二年持续动静脉血液滤过治疗急性肾功能衰竭的临床经验。

D T Domoto
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引用次数: 0

摘要

血液滤过器凝血是滤过器失效最常见的单一原因。尽管血液动力学和抗凝参数是可以接受的,但这些过滤器经常会凝结。60%最终凝结的过滤器从未过滤超过200毫升/小时。根据我们的经验,在常规临床使用中,500毫升/小时至1000毫升/小时以上的最大超滤速率很少实现。最后,进入下肢的滤过器数量不成比例地凝结或停止进行后续透析。因此,我们的结论是,如果可能的话,应避免下肢通路。此外,为了防止凝血,除了维持足够的抗凝和心输出量外,还应寻求最大的超滤率。为了达到最大的超滤率,良好的血管通道是首要的。此外,可能需要真空系统,并且可能常规使用以获得接近500ml /hr的过滤速率。这些高滤过率也将减少对血液透析的需求,这是过滤器停止使用的第二大常见原因。
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Two years clinical experience with continuous arteriovenous hemofiltration in acute renal failure.

Clotting of hemofilters is the most frequent single cause of filter failure. These filters frequently clot in spite of acceptable hemodynamic and anticoagulation parameters. Sixty percent of filters which eventually clotted never filtered above 200 ml/hr. In our experience maximum ultrafiltration rates of 500 ml/hr to over 1000 ml/hr are rarely achieved in routine clinical usage. Finally, a disproportionate number of filters accessed to the lower leg either clotted or were discontinued for subsequent dialysis. Thus, we conclude that lower leg accesses should be avoided if possible. Further, to prevent clotting, in addition to maintaining adequate anticoagulation and cardiac output, maximum ultrafiltration rates should be sought. To achieve maximum ultrafiltration rates, a good vascular access is primary. Also, a vacuum system may be needed and perhaps routinely used to obtain filtration rates near 500 ml/hr. These high filtration rates will also reduce the need for hemodialysis, the second most common reason for filter discontinuation.

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