Titlebook: Genomics-Assisted Crop Improvement; Vol 2: Genomics Appl Rajeev K. Varshney,Roberto Tuberosa Book 2007 Springer Science+Business Media B.V.

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Molecular Markers for Gene Pyramiding and Disease Resistance Breeding in Barley,types of resistance are also widespread and appreciated by breeders and growers due to their superior durability. Today, molecular markers are available for many major resistance genes and resistance QTL (quantitative trait loci) against a wide range of pathogens in barley. Such markers are the basi

高原

Cloning Genes and QTLs for Disease Resistance in Cereals,w new breeding strategies. Resistance breeding, possibly more than breeding for any other major trait, will benefit enormously and rapidly from this new molecular information: a rapid diagnosis of resistance genes as well as a rational combination of qualitative and quantitative resistance factors b

Arrhythmia

Maize Breeding and Genomics: An Historical Overview and Perspectives,ies to empirically assess all of the promising genetic options and questions that are raised by new sources of information. Field-based phenotyping and the prioritization of phenotyping have become much more important in the genomics era of maize breeding. The gains and pains of the initial decades

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Application of Genomics for Molecular Breeding in Rice, tags (ESTs) and unigene sequences, which correspond to the expressed component of the genome and thus have greater potential in comparative genome analysis. Furthermore, millions of single nucleotide polymorphism (SNP) and insertion-deletion (InDel) markers have already been identified in rice. Sat

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Explosive

Molecular Genetics and Breeding of Grain Legume Crops for the Semi-Arid Tropics,) based association mapping, functional and comparative genomics offer the possibility of accelerating molecular breeding for abiotic and biotic stress tolerances in the legume crops. However, low level of polymorphism present in the cultivated genepools of these legume crops, imprecise phenotyping

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Application Of Genomics To Forage CROP Breeding For Quality Traits,n model species and major forage crops such as ryegrass and alfalfa. Key genes involved in developmental and biochemical pathways affecting forage quality such as cell-wall, lignin, fructan, and tannin biosynthesis have been isolated and characterized. For some of these genes, allelic variation has

Affectation