Metabolic Switch For Thermogenesis, Fat Storage Could Cure Obesity

By: | June 8th, 2016

Obesity & Metabolic Switch

Obesity & Metabolic Switch (Image Courtesy www.spyr.is)

Could it be that a metabolic switch, or switches, analogous to a simple light switch, can turn on and off obesity? Could it really be that simple?

The US Centers for Disease Control and Prevention (CDC) measure obesity and overweight status by calculating a person’s Body Mass Index (BMI). But most people with high BMIs already know they are overweight, have tried numerous diets, and exercise, but obesity persists.

Losing weight or maintaining a healthy weight has proved harder than anyone imagined. And obesity leads to blood sugar problems, metabolic syndrome, chronic fatigue, fibromyalgia, diabetes, cardiovascular disease, and cancer.

The traditional explanation for obesity is that it results from eating too much food and exercising too little. Some have even described obesity as a moral failing. But according to recent studies, blaming obesity on mental and emotional failings ignores the significant contribution of genetics to individual metabolism.

A New Paradigm for Healing Obesity

Now researchers at MIT & Harvard Medical School have published a research study in the New England Journal of Medicine describing a new pathway that controls human metabolism and stores fat or burns it as energy.

According to the study, obesity develops when there is an excessive intake of energy exceeding expenditure that results in the storage of fat. In the study, mice with elevated expression of specific genes IRX3 and IRX5 in a gene region known as FTO caused a shift from energy-burning beige fat cells to energy-storing white fat cells.

The study concludes that this pathway can be manipulated to reverse these genetic signatures for obesity, reversing the shift from energy storing to energy burning or thermogenesis, thereby reducing obesity.

The following video explains the MIT & Harvard Medical School study on metabolism.

David Russell Schilling

David enjoys writing about high technology and its potential to make life better for all who inhabit planet earth.

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