Gymnodinium gracile, described from the coasts of Denmark in 1881, is one of the first described unarmored dinoflagellates. Individuals which morphologically fit with the original description were isolated from the English Channel (North‐East Atlantic). The SSU rRNA gene sequences were identical to the sequences identified as Balechina pachydermata and Gymnodinium amphora from the Mediterranean Sea and Brazil. We propose the transfer of Gymnodinium gracile into the genus Balechina as B. gracilis comb. nov. These sequences constitute an independent lineage, clustering with numerous environmental sequences from polar to tropical waters. The widespread distribution, the high plasticity in size, shape and coloration and the difficulties in disc...
The dinoflagellate genus Heterodinium has unusual morphological characters such as a mid-ventral int...
Amphidiniopsis is one of the most specious genera of sand-dwelling dinoflagellates. However, its sys...
A new chain-forming dinoflagellate Gyrodinium impudicum sp. nov., Gymnodiniaceae, is described from ...
A new species of the dinoflagellate genus Gymnodinium Stein, previously considered a member of Katod...
Dinoflagellates are the important primary producers in aquatic environments. In oceans, they play in...
Evidence from partial large-subunit (LSU) rDNA sequencing has been combined with ultrastructure, inc...
Abstract The diversity and phylogeny of dinoflagellates belonging to the Gymnodiniales were studied...
International audienceThe parasitic dinoflagellate Syltodinium listii was investigated from the open...
New sequences of ribosomal and protein genes were combined with available morphological and paleonto...
Recently radiated dinoflagellates Apocalathium aciculiferum (collected in Lake Erken, Sweden), Apoca...
The classical athecate dinoflagellate genera (Amphidinium, Gymnodinium, Gyrodinium) have long been r...
Summary. Amphidiniopsis is one of the most specious genera of sand-dwelling dinoflagellates. However...
Background: Dinoflagellates represent a major lineage of unicellular eukaryotes wit...
The order Noctilucales or class Noctiluciphyceae encompasses three families of aberrant dinoflagella...
The genus Gymnodinium includes many morphologically similar species, but molecular phylogenies show ...
The dinoflagellate genus Heterodinium has unusual morphological characters such as a mid-ventral int...
Amphidiniopsis is one of the most specious genera of sand-dwelling dinoflagellates. However, its sys...
A new chain-forming dinoflagellate Gyrodinium impudicum sp. nov., Gymnodiniaceae, is described from ...
A new species of the dinoflagellate genus Gymnodinium Stein, previously considered a member of Katod...
Dinoflagellates are the important primary producers in aquatic environments. In oceans, they play in...
Evidence from partial large-subunit (LSU) rDNA sequencing has been combined with ultrastructure, inc...
Abstract The diversity and phylogeny of dinoflagellates belonging to the Gymnodiniales were studied...
International audienceThe parasitic dinoflagellate Syltodinium listii was investigated from the open...
New sequences of ribosomal and protein genes were combined with available morphological and paleonto...
Recently radiated dinoflagellates Apocalathium aciculiferum (collected in Lake Erken, Sweden), Apoca...
The classical athecate dinoflagellate genera (Amphidinium, Gymnodinium, Gyrodinium) have long been r...
Summary. Amphidiniopsis is one of the most specious genera of sand-dwelling dinoflagellates. However...
Background: Dinoflagellates represent a major lineage of unicellular eukaryotes wit...
The order Noctilucales or class Noctiluciphyceae encompasses three families of aberrant dinoflagella...
The genus Gymnodinium includes many morphologically similar species, but molecular phylogenies show ...
The dinoflagellate genus Heterodinium has unusual morphological characters such as a mid-ventral int...
Amphidiniopsis is one of the most specious genera of sand-dwelling dinoflagellates. However, its sys...
A new chain-forming dinoflagellate Gyrodinium impudicum sp. nov., Gymnodiniaceae, is described from ...