Titlebook: Genomics-Assisted Crop Improvement; Vol 1: Genomics Appr Rajeev K. Varshney,Roberto Tuberosa Book 20071st edition Springer Science+Business

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Genetical Genomics: Successes and Prospects in Plants,use of this approach to dissect the genetic control of phenotypic traits of biological and agricultural interest. Although still in their infancy, pioneering genetical genomics studies have shown that this approach is valuable to unravel genetic networks implicated in transcription regulation, and f

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Analysis of Salt Stress-Related Transcriptome Fingerprints from Diverse Plant Species,s, energy production, protective functions and maintenance of osmotic balance) undergo major changes during salt stress conditions. Importantly, there are large numbers of genes that are upregulated under salt stress for which no major function has been ascribed as yet. Ultimately, a system biology

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Auxin and Cytokinin Signaling Component Genes and Their Potential for Crop Improvement,n and cytokinin signaling. Some of these auxin and cytokinin signaling components are proving to be invaluable genetic tools for manipulation of agronomic traits in crop plants, and it has been illustrated in this article with the help of a few suitable examples.

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Tilling and Ecotilling for Crop Improvement,tagenesis and SNP discovery methods for a reverse genetic strategy that is high in throughput, low in cost, and applicable to most organisms. Over the past six years, TILLING has moved from proof-of-concept to production with the establishment of publicly available services for ., maize, lotus, and

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Genomics-Assisted Crop Improvement: An Overview,spects of plant genomes but at the same time have challenged us with many compelling avenues of investigation. The complete genome sequences of ., rice, sorghum and poplar as well as an enormous number of plant expressed sequence tags (ESTs) have become available. In the next few years, the entire g