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. 2022 Nov 26;20:370. doi: 10.1186/s12957-022-02833-6

Table 4.

Comparing our results with other studies

Study n Duration of TKI, m Clinical stage, n (%) Surgery, n (%) Post operative complications, n Adjuvant TKI, Y/N/U PFS/OS, m
Ohtaki et al. [23] 36 14

IIIA, 8 (22.2)

IIIB, 4 (11.1)

IV, 21 (58.3)

R, 3 (8.3)

Lobectomy, 28 (77.8)

Segmentectomy, 3 (8.3)

Wedge resection, 2 (5.6)

Bilobectomy, 1 (2.8)

Pneumonectomy, 2 (5.6)

Bleeding, 1

Empyema, 1

16/20/0 15/58
Song et al. [24] 9 6 (2–46)

IIIA, 2 (22.2)

IIIB, 1 (11.1)

IV, 6 (66.7)

Lobectomy, 9 (100%) Atrial fibrillation, 1 9/0/0 14/17
Yamamoto et al. [25] 24 3 (0.7–36)

IB, 1 (4.2)

IIIA, 8 (33.3)

IIIB, 5 (20.8)

IV, 10 (41.7)

Lobectomy, 15 (62.5)

Bilobectomy, 5 (20.8)

Pneumonectomy, 4 (16.7)

Empyema, 1

Chylothorax, 1

12/9/3 10/68
Ning et al. [26] 10 3 (3–5)

IIIA, 2 (20)

IIIB, 8 (80)

Lobectomy, 9 (90)

Pneumonectomy, 1 (10)

Death, 1 9/0/0 14/36

CR complete response, TKI tyrosine kinase inhibitor, PFS progression-free survival, OS overall survival, R recurrent, U unknown, m month, Y yes, N No