ENT Sleep Apnea Specialists — Otolaryngology Near You | DEEPdormir.pro
Board-Certified ENT & Sleep Surgery Specialists Nationwide
ENT Specialists for Sleep Apnea & Snoring Near You
When sleep apnea or snoring has a structural cause — a deviated septum, enlarged tonsils, nasal polyps, or excess throat tissue — an otolaryngologist (ENT surgeon) can address the problem at its anatomical root. Find a board-certified ENT sleep specialist and get a comprehensive structural airway evaluation today.
Comprehensive structural airway evaluation
Surgical and minimally invasive nasal & throat procedures
Drug-induced sleep endoscopy (DISE) for precise diagnosis
Inspire therapy evaluation and implantation
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Otolaryngology
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An otolaryngologist — commonly called an ENT (ear, nose, and throat) doctor — is a surgeon who specializes in conditions of the head and neck, including the upper airway. Within this specialty, sleep-focused ENT surgeons concentrate specifically on the structural anatomical causes of sleep apnea, chronic snoring, and upper airway obstruction.
While sleep medicine physicians diagnose and medically manage sleep disorders, and dental sleep medicine specialists provide oral appliance therapy, ENT sleep surgeons bring a unique surgical perspective: the ability to directly correct the anatomical abnormalities that cause or worsen sleep apnea. For many patients — particularly those who have not responded adequately to CPAP or oral appliance therapy — an ENT evaluation is the critical next step.
ENT sleep surgeons hold board certification from the American Board of Otolaryngology–Head and Neck Surgery (ABOto) and many have completed additional fellowship training in sleep surgery. They frequently work in integrated care teams alongside sleep medicine physicians and dental sleep specialists to deliver comprehensive, multidisciplinary sleep apnea treatment.
How ENT Surgeons Diagnose Structural Sleep Apnea
Before recommending any surgical intervention, an ENT sleep specialist conducts a thorough structural evaluation of the upper airway. This typically includes:
1
Physical Airway Examination
A comprehensive head and neck examination evaluating the nose, nasal septum, turbinates, nasal valves, soft palate, uvula, tonsils, tongue base, and hypopharynx. Anatomical findings are scored using validated tools such as the Friedman Staging System and the Mallampati classification to predict surgical candidacy and expected outcomes.
2
Nasal Endoscopy
A thin flexible or rigid endoscope is passed through the nasal passages to visualize the anatomy in real time, identifying nasal polyps, turbinate hypertrophy, adenoid enlargement, and posterior nasal obstruction that may not be visible on external examination. This is performed in the office under topical anesthesia and takes approximately 5–10 minutes.
3
Drug-Induced Sleep Endoscopy (DISE)
The gold standard diagnostic tool for surgical planning. The patient is sedated in a procedure room to replicate the physiological state of natural sleep, while a flexible endoscope is advanced through the nose to visualize precisely where and how the airway collapses. DISE identifies the level, degree, and pattern of obstruction (VELUM, OROPHARYNX, TONGUEbase, EPIGLOTTIS — the VOTE classification) that determines which surgical procedures will be most effective, and is required to assess candidacy for Inspire hypoglossal nerve stimulation.
4
Imaging Studies
CT scanning of the sinuses and nasal passages, lateral cephalometric radiographs (X-rays of the jaw and airway), and in some cases MRI of the airway or sleep-focused cone beam CT provide detailed anatomical information to guide surgical planning — particularly for skeletal procedures such as maxillomandibular advancement (MMA).
ENT Surgical Options for Sleep Apnea and Snoring
ENT sleep surgeons offer a spectrum of procedures tailored to the specific anatomical cause and severity of each patient's condition. These range from minimally invasive in-office treatments to complex reconstructive surgery:
Nasal
Septoplasty & Turbinate Reduction
Septoplasty straightens a deviated nasal septum to restore nasal airflow. Turbinate reduction (submucous resection or radiofrequency ablation) reduces the size of the inferior turbinates that can swell and obstruct breathing. Both procedures are commonly performed together under general anesthesia in an outpatient setting. While these procedures improve nasal breathing and can significantly reduce CPAP pressure requirements, they rarely cure OSA on their own but are often performed as first steps or adjuncts to other treatments.
Setting: Outpatient surgery centerRecovery: 1–2 weeksInsurance: Typically covered when medically necessary
Throat
Tonsillectomy & Adenoidectomy
Removal of enlarged tonsils and adenoids is the most effective surgical treatment for pediatric sleep apnea, where it is curative in approximately 80% of children. In adults, tonsillectomy is indicated when tonsillar hypertrophy is a significant contributing factor to pharyngeal obstruction. Often combined with uvulopalatopharyngoplasty (UPPP) in adult sleep apnea surgery.
The most commonly performed adult sleep apnea surgery. UPPP removes or repositions excess soft tissue from the soft palate, uvula, and pharynx to enlarge the throat airway at the palatal level. Modern technique variations — including expansion sphincter pharyngoplasty (ESP) and lateral pharyngoplasty — have significantly improved outcomes over classic UPPP, with success rates of 60–70% for appropriately selected patients. DISE is typically performed beforehand to confirm palatal level obstruction.
Setting: Outpatient or short-stay hospitalRecovery: 2–3 weeksInsurance: Covered when medically necessary and after CPAP failure documentation
Tongue Base
Tongue Base Reduction & Epiglottoplasty
For patients with tongue base obstruction identified on DISE, procedures including radiofrequency tongue base reduction (RFTB), transoral robotic surgery (TORS) for lingual tonsil removal, genioglossus advancement, and hyoid suspension can address this common but challenging level of airway collapse. These procedures are typically combined with palatal surgery for multilevel obstruction.
Setting: Outpatient surgery centerRecovery: 1–3 weeks depending on procedureInsurance: Coverage varies — prior authorization required
Inspire Therapy
Hypoglossal Nerve Stimulation (Inspire)
Inspire is an FDA-approved implantable neurostimulation device that delivers mild electrical impulses to the hypoglossal nerve during sleep, keeping the tongue and upper airway muscles in an open position — no mask, no oral appliance. The patient simply turns it on with a handheld remote at bedtime. Clinical trials show Inspire reduces AHI by 79% at 5-year follow-up with over 90% patient satisfaction.
The implantation procedure is performed by an ENT surgeon in an outpatient setting under general anesthesia. Candidacy requires a DISE evaluation to confirm appropriate airway collapse pattern, an AHI between 15 and 65, BMI under 32, confirmed CPAP failure, and age 18 or older.
Setting: Outpatient surgery — 2 hoursRecovery: 1 week to activity; device activated 1 month post-opInsurance: Covered by Medicare and most major plans for qualifying candidates
The most effective single surgical procedure for sleep apnea, with reported success rates of 80–90% and cure rates of 30–40%. MMA surgically repositions both the upper jaw (maxilla) and lower jaw (mandible) forward by 8–12mm, permanently enlarging the entire upper airway from nose to throat. It is performed by an oral and maxillofacial surgeon (OMFS) or craniofacial ENT surgeon and is typically reserved for patients with significant skeletal retrognathia or those who have failed soft tissue surgery.
Setting: Hospital — 2–3 hour procedureRecovery: 4–6 weeks; jaw wired shut for 2–6 weeksInsurance: Covered by most plans when medical necessity is documented; prior authorization required
Multilevel Surgery: Addressing Multiple Sites of Obstruction
Sleep apnea in adults frequently involves obstruction at multiple levels of the upper airway simultaneously — the palate, tongue base, and lateral pharyngeal walls may all contribute. For this reason, ENT sleep surgeons often perform multilevel or staged surgical procedures that address all identified sites of collapse. A common multilevel approach combines UPPP or palatal advancement with genioglossus advancement and hyoid suspension to comprehensively address both palatal and tongue base obstruction.
The surgical plan is individualized for each patient based on DISE findings, sleep study severity, anatomical examination, and patient preferences. Not every patient is a surgical candidate — your ENT sleep specialist will provide an honest assessment of expected outcomes and help you weigh surgical against non-surgical alternatives including oral appliance therapy and other CPAP alternatives.
ENT Sleep Surgery for Children
Pediatric sleep apnea is a distinct condition from adult OSA. In children, the most common cause is adenotonsillar hypertrophy — enlargement of the tonsils and adenoids that directly obstructs the airway during sleep. Adenotonsillectomy (removal of both tonsils and adenoids) is the first-line treatment for pediatric OSA and is curative in approximately 80% of otherwise healthy children.
Children with residual OSA after adenotonsillectomy, obesity, Down syndrome, craniofacial abnormalities, or neuromuscular disorders may require additional evaluation and treatment by a pediatric sleep medicine specialist. If your child has been diagnosed with sleep apnea or you suspect sleep-disordered breathing, an ENT evaluation is an essential first step.
ENT Sleep Apnea Surgery FAQ
Common questions from patients considering an ENT evaluation or sleep apnea surgery.
You should consider an ENT evaluation if you have failed or cannot tolerate CPAP therapy, have been told your oral appliance therapy is not adequately controlling your sleep apnea, have chronic nasal congestion or obstruction that you suspect is contributing to your breathing problems, have enlarged tonsils or adenoids, are being evaluated for Inspire hypoglossal nerve stimulation (which requires DISE by an ENT), or your sleep medicine physician suspects a structural anatomical cause for your OSA. Ideally, an ENT evaluation is coordinated with your existing sleep medicine team as part of integrated care — not instead of it.
DISE is a diagnostic endoscopic procedure in which you are briefly sedated to simulate sleep while a thin flexible camera is passed through your nose to observe exactly where and how your airway collapses. It takes approximately 15–20 minutes and is performed in an outpatient procedure room. DISE is strongly recommended before any sleep apnea surgery because no two patients collapse in the same way — palatal surgery on a patient whose obstruction is actually at the tongue base will not produce good results. It is also required to assess candidacy for Inspire therapy. If you are being evaluated for sleep apnea surgery, insist on DISE as part of your workup.
Success rates vary significantly by procedure and patient selection. Tonsillectomy for pediatric OSA is curative in approximately 80% of otherwise healthy children. Inspire therapy shows a 79% AHI reduction at 5-year follow-up in well-selected candidates. Maxillomandibular advancement (MMA) achieves 80–90% success and 30–40% cure rates. UPPP and pharyngoplasty procedures achieve 60–70% success in appropriately selected patients. Soft tissue procedures have the most variable outcomes, which is why DISE-guided patient selection is so important. Your ENT surgeon should provide you with realistic, evidence-based expectations for the specific procedure recommended for your anatomy.
Most sleep apnea surgical procedures are covered by major medical insurance plans and Medicare when medical necessity is properly documented. Standard documentation requirements include a formal sleep apnea diagnosis with a sleep study, evidence of CPAP failure or intolerance (typically 3–6 months of attempted CPAP use), and in many cases a letter of medical necessity from your treating sleep physician. For Inspire therapy, coverage is available from most major insurers and Medicare for qualifying candidates, with prior authorization required. Nasal procedures such as septoplasty and turbinate reduction are often covered when documented chronic nasal obstruction is present. Your ENT provider's billing team will verify your specific insurance benefits and manage the prior authorization process.
Yes — surgery and non-surgical therapies are not mutually exclusive. Many patients who have sleep apnea surgery find that even when surgery does not cure their OSA, it significantly reduces the pressure required for CPAP (making it more tolerable) or improves the effectiveness of oral appliance therapy. Nasal surgery in particular commonly improves CPAP compliance by addressing nasal obstruction that made mask breathing uncomfortable. Following any sleep apnea surgery, a follow-up sleep study is required to determine whether additional treatment is needed — and whether non-surgical adjuncts remain appropriate.
Bring your most recent sleep study results (PSG or HSAT report), any CPAP compliance data if you use CPAP (your device can generate this), a list of all current medications, your insurance card and photo ID, a summary of any previous sleep apnea treatments you have tried and their outcomes, and a list of questions for your surgeon. If you have had previous sinus surgery, nasal procedures, or throat surgery, bring those operative reports if available. The more complete your prior medical history, the better your ENT surgeon can assess your case and recommend the most appropriate next steps at your first visit.
Learn More About Sleep Apnea Surgery on DEEPdormir.com
Before deciding on surgical treatment for sleep apnea, explore DEEPdormir.com — our sleep health education platform with in-depth, patient-friendly guides on every surgical option, realistic outcomes data, and how surgery compares to non-surgical alternatives.
