Incluye bibliografía

1.Navigation in dentistry and minimally invasive endodontics. – 1.1. Inception of navigation (guidance) in medical science. -- 1.2. Evolution of digital dentistry. -- 1.3. Concept of Minimally Invasive Endodontics. -- 1.4 Need for 3D Guided Endodontics. -- 2. CBCT in endodontics. -- 2.1 Important Aspects of CBCT Imaging. -- 2.2 Recommendations of CBCT in Endodontics. -- 3. Digital impression systems, CAD/CAM, and STL file. -- 3.1 Introduction. -- 3.2 Direct and Indirect CAD/CAM Approaches. -- 3.3 Evolution of CAD/CAM and Digital Impression Systems. -- 3.4 STL File Extension. -- 3.5 Digital Workflow. -- 3.6 Tooth Preparation Considerations. -- 3.7 Computer-Aided Design (CAD).-- 3.8 Computer-Aided Manufacturing (CAM). -- 3.9 Materials for CAD/CAM. -- 3.10 Extraoral Laboratory Scanners. -- 3.11 Intraoral Scanners. -- 4. Endodontic guides and software planning. – 4.1 Introduction. -- 4.2 Types of Endodontic Guides. -- 4.3 Steps of 3D Guide Planning and Designing. -- 4.4 Overview of Endoguide Planning with Different Softwares and Systems. -- 5. 3D Printing in endodontics. – 5.1 Introduction of 3D Printing. -- 5.2. 3D Printing Systems and Workflows. -- 5.3. Clinical Applications of 3D Printing in Endodontics. -- 5.4 Educational Applications of 3D Printing. -- 5.5 Experimental Researches with 3D Printing Technology. -- 5.5 Experimental Researches with 3D Printing Technology. -- 6. Static guided nonsurgical approach for calcified canals of anterior teeth. – 6.1 Introduction. -- 6.2 Review of Literature. -- 6.3 Root Canal Obliteration and Clinical Challenges. -- 6.4 The Static Guiding Procedure Step by Step. -- 6.5 Limitation. -- 7. Static guided non-surgical approach for posterior teeth. – 7.1 Considerations for Guided Approach for Posterior Teeth. -- 7.2 Step-by-Step Clinical Procedure. -- 7.3 Intra-coronal Guide Technique. -- 7.4 Potential Mishaps. -- 8. static guided approach in surgical endodontics. – 8.1 Preparations for Surgical Template Production: Approaches to Imaging. -- 8.2 Image Registration. -- 8.3. 3D Printed Static Aids: App. -- 8.4 Recommended Workflow for Guided Endodontic Surgery. -- 8.5 Unexplored Factors and Complications. -- 9. Dynamic navigation in endodontics. -- 9.1 Principles of Dynamic Navigation. -- 9.2 Dynamic Navigation Components and Workflow. -- 9.3 Dynamic Navigation in Nonsurgical Endodontic Treatments. -- 9.4 Dynamic Navigation in Surgical Endodontics. -- 9.5 Advantages and Limitations. -- 10. Future trends of 3D guidance in dentistry. -- 10.1 3D Printing in Autotransplantation. -- 10.2 Bioprinting. -- 10.3. 3D Printing in Smile Designing. -- 10.4 Haptic Virtual Reality in Endodontics.

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