 Overeating and sugar addiction is found to be due to a specific brain circuit. The reward-related neural circuit specifically controls compulsive sugar consumption in mice. The control of sugar consumption could be done without preventing the feeding necessary for survival. This experiment provides a novel target for the safe and effective treatment of compulsive overeating in humans. Senior study author Kay Tye of the Massachusetts Institute of Technology said ...
 Overeating and sugar addiction is found to be due to a specific brain circuit. The reward-related neural circuit specifically controls compulsive sugar consumption in mice. The control of sugar consumption could be done without preventing the feeding necessary for survival. This experiment provides a novel target for the safe and effective treatment of compulsive overeating in humans. Senior study author Kay Tye of the Massachusetts Institute of Technology said ...The Great Place for all lake forest health and fitness | island health and fitness | health and fitness blogs Health and Fitness Blog Information and News.
Friday, 30 January 2015
Overeating and Sugar Addiction Linked to Brain Circuit
 Overeating and sugar addiction is found to be due to a specific brain circuit. The reward-related neural circuit specifically controls compulsive sugar consumption in mice. The control of sugar consumption could be done without preventing the feeding necessary for survival. This experiment provides a novel target for the safe and effective treatment of compulsive overeating in humans. Senior study author Kay Tye of the Massachusetts Institute of Technology said ...
 Overeating and sugar addiction is found to be due to a specific brain circuit. The reward-related neural circuit specifically controls compulsive sugar consumption in mice. The control of sugar consumption could be done without preventing the feeding necessary for survival. This experiment provides a novel target for the safe and effective treatment of compulsive overeating in humans. Senior study author Kay Tye of the Massachusetts Institute of Technology said ...
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