A nurse is reviewing electronic health record (EHR) documentation with an assistive personnel (AP). The nurse should reinforce that the AP is permitted to document in which of the following sections of the EHR?

A. Notify the primary care provider of the results: Notifying the provider is important for persistent hypoxemia, but the nurse should first ensure the reading is accurate. Immediate action should confirm whether the low saturation reflects true hypoxemia or a measurement error.

B. Document the finding in the medical record: Documentation is part of standard care, but it does not address the potential acute hypoxemia. Recording should occur after verifying the reading and initiating appropriate interventions if needed.

C. Repeat the test on another finger: Pulse oximeter readings can be affected by poor perfusion, nail polish, cold extremities, or device malfunction. Repeating the test on a different finger or site helps confirm the accuracy of the measurement before taking further clinical actions.

D. Consult the respiratory therapist: Referral to a respiratory therapist may be indicated if hypoxemia persists, but it is not the first action. The nurse must first verify the accuracy of the SpO2 reading to determine whether urgent intervention is necessary.

A. Celiac disease: Celiac disease is an autoimmune disorder triggered by gluten ingestion that damages the small intestine and impairs nutrient absorption. While it can cause poor appetite and growth issues, high milk intake alone does not cause or increase the risk for celiac disease. Diagnosis is based on genetic susceptibility and gluten exposure, not dietary patterns.

B. Lactose intolerance: Lactose intolerance results from deficiency of lactase, leading to diarrhea, bloating, and abdominal discomfort after dairy consumption. Drinking large amounts of milk may exacerbate symptoms if the child is lactose intolerant, but intolerance is not caused solely by high milk intake.

C. Acute renal failure: Acute renal failure is typically caused by severe dehydration, infection, toxins, or obstruction and is not related to high milk intake in a toddler. Daily consumption of milk, even in large quantities, does not precipitate acute renal failure in a healthy child.

D. Iron-deficiency anemia: Excessive milk intake can displace iron-rich foods from the toddler’s diet and interfere with iron absorption, increasing the risk for iron-deficiency anemia. Milk is low in iron, and consuming more than 24 ounces per day can contribute to inadequate dietary iron intake and subsequent anemia in toddlers.