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Obese mums may pass health risks on to grandchildren

"Health problems linked to obesity—like heart disease and diabetes—could skip an entire generation, a new study suggests....

"Reasons why the first generation is apparently protected are not fully understood. Researchers suggest that reasons could include differences in maternal weight gain during pregnancy or specific food eaten during pregnancy. They add that studying effects of this kind – referred to as developmental programming – in humans, could be challenging but possible...."

http://medicalxpress.com/news/2013-06-obese-mums-health-grandchildren.html

See also:

The Adverse Childhood Experiences Study — the largest, most important public health study you never heard of — began in an obesity clinic

http://acestoohigh.com/2012/10/03/the-adverse-childhood-experiences-study-the-largest-most-important-public-health-study-you-never-heard-of-began-in-an-obesity-clinic/

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"Epigenetics and inheritance: epidemiologic study in humans showed that generation-skipping changes can occur due to diet; looked at small farming community in Sweden over last 200 yr; confirmed Barker hypothesis about in utero effects, but also found that periods of either starvation or overeating during grandparents’ adolescence af­fected mortality rate of their grandchildren in sex-specific manner; among paternal grandmothers who had less food, female grandchildren had better survival rate, whereas grandfathers with less food had male grandchildren with better survival rate; conclusion    researchers postulate that adolescent diet during slow growth period changed gametes (sperm and eggs) of grandparents, which eventually affected their grandchildren; mouse study    expression of coat color (from yellow to almost brown) depends on degree of DNA methylation; can directly look at methylation and predict coat colors; study showed that DNA of maternal mice fed bisphenol-A became demeth­ylated, which resulted in shift in coat color of progeny to one end of color spectrum; if mother fed methyl donor, coat color of progeny shifted to other end of spectrum; provides clear evidence of diet affecting epigenetic control." http://www.audio-digest.org/pages/htmlos/summary.html?sub1=OB5803

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