place group photograph here
Info |
---|
Please let us know if you are planning to come or not by replying to the attendance poll which you can open by clicking here. |
Overview
Excerpt |
---|
The purpose of J.C.E.G. is to map out a plan for the transition from 2D cephalometrics to 3D cone beam imaging AND 3D models for assessment of orthodontic outcomes, as well as diagnosis and treatment planning. |
We will present novel quantitative tools based in 3D Shape Analysis to evaluate the Temporomandibular Joints and measure tooth movement. Working under the Dental and Craniofacial Bionetwork for Image Analysis, funded by NIDCR/NIBIB R01 DE024450, we have developed open-source software for diagnosis, treatment planning and assessment of outcomes of orthodontic, orthopedic and surgical treatments. The open source tools allow clinicians and researchers to measure bone and dental changes, after registration relative to anatomical structures of interest. Participants are required to bring their laptops to take full advantage of the hands-on workshop.
This year marks the tenth anniversary of JCEG. As has been our policy in the past we will have a dinner Wednesday Night at Night Town Restaurant to finalize our agenda. Here are some of my thoughts on a tentative agenda for this years meeting. I have eliminated some of the areas we have discussed in the past because I think they have been resolved. For example, standardization of image acquisition, terminology and superimposition have been extensively covered and do not seem like cutting edge topics for us to have on our agenda this year. Also let me know if you would like to do any software demonstrations on Wednesday afternoon.
Please feel free to respond with your thoughts and ideasPlease see child pages for individual meeting notes/minutes, and make any modification to the text you deem necessary.
Information
Date |
---|
2018-02- |
8 to |
2018-02- |
9 (Click |
Type | Physical |
---|---|
Location | Cleveland, OH |
Tickets |
Attendance
Attendance Poll
Actual attendance
member |
---|
Attendance
meeting presence | E-mail address | |||||||||
---|---|---|---|---|---|---|---|---|---|---|
David |
| |||||||||
Dan Knoch |
| |||||||||
Franco Magni |
| |||||||||
Dan Castner |
| |||||||||
Rolf Behrents |
| behrents@gmail.com | ||||||||
|
| |||||||||
|
|
|
|
|
|
|
| |||
Carla Evans |
|
|
| caevans@bu.edu |
Agenda
Wed Feb
15th7th at 7pm
- Software Course with Lucia Cevidanes and team 1pm to 5pm
- 7pm Dinner at Night Town to finalize Agenda
Thursday Feb
16th8th Start at 9am
- SuperimpositionJCEG X- Where have we been? Where are we going?. A brief history of our first nine meetings. Please send me any photos you might have so I can include them in our archives.
- 3D Morphologic Standards
- Intra-Oral Scanning
- 3D Printing
- Face Scanning
- Database of 3D CT images
- Emerging Technologies- Smartphone monitoring of tooth movement.
- - What is the nature of a true 3D analysis? Should we use planes instead of lines as a basis for analysis? Are landmarks still necessary for a 3D cephalometric analysis? How can 2D superimpositions inform our 3D decisions? I would propose that our group brainstorm this concept and come up with a framework for the "Ideal" 3D analysis.
- 3D Printing- What is the future of 3D printing and the use of thermoplastic to move teeth? With some of the patents held by Align Technologies due to expire what is the potential for competition in this market?
- Database of 3D CT images-With the increased use of CBCT as the main radiographic record for many orthodontists should we consider a records repository of before and after treatment data? What would this database look like? Who would have access? Where would it "live"?
- Emerging Technologies- ? What is new for this year?
Friday Feb 9th 9am to noon
- Meeting Summary
- Adjourn Noon on Friday.
- Pre_JCEG Workshop: Slicer - Open-source Software- Wednesday Feb 15th 1PM to 5PM
Attachments and relevant material
SEO Metadata | ||||||
---|---|---|---|---|---|---|
| ||||||
The purpose of J.C.E.G. is to map out a plan for the transition from 2D cephalometrics to 3D cone beam imaging AND 3D models for assessment of orthodontic outcomes, as well as diagnosis and treatment planning. |