Table 2 Published clinical studies of laparoscopic bariatric surgery in kidney transplantation
From: The impact and treatment of obesity in kidney transplant candidates and recipients
Author (year) | Type of operation | n | CKD stage | Weight loss achieved |
|---|---|---|---|---|
Freeman (2015) | LSG | 52 | V (47); IV (5) | Mean ΔBMI = −6.7 kg/m2, mean %EBWL = 29.8 %; %BMI < 35 = 55.8 % |
Tariq (2013) | LGB | 7 | V | ↓BMI < 35 at 6 months in 100 % cohort |
Lin (2013) | LSG | 6 | V (5); IV (1) | Mean EBWL = 50 % at 12 months* |
Proczko (2013) | LGB | 3 | V | Mean ΔBMI = −8.7 kg/m2 at 3 months |
MacLaughlin (2012) | LSG | 9 | V (5) | Median EBWL = 43 %; median ΔBMI = −8.4 kg/m2 at 6 months |
Takata (2008) | LGB | 7 | V | Mean EBWL 61 % at 9 months |
MacLauglin RCT (2014) | LSG vs. BMC | 5 vs. 6 | III/IV | Mean ΔBMI: −12.0 vs −1.2 kg/m2 at 12 months |
Golomb (2014) | LSG | 10 | Post-transplant | Mean EBWL = 75 % at 12 months |
Szomstein (2010) | LGB/LSG | 4/1 | Post-transplant | EBWL > 50 % at 2 years in 100 % of cohort |
Arias (2010) | LGB | 5 | Post-transplant | Mean ΔBMI = −11 kg/m2 |