Teeth Clenching and Grinding (Bruxism) İstanbul

Scientific editor and clinical lead: Prof. Dr. Mehmet Oğuz Öztoprak – Specialist in Orthodontics and Dentofacial Orthopedics
Last updated: 23 July 2026

Bruxism is the repetitive activity of the chewing muscles that can occur during sleep or while awake. It can appear as clenching, grinding, pressing the teeth together or holding the lower jaw in a tense and fixed position.

Bruxism is not merely the habit of rubbing the teeth together. In the current scientific approach, sleep bruxism and awake bruxism are evaluated differently. Sleep bruxism is rhythmic or non-rhythmic chewing-muscle activity occurring during sleep; awake bruxism is the person’s behaviour of tooth contact, tensing or holding the jaw fixed while awake.

Bruxism is not considered a disease on its own in every patient. In some people it can be a motor activity that does not create any symptoms or damage. However, when the balance between the intensity and duration of the activity and the durability of the person’s teeth, muscles, joint and restorations is disrupted, problems such as tooth wear, tooth and filling fractures, morning jaw fatigue, facial and temple pain, growth of the chewing muscles, jaw joint complaints, veneer and implant complications and impaired sleep quality can appear.

The presence of tooth wear does not by itself prove that the person is currently actively clenching. Wear can be related to bruxism in a past period, acid erosion, hard brushing, dietary habits or different mechanical factors. Therefore, the diagnosis of bruxism should not be made by looking only at the tooth surface. A current scoping review also emphasizes that clinicians should not reach a conclusion of active bruxism based on tooth wear alone.

At Dentapolitan, bruxism evaluation is not handled merely as providing a night guard or applying botulinum toxin to the masseter muscle. The teeth, restorations, chewing muscles, jaw joint, bite, periodontal tissues, sleep quality, snoring, airway, medications used and the head-neck system are examined together when needed.

What is bruxism?

Bruxism is a general term describing the repetitive activity of the chewing muscles. This activity can appear as clenching, grinding, pressing the teeth together, pushing the lower jaw forward or to the side and holding the jaw in a tense position.

There are two basic types of bruxism: sleep bruxism and awake bruxism. The mechanisms of onset, the ways of noticing them and the treatment approaches of these two conditions can differ from each other.

What is sleep bruxism?

Sleep bruxism is rhythmic or non-rhythmic chewing-muscle activity that occurs while the person is asleep. The patient is often unaware that they are clenching or grinding their teeth. The condition can be noticed by the partner or a person sleeping in the same room, morning fatigue in the jaw muscles, morning headache, a broken filling or tooth, or a dental examination.

Sleep bruxism does not always create loud grinding. Some people can clench their teeth strongly without making a sound. Sleep bruxism should not be seen merely as a psychological behaviour. It can be related to sleep stages, micro-arousals, autonomic nervous system activity, genetic predisposition, some medications and accompanying sleep disorders.

Is sleep bruxism a sleep disease?

Sleep bruxism is a motor activity occurring during sleep. However, not every sleep bruxism necessarily means an independent disease that must be treated. The need for treatment increases in the situations of tooth or restoration damage, muscle and joint pain, morning jaw fatigue, frequently broken veneers or implant prostheses, symptoms of sleep disorder, accompanying snoring or breathing pauses, advanced muscle hypertrophy and impaired quality of life.

What is awake bruxism?

Awake bruxism is the person’s clenching, pressing the teeth together or continuously holding the jaw tense while awake. It can often occur during intense concentration, computer or phone use, driving, a stressful meeting, studying, sport, anxiety, anger or tension and protective tensing against pain.

Many patients think they do not have bruxism because they do not grind their teeth. However, constantly keeping the teeth in contact or holding the jaw tense during the day can also be evaluated within awake bruxism. In the normal rest position, the lips can lightly touch; but the lower and upper teeth do not need to be in constant contact.

How is daytime clenching noticed?

The following symptoms can suggest awake bruxism: noticing that the teeth press together while working, fatigue in the jaw muscles at the end of the day, pressure in the temples, constantly holding the lower jaw fixed, sensitivity in the teeth during the day, biting the inside of the cheek or the lip, marks on the edges of the tongue and simultaneous tension in the shoulder and neck muscles. One of the most important stages in diagnosis is the patient becoming aware of their behaviours during the day.

Are clenching and grinding the same thing?

They are not exactly the same. Clenching is the strong pressing of the lower and upper teeth together, mostly without a sliding movement; a long-lasting static load can occur in the muscles, and jaw muscle fatigue, masseter and temporal muscle pain, morning stiffness, a feeling of pressure in the teeth and intense vertical load on restorations can be seen more frequently.

Grinding is the back-and-forth or sideways movement of the lower jaw while the teeth are in contact; wear on the tooth surfaces, shortening of the incisal edges, cracks and fractures, a grinding sound and wear on restoration surfaces can be seen more frequently. Both clenching and grinding can be present together in the same person.

What are the symptoms of bruxism?

The findings of bruxism vary from person to person. Some people have marked tooth damage without pain. In others, intense muscle and joint pain can be seen despite very little wear.

In the teeth: wear on the incisal edges, flattening of the molar cusps, enamel cracks, tooth fracture, filling fracture, veneer crack, laminate fracture or detachment, tooth sensitivity, cold-hot sensitivity, fracture risk in root-canal-treated teeth, a decrease in the bite height and shortening of the tooth lengths can be seen. However, none of these symptoms alone make a diagnosis of active bruxism.

In the muscles: pain in the masseter muscle, temporal muscle pain in the temple region, morning jaw fatigue, quick fatigue while chewing, stiffness in the muscles, tenderness on pressure, widening in the lower part of the face, one-sided muscle growth and muscle-related limitation in opening the mouth can be seen.

In the jaw joint: joint pain, a click or clicking, a friction sound, catching of the jaw, temporary locking, limitation in opening the mouth, difficulty opening the jaw in the morning, deviation in jaw movement and tenderness in front of the ear can be seen. A click sound alone does not necessarily mean a serious joint disease or a need for surgery.

In the head and neck: morning headache, temple pain, facial pain, nape tension, neck pain, stiffness in the shoulder muscles and a feeling of pressure in the front or side of the head can be seen. Not every head and neck pain is caused by bruxism; migraine, tension-type headache, cervical spine problems, neurological diseases and sleep disorders should be distinguished.

Around the ear: pre-auricular pain, a feeling of fullness in the ear, tinnitus, sound sensitivity and joint or muscle pain resembling ear pain can be seen. Tinnitus and hearing loss should not be attributed to bruxism alone; one-sided, newly started symptoms or those together with a decrease in hearing require an ear-nose-throat evaluation.

During sleep: the partner hearing grinding sounds, restless sleep, not feeling rested in the morning, dry mouth, snoring, breathing pauses at night, frequent waking at night, morning headache and daytime sleepiness can be seen. These findings can suggest sleep apnea or a different sleep disorder.

What causes bruxism?

Bruxism is not linked to a single cause. In the current approach, bruxism is evaluated as a multifactorial condition in which biological, neurological, sleep-related, psychological, behavioural and medication- and substance-related factors can play a role together.

Is stress the only cause of bruxism?

No. Stress and anxiety can play an important role, especially in awake bruxism. However, not every bruxism patient is under intense stress, and not every stressed person clenches. The mechanism of sleep bruxism cannot be explained by stress alone.

Stress, anxiety, intense mental load, emotional tension, depressive symptoms, anger control problems and perfectionist or highly controlled behaviour patterns can be related to bruxism activity. The presence of psychological factors does not mean the symptoms are imaginary. Muscle pain and tooth damage are real physical consequences.

Genetics, sleep and micro-arousals

Sleep bruxism being more common in some families suggests there may be a genetic predisposition; however, there is no single “bruxism gene.” Sleep bruxism can occur in some people in relation to short micro-arousals during sleep. During these, the heart rate, respiratory activity and autonomic nervous system can change, and short-term rhythmic activity can occur in the chewing muscles. This shows that bruxism is not merely a local problem arising from the teeth touching each other.

Medications, caffeine, nicotine, alcohol and reflux

Some antidepressants, serotonergic medications, stimulant medications, some attention-deficit and hyperactivity disorder medications, some antipsychotics and medications affecting the dopamine system can increase jaw muscle activity or the risk of bruxism. The patient should not stop their medication on their own decision; if medication-related bruxism is suspected, the doctor who prescribed the medication should be consulted.

High amounts of coffee, energy drinks, nicotine, alcohol and some stimulant substances can affect sleep quality and muscle activity; reducing these substances can relieve symptoms in some patients. Gastroesophageal reflux and nocturnal acid exposure can be seen together with sleep activity in some patients; it should not be forgotten that wear on the tooth surface can be related not only to grinding but also to acid erosion. In sudden-onset, very severe or uncontrolled jaw movements, a neurological evaluation may be needed.

Does a bite disorder cause bruxism?

The bite of the teeth was for many years considered the main cause of bruxism. However, current scientific evidence does not support that a specific bite disorder directly and alone creates bruxism. Systematic evaluations examining the relationship between malocclusion and bruxism have not shown a definite causality. Therefore, grinding down healthy teeth, crowning all the teeth or applying routine orthodontics just to stop clenching is not scientifically correct.

Nevertheless, the bite is not entirely unimportant. The bite can affect the distribution of forces to the teeth, which tooth is loaded more, the fracture risk of restorations, the location of wear and the tolerance of a painful muscle or joint system. Therefore, the bite should be evaluated not as the sole cause of bruxism, but as one of the factors affecting the consequences of the load created by bruxism.

Is there a relationship between bruxism and sleep apnea?

In some people, sleep bruxism can be seen together with snoring, obstructive sleep apnea, upper airway resistance, mouth breathing and frequent micro-arousals. However, not every bruxism patient has sleep apnea, not every sleep apnea patient clenches, bruxism alone does not make a diagnosis of sleep apnea, and a clenching guard does not treat sleep apnea.

If there are symptoms such as loud snoring, the partner noticing breathing pauses, waking as if choking, morning headache, morning dry mouth, daytime sleepiness, difficulty concentrating, resistant hypertension, excess weight, an increase in neck circumference, lower jaw retrusion, a narrow upper jaw and sleeping with the mouth open, a sleep evaluation becomes more important. In these patients, coordination with a sleep medicine, chest diseases, neurology or ear-nose-throat specialist may be needed.

Is bruxism a reflex trying to open the airway?

Some research shows that bruxism activity can occur around certain respiratory events. However, explaining all bruxism as “the body’s reflex to open the airway” is not correct. In some patients a relationship can be found; in others bruxism is independent of respiratory events. Therefore, it should not be said “the cause of your clenching is definitely the airway” without investigating snoring or apnea.

Does bruxism disrupt the jaw joint?

The relationship between bruxism and temporomandibular joint diseases is complex. Bruxism can increase the load on the chewing muscles, contribute to pain around the joint, worsen existing joint tenderness, exceed joint tolerance in some patients under long and high load and increase symptoms in patients with disc and joint disorder. However, not every bruxism patient develops jaw joint disease; likewise, the cause of every jaw joint patient is not bruxism.

Jaw joint problems can also be related to trauma, disc displacement, joint inflammation, degenerative disease, systemic rheumatic disease, muscle pain, psychosocial factors and the head-neck system.

Is surgery needed if there is a joint sound?

No. Click sounds that are painless and do not create movement limitation can only be monitored. Advanced evaluation may be needed in the situations of pain, limitation in opening the mouth, locking, sudden bite change, a history of trauma, a friction or grinding sound and a one-sided progressive joint complaint.

Is a jaw joint MRI needed for bruxism?

An MRI is not needed in every bruxism patient. An MRI can be considered in the situations of persistent joint pain, locking, marked limitation in opening the mouth, suspicion of disc disorder, symptoms continuing despite conservative treatment and planning of a surgical or minimally invasive procedure. An MRI does not need to be taken for every patient with muscle pain or only tooth wear.

Does clenching change the shape of the face?

Long and intense muscle activity can cause an increase in the volume of the masseter muscles in some people. In this case, the lower face can widen, the jaw corners can look more prominent, the face can gain a more square or muscular appearance and asymmetry can occur between the two sides. However, not every square face is caused by bruxism; bone structure, genetic face shape, weight change and other muscle characteristics also affect the appearance. The masseter muscle looking large does not necessarily mean there is high active bruxism.

Does clenching dissolve the jaw bone?

A definite statement that bruxism alone creates general jaw bone loss is not correct. However, excessive forces can increase mobility in teeth with periodontal disease, worsen the clinical effects of existing bone loss, raise the risk of mechanical complications in implants and prostheses and create traumatic bite findings. It should not be said that widespread bone loss develops directly in a healthy periodontium only because of bruxism.

Does clenching cause gum recession?

Gum recession is multifactorial. The main factors can be a thin gum structure, hard brushing, periodontal disease, the position of the tooth outside the bone, orthodontic movement, smoking, age, plaque accumulation and anatomical factors. Excessive load related to bruxism can affect existing periodontal problems or cervical lesions; but it should not be presented as the sole cause of gum recession.

Abfraction is the term used to explain wedge-shaped substance losses in the part of the teeth close to the gum level. Hard and incorrect brushing, acid erosion, the enamel-dentin structure, mechanical stress and bruxism can play a role together in the formation of these lesions. Not every cervical lesion should be attributed only to clenching.

Does bruxism affect teeth, implants and restorations?

Intense and repetitive forces can contribute to enamel cracks, filling fracture, tooth cusp fracture, root or crown fracture in a root-canal-treated tooth and laminate or crown damage. However, in the development of a fracture, the remaining healthy tissue of the tooth, the size of the filling, decay, previous root canal treatment, restoration design, material thickness and the bite are also important.

Bruxism does not mean the direct biological rejection of an implant; but high mechanical load can create implant-supported prosthesis fracture, porcelain crack, screw loosening, screw fracture, wear of the prosthesis and, in some risky cases, peri-implant bone and component problems. If there is bruxism in implant planning, the number of implants, diameter and position, prosthesis extensions, material selection, the bite, a protective night guard and regular maintenance should be evaluated particularly.

Excessive forces can also increase the mechanical risk of aesthetic restorations such as laminate veneers; porcelain crack, laminate detachment, composite fracture, the veneer coming off and wear of the opposing tooth can be seen. There is no absolute rule that an aesthetic restoration cannot be done for a patient with bruxism; however, the treatment design and protective measures should be personalized.

Does bruxism cause headache or tinnitus?

Excessive activity in the chewing muscles can create temple pain, morning headache, facial pain and tension-like pain in some people. However, not every headache is caused by bruxism. A neurology evaluation may be needed in the situations of a new and severe headache, vision or speech disorder, numbness or loss of strength, one-sided progressive pain, fever, trauma, pain that wakes at night or progressively increases, and migraine features.

Somatosensory mechanisms related to the jaw joint and chewing muscles can affect the intensity of tinnitus in some people. However, tinnitus can arise from many different causes such as hearing loss, noise exposure, inner ear diseases, vascular problems, medications and neurological factors. Especially one-sided, pulse-synchronous tinnitus or that together with hearing loss should not be attributed only to the jaw joint.

How is bruxism diagnosed?

The diagnosis of bruxism does not rely on a single examination finding. The evaluation can consist of the stages of a detailed history, dental examination, muscle examination, jaw joint examination, sleep evaluation, photographs and digital records and, when needed, electromyography or polysomnography.

In the history, grinding sounds at night, morning jaw fatigue, tooth contact during the day, head and temple pain, frequently broken teeth or fillings, snoring or breathing pauses, medications used, caffeine, smoking and alcohol consumption, stress and sleep quality and previously applied night guard or botox are questioned. In the dental examination, wear surfaces, cracks, fractures, restorations, sensitivity, tooth vitality, bite contacts, tooth mobility, periodontal status and cervical lesions are evaluated; whether the wear is active or old should be compared with records as much as possible.

In the muscle and jaw joint examination, the masseter and temporal muscles, neck muscles, muscle volume and tenderness, the amount of mouth opening, deviation during opening, click, friction sound and a history of locking are examined. In the sleep evaluation, snoring, breathing pauses, daytime sleepiness, morning headache, dry mouth and frequent waking at night can be questioned. To see whether tooth wear has progressed over time, intraoral photographs, digital intraoral scanning, models and bite records can be used.

Surface electromyography can be used to measure muscle activity; this method can record muscle activity for certain periods but does not explain the whole bruxism diagnosis alone. Polysomnography done in a sleep laboratory can be used in the detailed evaluation of sleep bruxism and accompanying sleep disorders; it is not necessary for every patient. It can be more meaningful in the situations of suspicion of sleep apnea, severe and unexplained nocturnal symptoms, unresponsiveness to standard treatments and investigation of definite sleep bruxism activity.

The diagnostic levels of bruxism

In clinical practice, bruxism evaluation can be classified according to the level of evidence. In possible bruxism, there is the patient’s own report or the partner’s observation. In probable bruxism, there are clinical findings alongside the patient’s report. In the definite evaluation, polysomnography and muscle records in sleep bruxism, and intensive time behaviour recording or suitable technological measurements in awake bruxism can be used. In daily practice, laboratory confirmation is not necessary in every patient; the need for treatment is mostly determined according to the damage and symptoms it creates.

How is bruxism treated?

There is no single treatment that can be applied to all patients for bruxism. The aims of treatment can be to protect the teeth and restorations, reduce pain, regulate the muscle load, distinguish jaw joint problems, increase awake bruxism awareness, investigate sleep disorders, rehabilitate damaged teeth and reduce relapse and complications. Completely eliminating bruxism is not always possible; some treatments reduce muscle activity while others only protect the teeth.

Bruxism night guard

A night guard or occlusal splint is a removable appliance placed over the teeth. Its aims can be to protect the teeth directly from wear, help distribute forces more evenly, monitor the condition of the jaw muscles and joint, protect restorations and reduce pain in some patients.

A night guard does not always stop bruxism. A night guard mostly does not eliminate the central or sleep-related mechanism of bruxism; the patient can continue to clench or grind on the guard. The correct statement is: a night guard does not stop clenching in every patient; but it can protect the teeth and restorations, regulate force distribution and reduce muscle-joint symptoms in some patients.

The choice of guard should be made according to the patient. A hard acrylic stabilization splint allows more controlled adjustment of the contacts, long-term follow-up can be easier and it can be preferred in some TMJ and muscle cases. A soft guard can feel more comfortable at first use; but in some patients it can increase clenching activity and can wear more quickly. Standard guards bought online may not record the bite correctly, may apply excessive pressure to the teeth, may cause tooth movement and may increase jaw joint or muscle complaints.

A night guard can be made for either jaw; the decision is made according to missing teeth, restorations, the bite, the patient’s comfort and the treatment aim. There is no fixed use period; the guard should be checked regularly because it can wear over time or lose its fit due to changes in the teeth. Standard stabilization guards do not treat sleep apnea; in a patient with suspicion of snoring and apnea, the guard design should be handled together with a sleep and airway evaluation. The mandibular advancement device used in sleep apnea treatment is not the same as a standard bruxism night guard.

Treatment with botulinum toxin

Botulinum toxin, applied to the masseter and, when needed, certain chewing muscles, can temporarily reduce the maximum force created by the muscle. Its possible effects can be a reduction in muscle pain, a reduction in clenching force, a reduction in masseter volume, relief in TMJ-area complaints in some patients and a reduction in the mechanical load on restorations.

Botox does not completely treat bruxism. Botulinum toxin does not eliminate the whole neurological mechanism of sleep bruxism, does not change awake bruxism behaviour alone, does not treat snoring or sleep apnea and does not always replace a guard, sleep evaluation and behaviour regulation. Systematic reviews show that botulinum toxin can reduce pain and muscle force in some patients; however, there are significant differences between studies in dose, muscle selection, measurement method and follow-up periods. A standard bruxism protocol has not yet been finalized, and its use may be off-label in most regions. A 2024 systematic review reported benefit in pain and jaw stiffness in selected patients with sleep bruxism and TMJ complaints, while emphasizing that the results should be evaluated with caution due to differences in study designs and limited sample size.

The effect varies according to the person, dose, the muscle applied to and the muscle volume; mostly the first effect can begin within a few days, the maximum effect can become marked within weeks and the effect can decrease within months. It cannot be guaranteed that it lasts a fixed three, four or six months in every patient. Possible side effects can be pain at the injection site, bruising, temporary chewing weakness, fatigue in chewing hard foods, facial asymmetry, temporary change in the smile, excessive reduction in muscle volume, an unexpected aesthetic change in the jawline and spread to neighbouring muscles. The long-term effects of very high doses or frequently repeated applications on the muscle and surrounding tissues should be evaluated carefully. If the masseter muscle is large, the muscle volume can decrease over time and the lower face can look narrower; but the bone structure does not change and excessive application can create a sunken or aged facial appearance. Botulinum toxin should not be applied automatically only for the purpose of slimming the face.

Physiotherapy, behavioural treatment and stress management

In muscle-related pain and movement limitation, controlled jaw exercises, manual therapy, muscle relaxation techniques, hot or cold application, postural education, neck and shoulder exercises and breathing awareness can be useful. Excessive and uncontrolled jaw exercise can worsen some joint problems; general exercise programs bought online are not suitable for every patient.

In awake bruxism, one of the most important treatment areas is awareness. The patient can be taught a rest position during the day in which the lips are comfortably closed or lightly touching, the teeth are apart, the tongue is relaxed on the palate and the jaw muscles are not tense. As a reminder, a phone alarm, screen note, wristband or a digital tracking app can be used. The aim is not to forcibly keep the teeth apart all day, but to notice unnecessary muscle activity. Stress-reduction methods, cognitive behavioural therapy, relaxation exercises, mindfulness, breathing exercises and sleep regulation can be helpful, especially in patients with awake bruxism and chronic pain. Recommending psychological support does not mean the patient’s pain is psychological.

Sleep regulation, sleep apnea and medication

In patients with sleep bruxism, a regular sleep schedule, reducing insufficient sleep, limiting late caffeine, reducing alcohol consumption, quitting nicotine and reducing intense screen use at night can be evaluated; these measures can improve general sleep quality but are not a definitive bruxism treatment on their own. If sleep apnea is detected, the treatment is planned by a sleep physician and the relevant branches; lifestyle and weight management, position therapy, CPAP, a mandibular advancement device, ENT treatments and, in selected patients, orthodontic or surgical approaches can be used.

There is no single long-term medication suitable for everyone for bruxism. Some medications can be used in selected and short-term situations for pain control, muscle spasm, sleep regulation and accompanying anxiety or neurological conditions. However, muscle relaxants are not a routine and long-term solution, sleep medications can create dependence and daytime drowsiness, some psychiatric medications can increase bruxism, and a medication change should be made only by the prescribing doctor. In people with magnesium deficiency, correcting the deficiency is important; however, there is not enough strong evidence that magnesium treats bruxism in all patients, and supplements should not replace the main treatment.

Do orthodontics and clear aligners treat bruxism?

Orthodontic treatment is not the routine and definitive treatment of bruxism. Correcting the teeth does not eliminate the central mechanism of sleep bruxism, does not automatically stop stress-related daytime clenching and does not solve every muscle and joint pain. However, orthodontics can be part of rehabilitation in the situations of excessive and traumatic positions of the teeth, space arrangement before restoration, rehabilitation preparation in worn teeth, protective bite adjustment, management of missing-tooth areas and skeletal jaw disorders. Moving or extracting healthy teeth just to cure bruxism is not correct.

Invisalign and other clear aligners are used for the orthodontic movement of the teeth. Aligners can create a protective barrier between the tooth surfaces; but they do not treat bruxism, are not designed for the same purpose as a night guard, can crack under severe clenching and the patient can continue to clench on the aligner. After orthodontics, a separate protective retainer or night guard may be needed.

Restorative and prosthetic treatment

In patients with advanced tooth wear related to bruxism, only filling the worn surfaces may not be sufficient. In planning, whether the wear is active, the amount of remaining enamel and dentin, the vertical dimension, speech, the jaw joint, the muscles, tooth vitality, periodontal support and aesthetic expectation are evaluated. The treatment options can be composite bonding, onlay, overlay, porcelain laminate, E-max restoration, zirconia or different crowns, implant-supported restoration and temporary test restorations. Natural tooth tissue should be preserved as much as possible.

Not all teeth need to be crowned. A bruxism diagnosis is not an indication on its own for reducing and crowning all the teeth. Full-mouth rehabilitation should be evaluated only if there is advanced substance loss, a collapsed bite, loss of chewing function, many failed restorations and structurally weakened teeth.

Why may a single method not be sufficient in bruxism treatment?

In one patient, sleep bruxism, daytime clenching, masseter hypertrophy, jaw joint disc disorder, snoring, sleep apnea, head-neck pain, advanced tooth wear, broken restorations and anxiety or intense stress can be present at the same time. Botulinum toxin alone can reduce muscle force; but it does not treat sleep apnea, broken teeth or daytime behaviour. A night guard alone can protect the teeth; but it may not solve the airway problem or muscle awareness. Therefore, treatment can include more than one step according to the patient: damage and risk evaluation, sleep and systemic evaluation, determination of the active pain source, protective treatment, muscle and behaviour management, management of sleep disorders, joint treatment, rehabilitation of the teeth and long-term follow-up.

Does bruxism completely go away? What happens if it is not treated?

Bruxism may not completely and permanently disappear in every patient. In some people it can be periodic, increase and decrease with stress, change with age, be affected by a medication change, decrease with sleep-disorder treatment and require long-term protective care. The realistic goal of treatment should mostly be to prevent damage, reduce pain, control the muscle load, evaluate sleep and accompanying causes and protect restorations. Promises such as “bruxism ends definitively” or “it is completely solved with a single session of botox” should not be given.

Mild bruxism that does not create damage may not always require active treatment. However, in a severe and uncontrolled situation, tooth wear can progress, tooth lengths can shorten, dentin can be exposed, sensitivity can develop, fillings and veneers can break, tooth cracks can form, root canal treatment or tooth loss may be needed, mechanical complications can occur in implant prostheses, the jaw muscles can grow, muscle and joint pain can become chronic, mouth opening can be limited and the treatment can become more comprehensive and costly. Not all of these consequences occur in every patient.

How long does bruxism treatment take?

The treatment time varies according to the scope of the problem. Awareness and behaviour follow-up can take weeks or months, a night guard can be used long-term, muscle pain treatment can take a few weeks or longer, the effect of botulinum toxin is temporary and requires re-evaluation, sleep apnea treatment is long-term, advanced tooth rehabilitation can require several stages and jaw joint treatment is arranged according to the clinical response. A fixed treatment time cannot be given for all patients.

Why do bruxism treatment prices in Istanbul vary?

Bruxism is not a single procedure. The factors that can affect the price can be the scope of the examination, digital scanning, radiological imaging, jaw joint MRI, sleep test, a custom guard, guard material and design, physiotherapy, the botulinum toxin dose and number of muscles, intra-articular procedures, restoration of damaged teeth, full-mouth rehabilitation and the check-up and follow-up program. Comparing only on the basis of “bruxism botox price” or “night guard price” is not sufficient.

The patient should evaluate whether a sleep and airway history is taken, whether jaw joint and muscle pain are distinguished, whether the guard is prepared custom, whether the guard contacts are checked, to which muscles and with what justification botulinum toxin is applied, whether the treatment only reduces muscle force or also examines the underlying risks, whether worn teeth are monitored before treatment and whether there is a long-term check-up program.

Which doctor should be consulted for bruxism?

The first evaluation can be made by a dentist or relevant specialist experienced in bruxism, the jaw joint and occlusion. According to the findings, the support of a sleep physician, ear-nose-throat, neurology, psychiatry, physiotherapy or algology may be needed. If there is tooth fracture, progressive wear, severe pain, jaw locking, breathing pauses, serious sleepiness or a neurological symptom, it should be evaluated without delay.

Bruxism evaluation at Dentapolitan

At Dentapolitan, bruxism is not handled merely as nighttime clenching or tooth wear. In the evaluation, when needed, the distinction between sleep and awake bruxism, tooth and restoration damage, the chewing muscles, masseter hypertrophy, the jaw joint, the bite, periodontal tissues, the head and neck muscles, medications used, snoring and sleep apnea risk, mouth breathing, reflux and stress and behavioural factors are examined together.

Treatment is not reduced only to the question of “guard or botox?” According to the patient, behaviour awareness, a custom stabilization guard, physiotherapy, sleep evaluation, botulinum toxin, jaw joint treatment, restorative rehabilitation, orthodontics and periodontal treatment options can be planned together. Our aim is not only to reduce muscle force, but to prevent damage, reduce pain and evaluate the underlying causes. Dentapolitan serves in Istanbul through its clinics in Ümraniye and Pendik.

This content has been prepared for general health information purposes. It does not replace an examination, diagnosis or a personalised bruxism treatment plan.