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Condylography: recording and analysis

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Gregor Slavicek
Детали курса
Уроки курса
Уроки курса
Лекторы
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ADA CERP

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Что включено в

Детали

17 уроков + 7 бесплатно (6ч 34мин)

3.25 CE Credits

3.25 CE Credits

Английский

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Описание

This is a course on condylography in the concept of Rudolf Slavicek!

 

You will learn how to:

 

– prepare a patient for the mandible movement recording

– determine the hinge axis and the reference position of the patient

– make a decision if the exact splint position works

– follow the standard protocols for mandible movements recording

– identify errors and artifacts during the recording

– describe the data received from the condylography.

 

The course is for prosthodontists, orthodontists and functional dentists.

Урок 1.Condylography as part of a systematic functional analysis

– Systematic functional analysis (CFA)

– Anatomical structures and occlusal functions

– Definition of "function", "dysfunction" and "impaired function"

– The treatment strategy. The role of condylography in this strategy

– The role of condylography in the oral rehabilitation.


Recommended for: Functional dentists.

Урок 2.Principles of the condylographic recording

– Movements of the lower jaw:

 

- protrusion

- retrusion

- mediotrusion and laterotrusion

- opening movement

- closing movement

- free movements

- tooth-guided movements

- manipulated movements

- functional movements

- special movements.

 

– Special signals and artifacts in condylography.

 

Recommended for: Functional dentists.

Урок 3.Application of condylography. Part 1

– Paraocclusal clutch

– Adjustment and stabilizing of the upper facebow

– Determination of the anterior orientation point of the axis-orbital plane

– The lower bow

– Positioning of the styli

– Recording the rotation of the hinge axis

– Geometry of the recording systems, possible artifacts.


Recommended for: Functional dentists.

Урок 4.Application of condylography. Part 2

– Condylographic data for occlusal design and functional analysis

– Macroscopic anatomy of the TMJ

– Orientation of the TMJ in centric relation

– The cranio-mandibular system

– Clinical evaluation of the TMJ

– Occlusal index

– Four physiologic end-feels

– Hard inelastic end feel (hard end-point).


Recommended for: Functional dentists.

Урок 5.Hinge axis versus rotational axis of the mandible

– Degrees of freedom and rotational axes of the TMJ

– Orientation of the condyles and fossae

– Cross-section of fossa and articular eminence

– Definition of the hinge axis

– Movements of the hinge axis.


Recommended for: Functional dentists.

Урок 6.Dynamic of the mediotrusive condyle

– Movement inwards - mediotrusion

– The mediotrusive condyle

– Bennet movement: description by Bennet and condylographic record

– Immediate side shift - abrupt initial movement to the side.


Recommended for: Functional dentists.

Урок 7.Dynamic of the laterotrusive condyle

– Laterotrusion

– Working side and non-working side

– Laterotrusive side in condylography

– Examples of typical latreotrusive condylographic recordings.

 

Recommended for: Functional dentists.

Урок 8.The coordinate system

– Sagittal, horizontal and frontal planes

– Coordinate system

– Movements of the hinge axis and the incision inferius.

 

Recommended for: Functional dentists.

Урок 9.Recording of the condylographic movements: free, guided, manipulated, functions

– Condylographic recording

– Recording with the Cadiax® System. Sequence. Protocol for initial diagnostics

– Visual control during recording

– Goal of precise recording. Optimal analytic possibilities.


Recommended for: Functional dentists.

Урок 10.Determination of the hinge axis and definition of the reference position

– Terminal hinge (axis) location

– Definition

– Location

– Determination

– Reference (RP) and therapeutic (ThP) position.


Recommended for: Functional dentists.

Урок 11.The importance of the axis-orbital plane as reference

– Historical review of axiography

– What is pantograph

– Reference plane of articulation system

– Transfering hinge axis into articulator.

 

Recommended for: Functional dentists.

Урок 12.Condylography and the so-called chewing muscles

– Chewing muscles

– M.masetter

– M.temporalis

– M.pterygiodeus lateralis and medialis

– M.pterygiodeus lateralis, caput inferius

– M.digastricus and suprahyiodale muscles

– Relationships with condylography.


Recommended for: Functional dentists.

Урок 13.Basic procedure for describing a condylography

– Systematic description of a condylography

– Description and analysis in relation to the coordinate system

– An analysis process.


Recommended for: Functional dentists.

Урок 14.The quantity. Part 1

– Normal values for parameter quantity

– Quantity length in the sagittal view

– Quantity of the free movement

– Quantity of the protrusion. Parameters for opening and mediotrusion

– Quantity general or partial reduced

– Quantity and skeletal Class 3

– Quantity and radius of the trajectory

– Wording.

 

Recommended for: Functional dentists.

Урок 15.The quantity. Part 2

– Good, average and bad quality

– Excellent quality

– Very poor quality

– Wording.

 

Recommended for: Functional dentists.

Урок 16.The characteristic

– Terminology and definitions

– Concave, straight, convex and changing characteristic

– Physiological characteristic

– Changing characteristic: initial convexity

– Changing characteristic: sectors with different radius

– Similar characteristics with different inclinations

– Wording.

 

Recommended for: Functional dentists.

Урок 17.Analysis of start and end point in relation to the reference point

– Stability and instability of the TMJ

– Positions of the TMJ

– Quality of recording

– Start and endpoint. Difference from reference position

– Wording.


Recommended for: Functional dentists.

Урок 18.Description of the coincidence of excursion and incursion

– Excursive and incursive movements

– Separation movements

– Assessment criteria for minor separations

– Typical separations

– Wording.

 

Recommended for: Functional dentists.

Урок 19.Description of the coincidence of different orbits

– Protrusion, opening and mediotrusion

– The Fisher angle

– Coincidence of the movements in the middle section

– Wording.

 

Recommended for: Functional dentists.

Урок 20.Analysis of the symmetry in the right-left comparison

– Anatomical and dysfunctional asymmetries

– A right-left condylographic symmetry

– Asymmetry of protrusion

– Asymmetry of the Bennet movements

– Asymmetry of functional movements

– Protrusive bruxing

– Speech and chewing

– Condylographic asymmetries

– Wording.


Recommended for: Functional dentists.

Урок 21.Description of special signals

– Basic assumption of the condylography

– Description of special findings and special signals

– Special condylographic signals possible related to joint noises

– Special signals to be recognized during the description of a condylography

– Special signals in condylography and therapeutic indications

– Special signals in condylography that indicate disturbed movement dynamics

– Dynamic analysis of condylography.


Recommended for: Functional dentists.

Урок 22.Analysis of the so-called Bennett movement

– The Bennet movement. Different definitions

– The Bennet angle

– Fisher angle

– Separation of protrusion and mediotrusion in condylography

– Description of the Bennet movement in condylography

– Mandibular lateral translation

– Transversal position changes

– Analysis and description of the Bennet movement

– Transversal movements

– Therapeutic effects.


Recommended for: Functional dentists.

Урок 23.The key figures of SCI and TCI

– Condylography and articulator

– Reference plane and coordinate system

– Arcon articulators

– Non-arcon articulators

– SCI parameter

– TCI parameter

– Sagittal characteristic.


Recommended for: Functional dentists.

Урок 24.Case studies for systematic description

– Protrusion and retrusion on the condylography

– Opening and closing on the condylography

– Mediotrusion on the condylography

– Free and manipulated movements difference

– Wording.


Recommended for: Functional dentists.

Курс включает в себя уроки:

15мин
Урок 1

Condylography as part of a systematic functional analysis

Gregor Slavicek
22мин
Урок 2

Principles of the condylographic recording

Gregor Slavicek
14мин
Урок 3

Application of condylography. Part 1

Gregor Slavicek
25мин
Урок 4

Application of condylography. Part 2

Gregor Slavicek

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Лекторы 1

Профессор Steinbeis University Berlin, Германия (назначен 2011). Основатель и CEO OREHAB MINDS GmbH, Штутгарт, Германия (с января 2019), компания, сосредоточенная на цифровой функциональной диагностике и разработке продвинутых диагностических систем для жевательной функции. Бывший директор BID (Biomedical Interdisciplinary Dentistry) Transfer Institute в Steinbeis University Berlin (2008-2021). Специалист по функциональной стоматологии, гнатологии и междисциплинарному лечению краниомандибулярных расстройств. Поддерживает частную практику в Zahnmedizin im Rudolfinerhaus, Вена, Австрия, как Research Fellow, сосредоточенный на клинических исследованиях краниомандибулярных расстройств, клинического функционального анализа и медицины окклюзии.

 

Более 40 лет комбинированного клинического, академического и исследовательского опыта в функциональной стоматологии и височно-нижнечелюстных расстройствах. Эксперт в систематическом функциональном анализе (SFA), кондилографии, клиническом функциональном анализе, шинотерапии и полной окклюзионной реабилитации, основанной на известной концепции Славичека, разработанной его отцом, профессором Рудольфом Славичеком. Пионер в разработке цифровых диагностических технологий, включая систему Orehab Condylocomp LR для точной регистрации движения мыщелка и Freecorder Bluefox для цифрового отслеживания челюсти. Исследования сосредоточены на биомеханике ВНЧС, бруксизме, дизайне окклюзии и кибернетических подходах к расстройствам стоматогнатической системы.

 

Почетный член Romanian Dental and Maxillo-Facial Prosthetic Society (2019). Почетный член Italian Association of Gnathology (AIG, 2017). Visiting Professor в First Moscow State Medical University (I.M. Sechenov First Moscow State Medical University), Россия (2013, 2014-2018). Почетный профессор Ukrainian Medical Stomatological Academy (2012). Постоянный член University Council, Steinbeis University Berlin. Бывший Deputy Editor-in-Chief International Journal of Stomatology and Occlusion Medicine (2008-2010). Автор более 50 рецензируемых публикаций в международных журналах по гнатологии, расстройствам ВНЧС, функциональному анализу и окклюзии. Соавтор недавних публикаций, включая «Occlusion and TMJ: Systematic Approach to Oral Splints» в Stomatological Education Journal (2024). Международный лектор, преподающий концепцию Славичека по всему миру с обширными курсами в Европе, Азии и на Ближнем Востоке по кондилографии, функциональному восковому моделированию, междисциплинарной стоматологии и шинотерапии. Директор комплексных 2-летних модульных программ «Interdisciplinary Dentistry in the Slavicek Concept» в Вене, преподающих систематическую диагностику и полную окклюзионную реабилитацию.

 

MD (Doktor der gesamten Heilkunde - Doctor of General Medicine) University of Vienna, Medical School, Австрия (1978-1984, окончание 1984). DMD (Facharzt für Zahn-, Mund- und Kieferheilkunde - Specialist in Dentistry, Oral and Maxillofacial Medicine) University of Vienna, School of Dentistry (1985-1986). Последипломное обучение ортодонтии Royal Dental College, Орхус, Дания (1987). Последипломное обучение ортодонтии и ортопедии Department of Orthodontics, Royal Dental College, Орхус, Дания (1989). MSc по клиническим исследованиям Vienna Medical University (2010). Диплом клинических исследований Vienna School of Clinical Research (VSCR), University of Vienna (2009-2010). Диплом «Prüfarzt» (Clinical Investigator) Austrian Working Group for Clinical Pharmacology (2007).