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. 2022 May;11(5):869–879. doi: 10.21037/tlcr-22-298

Table 5. Summary of recent studies regarding sleeve lobectomy.

Authors Publication year Surgical procedure Number of patients Surgical resection 5-year DFS (%) 5-year OS (%)
Current study RATS 104 Single sleeve lobectomy 67.9 73.0
Chen et al. (20) 2021 Thoracotomy and VATS 665 Sleeve lobectomy 56.6 61.0
Inci et al. (21) 2020 Thoracotomy 106 Standard sleeve lobectomy 57.6
81 Complex sleeve lobectomy 56.2
Yang et al. (19) 2020 Thoracotomy 143 Sleeve lobectomy 59.0 59.6
VATS 44 54.6 56.1
Gao et al. (18) 2019 Thoracotomy 94 Sleeve lobectomy 44.7 61.7
VATS 54 59.3 72.2
Maurizi et al. (22) 2018 Thoracotomy 28 Y-sleeve resections 62.9 55.1
Hong et al. (23) 2018 Thoracotomy 63 Extended sleeve lobectomy 59.0 62.0
477 Simple sleeve lobectomy 57.0 69.0
Nagayasu et al. (24) 2016 Thoracotomy 100 Bronchoplasty 45.6–60.9
Tagawa et al. (25) 2016 Thoracotomy 151 Sleeve lobectomy 62.6
Andersson et al. (26) 2015 Thoracotomy 40 Sleeve lobectomy 37.5
Zhao et al. (27) 2015 Thoracotomy 161 Bronchoplastic and broncho-arterioplastic 48.2 53.4

RATS, robot-assisted thoracoscopic surgery; VATS, video-assisted thoracoscopic surgery; DFS, disease-free survival; OS, overall survival.