The muscles lining your throat, tongue, and soft palate respond to targeted exercise much the way your biceps respond to lifting weights. Consistent training can firm up the tissues that tend to vibrate during snoring and can rebuild the coordination needed for a safe, effective swallow. The exercises are different depending on which problem you are trying to solve, but the underlying principle is the same: repetitive, progressive resistance or movement drills change the muscle fibers themselves, making them stronger and more fatigue-resistant. Research over the past two decades has built a surprisingly solid case for several specific routines, and for most people the cost is nothing more than a few minutes a day.
Why Throat Muscles Matter for Both Snoring and Swallowing
Swallowing and breathing share the same narrow tube at the back of your mouth. When you swallow, a rapid chain of muscle contractions lifts the voice box, seals off the airway, and pushes food safely into the esophagus. When you sleep, many of those same muscles relax, and the airway narrows. In healthy sleepers, the narrowing is minor. In snorers and people with obstructive sleep apnea, the collapse is enough to cause vibration of soft tissues (the sound of snoring) or outright blockage that starves the body of oxygen and forces repeated awakenings.1PubMed. Upper airway function and dysfunction in respiration
Among the most important players is the genioglossus, the fan-shaped muscle that forms the bulk of your tongue. It pushes the tongue forward and helps keep the airway open during sleep.2Experimental Neurology. The human tongue during sleep: Electromyographic activity of the genioglossus muscle The soft palate, the pharyngeal walls, and the small muscles around the hyoid bone all pitch in too. When any of these weaken from aging, disuse, or neurological conditions, both snoring and swallowing difficulty get worse. That is why exercises that target these muscles can help with either problem, and sometimes both.
Oropharyngeal Exercises for Snoring and Sleep Apnea
The umbrella term for throat and mouth exercises aimed at snoring is “myofunctional therapy” or “oropharyngeal exercises.” These typically include tongue presses against the palate, cheek pushes against a finger, forced breathing through pursed lips, pronouncing certain vowel sounds in an exaggerated way, and chewing exercises that tone the muscles around the jaw and throat. A systematic review and meta-analysis pooling data from multiple studies found that snoring intensity dropped by roughly half on a visual-analog scale after several weeks of these exercises, and the time spent snoring during sleep fell by about a third.3PubMed. Oropharyngeal and tongue exercises (myofunctional therapy) for snoring: a systematic review and meta-analysis
For sleep apnea specifically, a Cochrane systematic review found that oropharyngeal exercises probably reduce daytime sleepiness and may substantially reduce the number of breathing interruptions per hour of sleep, with one pooled estimate showing a drop of about 13 points on the standard severity index. The evidence for snoring frequency was weaker, but subjective snoring intensity probably improves at least a little.4PubMed Central. Myofunctional therapy (oropharyngeal exercises) for obstructive sleep apnoea A separate review confirmed that myofunctional therapy reduces sleep apnea severity and improves quality of life in adults.5PubMed Central. Obstructive sleep apnea: focus on myofunctional therapy
The exercises are simple enough to do at home, but the catch is consistency. Most studies required daily practice for at least eight to twelve weeks before measurable changes appeared. People who skipped sessions or did the exercises sloppily saw smaller benefits. If you already use a CPAP machine, adding oropharyngeal exercises may actually help you tolerate the device better: one study found that people who combined the exercises with CPAP used the machine about an hour longer per night after six months than those who did CPAP alone.6PubMed. Effects of oropharyngeal exercises on CPAP compliance: A prospective intervention study However, exercises on their own are not a substitute for CPAP in moderate-to-severe sleep apnea. When compared directly, using CPAP plus exercises together controlled the breathing-interruption index far better than exercises alone.4PubMed Central. Myofunctional therapy (oropharyngeal exercises) for obstructive sleep apnoea
Tongue Strengthening for Swallowing
If your concern is difficulty swallowing rather than snoring, the exercises shift toward building tongue pressure against the roof of your mouth. This approach, often called tongue-pressure resistance training, uses a small air-filled bulb or a digital gauge that you press with your tongue while a therapist (or the device itself) gradually increases the target. After four weeks of daily practice, stroke survivors in one trial showed significantly improved tongue strength in both the front and back of the tongue, along with better scores on swallowing assessments that track how well food and liquid move through the mouth and throat.7PubMed. Tongue-to-palate resistance training improves tongue strength and oropharyngeal swallowing function in subacute stroke survivors with dysphagia
Another trial of stroke patients with tongue weakness found that resistance training improved tongue strength and reduced the amount of material left pooling in the throat after a swallow, though it did not always eliminate the tendency for liquid to slip toward the airway.8PubMed Central. A Randomized Trial Comparing Two Tongue-Pressure Resistance Training Protocols for Post-Stroke Dysphagia A study focused on patients with oral-motor dysfunction after stroke echoed these findings, concluding that gains in tongue strength cascaded into better pharyngeal function too, with improved clearance of food from the pockets around the throat.9American Journal of Physical Medicine & Rehabilitation. Effect of Tongue-Pressure Resistance Training in Poststroke Dysphagia Patients With Oral Motor Dysfunction
The practical takeaway: tongue exercises genuinely build measurable strength and translate into better swallow function for most people studied. They are not a cure-all. Some aspects of swallowing safety, like preventing liquid from entering the airway, improve less predictably with tongue work alone and sometimes need additional maneuvers or interventions.
The Shaker Exercise and Pharyngeal Maneuvers
The Shaker exercise (sometimes called the head-lift exercise) targets the muscles that pull the voice box up and forward during swallowing, which in turn opens the valve at the top of the esophagus. You lie flat on your back, lift only your head to look at your toes, and hold for a set period before lowering. Repeating this daily over six weeks has been shown to improve the opening width of the upper esophageal sphincter on paste-consistency swallows, and in one small randomized trial, three out of five patients in the Shaker group stopped aspirating (having food or liquid enter the airway) after swallowing, compared with none in the traditional-therapy group.10PubMed Central. A Randomized Study Comparing the Shaker Exercise with Traditional Therapy: A Preliminary Study
Two other common maneuvers used in swallowing rehabilitation are the Mendelsohn maneuver and the effortful swallow. In the Mendelsohn maneuver, you swallow normally but deliberately hold your Adam’s apple at its highest point for a few seconds before letting it drop. This extends the time the upper esophageal valve stays open and increases pressure at the back of the throat where the soft palate seals off the nose. High-resolution pressure measurements show that the Mendelsohn maneuver significantly lowers the resistance at the upper esophageal sphincter before it opens and increases the overall pressure that drives the food bolus through.11PubMed Central. High-resolution manometry of pharyngeal swallow pressure events associated with effortful swallow and the Mendelsohn maneuver Separately, the effortful swallow, where you swallow as hard as you can, extends the duration of airway closure and improves how tightly the pharyngeal walls squeeze together, though it does not appear to move the hyoid bone any higher than a normal swallow does.12PubMed. Effortful Swallow Maneuver and Modifications on Swallow Dynamics in Healthy Adults Both maneuvers also produce distinct patterns of muscle activation in the muscles under the chin.13PubMed. Submental sEMG and hyoid movement during Mendelsohn maneuver, effortful swallow, and expiratory muscle strength training
These are not exercises you do in the gym; they are techniques a speech-language pathologist teaches you and then you practice at home, typically during meals or in short daily sessions. They are often combined with the tongue-strengthening work described above to address different parts of the swallow sequence.
Expiratory Muscle Strength Training
A slightly different angle on throat strengthening uses a handheld device that you blow into against a calibrated resistance. This is called expiratory muscle strength training, or EMST. You take a breath and then blow out as hard as you can through the device, which only opens once your breath pressure crosses a set threshold. The exercise primarily targets the muscles of the abdomen and rib cage, but it also forces the muscles under the chin and around the voice box to contract strongly, which carries over to swallowing.
In stroke patients with swallowing difficulty, EMST significantly improved swallowing function, reduced residue left in the throat, and lowered the risk of aspiration compared with controls.14PubMed Central. Effects of expiratory muscle strength training on swallowing function in acute stroke patients with dysphagia The approach has also been tested in people with Parkinson’s disease, who frequently develop swallowing problems as the disease progresses. Two randomized trials found that EMST improved swallowing safety and the movement of the structures that protect the airway during a swallow, compared with sham devices that looked identical but offered no real resistance.15PubMed Central. Impact of expiratory muscle strength training on voluntary cough and swallow function in Parkinson disease16PubMed Central. Aspiration and swallowing in Parkinson disease and rehabilitation with EMST: a randomized trial In cancer survivors who had undergone radiation to the head and neck, EMST boosted maximum expiratory pressure by about 40% and reduced the tendency for thin liquids to penetrate the airway.17PubMed. Improvement in Swallowing Function in Patients with Previous Irradiation for Nasopharyngeal Carcinoma by Expiratory Muscle Strength Training
Because the device is portable and the exercise takes only about five minutes a day, EMST is popular as a home-based program. That said, the resistance level should be set by a clinician and adjusted upward as you get stronger; blowing against too little resistance won’t produce gains, and blowing against too much can be uncomfortable or counterproductive.
Singing and Wind Instruments
If structured medical exercises sound tedious, you might be interested in less clinical options. A pilot study found that singing exercises designed to tone the soft palate, tongue, and pharyngeal walls reduced snoring, especially in participants who were not overweight and who practiced consistently.18PubMed. Can singing exercises reduce snoring? A pilot study A follow-up study comparing habitual singers with non-singers found that singers had significantly lower snoring scores even after adjusting for age and body weight, though singing did not seem to help daytime sleepiness.19PubMed. The effect of singing on snoring and daytime somnolence
The most eye-catching study in this space involves the didgeridoo. A randomized controlled trial found that four months of regular didgeridoo practice significantly reduced daytime sleepiness and the number of breathing interruptions per hour during sleep, and bed partners reported less sleep disturbance.20PubMed Central. Didgeridoo playing as alternative treatment for obstructive sleep apnoea syndrome: randomised controlled trial The proposed mechanism is that circular breathing, which requires sustaining vibrations in the throat while simultaneously inhaling through the nose, gives the upper airway muscles a sustained workout. A systematic review and meta-analysis that pulled together the evidence on wind instruments and singing concluded that didgeridoo playing and singing are the most promising musical interventions for sleep-disordered breathing, though the overall effect sizes remain small.21PubMed Central. The effect of playing a wind instrument or singing on risk of sleep apnea: a systematic review and meta-analysis
These are fun add-ons rather than first-line treatments. If you already enjoy singing or playing a wind instrument, keep doing it, since the throat-muscle workout is a genuine bonus. But if you have moderate-to-severe sleep apnea, picking up a didgeridoo is not a replacement for medical evaluation.
What Happens Inside the Muscles
Muscle fibers come in different types. Some contract quickly and powerfully but tire fast, and others contract more slowly but resist fatigue. Research on the soft palate muscles of habitual snorers found an abnormal distribution of fiber types compared with non-snorers: snorers had fewer of the slow, fatigue-resistant fibers and a higher proportion of intermediate fibers, with signs of compensatory enlargement.22The Lancet. Muscle fibre type and habitual snoring Whether this fiber-type imbalance causes snoring or is caused by years of snoring-related vibration is still debated, but the point is that the composition of upper airway muscles is not fixed.
Animal studies show that endurance exercise shifts upper airway muscles toward a slower, more fatigue-resistant fiber-type profile, which is exactly the direction that should help resist airway collapse during sleep.23American Journal of Respiratory and Critical Care Medicine. Adaptation of Upper Airway Muscles to Chronic Endurance Exercise Research on tongue muscles specifically has shown that exercise alters fiber-type distribution in different regions of the tongue, and these changes occurred regardless of the animals’ age.24PubMed Central. Differential impact of tongue exercise on intrinsic lingual muscles That last finding is reassuring: even if you are older, the tongue and throat tissues are still capable of remodeling in response to training.
Preventing Age-Related Swallowing Decline
Muscle loss with aging affects the throat just as it affects the arms and legs. The tongue gets weaker, the pharyngeal squeeze becomes less forceful, and the upper esophageal valve does not open as wide. For many older adults, these changes stay mild enough to be unnoticed, but for others they tip into frank swallowing difficulty, especially during illness or hospitalization when muscle disuse accelerates the decline.
A study in healthy older adults found that a resistance-based swallowing exercise program significantly increased the maximum opening of the upper esophageal sphincter, improved the upward and forward movement of the voice box during swallowing, and even thickened the back wall of the pharynx, all compared with a sham exercise group that performed movements without real resistance.25PubMed Central. Swallow Strength Training Exercise for Elderly: A Health Maintenance Need A separate study of older adults using lingual resistance exercise concluded that this type of training is promising both for preventing swallowing difficulty from age-related muscle loss and for treating weakness that has already developed.26PubMed. The effects of lingual exercise on swallowing in older adults
The implication for healthy older people is worth underlining. You do not have to wait until swallowing becomes a problem. Preventive tongue-press exercises, even without a fancy device, may maintain the pharyngeal strength that keeps eating safe and comfortable well into old age.
Exercises for Children With Sleep-Disordered Breathing
Children snore too, often because of enlarged tonsils and adenoids, but also because of weak or poorly coordinated oral muscles. Myofunctional therapy adapted for kids focuses on lip and tongue exercises, correct tongue resting posture, nasal breathing habits, and chewing drills. A meta-analysis of studies in children with obstructive sleep apnea found that myofunctional therapy reduced the severity index by about 43% and improved blood-oxygen levels.27PubMed. Effect of myofunctional therapy on children with obstructive sleep apnea: a meta-analysis One study measured direct outcomes of the exercises in children with sleep-disordered breathing and found that mouth-breathing dropped dramatically, tongue resting posture normalized, tongue strength increased significantly, and average oxygen saturation rose while the oxygen desaturation index fell.28PubMed. Can myofunctional therapy increase tongue tone and reduce symptoms in children with sleep-disordered breathing?
Beyond breathing improvements, a systematic review reported that orofacial myofunctional therapy can positively influence the growth and shape of the jaw and facial bones in children, with effects becoming more pronounced the longer the therapy continued and the better the child complied with the program.29PubMed Central. The Effects of Orofacial Myofunctional Therapy on Children with OSAHS’s Craniomaxillofacial Growth: A Systematic Review In pediatric cases, though, exercises are usually one piece of a larger plan that might also include adenotonsillectomy, orthodontic treatment, or allergy management.
The Role of Body Weight and Throat Fat
No amount of throat exercise will fully compensate for a throat that is physically narrowed by excess fat tissue. Research has shown that the fat pads lining the pharynx are significantly larger in people with sleep apnea than in habitual snorers without apnea, and that when patients lost weight over a year, both the fat pad area and the severity of their apnea dropped significantly.30PubMed. The impact of pharyngeal fat tissue on the pathogenesis of obstructive sleep apnea This does not mean exercises are pointless in people who carry extra weight, but it does mean that the ceiling for improvement from exercises alone is lower when pharyngeal fat is compressing the airway from the outside. Combining weight management with throat exercises gives the muscles a wider, less obstructed space to hold open.
The same logic applies to swallowing. Excess weight and the systemic inflammation that accompanies it can make swallowing sluggish, and exercise programs work best when overall health is also being addressed. Think of throat exercises as one lever among several, not the only one.
Practical Tips for Getting Started
If your main concern is snoring or mild sleep apnea, a reasonable starting routine includes tongue presses (pushing the tip of your tongue hard against the roof of your mouth and holding), cheek presses (pushing your tongue against the inside of each cheek), and exaggerated vowel sounds (“ah,” “ee,” “oo”) held for several seconds each. Aim for about 20 minutes a day, ideally split into two sessions. Most studies saw meaningful changes after eight to twelve weeks of daily practice.
If your concern is swallowing, work with a speech-language pathologist to get a baseline assessment. Exercises like tongue-pressure resistance training, the Shaker head-lift, and the Mendelsohn maneuver are most effective when the resistance or technique is tailored to your specific weakness. EMST devices are available for home use, but the pressure setting should be calibrated by a professional. In the Parkinson’s and stroke trials, the device resistance was typically set at 75% of the patient’s maximum expiratory pressure and increased as strength improved.
A few things that tend to trip people up: doing the exercises sporadically rather than daily, quitting after two weeks because they do not notice a difference yet, and assuming that one type of exercise covers all the muscles involved. The tongue, the soft palate, the pharyngeal walls, and the submental (under-the-chin) muscles each respond best to their own targeted drills. A good program hits several of these areas in each session.