OVERVIEW

Pediatric Dentistry School is organized by OHI-S.

Total lecture time: 25h 59min

Description:
Great pediatric dentistry school! The lecturers present North American, South American, European and Asian schools. They will share their clinical experience in working with the most unpredictable patients — children!

By becoming an student of the School, you will have access to 4 modules dedicated to:

Fundamentals of pediatric dentistry: diagnosis, anesthesia, psychology
Direct and indirect restorations in pediatric dentistry
Endodontic treatment of temporary and permanent teeth with unformed roots
Preventive treatment in pediatric dentistry.

We recommend this comprehensive and diverse course for maximum understanding of the nuances of treating pediatric patients.

Lesson 1. General anesthesia with nitrous oxide: pharmacokinetics and pharmacodynamics. Introductory lesson

– Dental fear and anxiety

– Stomatophobia: what is the patient afraid of?

– Methods of treating a patient with a phobia

– Classical desensitization

– Procedural distress:

- Removing negative stimuli

- Analgesia

- Pain control

- Patient distraction

- Simulation.

– Inhalation sedation with nitrous oxide

– Procedural sedation: criteria and options

– Types of sedation and their characteristics:

- Minimum

- Moderate

- Deep

- General anesthesia.

– Tasks of effective minimal sedation

– Features of sedation in children: anatomy, physiology, psychology

– Sedation Planning: AMPLE

– Basics of safe sedation

– Monitoring during and after sedation: basic parameters

– History of nitrous oxide use

– Nitrous oxide:

- Physical Properties

- Respiratory mechanics

- Pharmacokinetics

- The phenomenon of concentration

- Diffuse hypoxia

- Biotransformation

- Minimum alveolar concentration.

Recommended for: General dentists, Pediatric dentists.

Lesson 2.General anesthesia with nitrous oxide: pharmacokinetics and pharmacodynamics

– Dental fear and anxiety

– Stomatophobia: what is the patient afraid of?

– Methods of treating a patient with a phobia

– Classical desensitization

– Procedural distress:

- Removing negative stimuli

- Analgesia

- Pain control

- Patient distraction

- Simulation.

– Inhalation sedation with nitrous oxide

– Procedural sedation: criteria and options

– Types of sedation and their characteristics:

- Minimum

- Moderate

- Deep

- General anesthesia.

– Tasks of effective minimal sedation

– Features of sedation in children: anatomy, physiology, psychology

– Sedation Planning: AMPLE

– Basics of safe sedation

– Monitoring during and after sedation: basic parameters

– History of nitrous oxide use

– Nitrous oxide:

- Physical Properties

- Respiratory mechanics

- Pharmacokinetics

- The phenomenon of concentration

- Diffuse hypoxia

- Biotransformation

- Minimum alveolar concentration.

– Pharmacology of nitrous oxide:

- Analgesia

- Anxiolysis

- Anesthesia

- Stress

- Amnesia.

Recommended for: General dentists, Pediatric dentists.

Lesson 3.General anesthesia with nitrous oxide: protocols, and clinical recommendations

– Application of nitrous oxide:

- Indications and contraindications

- Use in pregnant women

- Advantages and disadvantages

- Side effects.

– Nitrous oxide supply systems: types and operating principle

– System security check

– Preparation for nitrous oxide sedation

– Nitrous oxide application protocol

– Fast induction technique

– 4 stages of anesthesia

– Signs and symptoms of perfect sedation

– Causes of failures in sedation with nitrous oxide

– Sedation level assessment: clinical hints

– Recovery after sedation: tactics

– The effect of nitrous oxide on the clinic staff

– Documentation of the reception

– COVID-19: the use of nitrous oxide in a pandemic

– Treatment of children with special needs

– Non-medical use of nitrous oxide.

Recommended for: General dentists, Pediatric dentists.

Lesson 4. Dental radiographs for infants, children and adolescents. ?BCT

– Radiation risk

– Principles in radiology

– Indication oriented and patient specific image quality in pediatric dentistry

– Impacted teeth visualization

– Diagnosis of orofacial cleft

– Visualization of dental anomalies

– Visualization of bone pathology

– Imaging in syndrome

– Visualization in Orthodontics.

Recommended for: General dentists, Pediatric dentists.

Lesson 5.Cariesology: diagnosis, risk assessment, non-invasive and minimally invasive treatment

– Algorithm for choosing a treatment method: invasive or minimally invasive

– Contagiosity and infectivity of caries

– Cariesogenic microflora of the oral cavity: a study

– The concept of dysbiosis

– Factors of caries development: behavior

– Minimally invasive dentistry: principles

– Diagnosis and treatment planning of caries: clinical situation

– Registration of dental caries:

- ICDAS

- CAST

- NYVAD.

– Defects of enamel development: differential diagnosis

– Caries risk assessment and its significance

– Risk assessment tools:

- Karyogram

- CANBRA

- CAT.

– Prevention of caries:

- Fluoroprophylaxis

- Diet (carbohydrate intake)

- Ozone

- Calcium Phosphates (CPP-ACP).

Recommended for: General dentists, Pediatric dentists.

Lesson 6.Cariesology: preparation, treatment of dental caries

– Occlusal ?aries lesions

– Dental sealants: indications

– Composite and glass-ionomer silants: comparison

– S??lant application protocol

– Micro and minimally invasive treatment: advantages and disadvantages

– Proximal caries lesions

– Infiltration method of treatment: indications

– X-ray diagnostics of caries

– Method of tooth separation: technique

– Principles of minimally invasive treatment

– Caries treatment: decision-making algorithm

– Dentin caries: the structure of the carious cavity

– Partial removal of carious tissue: indications

– Step-by-step excavation: methodology

– Hall technique: technique

– Strategies for the removal of carious tissues: comparison

– Treatment without removal of carious tissues:

- Justification

- Indications

- Methodology

- Results of observations.

– Silver diamine fluoride: advantages of using

– Methods of treatment of carious cavities: clinical examples.

Recommended for: General dentists, Pediatric dentists.

Lesson 7.Minimally invasive restorative modalities in the anterior aesthetic zone

– The main problems with the front teeth

– Features of the treatment of the young permanent teeth

– Defects of enamel development: hypomineralization and hypoplasia

– Treatment of hypomineralization: methods.

- Resin infiltration

- Microabrasion

- Infiltration method.

– Treatment of enamel hypoplasia: tactics

– Minimally invasive methods of trauma treatment:

- Dislocation of the tooth

- Fracture of the crown part of the tooth

- Color-changed teeth

- Complete dislocation and tooth loss.

– Benefits of minimally invasive treatment

– Temporary prosthetics for children.

Recommended for: General dentists, Pediatric dentists.

Lesson 8. Treating the young permanent molar

– Bleaching materials

– Difficulties in the treatment of young permanent teeth

– Carious lesions: modern treatment strategies

– Treatment without removal of carious tissues:

- Diamine silver fluoride (SDF)

- S-MART technique

- Sealing of the carious process.

– Deep carious lesions:

- Selective removal of carious tissue

- Step-by-step excavation of carious tissue

- Non-selective removal of carious tissue.

– Golden principles of selective removal of carious tissues

– Fissure sealing: indications and tactics

– Types of silants and their properties:

- Resin-based

- Based on composite.

– Caries management: basic principles

– Hypomineralization of molars: causes and treatment tactics

– Steel crowns: indications and methods of application

– Destruction of the first permanent molar: indications for extraction.

Recommended for: General dentists, Pediatric dentists.

Lesson 9. Interdisciplinary reabilitation in pediatric dentistry

– Field and goals of pediatric dentistry

– Concepts of pediatric dentistry

– Interactions in pediatric dentistry

– Clinical cases of multidisciplinary reabilitation of:

- Trauma

- Multiple acid burns

- Malocclusion

- Impaction

- Oligodontia

- Microdontia

- Bruxism

- Enamel hypoplasia

- Hypominiralization.

– Dental diamond rotary instruments selection

– Reabilitation in mixed dentition by zirconia crown:

- Features of using

- Characteristics

- Types of glass-ionomer for fixation

- Rules of cementation.

– Pediatric restorative dentistry: features, materials, tools and techniques

– Emax: advantages and disadvantages, using in pediatric dentistry.

Recommended for: Pediatric dentists, General dentists.

Lesson 10.Endodontic techniques in vital immature permanent teeth

– Decision-making algorithm for the treatment of young teeth

– Methods of vital pulp treatment:

- Partial pulpotomy

- Complete pulpotomy

- Advanced pulpotomy.

– Direct pulp capping: a clinical example

– ?vek pulpotomy: demonstration of the technique

– Pulp capping medicaments:

- Calcium hydroxide

- Biodentin

- MTA.

– Prognosis of ?vek pulpotomy

– Cervical pulpotomy: technique

– Caries and complications of caries: tactics for unformed roots

– Selective removal of carious tissue: advantages

– Irreversible pulpitis: symptoms and treatment methods

– Endolite concept

– Early removal of the first molar.

Recommended for: Pediatric dentists, General dentists.

Lesson 11.Pulpitis and apical periodontitis of young permanent teeth

– Apexification method: advantages and disadvantages

– Regenerative endodontic therapy (REP): indications

– The Triad of Tissue Engineering

– Stages of treatment of a tooth with necrotic pulp:

- Biocompatible chemical disinfection

- Creating a matrix for the growth of new tissues.

– Trilevel Outcome assessement pyramid

– Intracanal medicaments:

- Triple Antibiotic Paste (TAP)

- Double Antibiotic paste

- Calcium hydroxide.

– Antibiotics in REP: augmentin

– The value of a blood clot and its alternatives

– Collagen matrix: method of application

– Histological aspects of regenerative endodontic therapy

– Primary and secondary tasks of endodontic treatment

– Revascularization associated with intracanal calcification (RAIC)

– Materials for intracanal bleaching

– Planning orthodontic treatment after REP

– Stages of root formation by Cvek

– Apexogenesis and REP: the choice of treatment tactics.

Recommended for: Pediatric dentists, General dentists.

Lesson 12.Modern endodontics for primary teeth

– Hall Technique and Modifications

– Selective Caries Removal

– Pulp Capping (IPC and DPC)

– Pulpotomy

– Access opening for Primary Teeth

– Working Length Determination

– Shaping (Root canal Preparation) in Primary teeth

– Cleaning (Root canal Disinfection) in Primary teeth

– Obturation in Primary Teeth

– Modern Endodontic Approaches (Management of Internal Root Resorption, LSTR and Broken Instrument Retrieval).

Recommended for: Pediatric dentists, General dentists.

Lesson 13.Timely treatment of malocclusion in pediatric dentistry

– Caries in pediatric dentistry

– Breast milk macronutrient contents

– Occlusion and malocclusion

– Diagnosis in pediatric dentistry:

- Dental photography: framing, position, light, equipment

- Study models

- Intraoral scanning

- CBCT

- Periodontal evaluation.

– Treatment options of malocclusion:

- Habits interruption

- Estimulating massages

- Appliances.

– Clinical cases.

Recommended for: Pediatric dentists, General dentists.

Skills I will learn in the course
Orthodontics

General questions
- Biomechanics in orthodontics
- Diagnostics in orthodontics
Treatment depending on the timing
- Early orthodontic treatment
- Treatment in a temporary dentition

Prosthodontics