PEDIATRIC DENTISTRY

MOHAP-approved Clinical Guidelines

Our Pediatric Dentistry department provides comprehensive, evidence-based oral healthcare for infants, children, adolescents, and patients with special health care needs — guided by MOHAP-approved clinical standards. All treatment plans are individualized based on each child’s medical and dental history.

1. Preventive Pediatric Dentistry

Goals of Preventive Care

Prevent dental caries and periodontal disease.
Promote healthy oral habits from an early age.
Identify risk factors early and intervene promptly.
Support normal growth and dental development.
Reduce the need for extensive dental treatment later in life.

First Dental Visit

The first dental visit should take place by the child’s first birthday. This early visit allows us to establish a dental home, provide anticipatory guidance, and perform an initial caries risk assessment (CRA).

Caries Risk Assessment (CRA)

A caries risk assessment is performed at every visit. Risk is classified as low, moderate, or high based on factors including diet, fluoride exposure, oral hygiene, socioeconomic status, medical conditions, and caregiver caries history. The CRA guides recall frequency, fluoride scheduling, and all preventive decisions.

Oral Hygiene Instructions

Brushing should begin when the first tooth erupts.
Parents should brush on behalf of the child until the child reaches 7–8 years of age.
Fluoridated toothpaste quantity: a smear layer for children under 3 years; a pea-sized amount for children aged 3–6 years.
Brush twice daily with fluoridated toothpaste.
Flossing should begin as soon as adjacent teeth are in contact.

Fluoride Therapy

Fluoride varnish is applied every 3–6 months based on caries risk.
Fluoride mouthwash is recommended for children 6 years and older who are at moderate or high risk.
Fluoride supports the remineralization of early carious lesions.

Dental Sealants

Sealants are indicated for primary and permanent molars with deep pits and fissures. They have strong evidence for preventing occlusal caries and are especially beneficial for high-risk children. Partially erupted molars can also be treated using appropriate isolation aids.

Diet & Nutrition Counseling

Reduce the frequency of sugary and sticky snacks.
Avoid juice, sodas, and sweetened beverages.
No bottle in bed; transition to a cup by 12–18 months.
Encourage water as the primary drink.
Promote a balanced diet rich in fruits and vegetables.

Management of Non-Cavitated Lesions

Fluoride varnish and remineralization protocols.
Sealants for early occlusal lesions.
Silver Diamine Fluoride (SDF) for high-risk or less cooperative children.
Dietary counseling to prevent lesion progression.

Recall Intervals

High Risk: Every 3 months
Moderate Risk: Every 6 months
Low Risk: Every 6–12 months

Special Health Care Needs (SHCN)

Children with special health care needs require more frequent recall visits (every 3 months), tailored preventive strategies based on their abilities and medical status, and additional caregiver support for daily oral hygiene routines.

Trauma Prevention

Use mouthguards for contact sports.
Educate parents about home safety measures to reduce fall risk.
Avoid chewing hard objects that could fracture teeth.
Provide first-aid guidance for dental trauma situations.

2. Periodicity of Examination, Preventive Services & Oral Treatment

Examination Schedule

First dental visit by age 1 year.
Routine recall every 6 months, or more frequently based on the child’s caries risk level.
Each visit includes a medical and dental history review, full clinical examination, radiographs (as clinically indicated), growth assessment, and caries risk assessment.

Preventive Dental Services

Fluoride varnishes every 3–6 months based on risk level.
Dental sealants for high-risk pits and fissures.
Oral prophylaxis as required by the patient’s risk status.
Topical or systemic fluoride supplements based on caries risk and local water fluoride levels.

Anticipatory Guidance & Counseling

Anticipatory guidance begins at the first visit and continues at every subsequent appointment. Topics addressed include: oral hygiene practices, diet, fluoride, feeding habits, oral habits (such as thumb sucking), trauma prevention, teething management, sports mouthguards, and guidance for children with special health needs.

Oral Treatment

Minimally invasive techniques are applied wherever clinically appropriate.
Restorative care is provided as indicated by the child’s caries status.
Pulp therapy follows AAPD-approved guidelines.
Orthodontic growth monitoring is incorporated into periodic evaluations.
Trauma management protocols are followed for all injury presentations.
Behaviour guidance is tailored to each child’s age and developmental stage.

Age-Based Guidance Overview

Infants (0–1 yr): First dental visit, feeding guidance, fluoride application, oral hygiene instruction for caregivers.
Toddlers (1–3 yrs): Fluoride varnish every 3–6 months, Early Childhood Caries (ECC) prevention.
Preschool (3–5 yrs): Sealants, fluoride therapy, oral habit management and cessation.
School Age (6–12 yrs): Sealants for permanent molars, sports mouthguards, orthodontic evaluation.
Adolescents: Diet counseling, independent oral hygiene habits, tobacco and vaping cessation guidance.

3. Infant Oral Health (0–3 Years)

First Dental Visit — Age 1

A dental home should be established between 6–12 months of age. Early caregiver counseling, evaluation of oral structures and eruption patterns, and identification of infants at high risk for Early Childhood Caries (ECC) are all part of this foundational visit.

Examination Components for Infants

Comprehensive medical and dental history including prenatal/perinatal factors and family caries risk.
Knee-to-knee examination position for comfort and ease of assessment.
Inspection of soft tissues, tongue, palate, and gingiva.
Evaluation of eruption sequence and any developmental anomalies.
Assessment of plaque levels and early white spot lesions.
Evaluation of frenum attachments when clinically indicated.

Caries Risk Assessment (CRA)

A CRA is performed at every visit, evaluating feeding habits, sugar exposure, fluoride intake, and family caries history. Infants are classified as low, moderate, or high risk — guiding recall frequency and individualized preventive strategies.

Anticipatory Guidance for Infants

Oral hygiene: Begin brushing with the eruption of the first tooth using a smear layer of fluoride toothpaste.
Parents must continue brushing for the child until the age of 7–8 years.
Clean gums with a soft cloth before any teeth erupt.
Feeding: Avoid the bottle in bed; limit sugary drinks; transition to a cup by 12–18 months.
Injury prevention: Childproof the home, avoid infant walkers, and provide trauma first-aid instructions to parents.
Oral habits: Monitor thumb sucking and pacifier use; guide cessation by age 2–3.
Teething: Use chilled teething rings or gum massage; avoid benzocaine or homeopathic gels.

Fluoride Recommendations

Fluoride varnishes applied every 3–6 months based on the child’s caries risk level.
Caregivers are educated about the benefits and appropriate use of fluoride.

ECC Prevention

Parents should perform a weekly ‘lift-the-lip’ examination to check for white spot lesions.
Parental brushing is an essential preventive measure against ECC.
Reducing the frequency of sugary snacks and controlling sugar exposure is critical.
Fluoride is used to reverse early lesions where possible.
Silver Diamine Fluoride (SDF) may be used to arrest early carious lesions.

Recall Intervals

High Risk: Every 3 months
Moderate Risk: Every 6 months
Low Risk: Annually
SHCN Infants: More frequent monitoring as clinically needed

4. Restorative Care in Pediatric Dentistry

Goals of Restorative Care

Restore function, comfort, and esthetics to the affected dentition.
Prevent the progression of dental disease.
Maintain arch integrity and support normal oral development.
Apply minimally invasive approaches wherever clinically appropriate.

Caries Management Principles

All treatment decisions are based on the child’s caries risk assessment. Minimally invasive dentistry is preferred when possible, with an emphasis on preserving tooth structure and maintaining pulpal health using evidence-based materials and techniques.

Restorative Materials

Glass Ionomer Cement (GIC): Provides fluoride release; well-suited for high-risk patients.
Resin-Modified GIC: Stronger than conventional GIC; a good option for primary teeth.
Composite Resin: Esthetic choice that is technique-sensitive and requires good moisture control.
Stainless Steel Crowns (SSC): The gold standard for multi-surface carious lesions and high-risk children.

Indications for Stainless Steel Crowns (SSC)

Extensive multi-surface decay.
Following pulpotomy or pulpectomy procedures.
Hypoplastic or severely worn teeth.
Children requiring full-mouth rehabilitation under general anesthesia.
Patients identified as high caries risk.

Minimally Invasive Techniques

Silver Diamine Fluoride (SDF): Used to arrest active carious lesions.
Interim Therapeutic Restoration (ITR): Performed using Glass Ionomer Cement.
Atraumatic Restorative Technique (ART): Carried out with hand instruments to minimize trauma.
Selective caries removal: Applied for deep lesions to preserve pulpal health.

Pulp Therapy Considerations

Indirect pulp therapy (IPT) is preferred for deep caries where the pulp remains healthy.
Pulpotomy is performed using MTA or other approved medicaments.
Pulpectomy is indicated for irreversible pulpitis or pulpal necrosis in primary teeth.
All pulp therapy procedures should be followed by a definitive restoration — ideally a stainless steel crown.

Esthetic Pediatric Restorations

Strip crowns for primary anterior teeth.
Composite veneers for minor anterior defects.
GIC or RMGIC for non-esthetic indications in anterior teeth.

Bonding and Isolation

Rubber dam isolation is recommended for composite resin restorations.
Cotton roll isolation is acceptable for GIC and ITR procedures.
Appropriate moisture control significantly improves the longevity of restorations.

Special Considerations for Children with SHCN

Durable restorations such as stainless steel crowns are preferred.
Minimally invasive dentistry is applied where cooperation is limited.
Sedation or general anesthesia may be indicated when clinically necessary.

5. Behaviour Guidance for the Paediatric Dental Patient

Behaviour guidance is a continuous process of interaction involving the dental team (dentist and staff), the patient, and the parent — directed toward communication, education, and the delivery of high-quality care.

Goals of Behaviour Guidance

Establish clear and effective communication with the child and parent.
Alleviate the child’s dental fear and anxiety.
Promote the patient’s and parents’ awareness of the value of good oral health.
Foster a positive attitude toward dental care in the child.
Build a trusting and lasting relationship between the dental team, the child, and their family.
Deliver quality oral health care in a comfortable, safe, minimally restrictive, and effective manner.

Predictors of Child Behaviour

Factors that may contribute to a child’s non-cooperation during a dental appointment include:

General or situational fears and anxiety.
Previous unpleasant or painful dental or medical experiences.
Inadequate preparation prior to the visit.
Parenting styles and practices.
Cognitive age, developmental delay, or inadequate coping skills.
Physical or mental disability, acute illness, or chronic disease.

Parental Influences

A parent’s positive attitude toward oral health helps establish a dental home and reduces fear.
Early preventive care reduces the likelihood of negative dental experiences.
Parents who have had negative dental experiences may inadvertently transmit that fear to their child.
Parental stressors such as financial hardship, depression, or anxiety can negatively affect the child’s behaviour.
Parenting styles vary; encouraging parents to ask questions helps set realistic expectations for each visit.

Orientation to the Dental Environment

The initial contact with our clinic helps determine whether our practice environment suits the child’s needs.
Scheduling staff set expectations and gather relevant information about the child’s chief complaint and any special needs.
Clear communication and a welcoming reception area reduce anxiety from the moment of arrival.
A child-friendly reception area helps distract young patients and positively influences their behaviour.

Patient Assessment

A cooperative potential assessment is performed using information from the parent and direct observation. The dental team evaluates whether the child is approachable, shy, or withdrawn in order to tailor the approach accordingly.

Behaviour Guidance Techniques

The following is a summary of standard techniques and their application at Al Bustan Medical Group:

Highly Recommended at Al Bustan MC

Tell-Show-Do: Explaining a procedure verbally, demonstrating with instruments, then performing it — our primary technique for building confidence in young patients.
Distraction: Audiovisual aids, engaging clinic design, and imagination-based distractions to redirect the child’s focus.

Additional Techniques Applied

Ask-Tell-Ask: Understanding the child’s perspective before and after providing instructions.
Non-verbal communication: Facial expressions, tone of voice, body language, and empathetic reassurance to reduce anxiety.
Positive reinforcement and descriptive praise: Acknowledging and rewarding cooperative behaviour.
Memory restructuring: Framing the dental experience in a positive light for future visits.
Desensitization: Gradually introducing stimuli over multiple visits to reduce fear responses.
Nitrous oxide/oxygen inhalation sedation: Available when clinically appropriate.
Protective stabilization: Only employed with parental assistance when necessary for safety.

Not Applied at Al Bustan MC

Voice control is not used at Al Bustan Medical Group. Should it ever be applied, full explanation and documentation is required.
Parent separation — Parents are not separated from their child during treatment at our clinic.
Papoose board — This form of physical restraint is not used at Al Bustan Medical Group.
Pre-visit imagery and direct observation — Not a common practice at our clinic.

6. Children with Special Health Care Needs (SHCN)

Goals of Dental Care for SHCN Patients

Deliver safe, compassionate, and individualized dental care.
Prevent oral disease and reduce dental emergencies.
Maintain comfort, nutrition, function, and overall oral health.
Support caregivers and collaborate with multidisciplinary care teams.

Key Principles of Care

Treatment plans are individualized based on the child’s medical, behavioral, and developmental status.
Medical consultation is sought for cardiac conditions, seizure disorders, bleeding disorders, immunosuppression, or whenever sedation is being considered.
Ongoing collaboration with pediatricians and relevant specialists is essential.

Preventive Strategies

Fluoride varnishes every 3 months.
Sealants for molars as clinically appropriate.
Caregiver-assisted brushing and daily oral hygiene support.
Modified or powered toothbrushes for children with limited dexterity.
High-fluoride toothpaste for high-risk cases.
Diet modification and reduced sugar intake.
Weekly ‘lift-the-lip’ home examination by the caregiver.

Behaviour Guidance

Non-pharmacologic approaches: Tell-Show-Do, systematic desensitization, visual support aids, positive reinforcement, and shorter appointment durations.
Pharmacologic approaches: Nitrous oxide or general anesthesia when clinically necessary.
General anesthesia (GA) is indicated for cases of severe anxiety, autism spectrum disorder, extensive treatment needs, or complex medical conditions.

Condition-Specific Modifications

Autism Spectrum Disorder: Predictable routines and visual scheduling tools.
Down Syndrome: Heightened periodontal risk, cardiac concerns, airway considerations, and atlanto-axial instability must be managed.
Cerebral Palsy: Muscle spasticity, aspiration risk, and limited mouth opening require adapted approaches.
Epilepsy: Triggers are avoided and medication compliance is confirmed prior to treatment.
Medically compromised children: Antibiotic prophylaxis or hematology consultation as indicated.

Oral Treatment Considerations

Stainless steel crowns are preferred for long-term durability.
GIC or composite used for selected clinical cases.
SDF for caries arrest where appropriate.
Pulp therapy following AAPD guidelines.
Extractions planned with medical input for systemic conditions.

Recall Schedule

High-Risk SHCN: Every 3 months
Moderate Risk: Every 4–6 months
Annual full multidisciplinary evaluation

Caregiver & Family Support

Written home-care instructions are provided after every visit.
Caregivers are taught brushing techniques and daily oral hygiene routines.
Diet modifications are discussed and reinforced.
Medications with high sugar content are reviewed and flagged.
Fluoride use and the importance of regular checkups are continuously reinforced.

7. Management of Dental Trauma in Paediatric Dentistry

Initial Patient Assessment

The immediate priority is to rule out any life-threatening injuries. A primary survey assesses Airway, Breathing, and Circulation (ABCs). Once the patient is stable, a secondary survey includes a detailed injury history (how, when, and where it occurred) followed by a comprehensive clinical and radiographic dental examination to diagnose all hard and soft tissue injuries.

Management of Specific Injuries

Crown Fractures: For fractures without pulp exposure, the goal is to protect the pulp and restore the tooth — either by reattaching the fragment or using a composite restoration. If the pulp is exposed, vital pulp therapy (such as a partial pulpotomy) is the preferred approach to preserve tooth vitality.

Root Fractures: The coronal segment is repositioned and stabilized using a flexible splint, typically for 4 weeks. Long-term monitoring is required, as the pulp in the coronal segment may become non-vital over time.

Luxation Injuries (Tooth Displacement):

Concussion: Tooth is tender but not displaced — monitored without splinting.
Extrusion: Tooth is partially displaced out of its socket — gently repositioned and splinted for 2 weeks.
Lateral Luxation: Tooth is displaced and driven into the bone — repositioned and splinted for 4 weeks.
Intrusion: Tooth is driven apically into the bone. Management depends on tooth maturity — monitoring for spontaneous re-eruption in immature teeth; active repositioning and root canal treatment in mature teeth.

Avulsion (Knocked-Out Tooth) — Dental Emergency: Time outside the socket is the critical factor. The best storage medium is the tooth’s own socket (immediate replantation). If this is not immediately possible, store the tooth in Hank’s Balanced Salt Solution, milk, or saliva — never in water or dry tissue. At the clinic: replant and splint with a flexible splint for 2 weeks. Root canal treatment is required for mature teeth 7–10 days after replantation; immature teeth are monitored for possible revascularization.

Primary Teeth Trauma

The primary concern with primary tooth injuries is protecting the developing permanent tooth bud located near the primary tooth roots. Treatment is generally more conservative. Avulsed primary teeth should NOT be replanted, as replantation carries a high risk of damaging the permanent successor.

Follow-Up

Long-term monitoring is essential following all dental trauma. Patients require regular clinical and radiographic reviews for a minimum of 5 years to monitor for complications such as pulp necrosis, root resorption, or ankylosis (fusion of the tooth to the alveolar bone). This protocol is based on the latest AAPD guidelines. For complete clinical protocols, refer to aapd.org.

8. Orthodontic Assessment in Pediatric Dentistry

Goals of Orthodontic Assessment

Detect developing malocclusion at the earliest possible stage.
Guide craniofacial growth and dental development.
Identify harmful oral habits affecting the occlusion.
Improve function, esthetics, and prevent dental trauma.
Plan timely interceptive orthodontics or specialist referral.

Initial Orthodontic Evaluation

First orthodontic screening is recommended at age 6–7.
Assessment includes facial symmetry, jaw growth, eruption pattern, and spacing.
Evaluation of tooth-size to arch-size relationships is performed.

Clinical Dental Relationships Examined

Molar relationship: Class I, II, or III
Canine relationships
Overjet and overbite measurements
Dental midline alignment
Spacing or crowding
Anterior or posterior crossbite
Open bite or deep bite

Skeletal Assessment

Evaluation of maxilla-mandible relationship.
Identification of skeletal Class I, II, or III tendencies.
Assessment of vertical growth pattern (long face or short face).
Evaluation for facial asymmetry.

Soft Tissue & Functional Assessment

Lip competence evaluation.
Tongue posture and positioning assessment.
Detection of mouth breathing patterns.
Review of speech issues (lisping, tongue thrust).
Assessment of TMJ sounds or discomfort.

Eruption & Developmental Assessment

Delayed or early eruption
Early loss of primary teeth
Ankylosed primary teeth
Ectopic eruption (molars, canines)
Supernumerary teeth (mesiodens)
Congenitally missing teeth
Tooth-size discrepancies

Radiographic Assessment

Radiographs are used only when clinically indicated.
Panoramic radiograph for a comprehensive developmental overview.
Periapical films for eruption and pathology concerns.

Habit Assessment

The following habits are assessed and early intervention is recommended when they are impacting the occlusion: thumb sucking, pacifier use, mouth breathing, bruxism, tongue thrust, and prolonged bottle feeding.

Indications for Orthodontic Referral

Delayed eruption or impacted teeth
Severe crowding or spacing
Anterior or posterior crossbite
Open bite or deep bite
Class II or III skeletal discrepancies
Missing or supernumerary teeth
Space loss requiring regaining
Any developing malocclusion needing specialist care

Interceptive Orthodontic Options

Space maintenance and space regaining appliances.
Correction of crossbites.
Guided eruption management.
Habit control appliances.
Limited fixed braces for early corrections.
Functional appliances for skeletal discrepancies.

9. Pain & Infection Control in Pediatric Dentistry

Pain Assessment

Age-appropriate pain scales are used at every assessment.
Swelling, fever, difficulty sleeping, and behavioral changes are evaluated.
Caregiver observations are an important part of the pain evaluation process.

Pharmacologic Pain Control

NSAIDs are the first-line analgesic in pediatric dental pain management.
Ibuprofen: 10 mg/kg every 6–8 hours.
Acetaminophen: 10–15 mg/kg every 4–6 hours.
A combination of ibuprofen and acetaminophen provides superior pain relief.
Opioids are avoided unless absolutely necessary.
All medications are administered using weight-based dosing.

When Antibiotics Are NOT Indicated

Localized dental caries
Pulpitis or symptomatic toothache without swelling
Localized apical periodontitis
Localized abscess without systemic symptoms
Draining sinus tract without fever

When Antibiotics ARE Indicated

Fever, facial swelling, or cellulitis
Lymphadenitis or systemic involvement
Difficulty swallowing or breathing
Rapidly spreading infection
Trauma with soft-tissue infection
Avulsed permanent teeth (adjunct use)
Immunocompromised or medically complex children

First-Line Antibiotics

Amoxicillin: 20–40 mg/kg/day divided every 8 hours — first-line choice
Amoxicillin–Clavulanic Acid: For severe infections or cases of non-response to amoxicillin
Clindamycin: For patients with penicillin allergy
Metronidazole: As an adjunct for anaerobic infections

Management of Dental Abscesses

Localized abscess: Pulpal treatment or extraction; antibiotics only if systemic symptoms are present.
Incision and drainage performed when indicated by the clinical presentation.
Facial cellulitis: Immediate antibiotics, drainage, and concurrent pain management.
Hospital referral when: eye swelling, trismus, airway compromise, or deep-space infections are present.

Post-Operative Pain Management

NSAIDs or acetaminophen following extractions or pulp therapy procedures.
Cold compress for the first 24 hours after an extraction.
Soft diet and careful monitoring of swelling at home.
Dental trauma-specific guidelines apply for all injury-related presentations.

Antibiotic Stewardship Principles

Antibiotics are prescribed only when clinically indicated.
Narrow-spectrum antibiotics are preferred wherever possible.
Caregivers are educated about the risks of antibiotic overuse and antimicrobial resistance.
Weight-based dosing and appropriate treatment duration are always observed.

10. Nitrous Oxide / Oxygen Inhalation Sedation

Indications

Fearful or anxious pediatric patients.
Cooperative children requiring longer procedures where fatigue reduction is beneficial.
Patients with muscular tone disorders causing unintentional movements.
A hypersensitive gag reflex that interferes with dental care.
Cases where profound local anesthesia cannot be reliably achieved.

Contraindications

Severe respiratory conditions
Upper airway infections or sinusitis
Recent middle ear infection or ENT surgery (within 14 days)
Glaucoma or recent retinal surgery (within 3 months)
Severe emotional disturbances or drug dependence
First trimester of pregnancy
Treatment with bleomycin sulfate
Untreated Vitamin B12 deficiency

Patient Selection

Ideal candidates: ASA Physical Status I and II patients.
ASA III patients and patients with special needs require prior medical consultation.
Relevant medical specialists must be consulted for patients with significant medical conditions.

Safety Profile & Side Effects

Nitrous oxide is considered very safe when used at concentrations below 50%.
Common side effects: Nausea and vomiting (0.5–1.2% incidence).
Other possible effects: Dizziness, dysphoria, headache, hallucination, and diaphoresis.
To prevent diffusion hypoxia, 100% oxygen must be administered for a minimum of 5 minutes after stopping nitrous oxide delivery.

Administration Technique

Select a properly fitted nasal hood for the patient.
Check vital signs; pulse oximetry is recommended.
Set flow rate: 5–7 L/min for older children; 3–5 L/min for younger children (3–4 years).
Adjust flow rate using the reservoir bag as a guide.
Administer 100% oxygen for 1–2 minutes, then titrate nitrous oxide in 10% increments.
Do not exceed 50% nitrous oxide routinely.
Ensure the scavenging vacuum is adequate — but not excessive.
Administer 100% oxygen for 5 minutes at the end of the procedure.
Discharge the patient only after full recovery is confirmed.

Monitoring During Sedation

Continuous observation of responsiveness, skin color, and breathing pattern.
Higher concentrations require closer and more vigilant monitoring.

Practitioner Responsibilities

Obtain and document informed consent prior to sedation.
Document: indication, dosage, duration, and post-oxygenation protocol in the patient record.
Provide dietary instructions to caregivers as clinically indicated.

Facilities & Equipment Requirements

Equipment must be capable of delivering a minimum of 30% oxygen and allowing 100% oxygen delivery.
A fail-safe mechanism must stop nitrous oxide delivery if oxygen levels drop below safe limits.
A scavenging system is mandatory in all rooms where nitrous oxide is used.
Hoses, reservoir bags, and all connections must be regularly inspected for leaks.

Note: The ASA Physical Status Classification System is used in anaesthesia to assess a patient’s overall health and communicate perioperative risk. Classifications I, II, and III reflect increasing levels of systemic disease and operative risk.

11. Local Anesthesia in Pediatric Dentistry

Purpose

To ensure the safe and effective administration of local anesthesia for infants, children, adolescents, and patients with special health care needs.

Patient Assessment

Review medical history, known allergies, and current medications.
Consider the child’s weight, age, behavior, and any special health needs.
Discuss any previous anesthesia experiences with the caregiver.
Determine whether sedation or general anesthesia may be needed, and adjust local anesthetic dosage accordingly.

Dosage Guidelines

Doses are calculated based on body weight (mg/kg). The lowest effective dose is always used. Both the total mg and the mg/kg calculation must be documented in the patient record.

Administration Technique

Apply topical anesthetic and allow 1 minute of contact time before injection.
Use behavior guidance techniques: Tell-Show-Do and distraction to reduce anxiety.
Administer injections slowly; always aspirate before injecting.
Choose the appropriate needle size based on the patient’s age and the injection site.
Do not allow the child to see the needle at any point during the procedure.

Documentation Requirements

Every local anesthetic episode must be documented with the following:

Type and concentration of anesthetic used
Total volume (ml), dose in mg, and mg/kg
Use of vasoconstrictor
Injection site(s) and technique
Behaviour guidance technique applied
Post-operative instructions provided
Clinician signature and date

Post-Operative Instructions

Warn caregivers about the risk of lip and tongue biting — especially in non-verbal or very young children.
Advise avoiding hot food and chewing until full sensation has returned.
Monitor for swelling, persistent numbness, or unusual pain.

Special-Needs Considerations

Use caregiver-assisted communication strategies for non-verbal patients.
Provide written post-operative instructions in simplified language.

Emergency Management

Stop the procedure immediately if local anesthetic toxicity is suspected.
Administer supplemental oxygen as needed.
Activate the emergency response protocol if CNS or cardiac symptoms develop.

12. Early Childhood Caries (ECC)

Definition & Classification

Early Childhood Caries (ECC) is defined as the presence of one or more decayed, missing (due to caries), or filled tooth surfaces in any primary tooth in a child under the age of 6 years.

Risk Factors

Frequent exposure to sugars, juices, sweets, and processed snacks.
Night-time bottle feeding or prolonged demand feeding with sugary liquids.
Poor oral hygiene practices and inadequate fluoride exposure.
Caregiver with active caries and low socioeconomic status.
Medications that contain sugar (e.g., syrups).

Protective Factors

Use of fluoridated toothpaste from the time the first tooth erupts.
Professional fluoride varnish applications every 3–6 months.
Access to fluoridated drinking water.
Good oral hygiene established from the time of first tooth eruption.
A healthy diet with limited frequency of sugar consumption.

Caries Risk Assessment (CRA)

A CRA is performed for every infant and young child. Patients are classified as low, moderate, or high risk. The CRA guides recall frequency, fluoride scheduling, sealant indications, and targeted counseling for each family.

Clinical Presentation

Upper anterior teeth are typically the first to be affected.
Lower incisors are usually spared in the early stages.
Disease progression is rapid in high-risk children.
Advanced ECC can lead to pain, dental infection, nutritional impairment, and speech complications.

Prevention of ECC

Fluoride varnish every 3–6 months for high-risk children.
Toothpaste quantities: a smear layer for children under 3 years; a pea-sized amount for children aged 3–6 years.
Brushing to begin with the eruption of the first tooth; caregivers must brush for the child until the age of 7–8.
No bottle in bed; avoid sugary drinks; encourage water consumption.
Parents should perform a weekly ‘lift-the-lip’ examination at home.
The first dental visit should take place by age 1.

Management of ECC

Minimally invasive: Silver Diamine Fluoride (SDF), Interim Therapeutic Restoration (ITR), and Atraumatic Restorative Technique (ART).
Restorations: Glass Ionomer Cement (GIC) or composite resin.
Stainless steel crowns for multi-surface caries or high-risk children.
Pulp therapy (indirect pulp therapy or pulpotomy) when clinically indicated.
General anesthesia for extensive ECC in very young children or those with special health care needs.

Recall Schedule

High Risk / Active ECC: Every 3 months with fluoride at each visit
Moderate Risk: Every 6 months
Low Risk: Every 6–12 months

Clinical Guideline Reference

All clinical guidelines on this page are based on MOHAP-approved protocols for pediatric dental care in the UAE, aligned with American Academy of Pediatric Dentistry (AAPD) standards. For complete clinical documentation and treatment protocols, practitioners may refer to aapd.org.

Treatment at Al Bustan Medical Group is always individualized. The guidelines above represent our clinical standards; specific treatment plans will be determined by your child’s treating specialist based on their unique medical and dental history.