Managing sleep apnea typically involves keeping your airway open during sleep, and the right approach depends on how severe your condition is and what’s causing the obstruction. Options range from lifestyle changes and wearable devices to surgery, and many people use a combination of treatments to get their symptoms under control.
Getting Diagnosed First
Before starting any treatment, you’ll need a sleep study to confirm the diagnosis and measure how many times per hour your breathing stops or becomes shallow (a number called the apnea-hypopnea index, or AHI). If your doctor suspects moderate to severe obstructive sleep apnea without other complicating conditions, a home sleep test may be all you need. You wear a portable device that tracks your breathing, oxygen levels, and airflow overnight in your own bed.
An in-lab sleep study is the better choice if you have cardiovascular disease, respiratory conditions, severe insomnia, or use opioids. These studies monitor more variables, including brain waves and leg movements. If a home test comes back negative or inconclusive but your symptoms strongly suggest sleep apnea, your doctor will typically recommend the in-lab version to get a clearer picture.
CPAP: The Standard Treatment
A CPAP (continuous positive airway pressure) machine is the most effective nonsurgical treatment. It delivers a steady flow of air through a mask you wear at night, creating enough pressure to keep the soft tissues in your throat from collapsing. This stops the breathing pauses, eliminates snoring, and lets you reach the deeper stages of sleep your body needs.
The challenge is sticking with it. Sleep apnea has one of the poorest treatment adherence rates of any chronic condition, with non-adherence rates ranging from 29% to 83% depending on the study. Up to 80% of patients use their CPAP for less than four hours a night, which is the minimum threshold most sleep specialists consider effective. The people who do well with CPAP tend to use it on 94% or more of nights. Common complaints include mask discomfort, dry mouth, nasal congestion, and feeling claustrophobic. If you’re struggling, ask your sleep clinic about different mask styles, heated humidifiers, or auto-adjusting pressure machines, which ramp up pressure only when needed rather than blowing at full force all night.
Weight Loss Can Be Transformative
If you’re carrying extra weight, losing it is one of the most powerful things you can do. Excess tissue around the neck and throat narrows the airway, and reducing it can dramatically improve your numbers. In one study published in CHEST, patients who lost weight reduced their AHI from an average of 31 events per hour down to 8.6, a drop of more than 70%. The relationship was remarkably linear: roughly one fewer breathing interruption per hour for every kilogram (about 2.2 pounds) lost.
Weight loss won’t cure everyone, and it takes time to see results. But for people with moderate sleep apnea who are overweight, it can sometimes eliminate the need for a CPAP entirely. Even partial weight loss improves symptoms and makes other treatments work better.
Oral Appliances for Milder Cases
If you have mild to moderate sleep apnea and can’t tolerate CPAP, a custom-fitted oral appliance is a solid alternative. These devices look like a sports mouthguard and work by pushing your lower jaw slightly forward, which pulls the tongue and surrounding tissue away from the back of the throat. You get them fitted by a dentist who specializes in sleep medicine.
Oral appliances aren’t as effective as CPAP at keeping the airway open, but some people with mild to moderate cases find they completely resolve their symptoms. Custom-made versions outperform over-the-counter options significantly. They’re not appropriate for severe sleep apnea or for central sleep apnea, which is caused by a signaling problem in the brain rather than a physical obstruction.
Positional Therapy for Back Sleepers
Many people have what’s called positional sleep apnea, meaning their breathing problems are much worse when lying on their back. Gravity pulls the tongue and soft palate backward in the supine position, narrowing the airway. If your sleep study shows this pattern, simply staying off your back can make a meaningful difference.
Newer vibrotactile devices make this easier than the old tennis-ball-in-a-shirt trick. Small wearable sensors (placed on the neck, chest, or forehead) detect when you roll onto your back and deliver gentle vibrations that prompt you to shift position without fully waking up. A meta-analysis in Thorax found these devices reduced AHI by an average of 9 events per hour, a 43% improvement, and cut the amount of time spent sleeping on the back by 70%. They work well as a standalone treatment for positional cases or combined with other approaches.
Mouth and Throat Exercises
Myofunctional therapy, a structured program of tongue, palate, and facial exercises, can reduce sleep apnea severity by strengthening the muscles that keep your airway open. A systematic review of nine randomized trials found that these exercises reduced the AHI by up to 50% in some patients, with improvements in snoring intensity and oxygen levels as well.
The exercises themselves are straightforward. Soft palate exercises involve repeatedly pronouncing certain vowel sounds. Tongue exercises move the tongue along the roof of the mouth and along the teeth in specific patterns. Other exercises target the lips, cheek muscles, and jaw, or involve techniques like balloon inflation and specific swallowing patterns. The key is consistency: most programs require 15 to 20 minutes of daily practice. Myofunctional therapy works best as a complement to other treatments rather than a replacement, especially for moderate or severe cases.
Surgical Options
Surgery enters the picture when other treatments haven’t worked or when there’s a clear structural problem, like enlarged tonsils, a deviated septum, or excess tissue in the throat.
Hypoglossal Nerve Stimulation
This is a newer option for people with moderate to severe sleep apnea who can’t use CPAP. A small device implanted under the skin of the chest (similar to a pacemaker) stimulates the nerve that controls tongue movement. During sleep, it gently pushes the tongue forward with each breath to keep the airway clear. You turn it on with a remote before bed.
Long-term data show it reduces the AHI by about 56% at one year, with results holding steady or improving further over five years (reaching roughly 59% reduction). Candidates generally need a BMI under 35 and an AHI between 15 and 65, and the specific pattern of their airway collapse has to be compatible with the device. A drug-induced sleep endoscopy (a brief procedure where a doctor examines your airway while you’re sedated) determines whether you’re a good candidate.
Tissue Removal Surgery
Uvulopalatopharyngoplasty, or UPPP, removes excess tissue from the soft palate and throat to widen the airway. It was one of the earliest surgical treatments for sleep apnea, and its success rate has improved over the decades as surgeons have gotten better at identifying who benefits most. Early versions of the procedure often provided temporary relief before symptoms gradually returned. Today, it tends to be reserved for patients with clearly identifiable tissue obstruction and is frequently combined with other procedures addressing the tongue base or nasal passages.
Combining Treatments
Sleep apnea rarely has a single cause, and the most effective approach for many people involves layering treatments together. Someone with moderate sleep apnea might use a CPAP while working on weight loss, with the goal of eventually stepping down to an oral appliance or positional device. Another person might combine nerve stimulation with myofunctional exercises. Your sleep specialist can help you figure out which combination targets your specific anatomy and severity level, and sleep studies can be repeated periodically to see whether your treatment plan needs adjusting.