​1.Modern Endodontic:​

• Definition

• Evidence based approach

• Clinical challenges

• Role of endodontics in modern dental practice Mountain pass theory

 

2.Pulp Dentin Complex/Retrogressive Changes:

What you learn:

• The significance of structural elements and its physiological, pathological and age related changes on the diagnosis and treatment procedures

• Physical and chemical composition and its influence on treatment protocols

• Calcification pattern and types in young and adult teeth

• Age related changes and its significance on pulpal health and challenges during endodontic therapy.

 

3.Diagnosis and Treatment Planning

What you learn:

• Participants learn how to identify endodontic disease from the signs and symptoms; important questions to ask during endodontic diagnosis

• Diagnostic tests – how to correctly conduct and interpret the various tests

• Endodontic radiographs – their significance in diagnosis, treatment and prognosis

• Pulpal pathology and how it affects the course of endodontic treatment.

• Indications and contraindications of root canal treatment

• Dealing with challenging cases

 

4.Instruments/Standardization

What you learn:

• Introduction and identification of routinely used endodontic instruments.

• Standardization of endodontic instruments.

• Understanding the design of specific instruments.

• Concepts of tip and taper of endodontic instruments

• Concept of variable and constant taper

• Understanding the design benefits and limitations

 

• Clinical tips on how to use each Instruments to its optimal potential.

 

 

5.Internal anatomy

What you learn:

• Significance of internal anatomy in modern endodontics

• The internal anatomy of root apex

• Significance of minor and major diameter

• Laws of canal location

• Significance of CDJ

• Internal normal anatomy of each tooth root canal and common expected variations

 

6.Principles of Access Cavity preparation

what you learn:

• Objectives of Access preparation in modern endodontics

• Significance of SLA in rotary endodontics

• Troughing with ultrasonics ( for MB2 and MM)

• Management of calcified chamber

• Temporizing the missing wall- pre endo built up

• Occlusal reduction

• Access preparation of maxillary and mandibular molars, premolar, incisors

• Access preparation for carious and fractured teeth

 

 

7.Working length/Working Width Determination

what you learn:

• Definition

• Clinical significance of working length.

• working width/ apical gauging.

• Radiographic working length determination with Ingles parameters

• 5th and 6th generation apex locators

 

 

8.Glide path preparation

what you learn:

• Importance of exploratory glidepath.

• Instrumentation techniques of glide path preparation

• Methods – mechanical and rotary techniques

• Clinical modification in challenging cases

 

 

 

9.Chemo-mechanical Preparation

what you learn:

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• Mechanical and biological objectives

• Principles of coronal and radicular Canal preparation.

• Significance of tugback in modern endodontics

• Average minimal preparation for each canal

• Instrumentation techniques.

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10.Hand Protaper

What you learn:

• Sequence

• Instrumentation techniques

• Evaluation of apical preparation

• Recapitulation.

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11.Irrigation

What you learn:

• Objective of Irrigation

• Irrigation solutions , mechanism of action , benefits and indications and contra indications

• Naocl

• EDTA

• CHX

• MTAD

• Irrigation sequence and protocol for vital and non vital teech

• Activation of irrigation – dynamic irrigation

• Newer concepts canal sterilization

• Limitation of present day concepts and techniques.

Definition of Chemo-mechanical preparation

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12.Medicament

What you learn:

Intracanal medicament and systemic antibiotics:

< >Use of intracanal medicaments: when and how?

• Selection of intracanal medicament based on clinical signs and symptoms

• How to give closed dressing in various clinical conditions

• Dressing in flare-up cases

• Long term dressing

• How to remove paste based dressing from canal

• Systemic antibiotics

 

13.Obturation single cone,lateral Compaction ,Vertical Compaction

What you learn:

• Three dimensional Obturation – why and when to obturate different canals

• Different obturation materials and demonstration of techniques of obturation –

understanding their benefits and limitations

• Sealers – Properties, use and different type of sealers, indications and technique of application; learn about monobloc effect and its significance

• Newer obturating systems and how to use them

• Controversies about obturation and sealer puff /flush fill

 

 

14.NiTi metallurgical property

What you learn:

 

• Brief history of Nickel-Titanium and why it has become one of the most popular materials in endodontics in the last two decades.

• Participants learn the science behind NiTi alloy – shape memory , pseudoelasticity and how it is utilized in endodontics

• Helps to provide a knowledge base for selection of NiTi instruments for root canal treatment.

• Effects of sterilization, torsional strength and other clinically relevant properties.

 

15.Principles of Rotary NiTi Instruments

 

• Concept of Rotary, reciprocation and adaptive motions

• Influence of Speed and torque on instrument separation

• Programming endomotor for various canal types

• Selection of rotary instuements for regular, curved and narrow canals

• Hybrid techniques with multi system rotary

• Clinical guide lines for rotary endodontics

 

16.Coronal seal with Post Endododontic restoration

What you learn:

• Significance of post endodontic coronal seal on success of endodontic treatment.

• Material and techniqes of coronal seal

• Influence of various factors on core build up

• Nayyers technique of orifice seal

• Layer technique of core build up

• High density sonic activated core build up

• Use of colored composites and its clinical significance

• When to avoid crowns and how to aesthetically restore posteriors

• Use of tints and stains.

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17.Single visit RCT

What you learn:

• The concept

• Indications and contraindication

• Clinical steps and guidelines

• Evaluation of clinical success

• Flare –up and management

• Literature review

 

18.Isolation with Rubber dam

Demonstration and clinical techniquesMTA and Biodentin based repair techniquesClinical signs and symptomsSystemic medicationClinical evaluationClinical Management

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