Ultrastructure of the ankylotic area in the osteopetrotic op/op mouse.

H Okada, Y Sato, T Sakae, H Yamamoto
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引用次数: 2

Abstract

The op/op mouse, which carries an osteopetrotic mutation, suffers from complete failure of tooth eruption. Commonly the teeth are ankylosed to the bone. Previous reports of ankylosis in the op/op mouse have been based on light microscopy. The aim of this study was to clarify the ultrastructural features of the ankylotic area using the oolong tea extract (OTE) staining technique. The ultrastructural features of ankylosis did not parallel the findings of light microscopy. OTE staining clearly stained the collagen fibers of bone and tooth, and the space dividing the tooth and bone was revealed by transmission electron microscopy. In comparison, light microscopy failed to reveal this space and the ankylosis was unclear. The true ankylotic area was smooth and the tooth was tightly ankylosed to the bone.

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骨质疏松小鼠的强直区超微结构。
携带骨质疏松突变的op/op小鼠完全无法长出牙齿。牙齿通常与骨头紧密相连。以前关于op/op小鼠强直的报道都是基于光学显微镜。本研究采用乌龙茶提取物(OTE)染色技术,对大鼠强直区超微结构特征进行了研究。强直的超微结构特征与光镜检查结果不一致。OTE染色清晰地染色了骨和牙的胶原纤维,透射电镜显示了牙和骨之间的间隙。相比之下,光镜不能显示这个空间,强直不清楚。真正的强直区是光滑的,牙齿与骨紧密地强直。
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