
Surgical procedures to treat obstructive sleep apnea by modifying anatomy to enlarge or stabilize the upper airway.
Sleep apnea surgery encompasses various procedures aimed at reducing airway obstruction by modifying the anatomical structures that collapse during sleep. Options include soft tissue procedures (tonsillectomy, uvulopalatopharyngoplasty), skeletal procedures (maxillomandibular advancement), nasal surgery, tongue procedures, and newer techniques like transoral robotic surgery. Surgery may be appropriate for patients who can't tolerate CPAP, have specific anatomical abnormalities, or as part of multilevel surgical approach.
Different surgeries work through different mechanisms: soft tissue surgery removes or repositions obstructing tissue; skeletal surgery advances the jaw to enlarge the airway; nasal surgery improves nasal breathing; and procedures like hypoglossal nerve stimulation (Inspire) actively prevent collapse. The goal is to reduce apnea severity enough to improve symptoms and health outcomes.
Surgical candidates include patients who have failed CPAP and oral appliance therapy, those with specific anatomical abnormalities (enlarged tonsils, retrognathic jaw), pediatric patients with adenotonsillar hypertrophy, and selected patients who prefer surgery. Careful preoperative evaluation identifies the best surgical approach based on the patient's anatomy and sites of obstruction.
Some surgeries, particularly in children with enlarged tonsils, can cure OSA. Adults may achieve significant reduction in apnea severity.
Successful surgery eliminates or reduces the need for CPAP or oral appliances.
Surgery corrects the anatomical abnormalities causing obstruction rather than just managing symptoms.
Even partial improvement may reduce required CPAP pressure, improving comfort and adherence.
Multiple procedures can be combined or staged to address obstruction at different levels.
Most side effects are minor and can often be resolved with simple adjustments.
All surgeries carry risks including bleeding, infection, anesthesia complications, and procedure-specific risks.
Postoperative pain, particularly with palate and throat surgery, can be significant. Full recovery takes weeks.
Surgery doesn't always work. Success rates vary by procedure, patient selection, and definition of success.
OSA may recur over time due to weight gain, aging, or other factors even after initially successful surgery.
Unlike CPAP or appliances, surgical changes to anatomy are permanent.
First-line surgery for pediatric OSA and adults with large tonsils. High success rates in appropriate patients.
Removes excess soft palate, uvula, and sometimes tonsils. Variable results; often part of multilevel surgery.
Moves both jaws forward to enlarge the airway. Most effective surgery for OSA but also most invasive.
Moves the tongue attachment forward to prevent tongue collapse. Often combined with other procedures.
Septoplasty, turbinate reduction to improve nasal breathing. May improve CPAP tolerance or help mild OSA.
Minimally invasive tongue base reduction using robotic assistance. Growing role in OSA surgery.
Ensure you've genuinely tried CPAP with proper support and oral appliance therapy before pursuing surgery.
Drug-induced sleep endoscopy and other evaluations help identify obstruction sites to guide surgical planning.
Outcomes depend significantly on surgeon experience. Choose someone who specializes in sleep surgery.
Surgery may improve but not cure OSA. Discuss realistic expected outcomes with your surgeon.
Throat surgery requires significant recovery time with pain and eating difficulties. Plan for time off work.
Post-surgical sleep testing confirms whether surgery adequately controlled your OSA.