医学
利尿
自由水间隙
病危
尿素
自由水
低钠血症
高钠血症
肾功能
重症监护医学
水电解质平衡
内科学
泌尿科
内分泌学
钠
生物化学
化学
环境工程
环境科学
有机化学
作者
Gregor Lindner,Christoph Schwarz,Georg‐Christian Funk
摘要
Background.Hypernatraemia is common in critically ill patients and has been shown to be an independent predictor of mortality. Osmotic urea diuresis can cause hypernatraemia due to significant water losses but is often not diagnosed. Free water clearance (FWC) and electrolyte free water clearance (EFWC) were proposed to quantify renal water handling. We aimed to (i) identify patients with hypernatraemia due to osmotic urea diuresis and (ii) investigate whether FWC and EFWC are helpful in identifying renal loss of free water.
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