From Exposure to Preservation: The Science & Steps of Successful Direct Pulp Capping

Overview

Direct Pulp Capping webinar provides a comprehensive, evidence-based exploration of direct pulp capping (DPC) — a conservative dental procedure aimed at preserving the vitality of the dental pulp after exposure, rather than resorting to invasive treatments like root canal therapy. It blends biological fundamentals with step-by-step clinical protocols, material science, case selection and long-term outcome considerations.

You will learn why, when, and how to do pulp capping: from the moment of pulp exposure — whether iatrogenic or traumatic — to achieving a stable, sealed restoration that allows the pulp-dentin complex to heal and regenerate.

Key take-aways:

Understand the biology and healing capacity of the pulp-dentin complex.
Learn the criteria for case selection: when direct pulp capping is indicated vs when more radical intervention is needed.
Gain mastery over each clinical step: isolation, disinfection, hemostasis, application of capping material, restoration and sealing.
Compare and evaluate different pulp-capping materials (traditional and modern bioceramics).
Recognize factors that influence success — material choice, asepsis, pulp status, restorative sealing, operator technique.
Appreciate follow-up protocols and long-term monitoring.

Enroll today with IIDR for this session by Dr Swagata Saha.

Curriculum

2 Sections
4 Lessons
10 Weeks

Expand all sectionsCollapse all sections

Introduction
2
- 1.1
  Learning Objectives
  2 Minutes
- 1.2
  About the Speaker
  5 Minutes
About the Event
2
- 2.1
  Video
  75 Minutes
- 2.2
  Apply for Certificate
  1 Minute

Instructor

Dr Swagata Saha

FAQs

Is direct pulp capping suitable for all pulp exposures?

No. Direct pulp capping is recommended only for small mechanical or traumatic exposures where the pulp is still vital, bleeding is controlled, and there are no signs of irreversible pulpitis. Carious exposures with symptomatic pulpitis generally require pulpotomy or RCT.

Which material is best for direct pulp capping—Calcium Hydroxide or MTA/Bioceramics?

While Calcium Hydroxide has been used for decades, MTA and modern bioceramics provide superior sealing ability, biocompatibility, and long-term outcomes. Most clinicians today prefer bioceramics due to better dentin bridge formation and lower failure rates.

Requirements

BDS degree (mandatory)
MDS in Conservative Dentistry / Endodontics / Pedodontics (optional but beneficial)
Basic knowledge of dental anatomy and pulp biology
Understanding of caries removal & cavity preparation
Ability to perform restorative procedures (composites, liners, bases)
Stable internet connection

Features

A biological understanding of pulp healing and dentin bridge formation
The ability to execute DPC confidently using modern biomaterials
Practical frameworks for diagnosis, case selection, and long-term monitoring
Skills to shift from invasive to biologically conservative dentistry
Competence in preventing unnecessary RCTs through correct pulp management

Target audiences

Dental students (undergraduate or postgraduate) looking to strengthen foundational knowledge in vital pulp therapy / conservative dentistry.
General dentists and restorative dentists aiming to incorporate minimally-invasive pulp-preserving techniques in their practice.
Pediatric dentists and clinicians treating young permanent teeth, where preservation of pulp vitality is especially important.
Endodontists or conservative dentists interested in staying updated with modern biomaterials and evidence-based pulp care.