Contribution to the clarification of the cause of cesium-137 concentrations in organisms
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Cesium↗
Biomedical subjects
K PFLEGER
Publications and source records attributed to K PFLEGER.
[On the problem of the cause of increased erythrocyte disintegration following phenacetin].
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Erythrocytes↗
[On the problem of the relation of phosphorus passage through the erythrocyte membrane to metabolism].
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Biochemical Phenomena↗
[Sulfate uptake by Ciona intestinalis L. and its modification by vanadium].
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Animals↗
[Uptake and distribution of vanadium by the tunicate Ciona intestinalis L].
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Animals↗
[Comparative toxicological research on some antineuralgics with Cr-51-labelled erythrocytes].
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Analgesics↗
[Uptake and distribution of vanadium in the tunicate Phallusia mamillata Cuvier. (Research on hemovanadium. V.)].
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Animals↗
[Sulfate uptake in Phallusia mamillata Cuvier. Distribution and fate of sulfate and amino acid sulfur in the blood. (Research on hemovanadium. VI.)].
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Amino Acids↗
Experimental examination of the hypothesis of coupling between the sodium and potassium pump in erythrocytes.
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Anions↗
The effect of g-strophanthin on potassium and sodium movements in human and rat erythrocytes.
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Animals↗
[The effect of turpentine abscess on enteral iron resorption and distribution].
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Abscess↗
[Phosphate penetration of isolated intestine under the influence of dinitrophenol and thyroxin].
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Dinitrophenols↗
[Dependence of uptake and release of inorganic phosphate by erythrocytes on pH].
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Erythrocytes↗
[The significance of lactate accumulation for glucose absorption].
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Carbohydrate Metabolism↗
[Relationship between phosphate passage and glucose absorption].
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Biochemical Phenomena↗
[Reactivation of glucose absorption].
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Carbohydrate Metabolism↗
[Dependence of metabolism on temperature in the isolated intestine].
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Intestines↗
[Glucose & phosphate absorption in the isolated intestine].
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Carbohydrate Metabolism↗