Bracket Positioning in Orthodontics: Why It Matters

Bracket positioning in orthodontics is a fundamental component of fixed-appliance treatment. The prescription incorporated into a bracket can only be expressed as intended when the bracket is positioned accurately relative to the tooth's clinical anatomy.

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Errors in vertical height, mesiodistal position, angulation, rotation, or buccolingual orientation can alter the expression of tip and torque, potentially producing unwanted tooth movements and increasing the need for bracket repositioning or compensatory archwire bends.

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The importance of accurate bracket placement is particularly relevant to preadjusted appliances, where much of the intended tooth movement is incorporated into the bracket prescription.

🔹 Why Bracket Positioning Matters
The straight-wire concept developed from Andrews' work relies on accurately transferring the prescribed bracket geometry to the teeth. Andrews' six keys of normal occlusion provided an important foundation for the development of preadjusted orthodontic appliances.

Bracket positioning influences several clinically relevant variables:
▪️ Vertical position: affects the expression of torque and the final vertical position of the tooth.
▪️ Mesiodistal position: influences crown angulation and the relationship between adjacent teeth.
▪️ Bracket angulation: directly affects tip and can contribute to root-position discrepancies.
▪️ Buccolingual position: influences torque expression and transverse tooth position.
▪️ Rotation: can produce unwanted mesiodistal or buccolingual discrepancies.

The effect of vertical positioning is particularly important because the curvature of the facial surface changes along the clinical crown. A finite-element study demonstrated that altering vertical bracket position can modify the torque delivered to a tooth and consequently affect periodontal ligament stresses.

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🔹 Key Bracket Positioning Variables

Position Variable	Potential Effect	Clinical Relevance
Vertical	Changes torque and vertical tooth position	Important for overbite control and finishing
Mesiodistal	Influences crown angulation and contact relationships	Important for alignment and root parallelism
Angulation	Alters programmed tip	Can affect crown and root positioning
Buccolingual	Changes torque expression	Relevant to incisor inclination and posterior transverse control
Rotation	Produces rotational discrepancies	May compromise alignment and occlusal contacts

🔹 Bracket Positioning and Torque Expression
Torque is not determined solely by the bracket prescription. The interaction between the bracket, archwire, and three-dimensional morphology of the tooth determines how much programmed torque is ultimately expressed.
This is especially important on teeth with pronounced facial curvature. Research on mandibular teeth demonstrated that a 1-mm vertical displacement of the bracket could modify the effective torque, with the magnitude of the change varying according to tooth type. The reported effect was approximately 2° for mandibular incisors, 3° for canines, and substantially greater for premolars and molars.
Therefore, a bracket that appears only slightly displaced clinically may have a meaningful biomechanical consequence.

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🔹 Bracket Positioning and Finishing
Bracket-positioning errors can become increasingly apparent during rectangular-wire stages, when the appliance is expected to express its programmed tip and torque.

Incorrect positioning may lead to:
▪️ Additional bracket repositioning.
▪️ Unplanned archwire bends.
▪️ Persistent rotations.
▪️ Inadequate root parallelism.
▪️ Unwanted incisor inclination.
▪️ Increased finishing time.
▪️ Additional appointments.

A clinical protocol published on bracket positioning emphasizes early identification of errors through clinical and radiographic assessment, followed by systematic correction rather than compensating repeatedly with archwire bends.
This is particularly relevant because compensatory wire bending can mask the original bracket-positioning problem without necessarily providing the same level of control as correctly positioned brackets.

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🔹 Direct vs. Indirect Bracket Positioning
Both direct and indirect bonding techniques can achieve clinically acceptable results, but neither eliminates positioning errors completely.
A systematic review and meta-analysis of indirect bonding found mean transfer errors of approximately 0.08–0.14 mm for linear measurements and 0.93–1.13° for angular measurements, depending on the dimension evaluated.
More recent digital workflows have expanded the possibilities for virtual bracket positioning. A 2024 randomized clinical trial found smaller deviations from the planned position with fully digital indirect bonding compared with conventional direct bonding, although the indirect technique also showed more bonding failures in that study.
Importantly, the evidence does not establish that indirect bonding universally eliminates the need for clinical correction. A 2026 randomized controlled trial reported no significant difference between computer-aided indirect and direct bonding in overall treatment outcomes or in the proportion of teeth requiring rebonding or finishing bends because of inaccurate bracket positioning.
Digital and AI-assisted workflows are promising, but they should be regarded as tools for improving positioning consistency rather than substitutes for clinical verification. Recent research has shown good linear accuracy but continuing challenges in accurately controlling bracket angulation.

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💬 Discussion
The clinical significance of bracket positioning lies in the relationship between bracket geometry and tooth anatomy. A preadjusted appliance cannot fully compensate for an incorrectly positioned bracket simply because the prescription itself is appropriate.
Current evidence supports three important principles. First, positioning accuracy remains fundamental to predictable fixed-appliance treatment. Second, both direct and indirect techniques are subject to clinically relevant errors. Third, digital planning and indirect bonding can improve control of the intended bracket position, but clinical verification remains essential.
The interpretation of accuracy measurements also requires caution. Published studies use different reference systems and definitions of clinically acceptable error, making direct comparison between studies difficult. A recent methodological umbrella review highlighted substantial heterogeneity in how transfer accuracy is defined and measured.
Consequently, bracket positioning should be considered an active component of treatment planning and biomechanics, rather than merely a bonding procedure.

🎯 Clinical Recommendations
1. Establish a reproducible positioning reference for each tooth rather than relying exclusively on visual estimation.
2. Evaluate vertical position carefully, particularly when overbite control and torque expression are important treatment objectives.
3. Verify angulation and mesiodistal positioning before progressing to stages in which rectangular archwires will express substantial tip and torque.
4. Account for individual tooth morphology. The facial surface is not uniformly curved, so an identical millimetric displacement does not necessarily produce the same biomechanical effect on different teeth.
5. Use digital setups or indirect bonding when they provide a meaningful planning advantage, but verify the transferred position clinically rather than assuming digital precision guarantees clinical accuracy.
6. Correct significant bracket-positioning errors early instead of relying extensively on compensatory wire bends during finishing.

✍️ Conclusion
Bracket positioning in orthodontics directly influences the expression of tip, torque, rotation, and vertical control. Even relatively small positional discrepancies can become clinically relevant when preadjusted appliances and rectangular archwires are used.
Modern indirect and digital workflows can improve the precision of planned bracket placement, but current evidence indicates that clinical assessment and correction remain indispensable. Accurate bracket positioning should therefore be integrated into treatment planning, biomechanics, and finishing protocols rather than treated as a purely technical bonding step.

📚 References

✔ Andrews, L. F. (1972). The six keys to normal occlusion. American Journal of Orthodontics, 62(3), 296–309. https://doi.org/10.1016/S0002-9416(72)90268-0
✔ Bachour, P. C., Klabunde, R. T., & Grünheid, T. (2025). Usefulness of an artificial intelligence-assisted indirect bonding method for optimizing orthodontic bracket positioning. The Angle Orthodontist, 96(1), 93–99. https://doi.org/10.2319/022425-157.1
✔ Hoekstra-van Hout, P. M. J., Hoekstra, J. W. M., Bruggink, R., Bronkhorst, E. M., & Ongkosuwito, E. M. (2024). Direct versus fully digital indirect bracket bonding: A split-mouth randomized clinical trial on accuracy. Clinical Oral Investigations, 28, 557. https://doi.org/10.1007/s00784-024-05950-6
✔ Sabbagh, H., Khazaei, Y., Baumert, U., Hoffmann, L., Wichelhaus, A., & Janjic Rankovic, M. (2022). Bracket transfer accuracy with the indirect bonding technique—A systematic review and meta-analysis. Journal of Clinical Medicine, 11(9), 2568. https://doi.org/10.3390/jcm11092568
Marty, M., Valran, V., & Gebeile-Chauty, S. (2021). Brackets positioning errors and available solutions: A review of the literature. L'Orthodontie ✔ Française, 92(4), 403–419. https://doi.org/10.1684/orthodfr.2021.68
✔ Li, Y., Zhou, L., Chen, M., Du, Y., Gan, Y., Li, B., & Feng, J. (2025). Accuracy of digital indirect bonding technology for customized orthodontic brackets based on personalized typodonts. BMC Oral Health, 25, 478. https://doi.org/10.1186/s12903-025-05777-x

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Oral Signs That May Indicate Anemia

The oral cavity may provide clinically relevant clues to underlying hematologic and nutritional disorders. Anemia, particularly iron deficiency anemia (IDA), can affect the oral mucosa and tongue because of alterations in epithelial turnover, tissue oxygenation, and nutritional status.

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Although oral findings are generally nonspecific, recognizing characteristic patterns may prompt appropriate medical evaluation.

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Dentists should consider anemia when persistent or unexplained mucosal changes occur, particularly when several findings are present simultaneously. Oral manifestations may occasionally precede the recognition of systemic disease.

✅ Key Oral Signs Associated With Anemia
The most clinically relevant oral findings include mucosal pallor, atrophic glossitis, burning or painful tongue, angular cheilitis, and oral candidiasis. These manifestations are particularly associated with iron deficiency but may also occur with vitamin B12 or folate deficiency and other systemic conditions.

1. Oral Mucosal Pallor
Pallor of the oral mucosa may occur because reduced hemoglobin concentration decreases the normal red coloration of highly vascular tissues. The clinician may observe paler-than-expected labial, buccal, palatal, or gingival mucosa.
Pallor is not diagnostic of anemia and should be interpreted in conjunction with the patient's overall clinical presentation and other findings.

2. Atrophic Glossitis
Atrophic glossitis is one of the better-recognized oral manifestations associated with iron deficiency and other hematinic deficiencies. The tongue may appear smooth, red, shiny, and depapillated, particularly on the dorsal surface.
Patients may report burning, tenderness, soreness, or altered oral sensitivity. Studies of patients with iron deficiency anemia have demonstrated an increased frequency of atrophic glossitis and burning oral symptoms compared with controls.

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3. Burning Mouth or Glossodynia
A burning sensation of the tongue or oral mucosa may occur with iron deficiency and anemia. The symptom can be present even when visible mucosal abnormalities are limited.
Because burning mouth has a broad differential diagnosis—including xerostomia, candidiasis, medications, neuropathic disorders, menopause, and nutritional deficiencies—hematologic evaluation should be considered when symptoms are persistent or unexplained.

4. Angular Cheilitis
Angular cheilitis presents as erythema, fissuring, soreness, or inflammation at the corners of the mouth. It has been associated with iron, vitamin B12, and folate deficiencies, although local factors and Candida infection may also contribute.
Persistent or recurrent angular cheilitis without an obvious local cause may therefore justify evaluation for nutritional or hematologic abnormalities.

5. Oral Candidiasis
Iron deficiency may be associated with an increased susceptibility to oral Candida infection. Clinical presentations may include pseudomembranous or erythematous candidiasis, particularly when mucosal alterations coexist with other signs of nutritional deficiency.
However, candidiasis is not specific for anemia and should also prompt consideration of common predisposing factors such as antibiotics, corticosteroids, diabetes, immunosuppression, dentures, and xerostomia.

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✅ Comparative Clinical Findings
The following table summarizes the main oral findings and their clinical significance.

Oral Finding	Typical Clinical Appearance	Clinical Relevance
Mucosal pallor	Pale gingival or oral mucosa	May suggest reduced hemoglobin; nonspecific
Atrophic glossitis	Smooth, red, shiny, depapillated tongue	Associated with iron and other hematinic deficiencies
Burning mouth	Burning, soreness, or tongue discomfort	May accompany iron deficiency; broad differential diagnosis
Angular cheilitis	Fissures, erythema, and soreness at oral commissures	May be associated with iron, B12, or folate deficiency
Oral candidiasis	White plaques or erythematous mucosal lesions	May accompany iron deficiency but is not specific for anemia

✅ When Should the Dentist Consider Medical Evaluation?
A single oral finding rarely establishes a diagnosis of anemia. Greater clinical significance exists when multiple persistent findings occur together or when oral manifestations are accompanied by systemic symptoms such as fatigue, exertional dyspnea, dizziness, or unexplained weakness.
When anemia or iron deficiency is suspected, diagnosis should be established through appropriate medical laboratory evaluation rather than clinical examination alone. Depending on the clinical context, evaluation may include a complete blood count, hemoglobin, ferritin, serum iron, and transferrin saturation. Ferritin is particularly useful for assessing iron stores, although its interpretation may be affected by inflammation.
The dentist should also avoid assuming that iron deficiency is the cause of an oral lesion. Persistent mucosal lesions require an appropriate differential diagnosis, and patients with confirmed anemia should be evaluated for the underlying cause rather than treated empirically based only on oral findings.

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🎯 Clinical Recommendations
1. Document persistent oral mucosal changes such as pallor, atrophic glossitis, angular cheilitis, or unexplained burning symptoms.
2. Assess the complete clinical context rather than interpreting an isolated oral sign as evidence of anemia.
3. Consider medical evaluation when multiple compatible oral findings coexist or when symptoms are persistent or recurrent.
4. Do not prescribe iron supplementation solely on the basis of oral findings; laboratory confirmation and evaluation of the underlying cause are appropriate.
5. Maintain a broad differential diagnosis because similar oral manifestations may occur with vitamin B12 or folate deficiency, candidiasis, xerostomia, medications, and systemic disease.

💬 Discussion
The relationship between anemia and oral disease is clinically important because the oral mucosa may reflect systemic nutritional and hematologic disturbances. The strongest clinical association is observed with iron deficiency, particularly when atrophic glossitis, angular cheilitis, mucosal pallor, and burning symptoms occur together.
Nevertheless, these findings lack sufficient specificity to diagnose anemia independently. For example, glossitis and angular cheilitis may also occur with vitamin B12 or folate deficiency, candidiasis, local irritation, or other systemic conditions. Therefore, the principal value of oral examination is recognition and appropriate referral, rather than definitive hematologic diagnosis.

✍️ Conclusion
Oral signs of anemia may provide valuable clinical clues during routine dental examination. Mucosal pallor, atrophic glossitis, burning mouth, angular cheilitis, and oral candidiasis are among the findings associated particularly with iron deficiency and other hematinic deficiencies.
Their presence should be interpreted systematically and in clinical context. When findings are persistent, recurrent, or accompanied by other suggestive features, the dentist can contribute to early recognition by recommending appropriate medical assessment. The oral examination therefore remains an important component of identifying systemic conditions that may otherwise go unrecognized.

📚 References

✔ Adeyemo, T. A., Adeyemo, W. L., Adediran, A., Akinbami, A. J., & Akanmu, A. S. (2011). Orofacial manifestations of hematological disorders: Anemia and hemostatic disorders. Indian Journal of Dental Research, 22(3), 454–461. https://doi.org/10.4103/0970-9290.87070
✔ Lu, S. Y. (2016). Perception of iron deficiency from oral mucosa alterations that show a high prevalence of Candida infection. Journal of the Formosan Medical Association, 115(8), 619–625. https://doi.org/10.1016/j.jfma.2016.03.011
✔ Wu, Y. C., Wang, Y. P., Chang, J. Y. F., Cheng, S. J., Chen, H. M., & Sun, A. (2014). Oral manifestations and blood profile in patients with iron deficiency anemia. Journal of the Formosan Medical Association, 113(2), 83–87. https://doi.org/10.1016/j.jfma.2013.11.010
✔ Latimer, K., Baci, G., & Layne, M. (2025). Iron deficiency anemia: Evaluation and management. American Family Physician, 112(5), 538–545.
✔ Lopez, A., Cacoub, P., Macdougall, I. C., & Peyrin-Biroulet, L. (2016). Iron deficiency anaemia. The Lancet, 387(10021), 907–916. https://doi.org/10.1016/S0140-6736(15)60865-0

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Corticosteroids in Dentistry: When to Choose Dexamethasone

Dexamethasone is a potent synthetic glucocorticoid used in dentistry primarily for controlling postoperative inflammation, facial edema, and trismus associated with surgical procedures.

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Its anti-inflammatory activity results from suppression of inflammatory mediators and vascular permeability, making it particularly relevant when substantial postoperative tissue inflammation is anticipated.

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The strongest dental evidence concerns surgical mandibular third-molar extraction, where perioperative corticosteroids have demonstrated reductions in postoperative edema and, to a lesser extent, trismus. However, the clinical role of dexamethasone should be distinguished from conventional analgesic therapy.
The 2024 American Dental Association (ADA) clinical practice guideline recommends NSAIDs alone or combined with acetaminophen as first-line therapy for acute post-extraction dental pain and suggests against routinely adding oral, submucosal, or intramuscular corticosteroids to standard analgesic therapy after surgical extraction.
Therefore, dexamethasone is best viewed as a selective anti-inflammatory adjunct, rather than a replacement for standard analgesic treatment.

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✅ When Is Dexamethasone Considered in Dentistry?
The potential benefit is greatest when postoperative inflammatory morbidity is clinically relevant. Examples include:

▪️ Surgical third-molar extraction, particularly procedures involving flap elevation or osteotomy.
▪️ Procedures where substantial postoperative facial edema is anticipated.
▪️ Surgical interventions in which postoperative trismus may interfere with function or oral hygiene.
▪️ Selected oral and maxillofacial surgical procedures in medically appropriate patients.

A 2019 systematic review and meta-analysis found that submucosal dexamethasone reduced early postoperative pain and edema and produced some reduction in trismus following mandibular third-molar surgery, although the certainty of evidence varied among outcomes.
More recent evidence is more cautious regarding pain. A 2023 systematic review of 40 randomized controlled trials found only a trivial reduction in postoperative pain compared with placebo and rated the certainty of evidence as low or very low.

Practical Interpretation
Choose dexamethasone primarily when reduction of postoperative inflammation, edema, or trismus is an important therapeutic objective—not simply because postoperative pain is expected.

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✅ Dexamethasone Compared With Other Approaches
The choice should be based on the clinical objective rather than on the assumption that corticosteroids are universally superior to conventional analgesics.

Approach	Primary Role	Main Clinical Advantage	Key Consideration
Dexamethasone	Anti-inflammatory adjunct	Reduces postoperative edema and may reduce trismus	Not recommended routinely as an adjunct to standard analgesia after surgical extraction
NSAIDs	Analgesia and inflammation control	Strong evidence for acute dental pain	Consider gastrointestinal, renal, cardiovascular, and bleeding risks
Acetaminophen	Analgesia	Useful alone when NSAIDs are contraindicated and in combination with NSAIDs	Does not provide the same anti-inflammatory effect as corticosteroids or NSAIDs
Methylprednisolone	Systemic corticosteroid	Similar anti-inflammatory objective	Evidence does not establish consistent superiority over dexamethasone
Local anesthetic	Perioperative and immediate postoperative analgesia	Provides localized pain control without systemic corticosteroid exposure	Duration depends on the anesthetic selected

The ADA guideline specifically identifies NSAIDs, with or without acetaminophen, as first-line pharmacologic treatment for acute dental pain after extraction.

✅ Dexamethasone Versus Other Corticosteroids
Dexamethasone and methylprednisolone are both used perioperatively, but current evidence does not demonstrate a consistent clinically important superiority of one agent across all postoperative outcomes.
A 2023 systematic review comparing preemptive dexamethasone with methylprednisolone after mandibular third-molar surgery found broadly similar effects for postoperative pain and swelling. Dexamethasone demonstrated a statistically significant reduction in early trismus, although the authors rated the overall evidence as low to moderate because of heterogeneity among studies.
Dexamethasone is nevertheless frequently selected because of its potent glucocorticoid activity and long biological duration, allowing a single perioperative administration to provide sustained anti-inflammatory effects.

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✅ Route and Timing of Administration
Dexamethasone has been investigated through several routes, including oral, intramuscular, intravenous, and submucosal administration.
Submucosal administration has received particular attention in third-molar surgery. A systematic review found reductions in early postoperative pain and edema, while the reduction in trismus was statistically detectable but may have limited clinical magnitude.
Comparative evidence has not established a universally superior administration route. A systematic review comparing intraoral submucosal and intramuscular administration found no significant differences in postoperative pain, swelling, or trismus.
Consequently, route selection should be based on the procedure, clinician experience, patient factors, and the desired timing of the anti-inflammatory effect.

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✅ Safety and Clinical Considerations
A single perioperative dose generally has a substantially different risk profile from prolonged systemic corticosteroid therapy. Nevertheless, dexamethasone can produce clinically relevant effects, particularly transient hyperglycemia.
Evidence from surgical populations indicates that a single dose generally does not appear to increase postoperative infection risk, although glucose concentrations may increase temporarily.

Patients requiring particular consideration include those with:
▪️ Diabetes or poor glycemic control
▪️ Active or poorly controlled systemic infections
▪️ Significant immunosuppression
▪️ Previous corticosteroid-related adverse reactions
▪️ Conditions in which systemic corticosteroid exposure is undesirable

In patients with diabetes, systematic-review evidence demonstrates a measurable temporary increase in blood glucose following perioperative dexamethasone.
The presence of an odontogenic infection should not be interpreted as an automatic indication for corticosteroid therapy. Source control—such as drainage, endodontic treatment, or extraction when indicated—remains fundamental, and corticosteroids should not substitute for definitive treatment.

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✅ Clinical Decision Framework

Clinical Situation	Role of Dexamethasone	Clinical Approach
Simple extraction with expected mild postoperative morbidity	Usually unnecessary	Use evidence-based nonopioid analgesia
Surgical third-molar extraction with anticipated edema	May be considered selectively	Evaluate benefits against patient-specific risks
Procedure with clinically relevant trismus risk	Potential adjunct	Consider perioperative corticosteroid use when justified
Primary objective is postoperative pain control	Not preferred as first-line therapy	NSAIDs alone or with acetaminophen are preferred when appropriate
Patient with significant hyperglycemia risk	Use cautiously	Assess glycemic status and the necessity of corticosteroid exposure

💬 Discussion
The clinical literature supports an important distinction between the anti-inflammatory effects of dexamethasone and its role as an analgesic. Earlier studies and meta-analyses demonstrated reductions in postoperative edema and trismus following third-molar surgery.
However, the more recent ADA evidence synthesis reached a more conservative conclusion regarding postoperative pain. Its 2023 systematic review found only a trivial reduction in pain with corticosteroids compared with placebo and very low- to low-certainty evidence for several outcomes.
This evidence explains why current clinical guidance does not recommend routinely adding corticosteroids to standard analgesic therapy following surgical tooth extraction.
Thus, the contemporary indication for dexamethasone in dentistry is selective rather than routine. Its potential value is greatest when inflammatory morbidity—particularly swelling or restricted mouth opening—is an important concern.

✍️ Conclusion
Dexamethasone in dentistry is a useful perioperative corticosteroid when a substantial inflammatory response is anticipated, particularly in selected oral surgical procedures. Evidence supports reductions in postoperative edema and, to a lesser extent, trismus, while its incremental effect on postoperative pain appears limited.
Current evidence-based dental guidelines place NSAIDs with or without acetaminophen ahead of corticosteroids for routine acute dental pain management. Therefore, dexamethasone should generally be considered an adjunct for selected patients and procedures, rather than a routine analgesic.
Clinical decision-making should incorporate the extent of surgery, expected postoperative inflammation, systemic health, glycemic status, potential adverse effects, and the availability of effective non-corticosteroid alternatives.

🎯 Clinical Recommendations
1. Consider dexamethasone selectively when significant postoperative edema or inflammatory morbidity is anticipated, particularly after complex oral surgery.
2. Do not use dexamethasone as a substitute for standard analgesic therapy when the primary clinical problem is postoperative dental pain.
3. Use NSAIDs, with or without acetaminophen when appropriate, as the pharmacologic foundation for acute post-extraction pain management.
4. Assess diabetes and hyperglycemia risk before systemic corticosteroid administration, particularly when glycemic control is poor.
5. Do not use corticosteroids to replace definitive treatment of odontogenic infection.
6. When corticosteroid therapy is considered, select the lowest effective exposure and appropriate route according to the procedure and patient-specific risk profile.

📚 References

✔ Carrasco-Labra, A., Polk, D. E., Urquhart, O., Aghaloo, T., Claytor, J. W., Jr., Dhar, V., Dionne, R. A., Espinoza, L., Gordon, S. M., Hersh, E. V., Law, A. S., Li, B. S.-K., Schwartz, P. J., Suda, K. J., Turturro, M. A., Wright, M. L., Dawson, T., Miroshnychenko, A., Pahlke, S., Pilcher, L., Shirey, M., Tampi, M., & Moore, P. A. (2024). Evidence-based clinical practice guideline for the pharmacologic management of acute dental pain in adolescents, adults, and older adults: A report from the American Dental Association Science and Research Institute, the University of Pittsburgh, and the University of Pennsylvania. The Journal of the American Dental Association, 155(2), 102–117.e9. https://doi.org/10.1016/j.adaj.2023.10.009
✔ Miroshnychenko, A., Azab, M., Ibrahim, S., Roldan, Y., Diaz Martinez, J. P., Tamilselvan, D., He, L., Urquhart, O., Verdugo-Paiva, F., Tampi, M., Polk, D. E., Moore, P. A., Hersh, E. V., Brignardello-Petersen, R., & Carrasco-Labra, A. (2023). Corticosteroids for managing acute pain subsequent to surgical extraction of mandibular third molars: A systematic review and meta-analysis. The Journal of the American Dental Association, 154(8), 727–741.e10. https://doi.org/10.1016/j.adaj.2023.04.018
✔ O’Hare, P. E., Wilson, B. J., Loga, M. G., & Ariyawardana, A. (2019). Effect of submucosal dexamethasone injections in the prevention of postoperative pain, trismus, and oedema associated with mandibular third molar surgery: A systematic review and meta-analysis. International Journal of Oral and Maxillofacial Surgery, 48(11), 1456–1469. https://doi.org/10.1016/j.ijom.2019.04.010
✔ Singh, A., Pentapati, K. C., Kodali, M. V. R. M., Smriti, K., Patil, V., Chowdhary, G. L., & Gadicherla, S. (2023). Efficacy of preemptive dexamethasone versus methylprednisolone in the management of postoperative discomfort and pain after mandibular third molar surgery: A systematic review and meta-analysis. International Journal of Dentistry, 2023, 7412026. https://doi.org/10.1155/2023/7412026
✔ Corcoran, T. B., Myles, P. S., Forbes, A. B., et al. (2021). Dexamethasone and surgical-site infection. New England Journal of Medicine, 384(18), 1731–1741. https://doi.org/10.1056/NEJMoa2028982

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How Is Adult Orthodontic Treatment Managed?

Adult orthodontic treatment requires a treatment strategy adapted to the biological, periodontal, restorative, and functional characteristics of mature dentitions.

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Unlike growing patients, adults have limited or no remaining skeletal growth, so most corrections must be achieved through controlled orthodontic tooth movement, with orthognathic surgery considered when significant skeletal discrepancies cannot be corrected dentally.

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Adult patients may also present with periodontal attachment loss, gingival recession, missing teeth, extensive restorations, implants, bone defects, previous orthodontic treatment, and reduced alveolar bone volume. Consequently, diagnosis and treatment planning should be individualized rather than based solely on chronological age.

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1. Initial Assessment of the Adult Orthodontic Patient
A comprehensive assessment should establish the patient's dental, skeletal, periodontal, functional, and restorative conditions before appliance placement.

Important diagnostic components include:
▪️ Medical and dental history, including medications, systemic conditions, previous orthodontic treatment, and dental trauma.
▪️ Periodontal examination, including probing depths, bleeding on probing, gingival phenotype, recession, mobility, and attachment levels.
▪️ Evaluation of caries, existing restorations, missing teeth, endodontically treated teeth, and prosthetic requirements.
▪️ Assessment of occlusion, tooth position, overjet, overbite, transverse relationships, and functional contacts.
▪️ Appropriate radiographic evaluation, including panoramic and periapical imaging when indicated.
▪️ Cephalometric and photographic analysis when required for diagnosis and treatment planning.
▪️ Evaluation of the available alveolar bone envelope, particularly before significant incisor proclination or bodily tooth movement.

Periodontal inflammation should be controlled before active orthodontic treatment. In patients with periodontitis or a reduced periodontium, orthodontic treatment should be integrated with periodontal therapy and ongoing periodontal maintenance. Recent expert consensus emphasizes coordinated diagnosis, personalized biomechanics, multidisciplinary collaboration, and long-term periodontal and orthodontic follow-up.

2. Key Differences in Adult Orthodontic Management
The principal difference between adult and adolescent orthodontics is not simply treatment duration. It is the biological and restorative context in which tooth movement occurs.

Factor	Adult Patient	Clinical Implication
Skeletal growth	Limited or absent	Skeletal discrepancies may require camouflage or orthognathic surgery.
Periodontal status	May include attachment loss, recession, or reduced periodontal support	Forces and tooth movement must respect the periodontal envelope.
Restorative status	Crowns, bridges, implants, restorations, and missing teeth may be present	Treatment may require restorative or prosthodontic coordination.
Alveolar bone	Dehiscence or fenestration may already exist	Avoid excessive movement beyond the alveolar housing.
Anchorage	May be compromised by missing or periodontally affected teeth	Temporary anchorage devices may be useful in selected cases.
Retention	Long-term stability remains essential	Retention should be planned from the beginning of treatment.

3. Biomechanical Considerations
Controlled biomechanics are particularly important when the adult dentition has reduced periodontal support or limited alveolar bone.

Treatment should prioritize:
▪️ Appropriate force magnitude and direction.
▪️ Controlled tipping versus bodily movement according to the periodontal anatomy.
▪️ Effective anchorage management.
▪️ Avoidance of unnecessary incisor proclination.
▪️ Careful management of extraction spaces when indicated.
▪️ Periodic assessment of tooth mobility and periodontal response.

Orthodontically induced inflammatory root resorption remains a recognized adverse effect of tooth movement. Evidence indicates that orthodontic forces can increase the occurrence of root resorption, although individual susceptibility and treatment-related factors vary considerably.
Similarly, gingival recession is associated with several factors, including pre-existing mucogingival characteristics, oral hygiene, orthodontic intervention, and particularly excessive incisor proclination in susceptible patients.

4. Fixed Appliances vs Clear Aligners vs Lingual Orthodontics
Adult patients frequently prioritize aesthetics, comfort, and treatment convenience. However, appliance selection should be determined by malocclusion complexity, required tooth movements, periodontal conditions, anchorage requirements, and patient compliance, rather than aesthetics alone.

Technique	Main Advantages	Main Limitations	Typical Consideration
Labial fixed appliances	Precise three-dimensional control; suitable for complex movements	Visible; can increase plaque-retentive areas	Useful for complex malocclusions and extraction mechanics.
Clear aligners	Aesthetic, removable, and facilitates oral hygiene	Effectiveness depends on compliance and movement predictability	Particularly useful for selected mild-to-moderate malocclusions.
Lingual fixed appliances	High aesthetic concealment with fixed-appliance biomechanics	Tongue discomfort and speech effects may occur	Consider when aesthetics are a major concern and case complexity permits.

Recent evidence suggests that clear aligners and fixed appliances can both achieve orthodontic treatment objectives, particularly in non-extraction cases, although treatment outcomes vary according to movement type and case complexity. Fixed appliances may provide greater control for certain movements, particularly rotation, torque, and complex extraction mechanics.
Lingual appliances provide an aesthetic fixed alternative, but systematic-review evidence has reported greater speech and oral discomfort compared with labial appliances, with the overall certainty of evidence remaining limited.

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6. Treatment Duration and Patient Expectations
Adult treatment should be planned according to the biological and biomechanical requirements of the individual case rather than applying an age-based assumption that treatment must necessarily be longer.
A systematic review comparing adolescents and adults found no significant difference in overall comprehensive treatment duration with fixed appliances, although certain movements, such as alignment of palatally displaced canines, may require more time in adults. The certainty of this evidence was low because most included studies were non-randomized.

Treatment duration can increase when cases involve:
▪️ Severe periodontal compromise.
▪️ Extensive tooth movement.
▪️ Extraction mechanics.
▪️ Impacted teeth.
▪️ Complex skeletal discrepancies.
▪️ Poor appliance compliance.
▪️ Additional restorative or surgical procedures.

7. Retention in Adult Orthodontics
Retention should be considered an integral component of adult orthodontic treatment, not simply a post-treatment procedure.

The retention protocol should consider:
▪️ Initial malocclusion.
▪️ Degree of periodontal support.
▪️ Rotational corrections.
▪️ Diastema closure.
▪️ Incisor alignment.
▪️ Patient-specific relapse risk.
▪️ Long-term oral hygiene and periodontal maintenance.

Patients with reduced periodontal support may require coordinated orthodontic and periodontal follow-up to maintain the functional and periodontal benefits achieved during treatment.

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💬 Discussion
Successful adult orthodontic treatment depends primarily on accurate diagnosis and biological control rather than on chronological age. The absence of skeletal growth shifts the emphasis toward dentoalveolar compensation, precise biomechanics, anchorage control, and interdisciplinary treatment when skeletal, periodontal, restorative, or prosthetic problems coexist.
Appliance selection should be individualized. Current evidence does not support treating clear aligners, conventional fixed appliances, or lingual appliances as universally interchangeable. Their clinical performance depends on the specific movements required, treatment complexity, periodontal condition, and patient adherence.
The most important clinical risks in adult treatment include periodontal deterioration, gingival recession, alveolar bone limitations, root resorption, and instability after treatment. These risks can be reduced through appropriate diagnosis, controlled biomechanics, preventive periodontal care, and an individualized retention strategy.

✍️ Conclusion
Managing orthodontic treatment in adults requires a multidisciplinary and risk-oriented approach. The clinician should evaluate periodontal health, alveolar bone, restorations, missing teeth, skeletal relationships, anchorage requirements, and the patient's treatment objectives before selecting the appliance system.
Fixed appliances, clear aligners, and lingual orthodontics can all be appropriate in adults, but their indications differ according to movement complexity and clinical requirements. Long-term success depends not only on achieving alignment and occlusion but also on maintaining periodontal health and orthodontic stability.

🎯 Clinical Recommendations
1. Complete periodontal assessment before active orthodontic treatment, particularly in adults with previous periodontitis, recession, mobility, or reduced periodontal support.
2. Define the alveolar boundaries before significant incisor movement; avoid mechanically driven expansion or proclination that exceeds the patient's periodontal envelope.
3. Select the appliance according to the required tooth movements and case complexity, rather than aesthetic preference alone.
4. Use individualized anchorage control when missing teeth, reduced periodontal support, or extensive space closure compromises conventional anchorage.
5. Monitor periodontal and dental changes throughout treatment, with additional radiographic evaluation when clinical findings indicate increased risk.
6. Establish the retention strategy before treatment begins and maintain long-term follow-up when relapse or periodontal risk is elevated.

📚 References

✔ Abbing, A., Koretsi, V., Eliades, T., & Papageorgiou, S. N. (2020). Duration of orthodontic treatment with fixed appliances in adolescents and adults: A systematic review with meta-analysis. European Journal of Orthodontics, 42(3), 341–347. https://doi.org/10.1093/ejo/cjaa003
✔ Barbosa-Liz, D. M., et al. (2024). Overview of systematic reviews on periodontal-orthodontic interactions: A comprehensive literature analysis. Orthodontics & Craniofacial Research, 27(2), 193–202. https://doi.org/10.1111/ocr.12720
✔ Muro, M. P., et al. (2023). Effectiveness and predictability of treatment with clear orthodontic aligners: A scoping review. International Orthodontics, 21(2), 100755. https://doi.org/10.1016/j.ortho.2023.100755
✔ Papageorgiou, S. N., Gölz, L., Jäger, A., Eliades, T., & Bourauel, C. (2016). Lingual vs. labial fixed orthodontic appliances: Systematic review and meta-analysis of treatment effects. European Journal of Oral Sciences, 124(2), 105–118. https://doi.org/10.1111/eos.12250
✔ Singh, S., Jain, R. K., & Balasubramaniam, A. (2024). Comparative assessment of external apical root resorption between subjects treated with clear aligners and fixed orthodontic appliances: A systematic review and meta-analysis. Journal of Dental Research, Dental Clinics, Dental Prospects, 18(2). https://doi.org/10.34172/joddd.40932
✔ Ubuzima, P., Nshimiyimana, E., Michelogiannakis, D., Mukeshimana, C., Mazimpaka, P., Habumugisha, J., Turkkahraman, H., & Kamioka, H. (2026). Comparative effectiveness of clear aligners and fixed appliances in orthodontic movement of the anterior teeth in adults: A systematic review. International Orthodontics, 24(2), 101084. https://doi.org/10.1016/j.ortho.2025.101084
✔ Zhong, W., et al. (2025). Expert consensus on orthodontic treatment of patients with periodontal disease. International Journal of Oral Science, 17(1), 27. https://doi.org/10.1038/s41368-025-00356-w

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Pediatric Oncology Dental Management: Clinical Guide

Pediatric oncology dental management requires close coordination between the pediatric dentist, oncology team, child, and caregivers. Chemotherapy, hematopoietic cell transplantation (HCT), radiotherapy, and newer antineoplastic therapies can produce significant oral complications, while pre-existing caries, periodontal inflammation, or odontogenic infection may become clinically important during periods of immunosuppression.

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The dental objective is therefore not limited to treating existing disease. It includes eliminating potential sources of oral infection, maintaining oral hygiene and function, reducing treatment-related complications, and monitoring long-term dental development.

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Current evidence also demonstrates that childhood cancer therapy may be associated with enamel defects, microdontia, tooth agenesis, altered root development, caries, and salivary dysfunction.

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1. Dental Assessment Before Cancer Therapy
Whenever clinically feasible, a comprehensive dental examination should be completed before initiation of chemotherapy, HCT, or radiotherapy. The assessment should include:

▪️ Medical and oncology history, including diagnosis and planned treatment. ▪️ Clinical examination of teeth, periodontium, mucosa, and oral hygiene. ▪️ Identification of active caries and odontogenic infection. ▪️ Assessment of teeth with poor prognosis or significant periapical/periodontal pathology. ▪️ Appropriate radiographs when they will influence treatment decisions. ▪️ Evaluation of oral habits, diet, fluoride exposure, and the child's ability to maintain oral hygiene.

The principal objective is to stabilize oral disease before immunosuppression whenever the oncology schedule permits. Contemporary MASCC/ISOO guidance emphasizes comprehensive dental assessment and treatment before cancer therapy to reduce oral infection, pain, trauma, and potential systemic complications.

2. Dental Priorities During Oncology Treatment
Once antineoplastic treatment has begun, dental care should be individualized according to the child's hematologic status, treatment phase, oral findings, and oncology protocol.

📊 Dental Priorities During Oncology Treatment

Clinical Situation	Dental Approach
No acute oral disease	Maintain preventive care, oral hygiene, fluoride measures, and regular monitoring.
Active oral mucositis	Maintain gentle oral care, minimize mucosal trauma, and coordinate appropriate symptom and pain management.
Dental or odontogenic infection	Promptly assess the source of infection and coordinate treatment with the pediatric oncology team.
Neutropenia or thrombocytopenia	Review current hematologic status and consult the oncology team before invasive dental procedures.
Severe oral pain or inability to eat	Perform prompt evaluation and coordinate pain control and supportive management with the medical team.
Xerostomia or hyposalivation	Intensify caries prevention, encourage appropriate hydration, and address salivary dysfunction when clinically indicated.
Hematopoietic stem cell transplantation preparation	Complete necessary dental treatment before significant immunosuppression whenever the medical timeline permits; defer elective care during immunologic recovery.

Dental procedures that involve bleeding or significant tissue trauma should not be scheduled solely according to routine dental protocols. The decision should consider current blood counts, infection risk, timing of chemotherapy/HCT, medications, and the recommendations of the oncology team. The AAPD emphasizes that dental intervention in these patients requires modification according to medical history, treatment protocol, and health status.

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3. Prevention and Management of Oral Mucositis
Oral mucositis is one of the most clinically relevant acute complications of cancer therapy. Pediatric studies report substantial variability in incidence, and chemotherapy intensity is an important risk factor.

A basic oral-care protocol should include:
▪️ Gentle toothbrushing with a soft toothbrush, as tolerated.
▪️ Regular oral assessment.
▪️ Maintenance of adequate oral cleanliness.
▪️ Bland rinses when appropriate and tolerated.
▪️ Avoidance of alcohol-containing or irritating oral products.
▪️ Adequate pain management coordinated with the medical team.
▪️ Maintenance of hydration and oral function.

Evidence specifically addressing pediatric oncology patients remains limited. A MASCC/ISOO pediatric analysis found insufficient or conflicting evidence for many individual interventions and therefore supports implementation of basic oral care as a fundamental component of management. Chewing gum did not demonstrate preventive efficacy for oral mucositis in the pediatric studies reviewed.

4. Management of Dental Infection
Odontogenic infection during immunosuppressive therapy requires prompt multidisciplinary assessment.

The dentist should determine whether the condition represents:
▪️ Localized caries without infection.
▪️ Pulpal or periapical disease.
▪️ Periodontal infection.
▪️ Facial swelling or cellulitis.
▪️ A potentially spreading odontogenic infection.

Treatment should be coordinated with pediatric oncology, particularly when neutropenia, thrombocytopenia, fever, or severe systemic illness is present.
Antibiotics should not be prescribed solely because a child has cancer. Their indication depends on the clinical diagnosis, systemic involvement, immune status, and oncology team's assessment. Similarly, invasive dental treatment should be performed only after evaluating hematologic and medical risks.

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5. Caries Prevention and Oral Hygiene
Cancer treatment may increase susceptibility to dental caries and deterioration of oral health, particularly when oral hygiene is compromised, salivary flow is reduced, dietary patterns change, or frequent medications and nutritional supplements are used.

Preventive management should emphasize:
▪️ Fluoride toothpaste appropriate for the child's age and caries risk.
▪️ Twice-daily toothbrushing when clinically tolerated.
▪️ Caregiver-assisted brushing when necessary.
▪️ Reduction of frequent exposure to fermentable carbohydrates.
▪️ Professional fluoride therapy when indicated.
▪️ Regular dental surveillance.
▪️ Management of xerostomia or hyposalivation.

The preventive strategy should continue after completion of active cancer treatment because some oral effects may persist for years.

6. Long-Term Dental Follow-Up
Survivors of childhood cancer require long-term dental monitoring, particularly when treatment occurred during periods of tooth development.

Reported late effects include:
▪️ Enamel defects
▪️ Microdontia
▪️ Tooth agenesis
▪️ Root-development abnormalities
▪️ Taurodontism
▪️ Increased caries experience
▪️ Hyposalivation
▪️ Periodontal changes
▪️ Malocclusion and altered craniofacial development

Recent systematic reviews continue to document these associations, although the magnitude of risk varies according to age at treatment, cancer type, therapeutic agents, radiotherapy exposure, and other treatment characteristics.
Radiographic evaluation should therefore be considered when clinically justified to monitor tooth development, root morphology, eruption, and other treatment-related abnormalities.

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💬 Discussion
The dental management of pediatric oncology patients is fundamentally preventive and multidisciplinary. The timing of dental treatment is often as important as the treatment itself. Pre-treatment stabilization of oral disease can reduce avoidable infectious and traumatic complications, while conservative oral care during active therapy helps preserve mucosal integrity and oral function.
However, clinical decisions cannot be based on a single laboratory value or a universal dental protocol. Hematologic parameters, cancer diagnosis, treatment intensity, HCT status, medications, mucosal condition, and the urgency of the dental problem must be considered together.
The evidence base also has important limitations. Pediatric-specific studies of mucositis interventions remain relatively scarce, and several recommendations continue to rely on extrapolation from adult oncology populations or expert consensus.

🎯 Clinical Recommendations
Because this topic is primarily management-oriented, Clinical Recommendations provide greater practical value than Clinical Pearls.

1. Complete a dental assessment before cancer therapy whenever the clinical timeline permits.
2. Prioritize elimination or stabilization of significant oral infectious foci before periods of profound immunosuppression.
3. Obtain current medical information and coordinate invasive treatment with the oncology team.
4. Maintain basic oral hygiene throughout cancer treatment, adapting the approach to mucosal tolerance.
5. Treat oral pain, mucositis, infection, and xerostomia promptly rather than waiting for routine dental appointments.
6. Continue dental surveillance after cancer therapy to detect developmental dental abnormalities and long-term oral complications.
7. Individualize treatment according to the child's oncology protocol rather than applying fixed dental thresholds or schedules.

✍️ Conclusion
Pediatric oncology dental management should integrate prevention, infection control, symptom management, and long-term surveillance. The pediatric dentist has an important role before, during, and after cancer therapy, particularly in identifying oral disease before immunosuppression and maintaining oral health throughout treatment.
Current evidence supports a multidisciplinary, individualized approach, while recognizing that pediatric-specific evidence remains limited for several interventions. Long-term follow-up is essential because dental and oral sequelae may become evident years after completion of cancer therapy.

📚 References

✔ American Academy of Pediatric Dentistry. (2016). Guideline on dental management of pediatric patients receiving chemotherapy, hematopoietic cell transplantation, and/or radiation therapy. Pediatric Dentistry, 38(6), 334–342.
✔ Elad, S., Cheng, K. K. F., Lalla, R. V., Yarom, N., Hong, C., Logan, R. M., Bowen, J., Gibson, R., Saunders, D. P., Zadik, Y., Ariyawardana, A., Correa, M. E., Ranna, V., & Bossi, P. (2020). MASCC/ISOO clinical practice guidelines for the management of mucositis secondary to cancer therapy. Cancer, 126(19), 4423–4431. https://doi.org/10.1002/cncr.33100
✔ Miranda-Silva, W., Gomes-Silva, W., Zadik, Y., Yarom, N., Al-Azri, A. R., Hong, C. H. L., Ariyawardana, A., Saunders, D. P., Correa, M. E., Arany, P., Bowen, J., Cheng, K. K. F., Tissing, W. J. E., Bossi, P., & Elad, S. (2021). MASCC/ISOO clinical practice guidelines for the management of mucositis: Sub-analysis of current interventions for the management of oral mucositis in pediatric cancer patients. Supportive Care in Cancer, 29(7), 3539–3562. https://doi.org/10.1007/s00520-020-05803-4
✔ Busenhart, D. M., Erb, J., Rigakos, G., Eliades, T., & Papageorgiou, S. N. (2018). Adverse effects of chemotherapy on the teeth and surrounding tissues of children with cancer: A systematic review with meta-analysis. Oral Oncology, 83, 64–72. https://doi.org/10.1016/j.oraloncology.2018.06.001
✔ Mishra, R., Kapur, A., Mathur, V. P., & Sardana, D. (2024). Late oral adverse effects of chemotherapy for hematological malignancies in children: A systematic review and meta-analysis of case-control studies. Oral Oncology, 159, 107103. https://doi.org/10.1016/j.oraloncology.2024.107103
✔ Torrecillas-Quiles, L., Gómez-Ríos, I., Jiménez-García, I., Serrano-Belmonte, I., Ortiz-Ruiz, A. J., & Serna-Muñoz, C. (2025). Oral and dental sequelae after oncological treatment in children: A systematic review. Journal of Clinical Medicine, 14(15), 5479. https://doi.org/10.3390/jcm14155479

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