The Dental cosmos . Section of an egg-shaped nodule attached at a,and containing itself interstitial nodules. The same remarks apply here as in Fig. 64. Fig. Showing that interstitial nodules do not grow out of, but become enveloped by, the centers of formation of the two nodules, their lamination, their imperfect union at the linea, and the normal ivory at b, are plainly discernible. 25 : 1. 434 THE DENTAL COSMOS. originally not in connection with the dentine, but subsequently unitingwith it. Also Buckingham (Dental Cosmos, vol. xxi, page 457,[879) wrote that where th
The Dental cosmos . Section of an egg-shaped nodule attached at a,and containing itself interstitial nodules. The same remarks apply here as in Fig. 64. Fig. Showing that interstitial nodules do not grow out of, but become enveloped by, the centers of formation of the two nodules, their lamination, their imperfect union at the linea, and the normal ivory at b, are plainly discernible. 25 : 1. 434 THE DENTAL COSMOS. originally not in connection with the dentine, but subsequently unitingwith it. Also Buckingham (Dental Cosmos, vol. xxi, page 457,[879) wrote that where the pulp of a tooth became ossified it seldomor never adhered to the dentine next to which it was formed. Bo-decker, too {ibid., p. 337, 1882), expresses the opinion that pulp-stones develop from medullary corpuscles, which, in consequence ofa slight irritation or augmented afflux of nourishing material, arise inthe midst of the pulp. In other words, according to Bodecker, theydevelop independently of the odontoblasts. Ullrich ( Ueber feste Neubildungen in der Zahnhohle, Zeit-schrift dcr K. A. (i< sdlschaft der Arzte zu Wien, 1852, Bd. I, ) likewise held the s
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