Surgical and Implantable Treatment Options

Professional Explanation

Surgical treatment for sleep-disordered breathing targets anatomical structures that contribute to upper-airway collapse. Surgery may be considered when PAP and other nonsurgical options are not tolerated, not effective, or not appropriate for the patient’s specific anatomy.

Common Surgical and Implantable Options

Adenotonsillectomy: Surgical removal of the adenoids and tonsils. This is the most common first-line surgical treatment for pediatric OSA when enlarged tonsils and adenoids are the primary contributors to airway obstruction. It may also be considered in selected adults with tonsillar hypertrophy.

Uvulopalatopharyngoplasty (UPPP): A procedure that removes or reshapes tissue in the soft palate, uvula, and pharynx to widen the upper airway. UPPP is not universally effective; success rates vary, and some patients continue to require PAP after surgery. Multilevel obstruction may limit UPPP effectiveness when the primary site of collapse is not the velopharynx.

Maxillomandibular advancement (MMA): A more extensive procedure that advances the maxilla and mandible forward, enlarging the entire upper airway. MMA is one of the most effective surgical options for selected patients but involves a more significant recovery.

Nasal surgery: Procedures such as septoplasty or turbinate reduction improve nasal airflow. Nasal surgery alone rarely resolves moderate-to-severe OSA, but it may improve PAP tolerance or complement other treatments.

Hypoglossal-nerve stimulation (HGNS): An implantable device that stimulates the hypoglossal nerve during sleep, causing the tongue to protrude forward and maintain airway patency. Patient selection criteria are specific and vary by device and regulatory authorization. HGNS requires surgical implantation and follow-up titration.

Bariatric surgery: Weight-loss surgery may be considered as an adjunctive treatment when obesity is a significant contributor to OSA. Weight loss can reduce OSA severity, but it does not guarantee complete resolution, and patients should be monitored for residual disease.

Tracheostomy: A surgical opening in the trachea that bypasses the upper airway entirely. In current practice, tracheostomy is reserved for severe, life-threatening OSA that has not responded to other treatments. It is mentioned here only for high-level historical and exceptional-treatment context.

Multilevel surgery: Some patients require surgery at multiple anatomical levels (nose, palate, tongue base) to address multilevel obstruction.

Key Principles

• Surgery targets specific anatomical problems. Identifying the site or sites of obstruction is essential for surgical planning.

• Surgery does not guarantee cure. Residual OSA is common, and follow-up sleep testing is typically recommended.

• PAP may still be needed after surgery if residual disease is present.

• Patient selection involves anatomical evaluation, severity assessment, comorbidity review, and consideration of nonsurgical alternatives.

• Complications — including pain, bleeding, infection, swallowing difficulty, voice changes, and device-related issues — vary by procedure.

Technologist Role

During polysomnography, the technologist may encounter patients who have undergone surgical treatment. The technologist documents the relevant surgical history, notes any ongoing symptoms or concerns, and does not make surgical recommendations. Patients with prior surgery who continue to have respiratory events during a study require appropriate treatment per current orders and protocols.

ELI-10

Sleep surgery is like construction work on a narrow hallway. The surgeon removes extra tissue, repositions bones, or implants a device to keep the hallway open while you sleep. Adenotonsillectomy is like removing big furniture that is blocking the hallway — it is the most common surgery for kids with large tonsils. An implantable nerve stimulator is like a tiny pacemaker that tells the tongue to move forward every time you breathe in, keeping the hallway open. But surgery does not always fix everything — sometimes the hallway is still a little narrow afterward, and you need a follow-up check.

ELI Example

Think of your airway like a tunnel with different sections that can collapse. Adenotonsillectomy is like removing rocks that fell into the tunnel entrance (common in kids). UPPP is like trimming back overgrown vines at the ceiling of the tunnel. MMA is like moving the entire tunnel frame forward to make everything wider. A nerve stimulator is like installing an automatic door opener that pushes the door open every time someone tries to walk through. The surgeon picks the fix that matches where the tunnel is collapsing. After any fix, you check whether the tunnel really stays open all night.

Do Not Confuse

• Surgery does not guarantee cure. Residual OSA may persist.

• Follow-up sleep testing is recommended, not optional.

• Nasal surgery alone rarely resolves moderate-to-severe OSA.

• The technologist does not recommend or select surgical treatment.

High-Yield Memory Anchors

• Adenotonsillectomy = first-line pediatric OSA surgery.

• Surgery targets anatomy; it does not guarantee cure.

• Follow-up testing after surgery is recommended.

• PAP may still be needed if residual OSA persists.

Chapter Recap

Surgical and implantable treatment options — including adenotonsillectomy, UPPP, MMA, nasal surgery, hypoglossal-nerve stimulation, and bariatric surgery — address specific anatomical contributors to sleep-disordered breathing. None guarantees complete resolution, and follow-up sleep testing is recommended. The technologist’s role is documentation and support within scope.

CHAPTER 12

Common Mistakes

• Assuming surgery means PAP is no longer needed.

• Believing symptom improvement after surgery proves complete resolution.

• Failing to recognize that multilevel obstruction may require multilevel treatment.

• Applying pediatric surgical expectations to adult patients.

Safety and Scope

The technologist documents surgical history and current respiratory status during PSG. Surgical treatment recommendations are outside the technologist’s scope. Patients with prior surgery who continue to show respiratory events require appropriate treatment per orders and protocols.