Maize landraces represent potential sources of favorable traits for current and future breeding programs.. A comparative characterization of twenty-one flint maize landraces from Maize Research Institute "Zemun Polje“ gene bank was achieved by using morphological traits and SSR markers. Applied marker systems revealed high level of genetic heterogenity beetween landraces. Cluster analysis of the tested genotypes was based on average values of eighteen observed phenotypic traits. Ten SSR probes revealed total of 68 alleles. Genetic distance between pairs of landraces ranged from 0.05 up to 0.98. Cluster analysis of morphological and SSR markers distances did not exhibited the same grouping of accessions. Individual application of marker...
The comparison of different methods of estimating the genetic diversity could define their usefulnes...
Genetic diversity of 24 tropical and subtropical elite maize lines was assessed at molecular level e...
The RAPD and SSR markers were used to compare the genetic diversity among the 16 maize inbred lines....
collection of 2217 landraces from western Balkan (former Yugoslavia) is maintained at Maize Resea...
Landraces of maize represent a valuable genetic resource for breeding and genetic studies. Since 197...
Morphological traits are the earliest used markers in germplasm characterization, but their applicat...
A comparative characterization of 10 field populations of the maize (Zea mays var. indurata) landrac...
The narrow genetic base of commercial maize varieties emphasise the necessity for conservation, char...
A collection of 2217 landraces from former Yugoslavia region is maintained at Maize Research Instit...
Creating new maize hybrids with greater yield potential is a permanent goal of breeding programs ...
Algerian maize has been cultivated in Saharan Oases for many centuries, determining its adaption to ...
The SSR molecular markers were used to assess genetic diversity in 40 old European maize genotypes. ...
The RAPD and SSR markers were used to compare the genetic diversity among the 16 maize inbred lines....
Using a set of 18 maize populations belonging to six different agro-ecological groups we report on a...
Characterization of genetic diversity is the foundation step for crop improvement, which provides a ...
The comparison of different methods of estimating the genetic diversity could define their usefulnes...
Genetic diversity of 24 tropical and subtropical elite maize lines was assessed at molecular level e...
The RAPD and SSR markers were used to compare the genetic diversity among the 16 maize inbred lines....
collection of 2217 landraces from western Balkan (former Yugoslavia) is maintained at Maize Resea...
Landraces of maize represent a valuable genetic resource for breeding and genetic studies. Since 197...
Morphological traits are the earliest used markers in germplasm characterization, but their applicat...
A comparative characterization of 10 field populations of the maize (Zea mays var. indurata) landrac...
The narrow genetic base of commercial maize varieties emphasise the necessity for conservation, char...
A collection of 2217 landraces from former Yugoslavia region is maintained at Maize Research Instit...
Creating new maize hybrids with greater yield potential is a permanent goal of breeding programs ...
Algerian maize has been cultivated in Saharan Oases for many centuries, determining its adaption to ...
The SSR molecular markers were used to assess genetic diversity in 40 old European maize genotypes. ...
The RAPD and SSR markers were used to compare the genetic diversity among the 16 maize inbred lines....
Using a set of 18 maize populations belonging to six different agro-ecological groups we report on a...
Characterization of genetic diversity is the foundation step for crop improvement, which provides a ...
The comparison of different methods of estimating the genetic diversity could define their usefulnes...
Genetic diversity of 24 tropical and subtropical elite maize lines was assessed at molecular level e...
The RAPD and SSR markers were used to compare the genetic diversity among the 16 maize inbred lines....