Hostname: page-component-848d4c4894-nr4z6 Total loading time: 0 Render date: 2024-05-06T19:30:17.224Z Has data issue: false hasContentIssue false

The Examination of Blood Films in Relation to the Prevention of Plumbism among Shipbreakers

Published online by Cambridge University Press:  15 May 2009

A. E. Ferguson
Affiliation:
From the Research Laboratory of the Royal College of Physicians, Edinburgh
T. Ferguson
Affiliation:
From the Research Laboratory of the Royal College of Physicians, Edinburgh
Rights & Permissions [Opens in a new window]

Extract

Core share and HTML view are not available for this content. However, as you have access to this content, a full PDF is available via the ‘Save PDF’ action button.

The control of the lead risk among shipbreakers presents great practical difficulty. Measures for the prevention of plumbism applied successfully in other industries are here impracticable, with the result that the breaking up of a heavily leaded ship is almost invariably responsible for a number of cases of lead poisoning and much ill-health stopping just short of incapacity for work.

Type
Research Article
Copyright
Copyright © Cambridge University Press 1934

References

REFERENCES

Aub, , Fairhall, , Minot, and Reznikoff, (1925). Lead poisoning. Analytical Reviews of General Med., Neurol. and Pediatr. 4.Google Scholar
Behrend, (1899). Deutsche med. Wschr. 25, 254 (Vereins-Beilage No. 42).Google Scholar
Bell, , Williams, and Cunningham, (1925). The toxic effects of lead administered intravenously. Lancet, 2, 793.CrossRefGoogle Scholar
Biondi, (1922). Plumbism. Internat. Labour Office Review, 6, 278. Geneva.Google Scholar
Blumgart, H. L. (1923). Lead studies. VI. Absorption of lead by the upper respiratory passages. J. Ind. Hyg. 5, 153–8.Google Scholar
Bonsdorff, A. von (1927). Den vita blodkroppbildens betydelse vid lungtuberkulos før bodømande av sjukdomens aktivet och prognos. Tuberkulose Laegemode, Copenhagen Transact, p. 12.Google Scholar
Böttrich, (1932). Die Bedeutung der basophil getüpfelten roten Blutkörperchen, speziell für die Begutachtung von Bleikrankheiten. Zbl. f. Gewerbehyg. xix. Jahrg. N.S. 9, 328.Google Scholar
Brookfield, R. W. (1928). Blood changes occurring during the course of treatment of malignant disease by lead, with special reference to punctate basophilia and the platelets. J. Pathol. 31, 277.CrossRefGoogle Scholar
Davidson, L. S. P.et al. (1933). Lead poisoning in the north-east of Scotland. Lancet, 2, 08 12.Google Scholar
Ehrlich, P. (1885). Zur Physiologie und Pathologie der Blutscheiben. Charité-Ann. 10, 136.Google Scholar
Frimodt-Moller, C. and Barton, R. M. (1933). A study of the differential count and sedimentation test in tuberculosis with a suggestion for an index figure summing up the information derived from them. Tubercle, 14, 529.CrossRefGoogle Scholar
Gehrmann, G. H. (1933). Lead poisoning in industry. Amer. J. Pub. Health, 23, 687.CrossRefGoogle ScholarPubMed
Goadby, K. W. (1909). A note on experimental lead poisoning. J. Hygiene, 9, 122–33.CrossRefGoogle ScholarPubMed
Gulland, and Goodall, (1925). The Blood. Edinburgh: Green.Google Scholar
Hawes, J. B. (1909). A study of reticulated red blood corpuscles by means of vital staining. Its relation to polychromatophilia and stippling. Boston Med. and Surg. J. 161, 493.CrossRefGoogle Scholar
Jones, Price C. (1933). Blood Pictures. Bristol: John Wright and Sons.Google Scholar
Jones, R. (1933). Estimation of basophilic cells (reticulocytes) in blood by examination of ordinary blood films. U.S. Pub. Health Rep. 48, No. 633. Washington.Google Scholar
Key, J. A. (1921). Studies on erythrocytes, with special reference to reticulum, polychromatophilia and mitochondria. Arch. Int. Med. 28, 511.CrossRefGoogle Scholar
Koenig, H. (1910). Blutbefunde bei Neugebornen. Fol. Haematol. 9, 278.Google Scholar
Lane, R. E. (1931). The rôle of punctate basophilia in the control of industrial plumbism. J. Ind. Hyg. 13, No. 8.Google Scholar
Lutoslawski, quoted by Russell (infra).Google Scholar
MacCord, Carey P. (1928). A new test for industrial lead poisoning. Bull. U.S. Bur. of Labour Statistics, No. 460. Washington.Google Scholar
Medlar, E. M. (1928). The leucocytic formula in the tuberculous considered as a reaction to damaged tissue. Tubercle, 9, 218.CrossRefGoogle Scholar
Meyer, E. and Speroni, D. (1906). Ueber punktierte Erythrozyten. Münch. med. Wschr. 53, 796–7.Google Scholar
Meyer, S. (1931). Ueber Blutveränderungen bei gewerblichen Schädigungen, Arch. f. Gewerbepath. u. Gewerbehyg. 2, 526–57.Google Scholar
Oatway, W. H. (1930). A correlation of the leucocytic interpretation of Medlar with clinical findings in tuberculosis. Amer. Rev. Tub. 21, 786.Google Scholar
Oliver, T. (1924). Lead poisoning. Sources, symptoms and treatment. Industrial Health (Kober and Hayhurst), Section 9, p. 421.Google Scholar
Pappenheim, A. (1919). Morphologische Haematologie. II. Fol. Haematol. 24, 86.Google Scholar
Piney, A. (1928). Diseases of the Blood. London: Churchill.Google Scholar
Russell, J. (1915). Basophilia in lead poisoning. J. State Med. p. 359.Google Scholar
Sabrazès, J., Bourret, and Leger, (1900). Les hématies à granulations basophiles dans 1e saturnisme expérimental et clinique. J. de physiol. et de path. gén. 2, 941–6. Paris.Google Scholar
Schilling, Torgau (1911). Arbeiten über den Erythrocyten. Fol. Haematol. 11, 572.Google Scholar
Schmidt, (1907). Arch. f. Hygiene, 63 (quoted Russell, supra).Google Scholar
Schoenfeld, J. (1921). Zur Frühdiagnose der Bleivergiftung. Zbl. f. Gewerbehyg. 9, 37.Google Scholar
Sellers, A. (1926). A Report on the Value of Blood Examination in the Control of Lead Poisoning. Private Report to Chief Medical Inspector of Factories.Google Scholar
Stitt, E. R. (1927). Practical Bacteriology, Blood Work and Animal Parasitology. London: Lewis.CrossRefGoogle Scholar
Tanquerel: vide Meillere, G. (1903). Le Saturnisme, 1. 89. Paris: Doin.Google Scholar
Teleky, L. (1919). Die Frühdiagnose der Bleivergiftung. Schrift. a. d. Gesamtgebiet der Gewerbehyg. 5, 127.Google Scholar