Functional Occlusion & Treatment Planning In Full Mouth

Learning objectives

1. Understanding TMJ and the Muscles of Mastication
2. TMJ disorders – Pathophysiology and Diagnosis
3. De programming Principles and appliances
4. Key determinants of Occlusion
5. Centric Relation Recording and Face bow transfer
6. Knowing the articulators
7. Mounting the casts in centric in semi adjustable articulator
8. Mock up – Analog and Digital
9. Treatment planing of Full Mouth cases and lab communication
10. All about vertical Dimension
11. Equilibrating the case
12. Complex restorative therapy – Table tops, Onlay and Bio mimetic
    restorations
13. Introduction of Digital face bow – centric recording – virtual articulation –
    Start your journey to End to End digital solutions 14. Importance of
    surgical intervention and the protocols involved
14. Complex Case Discussion from start to finish
15. Understanding the aesthetic requirements
16. Interpretation of TMJ radiographs and MRI
17. Full mouth implants – The work flow
18. Participant presentation on their case upto treatment planing

KEY FEATURES :

Lectures and Hands on are tailored in such a way to best benefit all to understand and learn everything in detail. All participants will be using the Kois de programming appliance before module to understand the de programming activity. Individual Face bow and articulator to all. Each participant will work on her or his casts and mount them in articulator in centric and equilibrate the same. Adjusting deprograming device will be made easy. Learning the tips and tricks predictable Face bow transfer and Centric Recording will be the high light. Hands on will also include Table top preps , temp placement and cementation. To understand and read TMJ radiographs and MRI. All materials will be provided
to the participants , all you need is to come with an open mind.

No of participants :

Restricted only to 8 for intense learning and close monitoring during hands on

Course Durations :

6 days – 2 modules of 3 days each – three months interval between two modules