[Resorbable Vicryl mesh for new attachment after jaw fracture].

Tandlaegernes nye tidsskrift Pub Date : 1992-08-01
B Roed-Petersen
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Abstract

The principle of GTR, guided tissue regeneration, was developed by Scandinavian scientists in order to separate epithelium and connective tissue from periodontal ligament cells and bone, thereby eliciting new attachment after marginal periodontitis. In case of jaw fractures loss of attachment may be seen in relation to teeth in the line of fracture, especially after severe dislocation of the fragments. One such patient is reported in whom only emergency treatment was possible during the first 11 days due to a simultaneous cerebral trauma. As anticipated a deep osseous pocket developed on the actual tooth 43 even if the fractures were anatomically repositioned and fixed with osteosynthesis and even if the postoperative course was uneventful. Later, treated by interpositioning of a resorbable Vicryl membrane, new attachment formed with a gain of the order of magnitude of 8 mm with concomitant osseous regeneration. It is concluded that Vicryl mesh would definitely seem to have a place in the treatment of jaw fractures. However, there is an urgent need for a larger collection of meshes than presently available, including both larger sizes and other shapes.

[可吸收维氏网用于颌骨骨折后的新附着物]。
GTR的原理,引导组织再生,是由斯堪的纳维亚科学家开发的,目的是从牙周韧带细胞和骨中分离上皮和结缔组织,从而在边缘牙周炎后引发新的附着体。在颌骨骨折的情况下,可能会看到与骨折线上的牙齿相关的附着丧失,特别是在碎片严重脱位之后。据报道,其中一名患者由于同时发生脑外伤,在头11天内只能接受紧急治疗。正如预期的那样,在实际牙齿上形成了一个很深的骨袋43,即使骨折在解剖上重新定位并用骨合成术固定,即使术后过程平安无事。随后,通过可吸收的Vicryl膜的间位处理,形成了新的附着体,增加了8毫米的数量级,并伴有骨再生。综上所述,Vicryl网状物在颌骨骨折的治疗中肯定会有一席之地。然而,迫切需要比目前可用的更大的网格集合,包括更大的尺寸和其他形状。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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