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首页> 外文期刊>Journal of plastic, reconstructive & aesthetic surgery: JPRAS >Re-raising muscle flaps: A randomised controlled animal study
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Re-raising muscle flaps: A randomised controlled animal study

机译:重新抬起肌肉襟翼:随机对照动物研究

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Summary Background In the experience of our centre, 33% of reconstructed compound lower limb injuries will need an orthopaedic revision. 1 A flap may be re-raised through numerous methods, and historically, the approach of choice has been based on the principle of protecting the vascular pedicle rather than the inset. Our aim was to determine whether a marginal versus a split approach to re-raising inferred a higher risk of flap necrosis and whether more attention should be paid to protecting the inset of the flap, particularly at the distal portion. Method A pedicled pectoralis profundus muscle flap was raised in 32 Sprague–Dawley rats and transposed to the lateral chest wall. After 21 days, the flaps were randomised into one of four treatment groups according to the surgical approach and whether or not the anatomical vascular pedicle was ligated. Necrosis was assessed 48?h later, both clinically and through the analysis of digital photographs. Results The rate of necrosis in the marginal group was higher than that in the split group (63% vs 0%, p? Conclusions Splitting a muscle flap produces significantly less necrosis than incising the inset, regardless of whether the pedicle is in flow. It also offers wider exposure of structures deep to the flap. These findings provide a detailed model for human trials, which is presented as a proposed management algorithm. It also highlights conditions that must be met for translation to a human population.
机译:总结背景根据我们中心的经验,33%的重建复合下肢损伤需要进行矫形外科翻修。1皮瓣可以通过多种方法重新提起,从历史上看,选择的方法是基于保护血管蒂而不是嵌入的原则。我们的目的是确定边缘入路与劈裂入路相比,再次提高皮瓣坏死的风险是否更高,以及是否应更加注意保护皮瓣的嵌入部位,尤其是远端。方法在32只Sprague–Dawley大鼠身上提出带蒂胸深肌皮瓣,并将其转移到胸外侧壁。21天后,根据手术入路和解剖血管蒂是否结扎,将皮瓣随机分为四个治疗组。坏死评估为48?h之后,通过临床和数码照片分析。结果边缘组的坏死率高于分裂组(63%对0%,p?结论与切开插入物相比,切开肌瓣产生的坏死显著减少,无论蒂是否在流动。它还提供了皮瓣深部结构的更广泛暴露。这些发现为人体试验提供了一个详细的模型,作为一种建议的管理算法。它还强调了转化为肌肉瓣必须满足的条件人口。

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