Publications

[a parasite of sardine eggs: ichthyodinium chabelardi, new genus, new species (unicellular flagellate parasite)].		1952	13033184
identifying the lethal fish egg parasite ichthyodinium chabelardi as a member of marine alveolate group i.	cells of the parasitic, unicellular eukaryote ichthyodinium chabelardi were isolated from eggs of sardine (sardina pilchardus) and from a previously unrecognized host, bogue (boops boops), off the atlantic coast of portugal. immediately after release from the infected fish egg or newly hatched larva, i. chabelardi cells were spherical and non-motile. after few minutes, spherical cells became flagellated and motile. following 2-3 days of incubation and several divisions, spherical flagellated cel ...	2009	19453613
ribosomal rna gene sequences confirm that protistan endoparasite of larval cod gadus morhua is ichthyodinium sp.	an enigmatic protistan endoparasite found in eggs and larvae of cod gadus morhua and turbot psetta maxima was isolated from baltic cod larvae, and dna was extracted for sequencing of the parasite's small subunit ribosomal rna (ssu rrna) gene. the endoparasite has previously been suggested to be related to ichthyodinium chabelardi, a dinoflagellate-like protist that parasitizes yolk sacs of embryos and larvae of a variety of fish species. comparison of a 1535 bp long fragment of the ssu rrna gene ...	2010	20225677
free-living stages of the life cycle of the parasitic dinoflagellate ichthyodinium chabelardi hollande et j. cachon, 1952 (alveolata: dinoflagellata).		2015	25937333
the ultrastructure of the zoospores of the parasitic dinoflagellate ichthyodinium chabelardi hollande et j. cachon, 1952 (alveolata: dinoflagellata).	this is the first study on the ultrastructure of the zoospores of ichthyodinium chabelardi, a parasitoid of the fish egg and early larval stages. the zoospores were characterized by the cell structure specific for dinoflagellates; particularly, cells contained large trichocysts and the "dinokaryon"-type nucleus. an unusual large electron-transparent zone was the only significant difference from the "classical" cell structure in dinoflagellata. we did not find cell structures for the penetration ...	2016	27411824