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Evaluation of biomaterials with and without platelet-rich plasma: a histometric study using beagle dogs

机译:有或没有富血小板血浆的生物材料的评估:使用比格犬的组织学研究

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Aim: To compare the alveolar bone repair process using biomaterial in dogs with and without the incorporation of platelet-rich plasma. Methods: Six beagles were used. Bilateral extractions of the three mandibular premolars were performed. Bio-Gen? was applied in the first alveolus, the clot was maintained in the second alveolus and Genox? was applied to the third alveolus. PRP was added to all alveoli on the left side only. The dogs were submitted to euthanasia after 30, 60 and 90 days and submitted to histological analysis for the determination of mean area of new bone formation. Tukey’s post test was used in the statistical analysis. Results: Significant increase in bone formation occurred in Bio-Gen? + PRP when compared with the other groups at 30 and 90 days. In the evaluation at 60 days, no statistically significant differences among the groups were found. Conclusions: The Bio-Gen? biomaterial led to the best bone repair and the combination of platelet-rich plasma accelerated the repair process.
机译:目的:比较使用或不使用富含血小板血浆的狗对生物材料进行牙槽骨修复的过程。方法:使用六只小猎犬。对三个下颌前磨牙进行双侧拔牙。 Bio-Gen?在第一个肺泡中使用凝块,在第二个肺泡中保持凝块,Genox?应用于第三牙槽。 PRP仅添加到左侧的所有肺泡中。在30、60和90天后将这些狗送入安乐死,并进行组织学分析以确定新骨形成的平均面积。在统计分析中使用了Tukey的后期测试。结果:Bio-Gen?中的骨形成显着增加。与其他30天和90天相比,PRP值更高。在第60天的评估中,各组之间未发现统计学上的显着差异。结论:Bio-Gen?生物材料导致最佳的骨修复,富血小板血浆的结合加快了修复过程。

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