Course Description
This one-day temporomandibular disorders (TMD) workshop provides a comprehensive understanding of TMD with some focus on digital dentistry applications. Participants will gain insights into the anatomy and biomechanics of the normal Temporomandibular Joint (TMJ), as well as pathophysiological mechanics that require a comprehensive diagnosis and a proper choice of treatment protocol. The workshop aims to help participants discern whether TMD and myofascial problems are the true causes of orofacial pain and differentiate between myofascial pain and internal derangements. Tips on history taking and clinical examination will be also discussed. Diagnostic aids such as cone beam computed tomography (CBCT), magnetic resonance imaging (MRI), jaw tracking devices (JTD), and dental electromyography (EMG) will be clarified, helping participants interpret MRI, JTD, and EMG data for TMD patients. Both conservative and surgical treatment options will be covered, with a focus on conservative methods including various orthotics and their indications. By the end of this workshop, participants will be well-equipped with the knowledge and practical skills necessary to incorporate advanced digital tools into their practice for diagnosing and treating TMD, ultimately enhancing patient outcomes in the field of TMD.
Topic of the workshop
- Anatomy of TMJ
- Definition and prevalence of TMD
- Etiology of TMD
- Classification of TMD
- Signs and symptoms
- Diagnosis of TMD
- Integrated digital dentistry in TMD diagnosis including MRI, JTD and EMG
- Proposed treatments of TMD
- Designing and fabricating digital orthotics / Splints using Cad Softwares
- Approaching evidence in treating TMD
Hands on
- Using the research diagnostic criteria (RDC) algorithm for diagnosing TMD
- Clinical examination of TMD using Rocabado map of pain
- Live demo on JTD using Zebris jaw motion analyzer (optic jaw motion system) and its application for diagnosing and designing orthotics
- Live demo on Dental EMG analysis using Myowise for muscle function assessment and treatment planning
