Universitat Internacional de Catalunya
Endodontics Research II
Other languages of instruction: Catalan, Spanish
Teaching staff
Introduction
Currently, dentistry is in constant evolution thanks to the application of new technologies and research methodologies that improve the efficacy, precision, and scientific evidence of treatments. One of the fields that has undergone a significant transformation is endodontics, owing to the incorporation of digitalization and advanced analysis techniques in various aspects of the diagnostic, therapeutic, and research processes. This course is designed to provide students with the knowledge and skills necessary to develop research projects in the field of advanced endodontics and to utilize the latest digital tools.
During this course, participants will explore the latest innovations in digital technology applied to endodontic research, including digital imaging, three-dimensional (3D) visualization techniques, computer-aided design (CAD), and new tools for improving precision in root canal treatment. Through a combination of practical exercises, critical readings, and applied research methodology, students will learn how to integrate these tools into their daily practice and research, enhancing their ability to perform more precise, efficient, and personalized treatments and studies.
The main objective of this subject is for dental professionals to develop a deep understanding of how digital technologies and scientific methods can optimize endodontic treatments and research, offering improvements not only in the quality of patient care but also in the body of scientific evidence. By the end of the course, students will be able to master the available digital tools and design rigorous, top-quality endodontic studies.
Competences/Learning outcomes of the degree programme
- CN01 - Identify with precision the most advanced technical processes related to endodontics.
- CP01 - Integrate into the endodontic scientific community in the form of publication of articles and participation in national and international conferences.
- CP02 - Resolve the main endodontic complications through the correct preparation of a treatment plan in the context of daily clinical practice.
- HB01 - Carry out an adequate and precise bibliographic search of the different endodontic treatments.
- HB02 - Apply different sources of information (scientific publications and gray literature) depending on the endodontic context found.
- HB03 - Manage the complexity of each endodontic case.
- HB04 - Classify endodontic cases as easy, moderate or complex.
- HB05 - Apply multidisciplinary knowledge acquired from other areas (periodontics, restorative and orthodontics) in an endodontic problem.
- HB12 - Plan a defined and appropriate protocol in the event of endodontic failure.
- HB13 - Diagnose any pulpo-periapical pathology of endodontic origin.
- HB20 - Prepare an appropriate endodontic treatment plan based on an exhaustive clinical and radiographic analysis.
Learning outcomes of the subject
- - Diagnosis and Treatment Plan in Endodontics LEARNING OUTCOMES From title – CN01, HB03, HB05, HB12, HB14, HB18, HB20 Of matter – The students will be able to: 1. Solve the complications that undergraduate students have during their preclinical practices. 2. Make public presentations of their own clinical cases based on scientific literature, through the correct use of scientific terminology. 3. Debate and reason endodontic clinical techniques before a specialized and non-specialized audience in a clear and unambiguous way. 4. Determine the role of an endodontist within an interdisciplinary team. 5. Successfully plan, through prior analysis, any endodontic problem, as well as those directly related to restorative and aesthetic dentistry. 6. Identify and organize endodontic material and instruments in a precise and orderly manner. 7. Assess different therapeutic options for pulpo-periapical pathology according to the scientific literature. 8. Develop different isolation strategies for the surgical field to carry out a successful endodontic and restorative treatment
Syllabus
Introduction to Research in Digital Endodontics: Definition and evolution of digital endodontics and its role in contemporary research. Benefits of digitalization in diagnosis, treatment, and scientific methodology. Integration of digital technology into clinical and research practice.
Digital Imaging Technologies Applied to Endodontic Research: Digital radiography and advanced imaging techniques. Knowledge and application of cone beam computed tomography (CBCT) for the study of root canal morphology. 3D analysis and its use in precise visualization and endodontic research.
Computer-Aided Design (CAD) in Endodontics: Introduction to computer-aided design and its application in endodontic planning and research. Creation and customization of guides for locating root canals. Application of CAD for canal preparation and post-endodontic restorations.
Digital Motors and Tools in Endodontic Preparation: Use of rotary motors and computer-assisted instruments for canal preparation. Applications of digital tools for precision in opening and cleaning root canals. Strategies to improve efficiency and safety in treatments and clinical research.
Real-Time Feedback Systems and Digital Control: Use of sensors and real-time feedback systems to monitor the endodontic procedure. Digital supervision to improve treatment precision and prevent accidents. Protocols to optimize treatment durability and safety.
Digital Management of Patient and Research Data: Storage and management of patients' digital clinical information. Leveraging digital tools for follow-up, organization of medical records, and acquisition of databases for research. Digital communication tools for post-treatment follow-up.
Clinical Cases, Projects, and Practical Applications: Analysis of clinical cases and experimental designs using digital imaging (radiographs, CBCT, etc.). Application of digital tools in practical situations: root canal treatment, retreatments, endodontic surgery, and in vitro/clinical research protocols.
Ethical and Legal Considerations in Endodontic Research and Technology: Ethical aspects of implementing new digital technologies and research trials in dentistry. Regulations, ethics committees, and standards on the use of digital images and patient data. Data protection and privacy.
Future Trends and Innovations in Research in Endodontics II: Review of the latest technological innovations in endodontics (artificial intelligence, 3D printing, micro-CT analysis, etc.). How AI can improve diagnosis, treatment planning, and research models. Future outlook of digital endodontics and its research.
Teaching and learning activities
In person
The methodology of the subject Research in Endodontics II is based on an active and participatory approach, combining theoretical learning with practical experience, methodological design, and the development of technical and research skills in a clinical and laboratory environment. The training is oriented toward the acquisition of digital and research competencies that students will be able to apply directly to their professional and academic practice.
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Theoretical-Practical Learning: Theoretical classes on the fundamental concepts of research and technology in digital endodontics. Laboratory practices and clinical/experimental sessions to develop skills in digital and methodological tools.
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Active Methodology: Students will face real and simulated clinical cases, as well as research problems where they will have to make methodological and clinical decisions based on the use of digital technology. Active participation in case discussions, critical analysis of articles, and digital imaging (CBCT, 3D).
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Use of Simulation Technologies and Software: Implementation of digital simulators and 3D/CAD planning software for canal preparation and obturation, creation of guided templates, and data analysis.
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Supervision and Continuous Feedback: Direct supervision by the faculty in laboratory workshops, project design, and clinical practice. Personalized feedback during the learning process.
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Research and Continuous Updating: Promotion of critical review of current scientific literature and constant updating on emerging technologies in the field of endodontics.
Evaluation systems and criteria
In person
General Assessment Criteria:
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Competence in handling digital and research tools.
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Accuracy in diagnosis and methodological design.
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Quality of practical work or treatments performed.
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Effectiveness in scientific communication and discussion of results.
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Theoretical / Methodological Assessment (50%): Written or oral examination covering the theoretical and methodological aspects of the subject.
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Practical Assessment / Research Project (50%): Evaluation of practical work in simulator/clinic and/or development and presentation of a research project/digital practical case.
Bibliography and resources
Books:
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Nelson, M. M., & Cox, D. M. Endodontics: Principles and Practice (10th edition).
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Garg, N., & Garg, A. Textbook of Endodontics.
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Frank, D., Peixoto, M. M. S., & Oliveira, S. Digital Dentistry: A Comprehensive Guide to Technology.
Scientific Articles and High-Impact Journals:
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Journal of Endodontics (JOE)
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International Endodontic Journal (IEJ)
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British Dental Journal. "The Role of CBCT in Endodontics".
Specialized Books on Digital Technologies and Research:
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Al-Hamdan, S., Yasin, H. A., & Ahmed, M. F. 3D Imaging in Endodontics.
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Patel, S. G., & Shemesh, N. R. Digital Workflow in Endodontics: From Diagnosis to Treatment.
Digital Resources and Tools:
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Digital Planning and Diagnostic Software: Dentsply Sirona – SIDEXIS, Planmeca Romexis, 3Shape.
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Training and Learning Platforms: Coursera (Digital Dentistry Course), Udemy (Digital Endodontics: A Hands-on Approach).
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Digital Simulators: Simodont, Endo Vision.
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Research/Planning Software and Applications: EasyEndo, EndoPlanner, ImageJ / Fiji (for research image analysis).
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Professional Updating and Bibliographic Search Resources: PubMed, Web of Science, Scopus, Dental XP.