Ashwagandha: What does the science say? |
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The latest endocrinology news from News Medical |
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| | How gut bacteria regulate stress and sleep cycles This study reveals that gut microbiota, particularly Lactobacillus species, regulate the daily rhythm of stress hormones like corticosterone, influencing stress responses and brain function at different times of the day. Disruptions in gut bacteria lead to altered stress responses and increased susceptibility to disorders like depression. | | | | Ashwagandha: What does the science say? Ashwagandha supplementation may offer natural relief from anxiety and stress, with studies highlighting its role in enhancing mental well-being and resilience. | |
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| | | | Researchers investigate how Mediterranean diet adherence reduces risk of type-2 diabetes in adults with metabolic dysfunction-associated fatty liver disease. | | | | Tirzepatide shows promise in reducing weight and preventing diabetes progression in people with obesity and prediabetes, with lasting benefits and manageable side effects. | | | | Camel milk's nutritional profile supports diabetes and heart health, offering superior metabolic benefits over cow and goat milk for chronic disease management. | | | | GLP-1 receptor agonists and SGLT2 inhibitors, two classes of medications most commonly prescribed to treat Type 2 diabetes or weight loss, may reduce the risk of heart attack, second strokes and death in adults who had an initial stroke, according to a preliminary study to be presented at the American Heart Association's Scientific Sessions 2024. | | | | Semaglutide offers a multifaceted approach to type 2 diabetes treatment, enhancing insulin release and reducing blood sugar through glucagon suppression. | | | | Researchers from the TEDDY study highlight how specific genetic and environmental factors may drive early autoimmunity linked to type 1 diabetes in children, emphasizing distinct patterns for different autoantibodies. | | | | Variants of the PER3 gene disrupt adrenal adaptation to winter light, leading to serotonin disruption and depression-like behaviors in humanized mice models. | | | | Researchers review the biological activities of growth hormone-releasing hormone and its analogs. | |
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