A nurse is caring for a patient who has secondary obesity. Which condition is the most likely to result in secondary obesity?
Crohn’s disease
Addison’s disease
Cushing’s disease
Graves’ disease
The Correct Answer is C
Choice A reason: Crohn’s disease, an inflammatory bowel condition, typically causes weight loss due to malabsorption, diarrhea, and reduced appetite. It does not lead to secondary obesity, as the chronic inflammation and nutrient loss impair weight gain. Obesity is more associated with metabolic or endocrine disorders, not gastrointestinal diseases like Crohn’s.
Choice B reason: Addison’s disease, or adrenal insufficiency, leads to weight loss due to cortisol deficiency, causing reduced appetite, nausea, and metabolic dysfunction. It does not cause secondary obesity, as the lack of glucocorticoids impairs fat accumulation. Weight gain is more linked to conditions with excess cortisol, not its deficiency.
Choice C reason: Cushing’s disease, caused by excess cortisol from a pituitary tumor, promotes secondary obesity by increasing appetite and fat deposition, particularly in the trunk and face. Cortisol enhances gluconeogenesis and fat storage, leading to weight gain. This endocrine disorder directly causes obesity, making it the most likely condition in this scenario.
Choice D reason: Graves’ disease, a form of hyperthyroidism, causes weight loss due to increased metabolism, despite increased appetite. Elevated thyroid hormones accelerate catabolism, burning calories and preventing fat accumulation. Secondary obesity is not associated with Graves’ disease, as it promotes a hypermetabolic state, not weight gain.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","C","D"]
Explanation
Choice A reason: Hypotension is a hallmark of myxedema coma, as severe hypothyroidism slows metabolism, reducing cardiac output and vascular tone. This leads to low blood pressure, contributing to shock. Fluid retention and hyponatremia may exacerbate hypotension, making it a critical symptom requiring urgent thyroid hormone replacement and supportive care.
Choice B reason: Tachycardia is not typical in myxedema coma. Severe hypothyroidism causes bradycardia due to decreased metabolic rate and cardiac output. Tachycardia is seen in hyperthyroidism or other conditions like sepsis. Myxedema coma presents with slowed physiological processes, making tachycardia inconsistent with this life-threatening hypothyroid state.
Choice C reason: Hypothermia is a classic symptom of myxedema coma, as hypothyroidism impairs thermogenesis and metabolic rate, leading to decreased body temperature. This can drop to life-threatening levels, exacerbating altered consciousness and organ dysfunction. Hypothermia reflects the systemic slowdown of metabolic processes, requiring urgent warming and thyroid hormone administration.
Choice D reason: Hypoventilation is common in myxedema coma due to reduced respiratory drive from severe hypothyroidism. Decreased metabolism and central nervous system depression lead to shallow, slow breathing, causing hypercapnia and acidosis. This respiratory compromise is a critical feature, necessitating ventilatory support alongside thyroid hormone replacement to reverse the coma.
Choice E reason: Hyperactivity is not associated with myxedema coma. Severe hypothyroidism causes lethargy, confusion, and decreased consciousness due to slowed metabolism and cerebral hypoperfusion. Hyperactivity is seen in hyperthyroidism, not hypothyroidism. Myxedema coma presents with profound sluggishness, making this symptom inconsistent with the patient’s clinical presentation.
Correct Answer is D
Explanation
Choice A reason: Hypothermia is not a common adverse effect of platelet transfusion. It may occur with massive blood transfusions due to cold storage, but platelet transfusions are smaller and given at room temperature. Chills, from immune reactions, are more likely, as hypothermia is unrelated to platelet-specific transfusion complications.
Choice B reason: Bradycardia is not typically associated with platelet transfusions. Adverse reactions include fever, chills, or allergic responses, not heart rate slowing. Bradycardia may occur in cardiovascular conditions or massive transfusions causing electrolyte shifts, but platelet transfusions primarily cause immune or febrile reactions, making this an incorrect choice.
Choice C reason: Nystagmus, an ocular movement disorder, is not an adverse effect of platelet transfusion. Transfusion reactions involve fever, chills, urticaria, or anaphylaxis due to immune responses. Nystagmus is related to neurological conditions, not hematologic interventions, making it an irrelevant finding in the context of platelet transfusion complications.
Choice D reason: Chills are a common adverse effect of platelet transfusion, often part of a febrile non-hemolytic reaction. Cytokines or antibodies in the donor platelets trigger an immune response, causing chills, fever, or rigors. This is a recognized transfusion reaction, requiring monitoring and possible intervention like antipyretics to manage symptoms.
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