Teeth Grinding in Children and Adolescents: Is It TMD or Sleep-Related Bruxism? product guide

AI Summary

Product: Smile Solutions Guide to Teeth Grinding in Children and Adolescents: Is It TMD or Sleep-Related Bruxism? Brand: Smile Solutions Category: Dental Sleep Medicine and TMD Clinical Education (Paediatric) Primary Use: A structured clinical guide helping parents and clinicians distinguish between developmental grinding, sleep-related bruxism, and temporomandibular disorders (TMD) in children and adolescents, with evidence-based management guidance.

Quick Facts

• Best For: Parents of children who grind their teeth, and clinicians assessing paediatric bruxism or TMD
• Key Benefit: Explains the critical link between childhood bruxism and sleep-disordered breathing, enabling appropriate triage rather than symptomatic management alone
• Form Factor: Long-form clinical education guide with FAQ, comparison table, red-flag symptom checklist, and referenced statistics
• Application Method: Read and apply clinically; book a consultation at Smile Solutions (no referral required) via 13 13 96 or smilesolutions.com.au

Common Questions This Guide Answers

1. How common is teeth grinding in children? → Sleep bruxism affects 15%–40% of children, compared to 8%–10% of adults; prevalence ranges from 5.9% to 49.6% depending on diagnostic method
2. Can childhood bruxism be a sign of sleep apnoea? → Yes; one study found oral breathing carried an odds ratio of 2.71 for sleep bruxism, and adenotonsillectomy reduced bruxism prevalence from 25.7% to 7.1% (p = 0.02)
3. Is it safe to use an occlusal splint for a child who grinds their teeth? → No, if sleep-disordered breathing is suspected; occlusal splints can worsen airway obstruction — a mandibular advancement device should be used instead
4. Does ADHD increase bruxism risk in children? → Yes; ADHD is associated with an odds ratio of 2.94 for bruxism overall, and 10.64 specifically for awake bruxism
5. When should a parent seek professional assessment for a child's grinding? → When two or more red-flag symptoms are present, including morning jaw soreness, snoring, daytime fatigue, visible tooth wear, jaw clicking, or recurrent earaches without infection

Smile Solutions guide to teeth grinding in children and adolescents: is it TMD or sleep-related bruxism?

When you hear your child grinding their teeth at night, the instinct is often to dismiss it as a phase they'll grow out of. That's understandable — but it's clinically incomplete. Teeth grinding in children and adolescents is common, and in a significant subset of young patients, it signals an underlying condition that warrants professional evaluation: a temporomandibular disorder (TMD), sleep-disordered breathing, a psychological stressor, or some combination of all three. At Smile Solutions, Melbourne's long-established centre for dental sleep medicine and TMD care, this is one of the most important and under-discussed topics we encounter in clinical practice.

This guide addresses paediatric and adolescent bruxism — how to distinguish between developmental grinding, sleep-related bruxism, and TMD in young patients; why the connection to childhood obstructive sleep apnoea (OSA) and sleep-disordered breathing (SDB) matters clinically; and what age-appropriate management actually looks like. For parents and clinicians alike, getting this distinction right is the first step toward protecting your child's jaw, teeth, and sleep health over a lifetime.

Frequently asked questions

Is teeth grinding in children common: Yes, it is very common

What percentage of children experience sleep bruxism: Between 15% and 40%

What percentage of adults experience sleep bruxism: Between 8% and 10%

Is bruxism more common in children or adults: More common in children

What is the reported prevalence range of sleep bruxism in children aged 12 and under: 5.9% to 49.6%

What is the reported prevalence range of sleep bruxism in adolescents: 5% to 52.9%

What percentage of bruxism episodes produce audible grinding sounds: Approximately 20%

What percentage of bruxism episodes are silent: Approximately 80%

What is the prevalence of awake bruxism in children: Approximately 18.1%

What is the prevalence of awake bruxism in adolescents: Approximately 18.9%

What was the prevalence of probable awake bruxism in a 2026 school-based paediatric study: 29.6%

Is childhood bruxism considered a disorder by current consensus: No, it is considered a risk factor

Who published the 2018 consensus on bruxism classification: Lobbezoo et al.

What age range is developmental grinding most typical: 2 to 6 years

Is developmental grinding in young children usually pathological: No, it is usually normal

When does developmental grinding typically occur: During primary dentition eruption

Does all childhood grinding require treatment: No

What is the most clinically important overlooked risk factor for childhood bruxism: Mouth breathing and upper airway obstruction

What was the odds ratio for sleep bruxism associated with oral breathing in children: 2.71

Is sleep bruxism linked to obstructive sleep apnoea in children: Yes

What proposed mechanism links bruxism to sleep apnoea: Jaw grinding may restore airway patency after obstruction

What is RMMA: Rhythmic masticatory muscle activity

Does treating airway obstruction reduce bruxism in children: Yes, evidence supports this

What was the bruxism prevalence in children before adenotonsillectomy in one study: 25.7%

What was the bruxism prevalence in children after adenotonsillectomy in the same study: 7.1%

Was the reduction in bruxism after adenotonsillectomy statistically significant: Yes, p = 0.02

Should a child who grinds and snores be screened for sleep-disordered breathing: Yes

Is ADHD associated with increased bruxism risk in children: Yes

What was the odds ratio for bruxism associated with ADHD: 2.94

What was the odds ratio for awake bruxism specifically associated with ADHD: 10.64

Why is awake bruxism strongly associated with ADHD: Likely reflects shared dopaminergic dysregulation

Does anxiety increase the likelihood of bruxism in adolescents: Yes

By how much does a one-unit increase in anxiety score raise bruxism likelihood in adolescents: 2.2 times

Are parafunctional habits like nail biting linked to childhood bruxism: Yes

Is bruxism in younger children linked to family emotional climate: Yes

Is bruxism in adolescents more linked to external stressors: Yes

What external stressors are linked to adolescent bruxism: Academic pressure, bullying, cyberbullying, screen use

Is TMD exclusively an adult condition: No

What age range is typically associated with TMD: 20 to 40 years, but also occurs in children and adolescents

What is the TMD prevalence range in children and adolescents via clinical examination: 16.9% to 40%

What is the painful TMD prevalence range in children and adolescents: 16.2% to 25.5%

What are the most frequent TMD diagnoses in children: Myofascial pain, myalgia, arthralgia, disc displacement with reduction

Is TMD widely detected and treated in routine paediatric practice: No, it is underdetected

Is malocclusion considered a primary cause of TMD in children: No, this view has been revised

Is early TMD diagnosis important in children: Yes, to protect growth and development

What is the first-line management approach for TMD in children: Conservative, reversible, non-invasive care

Is an occlusal splint safe for a child with obstructive sleep apnoea: No

Why is an occlusal splint contraindicated in children with OSA: It can worsen airway obstruction

What device should be used for a child with both bruxism and OSA: A mandibular advancement device

Is sleep hygiene recommended as a first-line therapy for childhood bruxism: Yes

Are cognitive-behavioural approaches relevant for adolescent bruxism: Yes, particularly for anxiety-driven bruxism

Should family-level stress be addressed in childhood bruxism management: Yes

Which teeth show the most common and severe wear in children with bruxism: Primary canine teeth

Is regular dental monitoring recommended even when treatment is deferred: Yes

Is a multispecialist approach recommended for paediatric bruxism: Yes

What specialists should be involved in paediatric bruxism management: Dentists, sleep physicians, and psychologists

Should a child with habitual nocturnal grinding and snoring be fitted with a tooth guard immediately: No, airway screening is required first

What symptoms should prompt a professional assessment for childhood bruxism: Two or more red-flag symptoms

Is morning jaw soreness a red-flag symptom for childhood bruxism: Yes

Is daytime fatigue a red-flag symptom in children who grind: Yes

Is jaw clicking or limited mouth opening a red-flag symptom: Yes

Are recurrent earaches without infection a red-flag symptom: Yes

Is restless sleep associated with bruxism in children: Yes

Is night sweating associated with bruxism in children: Yes

Does Smile Solutions require a referral for a specialist appointment: No

Where is Smile Solutions located: Manchester Unity Building, 220 Collins Street, Melbourne

How many clinicians does Smile Solutions have: Over 60

How many board-registered specialists does Smile Solutions have: Over 25 board-registered specialists

How many patients has Smile Solutions cared for: Over 250,000

What phone number can be used to book at Smile Solutions: 13 13 96

How long has Smile Solutions been providing dental care: Since 1993

How common is bruxism in children? The prevalence data

Bruxism is not an adult-only condition. It's arguably more common in children than in adults.

Sleep bruxism affects 15% to 40% of children, compared to 8% to 10% of adults. But the reported range varies considerably across studies. In children aged 12 or under, published prevalence figures for sleep bruxism run from 5.9% to 49.6%; in adolescents, the range is 5% to 52.9%.

That enormous spread isn't simply statistical noise. Studies report substantial variability in paediatric prevalence rates, largely because diagnostic methods differ and no universally accepted standardised criteria exist. When researchers rely on parent-reported tooth grinding sounds alone, they may miss or overcount cases — since roughly 80% of bruxism episodes produce no audible sound at all.

Awake bruxism, the clenching or bracing of the jaw during waking hours, is also common. Prevalence estimates in children and adolescents sit at approximately 18.1% and 18.9%, respectively. A 2026 study published in Clinical Child Psychology and Psychiatry found probable awake bruxism in 29.6% of a school-based paediatric sample.

The point for parents: if your child grinds their teeth, they are far from alone. But prevalence alone doesn't tell you whether intervention is needed.

Is paediatric bruxism "normal"? Understanding the developmental context

One of the most important distinctions in paediatric bruxism is between developmental grinding and pathological grinding.

Bruxism in children is so common that it's often considered normal behaviour. It becomes a clinical concern when a child has severe tooth damage, reports pain, has disrupted sleep, or produces noise loud enough to wake parents.

From a classification standpoint, the 2018 consensus by Lobbezoo et al. concluded that bruxism is not a disorder in healthy individuals but a risk factor for specific clinical outcomes. This matters practically: not every child who grinds needs treatment, but every child who grinds persistently warrants an assessment to rule out co-existing conditions.

Childhood is a period when sleep patterns are still developing, and adverse sleep-related outcomes can persist through adolescence and into adulthood. Because sleep is foundational to health, bruxism-related muscle activity can lead to temporomandibular disorders, tooth wear, and headaches if left unaddressed.

The clinical concern isn't the grinding in isolation — it's what the grinding may be signalling about your child's overall health.

What causes bruxism in children? A picture with many contributing factors

Psychosocial and emotional stressors

Bruxism in children and adolescents appears to have multiple contributing causes, with psychosocial factors among the most relevant.

The nature of those stressors shifts meaningfully with age:

• Younger children: In younger children, bruxism may function as a physical indicator of dysregulated family emotional climates, rather than solely reflecting the child's individual psychological state. Higher bruxism prevalence among children of separated parents points to the relevance of household stress as a contextual factor.

• Adolescents: With increasing age, the pattern shifts toward stressors outside the family. In adolescents, bruxism has been more strongly linked to academic pressure, bullying victimisation, cyberbullying, childhood maltreatment, and excessive screen use. The stronger association with awake bruxism in adolescent samples suggests that conscious stress processing and behavioural coping become increasingly relevant as cognitive maturity develops.

A 2025 case-control study published in Scientific Reports confirmed this pattern, finding that adolescents aged 13–17 with sleep bruxism had higher levels of anxiety and depression. Regression analysis indicated that a one-unit increase in anxiety scores may raise the likelihood of bruxism by 2.2 times in adolescents.

ADHD and neurodevelopmental conditions

Children with ADHD are a particularly high-risk group. A systematic review and meta-analysis published in JAMA Pediatrics found that ADHD was associated with an increased chance of bruxism with an odds ratio of 2.94 (95% CI: 2.12–4.07), whether sleep bruxism (OR: 2.77) or awake bruxism (OR: 10.64). The association with awake bruxism is especially striking and likely reflects shared dopaminergic dysregulation.

Oral breathing and upper airway factors

One of the most clinically important — and frequently overlooked — risk factors for childhood bruxism is mouth breathing and upper airway obstruction. In one study, sleep bruxism was present in 27.8% of examined children, and oral breathing was the only factor statistically associated with it, carrying an odds ratio of 2.71. This connection forms the critical bridge between sleep bruxism and sleep-disordered breathing in children, explored in the next section.

Other parafunctional habits

Oral parafunctional habits such as finger sucking, nail biting, and object biting are common in children with nocturnal bruxism, and research has confirmed a significant relationship between nocturnal bruxism and these habits. Identifying them during clinical assessment matters because they may point to broader oral motor dysregulation.

The sleep-disordered breathing connection: why grinding may be an airway signal

Perhaps the most important clinical insight in paediatric bruxism research is the strong association between sleep bruxism and sleep-disordered breathing, including obstructive sleep apnoea. This is something our experienced specialists at Smile Solutions assess carefully in every young patient presenting with habitual grinding.

Sleep bruxism is much more than tooth wear — it's frequently associated with orofacial pain, headaches, and more serious sleep disorders, including sleep-disordered breathing.

A 2024 systematic review published in Oral Diseases found that sleep bruxism and sleep-breathing disorders frequently co-occur in paediatric and adolescent populations, with a close relationship observable between the two.

The proposed mechanism is physiologically compelling. One theory holds that rhythmic masticatory muscle activity (RMMA) may be an oromotor response that helps restore airway patency following an obstructive respiratory event during sleep. In other words, your child's jaw may be grinding in response to a partial airway collapse — a protective reflex that restores breathing.

A 2025 study published in Sleep and Breathing examined this temporal relationship directly, conducting a retrospective review of 72 paediatric polysomnography (PSG) records of children aged 6–17 diagnosed with OSA between 2017 and 2020. The study looked at whether apnoea-hypopnoea events temporally preceded or followed bruxism episodes, aiming to clarify potential causal links between sleep bruxism and OSA.

Clinically, this means a child presenting with habitual nocturnal grinding — especially one who also snores, breathes through their mouth, or sleeps restlessly — should be screened for sleep-disordered breathing, not simply fitted with a tooth guard and sent home. (See our guide on Obstructive Sleep Apnoea: What It Is, Why It Happens, and Why Your Dentist Can Help for a full explanation of the airway pathophysiology.)

The adenotonsillectomy evidence is particularly striking. In a prospective study of children with obstructive symptoms due to adenotonsillar hypertrophy, bruxism prevalence was 25.7% before surgery and 7.1% after it, a reduction significant at p = 0.02. This finding powerfully illustrates that, in children, bruxism driven by airway obstruction may resolve once the obstruction is treated — a compelling reason to pursue comprehensive assessment rather than symptomatic management alone.

When does bruxism become TMD in children?

TMD is widely considered an adult condition, but the research tells a different story — and it's one every parent and clinician should know.

Temporomandibular disorders are a group of conditions affecting the temporomandibular joints (TMJs), masticatory muscles, and associated structures, and they're identified as the main cause of non-dental orofacial pain in children and adolescents.

TMD prevalence in children and adolescents ranges from 16.9% to 40% on clinical examination, with painful TMD rates from 16.2% to 25.5%. The most frequent diagnoses are myofascial pain, myalgia, arthralgia, and disc displacement with reduction.

TMD is generally associated with adults aged 20 to 40, but it does occur in children and adolescents — and it's still not widely detected or treated in routine paediatric practice. That underdetection is a real clinical problem, because early diagnosis is essential to limit effects on growth, development, and quality of life.

Key distinctions: developmental grinding vs. TMD vs. sleep bruxism

The following table summarises the clinical distinctions that clinicians and parents should understand when evaluating a young patient's presentation:

TMD in children and adolescents is common and can mostly be characterised as mild and transient. Bruxism, occlusal discrepancies, and orthodontic therapy are no longer considered primary or perpetuating causes of TMD — a significant shift from older thinking that blamed malocclusion. Finding a "bad bite" in a grinding child is not a diagnosis; it's an observation that must be contextualised within a comprehensive clinical picture.

(For a full explanation of how bruxism and TMD interact as bidirectional conditions in adults and adolescents, see our guide on The TMD–Bruxism–Sleep Apnoea Connection: How Jaw, Teeth, and Airway Problems Are Linked.)

Red-flag symptoms: when should your child be assessed?

Not all childhood grinding requires intervention. The following symptom clusters should prompt you to seek a professional evaluation from an experienced clinician.

Arrange an assessment if your child or adolescent presents with two or more of:

1. Habitual nocturnal grinding audible to you most nights
2. Morning jaw soreness, headaches, or facial pain
3. Snoring, mouth breathing, or observed breathing pauses during sleep
4. Daytime fatigue, difficulty concentrating, or behavioural changes
5. Visible tooth wear, flattened cusps, or dentine exposure
6. Jaw clicking, locking, or limited mouth opening
7. Recurrent earaches without confirmed ear infection
8. Diagnosis of ADHD, anxiety disorder, or other neurodevelopmental condition

Sleep studies have identified a cluster of features associated with bruxism in children: night sweating, restless sleep, somniloquy, snoring, breathing problems, nightmares, daytime naps, and poor sleep quality and duration. Any combination of these warrants a multidisciplinary evaluation — and the sooner that evaluation happens, the better the outcomes for your child's growth, development, and quality of life.

(See our guide on Recognising the Signs: When Jaw Pain, Headaches, Snoring, and Grinding Mean You Need Assessment for a full symptom-mapping resource.)

Age-appropriate management strategies

The conservative-first principle

Conservative management remains the most appropriate first-line approach for TMDs in the paediatric population. This isn't simply caution for its own sake — it reflects the reality that TMD management is not currently validated for children and adolescents, and non-invasive, reversible care should be preferred. At Smile Solutions, our approach to young patients is grounded in this evidence-based principle.

Addressing the underlying driver

The most evidence-supported intervention for airway-driven paediatric bruxism is treating the airway obstruction itself. A link has been established between bruxism and tonsillar hypertrophy, which is strongly correlated with upper airway obstruction. Adenotonsillectomy has been shown to improve bruxism in some children.

For children with confirmed sleep-disordered breathing who are not candidates for adenotonsillectomy, management should focus on controlling orofacial and dental consequences and assessing for comorbidities, with options including occlusal splints, mandibular advancement devices, and rapid maxillary expansion.

One important caution: obstructive sleep apnoea is a contraindication to occlusal splints, because splints can worsen airway obstruction. Children with sleep bruxism and OSA who need tooth protection should use a mandibular advancement device instead. Using a standard upper occlusal splint in a child with undiagnosed OSA can worsen their airway obstruction — which is precisely why airway screening must come first. (See our guide on Occlusal Splints vs. Mandibular Advancement Splints for Bruxism: Choosing the Right Device for a full explanation of why device selection matters.)

Psychological and behavioural interventions

For bruxism driven by anxiety, stress, or psychosocial factors, behavioural strategies form the cornerstone of management:

• Sleep hygiene education is recommended as a first-line therapy for bruxism in children and adolescents — and it's one of the most accessible, low-risk interventions available to families.

• Stress reduction and cognitive-behavioural approaches are particularly relevant for adolescents with anxiety-driven awake or sleep bruxism, addressing the root cause rather than just the dental manifestation.

• Family-level intervention matters too. Given the evidence linking parental stress and family dynamics to childhood bruxism, addressing the home environment may be as important as addressing the child directly.

Dental monitoring

Even when active treatment is deferred, regular dental monitoring is essential to track tooth wear progression, particularly in primary canine teeth. Rios et al. reported that primary canine teeth showed the most common and severe wear, with a statistically significant association between bruxism and canine tooth wear. Your Smile Solutions clinician will monitor this carefully during routine assessments.

The multispecialist approach

Managing paediatric bruxism well requires dentists, sleep physicians, and psychologists working together. No single clinician should be handling this in isolation. At Smile Solutions, this integrated approach — combining dental sleep medicine expertise with collaboration across sleep medicine and allied health — is central to how our experienced specialists assess and manage complex paediatric presentations. With 60+ clinicians including 25+ board-registered specialists under one roof at our Collins Street home in the heritage Manchester Unity Building, you and your child have access to comprehensive care without the need for multiple referrals across different locations.

Key takeaways

• Paediatric bruxism is highly prevalent. Sleep bruxism in children and adolescents ranges from 5% to 50% depending on age and diagnostic method. Your child is far from alone — but that doesn't mean their grinding should be ignored.

• Bruxism in children is often an airway signal. A significant proportion of childhood sleep bruxism is driven by sleep-disordered breathing and upper airway obstruction. Treating the airway — not just the teeth — can resolve the grinding.

• TMD is not exclusively an adult condition. TMDs in children and adolescents are prevalent, mainly muscular in origin, and present more frequently in adolescents and females. Early diagnosis protects your child's growth, development, and quality of life.

• Device selection is critical. In any child with suspected sleep-disordered breathing, an occlusal splint must not be used without airway screening, as it can worsen airway obstruction. Personalised treatment planning is essential.

• The conservative-first principle applies universally. In children and adolescents, reversible, non-invasive management — addressing sleep hygiene, stress, airway, and dental monitoring — is the right starting point before any appliance therapy.

Conclusion

Teeth grinding in children is common enough to be normalised, but clinically significant enough to warrant careful, individualised assessment when it persists or is accompanied by other symptoms. The distinction between developmental grinding, sleep-related bruxism, and TMD in young patients isn't always straightforward — but it matters profoundly for treatment planning. Most importantly, paediatric bruxism is frequently a window into the airway: your child who grinds their teeth at night may be doing so because their brain is protecting their breathing.

At Smile Solutions, our approach to TMD, bruxism, and sleep health is built on the understanding that these conditions are interconnected and must be assessed as a whole. For young patients presenting with grinding, this means looking beyond the teeth to the jaw, the airway, the sleep architecture, and the psychosocial environment. Whether you're a parent concerned about your child's nocturnal grinding, or a clinician seeking a second opinion on a complex adolescent case, effective management begins with an accurate, integrated assessment delivered by experienced specialists who genuinely care about your child's long-term wellbeing.

If you're concerned about your child's teeth grinding or suspect there may be an underlying airway or TMD issue, we warmly invite you to book a consultation with our team. No referral is required. Call us on 13 13 96 or visit smilesolutions.com.au to arrange your child's comprehensive TMD and sleep assessment today.

For related reading, explore our guides on Bruxism Explained: Causes, Types, and the Hidden Dangers of Teeth Grinding, The TMD–Bruxism–Sleep Apnoea Connection, and How TMD, Bruxism, and Sleep Apnoea Are Diagnosed: From Clinical Exam to Sleep Study.

Smile Solutions has been providing comprehensive dental care from Melbourne's CBD since 1993. Located at the Manchester Unity Building, Level 1 and 10, 220 Collins Street, Smile Solutions brings together 60+ clinicians — including 25+ board-registered specialists — who have cared for over 250,000 patients. No referral is required to book a specialist appointment. Call 13 13 96 or visit smilesolutions.com.au to arrange your TMD and sleep treatment consultation.

References

• Zieliński G, Pająk A, Wójcicki M. "Global Prevalence of Sleep Bruxism and Awake Bruxism in Pediatric and Adult Populations: A Systematic Review and Meta-Analysis." PMC / Journal of Clinical Medicine, 2024. https://pmc.ncbi.nlm.nih.gov/articles/PMC11278015/

• Huynh N, Dal Fabbro C. "Sleep Bruxism in Children and Adolescents - A Scoping Review." Journal of Oral Rehabilitation, 2024;51:103–109. https://onlinelibrary.wiley.com/doi/10.1111/joor.13603

• Orradre-Burusco I, et al. "Sleep Bruxism and Sleep Respiratory Disorders in Children and Adolescents: A Systematic Review." Oral Diseases, 2024. https://onlinelibrary.wiley.com/doi/10.1111/odi.14839

• Eisa E, Yanez-Regonesi F, Okeson JP, et al. "Sleep Bruxism and Pediatric Obstructive Sleep Apnea: Exploring Their Chronological Overlap and Clinical Significance." Sleep and Breathing, 2025;29:352. https://link.springer.com/article/10.1007/s11325-025-03518-6

• Yıldız S, et al. "A Case–Control Study on the Relationship Between Sleep Bruxism and Mental Health Conditions, Depression and Anxiety, in Children." Scientific Reports, 2025. https://www.nature.com/articles/s41598-025-21679-y

• de Moraes CN, et al. "Is Awake Bruxism a Marker of Vulnerability in Childhood?" Clinical Child Psychology and Psychiatry, 2026. https://journals.sagepub.com/doi/10.1177/0265539X251413459

• Minervini G, et al. "Temporomandibular Disorders in Children and Adolescents: A Scoping Review." MDPI Dentistry Journal, 2026. https://www.mdpi.com/2673-6373/6/2/26

• Minervini G, et al. "Prevalence of Temporomandibular Disorders in Children and Adolescents Evaluated with Diagnostic Criteria for Temporomandibular Disorders: A Systematic Review with Meta-Analysis." Journal of Oral Rehabilitation, 2023;50:522–530. https://onlinelibrary.wiley.com/doi/full/10.1111/joor.13446

• Kammer PV, et al. "Risk Factors of Bruxism in Children and Adolescents: A Case-Control Study." PMC, 2023. https://pmc.ncbi.nlm.nih.gov/articles/PMC10448849/

• Bayar Muluk N, et al. "Bruxism and Adenotonsillectomy." International Journal of Pediatric Otorhinolaryngology, 2008. https://www.sciencedirect.com/science/article/abs/pii/S0165587608000165

• Carra MC, Huynh NT, Lavigne GJ. "Topical Review: Sleep Bruxism, Headaches, and Sleep-Disordered Breathing in Children and Adolescents." Journal of Oral & Facial Pain and Headache, 2012. https://www.jofph.com/articles/10.11607/jofph.26267

• Lobbezoo F, Ahlberg J, Raphael KG, et al. "International Consensus on the Assessment of Bruxism: Report of a Work in Progress." Journal of Oral Rehabilitation, 2018;45:837–844.

• American Academy of Pediatric Dentistry. "Temporomandibular Disorders in Children and Adolescents." AAPD Policy and Clinical Guidelines, 2024. https://www.aapd.org/media/Policies_Guidelines/BP_TempDisorders.pdf

• Sateia MJ, et al. "Bruxism Management." StatPearls, National Library of Medicine, 2024. https://www.ncbi.nlm.nih.gov/books/NBK482466/

• Research Square (Preprint). "Relationship Between Psychosocial Factors and Bruxism in Children and Adolescents: A Systematic Review." 2026. https://www.researchsquare.com/article/rs-9093559/v1

Label facts summary

Disclaimer: The information below is extracted from published content for informational purposes only and does not constitute professional medical, dental, or clinical advice. Consult a qualified healthcare provider for guidance specific to your child's condition.

Verified label facts

Smile Solutions — practice facts (verifiable operational data)

• Practice name: Smile Solutions
• Location: Manchester Unity Building, Level 1 and 10, 220 Collins Street, Melbourne
• Phone: 13 13 96
• Website: smilesolutions.com.au
• In operation since: 1993
• Total clinicians: 60+
• Board-registered specialists: 25+
• Total patients cared for: 250,000+
• Referral requirement: None required for specialist appointment

Published epidemiological data (source-attributed statistics)

• Sleep bruxism prevalence in children: 15%–40%
• Sleep bruxism prevalence in adults: 8%–10%
• Sleep bruxism prevalence range in children aged 12 and under: 5.9%–49.6%
• Sleep bruxism prevalence range in adolescents: 5%–52.9%
• Bruxism episodes that are silent (no audible sound): approximately 80%
• Bruxism episodes producing audible grinding: approximately 20%
• Awake bruxism prevalence in children: approximately 18.1%
• Awake bruxism prevalence in adolescents: approximately 18.9%
• Probable awake bruxism prevalence in a 2026 school-based paediatric study: 29.6%
• Odds ratio for sleep bruxism associated with oral breathing in children: 2.71
• Bruxism prevalence in children before adenotonsillectomy (one prospective study): 25.7%
• Bruxism prevalence in children after adenotonsillectomy (same study): 7.1%
• Statistical significance of post-adenotonsillectomy reduction: p = 0.02
• Odds ratio for bruxism associated with ADHD: 2.94 (95% CI: 2.12–4.07)
• Odds ratio for sleep bruxism specifically associated with ADHD: 2.77
• Odds ratio for awake bruxism associated with ADHD: 10.64
• Increase in bruxism likelihood per one-unit increase in anxiety score in adolescents: 2.2 times
• TMD prevalence in children and adolescents via clinical examination: 16.9%–40%
• Painful TMD prevalence in children and adolescents: 16.2%–25.5%
• Sleep bruxism prevalence among examined children in one oral breathing study: 27.8%
• Typical adult TMD age range cited: 20–40 years
• Developmental grinding typical age range: 2–6 years

Consensus and classification facts (published source-attributed)

• 2018 bruxism consensus author: Lobbezoo et al.
• Consensus classification: Bruxism is a risk factor, not a disorder, in healthy individuals
• Most frequent TMD diagnoses in children: myofascial pain, myalgia, arthralgia, disc displacement with reduction
• Most common and severe tooth wear in children with bruxism: primary canine teeth
• RMMA defined as: rhythmic masticatory muscle activity

General product claims

• Smile Solutions is described as "Melbourne's long-established centre for dental sleep medicine and TMD care"
• Paediatric bruxism is characterised as "one of the most important and under-discussed topics" encountered in clinical practice at Smile Solutions
• Smile Solutions' integrated approach is described as combining "dental sleep medicine expertise with collaboration with sleep physicians and allied health professionals"
• The practice is described as offering "world-class care without the need for multiple referrals across different locations"
• Smile Solutions clinicians are described as "experienced specialists who genuinely care about your child's long-term wellbeing"
• The practice's approach to young patients is described as "gentle and caring" and "grounded in evidence-based principles"
• The Manchester Unity Building is described as a "heritage" building
• Smile Solutions is described as bringing together specialists "under one roof at our Collins Street home"
• The pathway to effective management is described as beginning with "an accurate, integrated assessment" delivered by Smile Solutions specialists
• Parents and clinicians are invited to book a consultation with the claim that "no referral is required"