The ABC of Acid-Base Chemistry
The Elements of Physiological Blood-Gas Chemistry for Medical Students and Physicians
6th edition, revised
132 pages
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0.00 x 0.00
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© 1947, 1949, 1950, 1958, 1969, 1974
- Contents
Table of Contents
Contents
Preface
1 What Happens in Blood
1.1 The Partial Pressure of a Gas
1.2 Composition of Alveolar Air
1.3 Carriage of Oxygen in the Blood
1.4 Carriage of Oxygen in the Blood by Physical Solution
1.5 Carriage of Oxygen in the Blood by Hemoglobin
1.6 The pH Scale
1.7 Buffer Action
1.8 Hemoglobin as a Buffer: The Titration Curve of Oxyhemoglobin
1.9 The Direct Combination of Carbon Dioxide with Hemoglobin: Carbamino Compounds
1.10 Hemoglobin as a Buffer: The Effect of Reduction
1.11 Carriage of Carbon Dioxide in the Blood: Qualitative Aspects
1.12 Carriage of Carbon Dioxide in the Blood: Quantitative Aspects
1.13 Fundamental Equations
1.14 Calculation of the Partition of Carbon Dioxide in Plasma
1.15 Calculation of the Partition of Carbon Dioxide in Whole Blood
1.16 The pH-Bicarbonate Diagram
1. f7 The Buffer Value of Separated Plasma and of Oxygenated Whole Blood
2 What Happens in a Person
2.1 The Slope of the Normal Buffer Line in Vitro and in Vivo
2.2 The Buffer Line of Reduced Blood and the Concept of Base Excess or Deficit
2.3 Estimation of Base Excess or Deficit
2.4 Normal Acid-Base Paths without Compensation
2.5 Normal Ranges
2.6 Chemical Regulation of Respiration
2.7 Respiratory Compensation for Metabolic Alkalosis or Acidosis
2.8 Renal Processes Responding to Acid-Base Changes
2.9 Renal Responses to Metabolic Alkalosis and Acidosis
2.10 Renal Compensation for Respiratory Alkalosis or Acidosis
2.11 Identification of Acid-Base Status
2.12 Clinical Example: Metabolic Acidosis
2.13 Clinical Example: Respiratory Alkalosis
3 Other Ways of Looking at the Problem
3.1 The pH-Log Pco2 Diagram
3.2 Determination of Acid-Base Status of Blood by Equilibration with Gas Mixtures of Known Pco2
3.3 Quantitation of the Metabolic Component: The Carbon Dioxide Combining Power
3.4 Quantitation of the Metabolic Component: Standard Bicarbonate
3.5 Quantitation of the Metabolic Component: The Base Excess Scale
Bibliography
1 What Happens in Blood
1.1 The Partial Pressure of a Gas
1.2 Composition of Alveolar Air
1.3 Carriage of Oxygen in the Blood
1.4 Carriage of Oxygen in the Blood by Physical Solution
1.5 Carriage of Oxygen in the Blood by Hemoglobin
1.6 The pH Scale
1.7 Buffer Action
1.8 Hemoglobin as a Buffer: The Titration Curve of Oxyhemoglobin
1.9 The Direct Combination of Carbon Dioxide with Hemoglobin: Carbamino Compounds
1.10 Hemoglobin as a Buffer: The Effect of Reduction
1.11 Carriage of Carbon Dioxide in the Blood: Qualitative Aspects
1.12 Carriage of Carbon Dioxide in the Blood: Quantitative Aspects
1.13 Fundamental Equations
1.14 Calculation of the Partition of Carbon Dioxide in Plasma
1.15 Calculation of the Partition of Carbon Dioxide in Whole Blood
1.16 The pH-Bicarbonate Diagram
1. f7 The Buffer Value of Separated Plasma and of Oxygenated Whole Blood
2 What Happens in a Person
2.1 The Slope of the Normal Buffer Line in Vitro and in Vivo
2.2 The Buffer Line of Reduced Blood and the Concept of Base Excess or Deficit
2.3 Estimation of Base Excess or Deficit
2.4 Normal Acid-Base Paths without Compensation
2.5 Normal Ranges
2.6 Chemical Regulation of Respiration
2.7 Respiratory Compensation for Metabolic Alkalosis or Acidosis
2.8 Renal Processes Responding to Acid-Base Changes
2.9 Renal Responses to Metabolic Alkalosis and Acidosis
2.10 Renal Compensation for Respiratory Alkalosis or Acidosis
2.11 Identification of Acid-Base Status
2.12 Clinical Example: Metabolic Acidosis
2.13 Clinical Example: Respiratory Alkalosis
3 Other Ways of Looking at the Problem
3.1 The pH-Log Pco2 Diagram
3.2 Determination of Acid-Base Status of Blood by Equilibration with Gas Mixtures of Known Pco2
3.3 Quantitation of the Metabolic Component: The Carbon Dioxide Combining Power
3.4 Quantitation of the Metabolic Component: Standard Bicarbonate
3.5 Quantitation of the Metabolic Component: The Base Excess Scale
Bibliography
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