. Elementary and dental radiography . Fig. 281. The arrows point to a fracture of the lower jaw just posterior to the second bicus-pid. The opposite side of the same jaw radiographed in Fig. 280. (Radiograph by Cole and Raper.) 244 DENTAL RADIOGRAPHY. Fig. Ilent radiograph of the temporo-mandibular articulation. Made fromsubject. (Radiograph by Tousey, of New York City.) Case: Dislocation of the condyle from theTigs. 283 and 284. glenoid fossa. Fig. 283 shows the condyle A an-terior to the emincntia articularis B. Fig. 284 of thesame case after reduction. While it fails to show the condyle its
. Elementary and dental radiography . Fig. 281. The arrows point to a fracture of the lower jaw just posterior to the second bicus-pid. The opposite side of the same jaw radiographed in Fig. 280. (Radiograph by Cole and Raper.) 244 DENTAL RADIOGRAPHY. Fig. Ilent radiograph of the temporo-mandibular articulation. Made fromsubject. (Radiograph by Tousey, of New York City.) Case: Dislocation of the condyle from theTigs. 283 and 284. glenoid fossa. Fig. 283 shows the condyle A an-terior to the emincntia articularis B. Fig. 284 of thesame case after reduction. While it fails to show the condyle itself clearly,it shows the neck of the condyle and demonstrates that, in this picture, thecondyle A is on the other side of the emincntia articularis B. si. In Gases of fracture of the 3aw. Fracture of the jaw is almost always accompanied by such a greatdeal of swelling and induration that digital and ocular examinationarc highly unsatisfactory. The operator who treats a fracture shouldknow just where and what kind of a fracture he is dealing with. If therehe displacement of the fragments, he must know how much, and in whatdirection, the displacement occurs, in ordef that he may properly readjustthe parts. This knowledge can be gained only by th
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