Biochemical Approach of Acid-Base Disturbances

Alejandro Nitsch Prado
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Abstract

Background: The current paradigms in arterial blood gas analysis are based on mathematical or physicochemical models that require complex algorithms for interpretation. This leads to avoidance or dislike from health care professionals. Purpose: To formulate a new approach to the analysis and classification of acid base disturbances. Methodology: we conducted a systematic review of the related literature and a paradigm shift for data interpretation. Results: Acid-base disorders can be grouped and managed according to the underlying biochemical processes. Conclusions: This proposal represents a new classification, which groups acid base disorders according to the underlying causal biochemical process. Disorders with an elevated anion gap relate to alterations in cellular respiration (energy/ATP production)- All disturbances with  normal anion gap relate to transmembrane ion exchange.
酸碱干扰的生化方法
背景:目前动脉血气分析的范式是基于数学或物理化学模型,需要复杂的算法来解释。这导致医护人员回避或不喜欢。目的:建立一种分析和分类酸碱干扰的新方法。方法:我们对相关文献进行了系统回顾,并对数据解释进行了范式转换。结果:酸碱失调可根据潜在的生化过程进行分组和处理。结论:这一建议代表了一种新的分类,根据潜在的因果生化过程对酸碱失调进行分组。阴离子间隙升高的疾病与细胞呼吸(能量/ATP产生)的改变有关-正常阴离子间隙的所有干扰都与跨膜离子交换有关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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