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The life cycle of Echinoparyphium mordwilkoi Skrjabin, 1915 (Trematoda, Echinostomatidae)

100%

Grabda-Kazubska B. , Kiseliene V.

tom 36

nr 4

Eschinoparyphium pseudorecurvatum sp. n. (Trematoda, Echinostomatidae) and its life cycle

100%

Kiseliene V. , Grabda-Kazubska B.

nr 4

Karyological studies of trematodes within the genus Echinostoma

100%

Barsiene J. , Kiseliene V.

tom 36

nr 1

Diplostomum baeri Dubois, 1937 (Diganea, Diplostomidae) from Lithuania

100%

Niewiadomska K. , Kiseliene V.

nr 4

General morphology and SEM ultrastructure of Cercaria globocaudata U. Szidat, 1940 [Digenea]

100%

Niewiadomska K. , Kiseliene V.

nr 2

The morphology of Cercaria globocaudata U. Szidat, 1940, was reexamined using light and scanning electron microscopy. The armature, chaetotaxy and surface ultrastructure were investigated for the first time since the description of the cercaria in 1940. The results complete the primary description. The systematic position of this morphologically specialized furcocercaria showing mimicry to planktonic organisms is also discussed.

Chaetotaxy and excretory system of Echinocercaria choaphila U. Szidat, 1936, a larval form of Cathaemasia hians (Rud., 1809) (Trematoda, Cathaemasiidae)

80%

Grabda-Kazubska B. , Bayssade-Dufour C. , Kiseliene V.

nr 2

Cholinergic and aminergic nervous systems of Cercaria globocaudata U. Szidat, 1940 [Strigeida, Digenea]

80%

Niewiadomska K. , Moczon T. , Czubaj A. , Kiseliene V.

nr 2

Aminergic and cholinergic nervous systems were revealed and described for the furcocercaria Cercaria globocaudata, belonging to the globocauda group. In general the nervous system in the cercarial body is morphologically similar to that of another strigeid species, the cercaria of Diplostomum pseudo- spathaceum. Differences in morphology were visible in the large tail stem with a globular widening at the end. In front of the globular part, the number of cholinergic and aminergic elements in the dorsal and ventral nerve trunks increases and a connective and nervous net appears. The possible nerve centre for autonomous locomotion of the tail is discussed.