Thoracic Surgery
Pulmonary Sequestration
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Technical Advantages
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Equipment Advantages
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Leading Experts
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Treatment Cases
Technical Advantages
Technical Advantages
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Minimally Invasive Three-Port Subxiphoid Anterior Mediastinal Tumor Resection
Equipment Advantages
Equipment Advantages
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The Department of Thoracic Surgery is equipped with the IMAGE1 S Rubina imaging system (featuring 3D, 4K, and fluorescence imaging capabilities), an AI-assisted thoracic surgery planning system, and various other advanced devices, providing high-quality medical services for thoracic surgery patients.
Leading Experts
Prof Gao serves as the director of Department of Thoracic Surgery at Heyou. He specializes in the diagnosis and treatment of thoracic diseases (lung cancer, esophageal cancer, mediastinal tumors, chest wall diseases, thoracic trauma) and minimally invasive thoracoscopic surgery. He has 20 years of experience in comprehensive thoracic surgery and has performed over 3,000 surgical cases.
Clinical Cases
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Man with Unexplained Hemoptysis for 16 Years Receives Precise Treatment via "3D Reconstruction" at HeYou Hospital
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Patient Profile
48-year-old male
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Chief Complaints
Recurrent hemoptysis for 16 years, with significantly increased frequency and volume in recent months.
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Treatment Process
① Differential diagnosis process: After years of seeking medical attention elsewhere, common causes such as tuberculosis, lung cancer, and bronchiectasis were successively ruled out. Ultimately, a diagnosis of pulmonary sequestration (intralobar type) was confirmed at HeYou Hospital through a combination of examinations.
② Difficulties/Technical Challenges: The clinical manifestations of pulmonary sequestration are diverse and lack specificity, making it highly prone to misdiagnosis and missed diagnosis. The complex anatomical structure of the patient's abnormal blood vessels increases the difficulty of controlling bleeding and performing precise operations during surgery.
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Technical Highlights
CT 3D vascular reconstruction technology, single-port thoracoscopic minimally invasive dissection, precise ligation of abnormal arteries, and lung segment function preservation technique.
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Therapeutic Outcomes
The surgery successfully ligated and divided the abnormal artery, with complete resection of the diseased lung segment. The patient was able to ambulate on the first postoperative day and was discharged after one week of recovery.
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