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Immediate Dentoalveolar Restoration (IDR): From Biological Principles to Predictable Clinical Outcomes

A complete biological and surgical roadmap for Immediate Dentoalveolar Restoration (IDR) — from diagnosis and clinical decision-making to graft stabilization and prosthetically driven rehabilitation.

Course details
Course lessons
Course lessons
Lecturers
ADA CERP

Get this course and 1200+ CE Hours with Membership.

...per year
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What’s included in

  • This online course

Details

4 lessons (2h 43min)

2 CE Credits

2 CE Credits

English

Access to the record for Membership period

Description

Immediate Dentoalveolar Restoration (IDR) represents a paradigm shift in implant dentistry, moving from managing post-extraction tissue collapse to proactively preserving and reconstructing the dentoalveolar complex at the time of extraction.

This course provides a complete understanding of the IDR concept, combining biological principles, clinical decision-making, surgical techniques, and prosthetic planning to achieve predictable hard- and soft-tissue outcomes.

During the course, you will learn about:


— The biological foundations and treatment philosophy behind Immediate Dentoalveolar Restoration (IDR)
— Clinical decision-making processes, including case selection, defect analysis, and indications for IDR
— Extraction socket classification, alveolar bone remodeling, and strategies for preserving ridge architecture
— Surgical protocols for minimally invasive extraction, socket preparation, bone harvesting, graft stabilization, and implant positioning
— The role of prosthetic planning, surgical guides, and provisional restorations in achieving predictable esthetic outcomes.

Lesson 1.Immediate Dentoalveolar Restoration (IDR): Biological Foundations and Treatment Philosophy

— Evolution of Immediate Dentoalveolar Restoration (IDR)
— Biological principles of immediate dentoalveolar reconstruction
— Preservation of the dentoalveolar complex following tooth extraction
— The role of buccal plate reconstruction in ridge preservation
— Indications and clinical objectives of the IDR concept
— IDR as a biologically driven treatment philosophy
— Analysis of clinical cases. 

Lesson 2.Clinical Decision-Making and Treatment Planning in the IDR Concept

— Differentiating IDR from conventional immediate implant placement
— Case selection and indication criteria for IDR
— Evaluation of defect morphology and biological prerequisites
— Surgical and prosthetic factors influencing treatment predictability
— Implant positioning, graft stabilization, and restorative planning
— Clinical workflow and analysis of representative IDR cases.

Lesson 3.Clinical Foundations of Immediate Dentoalveolar Restoration (IDR)

— The biological decision-making pathway for Immediate Dentoalveolar Restoration (IDR)
— Understanding post-extraction alveolar bone remodeling and resorption
— Extraction socket classification and treatment planning
— Clinical indications and case selection for IDR
— Implant selection criteria for Immediate Dentoalveolar Restoration
— Classification of alveolar bone defects according to José Carlos da Rosa
— Fundamental biological and surgical principles of the IDR technique
— Biological rationale for maxillary tuberosity bone grafting
— Surgical guide application and provisional crown planning workflow.

Lesson 4.Surgical Workflow of Immediate Dentoalveolar Restoration (IDR): From Extraction to Graft Stabilization

— Preoperative evaluation of the surgical site using CBCT analysis
— Clinical assessment and treatment planning before tooth extraction
— Minimally invasive extraction protocols: step-by-step surgical workflow
— Socket debridement and disinfection protocols for predictable reconstruction
— Instruments and techniques for bone harvesting from the maxillary tuberosity
— Step-by-step protocol for maxillary tuberosity bone graft harvesting
— Alternative donor sites and approaches for autogenous bone harvesting
— Osteotomy preparation and graft stabilization within the extraction socket
— Crestal sinus floor elevation using Versah protocols
— Intraoperative prosthetic workflow and immediate provisional restoration planning.