Hall Technique vs Conventional Technique: Key Differences

The management of carious lesions in primary molars has evolved toward minimally invasive dentistry, emphasizing the preservation of tooth structure and the reduction of unnecessary operative procedures.

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Two approaches commonly used in pediatric dentistry are the Hall Technique (HT) and the conventional restorative technique (CT).

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Although both aim to manage dental caries and preserve primary teeth until their natural exfoliation, they differ considerably in caries management, cavity preparation, restoration placement, and clinical requirements.
Understanding these differences is essential for selecting the most appropriate treatment according to caries activity, lesion characteristics, pulpal status, and patient cooperation.

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✅ Main Differences Between the Hall Technique and Conventional Technique
The Hall Technique is a minimally invasive approach in which a preformed metal crown (PMC) is cemented over a carious primary molar without removing carious tissue, preparing the tooth, or administering local anesthesia.
In contrast, the conventional restorative technique generally involves caries removal, cavity preparation, and placement of a direct restorative material, such as composite resin or glass ionomer cement.
When conventional preformed metal crowns are used, tooth reduction and caries management are performed before crown placement.

Comparative clinical characteristics

Clinical Feature	Hall Technique	Conventional Technique
Caries removal	No carious tissue removal	Carious tissue removal is performed according to the selected approach
Tooth preparation	No tooth reduction	Cavity preparation or tooth reduction, depending on restoration
Local anesthesia	Usually unnecessary	May be required, depending on the procedure
Restorative material	Preformed metal crown (PMC)	Composite resin, glass ionomer cement, or preformed metal crown
Treatment duration	Generally shorter	Generally longer
Pulpal management	Does not involve pulp therapy	May include pulp therapy when clinically indicated
Tooth structure	Preserves existing tooth structure	Some tooth structure may be removed
Caries management	Seals the carious lesion beneath the crown	Manages carious tissue and restores the cavity
Patient cooperation	Often better tolerated by young or anxious children	May require greater cooperation, depending on the procedure

Note: The comparison refers primarily to direct restorations as the conventional alternative. Conventional preformed metal crown placement is a separate comparison, as both techniques use the same type of crown.

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✅ Clinical Procedure: How Do They Differ?

1. Hall Technique
The procedure involves:
1. Assessing the primary molar and confirming the absence of signs of irreversible pulpitis or infection.
2. Selecting an appropriately sized preformed metal crown.
3. Applying glass ionomer luting cement inside the crown.
4. Seating the crown over the tooth, allowing it to engage the proximal contacts.
5. Removing excess cement and checking the occlusion.

Key principle: The carious lesion remains beneath the crown, while the restoration creates a durable seal that restricts the supply of nutrients to the cariogenic biofilm.

2. Conventional Restorative Technique
The conventional procedure generally involves:
1. Clinical and radiographic assessment of the affected tooth.
2. Local anesthesia when indicated.
3. Removal of carious tissue according to the selected caries-removal strategy.
4. Cavity preparation and restoration with an appropriate material.
5. Evaluation of marginal integrity and occlusion.

Key principle: The restoration replaces lost tooth structure and provides a seal after the selected caries-removal procedure.

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✅ Indications and Limitations

1. Hall Technique
Clinical indications:
▪️ Vital primary molars with moderate or advanced dentinal caries.
▪️ Proximal or multisurface lesions.
▪️ Teeth with sufficient remaining structure to retain a preformed metal crown.
▪️ Children in whom conventional operative procedures may be difficult.

Limitations and contraindications:
▪️ Clinical or radiographic evidence of irreversible pulpitis or dental infection.
▪️ Spontaneous or persistent pain suggestive of pulpal disease.
▪️ Periapical or furcation pathology.
▪️ Insufficient tooth structure for crown retention.
▪️ Cases in which the crown cannot be appropriately seated.

2. Conventional Technique
Clinical indications:
▪️ Small or moderate lesions suitable for direct restoration.
▪️ Cavities where adequate isolation and restorative access are achievable.
▪️ Teeth requiring selective caries removal and direct restoration.
▪️ Cases requiring conventional preformed metal crowns or pulp therapy when clinically indicated.

Limitations:
▪️ Greater technical sensitivity for adhesive restorations.
▪️ Potential need for local anesthesia.
▪️ Greater treatment time and cooperation requirements in some cases.
▪️ Direct restorations may have a higher risk of failure in extensive multisurface lesions.

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✅ Clinical Evidence: Which Technique Has Better Outcomes?
Current evidence generally supports the Hall Technique as an effective treatment option for carious primary molars.
A systematic review and meta-analysis by Hu et al. (2022) found that the Hall Technique was 49% more likely to succeed than the comparison techniques overall. When compared specifically with direct restorations, its likelihood of success was approximately 80% higher. However, outcomes were similar when Hall crowns were compared with conventionally placed preformed metal crowns.
A subsequent systematic review and meta-analysis by Chua et al. (2023) found that both Hall and conventional preformed metal crowns achieved success and survival rates above 85% at 12 and 24 months, without statistically significant differences between the techniques. The Hall Technique required less treatment time and was associated with greater cost-effectiveness and parental acceptability.
More recent evidence from Tedesco et al. (2025) reported a pooled Hall Technique success rate of 98% at 12 months in randomized clinical trials (95% CI: 97–99%). Nevertheless, the authors identified moderate-to-low certainty of evidence across the available studies.

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💬 Discussion
The main difference between these approaches is their philosophy of caries management. The conventional technique focuses on removing carious tissue and restoring the resulting cavity, whereas the Hall Technique relies on biological management through lesion sealing.
The evidence suggests that the Hall Technique offers advantages in terms of restoration longevity, treatment time, and patient acceptance, particularly for proximal and multisurface lesions.
However, these findings should not be interpreted as evidence that the Hall Technique is universally superior. Its effectiveness depends on appropriate case selection, correct crown placement, and the absence of pulpal pathology.
An additional consideration is the temporary increase in occlusal vertical dimension following crown placement. This generally resolves through occlusal adaptation over time, but clinicians should inform parents about this expected effect.
Importantly, Hall Technique and conventional preformed metal crowns should not be considered equivalent to Hall Technique versus direct restorations. Evidence comparing these two crown-placement approaches indicates similar clinical success.

✍️ Conclusion
The Hall Technique represents an effective minimally invasive alternative for managing carious primary molars, particularly when lesions involve multiple surfaces and the pulp remains clinically healthy.
Compared with conventional direct restorations, it generally provides better restoration survival and reduces the need for operative intervention. Nevertheless, conventional restorative procedures remain appropriate for smaller lesions and cases in which direct restoration is clinically indicated.
The choice of treatment should be based on pulpal diagnosis, lesion characteristics, tooth restorability, patient cooperation, and expected tooth longevity, rather than on the restorative technique alone.

🎯 Clinical Recommendations
▪️ Prioritize the Hall Technique for appropriately selected vital primary molars with proximal or multisurface dentinal lesions.
▪️ Confirm pulpal health through clinical assessment and appropriate radiographic examination before treatment.
▪️ Ensure adequate crown seating and proximal contact engagement to achieve an effective seal.
▪️ Do not use the Hall Technique when clinical or radiographic findings indicate irreversible pulpitis, necrosis, or infection.
▪️ Maintain regular clinical and radiographic follow-up according to individual caries risk and clinical findings.

📚 References
✔ Hu, S., BaniHani, A., Nevitt, S., Maden, M., Santamaria, R. M., & Albadri, S. (2022). Hall technique for primary teeth: A systematic review and meta-analysis. Japanese Dental Science Review, 58, 286–297. https://doi.org/10.1016/j.jdsr.2022.09.003
✔ Chua, D. R., Tan, B. L., Nazzal, H., Srinivasan, N., Duggal, M. S., & Tong, H. J. (2023). Outcomes of preformed metal crowns placed with the conventional and Hall techniques: A systematic review and meta-analysis. International Journal of Paediatric Dentistry, 33(2), 141–157. https://doi.org/10.1111/ipd.13029
✔ Tedesco, T. K., Innes, N. P., Lopez Gallegos, C., Seabra Silva, G., Gimenez, T., Minatel Braga, M., Pinheiro Araujo, M., Jayaraman, J., Al-Yaseen, W., & Prócida Raggio, D. (2025). Success rate of Hall Technique for restoring carious primary molars: Systematic review and meta-analysis. Evidence-Based Dentistry, 26(1), 65–66. https://doi.org/10.1038/s41432-024-01044-0
✔ Innes, N. P., Evans, D. J. P., & Stirrups, D. R. (2011). Sealing caries in primary molars: Randomized control trial, 5-year results. Journal of Dental Research, 90(12), 1405–1410. https://doi.org/10.1177/0022034511422064

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Dentinogenesis Imperfecta: Current Treatment Options

Dentinogenesis imperfecta (DI) is a hereditary developmental disorder characterized by abnormal dentin formation, resulting in discolored teeth, reduced structural integrity, and increased susceptibility to dental wear and fractures. It can affect both primary and permanent dentitions, with clinical severity varying according to the genetic subtype.

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The condition is most frequently associated with pathogenic variants in the DSPP gene and may occur independently or in association with osteogenesis imperfecta, particularly in patients with variants affecting the COL1A1 or COL1A2 genes.

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The primary objectives of dentinogenesis imperfecta treatment are to preserve tooth structure, prevent premature tooth loss, restore masticatory function, improve esthetics, and maintain oral health throughout growth and development.
Management requires an individualized, multidisciplinary approach involving pediatric dentists, restorative dentists, orthodontists, and prosthodontists when necessary.

✅ Treatment Planning According to Dentition Stage
The treatment of dentinogenesis imperfecta should be initiated as early as possible to minimize progressive tooth destruction. Current recommendations emphasize age-specific restorative strategies rather than premature definitive prosthetic rehabilitation.

1. Primary Dentition
The main objectives are to preserve primary teeth, prevent excessive attrition, restore occlusal vertical dimension, and maintain masticatory function.
Recommended approaches include:
▪️ Prefabricated stainless steel crowns: Particularly useful for primary molars with extensive structural damage or significant occlusal wear.
▪️ Direct composite restorations: Indicated for localized defects and anterior teeth when adequate retention and isolation can be achieved.
▪️ Glass ionomer cement: May be used as an interim restorative material when moisture control is limited or as part of a staged treatment approach.
▪️ Preventive care: Regular fluoride application, dietary counseling, and plaque control.
Early full-coverage restoration of severely affected primary molars can help prevent further loss of tooth structure and preserve occlusal relationships.

2. Mixed Dentition and Early Permanent Dentition
During this stage, treatment focuses on protecting erupting permanent teeth and preventing progressive loss of dentin.
Recommended restorative options:
- Direct composite restorations for localized defects.
- Prefabricated stainless steel crowns for affected permanent molars when indicated.
- Individually fabricated indirect restorations for teeth with extensive structural compromise.
- Interim prosthetic or space-maintaining measures when premature extraction of primary teeth becomes necessary.
The 2026 German S3 guideline recommends initiating definitive rehabilitation during the early permanent dentition using a full-mouth rehabilitation approach, adapted to the patient's growth and clinical condition.

3. Adult Permanent Dentition
Once craniofacial growth has been completed, more definitive restorative and prosthodontic procedures can be considered.
Treatment options include:
▪️ Indirect crowns: For posterior teeth with extensive structural damage and progressive wear.
▪️ Direct composite restorations: For selected anterior defects and localized restorative needs.
▪️ Ceramic or other indirect restorations: When appropriate for the remaining tooth structure and occlusal requirements.
▪️ Fixed or removable prostheses: To replace missing teeth and restore occlusal function.
▪️ Implant-supported prostheses: In selected patients after growth completion and comprehensive evaluation.
Posterior rehabilitation should generally be prioritized to stabilize or restore the occlusal vertical dimension before definitive anterior reconstruction.

✅ Current Restorative Treatment Options
The selection of restorative materials depends on tooth structure, dentition stage, occlusal loading, esthetic requirements, and the feasibility of adhesive procedures.

Restorative Option	Main Indication
Stainless Steel Crowns	Extensive damage to primary molars and selected permanent molars.
Direct Composite Resin	Localized defects, anterior restorations, and conservative rehabilitation.
Glass Ionomer Cement	Interim restorations and situations with limited moisture control.
Indirect Resin Crowns	Conservative full-coverage rehabilitation in selected young patients.
Ceramic Crowns	Definitive rehabilitation of structurally compromised permanent teeth.
Fixed or Removable Prostheses	Replacement of missing teeth and restoration of function.

A clinical case published in 2024 demonstrated successful rehabilitation of a 12-year-old patient with DI type II using CAD/CAM nanoceramic resin crowns, with an eight-year follow-up reporting favorable functional and esthetic outcomes. However, this represents case-report evidence rather than proof of superiority over other restorative materials.

✅ Preventive and Supportive Management
Preventive dentistry is essential because patients with dentinogenesis imperfecta may experience extensive tooth wear, structural breakdown, and difficulties maintaining oral health.

Important measures include:
▪️ Regular clinical examinations and individualized recall intervals.
▪️ Professional fluoride application according to caries risk.
▪️ Appropriate home fluoride toothpaste.
▪️ Dietary counseling to reduce frequent exposure to fermentable carbohydrates and acidic beverages.
▪️ Early restoration of structurally compromised teeth.
▪️ Monitoring of occlusal changes and tooth wear.

Long-term preventive care should continue throughout life, even after comprehensive restorative rehabilitation.

✅ Diagnostic and Interdisciplinary Considerations
Before initiating treatment, clinicians should establish the clinical subtype and evaluate possible systemic associations.

Important considerations include:
▪️ Family history and possible autosomal dominant inheritance.
▪️ Genetic evaluation when indicated, particularly involving DSPP, COL1A1, and COL1A2.
▪️ Assessment for associated osteogenesis imperfecta, including skeletal manifestations and relevant medical history.
▪️ Radiographic evaluation of pulp chambers, root morphology, and periapical tissues.
▪️ Assessment of occlusal vertical dimension and the extent of dentin loss.

Genetic testing can help clarify the underlying etiology and distinguish isolated dentinogenesis imperfecta from syndromic presentations.

💬 Discussion
The current management of dentinogenesis imperfecta has shifted toward early intervention, preservation of tooth structure, and staged full-mouth rehabilitation. The objective is not simply to restore tooth appearance but to prevent progressive dentin loss, maintain occlusal stability, and preserve the dentition throughout development.
The 2026 German S3 clinical guideline represents an important development because it provides specific recommendations for DI across different stages of dentition. It supports direct restorations and prefabricated crowns during primary and mixed dentition, followed by individualized indirect restorations and comprehensive prosthodontic rehabilitation during permanent dentition.
An important limitation is that several DI-specific recommendations are supported by very low-certainty evidence despite strong guideline recommendations. Therefore, treatment decisions should consider individual clinical circumstances, long-term prognosis, and the preservation of remaining tooth structure.

✍️ Conclusion
Dentinogenesis imperfecta treatment requires an individualized and long-term restorative strategy. Early intervention with protective restorations, particularly stainless steel crowns in severely affected primary molars, can help prevent further structural deterioration.
During permanent dentition, indirect restorations and comprehensive rehabilitation become increasingly important. The integration of preventive dentistry, genetic evaluation, and multidisciplinary care is essential to maintain oral function, esthetics, and quality of life.

🎯 Clinical Recommendations
1. Prioritize early protection: Restore severely affected primary and permanent molars before extensive occlusal breakdown develops.
2. Preserve tooth structure: Favor minimally invasive restorative procedures whenever clinically feasible.
3. Plan rehabilitation sequentially: Stabilize posterior occlusion and vertical dimension before definitive anterior reconstruction.
4. Consider growth: Avoid definitive prosthodontic solutions that may compromise future dental and craniofacial development.
5. Maintain lifelong surveillance: Monitor restorative integrity, occlusal changes, tooth wear, and periodontal health.

📚 References
✔ Dujic, H., Bücher, K., Schüler, I. M., Schmidt, P., Hertel, S., Timpel, J., Jablonski-Momeni, A., Schilke, R., Kapferer-Seebacher, I., Zschocke, J., Liebermann, A., Güth, J. F., Edelhoff, D., Heinrich-Weltzien, R., & Kühnisch, J. (2026). The German S3-level guideline for the diagnosis and management of rare dental disorders. Clinical Oral Investigations, 30, Article 459. https://doi.org/10.1007/s00784-026-07142-w
✔ Gilani, M., Saikia, A., & Anthonappa, R. (2025). The genetics of non-syndromic dentinogenesis imperfecta: A systematic review. European Archives of Paediatric Dentistry, 26(1), 3–16. https://doi.org/10.1007/s40368-024-00992-6
✔ Casaña-Ruiz, M. D., Frechina, N., Estrela, F., & Catalá-Pizarro, M. (2024). Dentinogenesis imperfecta: Case report with nanoceramic resin crowns restorative treatment. The Journal of Clinical Pediatric Dentistry, 48(2), 189–195. https://doi.org/10.22514/jocpd.2024.047
✔ MedlinePlus Genetics. (n.d.). Dentinogenesis imperfecta. U.S. National Library of Medicine. https://medlineplus.gov/genetics/condition/dentinogenesis-imperfecta/ 020-00333-5

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Pediatric Salivary Gland Disorders: Diagnosis and Management

Salivary gland disorders in children encompass a diverse group of inflammatory, infectious, obstructive, developmental, autoimmune, and neoplastic conditions.

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Although less common than many other oral diseases, they represent an important diagnostic challenge in pediatric dentistry because their clinical manifestations may overlap with lymphadenopathy, odontogenic infections, and other soft tissue lesions.

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The major salivary glands affected include the parotid, submandibular, and sublingual glands, while minor salivary glands may develop localized lesions such as mucoceles.
Early recognition is essential to establish an appropriate differential diagnosis, avoid unnecessary interventions, and identify conditions requiring specialist assessment.
Recent literature emphasizes clinical examination, ultrasonography, and individualized management according to the underlying pathology.

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✅ Classification of Pediatric Salivary Gland Disorders
Pediatric salivary gland pathology can be classified according to its underlying mechanism and clinical presentation.

Category	Main Conditions
Inflammatory	Juvenile recurrent parotitis, chronic sialadenitis
Infectious	Viral parotitis (mumps), acute bacterial sialadenitis
Obstructive	Sialolithiasis, ductal stenosis
Cystic and Traumatic	Mucocele, ranula, salivary duct cyst
Autoimmune	Sjögren syndrome, autoimmune sialadenitis
Neoplastic	Pleomorphic adenoma, mucoepidermoid carcinoma, acinic cell carcinoma

These disorders differ in frequency, clinical behavior, and treatment requirements. In children, non-neoplastic conditions predominate, although neoplastic lesions must remain part of the differential diagnosis.

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✅ Most Common Salivary Gland Disorders in Children

1. Juvenile Recurrent Parotitis (JRP)
Juvenile recurrent parotitis is a recurrent, non-obstructive inflammatory condition affecting primarily the parotid glands. It commonly develops during childhood, particularly in preschool and school-aged patients.

Clinical characteristics:
▪️ Recurrent unilateral or bilateral parotid swelling.
▪️ Pain and tenderness during acute episodes.
▪️ Occasional fever and malaise.
▪️ Episodes may last several days and recur at variable intervals.
Its etiology remains incompletely understood. Immunological factors, developmental abnormalities, and ductal changes have been proposed.

Diagnosis and management:
Ultrasonography is the preferred initial imaging examination and may reveal heterogeneous glandular tissue with multiple small hypoechoic areas.
Treatment is generally conservative, including hydration, analgesics, warm compresses, and gland massage. Antibiotics should be reserved for suspected bacterial superinfection. In patients with frequent or severe recurrences, sialendoscopy and duct irrigation may reduce episode frequency and severity. Many cases improve spontaneously around puberty.

2. Acute Bacterial and Viral Sialadenitis
Sialadenitis refers to inflammation of the salivary gland and may result from infectious or noninfectious causes.
Bacterial sialadenitis is commonly associated with reduced salivary flow, dehydration, or ductal obstruction. Staphylococcus aureus is an important causative organism.

Clinical manifestations include:
▪️ Painful gland enlargement.
▪️ Localized erythema and tenderness.
▪️ Fever and systemic symptoms.
▪️ Purulent discharge from the affected duct in some cases.
Management includes hydration, analgesia, gland massage, and appropriate antibiotic therapy when bacterial infection is suspected. Abscess formation requires specialist assessment and possible drainage.
Viral sialadenitis is frequently associated with mumps virus, although other viral infections may also affect the salivary glands. Mumps typically produces painful parotid enlargement, sometimes bilaterally, accompanied by fever and malaise.
Management is supportive, with hydration, analgesics, and infection-control measures. Antibiotics are not indicated for uncomplicated viral infections.

3. Mucocele
Mucocele is a common benign lesion resulting from trauma or rupture of a minor salivary gland duct, causing mucus accumulation in surrounding connective tissue.
It most frequently affects the lower lip and is characterized by a soft, fluctuant, translucent or bluish swelling.

Management:
Small, superficial mucoceles may resolve spontaneously. Persistent, recurrent, or symptomatic lesions may require surgical excision, generally including the associated minor salivary glands to reduce recurrence.
Histopathological examination is recommended for excised tissue.

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4. Ranula
A ranula is a mucus extravasation lesion originating predominantly from the sublingual gland and presenting as a soft, bluish or translucent swelling in the floor of the mouth.
Larger lesions may interfere with speech, swallowing, and feeding.

Management:
Treatment depends on lesion size, recurrence, and anatomical extension. Surgical management frequently involves removal of the involved sublingual gland, particularly in recurrent or plunging ranulas.
Marsupialization alone may have a higher recurrence rate than procedures addressing the source gland.

5. Sialolithiasis
Sialolithiasis is characterized by the formation of calcified deposits within salivary ducts, producing partial or complete obstruction of salivary flow.
Although less common in children than adults, it can affect the submandibular gland and occasionally the parotid gland.

Typical findings include:
▪️ Recurrent gland swelling during meals.
▪️ Pain associated with salivary stimulation.
▪️ Reduced salivary flow.
▪️ Occasionally, secondary infection.

Management: Initial treatment may include hydration, warm compresses, massage, and sialogogues. Persistent obstruction may require sialendoscopy or minimally invasive stone removal.

6. Autoimmune Salivary Gland Disorders
Autoimmune conditions, particularly Sjögren syndrome, can affect salivary gland function in children.
Although uncommon, pediatric Sjögren syndrome may present with recurrent parotid enlargement, xerostomia, dry eyes, and systemic manifestations.

Clinical assessment may include:
▪️ Evaluation of salivary and lacrimal function.
▪️ Autoantibodies, including anti-SSA/Ro and anti-SSB/La.
▪️ Assessment by pediatric rheumatology when indicated.

Early recognition is important because chronic salivary dysfunction may increase the risk of dental caries, oral discomfort, and difficulties with swallowing.

7. Salivary Gland Neoplasms
Salivary gland tumors are uncommon in children but require particular attention because both benign and malignant lesions occur.

Common benign tumors:
▪️ Pleomorphic adenoma.
▪️ Other benign epithelial neoplasms.

Important malignant tumors:
▪️ Mucoepidermoid carcinoma.
▪️ Acinic cell carcinoma.
▪️ Adenoid cystic carcinoma.

The parotid gland is the most frequently affected major salivary gland. Mucoepidermoid carcinoma is the most common malignant salivary gland tumor in children.
A persistent, painless or progressively enlarging mass should not be assumed to be inflammatory. Facial weakness, numbness, persistent pain, fixation, or associated lymphadenopathy increases concern and warrants prompt specialist evaluation.

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✅ Clinical Diagnosis and Imaging
The diagnostic approach should integrate medical history, physical examination, lesion characteristics, and appropriate imaging.

Clinical examination should assess:
▪️ Location and laterality of gland enlargement.
▪️ Pain, tenderness, and consistency.
▪️ Duration and recurrence of symptoms.
▪️ Salivary flow and ductal discharge.
▪️ Presence of fever or systemic manifestations.
▪️ Oral mucosal changes and associated dental findings.

Imaging considerations:

Diagnostic Method	Main Clinical Application
Ultrasonography	First-line assessment of gland enlargement, cystic lesions, inflammation, and suspected stones.
MRI	Evaluation of deep lesions, tumor extension, and complex soft tissue abnormalities.
CT	Selected cases involving calcifications, suspected complications, or complex anatomy.
Biopsy	Histopathological diagnosis of suspicious or persistent solid lesions.

Ultrasonography is particularly valuable in pediatric patients because it avoids ionizing radiation. MRI provides additional soft tissue characterization when necessary.

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💬 Discussion
Pediatric salivary gland pathology requires a diagnostic approach that considers the patient's age, clinical presentation, anatomical location, and recurrence pattern. Although inflammatory and non-neoplastic disorders represent a substantial proportion of pediatric cases, persistent glandular enlargement should always prompt investigation for structural or neoplastic abnormalities.
Recent evidence supports ultrasonography as the initial imaging modality for most glandular abnormalities. Furthermore, minimally invasive techniques, particularly sialendoscopy, have expanded treatment options for recurrent inflammatory and obstructive conditions.
An important consideration in pediatric dentistry is the distinction between lesions originating from minor salivary glands, such as mucoceles, and diseases affecting major glands, such as juvenile recurrent parotitis. This distinction influences referral decisions, diagnostic procedures, and treatment selection.

✍️ Conclusion
Salivary gland disorders in children encompass a broad spectrum of inflammatory, infectious, obstructive, cystic, autoimmune, and neoplastic conditions. Accurate clinical assessment and appropriate imaging are essential for establishing a differential diagnosis and selecting effective treatment.
Pediatric dentists play an important role in recognizing early manifestations, identifying potentially serious lesions, and coordinating care with pediatricians, oral and maxillofacial surgeons, and otolaryngologists. Persistent or progressive glandular abnormalities require further investigation to exclude significant underlying disease.

🎯 Clinical Recommendations
1. Prioritize anatomical localization: Determine whether the lesion originates from a major or minor salivary gland before establishing a diagnostic approach.
2. Avoid empirical antibiotics without clinical justification: Differentiate bacterial infections from viral and noninfectious inflammatory conditions.
3. Establish follow-up for conservative management: Document lesion dimensions and clinical changes to assess spontaneous resolution or progression.
4. Refer persistent or suspicious masses promptly: Particularly those associated with facial nerve dysfunction, progressive enlargement, fixation, or unexplained pain.
5. Request histopathological examination: Ensure that surgically removed suspicious salivary gland tissue is submitted for definitive diagnosis.

📚 References
✔ Amin, S. N., Patterson, K. T., Cvancara, D. J., & Dahl, J. P. (2024). Pediatric salivary gland pathology. Oral and Maxillofacial Surgery Clinics of North America, 36(3), 317–332. https://doi.org/10.1016/j.coms.2024.02.001
✔ American Academy of Pediatric Dentistry. (2025). Management considerations for pediatric oral pathology. In The Reference Manual of Pediatric Dentistry (pp. 545–550). American Academy of Pediatric Dentistry. https://www.aapd.org/globalassets/media/policies_guidelines/bp_oralpathology25.pdf
✔ Chafin, J. B., & Bayazid, L. (2022). Pediatric salivary gland disease. Pediatric Clinics of North America, 69(2), 363–380. https://doi.org/10.1016/j.pcl.2022.01.004
✔ Kim, M. J., Milliren, A., & Gerold, D. J. (2024). Salivary gland disorders: Rapid evidence review. American Family Physician, 109(6), 550–559. https://www.aafp.org/afp/2024/0600/salivary-gland-disorders
✔ National Cancer Institute. (2024). Childhood salivary gland tumors treatment (PDQ®): Health professional version. https://www.cancer.gov/types/head-and-neck/hp/child/salivary-gland-treatment-pdq
✔ Pereira Martins, M. S., Barros Pereira, L. P. de S., Pereira da Costa, E. M., & Amaral de Vasconcelos Pinheiro Malheiro, A. T. (2026). Juvenile recurrent parotitis: A systematic review of diagnosis and treatment. Birth and Growth Medical Journal, 35(2), 72–83. https://doi.org/10.25753/BirthGrowthMJ.v35.i2.43060

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Dental Implant Longevity: How Long Do Implants Last?

Dental implants are considered a predictable long-term treatment option for replacing missing teeth. Their durability depends on several factors, including implant design, surgical technique, prosthetic restoration, bone and soft tissue health, and the patient's oral hygiene habits.

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Unlike natural teeth, dental implants are not susceptible to dental caries. However, they can develop biological complications, particularly peri-implant mucositis and peri-implantitis, which may compromise their long-term stability.

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So, how long do dental implants last? Clinical evidence indicates that many implants remain functional for 20 years or longer, although their longevity varies according to individual risk factors and maintenance.

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✅ How Long Do Dental Implants Last?
A dental implant fixture can remain integrated and functional for several decades. However, it is important to distinguish between the longevity of the implant itself and that of the prosthetic crown.
Long-term studies demonstrate high implant survival rates, even after extended follow-up periods.

Follow-up Period	Implant Survival
10 years	Approximately 93–96%
20 years	Approximately 92–93%
25 years	Approximately 95% in pooled long-term studies

A 2026 systematic review and meta-analysis reported approximately 93% implant survival after at least 20 years, based on prospective studies. Another 2026 review found approximately 95% survival across follow-up periods of 10–25 years. These findings support the long-term reliability of implant therapy.

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✅ Does the Implant Last Longer Than the Crown?
An important clinical distinction is that the titanium implant fixture and the implant-supported crown are separate components with different survival outcomes.

▪️ Implant fixture: Can remain integrated and functional for 20 years or longer.
▪️ Prosthetic crown: May require repair or replacement earlier because of wear, fracture, chipping, loss of retention, or other mechanical complications.

A systematic review of all-ceramic implant-supported single crowns reported estimated 10-year survival rates of 96.2% for implants and 94.4% for their crowns. These figures demonstrate that both components have favorable long-term outcomes, although their clinical performance is not identical.

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✅ Factors That Affect Dental Implant Longevity
The long-term survival of dental implants depends on biological, behavioral, surgical, and prosthetic factors.

Factor	Potential Impact
History of periodontitis	Increased susceptibility to peri-implant disease.
Smoking	Greater risk of impaired healing and peri-implant complications.
Uncontrolled diabetes	May compromise tissue healing and increase biological risks.
Poor oral hygiene	Promotes biofilm accumulation and peri-implant inflammation.
Implant positioning	Incorrect positioning can compromise prosthetic design and hygiene access.
Prosthetic design	Excessive contours may interfere with plaque removal.
Bruxism and parafunctional habits	May increase mechanical complications.

These factors are recognized in contemporary peri-implant disease prevention and management recommendations.

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✅ What Can Cause Dental Implant Failure?
Implant failure can occur at different stages of treatment.

Early implant failure
Usually occurs before or during osseointegration and may be associated with:
▪️ Inadequate primary stability.
▪️ Impaired bone healing.
▪️ Surgical trauma or infection.
▪️ Excessive micromovement during healing.

Late implant failure
Occurs after osseointegration and functional loading. Important causes include:
▪️ Peri-implantitis, characterized by inflammation and progressive supporting bone loss.
▪️ Persistent plaque accumulation and inadequate biofilm control.
▪️ Progressive marginal bone loss.
▪️ Mechanical complications involving implant components or prosthetic restorations.

It is important to distinguish implant loss from prosthetic complications. A fractured crown or loose abutment screw does not necessarily mean that the implant fixture has failed.

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✅ How to Extend the Lifespan of Dental Implants
Long-term implant maintenance requires continuous professional monitoring and effective patient-performed oral hygiene.

The following measures are particularly important:
1. Maintain daily plaque control: Brush twice daily and use interdental brushes or other appropriate cleaning devices.
2. Attend regular maintenance appointments: Clinical intervals should be individualized according to the patient's risk profile.
3. Avoid smoking: Smoking cessation reduces an important modifiable risk factor.
4. Control systemic conditions: Maintain appropriate glycemic control in patients with diabetes.

5. Monitor peri-implant tissues: Evaluate bleeding on probing, probing depths, suppuration, and changes in tissue conditions. 6. Obtain radiographic monitoring: Compare standardized radiographs with baseline records when clinically indicated to identify progressive marginal bone changes.

The European Federation of Periodontology (EFP) recommends structured supportive peri-implant care, including periodic assessment of peri-implant tissue health.

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💬 Discussion
The available evidence demonstrates that dental implants have high long-term survival rates, with many remaining functional for two decades or longer. Nevertheless, implant survival should not be interpreted as equivalent to biological health or treatment success.
A clinically stable implant may still present peri-implant inflammation, marginal bone changes, or prosthetic complications. Furthermore, survival estimates differ according to follow-up duration, patient characteristics, implant systems, and the definitions used in individual studies.
Therefore, implant longevity is not determined exclusively by the implant material or manufacturer. Patient-related risk factors, appropriate prosthetic design, periodontal stability, and long-term supportive care are essential determinants of treatment outcomes.

✍️ Conclusion
Dental implants can last 20 years or longer, with survival rates exceeding 90% in long-term clinical studies. However, their longevity is not guaranteed and depends on biological stability, appropriate prosthetic rehabilitation, patient-related risk factors, and regular professional maintenance.
The distinction between implant survival and prosthetic restoration survival is essential when discussing long-term treatment expectations. Successful implant therapy requires maintaining both the implant and its surrounding peri-implant tissues over time.

🎯 Clinical Recommendations
For clinicians, the following measures are particularly relevant to improving long-term implant outcomes:

▪️ Establish a periodontal diagnosis and achieve periodontal stability before implant placement.
▪️ Document baseline peri-implant probing measurements and standardized radiographs after prosthetic loading.
▪️ Design restorations that facilitate patient-performed plaque control and professional instrumentation.
▪️ Individualize supportive peri-implant care intervals according to biological and behavioral risk.
▪️ Evaluate progressive marginal bone loss and peri-implant inflammation promptly rather than waiting for implant mobility.

📚 References
✔ Howe, M.-S., Keys, W., & Richards, D. (2019). Long-term (10-year) dental implant survival: A systematic review and sensitivity meta-analysis. Journal of Dentistry, 84, 9–21. https://doi.org/10.1016/j.jdent.2019.03.008
✔ Kupka, J. R., König, J., Al-Nawas, B., Sagheb, K., & Schiegnitz, E. (2024). How far can we go? A 20-year meta-analysis of dental implant survival rates. Clinical Oral Investigations, 28, Article 541. https://doi.org/10.1007/s00784-024-05929-3
✔ Lupi, S. M., Agolli, J., Isola, G., & Scribante, A. (2026). Dental implant survival and marginal bone loss after a minimum of 20 years: Systematic review and meta-analysis of prospective studies. International Journal of Oral and Maxillofacial Surgery, 55(11), 1360–1369. https://doi.org/10.1016/j.ijom.2026.05.011
✔ Moraschini, V., Mikulás, K., Shibli, J. A., Souza, J. G. S., Sculean, A., Louro, R. S., & Mourão, C. F. (2026). Ten years and beyond: Long-term dental implant survival, success, and biological health—A systematic review and meta-analysis. Periodontology 2000. Advance online publication. https://doi.org/10.1111/prd.70098
✔ Rabel, K., Spies, B. C., Pieralli, S., Vach, K., & Kohal, R.-J. (2018). The clinical performance of all-ceramic implant-supported single crowns: A systematic review and meta-analysis. Clinical Oral Implants Research, 29(Suppl. 18), 196–223. https://doi.org/10.1111/clr.13337
✔ Herrera, D., Berglundh, T., Schwarz, F., Chapple, I., Jepsen, S., Sculean, A., et al. (2023). Prevention and treatment of peri-implant diseases—The EFP S3 level clinical practice guideline. Journal of Clinical Periodontology, 50(Suppl. 26), 4–76. https://doi.org/10.1111/jcpe.13823

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Dexamethasone + Diclofenac: Is It Safe in Dentistry?

The combination of dexamethasone and diclofenac in dentistry is used to manage postoperative inflammation, pain, and swelling, particularly following oral surgical procedures such as third molar extraction and other interventions involving significant tissue trauma.

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These medications have complementary pharmacological mechanisms: dexamethasone is a corticosteroid that suppresses inflammatory responses, whereas diclofenac is a nonsteroidal anti-inflammatory drug (NSAID) that reduces prostaglandin synthesis through cyclooxygenase inhibition.

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Although their combined use may provide effective control of postoperative symptoms, it requires careful clinical assessment because both drugs have potential adverse effects, contraindications, and interactions. Their combination should not be considered a routine prescription for every dental procedure.

✅ Pharmacological mechanisms
The combination involves two different anti-inflammatory pathways.

Drug	Pharmacological Class	Main Mechanism	Clinical Effect
Dexamethasone	Glucocorticoid	Inhibits phospholipase A2 activity indirectly through lipocortin and suppresses inflammatory mediator production.	Reduces inflammatory edema and tissue inflammation.
Diclofenac	Nonsteroidal anti-inflammatory drug (NSAID)	Inhibits COX-1 and COX-2, reducing prostaglandin synthesis.	Provides analgesic and anti-inflammatory effects.

The combination targets different stages of the inflammatory response. However, complementary mechanisms do not necessarily translate into superior clinical outcomes in every dental procedure.

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✅ Clinical applications in dentistry
The combination has primarily been investigated in oral and maxillofacial surgery, particularly in procedures associated with substantial postoperative inflammation.

Potential clinical applications include:
▪️ Surgical extraction of impacted third molars: Management of postoperative pain, facial swelling, and trismus.
▪️ Complex dentoalveolar surgery: Reduction of inflammatory symptoms following extensive tissue manipulation.
▪️ Selected oral surgical procedures: Adjunctive control of postoperative inflammatory responses when clinically justified.

It is important to distinguish postoperative inflammation from infection. Neither medication eliminates the underlying cause of an odontogenic infection, and dexamethasone may mask clinical manifestations of infection.

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✅ Clinical evidence: Does the combination improve postoperative outcomes?
A randomized, open-label pilot clinical trial by Bamgbose et al. (2006) evaluated 150 patients undergoing third-molar extraction. Three protocols were compared:

1. Dexamethasone 8 mg intramuscularly plus diclofenac potassium 50 mg orally.
2. Dexamethasone 8 mg intramuscularly plus acetaminophen 1,000 mg orally.
3. Diclofenac potassium 50 mg orally alone.

The combination of dexamethasone and diclofenac produced a significantly higher proportion of patients reporting no pain compared with the other groups (44% versus 22% and 24%, respectively). It also reduced facial swelling compared with diclofenac monotherapy. However, the study was a pilot trial with an open-label design, and its findings should not be interpreted as definitive evidence of superiority.
Another randomized clinical trial by Lima et al. (2017) compared postoperative dexamethasone with diclofenac following third-molar removal. Dexamethasone produced better outcomes for swelling and trismus, while patients receiving diclofenac required more rescue analgesia. This study compared the medications rather than their combined administration.
These findings suggest that corticosteroids may contribute to postoperative edema control, while NSAIDs provide an important analgesic effect.

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✅ Dosage and administration considerations
There is no universally standardized dexamethasone–diclofenac dosage protocol for dental procedures. The regimen should be individualized according to the surgical procedure, patient characteristics, medical history, and formulation.
The clinical trial by Bamgbose et al. (2006) investigated a specific protocol involving dexamethasone 8 mg intramuscularly and diclofenac potassium 50 mg orally. These doses describe the research protocol and should not be interpreted as a universal prescription.

Important considerations include:
▪️ Use the lowest effective NSAID dose for the shortest appropriate duration.
▪️ Select the corticosteroid route according to the clinical indication and patient circumstances.
▪️ Avoid automatically combining both drugs after uncomplicated dental procedures.
▪️ Reassess patients with persistent or worsening postoperative symptoms rather than extending medication empirically.

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✅ Contraindications, precautions, and adverse effects
Combining a corticosteroid with an NSAID requires particular attention to gastrointestinal safety. Concomitant systemic corticosteroid and NSAID use can increase the risk of gastrointestinal ulceration and bleeding.

Medication	Important Precautions
Diclofenac	Peptic ulcer disease, previous gastrointestinal bleeding, renal impairment, cardiovascular disease, uncontrolled hypertension, NSAID hypersensitivity, and certain stages of pregnancy.
Dexamethasone	Uncontrolled diabetes, active or inadequately controlled infection, immunosuppression, systemic fungal infection, and relevant corticosteroid hypersensitivity.
Combination	Increased gastrointestinal risk, particularly in patients with a history of ulceration, anticoagulant use, or other bleeding risk factors.

Sources: Official prescribing information for diclofenac and dexamethasone

Potential adverse effects

Diclofenac:
▪️ Gastrointestinal irritation, ulceration, and bleeding.
▪️ Renal impairment and fluid retention.
▪️ Increased cardiovascular thrombotic risk.
▪️ Hepatic enzyme elevations and hypersensitivity reactions.

Dexamethasone:
▪️ Transient hyperglycemia.
▪️ Mood changes and sleep disturbances.
▪️ Immunosuppression and increased susceptibility to infection.
▪️ Potential masking of infectious symptoms.

Combined treatment: The most relevant concern is the increased gastrointestinal risk associated with concurrent NSAID and systemic corticosteroid administration. A short treatment course does not eliminate this risk.

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💬 Discussion
The pharmacological rationale for combining dexamethasone and diclofenac is based on their complementary anti-inflammatory mechanisms. Clinical evidence, particularly in third-molar surgery, suggests that this combination can improve certain postoperative outcomes.
However, the available evidence should be interpreted cautiously. The study by Bamgbose et al. (2006) provides encouraging findings, but its pilot design and open-label methodology limit the strength of its conclusions.
An important consideration is the American Dental Association (ADA) clinical practice guideline published in 2024. This guideline recommends NSAIDs, alone or combined with acetaminophen, as first-line pharmacological treatment for postoperative pain following surgical tooth extraction. It also suggests against routinely adding oral, submucosal, or intramuscular corticosteroids to standard analgesic therapy because the available evidence indicates, at most, a trivial reduction in postoperative pain.
The ADA guideline does not specifically evaluate corticosteroids for managing postoperative facial swelling or trismus as separate inflammatory complications. Therefore, its recommendation should not be interpreted as evidence that corticosteroids have no role in selected oral surgical situations.
Overall, dexamethasone plus diclofenac may be considered in selected surgical cases, but routine combined administration is not supported by sufficiently strong evidence.

✍️ Conclusion
The combination of dexamethasone and diclofenac in dentistry offers a pharmacological approach to managing postoperative inflammation and pain, particularly following third-molar surgery.
Nevertheless, its clinical use requires individualized assessment because the potential benefits must be balanced against gastrointestinal, cardiovascular, renal, and immunological risks.
For most routine dental procedures, NSAIDs remain an evidence-supported first-line option for postoperative pain management. The addition of dexamethasone should be reserved for selected indications rather than considered a standard component of every postoperative prescription.

🎯 Clinical Recommendations
1. Prioritize NSAID-based analgesia according to current dental pain guidelines rather than routinely prescribing dual anti-inflammatory therapy.
2. Consider the combination only when a specific inflammatory indication justifies the additional corticosteroid exposure.
3. Evaluate gastrointestinal, renal, cardiovascular, and metabolic risk factors before prescribing.
4. Do not use corticosteroids to suppress swelling associated with an untreated odontogenic infection; establish appropriate source control and infection management.

📚 References
✔ Bamgbose, B. O., Akinwande, J. A., Adeyemo, W. L., Ladeinde, A. L., Arotiba, G. T., & Ogunlewe, M. O. (2006). Prospective, randomized, open-label, pilot clinical trial comparing the effects of dexamethasone coadministered with diclofenac potassium or acetaminophen and diclofenac potassium monotherapy after third-molar extraction in adults. Current Therapeutic Research, 67(4), 229–240. https://doi.org/10.1016/j.curtheres.2006.07.001
✔ 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., ... Moore, P. A. (2024). Evidence-based clinical practice guideline for the pharmacologic management of acute dental pain in adolescents, adults, and older adults. The Journal of the American Dental Association, 155(2), 102–117.e9. https://doi.org/10.1016/j.adaj.2023.10.009
✔ Lima, C. A. A., Favarini, V. T., Torres, A. M., da Silva, R. A., & Sato, F. R. L. (2017). Oral dexamethasone decreases postoperative pain, swelling, and trismus more than diclofenac following third molar removal: A randomized controlled clinical trial. Journal of Cranio-Maxillofacial Surgery, 21(3), 321–326. https://doi.org/10.1007/s10006-017-0635-0
✔ U.S. National Library of Medicine. (2026). Diclofenac sodium: Prescribing information. DailyMed. https://dailymed.nlm.nih.gov/dailymed/
✔ U.S. National Library of Medicine. (2025). Dexamethasone tablets: Prescribing information. DailyMed. https://dailymed.nlm.nih.gov/dailymed/

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