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. 2022 Sep 25;75(1):175–187. doi: 10.1007/s13304-022-01381-8

Table 3.

Data and statistical analysis of the laparoscopic-group and robotic-group after propensity score matching analysis

Laparoscopic-group Robotic-group p
Patients 22 22
Age (years)* 43.5 (15) 42.0 (13) 0.640
Height (cm)* 169.0 (14) 169.0 (19) 0.981
Weight (kg)* 153.0 (37.5) 158.5 (34.8) 0.745
BMI (kg/m2 54.5 (8.1) 53.4 (6.8) 0.690
Male/female 10/12 10/12 1
Smoking
 No 15 16 0.931
 Previously (≥ 6 months) 5 4
 Previously (< 6 months) 2 2
Comorbidities (yes/no) 16/6 12/10 0.347
HBP (yes/no) 8/14 7/15 1
OSAS (yes/no) 12/10 6//12 0.124
Diabetes
 No 16 18
 IGT 3 3  0.572
 DMT2 3 1
Previous non-bariatric abdominal surgery
 No 12 11
 Laparoscopic 2 3  0.885
 Open 8 8
Previous bariatric procedure
 No 21 21 1
 Sleeve gastrectomy 1 1
Procedure
 SADI-S 21 21 1
 SADI 1 1
Operative time (minutes)° 130.0 (47) 191.54 (49)  < 0.001
Docking time (minutes) 10.5 (8)
Intensive care unit (yes/no) 1/21 1/21 1
Postoperative hospital stay (days)° 3.0 (2) 2.0 (1) 0.062
Postoperative 30th day complications (yes/no) 0/22 3/19 0.233
Reoperation (yes/no) 0/22 1/21 1
Pneumonia (yes/no) 0//22 1/21 1
Bleeding (yes/no) 0/22 1/21 1
Trocar site hernia (yes/no) 0/22 1/21 1
30th day hospital readmissions (yes/no) 0/22 1/21 1
Late complications (yes/no) 1/21 0/20 1
Internal hernia (yes/no) 1/21 0/20 1

BMI body mass index, HBP high blood pressure, OSAS obstructive sleep apnea syndrome, IGT impaired glucose tolerance, T2DM type 2 diabetes mellitus, SADI-S single anastomosis duodeno-ileal bypass with sleeve gastrectomy, SADI single anastomosis duodeno-ileal bypass in previously sleeve gastrectomy

*Student’s t test

°Mann–Whitney U test