We have carried out balance studies in normal dogs in order to appraise the effects of chronic hypoxemia on acid—base and electrolyte equilibrium. During the first phase of observation we produced a state of “pure” hypoxemia by reducing the oxygen concentration (utilizing nitrogen as a diluent) and by adding carbon dioxide to the environment in a concentration sufficient to keep arterial CO2 tension (PCO2) within normal limits. The data demonstrate that such a 9-day period of normocapneic hypoxemia has no effect on electrolyte excretion and is virtually without effect on plasma composition.
Daniel G. Sapir, David Z. Levine, William B. Schwartz
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Secondary Response to Chronic Respiratory Acidosis in Humans: A Prospective Study
SB González, G Menga, GA Raimondi, H Tighiouart, HJ Adrogué, NE Madias |
Kidney International Reports | 2018 |
Comprehensive Physiology
SN Cheuvront, RW Kenefick |
Comprehensive Physiology | 2014 |
Fluid, Electrolyte, and Acid-Base Disorders in Small Animal Practice
SP DiBartola, HA de Morais |
Fluid, Electrolyte, and Acid-Base Disorders in Small Animal Practice | 2012 |
Disorders of Potassium: Hypokalemia and Hyperkalemia
SP DiBartola, HA de Morais |
Fluid Electrolyte and Acid-Base Disorders in Small Animal Practice | 2006 |
Acid-Base Disorders and Their Treatment
L Hamm |
Acid-Base Disorders and Their Treatment | 2005 |
Delivery dependence of early proximal bicarbonate reabsorption in the rat in respiratory acidosis and alkalosis
RN Santella, DA Maddox, FJ Gennari |
Journal of Clinical Investigation | 1991 |
Mechanisms of adaptation to chronic respiratory acidosis in the rabbit proximal tubule
R Krapf |
Journal of Clinical Investigation | 1989 |
Acid-Base and Electrolyte Imbalance in Respiratory Failure
GL Ackerman, JA Arruda |
Medical Clinics of North America | 1983 |
Abnormal renal function in the newborn infant
SS Daniel, LS James |
The Journal of Pediatrics | 1976 |
Principles of Applied Clinical Chemistry Chemical Background and Medical Applications
S Natelson, EA Natelson |
1975 | |
Carbon Dioxide and Metabolic Regulations
G Nahas, KE Schaefer |
1974 | |
The nature of the renal adaptation to chronic hypocapnia
FJ Gennari, MB Goldstein, WB Schwartz |
Journal of Clinical Investigation | 1972 |
Physiologic Consequences and Bodily Adaptations to Hyper- and Hypocapnia
A Rastegar, SO Thier |
Chest | 1972 |
The Effect of Arterial Hypoxemia upon Acid-Base Parameters in Arterial Blood and Cisternal Gerebrospinal Fluid of the Rat
V MacMillan, BK Siesjö |
Acta Physiologica Scandinavica | 1971 |
Respiratory-renal adjustments in chronic hypercapnia in man
RM Goldring, GM Turino, HO Heinemann |
The American Journal of Medicine | 1971 |
Water, electrolytes and acid-base relationships in chronic cor pulmonale
GM Turino, RM Goldring, HO Heinemann |
Progress in Cardiovascular Diseases | 1970 |
Computer evaluation of acid-base disorders
HL Bleich |
Journal of Clinical Investigation | 1969 |
Acid-Base Response to Chronic Hypercapnia in Man
NC Brackett, CF Wingo, O Muren, JT Solano |
New England Journal of Medicine | 1969 |
Renal Function during Prolonged Exposure to Hypoxia and Carbon Monoxide: II. Electrolyte Handling
HG Pauli, B Truniger, JK Larsen, RO Mulhausen |
Scandinavian Journal of Clinical & Laboratory Investigation | 1968 |