A Rat Tail Model for Osseointegration Studies and New Bone Formation Follow-up

Matthieu Renaud, or Farkasdi, A. Desoutter, G. Varga, F. Cuisinier, P. Bousquet
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引用次数: 1

Abstract

Animal studies are necessary to precede clinical studies. Recently the rat tail model has been proposed by us as a model for studying bone regeneration with easily surgical approach, effective control of post-operative pain and a decrease of animal number. The present study aimed to widen the rat tail model indication to implant osseointegration. Special titanium implants were inserted through tail vertebrae. A good primary stability was observed three month after implant placement. X-ray microtomography (Micro-CT) and histology were used to visualize bone formation and to calculate bone implant contact. Micro-CT showed osseointegrated implants in caudal vertebra. This illustrates the possibility to obtain bone implant-contact by micro-CT measurements. The results suggest that the rat caudal vertebrae may serve as a good preclinical model for studying implant osseointegration with the possibility of multiple testing within the same experimental animal and the potential to decrease number of experimental animals.
用于骨整合研究和新骨形成随访的大鼠尾巴模型
在临床研究之前,动物实验是必要的。近年来,我们提出了大鼠尾巴模型作为研究骨再生的一种模型,该模型具有手术简便、有效控制术后疼痛和减少动物数量的特点。本研究旨在拓宽大鼠尾巴模型对种植体骨整合的适应证。特殊的钛植入物通过尾椎插入。植入后3个月观察到良好的初步稳定性。x射线显微断层扫描(Micro-CT)和组织学用于可视化骨形成和计算骨种植体接触。显微ct显示尾椎骨整合植入物。这说明了通过微ct测量获得骨植入物接触的可能性。结果表明,大鼠尾椎具有在同一实验动物内进行多次实验的可能性和减少实验动物数量的潜力,可作为研究种植体骨整合的良好临床前模型。
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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