Titlebook: Sorghum Molecular Breeding; R. Madhusudhana,P. Rajendrakumar,J.V. Patil Book 2015 Springer India 2015 Bioinformatics.Genomics.Molecular Br

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Post-genome Sequencing Developments and annotation of the genome to know the diverse classes of genes. Post-genome sequencing developments include comparative genomics for understanding the syntenic relationships with other model plants and related crop species, genome annotation through in silico approaches and validation of their f

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Molecular Marker Development Using Bioinformatic Toolslinkage map, genetic purity testing, QTL mapping, and marker-assisted selection. Prior to in silico approaches, DNA markers were developed through experimental approaches, which were skill oriented, time consuming, and expensive. Moreover, it resulted in the development of few hundred markers involv

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Genetic Engineering for Novel Traitsopportunities for the genetic improvement of crops like sorghum and provided the means to manipulate them for human and environmental benefits. Trait-based breeding in sorghum needs to broadly address either those traits that enhance input efficiency or that enhance the quality and quantity of outpu

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DNA Markers in Diversity Analysisetc. Intra- and inter-population diversity is measured by various statistical measures, which depend on the type of data set and objective of the study. The relationship between individuals may be displayed using cluster analysis, principal component analysis, principal coordinate analysis, and mult

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Linkage Mappingg to the construction of high-density linkage maps. Saturated genetic maps contribute substantially to the fine mapping and positional cloning of important genes and offer a tool for gene discovery, allele mining, etc. Linkage maps covering whole of sorghum genome were developed, and comprehensive m

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Heterosis Prediction Using DNA Markersworks involved in heterosis. Advanced genomic tools along with mathematical modeling offer excellent opportunities for the development of simple and reliable methods for the prediction of heterosis. This chapter critically discusses the different methods of heterosis prediction, recent trends, facto

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