Verhaalen Amy, Watkins Bruce, Brasel Karen
Department of Genearl Trauma and Critical Care Surgery, Medical College of Wisconsin, Milwaukee, Wisconsin; Email:
Wounds. 2010 Aug;22(8):212-7.
Background. The following describes successful isolation of enteroatmospheric fistulae within a negative pressure wound therapy system (V.A.C.®, KCI, San Antonio, TX).
An impermeable tubular structure was placed around the fistula with a dressing applied to the surrounding wound base, dressed with an impermeable drape and negative pressure, and then an ostomy appliance was placed over the isolated fistula stoma. Cost analysis compared traditional dressings to the NPWT isolation method.
All patients underwent fistula isolation with complete diversion of enteric contents. Typical dressing changes occurred 3 times per week. Four patients were discharged from the hospital prior to surgical repair.
Successful isolation of enteroatmospheric fistulae using a NPWT system has the potential to lower healthcare system costs by allowing for earlier hospital discharge.
背景。以下内容描述了在负压伤口治疗系统(V.A.C.®,KCI,得克萨斯州圣安东尼奥)中成功隔离肠气瘘。
在瘘管周围放置一个不可渗透的管状结构,在周围伤口基底上敷用敷料,用不可渗透的手术单覆盖并施加负压,然后在隔离的瘘管口上放置造口器具。成本分析将传统敷料与负压伤口治疗隔离方法进行了比较。
所有患者均接受了瘘管隔离,肠内容物完全分流。典型的换药每周进行3次。4例患者在手术修复前出院。
使用负压伤口治疗系统成功隔离肠气瘘有可能通过允许患者更早出院来降低医疗系统成本。