The Physiologic Approach to Treating OSA – Level II
- Posted on: Feb 11 2021
Course Type: Elective Courses
***The November 10-12, 2021 course will be held online.***
You have been presented the information about OSA and its relationship to TMD in Level 1. This course allows you to find out how many undiagnosed OSA patients are left that way by even a very experienced Sleep Dentist, because they don’t know what to look for. This course presents information on how to treat UARS and how not to miss its diagnosis. After completing this course, you should become more knowledgeable about understanding and interpreting PSG’s and home screening studies. You will also be presented information regarding how to better communicate with Sleep MD’s and other professionals. You will discover the physiology of respiration and why that’s important to understand. This course will take you beyond the basic sleep dentist capability and transform you into an OSA expert.
View our Course Information:
The Objectives of this course are for the participant to be able to:
- Discuss of TMD/OSA and clinical screening with NM S+S
- Discuss the physiology of respiration
- Discuss CBCT analysis in screening and treating OSA/TMD
- Take a NM OSA bite
- Utilize Portable Monitoring / Polysomnography
- Interpret sleep study reports
- Communicate effectively with sleep professionals
Materials Needed: Bring models/PVS impressions & own baseline screening tests if possible plus Patient PSG/PM.
Take a look at our team:
See what others that have taken the course have to say:
Having started studying sleep at LVI approximately 8 years ago, it is amazing how the study of sleep has evolved at LVI. The embracing of the physiologic approach to OSA has made the results significantly better for both the patient and the doctor. LVI has created a quantum leap in the understanding of patient problems, as well as the resolution of those problems. The things that we learned at LVI give us the ability to better understand the needs of our patients and address those needs with solutions that respect the physiology of the patient.
Dr. David A. Smith