Recent research highlights the impact of a father's diet on his offspring's health, particularly focusing on the role of sperm RNA in transmitting metabolic disorders. Studies indicate that fathers who consume high-fat diets or have a high body-mass index can pass on metabolic issues to their male offspring. This epigenetic inheritance is mediated through mitochondrial RNA in the sperm, affecting gene expression in the children. The findings are supported by data from over 3,000 families and experiments with mice, showing a clear link between paternal diet and offspring health. The research is detailed in a Nature research paper on diet-induced epigenetic changes.
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Dad's Diet Before Conception Affects Kids' Health Researchers discovered that a father's diet before conception affects children's health by altering sperm RNA, influencing gene expression in offspring. Using data from over 3,000 families and experiments with mice, the study… https://t.co/r4IWJN7Wql
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A dad’s diet affects his sperm — and his sons’ health https://t.co/8Y2IdaKmO1
A dad’s diet affects his sperm — and his sons’ health https://t.co/DWi6mYLnDx @Nature
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Nature research paper: Epigenetic inheritance of diet-induced and sperm-borne mitochondrial RNAs https://t.co/JR6yndvtto
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A dad’s sperm records his diet – and this affects his sons’ metabolism. The epigenetic changes come from dad’s mitochondria, but how, since mitochondria and their DNA are only inherited from mom? Study from @epi_tep's lab 🧵 1/4 https://t.co/iCroUoyYPT
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A dad’s diet affects his sperm — and his sons’ health Mouse fathers who ate high-fat foods and human fathers with high body-mass index have male offspring with metabolic disorders, https://t.co/2wHV0PIZ03 1/2
Epigenetic inheritance in action! @Nature How the impact of a father's high-fat diet on mitochondrial dysfunction is transmitted to his male offspring via sperm mitochondria RNA https://t.co/mzyUfqmXck https://t.co/yU5ZpdyGjK @justsaysinmice https://t.co/wokXj7bMx8
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A dad’s sperm records his diet — and this record affects his sons’ metabolism https://t.co/dnxjTvdAaH
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