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Blood-gas analysis and the assessment of acid-base status.

Keyes Jl

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Abstract

In this article the more common kinds of acid-base disorders have been discussed. To accurately assess the kind of acid-base disturbance found in a patient, the clinician must know the arterial pH, PaCO2, and the [HCO-3] in arterial blood. Acid-base disturbances are associated with fluid and electrolyte disturbances. Potassium balance is often upset in acid-base disturbances. Accurate determination of K+ balance requires serial or repeated determinations of plasma K+ concentration as well as careful clinical monitoring.

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What this paper is about

In this article the more common kinds of acid-base disorders have been discussed. To accurately assess the kind of acid-base disturbance found in a patient, the clinician must know the arterial pH, PaCO2, and the [HCO-3] in arterial blood. Acid-base disturbances are associated with fluid and electrolyte disturbances. Potassium balance is often upset in acid-base disturbances. Accurate determination of K+ balance requires serial or repeated determinations of plasma K+ concentration as well as careful clinical monitoring.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this article the more common kinds of acid-base disorders have been discussed. To accurately assess the kind of acid-base disturbance found in a patient, the clinician must know the arterial pH, PaCO2, and the [HCO-3] in arterial blood. Acid-base disturbances are associated with fluid and electrolyte disturbances. Potassium balance is often upset in acid-base disturbances. Accurate determination of K+ balance requires serial or repeated determinations of plasma K+ concentration as well as careful clinical monitoring.

Key concepts: Acid–base homeostasis, Medicine, Arterial blood gas analysis, Acid–base imbalance, Base (topology), Arterial blood, Blood gas analysis, Potassium

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