Woeste G, Isemer F-E, Strey C W, Schardey H-M, Thielemann H, Mihaljevic A, Kleeff J
Klinik für Allgemein- und Viszeralchirurgie, Klinikum der Johann Wolfgang Goethe Universität Frankfurt, Theodor-Stern-Kai 7, 60590, Frankfurt am Main, Deutschland,
Chirurg. 2015 Feb;86(2):164-71. doi: 10.1007/s00104-014-2760-8.
Surgical treatment of incisional hernia includes implantation of a mesh. The use of synthetic grafts in contaminated fields results in an increased risk of infection. In these cases a potential advantage is described for biological repair material. Evidence for this problem is lacking; therefore, we initiated a survey among surgeons in Germany concerning this question.
A survey concerning indications, experience and techniques of using synthetic and biological meshes was sent to 60 surgical departments. The emphasis of the survey was on the differentiation of clean and contaminated fields.
The survey was answered by 42 %. The use of biological repair material was preferred in clean-contaminated, contaminated and soiled fields. Synthetic meshes were preferred in clean, rarely in clean-contaminated and not in contaminated or soiled situations. Primary suture repair was chosen in clean fields and barely in contaminated fields. For closure of giant hernias a component separation technique (CST) was favored by the majority of respondents. A single stage repair was preferred by most of the surgeons even in cases with simultaneous stoma takedown. A total of 72 % of the respondents were satisfied with the use of biological repair material, but the reimbursement was considered to be inappropriate.
Although the response rate was low, this survey gives an idea of the attitude towards the use of synthetic and biological meshes. Biological repair material is favored for hernia repair in contaminated or soiled fields. The advantage of this choice is a one stage repair despite the contamination. As the results of this survey are not able to provide arguments for the use of different meshes this question should be further investigated with a randomized controlled trial.
切口疝的手术治疗包括植入补片。在污染区域使用合成移植物会增加感染风险。在这些情况下,生物修复材料具有潜在优势。但缺乏关于此问题的证据;因此,我们针对此问题对德国的外科医生展开了一项调查。
向60个外科科室发送了一份关于使用合成和生物补片的适应症、经验及技术的调查问卷。该调查的重点在于区分清洁和污染区域。
42%的科室回复了调查问卷。在清洁-污染、污染及污秽区域,更倾向于使用生物修复材料。在清洁区域更倾向于使用合成补片,在清洁-污染区域很少使用,在污染或污秽情况下则不使用。在清洁区域选择一期缝合修复,在污染区域几乎不采用。对于巨大疝的修补,大多数受访者更青睐成分离断技术(CST)。即使在同时进行造口拆除的情况下,大多数外科医生也更倾向于一期修复。共有72%的受访者对生物修复材料的使用感到满意,但认为其报销不合理。
尽管回复率较低,但这项调查给出了对外科医生使用合成和生物补片态度的一个大致情况。在污染或污秽区域进行疝修补时,生物修复材料更受青睐。这种选择的优势在于尽管存在污染仍可进行一期修复。由于本次调查结果无法为使用不同补片提供依据,这个问题应通过随机对照试验进一步研究。