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Development of a laboratory animal model of postoperative small intestinal adhesion formation in the rabbit.

机译:兔术后小肠粘连形成的实验动物模型的建立。

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In order to establish a model of postoperative intestinal adhesions that would simulate the problem experienced in horses, New Zealand White rabbits were utilized to compare two models of adhesion formation that had been successful in the horse, an ischemic strangulating obstruction (ISO) model and a serosal scarification model. An untreated control group was compared with animals subjected to 1, 2, 3 and 4 h periods of ISO, and to serosal scarification. At postmortem examination 14 d postoperatively, the number of rabbits in each group with adhesions was recorded. Serosal scarification was significantly more consistent at producing adhesions than ISO (Fisher's exact test, P = 0.0022). The 3 h of ISO group was significantly different from the control group: however, compared to the serosal scarification group, fewer animals had adhesions and one animal died of complications associated with the experimental procedure. Based on these results, serosal scarification was selected as the best model for utilization in further studies of adhesion prevention.
机译:为了建立能够模拟马匹出现的问题的术后肠粘连模型,新西兰白兔被用来比较在马匹中成功的两种粘连形成模型,即缺血性绞窄阻塞(ISO)模型和浆膜划痕模型。将未经治疗的对照组与经历1、2、3和4小时的ISO以及浆膜瘢痕形成的动物进行比较。术后14天进行死后检查,记录每组中有粘连的兔子的数量。与ISO相比,浆膜瘢痕形成产生粘连的一致性更高(Fisher精确检验,P = 0.0022)。 ISO组的3小时与对照组有显着差异:但是,与浆膜划痕组相比,更少的动物发生了粘连,而一只动物死于与实验程序相关的并发症。根据这些结果,浆膜瘢痕清除术被选为最佳的模型,可用于进一步的粘连预防研究。

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