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A simplified bedside approach to acid-bases fluid physiology utilizing classical and physlcochemical approaches

机译:利用经典方法和物理化学方法对酸碱流体生理进行简化的床旁方法

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摘要

The quantitative physicochemical model of human acid—base physiology filled a void that had developed between clinical acid—base analysis and general fluid physiology. Established approaches centred on the Henderson-Hasselbach (HH) equation allow a satisfactory exploration of respiratory perturbations but do not fully elucidate mechanisms of common non-respiratory 'metabolic' components. Though useful at the bedside, commonly used 'rules of thumb' that classify disturbances based on quantification of bicarbonate relative to CO2 have also fostered a language that often misrepresents bicarbonate physiology.The physicochemical model is frequently perceived as too complex for bedside use, however a set of simplified screening questions based on Stewart's model can be utilized to aid acid-base interpretation. Examples using this approach are included in an online appendix. Emphasis is placed on understanding the consequences of hypoalbuminaemia, volume, tonicity and chloride derangements as these are common in the care of intensive care unit patients. Aetiologies of acid-base disturbances are well described elsewhere and are not repeated here.
机译:人类酸碱生理学的定量物理化学模型填补了在临床酸碱分析与一般流体生理学之间发展起来的空白。以Henderson-Hasselbach(HH)方程为中心的既定方法可以令人满意地探究呼吸系统的扰动,但不能完全阐明常见的非呼吸“代谢”成分的机制。尽管在床边有用,但常用的``经验法则''根据碳酸氢根相对于二氧化碳的定量来对干扰进行分类,这也促进了一种常误解碳酸氢盐生理学的语言。理化模型通常被认为对于床边使用而言过于复杂。基于Stewart模型的一组简化筛选问题可用于辅助酸碱解释。在线附录中包含使用此方法的示例。重点放在了解低白蛋白血症,容量,张度和氯化物紊乱的后果上,因为这些在重症监护病房的患者中很常见。酸碱紊乱的病因在其他地方已有很好的描述,在此不再赘述。

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