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B. Kramer (1920)
DIRECT QUANTITATIVE DETERMINATION OF POTASSIUM AND SODIUM IN SMALL QUANTITIES OF BLOODJournal of Biological Chemistry, 41
B. Kramer, F. Tisdall (1921)
A SIMPLE TECHNIQUE FOR THE DETERMINATION OF CALCIUM AND MAGNESIUM IN SMALL AMOUNTS OF SERUMJournal of Biological Chemistry, 47
L. Henderson, W. Palmer (1914)
ON THE SEVERAL FACTORS OF ACID EXCRETIONJournal of Biological Chemistry, 17
V. Myers, J. Short (1920)
THE ESTIMATION OF CHLORIDES IN BLOODJournal of Biological Chemistry, 44
O. Folin, A. Macallum (1912)
On the Determination of Ammonia in UrineThe American Journal of the Medical Sciences, 144
D. Slyke (1917)
STUDIES OF ACIDOSIS II. A METHOD FOR THE DETERMINATION OF CARBON DIOXIDE AND CARBONATES IN SOLUTIONJournal of Biological Chemistry, 30
It has for sometime been a matter of observation in this clinic, and no doubt elsewhere, that infants receiving calcium chlorid for relief of the symptoms of tetany will occasionally develop hyperpnea. In these instances a marked lowering of the plasma bicarbonate may be demonstrated. It is possible to explain an acid effect from the ingestion of calcium chlorid by assuming a more complete absorption of the chlorid ion (Cl-) than of the calcium ion (Ca + +) from the gastro-intestinal tract. The probability that a large part of the calcium will form insoluble phosphates and soaps, and, in consequence, escape absorption affords ground for this surmise. If this is the case the uncovered chlorid ion must be provided before absorption with other base derived from the carbonates and dibasic phosphates of the food. The effect on acid-base metabolism of an excess of the chlorid ion over the calcium ion absorbed should
American journal of diseases of children – American Medical Association
Published: Jun 1, 1923
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