Study | NMBD used | NMBD dose | Reversal Used | Reversal Dose | NMBD monitoring (TOFR) | Postoperative complications | Conclusion |
---|---|---|---|---|---|---|---|
Q 1. OSA vs. non-OSA | |||||||
Sudre [32] 2015 | Succinylcholine + Rocuronium or Atracurium | Induction: succinylcholine 1 mg.kg− 1 TBW & interventional group (rocuronium 0.1 mg.kg− 1.hr.− 1 IBW) Control group (atracurium 0.4 mg.kg− 1) Maintenance: IPG (rocuronium 0.1 mg.kg-1.hr.− 1IBW) CG (atracurium 0.04 mg.kg− 1) | Not specified | Not specified | Yes | OSA was associated with a higher risk of postoperative respiratory failure. (OR 6.88) No difference in atelectasis, bronchospasm, pleural effusion, pulmonary edema | Higher risk of postoperative respiratory failure in OSA vs. non-OSA patients receiving NMBA. |
Ahmad [30] 2008 | Succinycholine + rocuronium | Succinylcholine (0.5 mg/kg), rocuronium (0.5 mg/kg) | Neostigmine + glycopyrrolate | Neostigmine 0.05 mg.kg− 1 (IBW) + Glycopyrolate 0.005 mg.kg− 1 (IBW) | Yes | No difference in median SpO2 in OSA vs. non-OSA patients given supplemental oxygen in first 24 h after surgery, P = 0.97 | OSA did not increase the risk for postoperative hypoxemia |
Pereira [31] 2013 | NMB - drug not specified | Not specified | Neostigmine - where required | Not specified | Yes | Postoperative mild/moderate hypoxia was higher in HR-OSA vs. LR-OSA patients (n = 15 vs.4, P = 0.012). Significantly higher residual NMB was found in HR-OSA vs. LR-OSA patients (n = 35 vs.25, P = 0.035). | Mild/moderate hypoxemia (P = 0.012) and residual neuromuscular blockade are more frequent in HR-OSA patients vs. LR-OSA patients (P = 0.035). |
Q 2. Sugammadex vs. Neostigmine | |||||||
Unal [33] 2015 | Rocuronium | Total rocuronium dose group S = 2.6 + − 16.7 mg, group N = 85.0 + − 14.7 mg. | Sugammadex / neostigmine | SG: 2 mg.kg− 1 sugammadex, n = 37 and 0.04 mg.kg− 1 N: neostigmine+ 0.02 mg.kg− 1 atropine. n = 37. | Yes | PPCs (desaturation, hypoxemia, apnea, airway manipulation, airway usage, re-intubation, CPAP, invasive mechanical ventilation) were lower in OSA patients reversed with sugammadex vs neostigmine, P = 0.048. Cardiovascular complications (bradycardia) lower with sugammadex vs. neostigmine, P = 0.04. | Postoperative pulmonary complications and bradycardia occurred less frequently in OSA patients who received sugammadex vs. neostigmine (P < 0.05). |
Llaurado [34] 2014 | Succinycholine/ Rocuronium/ Cis-atracurium | SG: succinylcholine 1 mg.kg− 1 RBW or rocuronium 1 mg.kg− 1 IBW + rocuronium 0.15 mg.kg− 1 at T2. HG: succinylcholine 1 mg.kg− 1 RBW or rocuronium1 mg.kg− 1 IBW or cis-atracurium 0.2 mg/ kg IBW + cis-atracurium 0.03 mg.kg− 1 | Sugammadex / neostigmine | SG: sugammadex 4 mg.kg− 1 + 2 mg.kg− 1 (TOFR< 0.9, 3 min apart); HG: neostigmine 0.04 mg.kg− 1 + 0.02 mg.kg− 1 | Yes | Significantly less postoperative abnormalities on chest radiograph (atelectasis, pleural effusions) were observed in the SG: 6.9% (n = 11) vs. HG 16.3% (n = 26). P = 0.015 No difference in need for mechanical ventilation in SG vs. HG (2 vs.5), P = 0.38 or hospital stay (3 vs.4, P = 0.3). | Significantly less postoperative chest radiograph changes in the OSA patients receiving sugammadex vs. neostigmine. No difference in postoperative mechanical ventilation, and hospital stay. |