首页> 外文期刊>Journal of pediatric urology >Re: Macedo A Jr, Rondon A, Bacelar H, Leslie B, Ottoni S, Liguori R et al. An alternative channel for the Mitrofanoff principle based on transverse skin flaps: An extraperitoneal minimal invasive approach (the RPM technique). J Pediatr Urol 2012;8:437.
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Re: Macedo A Jr, Rondon A, Bacelar H, Leslie B, Ottoni S, Liguori R et al. An alternative channel for the Mitrofanoff principle based on transverse skin flaps: An extraperitoneal minimal invasive approach (the RPM technique). J Pediatr Urol 2012;8:437.

机译:回复:Macedo A Jr,Rondon A,Bacelar H,Leslie B,Ottoni S,Liguori R等。基于皮肤皮瓣的Mitrofanoff原理的替代通道:腹膜外微创方法(RPM技术)。 J Pediatr Urol 2012; 8:437。

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We congratulate the authors for evolving this innovative technique of skin-based flap for cutaneous diversion with continence based on crossing strips of rectus abdominis muscle. Our concern is that while the bowel is usually insensitive to touch, thermal or traumatic stimuli and is only sensitive to stretch [1], the same phenomenon may not apply to a skin-flap-based tube. The skin-based continent catheterizable stoma might be painful on repeated self-catheterization, which reduces the compliance of the patient, especially in the case of children on long-term follow up. Secondly, with time the crossing strips of rectus abdominis will try to retract back to their original location.
机译:我们祝贺作者开发了这种创新的基于皮肤的皮瓣技术,该技术用于基于腹直肌交叉带的节制性皮肤转移。我们担心的是,尽管肠通常对触摸,热刺激或创伤刺激不敏感,并且仅对伸展敏感[1],但同样的现象可能不适用于皮瓣管。基于皮肤的大陆可导管插入的气孔在反复进行自我导管插入术时可能会很痛苦,这会降低患者的依从性,尤其是在长期随访的儿童中。其次,随着时间的过去,腹直肌的交叉带将试图缩回其原始位置。

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