Good At

The application of single-hole thoracoscopic minimally invasive surgery, early diagnosis and surgical treatment of various diseases in general thoracic surgery, including lung cancer, pneumothorax bullae, tracheal tumors, mediastinal tumors, bronchiectasis, chest wall tumors and tuberculosis, empyema, etc., specializes in the diagnosis and minimally invasive treatment of early lung cancer such as small pulmonary nodules and ground glass nodules; lung transplantation for end-stage lung diseases; thoracoscopic minimally invasive and difficult surgeries for locally advanced lung cancer, such as: Tracheobronchioplasty and sleeve resection, pulmonary artery plasty and sleeve resection, complex lung segment resection, combined lung segment resection and sub-lung segment resection. Da Vinci Robotic Thoracic Surgery.

Introduction

Chen Qiankun, master's supervisor, graduated from Fudan University School of Medicine (seven-year clinical major of Shanghai Medical University) with a doctorate in surgery. From April 2006 to March 2007, he studied in the Department of Thoracic Oncology, Okayama University School of Medicine, Japan under the Sasakawa Medical Scholarship from the Ministry of Health. In 2009, he studied in the Department of Thoracic Surgery at Bornes-Jewish Hospital, University of Washington School of Medicine, USA. Participate in online live broadcasts of thoracoscopic surgery at various large-scale academic conferences at home and abroad in thoracic surgery more than 10 times a year. The annual operation volume is more than 1500. In 2015, he won the 15th Shanghai City Health System Highest Honorary Award for Outstanding Young Talents-Silver Snake Award 2018 China Medical Science and Technology Award 2018 Key technologies and clinical promotion of minimally invasive surgery in pulmonary surgery for 10 consecutive years. Won the "National Good Doctor of the Year" Award 2021 First Prize for Shanghai Science and Technology Progress Award The research and development, clinical application and promotion of key technologies for minimally invasive pulmonary surgery.