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首页> 外文期刊>The international journal of artificial organs >In vitro and in vivo evaluation of a new polysulfone membrane for hemodialysis. Reference methodology and clinical results. (Part. 2: in vivo study).
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In vitro and in vivo evaluation of a new polysulfone membrane for hemodialysis. Reference methodology and clinical results. (Part. 2: in vivo study).

机译:用于血液透析的新型聚砜膜的体外和体内评估。参考方法和临床结果。 (第2部分:体内研究)。

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Different high flux membranes have been recently developed. The present study is aimed at describing the technical features and the clinical performances of a new high flux polysulfone membrane (T-sulfone, Toray, Japan). The study has been carried out on two different dialyzers (surface area = 1.3 and 1.8 m2). The filters have been tested in vivo during hemodialysis and hemodiafiltration. The in vivo study was carried out on 12 ESRD patients on regular hemodialysis treatment. The protocol was reviewed and approved by the local ethical committee. The in vivo clearances (K) at 300 ml/min of blood flow are reported in the following Table: [Table in text]. Beta-2-m reduction ratio exceeded 50% in all sessions. Beta-2-m mass balance executed by collection of spent dialysate and elution from the used filters evidenced that removal is obtained mostly by filtration while absorption is negligible. Excellent tolerance and hemocompatibility was observed in all the studied sessions.
机译:最近已经开发了不同的高通量膜。本研究旨在描述新型高通量聚砜膜(T-砜,Toray,日本)的技术特征和临床性能。该研究是在两种不同的透析仪上进行的(表面积分别为1.3和1.8 m2)。过滤器已经在血液透析和血液透析滤过过程中进行了体内测试。体内研究是对12例接受常规血液透析治疗的ESRD患者进行的。该协议已由当地伦理委员会审查和批准。下表报道了血流量为300 ml / min时的体内清除率(K)。在所有环节中,Beta-2-m减少率均超过50%。通过收集废透析液并从用过的过滤器中洗脱出来的β-2-m质量平衡证明,去除主要是通过过滤而吸收却可以忽略不计。在所有研究阶段均观察到极好的耐受性和血液相容性。

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