We characterized nine polymorphic microsatellites by an enriched library from the Antarctic silverfish Pleuragramma antarcticum, a key species in the high Antarctic zone of the Southern Ocean. The number of alleles scored ranged from 7 to 39, whereas the observed and expected heterozygosity ranged from 0.4000 to 0.9750 and from 0.3943 to 0.9782, respectively. Cross-amplification was tested in the 3 species of the genus Chionodraco (Channichthyidae). These new microsatellites could potentially be useful in further investigations on P. antarcticum for which many questions on population structure and exposition to global environment change are still open to debate
Population genetics patterns of marine fish in general and of Southern Ocean fish in particular rang...
Accurate species identification is essential to assess biodiversity and species richness in ecosyste...
The Antarctic silverfish (Pleuragramma antarctica) is a keystone species in the continental shelf wa...
We characterized eight polymorphic microsatellites in the icefish Chionodraco rastrospinosus (Percif...
We characterized eight polymorphic microsatellites in the Scotia icefish Chaenocephalus aceratus (Pe...
The Antarctic silverfish Pleuragramma antarcticum (Nototheniidae) is the most abundant pelagic fish ...
Eleginops maclovinus, the Patagonian blennie, is a notothenioid (Perciformes) endemic to South Ameri...
Aim: Pleuragramma antarctica is an Antarctic notothenioid fish with a pelagic life-cycle. It plays a...
The identification of loci under selection (outliers) is a major challenge in evolutionary biology, ...
Background Loss of genetic variability due to environmental changes, limitation of gene flow betw...
Many marine pelagic fish species are characterized by subtle but complex genetic structures and dyna...
Many marine pelagic fish species are characterized by subtle but complex genetic structures and dyna...
Many marine pelagic fish species are characterized by subtle but complex genetic structures and dyna...
Aim The species of the genus Chionodraco (Notothenioidei) are the most abundant icefish on the cont...
Antarctic silverfish (Pleuragramma antarctica) are the most important pelagic forage fish on the Ant...
Population genetics patterns of marine fish in general and of Southern Ocean fish in particular rang...
Accurate species identification is essential to assess biodiversity and species richness in ecosyste...
The Antarctic silverfish (Pleuragramma antarctica) is a keystone species in the continental shelf wa...
We characterized eight polymorphic microsatellites in the icefish Chionodraco rastrospinosus (Percif...
We characterized eight polymorphic microsatellites in the Scotia icefish Chaenocephalus aceratus (Pe...
The Antarctic silverfish Pleuragramma antarcticum (Nototheniidae) is the most abundant pelagic fish ...
Eleginops maclovinus, the Patagonian blennie, is a notothenioid (Perciformes) endemic to South Ameri...
Aim: Pleuragramma antarctica is an Antarctic notothenioid fish with a pelagic life-cycle. It plays a...
The identification of loci under selection (outliers) is a major challenge in evolutionary biology, ...
Background Loss of genetic variability due to environmental changes, limitation of gene flow betw...
Many marine pelagic fish species are characterized by subtle but complex genetic structures and dyna...
Many marine pelagic fish species are characterized by subtle but complex genetic structures and dyna...
Many marine pelagic fish species are characterized by subtle but complex genetic structures and dyna...
Aim The species of the genus Chionodraco (Notothenioidei) are the most abundant icefish on the cont...
Antarctic silverfish (Pleuragramma antarctica) are the most important pelagic forage fish on the Ant...
Population genetics patterns of marine fish in general and of Southern Ocean fish in particular rang...
Accurate species identification is essential to assess biodiversity and species richness in ecosyste...
The Antarctic silverfish (Pleuragramma antarctica) is a keystone species in the continental shelf wa...