Hostname: page-component-78c5997874-g7gxr Total loading time: 0 Render date: 2024-11-14T04:25:49.917Z Has data issue: false hasContentIssue false

The Complement Fixation Reaction in Schistosoma japonicum with Cercarial Antigen prepared from Oncomelania hupensis

Published online by Cambridge University Press:  05 June 2009

Mary N. Andrews
Affiliation:
(Division of Pathological Sciences, Henry Lester Institute of Medical Research, Shanghai.)

Extract

1. The preparation of a cercarial antigen from infected livers of Oncomelania hupensis the intermediate host of Schistosoma japonicum in China is described.

2. The sera of 49 human beings and five dogs have been investigated for the Schistosome complement fixation reaction, using as antigens Bilharzial cercarial antigen, and an alcoholic extract of the livers of Oncomelania hupensis infected with cercariae of S. japonicum.

3. Thirty-seven of the 49 sera examined were from cases of Schistosomiasis, and of these 24 gave a positive complement fixation reaction, and 2 others a weak reaction.

4. Of the five dogs examined three were infected with Schistosoma japonicum. These gave positive reactions.

5. In 24 cases both antigens were used, and the results obtained were almost identical.

6. The Bilharzial antigen was used in 33 cases including 25 cases of Schistosomiasis, of which 19 gave a positive reaction.

7. In 40 cases the Oncomelania antigen was used. This series included 32 cases of Schistosomiasis of which 23 gave a positive reaction and 3 a weak positive reaction.

8. Negative results were obtained with 50 strongly positive Wasserman sera, and with 2 cases of infection with Fasciolopsis buski, and two cases of Clonorchis sinensis. Ascaris and hookworm infestations also gave negative results.

Type
Research Article
Copyright
Copyright © Cambridge University Press 1935

Access options

Get access to the full version of this content by using one of the access options below. (Log in options will check for institutional or personal access. Content may require purchase if you do not have access.)

References

Bettencourt, A. & Borges, I., 1922.—“Reaction de fixation dans la Bilharziose vesicale avec antigene de Fasciola hepatica.” C. R. Soc. Biol., lxxxvi, p. 1053. (W.L. 6630.)Google Scholar
Cawston, F. G., 1921.—“Bilharzia-infested snails and their employment as antigen.” (Correspondence.) Lancet, 1, p. 250. (W.L. 11995.)CrossRefGoogle Scholar
Fairley, N. H., 1919.—“The discovery of a specific complement fixation test for bilharziasis and its practical application to clinical medicine.” Jour. Roy. Army Med. Corps, xxxii, p. 449. (W.L. 11035.)Google Scholar
Fairley, N. H., 1925.—“Experimental studies in bilharzia antigen. Part 1. The lipoidal nature of cercarial antigen.” J. Path. Bact., xxviii, p. 591CrossRefGoogle Scholar
Fairley, N. H., 1925.—“Experimental studies in bilharzia antigen. Part 1. The lipoidal nature of cercarial antigen.” J. Path. Bact., 1927, xxx, p. 97. (W.L. 11431.)Google Scholar
Fairley, N. H., 1926.—“The serological diagnosis of Schistosomum spindale (cercarial antigen).” Arch. Schiffs-u. Tropenhyg., xxx, p. 372. (W.L. 1804.)Google Scholar
Fairley, N. H., 1933.—“Bilharzia complement fixation reaction on goats injected with Schistosome mattheei and Schistosoma bovis.” J. Helminth., xi, p. 181. (W.L. 11224b.)CrossRefGoogle Scholar
Fairley, N. H., & Jasudasan, , 1930.—“The Complement Fixation Reaction with Cercarial Antigen.” Indian med. Res. Mem., 17, p. 73. (W.L. 9945a.)Google Scholar
Fairley, N. H., & Williams, F. E., 1923.—“Observations on the complement fixation reaction in liver fluke (Fasciola hepatica L.) infection.” J. Path. Bact., xxv p. 19. (W.L. 11431.)CrossRefGoogle Scholar
Fujinami, A. & Nakamura, H., 1909.—Kyoto Igakai Zasshi (Kyoto Med. J.), 6, No. 4. (W.L. 11965a.) (Quoted from Miyaji & Imai.)Google Scholar
Hayami, & Tanaka, M., 1910.—Kyoto Igahai Zasshi (Kyoto Med. J.), 7, No. 4. (W.L. 11965a.) (Quoted from Miyaji & Imai.)Google Scholar
Hoeppli, R., 1921.—“Die Diagnose pathogener Trematoden durch Blutunter suchung.” Arch. Schiffs-u. Tropenhyg., xxv, p. 365. (W.L. 1804.)Google Scholar
La Bas, G. Z. L., 1922.—“On the nature of the antigen in the complement fixation test for Bilharziasis.” J. fro Med. (Hyg.), xxv, p. 49. (W.L. 11587.)Google Scholar
Hoeppli, R., 1924.—“A note on the employment of Fasciola hepatica antigen for the serum diagnosis of Bilharziasis.” Proc. Roy. Soc. Med., xvi p. 6. (W.L. 16916.)Google Scholar
Miyaji, S. & Imai, B., 1928.—“Serologische Studien bei Schistosomiasis japonica.” Zbl. Bakt., I. Abt. Orig. cvi, p. 237. (W.L. 23684.)Google Scholar
Muritay, W. A., 1920.—“A note on a specific complement fixation test for Bilharziasis.” S. Air., ned. Rec., xviii, p. 168. (W.L. 20360.)Google Scholar
Sueyasu, Y., 1916.—“Complement fixation in horses affected with Schistosomiasis.” Kyoto Igakai Zasshi (Kyoto Med. J.), xxii, p. 188. (W.L. 11965a.)Google Scholar
Tanabe, B., 1923.—“Complement fixation test of Schistosomatium patholocepticum and its group reaction with Schistosoma japonicum.” J. Parasit., ix, p. 230. (W.L. 11428.)CrossRefGoogle Scholar
Tanaka, M., 1912.—“The complement fixation test for S. japonicum.” Chingai Iji Shimpo, Tokio, xxxiii, p. 721. (Quoted by Tanabe.)Google Scholar
Yosaimoto, M., 1910.—“Ueber die Komplementbindungs reaktion bei der Schistosomum-Krankheit in Japan.” Z. InimunForsch., v, p. 438. (W.L. 23456.)Google Scholar