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The Effect of Certain Drugs, Toxic Substances and Microorganisms on the Fragility of the Red Blood Corpuscles of Man and Animals

Published online by Cambridge University Press:  15 May 2009

W. W. C. Topley
W. W. C. Topley
Affiliation:
(From the Laboratories of Charing Cross and St Thomas's Hospitals1.)
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Among the properties of the red blood corpuscles, that have from time to time been investigated, the resistance of this type of cell to the destructive action of various lytic agents occupies a place of some importance. Very many substances have been studied from this point of view, and no useful purpose would be served by enumerating them here; but it should be noted in passing that, as regards the great majority of them, we have no evidence that they play any part in blood destruction as it occurs “in vivo” under either physiological or pathological conditions.

Information

Type
Research Article
Information
Journal of Hygiene , Volume 13 , Issue 2 , July 1913 , pp. 191 - 236
Copyright
Copyright © Cambridge University Press 1913

References

REFERENCES

Bianchi-Mariotti, (1894). Wirkung der löslichen Produkte der Micro-organismen auf die Isotonie und den Hämoglobingehalt des Blutes. Wien. med. Presse, XXXV, 1339.Google Scholar
Butler, (1913). The Fragility of the Red Blood Corpuscles. Quart. Journ. Med. VI. 145.Google Scholar
Cade, (1908). Une famille ď;ictériques. Choleémie familiale et ictères hémolytiques. Bull. et Mem. Soc. Méd. d. Hôp. de Paris, iiie Ser. XXVI. 421.Google Scholar
Chalier, (1910). Les ictères hémolytiques. Press Med. Paris, XVIII. 454.Google Scholar
Chauffard, (1907). Pathogènie de ľictère cougenital de ľadulte. Semaine Méd., Paris XXVII. 25.Google Scholar
Chauffard, (1908). Contribution à ľpétude de la résistance globulaire au cours de ľictère. Semaine Méd., Paris XXVIII. 49.Google Scholar
Christophers, and Bentley, (1908). Blackwater Fever. Scientific Memoris of Gov. of India,. 35.Google Scholar
Cornwall, (1912). On the mean Lytic Point of Red Blood Corpuscles and the apparent Tonicity of Sheep's Serum. Journ. of Hygiene, XII. 245.CrossRefGoogle Scholar
Donders quoted by von Limbesck q.v.Google Scholar
Dudgeon, and Wilson, (1909). On the presence of Haemagglutinins, Haemopsonins and Haemolysins in the Blood obtained from Infections and Non-inflectious Diseases in Man. 3rd Report. Proc. Roy. Soc. B. LXXXII. 67.Google Scholar
Foix, et Salin, (1912). De l'h´moglobinurie globulaire expèrimentale. Arch. de Méd. Expér. et. ďAnat. Path. XXV. 305.Google Scholar
Le Gendre, et Brulé, (1909). Deux observations ďictères h´molytiques, ľun congénital, ľautre acquis. Bull. et. Mem. Soc. Méd. d. Hôp. de paris, iii3 Ser. XXVII. 112.Google Scholar
Gunn, (1908). An Action of Arsenic on the Red Blood Corpuscles, and a Theory of the Blood Defect in Pernicious Anaemia. Brit. Med. Journ. II. 145.CrossRefGoogle Scholar
Hamburger, (1894). Über den Eingluses von Säure und Alkali auf der Permeabilität der lebendigen Blutkörperchen, negst eine Bemerkung über die Lebensfähigkeit des defibrinirten Blutes. Centralbl. f. Physiol. VIII. 365, and many subsequent papers.Google Scholar
Hawkins, and Dudgeon, (1908). Congenital Family Cholaemia. Quart. Journ. Med. II. 272.Google Scholar
Hutchison, and Panton, (1909). A Contribution to the Study of Congenital Family Cholaemia. Quart. Journ. Med. II. 432.Google Scholar
Kiss, (1909). Das Periodische System der Elemente und die Giftwirkung. (Vienna and Leipzig.)Google Scholar
Lewis, (1909). The Influence of Temperature on Haemolysis in Hypotonic Solutions. Journ. Exper. Med. XI. 593.CrossRefGoogle Scholar
von Limbeck, (1901). Pathology of the Blood. London. New Syd. Soc. (Translation of 2nd German Edition.)Google Scholar
M'Leod, (1912). On the Haemolysin produced by Pathogenic streptococci and on the Existence of Anti-haemolysin in the Sera of Normal Immunised Animals. Journ. Path. and Bacter. XV. 321.Google Scholar
McNell, (1911). The Resistance of Human Red Blood Corpusles in Health and Disease to Haemolysis by Saponin; with a Comparison of Saponin and Hypotonic Salt Solution Haemolysis. Journ. Path. and Bacter. XV. 56.Google Scholar
Muir, and McNee, (1912). The Anaemia produced by a Haemolytic Serum. Journ. Path. and Bacter. XVI. 410.Google Scholar
Nolf, (1900). Le m´canisme de la globulolyse. Ann. Inst. Pasteur, XIV. 656.Google Scholar
Rous, Peyton (1909). The Resistance to a Specific Haemolysin of Human Erythocytes in Heatlth and Disease. Journ. Exper. Med. XI. 763.CrossRefGoogle Scholar
Smith, (1904). The Pathological Effects of Periodic Losses of Blood. Journ. Med. Res. XII. 385.Google Scholar
Smith, and Brown, (1906). The Resistance of the Red Blood Corpuscles of the Horse to Salt Solutions of Different Tonicities, before and after Repeated Withdrawals of Blood. Journ. Med. Res. XV. 425.Google Scholar
Sutherland, and McCay, (1910). Observations on the Inhibitory Influence exerted by Hypertonic Saline Solutions and Calcium chloride Solutions on the Action of Specific Haemolysins: with suggestions as to the Therapy of Blackwater Fever. Bio-Chem. Journ. v. 1.Google Scholar
Thiele, and Embleton, (1913). Some Observations on the Wassermann's Reastion. Zeitschr. f. Immunitiitsforsck. LX. 430.Google Scholar
Tileston, and Griffin, (1910). Chronic Family Jaundice. Amer. Journ. Med. Sc. N.S. CXXXIX. 847.CrossRefGoogle Scholar
Ribierre, Vaquez et (1902). De la resistance du sang au cours de ľictère. C. R. Soc. de Biol. LIV. 1074.Google Scholar
De Vries, quoted by von Limbeck q.v.Google Scholar