[牙齿在羟基磷灰石充填的拔牙腔内身体运动的有效性]。

Y Tokuhiro
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引用次数: 0

摘要

在拔除的伤口愈合未完成的阶段(即骨化)早期应用牙齿的身体运动被认为会增加抖动的风险。以成年犬为实验对象,研究了HAp填塞到提取的伤口腔内以避免抖动的情况下,犬的身体运动情况。当拔牙后立即移动牙齿并进行HAp填充时,没有发现HAp被纤维结缔组织包裹。无论是弱力还是强力,移动的牙齿在其受压侧缺乏牙槽隔,其牙根与HAp块直接接触。张紧侧牙周腔明显扩大,适当牙槽骨破骨吸收强。拔牙后1周进行牙齿运动克隆,无论是弱力还是强力,拔牙创面均被封闭,拔牙创面腔内的HAp块被纤维结缔组织包裹。移动牙齿受压侧的牙槽隔完全消失。纤维结缔组织位于牙根与HAp块之间,呈现部分成骨。紧绷侧牙槽骨表面可见强烈的骨对位。拔牙后1个月进行牙齿移动和HAp填充物,在拔牙后伤口腔内包裹HAp肿块的纤维结缔组织中发现明确的骨化。移动骨受压侧的牙槽隔出现吸收和消失。对于弱力,在同一区域的纤维结缔组织中注意到逐渐骨化,对于强力,注意到与HAp肿块的骨粘连。在张力侧,无论是弱力还是强力,在适当的牙槽骨表面都有明显的骨对位。以上结果显示,拔牙及补牙后一周为开始活动牙齿的最佳时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Usefulness of the bodily movement of the tooth into the hydroxyapatite-packed extracted cavity].

Early application of bodily movement of teeth at an unfinished stage of the healing of the extracted wound i.e. ossification is presumed to increase the risk of jiggling. Using adult dogs, an experimental study was made on bodily movement in the case of HAp packing into the extracted wound cavity to avoid jiggling. When tooth movement was performed immediately after extraction and HAp packing, no encapsulation of HAp with fibrous connective tissue was noted. Either for a weak force or for a strong force, the moved tooth lacked alveolar septum on its compressed side, its dental root being in direct contact with the HAp mass. Remarkable enlargement of periodontal cavity on the tension side and strong osteoclastic resorption of proper alveolar bone were noted. When tooth movement was clone one week after extraction and HAp packing, Either for a weak force or for a strong force, the extracted wound surface was sealed and the HAp mass in the extracted wound cavity got encapsulated by fibrous connective tissue. Alveolar septum has disappeared completely on the compressed side of the moved tooth. Fibrous connective tissue lay between the dental root and the HAp mass and presented its partial osteogenesis. Vigorous bone apposition was noted in the proper alveolar bone surface on tension side. When tooth movement was done one month after extraction and HAp packing, definite ossification was noted in fibrous connective tissue which encapsulated the HAp mass in the extracted wound cavity. Alveolar septum on the compressed side of the moved bone presented resorption and disappearance. For a weak force, gradual ossification was noted in fibrous connective tissue which lay in the same region, and for a strong force, osseous adhesion to the HAp mass was noted. On the tension side, bone apposition was remarkable in proper alveolar bone surface either for a weak force or for a strong force. The above findings revealed thus most suitable time to begin tooth movement was one week after extraction and HAp packing.

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