First genome size estimations for some eudicot families and genera.- Genome size diversity in angiosperms varies roughly 2400-fold, although approximately 45% of angiosperm families lack a single genome size estimation, and therefore, this range could be enlarged. To contribute completing family and genera representation, DNA C-Values are here provided for 19 species from 16 eudicot families, including first values for 6 families, 14 genera and 17 species. The sample of species studied is very diverse, including herbs, weeds, vines, shrubs and trees. Data are discussed regarding previous genome size estimates of closely related species or genera, if any, their chromosome number, growth form or invasive behaviour. The present research contri...
Insights into genome size dynamics and its evolutionary impact remain limited by the lack of data fo...
Background and aims: Genome size varies considerably across the diversity of plant life. Although ge...
11 p., gráf.Polyploidy is a key factor in the evolution of higher plants and plays an important role...
Genome size diversity in angiosperms varies roughly 2400-fold, although approximately 45% of angiosp...
Two plant genome size databases have been recently updated and/or extended: the Plant DNA C-values d...
Nuclear DNA content (genome size) is one of the basic characteristics of living organisms. In the An...
The Genome Size in Asteraceae database (GSAD, http://www.asteraceaegenomesize.com) has been recently...
The purpose of this study is to evaluate the existing knowledge on the evolution of genome size and ...
, belonging to the family Theaceae, is economically important group in flowering plants. Frequent in...
10 p., gráf., tablas -- Contiene material suplementario.Se incluye 1 archivo con el texto del artícu...
Genome size is a biodiversity trait that shows staggering diversity across eukaryotes, varying over ...
Sapindaceae s.l. is a moderately large family of trees, shrubs and lianas. Current knowledge on geno...
11 páginas, 4 tablas.[EN] Genome size has been estimated by flow cytometry in 47 populations of 40 s...
The variability of the genome size reaches several grades even within relatively close groups of pla...
Background: The genus Camellia, belonging to the family Theaceae, is economically important group in...
Insights into genome size dynamics and its evolutionary impact remain limited by the lack of data fo...
Background and aims: Genome size varies considerably across the diversity of plant life. Although ge...
11 p., gráf.Polyploidy is a key factor in the evolution of higher plants and plays an important role...
Genome size diversity in angiosperms varies roughly 2400-fold, although approximately 45% of angiosp...
Two plant genome size databases have been recently updated and/or extended: the Plant DNA C-values d...
Nuclear DNA content (genome size) is one of the basic characteristics of living organisms. In the An...
The Genome Size in Asteraceae database (GSAD, http://www.asteraceaegenomesize.com) has been recently...
The purpose of this study is to evaluate the existing knowledge on the evolution of genome size and ...
, belonging to the family Theaceae, is economically important group in flowering plants. Frequent in...
10 p., gráf., tablas -- Contiene material suplementario.Se incluye 1 archivo con el texto del artícu...
Genome size is a biodiversity trait that shows staggering diversity across eukaryotes, varying over ...
Sapindaceae s.l. is a moderately large family of trees, shrubs and lianas. Current knowledge on geno...
11 páginas, 4 tablas.[EN] Genome size has been estimated by flow cytometry in 47 populations of 40 s...
The variability of the genome size reaches several grades even within relatively close groups of pla...
Background: The genus Camellia, belonging to the family Theaceae, is economically important group in...
Insights into genome size dynamics and its evolutionary impact remain limited by the lack of data fo...
Background and aims: Genome size varies considerably across the diversity of plant life. Although ge...
11 p., gráf.Polyploidy is a key factor in the evolution of higher plants and plays an important role...