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A Novel Method to Produce an Artificial Common Bile Duct Using Electrospinning Technique

机译:一种使用静电纺合技术生产人工胆管管的新方法

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Reconstruction of the extrahepatic bile duct is one of the most common challenges for hepatobiliary surgeons to repair bile duct injury or defect. In this research, a novel method to produce an artificial common bile duct using electrospinning technique was introduced and the effect of polymer concentration on the compliance of produced prostheses is investigated. In addition, the optimum conditions of polyurethane nanofibrous tubes to reach the compliance of native common bile duct are determined. The results show that the compliance of the samples increases gradually with an increase in polymer concentration. Therefore optimum artificial prosthesis which was manufactured under conditions of concentration 8% w/v, applied voltage 1.0 kV, feed rate 0.5 ml/h and a tip-to-collector distance 15 cm can be applied as bile duct tissue.
机译:肝外胆管的重建是肝胆外科医生修复胆管损伤或缺陷的最常见挑战之一。在该研究中,引入了一种使用静电纺丝技术生产人造胆管管的新方法,并研究了聚合物浓度对产生假体的顺应性的影响。此外,确定了聚氨酯纳米纤维管达到天然普通胆管依从性的最佳条件。结果表明,样品的顺应性随着聚合物浓度的增加而逐渐增加。因此,在浓度为8%w / v,施加电压1.0kV的条件下制造的最佳人工假体,进给速率0.5ml / h和尖端到集电极距离,可以施加为胆管组织。

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