A nurse is caring for an 8-year-old male client in the emergency department (ED). Exhibits Complete the diagram by dragging from the choices below to specify what condition the client is most likely experiencing, 2 actions the nurse should take to address that condition, and 2 parameters the nurse should monitor to assess the client’s progress.
Explanation & Rationale
Rationale for correct condition The client’s leg and abdominal pain following exertion and potential dehydration are classic triggers of sickle cell crisis, specifically a vaso-occlusive episode. Hemoglobin 7.6 g/dL and hematocrit 22% reflect anemia from sickled erythrocytes impairing oxygen delivery. Mucosal pallor and pain without respiratory distress or splenic signs further support vaso-occlusion rather than other complications. Elevated ferritin indicates chronic hemolysis and iron overload. Rationale for correct actions IV fluids restore plasma volume, reducing blood viscosity and decreasing red cell sickling. Hydration improves microvascular perfusion and minimizes further occlusion. Blood transfusion increases oxygen-carrying capacity and reduces sickled hemoglobin percentage, alleviating tissue ischemia and systemic anemia. Transfusion also mitigates risk of organ damage by improving oxygenation. Rationale for correct parameters Pain scale monitoring assesses therapy efficacy, crucial as pain is a primary symptom of vaso-occlusion. Frequent evaluation enables titration of analgesics and guides supportive interventions. Urine output reflects hydration status and renal perfusion—key concerns as hypovolemia and renal ischemia may occur in sickle cell crisis. Output <0.5 mL/kg/hr may signal renal compromise. Rationale for incorrect conditions Acute chest syndrome presents with cough, hypoxia, and pulmonary infiltrates—absent in this client. Aplastic crisis shows extreme anemia without pain, often post-viral. Sequestration crisis involves sudden splenomegaly and hypovolemia, not evident in this case. Rationale for incorrect actions Oxygen therapy isn’t necessary with SpO₂ at 98%; it doesn’t relieve vaso-occlusion. Ibuprofen is suboptimal for severe pain in sickle crisis. Warm compresses may assist pain but are not core interventions for systemic pathology. Rationale for incorrect parameters Oxygen saturation is stable and not primary for vaso-occlusive monitoring. Spleen palpation assesses sequestration, irrelevant here. Temperature is modestly elevated but not the primary marker of crisis progression. Take-home points • Sickle cell crisis manifests as severe pain from microvascular occlusion after dehydration or exertion • Treatment focuses on hydration and oxygen-carrying capacity via fluids and transfusion • Pain and urine output are direct indicators of response to vaso-occlusive management • Differentiating crisis types ensures targeted and effective care strategies