Eating disorders
Eating disorders ( 32 Questions)
Increased levels of cortisol and thyroid hormones are not commonly associated with eating disorders. Cortisol is a stress hormone, and while stress can play a role in eating behaviors, it is not a consistent physiological change across all eating disorders. Thyroid hormones play a role in metabolism, but their direct link to eating disorders is limited.
Decreased levels of growth hormone and insulin are not commonly associated with eating disorders. Growth hormone and insulin are primarily involved in growth regulation and glucose metabolism, respectively, and their alterations are not central to the core characteristics of eating disorders.
Altered levels of leptin and ghrelin are commonly associated with eating disorders. Leptin is a hormone that regulates appetite and signals satiety. Individuals with eating disorders may have disrupted leptin levels, contributing to disturbances in appetite and hunger regulation. Ghrelin is a hormone that stimulates appetite, and its dysregulation can also play a role in eating disorder behaviors.
Elevated levels of sex hormones and growth hormone are not consistently associated with eating disorders. While some hormonal changes can occur due to malnutrition and extreme weight loss, they are not universally seen across all individuals with eating disorders. The hormonal changes seen in eating disorders are more often related to appetite regulation and metabolism.
Altered levels of leptin and ghrelin.
Choice A rationale:
Increased levels of cortisol and thyroid hormones are not commonly associated with eating disorders. Cortisol is a stress hormone, and while stress can play a role in eating behaviors, it is not a consistent physiological change across all eating disorders. Thyroid hormones play a role in metabolism, but their direct link to eating disorders is limited.
Choice B rationale:
Decreased levels of growth hormone and insulin are not commonly associated with eating disorders. Growth hormone and insulin are primarily involved in growth regulation and glucose metabolism, respectively, and their alterations are not central to the core characteristics of eating disorders.
Choice C rationale:
Altered levels of leptin and ghrelin are commonly associated with eating disorders. Leptin is a hormone that regulates appetite and signals satiety. Individuals with eating disorders may have disrupted leptin levels, contributing to disturbances in appetite and hunger regulation. Ghrelin is a hormone that stimulates appetite, and its dysregulation can also play a role in eating disorder behaviors.
Choice D rationale:
Elevated levels of sex hormones and growth hormone are not consistently associated with eating disorders. While some hormonal changes can occur due to malnutrition and extreme weight loss, they are not universally seen across all individuals with eating disorders. The hormonal changes seen in eating disorders are more often related to appetite regulation and metabolism.