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A Preliminary Note on the Bacteriostatic Properties of Some Helminths of Animals

Published online by Cambridge University Press:  05 June 2009

H. M. Gharib
H. M. Gharib
Affiliation:
Department of Medicine and Infectious Diseases, Faculty of Veterinary Medicine, University of Cairo
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Extract

Studies were made on the bacteriostatic action of the parasites F. giganilca and A. vilulorum against some animal micro-organisms. From the result of this work, it would appear that both parasites possessed some bacteriostatic action against certain organisms while others had none.

Type
Research Article
Information
Journal of Helminthology , Volume 35 , Issue 3-4 , September 1961 , pp. 225 - 232
Copyright
Copyright © Cambridge University Press 1961

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References

De Blieck, L. and Baudet, E. A. R. F., 1920.—“Verdere onderzoekingen over de biologie en den infecticweg von de larven von Strongyloides westeri”. Tijdschr. Diergeneesk, 47, 497. (W.L. 21262)Google Scholar
De Blieck, L. and Jansen, J. 1944.—“De Beteekenis von Strongyloides westeri bij de Pyo-Septicaemie von bet veulen”. Vlaam. diergeneesk. Tijdsch 13, 52–57. (W.L. 22590a)Google Scholar
Fourie, P. J. J., 1936.—“A contribution to the study of the pathology of Oesophagostomiasis in sheep”. Onderstepoori J. vet. Sci., 7, 277–347. (W. L. 15681a)Google Scholar
Gharib, H. M. 1953.—“Unpublished work”.Google Scholar
Gharib, H. M. 1955.—“Some observations on the transmission of bacteria by infective larvae of Nippostrongylus brasiliensis”. J. Helminth, 29, 27–32. (W.L. 11224a)CrossRefGoogle ScholarPubMed
Gharib, H. M., 1957.—“Review of the literature on the role of tissue invading helminths in bacterial infections.” J. Egypt vet. med. Assoc., 3–36. (W.L. 11172c)Google Scholar
Graybill, H. W. and Smith, T. 1920.—“Production of fatal blackhead in turkeys by feeding embryonated eggs of Heterakis papillosa”. J. exp. Med., 31, 647–655. (W.L. 11189)Google Scholar
Jettmar, H. M. 1952.—“Über die bakteriostatische Wirkung der Askariden-Cuticula”. Arch. Hyg. Bert., 136, 568–573. (W.L. 1770)Google Scholar
Kawanishi, K., 1929.—“Experimental studies on the entrance of pathogenic bacilli incidental to percutaneous infection with hookworm”. J. med. Ass. Formosa, 50–51. (W.L. 11337)Google Scholar
Kawanishi, K., 1932.—“Experimental studies on the entrance of bacteria incidental to percutaneous infection of the human body with hookworm”. J. med. Ass. Formosa, 31, 932–933.Google Scholar
Koidzumi, M., 1927.—“A resumé of works on Ascaris”. Recently published from the Parasitology Laboratory, Keio University Medical College, Japan med. World, 7, 12–16. (W.L. 10880)Google Scholar
Lapage, G., 1933.—“The cultivation of infective nematode larvae on cultures of Bacillus coli”. Rep. D. Inst. Anim. Path., Univ. Camb., 3, 237–271. (W.L. 18252d)Google Scholar
Lapage, G., 1933a.—“Cultivation of Parasitic Nematodes”. Nature, Lond., 131, 583. (W.L. 14900)Google Scholar
Lapage, G., 1937.—“Nematodes Parasitic in Animals”. London. 35.Google Scholar
Malvoz, E. and Lambient, J., 1918.—“Infections microbiennes consecutives á la penetration cutaneé des larves de L'Ankylostome”. Ann. Inst. Pasteur, 32, 243. (W.L. 857)Google Scholar
McCoy, O. R., 1929.—“The suitability of various bacteria as food for hookworm larvae”. Amer. J. Hyg., 10, 140–156. (W.L. 600a)Google Scholar
McCoy, O. R., 1929a.—“The growth of hookworm larvae on pure cultures of bacteris”. Science, 69, 74–75. (W.L. 19938)Google Scholar
Podyapolskaya, V. P. and Dedova, , 1937.—“The interrelation between the infestation by Ascarids and bacterial infections in experimental conditions.” Papers on Helminthology published in commemoration of the 30 year Jubileum of K. J. Skrjabin and of the 15th Anniversary of the all Union Institute of Helminthology, Moscow, pp. 491–496.Google Scholar
Shope, R. E., 1941.—“The swine lungworm as a reservoir and intermediate host for swine influenza”. Jour. exp. Med., 74, 41–47. and 49–68. (W.L. 11189)Google Scholar
Stein, C. D., Lucker, J. T., Osteen, O. L. and Gochenour, W. S., 1939.—“Studies on the possible role of endo-parasites in the transmission of infectious anaemia”. J. Amer. vet. med. Ass., 95, 536–541. (W.L. 11022)Google Scholar
Tyzzer, E. E., 1934.—“Studies on histormoniasis, or “black-head” infection, in the chicken and turkey.” Proc. Amer. Acad. Arts Sci., 69, 190–264. (W.L. 16599)CrossRefGoogle Scholar
Weinberg, M., 1907.—“Du role des helminths, des larves d'helminths et des larves d'insectes dans la transmission des microbes pathogénes”. Ann. Inst. Pasteur, 21, 417–442. (W.L. 857)Google Scholar