Sugarcane is known for its highly complex genetics and more knowledge is needed for better use and conservation of genetic materials. In order to identify genotypes and to assess genetic diversity, diverse data sets such as morphological and molecular markers are used as a general approach. To evaluate the usefulness of different markers, important sugarcane genotypes in Argentina were characterized by AFLP, SSR and morphological traits. All genotypes characterized were grouped in one main cluster in dendrograms using two independent softwares. Inter- estingly, local genotypes grouped together with USA varieties and no clear genetic differentiation could be found probably due to intensive germplasm exchange between these breeding programs. ...
<div><p>The Brazilian sugarcane industry plays an important role in the worldwide supply of sugar an...
Rio Grande do Sul producers use sugarcane genotypes that were introduced in the early eighteenth cen...
Abstract Background ...
Background: Molecular markers associated with relevant agronomic traits could significantly reduce t...
Sugarcane commercial variety RA 87-3 was transformed with a genetic construct harboring the epsps ge...
Sugarcane breeding programs incorporate foreign material to broaden the genetic base, expanding the ...
Genetic diversity based on the characterization of genetic makeup, using molecular markers is of utm...
Sugarcane is one of the important crops with high heterozygosity and phenotypic polymorphism. Variet...
Sugarcane is a renewable source of energy and has potential for expansion. The economic importance ...
Sugarcane (Saccharum spp.) has a complex genome with variable ploidy and frequent aneuploidy, which ...
Sugarcane (Saccharum spp.) has a complex genome with variable ploidy and frequent aneuploidy, which ...
The success of the development of new sugarcane varieties is associated with the ability to correctl...
The success of the development of new sugarcane varieties is associated with the ability to correctl...
AbstractKnowledge of genetic diversity is essential for the effective planning of breeding experimen...
Molecular diversity was analysed among 160 sugarcane clones consisting of 109 modern cultivars mainl...
<div><p>The Brazilian sugarcane industry plays an important role in the worldwide supply of sugar an...
Rio Grande do Sul producers use sugarcane genotypes that were introduced in the early eighteenth cen...
Abstract Background ...
Background: Molecular markers associated with relevant agronomic traits could significantly reduce t...
Sugarcane commercial variety RA 87-3 was transformed with a genetic construct harboring the epsps ge...
Sugarcane breeding programs incorporate foreign material to broaden the genetic base, expanding the ...
Genetic diversity based on the characterization of genetic makeup, using molecular markers is of utm...
Sugarcane is one of the important crops with high heterozygosity and phenotypic polymorphism. Variet...
Sugarcane is a renewable source of energy and has potential for expansion. The economic importance ...
Sugarcane (Saccharum spp.) has a complex genome with variable ploidy and frequent aneuploidy, which ...
Sugarcane (Saccharum spp.) has a complex genome with variable ploidy and frequent aneuploidy, which ...
The success of the development of new sugarcane varieties is associated with the ability to correctl...
The success of the development of new sugarcane varieties is associated with the ability to correctl...
AbstractKnowledge of genetic diversity is essential for the effective planning of breeding experimen...
Molecular diversity was analysed among 160 sugarcane clones consisting of 109 modern cultivars mainl...
<div><p>The Brazilian sugarcane industry plays an important role in the worldwide supply of sugar an...
Rio Grande do Sul producers use sugarcane genotypes that were introduced in the early eighteenth cen...
Abstract Background ...