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Comparison of reasorbeable mini anchor versus non reasorbeable: histological evaluation in an experimental rabbit mode

机译:可再吸收的微型锚与不可再吸收的比较:实验兔模式下的组织学评估

摘要

Purpose. Experimental animal study to evaluate the osseo integration, inflammatory response, dislocation and the reabsorption timing of the reasorbeable Mitek® mini anchor, in comparison with the non reasorbeable titanium based.udMethods. Twenty rabbits were used: divided into two groups of ten. Each animal underwent sectioning and reinsertion of the Achilles tendon bilaterally, using a reasorbeable mini anchor on one side and a controlateral non reasorbeable mini anchor. The first group was sacrificed after 40 days and the other after 120 days. The bone tendon complex was subjected to histological study.udResults. No histological and statistical significative difference were observed in each group, with a lower inflammation response in the reasorbeable implant. Electronic microscopy evaluation demonstrates good stability of the implant in each group. At day 120 the reasorbeable anchors were not yet disappeared.udConclusion. Reasorbeable Mitek mini anchors are to be considered to guarantee a similar response and similar bone stability than non reasorbeable ones.
机译:目的。通过动物实验研究,评估了可吸收性Mitek®mini锚的骨整合,炎症反应,脱位和重吸收时机,并与不可吸收钛相比较。 udMethods。使用了二十只兔子:分成两组,每组十只。每只动物都在一侧使用可再吸收的微型锚和可控制的不可再吸收的微型锚进行双侧跟腱的切片和重新插入。第一组在40天后处死,另一组在120天后处死。对骨腱复合体进行组织学研究。 ud结果。每组均未观察到组织学和统计学上的显着差异,可再吸收植入物的炎症反应较低。电子显微镜评估证明了每组中植入物的良好稳定性。在第120天,可吸收的锚尚未消失。 ud结论。可吸收的Mitek微型锚定件被认为可确保与不可吸收的锚钉相似的响应和相似的骨稳定性。

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