Genetics variants associated with obesity identified
Researchers have identified genetic variants
associated with obesity that is central to developing targeted
interventions to reduce the risk of chronic illnesses like hypertension,
Type-2 diabetes and heart disease. The team found genetic sites that affect the human
body's size and shape, including height and obesity. The findings will
help understand how genes can predispose certain individuals to obesity.
In the study, researchers found 24 coding loci (or positions) -- 15 common and nine rare -- along chromosomes of individuals that predispose to higher waist-to-hip ratio. Higher values of the waist-to-hip ratio are associated with more incidence of diseases associated with obesity.
"For the first time, we were able to examine, on a large scale, how low-frequency and rare variants influence body fat distribution," said a researcher.
"A better understanding of the genetic underpinnings of body fat distribution may lead to better treatments for obesity and other downstream diseases obesity also impacts, for example, Type-2 diabetes and heart disease," he suggested.
Further analysis revealed pathways and gene sets that influenced not only metabolism but also regulation of body fat tissue, bone growth and adiponectin, a hormone that controls glucose levels and breaks down fat. Performing functional studies across other organisms, the team also identified two genes that were associated with a significant increase in triglyceride and body fat across species.
In the study, researchers found 24 coding loci (or positions) -- 15 common and nine rare -- along chromosomes of individuals that predispose to higher waist-to-hip ratio. Higher values of the waist-to-hip ratio are associated with more incidence of diseases associated with obesity.
"For the first time, we were able to examine, on a large scale, how low-frequency and rare variants influence body fat distribution," said a researcher.
"A better understanding of the genetic underpinnings of body fat distribution may lead to better treatments for obesity and other downstream diseases obesity also impacts, for example, Type-2 diabetes and heart disease," he suggested.
Further analysis revealed pathways and gene sets that influenced not only metabolism but also regulation of body fat tissue, bone growth and adiponectin, a hormone that controls glucose levels and breaks down fat. Performing functional studies across other organisms, the team also identified two genes that were associated with a significant increase in triglyceride and body fat across species.
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Labels: adipnectin, bone growth, BP, breaks don fat, chronic illnesses, controls, fat distribution, genetic variant, glucose levels, heart diseases, hormone, obesity, reduces risk, targeted therapies, type 2 diabetes
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