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首页> 外文会议>5th Kuala Lumpur international conference on biomedical engineering 2011 >Study of the Optimal Circuit Using Simultaneous Apheresis with Hemodialysis
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Study of the Optimal Circuit Using Simultaneous Apheresis with Hemodialysis

机译：血液透析同时置换的最佳回路研究

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Patients with end-stage renal failure receive hemodialysis treatment. Some patients receiving the treatments need apheresis according to their co-existing diseases. The simultaneous application for the combination of plas-mapheresis with hemodialysis has been reported. However, this procedure is complicated and sometimes has the risk of iatrogenic accident, so manufacturers do not recommend the combination because of the product liability law. On the other hand, this combination has a lot of benefit such as saving time for not only the patients but also health care givers. The simultaneous treatment will be widely applied for patients if the safety and validation is established and simpler procedures are provided. We developed a new circuit for the simultaneous treatment in this study. The pressure and flow volume were determined while the fluid viscosity was altered. The new circuit proved to decrease the priming volume by 40%. The pressures and flow volumes resulted in ranging within the safe and validated levels. This developed circuit will promise the safety and simplicity for patients and health care providers.
机译：终末期肾衰竭患者接受血液透析治疗。一些接受治疗的患者根据其并存疾病需要进行血液采血。已经报道了血浆置换与血液透析的同时应用。但是，此过程很复杂，有时会出现医源性事故的风险，因此，由于产品责任法，制造商不建议组合使用。另一方面，这种组合具有很多好处，例如不仅可以为患者节省时间，而且可以节省卫生保健提供者的时间。如果建立了安全性和有效性并提供了更简单的程序，则同时治疗将广泛应用于患者。在这项研究中，我们开发了一种用于同时治疗的新电路。在改变流体粘度的同时确定压力和流量。事实证明，新电路可将灌注量减少40％。压力和流量导致范围在安全和经过验证的范围内。这种发达的电路将为患者和医疗保健提供者提供安全性和简便性。

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