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Respiratory Care, 2001
Metabolic acidosis occurs in a number of diseases and even certain normal activities such as heavy exercise. It arises from increased endogenous acid production, exogenous acid (or acid-precursor) administration, base losses, and depression of renal acid secretion.
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Metabolic acidosis occurs in a number of diseases and even certain normal activities such as heavy exercise. It arises from increased endogenous acid production, exogenous acid (or acid-precursor) administration, base losses, and depression of renal acid secretion.
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Advances in Kidney Disease and Health
Metabolic acidosis is a common disorder that occurs in a variety of clinical settings. The kidney maintains acid-base homeostasis through the elimination of protons and reabsorption/generation of bicarbonate. Metabolic acidosis develops when these mechanisms are overwhelmed or impaired, in situations such as rapid production of nonvolatile acids ...
Keiko I, Greenberg, Stewart H, Lecker
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Metabolic acidosis is a common disorder that occurs in a variety of clinical settings. The kidney maintains acid-base homeostasis through the elimination of protons and reabsorption/generation of bicarbonate. Metabolic acidosis develops when these mechanisms are overwhelmed or impaired, in situations such as rapid production of nonvolatile acids ...
Keiko I, Greenberg, Stewart H, Lecker
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Phenformin-associated metabolic acidosis
Diabetes, 1976We report 18 consecutive phenformin-treated diabetic patients admitted to this Medical Service acutely ill with metabolic acidosis. Lactic acidosis was anticipated, and documented, in all. Also, however, though most of the patients had only weakly positive, or even negative, serum reactions with the nitroprusside reagent, all were found to have ...
M, Fulop, H D, Hoberman
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Cardiovascular responses to metabolic acidosis
American Journal of Physiology-Legacy Content, 1965The performance of the left ventricle was examined in a feline preparation which allowed precise control of aortic pressure, cardiac output, heart rate, and temperature. The arterial pH, Po2, and Pco2 were continuously measured with a Jewett flow-through electrode assembly.
S E, DOWNING, N S, TALNER, T H, GARDNER
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Archives of Internal Medicine, 1965
METABOLIC ACIDOSIS is a clinical state characterized by an excess of hydrogen ions, the source of which are acids other than carbonic. In diabetic acidosis, the source of the excessive hydrogen ion is ketoacids formed during the process of intermediary metabolism in the absence of insulin. The degree of acidemia, ie, lowering of arterial blood pH, will
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METABOLIC ACIDOSIS is a clinical state characterized by an excess of hydrogen ions, the source of which are acids other than carbonic. In diabetic acidosis, the source of the excessive hydrogen ion is ketoacids formed during the process of intermediary metabolism in the absence of insulin. The degree of acidemia, ie, lowering of arterial blood pH, will
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Veterinary Clinics of North America: Food Animal Practice, 1999
In neonatal calves metabolic acidosis is a common sequela to diarrhea-induced dehydration and endotoxemia in the aftermath of gram-negative bacterial infections. Without treatment, metabolic acidosis is a prime factor in the death of many of these calves.
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In neonatal calves metabolic acidosis is a common sequela to diarrhea-induced dehydration and endotoxemia in the aftermath of gram-negative bacterial infections. Without treatment, metabolic acidosis is a prime factor in the death of many of these calves.
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Metabolic Acidosis Nondiabetic
Archives of Internal Medicine, 1965Introduction METABOLIC acidosis may be defined as an excess of arterial blood hydrogen ion not caused by an increase in carbonic acid. This excess of hydrogen ion can be brought about in two basic ways: Increase in strong acids in the body. This can be endogenous as with the increase in β-OH-butyric acid and acetoacetic acid in starvation ketosis or ...
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Hypophosphatemia and metabolic acidosis.
Minerva anestesiologica, 2005The aim of the paper was to describe an unusual case of non lactic metabolic acidosis connected to hypophosphatemia and refractory to infusion of bicarbonate. A 37 year old man was admitted to Intensive Care Unit with a severe metabolic acidosis. On admission the arterial gas analysis showed non lactic metabolic acidosis (pH 7.17; base excess [BE] -20 ...
PALMESE S, PEZZA M, DE ROBERTIS E
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Lithium and Metabolic Acidosis
Annals of Internal Medicine, 1978Excerpt To the editor: The comprehensive article by Bennett, Plamp, and Porter on "Drug-Related Syndromes in Clinical Nephrology" (1) did not mention that lithium can produce a defect in urinary ac...
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