Kaminski E J, Shenk M W, Oglesby R J
J Biomed Mater Res. 1977 Nov;11(6):871-81. doi: 10.1002/jbm.820110607.
An analysis of the tissue sections from previous implant studies was performed define additional criteria which could be considered in determinations of biocompatibility of implant materials. Adult albino rabbits were implanted with biomaterials in the sacrospinalis muscle for periods of 2, 6, 18, and 54 weeks. Fourteen different implant materials were used in this study. The tissues were examined histologically for the appearance of adipose fat cells within the membrane surrounding the implant as an important criterion of tissues implant compatibility. The results were compared with other previously used criteria in judging biocompatibility of implant materials. For the most compatible nonreactive materials, adipose tissue formation within the pseudomembrane began at 6 weeks and was quite extensive at 54 weeks. The reactive materials studied by us did not exhibit this phenomenon.
对先前植入研究的组织切片进行了分析,以确定在判定植入材料生物相容性时可考虑的其他标准。将成年白化兔的骶棘肌植入生物材料,植入时间分别为2周、6周、18周和54周。本研究使用了14种不同的植入材料。对组织进行组织学检查,观察植入物周围膜内脂肪细胞的出现情况,将其作为组织与植入物相容性的重要标准。将结果与先前用于判断植入材料生物相容性的其他标准进行比较。对于相容性最佳的非反应性材料,假膜内脂肪组织的形成始于6周,在54周时相当广泛。我们研究的反应性材料未表现出这种现象。