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首页> 外文期刊>Nephrology, dialysis, transplantation: official publication of the European Dialysis and Transplant Association - European Renal Association >The effect of sodium profiling and feedback technologies on plasma conductivity and ionic mass balance: a study in hypotension-prone dialysis patients.
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The effect of sodium profiling and feedback technologies on plasma conductivity and ionic mass balance: a study in hypotension-prone dialysis patients.

机译:钠谱分析和反馈技术对血浆电导率和离子质量平衡的影响:低血压倾向性透析患者的一项研究。

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BACKGROUND: Sodium profiling improves haemodynamic tolerance in haemodialysis (HD) patients but may also influence sodium homeostasis. Changes in blood volume and plasma conductivity (PC) during HD can be modelled by feedback technology, but their effects on sodium homeostasis are not widely studied. METHODS: This randomized crossover study compared PC and ionic mass balance (IMB) as surrogate markers of sodium balance between standard HD [dialysate conductivity (DC) 14.0 mS/cm], sodium profiling (DC 15.0-->14.0 mS/cm), blood volume (BV)-controlled and PC-controlled feedback (target: post-HD PC: 14.0 mS/cm) in 10 HD patients with frequent hypotension. RESULTS: 440 treatments were studied. Pre-dialytic PC was significantly higher during SP (14.4+/-0.2 mS/cm) compared to standard HD (14.2+/-0.3 mS/cm), and was not different between the other manoeuvres: PC-controlled (14.1+/-0.3 mS/cm), and BV-controlled feedback (14.2+/-0.2 mS/cm). Except for the first treatment, during which IMB was lower during the sodium profile, IMB did not differ significantly between the various manoeuvres and was strongly dependent upon ultrafiltration volume and the difference between pre-dialytic PC and DC. Symptomatic hypotensive episodes occurred least frequently during BV-controlled feedback (8%) compared to the other manoeuvres (standard HD, 16%; sodium profile, 14%; PC-controlled feedback, 17%), but differences were not significant. Inter-dialytic weight gain and pre-dialytic systolic blood pressure did not differ. CONCLUSIONS: Pre-dialytic PC increased during the sodium profile, and did not differ between BV- or PC-controlled feedback compared to standard HD. Thus, it appears that both BV- and PC-controlled feedback can be safely prescribed without substantial salt- and water-loading, at least in the short term. Analysis of IMB is useful to assess differences in sodium balance between single treatment sessions but appears of less value in a steady-state situation.
机译:背景:钠谱分析可改善血液透析(HD)患者的血流动力学耐受性,但也可能影响钠稳态。可以通过反馈技术来模拟HD期间血容量和血浆电导率(PC)的变化,但是对钠稳态的影响尚未广泛研究。方法:这项随机交叉研究比较了PC和离子质量平衡(IMB)作为标准HD [透析液电导率(DC)14.0 mS / cm],钠分布曲线(DC 15.0-> 14.0 mS / cm)之间钠平衡的替代标志, 10位频繁发生低血压的HD患者的血容量(BV)控制和PC控制的反馈(目标:HD后PC:14.0 mS / cm)。结果:研究了440种治疗方法。与标准HD(14.2 +/- 0.3 mS / cm)相比,SP前透析前的PC(14.4 +/- 0.2 mS / cm)显着更高,并且其他操作之间没有差异:PC控制(14.1 + / -0.3 mS / cm)和BV控制的反馈(14.2 +/- 0.2 mS / cm)。除了第一次治疗(在钠过程中IMB较低)外,IMB在各种操作之间没有显着差异,并且强烈取决于超滤量以及透析前PC和DC之间的差异。与其他操作(标准HD,16%;钠谱,14%; PC控制反馈,17%)相比,BV控制反馈(8%)中症状性低血压发作最少发生。透析间体重增加和透析前收缩期血压无差异。结论:透析前的PC在钠​​曲线期间增加,与标准HD相比,BV或PC控制的反馈之间没有差异。因此,至少在短期内,似乎可以安全地规定BV和PC控制的反馈而无需大量的盐和水。对IMB的分析可用于评估单次治疗之间钠平衡的差异,但在稳态下显得价值较小。

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