Tea links to epigenetic changes among women, study finds

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Aging, your environment, and certain lifestyle choices, such as what you eat or drink, can modify your DNA, without changing its overall structure. This type of modification is called an epigenetic change, and can turn your genes on or off.

A new study suggests that drinking tea may lead to epigenetic changes among women. Those changes could play a role in altering risk of certain diseases, including cancer. The study was published in the journal Human Molecular Genetics. Read more… “Tea links to epigenetic changes among women, study finds”

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    A liver hormone gives new clues to explain your sweet tooth

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    A hormone produced by the liver called fibroblast growth factor 21, or FGF21, might play a role in curbing your sweet cravings, suggests a recent study published in the journal Cell Metabolism.

    The brain and gut (which includes the liver) work together in what’s called the central reward system to control what we like and choose to eat – including sweets. Differences in that system can promote unhealthy eating habits, which can lead to obesity, cancer, diabetes, and heart disease. Read more… “A liver hormone gives new clues to explain your sweet tooth”

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      Bone-derived Hormone Regulates Appetite in Mice

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      We often think of bones as static, lifeless structures, but scientists are learning that bones are far more dynamic than once believed and play important roles in immunity, kidney health, and metabolism. Now research published in Nature has identified a hormone produced by bone cells that helps regulate appetite in mice, a finding that adds to the understanding of weight management and potentially cancer risk.

      Obesity increases risk of many types of cancer.

      Scientists have long known that fat cells produce a hormone called lipocalin-2, but the researchers in this study discovered that bone-forming cells produce as much as 10 times more lipocalin-2 than fat cells. Read more… “Bone-derived Hormone Regulates Appetite in Mice”

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