. Elementary and dental radiography . Fig. 34S. Impacted upper, third molar, viewed from the position of the tube. The wire pass-ing around the neck of the second molar is twisted on the lingual. The impacted tooth sets to the Fig. 350. Same as Fig. 349 enlarged. detail incident to enlargment there seems little if any advantage in Istep. There is none made at the present time, but a magnifying stereo-scope would probably be of value for viewing dental stereoradiographs. So much for the technic involved in the practice Practical Ualue °^ ^ental stereoscopic radiography. Let us now con-
. Elementary and dental radiography . Fig. 34S. Impacted upper, third molar, viewed from the position of the tube. The wire pass-ing around the neck of the second molar is twisted on the lingual. The impacted tooth sets to the Fig. 350. Same as Fig. 349 enlarged. detail incident to enlargment there seems little if any advantage in Istep. There is none made at the present time, but a magnifying stereo-scope would probably be of value for viewing dental stereoradiographs. So much for the technic involved in the practice Practical Ualue °^ ^ental stereoscopic radiography. Let us now con- Of Dental Sterec- sider the results, the practical application and the radiographs. possibilities of dental stereoscopic radiography. Frankly, the results are discouraging. Considering 3i< DENTAL RADIOGRAPHY the difficulties of practice, and the results obtained at the present time,there is an extremely limited practical application of the stereoradiographto dentistry. What the future possibilities of dental stereoscopic radiog-raphy are I wi uld not attempt to say. My hope is that some day wemay be able to stereoradiograph the upper molar roots successfully. By describing i; 1 think I have proven that the technic involved
Size: 2305px × 1084px
Photo credit: © Reading Room 2020 / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: ., bookcentury1900, bookdecade1910, bookpublisheretcet, bookyear1913
