TABLE IX.A.3.
Evidence for surgery as a primary treatment for OSA
| Study | Year | LOE | Study design | Study groups | Clinical end-points | Conclusion |
|---|---|---|---|---|---|---|
| Sundaram et al.1483 | 2005 | 1a | Cochrane systematic review | Surgical RCTs for treatment of OSA (n = 709 patients combined) | Effectiveness of surgery for OSA | There is insufficient evidence to support surgery being consistently effective for OSA management. More RCTs are necessary to specify subgroups that would benefit most from surgery. |
| Woodson et al.1497 | 2003 | 1b | RCT | Patients with mild to moderate OSA randomized to 1. Sham-placebo (n = 30) 2. CPAP (n = 30) 3. Temperature controlled radiofrequency tissue ablation, TCRFTA (n = 30) |
AHI, quality of life measures | Both CPAP and TCRFTA had significant improvement over sham-placebo. There was no significant difference in outcomes between CPAP and TCRFTA. |
| Vicini et al.1503 | 2010 | 1b | RCT | Patients with severe OSA (AHI > 30) randomized to 1. APAP group (n = 25) 2. MMA group (n = 25) |
Reduction in AHI and ESS | MMA is a viable alternative surgical therapy to CPAP, with a noninferior success rate. |
| Rotenberg et al.1495 | 2016 | 2a | Systematic review | 1. Systematic review of CPAP trials (n = 82 trials) 2. Systematic review of surgery trials (n = 69 trials) 3. Systematic review of CPAP vs. surgery trials (n = 3 trials) |
Comparison of success between CPAP and surgery for OSA | Lack of long-term follow-up and low adherence in CPAP trials, along with evidence of surgical success, should change our thought that surgery cannot be a primary treatment in OSA. |
| Aurora et al.1482 | 2010 | 2a | systematic review | Review of effectiveness surgical trials (n = 79 trials) | Publishing of practice parameters for surgical management of OSA | Due to lack of strong evidence favoring surgical management of OSA, CPAP should always be considered as the initial treatment for OSA. |
| Walker-Engstrom et al.1507 | 2002 | 2b | RCT | Patients with mild to moderate OSA 1. Dental appliance group (n = 32) 2. UPPP group (n = 40) |
PSG parameters at 1 and 4 years follow-up, surgical success determined as AHI < 10 | Oral appliance had better success rate of 62% over UPPP, with success rate of 33%. Compliance with oral appliance was 62% at 4-year follow-up. |
| Lojander et al.1508 | 1996 | 2b | RCT | 1. Nasal CPAP vs. conservative treatment (n = 44) 2. UPPP with or without mandibular osteotomy vs. conservative treatment (n = 32) |
ESS and posttreatment ODI | CPAP was successful but compliance was an issue. Surgery also showed significant improvement compared to control. No comparison can be made in this study between CPAP and surgery. |
| Weaver et al.1498 | 2004 | 3b | Cohort | VA Patients with OSA 1. Using CPAP (no compliance data) (n = 18,754) 2. Underwent UPPP (n = 2072) |
Posttreatment overall survival | Patients on CPAP had a 31% higher probability of mortality at any time relative to patients who underwent UPPP. |
| Senchak et al.1500 | 2015 | 3b | Cohort | Cohort of military patients undergoing tonsillectomy for reasons other than OSA. Out of 156, n = 19 with OSA | Posttreatment AHI | Patients had 82% reduction in AHI. In population of young overweight men with large tonsils and moderate OSA, tonsillectomy alone can be effective treatment. |
| Ceylan et al.1496 | 2009 | 3b | Case–control | Mild to moderate OSA 1. nasal CPAP group (n = 21) 2. Temperature controlled radiofrequency tissue volume reduction group (TCRTVR) (n = 26) |
ESS and post treatment PSG | No significant difference between success in the multilevel minimally invasive surgery group (TCRTVR) and nasal CPAP group. |
| Rotenberg et al.1499 | 2014 | 3b | Case–control | Patients with moderate to severe OSA who failed CPAP and had favorable anatomy for palate surgery | 1. 1-year posttreatment AHI 2. 1-year posttreatment ESS 3. 1-year posttreatment sleep apnea quality of life index (SAQLI-E) 4. 1-year posttreatment BP |
By AHI, 85.7% of patients achieved surgical success. SAQLI-E scores improved significantly after surgery. A subset of patients can be managed more effectively with surgery than CPAP. |
| Kent et al.1506 | 2021 | 1a | Meta-analysis | Evaluation of two RCTs and 15 observational studies. For RCTs patients were randomized to surgery or no treatment | AHI/RDI, ESS, LSAT, sleep-related QOL, snoring, ODI, blood pressure, death, persistent side effects | Recommend PAP as initial therapy for adults with OSA and a major upper airway abnormality. Harm for initial trial of PAP therapy is low. Recommendation was conditional. |