Research from our group and others has previously shown that quantitative and functional decline in thigh muscles is potentially associated with onset and progression of knee osteoarthritis."
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The quality of muscle tissue is crucial for overall health, as it plays a vital role in preventing conditions like osteoporosis, which not only affects mobility but also lowers significant healthcare costs. The study shed light on a critical area of concern: the impact of dietary choices on muscle and long-term joint health.
While the research does not support the complete elimination of ultra-processed foods from our diets, it emphasised the importance of understanding how these choices can significantly affect our bodies.
