Gastrotricha form a phylum which is crucial for defining the origin of pseudocoelomates, in that they share a number of characters with Rotifera and Nema- toda but also with acoelomates, and even the evolution- ary relationships within the phylum are anything but defined. For this reason the first extensive molecular data on Gastrotricha from the 18S rRNA sequences of both orders have been obtained and analyzed. Se- quence analyses show that the phylum Gastrotricha is strictly monophyletic along an evolutionary line quite distinct from that of both Rotifera and Nematoda. A new view of the evolutionary history of the phylum Gastrotricha is put forward, in which Chaetonotida, and not Macrodasyida, are the most primitive forms of ...
Gastrotricha is a cosmopolitan phylum of aquatic and semi-aquatic invertebrates that comprises about...
Gastrotricha systematics is in a state of flux mainly due to the conflicts between cladistic studies...
Gastrotrichs figure prominently in metazoan phylogeny because they share a suite of complex morpholo...
Gastrotricha form a phylum which is crucial for defining the origin of pseudocoelomates, in that th...
Gastrotricha is a species-rich phylum of microscopical animals that contains two main orders, Chaeto...
Gastrotrichs are meiobenthic invertebrates of obscure origin and unclear phylogenetic alliances. Unc...
The phylum Gastrotricha includes about 700 species. They are small worm-like organisms abundant amon...
An updated classification of the two orders of the phylum is provided up to family level, and number...
An updated classification of the two orders of the phylum is provided up to family level, and number...
Background: Phylogenetic relationships within Gastrotricha are poorly known. Attempts to shed light ...
SYNOPSIS. Biodiversity research combines two dimensions, the horizontal one that contains species di...
Fig. 5. Secondary structure of the 18S rRNA molecule of Chaetonotus (Hystricochaetonotus) mirabilis ...
Planktonic forms of Gastrotricha have been known since the 1850s, despite the fact that they are rat...
The majority of meiofaunal organisms have limited abilities to disperse over long distances, yet the...
The majority of meiofaunal organisms have limited abilities to disperse over long distances, yet the...
Gastrotricha is a cosmopolitan phylum of aquatic and semi-aquatic invertebrates that comprises about...
Gastrotricha systematics is in a state of flux mainly due to the conflicts between cladistic studies...
Gastrotrichs figure prominently in metazoan phylogeny because they share a suite of complex morpholo...
Gastrotricha form a phylum which is crucial for defining the origin of pseudocoelomates, in that th...
Gastrotricha is a species-rich phylum of microscopical animals that contains two main orders, Chaeto...
Gastrotrichs are meiobenthic invertebrates of obscure origin and unclear phylogenetic alliances. Unc...
The phylum Gastrotricha includes about 700 species. They are small worm-like organisms abundant amon...
An updated classification of the two orders of the phylum is provided up to family level, and number...
An updated classification of the two orders of the phylum is provided up to family level, and number...
Background: Phylogenetic relationships within Gastrotricha are poorly known. Attempts to shed light ...
SYNOPSIS. Biodiversity research combines two dimensions, the horizontal one that contains species di...
Fig. 5. Secondary structure of the 18S rRNA molecule of Chaetonotus (Hystricochaetonotus) mirabilis ...
Planktonic forms of Gastrotricha have been known since the 1850s, despite the fact that they are rat...
The majority of meiofaunal organisms have limited abilities to disperse over long distances, yet the...
The majority of meiofaunal organisms have limited abilities to disperse over long distances, yet the...
Gastrotricha is a cosmopolitan phylum of aquatic and semi-aquatic invertebrates that comprises about...
Gastrotricha systematics is in a state of flux mainly due to the conflicts between cladistic studies...
Gastrotrichs figure prominently in metazoan phylogeny because they share a suite of complex morpholo...