Tuco-tucos (small subterranean rodents of the genus Ctenomys) that inhabit sandy soils of the area under the influence of the second largest wetland of South America, in Northeastern Argentina (Corrientes province), are a complex of species and forms whose taxonomic status were not defined, nor are the evolutionary relationships among them. The tuco-tuco populations of this area exhibit one of the most ample grades of chromosomal variability within the genus. In order to analyze evolutionary relationships within the Corrientes group and its chromosomal variability, we completed the missing karyotypic information and performed a phylogenetic analysis. We obtained partial sequences of three mitochondrial markers: D-loop, cytochrome b and cyto...
Gene flow plays an essential role in the evolutionary history of the organisms and helps to identify...
The genus Ctenomys of subterranean rodents is one of the most species-rich genera of Mammalia, with ...
The spatial distribution of the genetic polymorphisms in natural populations depends on the spatial ...
Chromosomal diversity is a key feature for understanding the evolution of mammalian species. Rodents...
The tuco-tucos rodents (genus Ctenomys) of the Corrientes group comprise several populations that in...
Lineages delimitation is of extreme importance in evolutionary biology and constitutes an essential ...
Subterranean tuco-tucos of the genus Ctenomys are caviomorph rodents comprising a complex of over 50...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
We conducted a thorough survey of populations of Ctenomys within the distributional ranges of all sp...
The genus Ctenomys comprises about 70 species with great chromosome diversity. The Corrientes group ...
With about 68 recognized living species, subterranean rodents of the genus Ctenomys are found in a m...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Subterranean rodents of the genus Ctenomys are an interesting system to assess the effects of habita...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
We examined the phylogeography of the South American subterranean rodent Ctenomys talarum (Talas tuc...
Gene flow plays an essential role in the evolutionary history of the organisms and helps to identify...
The genus Ctenomys of subterranean rodents is one of the most species-rich genera of Mammalia, with ...
The spatial distribution of the genetic polymorphisms in natural populations depends on the spatial ...
Chromosomal diversity is a key feature for understanding the evolution of mammalian species. Rodents...
The tuco-tucos rodents (genus Ctenomys) of the Corrientes group comprise several populations that in...
Lineages delimitation is of extreme importance in evolutionary biology and constitutes an essential ...
Subterranean tuco-tucos of the genus Ctenomys are caviomorph rodents comprising a complex of over 50...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
We conducted a thorough survey of populations of Ctenomys within the distributional ranges of all sp...
The genus Ctenomys comprises about 70 species with great chromosome diversity. The Corrientes group ...
With about 68 recognized living species, subterranean rodents of the genus Ctenomys are found in a m...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Subterranean rodents of the genus Ctenomys are an interesting system to assess the effects of habita...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
We examined the phylogeography of the South American subterranean rodent Ctenomys talarum (Talas tuc...
Gene flow plays an essential role in the evolutionary history of the organisms and helps to identify...
The genus Ctenomys of subterranean rodents is one of the most species-rich genera of Mammalia, with ...
The spatial distribution of the genetic polymorphisms in natural populations depends on the spatial ...