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Metabolic acid-base disorders

机译:代谢酸基础疾病

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摘要

Acid-base homeostasis is an important determinant of many physiologic functions. Nowhere is understanding the mechanisms and significance of hydrogen ion (H+) imbalance more important than in critical care management, where patients are threatened with a physiochemical disorder that is often as complex as it is dangerous. Although there may be contentious issues yet unresolved concerning acid-base homeostasis, the incontrovertible fact is that the body at least seems to defend H+ balance as vigorously as it does oxygen transport or perfusion pressure. Equally, there seems to be an important and predictable relation between this balance and other physiochemical variables such as concentrations of other ionic species, carbon dioxide, and plasma proteins. The prudent clinician strives to understand whether or not and how acid-base imbalances are affecting his or her patient and what to do about it.
机译:酸碱稳态是许多生理功能的重要决定因素。在重症监护管理中,了解氢离子(H +)失衡的机理和重要性比在重症监护管理中要重要得多,在重症监护管理中,患者面临着通常既复杂又危险的物理化学疾病的威胁。尽管可能存在关于酸碱稳态的有争议的问题,但无可辩驳的事实是,身体至少似乎像氧气输送或灌注压力一样,在捍卫H +平衡方面发挥了积极作用。同样,这种平衡与其他物理化学变量(例如其他离子物种,二氧化碳和血浆蛋白的浓度)之间似乎存在重要且可预测的关系。审慎的临床医生努力了解酸碱失衡是否以及如何影响他或她的患者以及如何处理。

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