Fu Wai Hospital Achieves Success with High-Complexity Combined Surgery: One-Stop Solution for End-Stage Valvular Disease, Severe Anemia, and Massive Splenomegaly

Headline: Fu Wai Hospital Pioneers Combined Surgical Strategy for Multi-Systemic Extremities: Successful Intervention for End-Stage Valvular Disease, Severe Anemia, and Massive Splenomegaly

Cardiac surgery is inherently high-risk, a difficulty that is multiplied exponentially when compounded by end-stage valvular disease, severe anemia, and massive splenomegaly. Recently, the multidisciplinary team at Fu Wai Hospital successfully navigated this complex challenge using a cutting-edge, one-stop combined surgical approach, guiding a patient through a critical life-threatening situation.

The patient, a 36-year-old male, presented with progressive shortness of breath, severe lower limb edema, and signs of cardiac decompensation. Diagnostic tests revealed severe aortic regurgitation with moderate stenosis, indicating end-stage cardiac function. Crucially, the hematological profile showed severe pancytopenia (marked reduction in red blood cells, white blood cells, and platelets), and physical examination confirmed a massive splenomegaly—the spleen was estimated to be at least three times its normal size, significantly contributing to the blood cell destruction and coagulation dysfunction.

The core dilemma was clear: the life-threatening valvular disease required immediate surgical intervention, yet the severe anemia, thrombocytopenia, and massive spleen made a direct cardiac procedure impossibly risky. After extensive multidisciplinary consultation (MDT), the team—consisting of Cardiac Surgery, General Surgery, and Anesthesiology experts—determined the strategy: "Splenectomy First, Valve Repair Second." This sequenced approach was critical to improving the patient's hematological status and coagulation function, mitigating the extreme risk of massive hemorrhage during the subsequent cardiac procedure.

• Phase I: General Surgery Intervention. The General Surgery team, led by Deputy Director Tian Peng, performed a precise splenectomy, successfully removing the pathologically enlarged spleen. Post-splenectomy, the patient's blood counts immediately began trending upward.
• Phase II: Cardiac Surgery Intervention. The Cardiac Surgery team, led by Director Zhang Yan, proceeded with the core cardiac procedure. This included aortic valve replacement and double coronary artery bypass grafting (CABG) to address co-existing coronary stenosis, ensuring comprehensive restoration of cardiac function and blood supply.

The post-operative recovery exceeded expectations. Key cardiac function indicators (like BNP) dropped significantly on the first day. The patient was successfully weaned from the ventilator on day three and transferred to a general ward on day four, quickly resuming oral intake and mobilization.

This successful, high-complexity combined operation is a testament to Fu Wai Hospital's technical excellence and the strength of its integrated multidisciplinary collaborative model. By breaking down departmental barriers and seamlessly integrating specialized resources, the hospital is establishing a new standard for managing the most intricate and challenging multi-systemic critical illnesses.