A traditional dialyser USES around 120 litres of water to clean an individual's blood.
传统的透析方法要用将近120升水来清除一个人的血液。
The present invention relates to the technology field of dialyser (artificial kidney).
透析器复用装置，本发明涉及透析器（人工肾）技术领域。
This paper describes dialyser and the methods of improving bio-compatibility of dialyser.
本文就主要对血液透析器以及改善其生物相容性的方法进行论述。
This article introduces the principles, composition and main functions of an automatic dialyser reuse device by microcomputer.
介绍采用单片机控制的自动透析器复用机的工作原理，仪器构成及主要功能。
To study a new method in non-heparin dialysis, which could improve the dialysis effect and reduce the incidence of coagulation in dialyser.
目的探索一种无肝素透析的新方法，以改善无肝素透析的效果和降低透析器凝血发生率。
This automatic dialyser reuse operation devices is able to replace the manual operation completely and enhances the reuse operation performance.
该复用机完全实现了代替人工劳动对透析器的处理，提高了功效。
Indeed, at a recent demonstration in London, one patient was able to dance while wearing the dialyser-for joy, presumably, at no longer having to go to hospital so often.
事实上，在近期于伦敦进行的一次展示活动中，一位患者能戴着透析机起舞——这估计是缘于不必继续如此频繁前往医院所带来的快乐吧。
Indeed, at a recent demonstration in London, one patient was able to dance while wearing the dialyser-for joy, presumably, at no longer having to go to hospital so often.
事实上，在近期于伦敦进行的一次展示活动中，一位患者能戴着透析机起舞——这估计是缘于不必继续如此频繁前往医院所带来的快乐吧。
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