Evaluation of the number and information content of fluorescent-labeled SSR markers for rice germplasm characterization

The use of genetic resources for rice has been suggested as the most relevant alternative to raise the productivity levels achieved by modern cultivars (Brondani et al. 2003). However, before using these resources, it is fundamental to compile in depth knowledge on the existing genetic variability in these accessions to identify genotypes that could ultimately contribute effectively to genetic gains for traits of interest in rice breeding programs. It is estimated that over 200.000 accessions are stored in rice germplasm banks all over the