Abstract Species determination is crucial in biodiversity research. In tintinnids, identification is based almost exclusively on the lorica, despite its frequent intraspecific variability and interspecific similarity. We suggest updated procedures for identification and, depending on the aim of the study, further steps to obtain morphological, molecular, and ecological data. Our goal is to help improving the collection of information (e.g. species re‐/descriptions and DNA barcodes) that is essential for generating a natural tintinnid classification and a reliable reference for environmental surveys. These suggestions are broadly useful for protistologists because they exemplify data integration, quality/effort compromise, and the need for s...
International audienceTintinnid ciliates, characterized by the possession of a lorica into which the...
A tintinnid ciliate isolated from waters of the Thames River (Connecticut, USA) is described through...
Summary. Tintinnid ciliates, characterized by the possession of a lorica into which the ciliate cell...
Abstract Species determination is crucial in biodiversity research. In tintinnids, identification is...
We evaluated the small- and large-subunit rDNA (SSU and LSU, respectively) for their ability to disc...
Tintinnid ciliates are planktonic grazers of nanoplankton. They have a lorica (or shell) into which ...
This study focuses on the utility of molecular markers for the discrimination of closely related spe...
The present systematics of the tintinnid ciliates is based on the shape, size, and composition of t...
Deep-sequencing technologies are becoming nearly routine to describe microbial community composition...
Abstract Background The taxonomic classification of the suborder Tintinnina Kofoid & Campbell, 1929,...
To improve understanding of diversity, phylogeny and evolution in tintinnid ciliates, it is essentia...
Tintinnid ciliates have traditionally been described and classified exclusively based on their loric...
Tintinnid species are traditionally distinguished via lorica features. Recently, sequencing has reve...
In the last ten years, it was more clearly understood that in marine ecosystems members of Protozoa ...
In order to better understand phylogenetic relationships among tintinnid ciliated protozoa, we seque...
International audienceTintinnid ciliates, characterized by the possession of a lorica into which the...
A tintinnid ciliate isolated from waters of the Thames River (Connecticut, USA) is described through...
Summary. Tintinnid ciliates, characterized by the possession of a lorica into which the ciliate cell...
Abstract Species determination is crucial in biodiversity research. In tintinnids, identification is...
We evaluated the small- and large-subunit rDNA (SSU and LSU, respectively) for their ability to disc...
Tintinnid ciliates are planktonic grazers of nanoplankton. They have a lorica (or shell) into which ...
This study focuses on the utility of molecular markers for the discrimination of closely related spe...
The present systematics of the tintinnid ciliates is based on the shape, size, and composition of t...
Deep-sequencing technologies are becoming nearly routine to describe microbial community composition...
Abstract Background The taxonomic classification of the suborder Tintinnina Kofoid & Campbell, 1929,...
To improve understanding of diversity, phylogeny and evolution in tintinnid ciliates, it is essentia...
Tintinnid ciliates have traditionally been described and classified exclusively based on their loric...
Tintinnid species are traditionally distinguished via lorica features. Recently, sequencing has reve...
In the last ten years, it was more clearly understood that in marine ecosystems members of Protozoa ...
In order to better understand phylogenetic relationships among tintinnid ciliated protozoa, we seque...
International audienceTintinnid ciliates, characterized by the possession of a lorica into which the...
A tintinnid ciliate isolated from waters of the Thames River (Connecticut, USA) is described through...
Summary. Tintinnid ciliates, characterized by the possession of a lorica into which the ciliate cell...