Soy protein in childhood may prevent bone loss in adulthood

Move over milk, soy protein isolate early in life might be what’s needed for strong, healthy bones in adulthood, researchers say. The findings showed that giving children a diet high in soy protein isolate can protect against serious bone loss during adulthood as well as help ensure overall better bone quality. “Appropriate early-life nutrition can optimise peak bone mass,” said Jin-Ran Chen, researcher at the University of Arkansas for Medical Sciences in Little Rock, Arkansas. “Consumption of soy foods has a variety of health benefits, including amelioration of bone loss…

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Childhood Antibiotic Use Linked To Higher Food Allergy Risk

Antibiotic treatment within the first year of life is associated with an increase in food allergy diagnosis, suggests new research. The researchers found that children prescribed antibiotics within the first year of life were 1.21 times more likely to be diagnosed with food allergy than children who hadn’t received an antibiotic prescription. “Overusing antibiotics invites more opportunity for side effects, including the potential development of food allergies, and can encourage antibacterial resistance,” said lead researcher Bryan Love from South Carolina College of Pharmacy in the US. The study involved analysis…

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Childhood Head Injury May Up Mental Illness, Mortality Risk

Brain injuries, including concussions in childhood, can increase the risk of mental illness, poor school attainment as well as premature death, finds a study. The findings showed that people who had experienced a single mild, moderate or severe brain injury during childhood were at twice the risk of being admitted to hospital as a mental health inpatient (an increase in absolute risk from 5 per cent to 10 per cent). They were 50 per cent more likely to use a mental health service (increase from 14 per cent to 20…

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Alzheimer’s gene may shrink brain starting in childhood

A gene associated with Alzheimer’s disease may shrink brain structures and lower thinking skills as early as in childhood, decades before the illness actually appears, says a research. The findings showed that children with epsilon(E)4 variant of the apolipoprotein-E gene showed differences in their brain development compared to children with E2 and E3 forms of the gene and were more likely to develop Alzheimer’s disease. In such children the size of the hippocampus — a brain region that plays a role in memory — was found to be approximately 5…

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