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The Dimorphism of Polystoma integerrimum (Frolich) Rudolphi and Its Bearing on Relation ships within the Polystomatidae: Part III *

Published online by Cambridge University Press:  18 November 2009

Joan B. Williams
Joan B. Williams
Affiliation:
From the Department of Parasiiology, London School of Hygiene and Tropical Medicine
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Extract

A redescription is given of the morphology of the bladder (normal) and branchial (neotenic) forms and the structure'of the larva of Polystoma integerrimum, including a description of the histological changes accompanying digestion, and an account of the peripheral sensory system of the bladder adult.

Type
Research Article
Information
Journal of Helminthology , Volume 35 , Issue 1-2 , March 1961 , pp. 181 - 202
Copyright
Copyright © Cambridge University Press 1961

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References

Alvey, C. H.. 1933.—“The life cycle of Sphyranura oligorchis”. I. Parasit., 20, 140. (W.L. 11428).Google Scholar
Alvey, C. H.., 1936.—“Morphology and development of the monogenetic trematode Sphyranura oligorchis, with a description of S. polyorchis sp. nov.” Parasitology, 28, 229–253. (W.L. 16035).CrossRefGoogle Scholar
André, J., 1910(a).—“Zur Morphologie des Nervensystems von Polystomum inlegerrimum Frohl.” Z. wiss. Zool., 95, 191–202. (W.L. 23635).Google Scholar
André, J. 1910.—“Die Augen von Polystomum integerrimum Frohl.” Z. wiss. Zool. 95, 203–220. (W.L. 23635).Google Scholar
Bychovsky, B. E., 1957.—“The monogenetic trematodes, their systematics and phylogeny.” Zool. Inst. Acad. Sci. Moscow-Leningrad 1957, pp. 509. (Russian).Google Scholar
Cernosvitov, L., 1931.—“Studien iiber die Spermaresorption. III. Die Samenresorption bei den Tricladen.” Zool. Jb., (2) 54, 295. (W.L. 23831).Google Scholar
De Beer, G. R., 1940.—Embryos and ancestors. Oxford.Google Scholar
Deegan, T. and Maegraith, B. G., 1956.—“Studies on the nature of the malarial pigment (hacmozoin). 1. The pigment of the simian species, Plasmodium knowlesi and P. cynomolgi.” Ann. trop. Med. Parasit., 50, 194. (W.L. 1063).CrossRefGoogle Scholar
Deegan, T., 1956 —“Studies on the nature of the malarial pigment of the human species, Plasmodium falciparum and P. malariae.” Ann. trop. Med. Parasit., 50, 212.CrossRefGoogle ScholarPubMed
Faust, E. C, 1918.—“Eye-Spots in Digenea.” Diol. Bull., Woods Hole, 35, 117–127. (W.L. 2975).CrossRefGoogle Scholar
Gallien, L., 1932.—“Sur la reproduction ndotdnique chez Polystomum integerrimum Fröhlich.” C. R. Acad. Sci., Paris, 194, 1852–1854. (W.L. 6628).Google Scholar
Gallien, L., 1932(b).—“Sur Involution de la gdndration issue des formes ndotdniquesde Polystomum integerrimum Frohlich.” C. R. Acad. Sci., Paris, 195, 77–79.Google Scholar
Gallien, L., 1933.—“Transformations histologiques correlatives du cycle sexual chez Polystomum integerrimum Frohlich.” C. R. Acad. Sci., Paris, 196, 426–428.Google Scholar
Gallien, L., 1934.—“Sur le determinisme de la dualite devolution des larves chez Polystomum inlegerrimum Frohlich.” C. R. Acad. Sci., Paris, 199, 229–231.Google Scholar
Gallien, L., 1935.—“Recherches experimentales sur le dimorphisme eVolutif et le biologic de Polystomum inlegerrimum FrfihI.” Trav. Sta. zool. Wimereaux 12, 181 pp. (W.L. 21765 f).Google Scholar
Gallien, L., 1938.—“Sur un polystome parasite de Hyla arborea L. var. meridionalis Boettgr.” Bull. Soc. zool. Fr., 63, 251–254. (W.L.5401).Google Scholar
Gallien, L., 1947.—“Description de Polystoma gallieni E. W. Price parasite de Hyla arborea var. meridionalis Boettgr.” Ann. Parasit. hum. comp., 22, 24–29. (W.L. 899 a).CrossRefGoogle Scholar
Goto, S., 1891.—“On the connecting canal between the oviduct and the intestine in some monogenetic trematodes. (Preliminary communication).” Zool. Am., 14, 103–104. (W.L. 23833).Google Scholar
Grodbelaar, C. S., 1922.—“On South African Paramphistomidae. II. Some trematodes in South African Anura, and the relationships and distribution of their hosts.” Trans, roy. soc. S. Afr., 10, 181–200. (W.L. 21653).CrossRefGoogle Scholar
Halkin, H., 1902.—“Recherches sur la maturation, la fecondation ct la ddveloppement du Polystomum integerrimum.” Arch. Biol., Paris, 18, 291–303. (W.L. 1825).Google Scholar
Hesse, R., 1897.—“Untersuchungen iiber die Organe dcr Lichtemfindung bei niederen Thiercn. II. Die Augen der Plathelminthen, insonderhcit der tricladen Turbellarien.” Z. wiss. Zool.. 62, 527–582. (W.L. 23635).Google Scholar
Hyman, L. H., 1951.—The invertebrates: Platyhclminthes and Rhynchocoela. 2. New York, Toronto and London.Google Scholar
Ijima, I., 1884.—“Öber den Zusammenhang des Eileiters mit dem Verdauungscanal bei gewissen Polystomcen.” Zool. Am., 7, 635–639. (W.L. 23833).Google Scholar
Jennings, J. B., 1959.—“Studies on Digestion in the Monogenetic Trematodc Polystoma integerrimum.” J. Helminth., 33, 197–204. (W.L. 11224c).CrossRefGoogle ScholarPubMed
Johnston, S. J., 1912.—“On some trematode parasites of Australian frogs.” Proc. Linn. Soc. N.S.W., 37, 285–362. (W.L. 16790a).Google Scholar
Lemberg, R. and Legge, J. W., 1949.—Hacmatin compounds and bile pigments: their constitution, metabolism and function. New York and London.Google Scholar
Llewellyn, J., 1954.—“Observations on the food and gut pigment of the Polyopisthocotylea (Trematoda: Monogenca).” Parasitology, 44, 428–437. (W.L. 16035).CrossRefGoogle Scholar
Lopez-Neyra, C. R., 1952.—“Polystoma palancai n.sp. (Monogenea: Polystomatidae), parasita dc la vejiga urinaria de la rana de San Ant6n.” Rev. ibér. Parasit., 12, 289–295. (W.L. 18858c).Google Scholar
Maccallum, G. A., 1919.—“Studies on the Polystomidae.” Zoopalhologica, 1, 101–120. (W.L. 23839).Google Scholar
Odhner, T., 1912.—“Die Homologien dcr weiblichen Gcnitalwege bei den Trematodcn und Cestoden. Nebst Bemerkungen zum naturlichcn System dcr monogenen Trematodcn.” Zool. Am., 39, 337–351. (W.L. 23833).Google Scholar
Odhner, T., 1913.—“Noch cinmal die Homolgien der weiblichen Genitalwege dcr monogenen Trematodcn.” Zool. Am., 41, 558–559.Google Scholar
Pagenstecker, H. A., 1857.—Trcmatodenlarven und Trematodcn, hclminthologischer Bcitrag. Heidelberg.Google Scholar
Paul, AA 1938.—“Life history studies of North American fresh-water poly- ' “stomes.” J. Parasit., 24, 489–510. (W.L. 11428).CrossRefGoogle Scholar
Prenant, M., 1922.—“Rccherches sur lc parenchyme des Platyhclminthes.” Arch. Morph. gin. exp., 5, 175 pp. (W.L.1873).Google Scholar
Price, E. W., 1939.—“North American monogenetic trematodes. IV. The ' family Polystomatidae (Polystomatoidea).” Proc. helm. Soc. Wash., 6, 80–92. (W.L. 16747a).Google Scholar
Price, E. W., 1943.—“A new trcmatodo of the genus Polystoma (Monogenca: Polystomatidae) from Xenoptts laevis Daud.” Proc. helm. Soc. Wash., 10, 83–85.Google Scholar
Savage, R. M.. 1950.—“Observations on some natural epizootics of the trematode Polystoma integerrimum among tadpoles of Rana temporaria temporaria.” Proc. zool. Soc. Lond., 120, 15–37. W.L. 16969b).CrossRefGoogle Scholar
Stpfdman, H. F., 1950.—“Alcian blue 8 GS: a new stain for mucin.” Quart. J. micr. Sci., 91, 477–480. (W.L. 17510).Google Scholar
Stephenson, W., 1947.—“Physiological and histochemical observations on the adult liver fluke Fasciola hepatica L. III. Egg shell formation.” Parasitology. 38, 128–139. (W.L. 16035).CrossRefGoogle Scholar
Stfwart, F. H., 1914.—“The anatomy of Polystomum kachugae sp.nov. with notes on the genus Polystomum.” Rec. Indian Mus., 10, 105–205. (W.L. 17740).Google Scholar
Stiinkard, HW., 1917.—“North American Polystomidae, Aspidogastridac, and pkramphistomidac.” Illinois biol. Monogr., 3, 283–394. (W.L. 9222).CrossRefGoogle Scholar
Stiinkard, HW., 1924.—“A new trematode. Oculolrema hippopotami, n.g., n.sp., from the eye of the hippopotamus.” Parasitology, 16, 430–440. (W.L. 16035).Google Scholar
Szidat, L., 1932.—“Parasiten aus Liberia und Franz6sisch-Guinca. II. Trcmatoden.” Z. Parasitenh., 4, 500–521. (W.L. 23536b).Google Scholar
Willemoes-Suhm, R., 1872.—“Zur Naturgeschichte des Polystomum integerrimum und des P. ocellatum Rud.” Z. wiss. Zool., 22, 29–30. (W.L. 23035).Google Scholar
Williams, J. B., 1957.—“Anatomy of Polystoma integerrimum.” Nature, Lond., 180, 860. (W.L. 14900).CrossRefGoogle Scholar
Williams, J. B., 1959a.—“Abnormal Migration in Polystoma integerrimum.”J. Helminth.. 33, 205–206. (W.L. 11224c).CrossRefGoogle ScholarPubMed
Williams, J. B., 1959 b.—“Preliminary Note on the Anatomy of a Polystomc from the Bladder of Xenopus laevis Daud.J. Helminth., 33, 207–208.CrossRefGoogle ScholarPubMed
Wright, R. R. and Maccallum, G. B., 1887.—“Sphyranura osleri a contribution to American helminthology.” J.Morph., 1, 1–48. (W.L. 11373).CrossRefGoogle Scholar
Zeller, E., 1872.—“Untersuchungen iiber die Entwicklung und Bau des Polystomum integerrimum Rud.” Z. wiss. Zool., 22, 1–24. (W.L. 23035).Google Scholar
Zeller, E., 1876.—“WeitererBeitrag zur Kcnntniss der Polystomcn.” Z. wiss. Zool., 27, 238–274.Google Scholar