From Our 2013 Archives
Gene Mutation Tied to Higher Obesity Risk in Kids
Latest Healthy Kids News
THURSDAY, Oct. 24 (HealthDay News) -- Obesity is on the rise among children, and a particular genetic mutation might play a role for some kids, a new study suggests.
Researchers in Britain conducted genetic analyses of more than 2,100 severely obese youngsters. They found that those with mutations in the KSR2 gene had larger appetites and slower metabolism than those with a normal copy of the gene, according to the study published in the Oct. 24 issue of the journal Cell.
"Changes in diet and levels of physical activity underlie the recent increase in obesity; however, some people gain weight more easily than others," study author Sadaf Farooqi, of the University of Cambridge, noted in a journal news release. "This variation between people is largely influenced by genetic factors. The discovery of a new obesity gene, KSR2, demonstrates that genes can contribute to obesity by reducing metabolic rate -- how well the body burns calories."
The findings could someday lead to new treatments for obesity and type 2 diabetes, the researchers said.
Farooqi and colleagues had previously found that deleting the KSR2 gene led to obesity in mice, highlighting the gene's role in controlling energy balance and metabolism. These findings confirm KSR2's role in the regulation of weight and metabolism in humans.
"This work adds to a growing body of evidence that genes play a major role in influencing a person's weight and may be useful for developing new ways to treat people who are heavy and develop diabetes," Farooqi said.
-- Robert Preidt
SOURCE: Cell, news release, Oct. 24, 2013
- Allergic Skin Disorders
- Bacterial Skin Diseases
- Bites and Infestations
- Diseases of Pigment
- Fungal Skin Diseases
- Medical Anatomy and Illustrations
- Noncancerous, Precancerous & Cancerous Tumors
- Oral Health Conditions
- Papules, Scales, Plaques and Eruptions
- Scalp, Hair and Nails
- Sexually Transmitted Diseases (STDs)
- Vascular, Lymphatic and Systemic Conditions
- Viral Skin Diseases
- Additional Skin Conditions