Titlebook: Crop Breeding; Methods and Protocol Delphine Fleury,Ryan Whitford Book 2014 Springer Science+Business Media New York 2014 crop improvement.

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Christian Riege,Jan Saat,Tobias Bucherg simulation platform capable of simulating the performance of a range of different breeding strategies and for a continuum of genetic models ranging from simple to complex. In this chapter we describe some of the basic mechanics behind the QU-GENE user interface and give a simplified example of how

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Die Mikrotechnik der dorsalen Dekompressionn breeding and functional genomics research. . genetic transformation is an important technique for producing barley transgenics with simple low-copy number transgenes. This chapter reports a refined protocol for the systematic high-throughput transformation of the advanced Australian spring barley

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V. Rohde,M. F. Oertel,J. M. Gilsbachurrently the range of transgenic traits accepted for commercial use is largely restricted to herbicide and pest resistance. Given the fact that transgenics can offer an alternative and novel source of genetic variation, pre-breeding research is now increasingly exploiting this technology to tackle a

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978-1-4939-4324-1Springer Science+Business Media New York 2014

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Margarita V. Tchouvakhina,Nicole LehnertTILLING is widely used in plant functional genomics. Mutagenesis and SNP detection is combined to allow for the isolation of mutations in genes of interest. It can also be used as a plant breeding tool, whereby variation in known or candidate genes of interest to breeding programs is generated. Here we describe a simple low-cost TILLING procedure.

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