Articles

  • Jan 9, 2025 | sleepreviewmag.com | Circadian Disorders

    Summary: A collaborative study by Mount Sinai and Memorial Sloan Kettering Cancer Center has revealed a new role for monoamine neurotransmitters like serotonin, dopamine, and histamine in regulating circadian rhythms and behavior. The research identifies how these neurotransmitters chemically bond to histone proteins, influencing gene expression patterns and neural activity.

  • Dec 3, 2024 | sleepreviewmag.com | Circadian Disorders

    By Jonathan Johnston, University of Surrey; Alan Flanagan, University of Surrey, and Alex Johnstone, University of AberdeenThe body has a network of daily (circadian) clocks that influences most areas of our health, including sleep and metabolism. A central clock in the brain is closely tied to daily sleep rhythms. But there are also clocks in other tissues – such as liver, muscle and fat – and they play an important role in metabolism.

  • Dec 3, 2024 | nutritionj.biomedcentral.com | Circadian Disorders

    Correction Open access Published: 02 December 2024 Nutrition Journal volume 23, Article number: 154 (2024) Cite this article The Original Article was published on 22 October 2024 Correction: Nutr J 23, 128 (2024)Following publication of the original article [1], the author reported that there is a typographical error in the first sentence of the Methods section.

  • Nov 13, 2024 | sleepreviewmag.com | Circadian Disorders

    Summary: A study by researchers at UC San Diego reveals that artificial light disrupts the circadian rhythms of honey bees, reducing their sleep and impairing behaviors crucial for their role as pollinators. The findings highlight the potential threat of light pollution to bee health and, consequently, to the ecosystems and food security that rely on their pollination services.

  • Nov 12, 2024 | sleepreviewmag.com | Circadian Disorders

    Summary: A new study from the Perelman School of Medicine at the University of Pennsylvania has discovered that the liver communicates with the brain via the vagus nerve to regulate eating patterns based on the body’s circadian rhythm. This internal clock helps signal when the body should consume food, but disruptions—such as working night shifts or irregular hours—can interfere with these signals, potentially leading to overeating and increased risk of weight gain and diabetes.

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