Patient Data

Exhibits

Click to indicate if the listed characteristic is consistent with a fat embolism or blood clot embolism. Each column must have at least one response option selected.

 

A. Instruct to give additional dose if the baby vomits after administration: Giving an extra dose after vomiting can result in digoxin toxicity because the exact amount absorbed is uncertain. Parents should never repeat a dose without consulting the healthcare provider.

B. Demonstrate how to measure the correct amount of the oral solution: Accurate measurement is critical for safe digoxin administration, as small errors can lead to underdosing or toxicity. Using an appropriate oral syringe or dropper ensures the correct dose.

C. Notify the healthcare provider before giving digoxin if your baby is ill: Illness can affect heart rate, hydration, and electrolyte balance, which increases the risk of digoxin toxicity. Parents should contact the provider to determine whether to hold or adjust the dose.

D. Show the correct technique to obtain an apical pulse: Digoxin can slow the heart rate. Parents should learn to assess the apical pulse for a full minute and understand the parameters for withholding medication based on heart rate guidelines.

E. Administer digoxin on a strict every 12-hour schedule: Maintaining consistent timing ensures stable blood levels, improving efficacy and reducing the risk of toxicity. A strict schedule is essential for therapeutic effectiveness.

Rationale for correct choices:

• Anemia: The client’s hemoglobin (9.3 g/dL) and hematocrit (30%) are both below normal, which indicates a reduced oxygen-carrying capacity of the blood, consistent with anemia.

• Blood loss: The abdominal hematoma, distension, and need for fluid bolus suggest internal bleeding after trauma, leading to a significant drop in hemoglobin and hematocrit.

• Hemodilution from intravenous fluids: The client received large volumes of IV fluids (bolus and maintenance infusion), which dilute circulating red blood cells, worsening the anemia picture.

Rationale for incorrect choices:

• Acidosis: No arterial blood gas (ABG) results are available yet, so there is no evidence to confirm a metabolic or respiratory acidosis at this stage.

• Hypovolemia: The client initially showed low blood pressure and tachycardia, but stabilization with fluids improved her vitals; the lab values specifically indicate anemia, not pure hypovolemia.

• Disseminated intravascular coagulation: PT and PTT are within normal limits, with no signs of uncontrolled clotting or bleeding, so DIC is not supported.

• Rh factor sensitization: The client is B+, but there is no mention of pregnancy or transfusion reactions that would trigger Rh-related hemolysis.

• Pregnancy: No history, findings, or labs indicate pregnancy, so this option is unrelated to the client’s current trauma and blood results.

• Hypoxia: Oxygen saturation remains 98–100% on mechanical ventilation, showing adequate oxygenation despite anemia.

• Blood administration: While the client may need transfusion, labs reflect anemia caused by blood loss and hemodilution, not from receiving blood products.

• Immune response: There are no clinical or laboratory findings of immune-mediated destruction of red cells or inflammation causing the anemia.

• Clotting cascade: Normal PT and PTT show the coagulation pathway is intact, ruling out clotting disorders as the cause of low hemoglobin and hematocrit.

• Hypoventilation: The client is mechanically ventilated with normal oxygenation, and there is no evidence of hypoventilation contributing to her anemia.