How has the study of rare conditions like lipodystrophy aided understanding of the genomic factors contributing to diabetes and obesity?
Learn about efforts to understand the genomic factors contributing to diabetes and obesity.
HudsonAlpha Institute for Biotechnology (A Britannica Publishing Partner)
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Transcript
[Music in]
GREG BARSH: Ironically, one of the best clues to understand common diseases is to study rare conditions. And one of the best examples of this is a condition that's called lipodystrophy, where children that are born with this condition have almost no adipose tissue at all, but they actually develop very severe diabetes. And the approach of genetics and genomics to that problem has been tremendously useful in understanding the principles that govern how the body produces fat, how it uses fat, and how it responds to fat. So lipodystrophy is a great example of how studying rare conditions, experiments of nature, tells us about principles that could be applied to common diseases that affect all of us.
[Music out]
GREG BARSH: Ironically, one of the best clues to understand common diseases is to study rare conditions. And one of the best examples of this is a condition that's called lipodystrophy, where children that are born with this condition have almost no adipose tissue at all, but they actually develop very severe diabetes. And the approach of genetics and genomics to that problem has been tremendously useful in understanding the principles that govern how the body produces fat, how it uses fat, and how it responds to fat. So lipodystrophy is a great example of how studying rare conditions, experiments of nature, tells us about principles that could be applied to common diseases that affect all of us.
[Music out]
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