Titlebook: Genomics of Tropical Crop Plants; Paul H. Moore,Ray Ming Book 2008 Springer-Verlag New York 2008 Fruit.biodiversity.biotechnology.crop gen

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Genomics of Citrus, a Major Fruit Crop of Tropical and Subtropical Regions,sical map, a fairly large and well-annotated expressed sequence tag collection, several microarrays, and a low coverage (1.2x) genome sequence for sweet orange. This chapter reviews the various genomics resources available for citrus. Integration of these resources, particularly those developed in different laboratories, remains a challenge.

mechanical

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Die Analyse der Milch und Milcherzeugnisseses as well such as drugs and building materials. In those cases where demand for a particular plant product exceed natural supply, humans initiated cultivation of those plants 10,000 years ago, resulting in the domestication of a limited number of species in several areas of the world, generally lo

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Die Operationalisierung des Referenzpreises,resents an overview of the various players involved. The role and niche of foundations, the private sector, and national programs are discussed in the context of accessing and using genomics resources. A description of the Generation Challenge Programme (GCP) is presented as a detailed case study of

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Die statistische Theorie des Zufalls,ent, with the advantages of breaking cross-species barriers and saving time in comparison to conventional breeding and selection. Transgenic technology has been used and commercialized since 1994 to produce new crop products with herbicide tolerance, insect resistance, virus resistance, and improved

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Hermann Strasser,John H. Goldthorpertium. Section 4.1 describes the morphology of the plant, its socio-economical importance and usefulness as an experimental organism. Section 4.2 describes the complexity of . taxonomy and the importance of genetic diversity. Section 4.3 details the genetic maps which have recently been developed an