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21 results on '"G. Plötner"'

9. [Quantitative determination of CO2-resorption from thermo-indifferent carbon dioxide mineral-water baths through human skin]

Author

G, Hübner, I, Maass, H, Birkenfeld, C, Epperlein, G, Plötner, and H, Jordan

Subjects
Adult, Male, Balneology, Skin Absorption, Humans, Carbon Dioxide, Middle Aged, Mineral Waters, Mass Spectrometry
Abstract

By means of mass spectrometric precision analysis of the natural variation of the 12C/13 relation in carbon dioxide of different provenience we contrive to pursue quantitatively the penetration of CO2 from the water of natural containing carbonic acid mineral baths (mineral springs Bad Elster) into the human body (skin--blood--expiratory air). First experiments confirm that in a bath of 21 or 20 minutes duration must be reckoned with a quantity of approximately equal to 24 ml . min-1 . m-2 of resorbed carbon dioxide and that the size of the basic metabolic rate of the bathing patient as well as the CO2 concentration of the bath water have an influence on the resorption process as well as on the measurement. On the other hand, the unspecific effect of the bath activating metabolism itself does not lead to a simulation of increased resorption rates. The borderline value for the penetration of CO2 through the skin seems to be 1.0 g . 1-1, i.e. within the region of the alkali reserve of the blood. The examinations are carried on.

Published
1982

15. [Quantitative determination of CO2-resorption from thermo-indifferent carbon dioxide mineral-water baths through human skin].

Author

Hübner G, Maass I, Birkenfeld H, Epperlein C, Plötner G, and Jordan H

Subjects
Adult, Humans, Male, Mass Spectrometry, Middle Aged, Balneology, Carbon Dioxide metabolism, Mineral Waters, Skin Absorption
Abstract

By means of mass spectrometric precision analysis of the natural variation of the 12C/13 relation in carbon dioxide of different provenience we contrive to pursue quantitatively the penetration of CO2 from the water of natural containing carbonic acid mineral baths (mineral springs Bad Elster) into the human body (skin--blood--expiratory air). First experiments confirm that in a bath of 21 or 20 minutes duration must be reckoned with a quantity of approximately equal to 24 ml . min-1 . m-2 of resorbed carbon dioxide and that the size of the basic metabolic rate of the bathing patient as well as the CO2 concentration of the bath water have an influence on the resorption process as well as on the measurement. On the other hand, the unspecific effect of the bath activating metabolism itself does not lead to a simulation of increased resorption rates. The borderline value for the penetration of CO2 through the skin seems to be 1.0 g . 1-1, i.e. within the region of the alkali reserve of the blood. The examinations are carried on.

Published
1982

17. [Lowering of 5-hydroxyindoleacetic acid excretion through nitroglycerin].

Author

Reinhold D and Plötner G

Subjects
Aged, Coronary Disease drug therapy, Humans, Middle Aged, Myocardial Infarction drug therapy, Nitroglycerin therapeutic use, Serotonin administration & dosage, Serotonin metabolism, Hydroxyindoleacetic Acid urine, Nitroglycerin pharmacology
Published
1967

19. [Cytological and biochemical changes in the synovial fluid following varicocid administration].

Author

Kästner P, Plötner G, and Peter A

Subjects
Acid Phosphatase analysis, Arthritis, Rheumatoid drug therapy, Fatty Acids, Fructose-Bisphosphate Aldolase analysis, Humans, Hydrarthrosis, Hydrogen-Ion Concentration, Injections, Intra-Arterial, Knee, L-Lactate Dehydrogenase analysis, Leukocytes, Lymphocytes, Monocytes, Muramidase analysis, Synovial Fluid analysis, Synovial Fluid cytology, Synovial Fluid enzymology, Time Factors, Synovial Fluid drug effects
Published
1973

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