Explore The Quantitative Effects Of A Milk Diet on Carbohydrate Metabolism In The Neonate
CONTENTS
| Chapter I. History of Research On Lactate Metabolism |
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A. Synthesis of Lactic Acid By Living Organisms |
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1. |
Discovery |
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2. |
Chemical Precursors |
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3. |
Localization of Lactic Acid Synthesis |
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B. Utilization of Lactic Acid By Living Organisms |
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1. |
Clearance From Blood |
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2. |
Conversion of Lactate to Glucose By the Liver |
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3. |
Conservation of Glucose, The Cori Cycle |
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| Chapter II. Turnover of Plasma Lactate and Its Conversion to Glucose and Alanine, In Vivo |
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1. |
Preparation of Plasma Filtrates |
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2. |
Purification of Glucose and Lactate From Plasma Filtrate |
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3. |
Determination of Specific Activity of Plasma Glucose and Lactate |
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4. |
Turnover of Plasma Lactate |
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5. |
Plasma Glucose Turnover and Gluconeogenic Rate From Lactate |
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| Chapter III. Multicompartmental Model of Lactate and Glucose Metabolism In Brain and Non-Brain Compartments of the 18 Day Old Suckling Rat |
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1. |
Preparation and Extraction of Frozen Brain Sample |
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2. |
Purification of Glucose and Lactate From Rat Brain |
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3. |
Determination of Specific Activity of Brain Lactate and Glucose |
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4. |
Measurement of Free Glucose Pool In Brain |
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5. |
Measurement of Poolsize of Lactic Acid In Brain |
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6. |
Measurement of Body Lactate and Body Glucose Pool Sizes |
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7. |
Description of the Model |
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8. |
Assumptions and Simplifications of the Mode |
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9. |
Initial Conditions |
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10. |
Description of the Program |
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11. |
Weighting |
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12. |
Appropriate Exposure Time for Microwave Irradiation of Rat Brain |
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13. |
Computer Output |
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14. |
Reactions of the Model, Parameter Values and Fluxes |
