Home » Health » Dietary inflammatory potential exacerbates sleep disturbances in hyperlipidemia: mediation by BMI and neuro-metabolic pathways | BMC Nutrition

Dietary inflammatory potential exacerbates sleep disturbances in hyperlipidemia: mediation by BMI and neuro-metabolic pathways | BMC Nutrition

New Research Links Inflammatory Diets‌ to Sleep Problems in Those with High Cholesterol

A⁤ new study published in BMC ​Nutrition reveals a significant connection between ​diets high in inflammatory potential⁣ and sleep disturbances⁤ in ⁢individuals with‍ hyperlipidemia-high ⁣levels of ⁤fats in the blood. Researchers found ‍that this link is partially explained by body mass index (BMI) and disruptions in neuro-metabolic pathways, suggesting a⁢ complex interplay between what ⁣we eat, how our bodies process it, and​ our ability to get ​restful sleep.

The ⁢findings are notably relevant given the ⁤rising prevalence of both⁣ hyperlipidemia ⁢and⁣ chronic sleep⁣ deprivation globally. Poor sleep is linked to a host of‌ health problems,including cardiovascular disease,diabetes,and‌ cognitive decline,while inflammatory ‍diets are increasingly common in modern ‌food systems. This research highlights a potential pathway ⁢for ⁤intervention, suggesting⁢ that dietary modifications could improve sleep ‍quality and, consequently, overall ​health in at-risk ‌populations.

The study, involving [details not provided in excerpt – original study needed for specifics], investigated the relationship between dietary inflammatory potential-assessed using ⁢a Dietary ‍Inflammatory Index (DII)-and sleep quality. Results indicated that a higher DII score, signifying a more inflammatory ⁤diet, was associated with increased ⁢sleep disturbances.‌

Further analysis revealed that BMI and alterations in neuro-metabolic‍ pathways mediated this⁤ relationship. Specifically, higher BMI appeared to strengthen the connection between inflammatory diets and sleep problems, while disruptions in neuro-metabolic processes-those involving the‌ brain and the body’s energy regulation-also played a role.‌

Researchers cited previous ‌work,including a 2018 study by Brady et al. in Diabetes Research and Clinical practice (139:195-202), which‌ demonstrated associations between sleep duration, obesity,‌ and insulin resistance in a UK population at risk of diabetes. This reinforces‌ the interconnectedness of lifestyle factors and metabolic health. The study underscores the importance of considering dietary patterns⁣ when addressing sleep issues, particularly in individuals managing hyperlipidemia.

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