The double-J stents used today for palliative artificial urinary diversion very often show extreme formation of encrustations, even a short time after implantation. Despite increased scientific material development, the complication rate has not really been strongly influenced. Grant-aided by the German Federal Ministry of Education and Research, we chose a new interdisciplinary and translational approach by coating standard stent materials with plasma-deposited amorphous diamond-like carbon. These stents show clearly reduced rates of encrustation in vitro. Ongoing clinical trials demonstrate a further enhancement of this effect in vivo. The underlying mechanisms are being investigated by extending the established in vitro model, thereby pushing research in this field to a new level.

译文

当今用于姑息性人工尿流改道的双J支架经常显示出极度的结壳形成,即使在植入后很短的时间内也是如此。尽管科学材料的开发有所增加,但并发症发生率并未受到很大影响。在德国联邦教育和研究部的资助下,我们选择了一种新的跨学科和转化方法,方法是用等离子沉积的无定形类金刚石碳涂覆标准支架材料。这些支架在体外明显降低了结壳率。正在进行的临床试验表明,这种作用在体内进一步增强。正在通过扩展已建立的体外模型来研究其潜在机制,从而将该领域的研究推向一个新的水平。

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