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Isolated and combined activity of low concentrations of hydrogen fluoride and sulfur di oxide in a chronic experiment

Aitbaev, T.K. ; Almaniyazova, V.M.; Abylkasymova, A.S.

Gigiena i Sanitariia 5: 6-10

1976

ISSN/ISBN: 0016-9900
Accession: 005760020
Exposure of rats to the combined effect of HF and SO2 decreased body weight, O2 consumption and myoglobin levels in muscles and increased the erythrocyte level in blood. Low and high concentrations of HF and SO2 decreased cytochrome oxidase activity in almost all organs and had a toxic effect on succinate dehydrogenase activity in lung, liver and brain tissue. The combined effect of the 2 gases on most indices was of the summation type. [Application to chemical industry facilities is suggested.].

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Related References

Aĭtbaev, T.K.; Almaniiazova, V.M.; Abylkasymova, A.S. 1976: Isolated and combined effect of small concentrations of hydrogen fluoride and sulfur dioxide under the conditions of chronic experiment Gigiena i Sanitariia 5: 6-10
Aĭtbaev, T.Kh. 1984: Changes in various indicators of lipid metabolism during isolated and combined exposure to hydrogen fluoride, sulfur dioxide and hydrogen sulfide in various concentrations Gigiena Truda i Professional'nye Zabolevaniya (6): 16-19
Anlauf, K.G.; Fellin, P.; Wiebe, H.A. 1982: The nanticoke canada shoreline diffusion experiment june 1978 4. a oxidation of sulfur di oxide in a power plant plume b. ambient concentrations and transport of sulfur di oxide particulate sulfate and nitrate and ozone Atmospheric Environment 16(3): 455-466
Shalamberidze, O.P. 1969: The combined effect of small concentrations of sulfur dioxide and nitric oxide in chronic experiments Gigiena i Sanitariia 34(4): 10-14
Horsman, D.C.; Wellburn, A.R. 1977: Effect of sulfur di oxide polluted air upon enzyme activity in plants originating from areas with different annual mean atmospheric sulfur di oxide concentrations Environmental Pollution 13(1): 33-40
Bojovic, V.; Veselinovic, D.; Markovic, D. 1984: Determination of air concentrations of oxidants sulfur di oxide hydrogen sulfide and hydrogen cyanide Glasnik Khemijskog Drushtva Beograd 49(1): C69, C135
Bialobok, S.; Karolewski, P.; Oleksyn, J. 1980: Sensitivity of scotch pine needles from mother trees and their progenies to the action of sulfur di oxide ozone a mixture of these gases nitrogen di oxide and hydrogen fluoride Arboretum Kornickie 25: 289-304
Boertitz, S.; Ranft, H. 1972: On the susceptibility of lichens and mosses to sulfur di oxide and hydrogen fluoride Biologisches Zentralblatt 91(5): 613-623
Repine, J.E. 1984: Hydrogen per oxide decreases concentrations of di methyl thio urea in perfusates of isolated lungs in a manner which reflects the amount of hydrogen per oxide added and the degree of acute edematous injury American Review Of Respiratory Disease Suppl: A349
Berge, H. 1973: Sulfur di oxide and hydrogen fluoride emissions from the point of view of phyto pathology Mededelingen van de Faculteit Landbouwwetenschappen - Rijksuniversiteit Gent 38(3 Part 2): 1545-1548
Pollanschuetz, J. 1971: The susceptibility of various tree species to sulfur di oxide hydrogen fluoride and magnesite dust pollutions Ten Houten, Jairman . Air Pollution. Proceedings Of The 1st European Congress On The Influence Of Air Pollution On Plants And Animals. Wageningen, The Netherlands. April 22-27, . 415p. Illus. Maps. Centre For Agricultural Publishing And Documentation: Wageningen, The Netherlands. 371-377
Li Z F. 1980: The effects of the harmful gases sulfur di oxide and hydrogen fluoride on plant leaf structure Acta Botanica Sinica 22(3): 232-235
Sharma, H.C.; Rao, D.N. 1983: Effect of sulfur di oxide hydrogen fluoride and their combination on wheat triticum aestivum cultivar k 68 plants Indian Journal of Environmental Health 25(3): 169-174
Laurence, J.A.; Maclean, D.C.; Mandl, R.H.; Schneider, R.E.; Hansen, K.S. 1982: Field tests of a linear gradient system for exposure of row crops to sulfur di oxide and hydrogen fluoride Water Air and Soil Pollution 17(4): 399-408
Mandl, R.H.; Weinstein, L.H.; Dean, M.; Wheeler, M. 1980: The response of sweet corn zea mays cultivar marcross to hydrogen fluoride and sulfur di oxide under field conditions Environmental and Experimental Botany 20(4): 359-366