QuestionMay 28, 2025

From the reading: Genetics and epigenetics in obesity Intervention studies highlighting the effects of physical activity or weight loss due to bariatric surgery on DNA methylation comprise of multiple intervention types and results including: Altered DNA methylation in subcutaneous adipose tissue following a 6-month exercise intervention. Improvements in lipid metabolism and increased content of mitochondria in human myotubes after 12 weeks of extensive endurance training Signaling of DNA methylation derived from whole blood before and after 6 months of high-intensity interval training in overweight adults.

From the reading: Genetics and epigenetics in obesity Intervention studies highlighting the effects of physical activity or weight loss due to bariatric surgery on DNA methylation comprise of multiple intervention types and results including: Altered DNA methylation in subcutaneous adipose tissue following a 6-month exercise intervention. Improvements in lipid metabolism and increased content of mitochondria in human myotubes after 12 weeks of extensive endurance training Signaling of DNA methylation derived from whole blood before and after 6 months of high-intensity interval training in overweight adults.
From the reading: Genetics and epigenetics in obesity
Intervention studies highlighting the effects of physical activity or weight loss due to bariatric surgery on DNA
methylation comprise of multiple intervention types and results including:
Altered DNA methylation in subcutaneous adipose tissue following a 6-month exercise intervention.
Improvements in lipid metabolism and increased content of mitochondria in human myotubes after 12 weeks of extensive endurance
training
Signaling of DNA methylation derived from whole blood before and after 6 months of high-intensity interval training in overweight
adults.

Solution
4.1(158 votes)

Answer

Exercise and training interventions alter DNA methylation and improve metabolic functions. Explanation 1. Identify Key Interventions The interventions include exercise, endurance training, and high-intensity interval training. 2. Determine Effects on DNA Methylation Exercise alters DNA methylation in adipose tissue; endurance training improves lipid metabolism and mitochondrial content; high-intensity training affects DNA methylation signaling in blood.

Explanation

1. Identify Key Interventions<br /> The interventions include exercise, endurance training, and high-intensity interval training.<br /><br />2. Determine Effects on DNA Methylation<br /> Exercise alters DNA methylation in adipose tissue; endurance training improves lipid metabolism and mitochondrial content; high-intensity training affects DNA methylation signaling in blood.
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