A nurse is caring for a toddler who drinks 946 mL (32 oz) of whole milk per day and has a poor appetite. The nurse should identify the toddler as being at risk for which of the following conditions?
Iron deficiency anemia
Vitamin A toxicity
Impaired carbohydrate metabolism
Lactose intolerance
The Correct Answer is A
A. Iron deficiency anemia: Whole milk is a poor source of iron, and excessive consumption of whole milk can displace iron-rich foods from the diet. Therefore, a toddler who consumes a large amount of whole milk and has a poor appetite is at risk for iron deficiency anemia due to inadequate iron intake. Iron deficiency anemia is characterized by low levels of iron in the body, leading to decreased production of red blood cells and impaired oxygen transport.
B. Vitamin A toxicity: While excessive intake of vitamin A can lead to toxicity, it is unlikely to occur from consuming whole milk alone. Vitamin A toxicity is more commonly associated with excessive intake of vitamin A supplements or foods that are rich in preformed vitamin A, such as liver. Therefore, vitamin A toxicity is not a significant risk for a toddler who drinks whole milk.
C. Impaired carbohydrate metabolism: There is no direct relationship between whole milk consumption and impaired carbohydrate metabolism. Impaired carbohydrate metabolism is typically associated with conditions such as diabetes mellitus or metabolic syndrome, rather than dietary factors like milk consumption.
D. Lactose intolerance: Lactose intolerance is the inability to digest lactose, the sugar found in milk and dairy products, due to a deficiency of the enzyme lactase. While excessive consumption of whole milk may exacerbate symptoms in a child with lactose intolerance, it is not a risk factor for developing lactose intolerance itself. Lactose intolerance is more commonly observed in individuals of certain ethnic backgrounds or those with a genetic predisposition.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. Administer packed red blood cells transfusion (PRBC):
While anemia may also be a concern in leukemia, the primary issue here is thrombocytopenia, not anemia. Administering packed red blood cells transfusion would address anemia, not the low platelet count.
B. Avoid taking rectal temperatures:
This is the correct option. Taking rectal temperatures carries the risk of causing bleeding or trauma, especially in individuals with thrombocytopenia. It is essential to avoid invasive procedures or activities that may increase the risk of bleeding in a patient with a low platelet count.
C. Place child in protective environment precautions:
Protective environment precautions, also known as reverse isolation, are typically implemented for patients who are immunocompromised to protect them from exposure to infectious agents. While patients with leukemia may be immunocompromised, the low platelet count is the primary concern here, not infection risk.
D. Swab the oral cavity with viscous lidocaine:
Swabbing the oral cavity with viscous lidocaine is not indicated for thrombocytopenia. Lidocaine may have local anesthetic properties but does not address the underlying issue of low platelet count.
Correct Answer is B
Explanation
A. Decreased calories:
During illness, it's important to ensure adequate calorie intake to meet the body's increased energy demands for fighting off infection. Decreasing calories is not appropriate and can lead to hypoglycemia in a child with diabetes mellitus.
B. Increased fluids:
This is the correct option. During illness, the body's fluid requirements increase due to fever, sweating, and increased urination. Providing increased fluids helps prevent dehydration, which can exacerbate hyperglycemia. Parents should encourage the child to drink plenty of water or other sugar-free fluids to stay hydrated.
C. Blood glucose monitoring every 8 hr:
During illness, blood glucose levels may fluctuate more than usual due to changes in food intake, activity level, and the body's response to stress. Therefore, more frequent blood glucose monitoring is necessary, typically every 2-4 hours or as directed by the healthcare provider, rather than every 8 hours.
D. Urine testing for leukocytes:
Urine testing for leukocytes is not directly related to managing diabetes mellitus during illness. It may be done to assess for urinary tract infections, which can occur more frequently in individuals with diabetes, but it is not a routine part of diabetes management during illness.
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