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Pulmonary Medicine›Condition·Updated Jul 11, 2026·v1

Obstructive Sleep Apnea

Obstructive sleep apnea is a common, underdiagnosed condition with significant cardiovascular and neurocognitive consequences. Diagnosis requires polysomnography; CPAP is first-line therapy. Adherence is key to benefit. Alternative therapies and weight loss are important adjuncts.

High Evidence292 references·3,004 words·13 min read·v1
Obstructive Sleep ApneaSleep MedicinePulmonary MedicineCPAPPolysomnographyHypoxiaCardiovascular Risk

Quick Reference

RxDrug of choiceContinuous positive airway pressure (CPAP)
AltAlternativesMandibular advancement device, hypoglossal nerve stimulation, pharmacotherapy (solriamfetol, atomoxetine/oxybutynin, AD109, sulthiame, tirzepatide)
⊘AvoidBenzodiazepines (e.g., triazolam), prolong apnea and worsen hypoxemia; supplemental oxygen as monotherapy
DxTest of choiceIn-laboratory polysomnography (PSG)
ScKey scoreSTOP-Bang (score ≥3 high risk), Epworth Sleepiness Scale (>10 abnormal)
→When to referCPAP intolerance, residual symptoms despite adherence, consideration of HGNS or surgery, pediatric OSA with persistent disease after adenotonsillectomy, complex overlap syndromes
CPAP is first-line for moderate-severe OSA; adherence is critical for cardiovascular benefit. Alternative therapies exist for CPAP-intolerant patients. Weight loss and treatment of comorbidities are essential.
Obstructive sleep apnea (OSA) is a sleep-related breathing disorder characterized by repetitive pharyngeal collapse during sleep, causing intermittent hypoxia, arousals, and sleep fragmentation. It affects approximately 22.6% of adults (AHI >15) [12], with over 90% undiagnosed [94]. Untreated OSA is independently associated with hypertension, cardiovascular disease, stroke, and cognitive decline. Diagnosis requires objective testing (polysomnography or home sleep apnea testing) and management focuses on positive airway pressure, weight loss, and emerging pharmacotherapies.

Overview and Recommendations

Background

  • •Obstructive sleep apnea (OSA) is a sleep-related breathing disorder defined by repetitive pharyngeal collapse during sleep, causing intermittent hypoxia and sleep fragmentation. Diagnosis requires an apnea-hypopnea index (AHI) ≥5 events/h on polysomnography, with severity stratified as mild (5-14), moderate (15-29), and severe (≥30).
  • •OSA is highly prevalent: multinight monitoring estimates 22.6% of adults have moderate-to-severe disease (AHI >15), yet >90% remain undiagnosed. It is independently associated with hypertension, cardiovascular disease, stroke, and cognitive decline, with a dose-response relationship between hypoxic burden and adverse outcomes.
  • •Pathophysiology involves anatomical predisposition (obesity-related pharyngeal fat deposition, craniofacial restriction) and dynamic endotypic traits, collapsibility, loop gain, arousal threshold, and neuromuscular compensation. These endotypes predict response to oral appliances and hypoglossal nerve stimulation.
  • •Dominant risk factors: obesity (strongest modifiable), male sex, older age, menopause, family history, and craniofacial abnormalities. The STOP-Bang questionnaire (score ≥3) has 93% sensitivity for moderate-to-severe OSA and is the preferred screening tool.
  • •Untreated OSA carries significant prognostic stakes: hypoxic burden (area under desaturation curve) predicts incident CVD (HR 1.45 per SD), and overlap syndrome with COPD increases mortality (HR 1.74). CPAP reduces blood pressure and symptoms, but cardiovascular benefit is most evident in adherent patients with high pulse rate response to events.

Evaluation

  • •Suspect OSA in patients with habitual snoring, witnessed apneas, gasping/choking, or excessive daytime sleepiness (Epworth >10). However, up to 50% with moderate-severe OSA deny sleepiness; maintain high suspicion in obesity, hypertension, or CVD.
  • •Ask about nocturia, morning headache, dry mouth, impaired concentration. In women, atypical symptoms include insomnia, fatigue, mood disturbance. In children, look for snoring, mouth breathing, enuresis, behavioral issues.
  • •Examine for obesity (BMI ≥30), neck circumference >43 cm (men) or >38 cm (women), retrognathia, macroglossia, Mallampati class III/IV, tonsillar hypertrophy, and nasal obstruction. Check for right heart failure signs in advanced disease.
  • •Screen with STOP-Bang: score ≥3 warrants confirmatory testing. Sensitivity ~93% for moderate-severe OSA; specificity ~40%.
  • •Order in-laboratory polysomnography (PSG) as gold standard. AHI ≥5 confirms OSA. For high pretest probability patients without comorbidities, home sleep apnea testing (HSAT) is an alternative but may underestimate AHI.
  • •Consider split-night PSG if diagnostic portion shows AHI ≥15 and ≥3 hours remain for CPAP titration.
  • •Assess for comorbidities: check ABG if obesity hypoventilation suspected (serum bicarbonate ≥27 mmol/L is sensitive screen); obtain PFTs if overlap with COPD.
  • •Evaluate nocturnal hypoxemia: hypoxic burden and T90 (SpO₂ <90% time) predict cardiovascular risk better than AHI. T90 >4.7% predicts postoperative complications (OR 1.91).
  • •Red flags: severe hypoxemia (SpO₂ <80% for >10% sleep), hypercapnic respiratory failure (PaCO₂ >50), cor pulmonale, encephalopathy, high-risk occupations.
  • •Differential includes central sleep apnea, OHS, periodic limb movement disorder, insomnia, narcolepsy. PSG with EEG and leg EMG distinguishes.

Management

  • •Initiate CPAP as first-line for moderate-severe OSA (AHI ≥15) or symptomatic mild OSA. Use auto-CPAP or fixed pressure based on titration. Target AHI <5.
  • •Monitor adherence: aim ≥4 h/night on ≥70% nights. Use telemedicine, peer support, early follow-up to improve use. Peer interventions increased mean use from 3.7 to 4.5 h/night.
  • •For COMISA, treat insomnia with CBT-I before or concurrent with PAP.
  • •For CPAP intolerance, consider mandibular advancement device (MAD) for mild-moderate OSA. Meta-analysis: MAD reduces AHI by ~15.8 events/h vs sham, but CPAP is more effective.
  • •Hypoglossal nerve stimulation (HGNS) for moderate-severe OSA in CPAP-intolerant patients. STAR trial: 68% median AHI reduction at 12 months. Requires absence of concentric collapse on sleep endoscopy.
  • •Adenotonsillectomy is first-line for pediatric OSA. CHAT trial: 79% normalization vs 46% watchful waiting. Postoperative PSG needed if obese, severe baseline AHI, or asthma (40% residual risk).
  • •Bariatric surgery: 86.6% OSA remission at 5 years. Perioperative risk increased (OR 4.3), so optimize CPAP preoperatively.
  • •Pharmacotherapy for residual sleepiness after PAP: solriamfetol 37.5-150 mg daily (improves MWT by 11.2 min). Emerging options: atomoxetine 80 mg + oxybutynin 5 mg (AHI reduction 63%), AD109 2.5/75 mg (44.1% reduction), sulthiame 400 mg (41% reduction, but paresthesia), tirzepatide 10-15 mg weekly (20-25 events/h reduction with weight loss).
  • •Weight loss is critical adjunct: 5-10% weight loss significantly reduces AHI. CPAP plus weight loss reduces systolic BP more than either alone.
  • •Positional therapy for supine-predominant OSA (supine:non-supine AHI ratio ≥4:1, non-supine AHI <10). Use wearable vibratory devices.
  • •Oropharyngeal exercises: 30 min daily for 3 months reduced AHI from 22.4 to 13.7 events/h.
  • •In acute hypercapnic respiratory failure with OHS and severe OSA, start CPAP immediately. If fails, use NIV. Target SpO₂ 88-92%. In ADHF with OSA, in-hospital CPAP improved LVEF by 4.5%.
  • •Avoid: supplemental oxygen alone (no BP benefit), flexible pressure delivery (no adherence benefit), benzodiazepines (prolong apnea), and long-term NIV without reassessment.
  • •Monitor annually: adherence data, symptom review, repeat PSG if weight change >10% or symptoms recur. Screen for hypertension, atrial fibrillation, glaucoma.
  • •Refer to sleep specialist for CPAP intolerance, residual symptoms, HGNS/surgery consideration, pediatric persistent OSA, complex overlap syndromes.

Board Review — High Yield

  • •STOP-Bang score ≥3, 93% sensitivity for moderate-to-severe OSA; use as first screen.
  • •AHI ≥5 events/h, diagnostic threshold for OSA on polysomnography.
  • •CPAP reduces 24-hour mean arterial pressure by ~2.4 mm Hg, HeartBEAT trial.
  • •Hypoxic burden, area under desaturation curve; predicts CVD better than AHI (HR 1.45 per SD).
  • •T90 >4.7%, predicts postoperative cardiorespiratory complications (OR 1.91).
  • •Adenotonsillectomy normalizes PSG in 79% of children, CHAT trial; residual disease common if obese.
  • •Atomoxetine 80 mg + oxybutynin 5 mg, reduces AHI by 63% in single-night study.
  • •Untreated overlap syndrome (COPD+OSA), increases all-cause mortality (HR 1.74).

Deep Dive — Evidence Details

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