Simplified photo protocol for DSD and motivational project. Part 1

Simplified photo protocol for DSD and motivational project. Part 1

Image 1. Four main portraits and smile close-ups

Image 2. 45 degrees’ pictures. They visualize profile and frontal teeth position as well as possible aesthetic problems of smile in distal projection 

Image 3. Close-up 

Image 4. Intraoral photos and retractor which is comfortable for patient

Image 5. Teeth in occlusion close-ups

Image 6. “Dynamic” pictures

Image 7-8. Photos of anterior teeth with contrastor. This picture will be used for clinical design after horizontal positioning 

Image 9-11. Portrait with wide smile in direct projection. This photo is used for DSD. Step 1 – positioning of the picture regarding horizon.  This step will allow to work with teeth in order of aesthetic rehabilitation

Image 12. Smile close-up. Now we can start design

Image 13. The most efficient and quick way to provide demo-project for patient is to determine future length and width of central incisors. We can use special template for this step (golden proportion between width and length) 

Image 14. Once central incisors are ready we can quickly design other teeth using templates 

Image 15. Let us point one more time: this is quick demo project for patient that takes only 5-10 minutes but is important for communication and motivation. 

Image 16. Before and after design 

Image 17. Now we can proceed with clinical design. First step is the same as for quick project – positioning of portrait picture (it was already done so we keep our time)

Image 18. Smile close-ups. This fragment of picture is not detailed enough for clinical project. Important elements are missed – cervical zones and gingival contour of all frontal teeth. 

Image 19-23. The best way to get details is to transfer intraoral high resolution picture with retractor into already positioned portrait picture.

Other steps of planning and design will be presented in next article “DSD: clinical project and smile prototype. Part 2”

MODULE 3: MicroVisionEsthetics