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Obesity can have hormonal causes, but it is generally the result of overnutrition and lack of exercise. Elevated plasma fatty acids have been implicated in the development of type 2 diabetes. How does this affect metabolism? O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward glycolysis and away from B-oxidation. In addition, the liver is also increasing glycolysis and B-oxidation due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward amino acid metabolism and away from gluconeogenesis. In addition, the liver is increasing B-oxidation and gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue away from B-oxidation and toward gluconeogenesis. The liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away from glycolysis. In addition, the liver is also increasing B-oxidation and gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away from gluconeogenesis. In addition, the liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids.

Obesity can have hormonal causes, but it is generally the result of overnutrition and lack of exercise. Elevated plasma fatty acids have been implicated in the development of type 2 diabetes. How does this affect metabolism? O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward glycolysis and away from B-oxidation. In addition, the liver is also increasing glycolysis and B-oxidation due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward amino acid metabolism and away from gluconeogenesis. In addition, the liver is increasing B-oxidation and gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue away from B-oxidation and toward gluconeogenesis. The liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away from glycolysis. In addition, the liver is also increasing B-oxidation and gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away from gluconeogenesis. In addition, the liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Obesity can have hormonal causes, but it is generally the result of overnutrition and lack of exercise. Elevated plasma fatty acids have been implicated in the development of type 2 diabetes. How does this affect metabolism? O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward glycolysis and away from B-oxidation. In addition, the liver is also increasing glycolysis and B-oxidation due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward amino acid metabolism and away from gluconeogenesis. In addition, the liver is increasing B-oxidation and gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue away from B-oxidation and toward gluconeogenesis. The liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away from glycolysis. In addition, the liver is also increasing B-oxidation and gluconeogenesis due to elevated fatty acids. from O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away gluconeogenesis. In addition, the liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids.
Transcribed Image Text:Obesity can have hormonal causes, but it is generally the result of overnutrition and lack of exercise. Elevated plasma fatty acids have been implicated in the development of type 2 diabetes. How does this affect metabolism? O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward glycolysis and away from B-oxidation. In addition, the liver is also increasing glycolysis and B-oxidation due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward amino acid metabolism and away from gluconeogenesis. In addition, the liver is increasing B-oxidation and gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue away from B-oxidation and toward gluconeogenesis. The liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids. O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away from glycolysis. In addition, the liver is also increasing B-oxidation and gluconeogenesis due to elevated fatty acids. from O The influx of fatty acids to muscle cells shifts metabolism in that tissue toward B-oxidation and away gluconeogenesis. In addition, the liver is increasing B-oxidation and lowering rates of gluconeogenesis due to elevated fatty acids.
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