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Condylography: Data Interpretation for Occlusal Rehabilitation
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Gregor Slavicek
Detalles del curso
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ADA CERP
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43 $ por lección
...por año
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Detalles
18 lecciones (6h 22m)
4.75 CE Credits
Inglés
Acceso a grabación a lo largo del periodo de la Premium
Descripción
Advanced course for dental professionals to deepen their understanding of condylography application in clinical practice!
Condylograph is a gnathological instrument that helps practitioners plan the treatment of rehabilitation cases and understand the functional dynamics of the lower jaw.
During the course with Prof. Slavicek, you will learn in detail about:
– Condylographic data analysis of the mandible during mastication, speech, and bruxing
– Condylographic data analysis of patients with muscle disorders, craniomandibular dysfunction (CMD) and temporomandibular dysfunction (TMD)
– Protocols of condylographic data interpretation and application for treatment planning and successful occlusal rehabilitation.
Lección 1.Enabling Therapeutic Strategies for Condylogram Interpretation
– Defining the so-called Slavicek concept
– Interpretation and enabling therapeutic decisions with condylogram
– Comparison between the different condylography recording systems
– Condylographic data for occlusal reconstruction
– Defining the difference in terminology between condylograph, condylography, and condylogram
– The aim of condylographic interpretation
– The functional aim of the stomatognathic system
– Expectation of condylogram.
Recommended for: Functional dentists.
Lección 2.Physiological Conditions and Diagnostic Criteria of the Mandible
– Mandibular movement under physiological conditions
– Diagnostic criteria of craniomandibular dysfunction and temporomandibular dysfunction
– Fundamentals of synovial joint movement
– Physiology of synovial joint dynamics
– Diagnostic criteria for the most common pain-related temporomandibular disorder
– The six principles of temporomandibular dysfunction screening
– Interpretation of a condylogram.
Recommended for: Functional dentists.
Lección 3.Temporomandibular Joint Osseous Structure Radiographic Imaging
– Morphological alterations of the osseous structures
– Diagnostic criteria of craniomandibular dysfunction and temporomandibular dysfunction:
- Physical diagnosis
- MRI, CT scan, panoramic X-ray
- psychosocial status.
– Condylar head alterations:
- Hypoplasia and hyperplasia
- Subcortical cysts
- Osteophytes.
– Disc diagnosis for TMJ using MRI and CT scan.
Recommended for: Functional dentists.
Lección 4.Analysis of Condylography of TMJ with Osseous Structural Changes
– Condylographic interpretation with osseous structural changes of the TMJ
– Morphological changes of osseous structures in condylography
– Osteoarthritis of the TMJ: diagnostic and therapeutic goals
– Etiology and pathogenetic pathways of arthritis with inflammation.
Recommended for: Functional dentists.
Lección 5.Evaluation of Severe TMJ Osseous Structural Changes on the Condylography
– Condylographic interpretation of trauma to the TMJ condyle
– Condylographic interpretation of fracture with luxation
– Condylographic interpretation of fracture without luxation
– TMJ CT-imaging: analysis of morphological alterations
– Merging condylographic data with CT and MRI imaging
– Closed and open mouth MRI imaging of the TMJ
– Evaluation of osteoarthritic changes on MRI and condylographic interpretation.
Recommended for: Functional dentists.
Lección 6.Muscular Dysfunction in Orofacial Pain: Insights and Analysis
– International classification of orofacial pain
– Defining and classification of myofascial pain
– Primary vs. secondary myofascial pain
– Biopsychosocial model of pain
– Impact of pain on mandibular movement and proprioception of the craniomandibular system
– Analysis of mandibular range of motion (MROM)
– Analysis of maximum bite force (MBF)
– TMJ proprioception in condylography: evaluation of function and occlusion.
Recommended for: Functional dentists.
Lección 7.Condylographic Interpretation of Mandibular Dynamics in Myofascial Pain Cases
– Myofascial pain pressure threshold and functional impairment
– Protocols for muscle and joint palpation
– Analysis of mandibular range of motion in relation to muscular function
– Condylographic interpretation of free protrusion and retrusion movements
– Condylographic interpretation of free mediotrusion and mediotrusion right movements
– Condylographic interpretation of free opening and closing movements.
Recommended for: Functional dentists.
Lección 8.Interpretation of Severe Muscular Dysfunction and Discoordination
– Superimposition of all mandibular movements on the condylograph
– Positive impact of dental structures and occlusion on mandibular movements
– Involvement of the neuromuscular system in mandibular movement
– Interpretation of mandibular movement on the condylograph.
Recommended for: Functional dentists.
Lección 9.Hypermobility and Ligamentous Laxity of the TMJ
– Symptomatology of muscles and tendons
– Pathological pathways of tendinosis and tendonitis
– Healing of ligaments: complete healing, functional repair, and healing with defects
– Hypermobility and over-rotation of the TMJ.
Recommended for: Functional dentists.
Lección 10.Mobility of the Lower Compartment of the TMJ
– Increased mobility of the lower compartment of the TMJ
– Analysis and superimposition on a condylograph of:
- Protrusion and retrusion
- Free mediotrusion and mediotrusion to the right and left
- Free opening and closing movements.
– Condylographic analysis of guided protrusion and retrusion
– Condylographic analysis of guided mediotrusion and mediotrusion to the left.
Recommended for: Functional dentists.
Lección 11.Characteristics of Condylography During Masticatory Movement
– Condylographic interpretation of guided protrusion, retrusion, and bruxism left and right
– Condylographic interpretation of mastication left and right
– Condylographic interpretation of all free movements of the TMJ
– Evaluation of the initial stages of internal derangement
– Risk factors of disc displacement with reduction (DDWR) and without reduction (DDWoR).
Recommended for: Functional dentists.
Lección 12.Internal Derangement: Disc Displacement and Joint Noise
– Articular disc imaging: position, form, and structure
– Disc position in physiological and displaced conditions
– Disc shape and position in open and closed mouth
– MRI analysis of changes in soft tissue components of the TMJ
– Typical condylographic and clinical signs of anterior disc displacement with reduction (aDDwR)
– Dynamics of anterior disc displacement with reduction (aDDwR).
Recommended for: Functional dentists.
Lección 13.Systematic Description of Condylographic Interpretation
– Systematic description of condylographic interpretation of free open and close movements
– Systematic description of condylographic interpretation of protrusion and retrusion movements
– Systematic description of condylographic interpretation of free left mediotrusion movements
– Condylographic interpretation of speech and chewing movements.
Recommended for: Functional dentists.
Lección 14.Joint and Ligament Noise Interpretation in Condylographs
– Reciprocal clicking noise interpretation in condylography
– Joint noises due to anterior disc displacement with reduction (aDDwR) and without reduction (aDDwoR)
– Ligamental noise: differential diagnosis during recording
– Anterior disc displacement without reduction (aDDwoR) during:
- Mediotrusion movement
- Open and close movements.
Recommended for: Functional dentists.
Lección 15.Impact of Occlusion on Mandibular Function and Movement
– Defining occlusal parameters
– Analysis of altered occlusal function
– Morphological occlusal parameters
– Occlusal involvement and signs and symptoms of craniomandibular dysfunction and temporomandibular dysfunction
– Justification of oral rehabilitation and occlusal restoration.
Recommended for: Functional dentists.
Lección 16.Occlusal Rehabilitation Based on Condylographic Interpretations
– Indications and advantages of full mouth oral rehabilitation
– Gnathological instruments application in occlusal rehabilitation
– Condylography interpretation for occlusal rehabilitation cases.
Recommended for: Functional dentists.
Lección 17.Occlusal Function Visualized with Hinge Axis Movement
– Angle classification and anterior dental relation during chewing movements
– Impact of occlusion on the status of patients
– Analysis of all hinge axis movements
– Bilateral chewing and atypical chewing patterns
– Class 2 malocclusion impact on mandibular movement.
Recommended for: Functional dentists.
Lección 18.Condylographic Interpretation During Speech, Mastication, and Bruxing
– Posterior and anterior guidance
– Impact of occlusion on mastication
– Speech and occlusion
– Occlusal function in retrusion and protrusion
– Pathogenetic link and reduced chewing muscle activity
– Maintaining and re-establishing occlusal chewing surfaces and lingual morphology of upper anterior teeth.
Recommended for: Functional dentists.
El curso incluye las siguientes lecciones:
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Functional Dentistry
Treatment methods
Pathologies
General questions
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Compra única | |||
|---|---|---|---|
Lecciones incluidas | – | 18 lecciones de ese curso | |
Periodo de acceso | sin límites | 180 días | |
Precio por lección | ... | 43 $ | |
Precio total | ... por año | 777 $ por curso | |
Conferencistas 1
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Professor at Steinbeis University Berlin, Germany (appointed 2011). Founder and CEO of OREHAB MINDS GmbH, Stuttgart, Germany (since January 2019), a company focused on digital functional diagnostics and development of advanced diagnostic systems for masticatory function. Former Director of the BID (Biomedical Interdisciplinary Dentistry) Transfer Institute at Steinbeis University Berlin (2008-2021). Specialist in functional dentistry, gnathology, and interdisciplinary treatment of craniomandibular disorders. Maintains private practice at Zahnmedizin im Rudolfinerhaus, Vienna, Austria, as Research Fellow focusing on clinical studies in craniomandibular disorders, clinical functional analysis, and occlusion medicine.
Over 40 years of combined clinical, academic, and research experience in functional dentistry and temporomandibular disorders. Expert in systematic functional analysis (SFA), condylography, clinical functional analysis, splint therapy, and full-mouth occlusal rehabilitation based on the renowned Slavicek Concept developed by his father, Professor Rudolf Slavicek. Pioneer in developing digital diagnostic technologies including the Orehab Condylocomp LR system for precise condylar movement registration and Freecorder Bluefox for digital jaw tracking. Research focuses on TMJ biomechanics, bruxism, occlusal design, and cybernetic approaches to stomatognathic system disorders.
Honorary Member of the Romanian Dental and Maxillo-Facial Prosthetic Society (2019). Honorary Member of the Italian Association of Gnathology (AIG, 2017). Visiting Professor at First Moscow State Medical University (I.M. Sechenov First Moscow State Medical University), Russia (2013, 2014-2018). Honorary Professor at Ukrainian Medical Stomatological Academy (2012). Permanent Member of the University Council, Steinbeis University Berlin. Former Deputy Editor-in-Chief of the International Journal of Stomatology and Occlusion Medicine (2008-2010). Author of over 50 peer-reviewed publications in international journals on gnathology, TMJ disorders, functional analysis, and occlusion. Co-author of recent publications including "Occlusion and TMJ: Systematic Approach to Oral Splints" in Stomatological Education Journal (2024). International lecturer teaching the Slavicek Concept worldwide with extensive courses in Europe, Asia, and Middle East on condylography, functional wax-up, interdisciplinary dentistry, and splint therapy. Director of comprehensive 2-year modular programs on "Interdisciplinary Dentistry in the Slavicek Concept" in Vienna, teaching systematic diagnostics and full occlusal rehabilitation.
MD (Doktor der gesamten Heilkunde - Doctor of General Medicine) from University of Vienna, Medical School, Austria (1978-1984, graduated 1984). DMD (Facharzt für Zahn-, Mund- und Kieferheilkunde - Specialist in Dentistry, Oral and Maxillofacial Medicine) from University of Vienna, School of Dentistry (1985-1986). Postgraduate training in Orthodontics at Royal Dental College, Aarhus, Denmark (1987). Postgraduate training in Orthodontics and Orthopedics at Department of Orthodontics, Royal Dental College, Aarhus, Denmark (1989). MSc in Clinical Research from Vienna Medical University (2010). Diploma in Clinical Research from Vienna School of Clinical Research (VSCR), University of Vienna (2009-2010). Diploma "Prüfarzt" (Clinical Investigator) from Austrian Working Group for Clinical Pharmacology (2007).
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OREHAB Minds
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