Shanghai Chest Hospital, Shanghai Jiao Tong University

Focuses on surgical and interventional integrated treatment of complex congenital heart disease, valvular and coronary artery disease, performs minimally invasive valve repair/replacement, complex coronary artery bypass grafting (OPCAB/total arterial revascularization), cardiac surgery and transcatheter therapy for cardiomyopathy, and establishes a complete perioperative ultrasound and cardiac function evaluation system.

With TAVR/TEER/LAAO as the core, relying on CT-TEE image fusion navigation and 3D printing preoperative planning, it carries out minimally invasive valve treatment and left atrial appendage closure for high-risk/extremely high-risk patients, forming a continuous closed-loop management of multidisciplinary (MDT) assessment - intraoperative navigation - postoperative follow-up.

Focusing on lung cancer, esophageal cancer, and mediastinal tumors, it is good at single-port thoracoscopy, total thoracoscopic sleeve resection, tracheal carina reconstruction, and robot-assisted surgery; establishes a precise diagnosis and treatment channel and rapid pathology for early lung nodules, and strengthens perioperative ERAS management.

Covers the treatment of COPD, pulmonary fibrosis, pulmonary infection and respiratory failure. Technical features include EBUS interventional ultrasound, cryo/thermal ablation, airway stents, airway valves and ECMO support, and constructs a standardized treatment pathway for ARDS and refractory respiratory failure.

Equipped with a three-dimensional mapping and image fusion platform, it performs radiofrequency/cryoablation for atrial fibrillation, mechanism-based ablation for ventricular tachycardia/premature ventricular contractions, ablation for complex accessory pathways and congenital malformations complicated with arrhythmia, and provides precise follow-up of implantable devices (pacemakers/ICD/CRT-D).

Focuses on hybrid and endovascular treatment (FET/TEVAR/branch stents) of aortic dissection, aneurysm and complex arch lesions, and uses intraoperative TEE and real-time image guidance in hybrid operating rooms to improve the success rate of rescuing ruptured and high-risk cases.

Integrates high-end CT, cardiac MRI and PET-CT to carry out coronary CT-FFR, myocardial tissue phenotype, lung nodule imaging genomics and molecular imaging evaluation, providing a one-stop solution for tumor staging, efficacy evaluation and recurrence monitoring.

Precise anesthesia monitoring with TEE/lung ultrasound as the core, combined with hemodynamic goal-oriented therapy and intraoperative brain/spinal cord protection strategies; responsible for extracorporeal circulation and ECMO intubation coordination, and promotes the implementation of the ERAS rapid rehabilitation system.