The South American plains vizcacha, Lagostomus maximus inhabits primarily the Pampean and adjoining Espinal, Monte and Chaquenean regions of Argentina. In order to study the population genetic structure of L. maximus, a fragment of 560 bp of the mitochondrial DNA hypervariable region 1from 90 individuals collected from the 3 subspecies and 8 groups along Argentina was amplified and analyzed. We found 9 haplotypes. The haplotype network did not show an apparent phylogeographical signal. Although low levels of genetic variation were found in all the subspecies and groups analyzed, a radiation of L. maximus would have occurred from the North and Center of the Pampean region toward the rest of its geographic range in Argentina. Low levels of ge...
Understanding population structure and spatial distribution of genetic diversity is an important asp...
We investigated nine Y-STRs on 1136 unrelated males from 10 provinces and three aboriginal tribes of...
Understanding the causes of pronounced losses of genetic diversity in natural populations may provid...
The South American plains vizcacha, Lagostomus maximus inhabits primarily the Pampean and adjoining ...
We examined the phylogeography of the South American subterranean rodent Ctenomys talarum (Talas tuc...
Molecular genetic data are increasingly used to assist in species identification and delimitation, a...
Gene flow plays an essential role in the evolutionary history of the organisms and helps to identify...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Studies of genetic differentiation in fragmented environments help us to identify those landscape fe...
Phyllotis xanthopygus (Waterhouse, 1837) is an Andean rodent endemic to South America. Despite its w...
Eligmodontia is a genus of phyllotine rodents adapted to arid environments with seven recognized spe...
Myocastor coypus is a rodent native to South America that is strongly linked to river systems. Past ...
We present new data and analysis on the genetic variation of contemporary inhabitants of central Arg...
The population genetic structure of Oligoryzomys longicaudatus colilargo was examined at two geograp...
Understanding population structure and spatial distribution of genetic diversity is an important asp...
We investigated nine Y-STRs on 1136 unrelated males from 10 provinces and three aboriginal tribes of...
Understanding the causes of pronounced losses of genetic diversity in natural populations may provid...
The South American plains vizcacha, Lagostomus maximus inhabits primarily the Pampean and adjoining ...
We examined the phylogeography of the South American subterranean rodent Ctenomys talarum (Talas tuc...
Molecular genetic data are increasingly used to assist in species identification and delimitation, a...
Gene flow plays an essential role in the evolutionary history of the organisms and helps to identify...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Studies of genetic differentiation in fragmented environments help us to identify those landscape fe...
Phyllotis xanthopygus (Waterhouse, 1837) is an Andean rodent endemic to South America. Despite its w...
Eligmodontia is a genus of phyllotine rodents adapted to arid environments with seven recognized spe...
Myocastor coypus is a rodent native to South America that is strongly linked to river systems. Past ...
We present new data and analysis on the genetic variation of contemporary inhabitants of central Arg...
The population genetic structure of Oligoryzomys longicaudatus colilargo was examined at two geograp...
Understanding population structure and spatial distribution of genetic diversity is an important asp...
We investigated nine Y-STRs on 1136 unrelated males from 10 provinces and three aboriginal tribes of...
Understanding the causes of pronounced losses of genetic diversity in natural populations may provid...