Scanning Electron Microscopic Studies of the Peritubular Dentin in Dogs

Comparison between the Tannin-osmium Conductive Staining Method and the Freeze Replica Method in the Examination of Epiphyseal Cartilage Matrix by Scanning and Transmission Electron Microscopy

“…of the fine lateral processes clearly evident in Figure 1. Granular particles attached to the collagen fibrils similar to those seen in the present investigation were reported in rat epiphyseal cartilage [9] and in dog peritubular dention [10], using scanning electron microscopy. Fine lateral processes closely associated with collagen fibrils, similar to those seen in the present study were reported in the epiphyseal cartilage from rat tibia by Shepard et al [11,12], using thin-section electron microscopy.…”

Scanning electron microscopic observations of dentinal tubules in interglobular dentin.

“…These fibrils were considered to be the same as those which were observed by TAKUMA et al [14][15][16] with Fig. 8 Interglobular dentin seen as space atransmission electron microscope and by TODA et al [17] with a scanning electron microscope. They reported that these fine fibrils in the predentin were related to the formation of peritubular dentin.…”