Larger and highly repetitive genomes require a physical map as template for assembling the entire genome. The present thesis gives insights into methods and applications on the basis of a physical map of larger plant genomes like barley and wheat, where 80% of the genome could be genetically positioned. Even so the approach is only shown for barley and wheat, the approach can be transferred also to other more complex genomes, supposed marker data, high-throughput data and a physical map are available.     «

Larger and highly repetitive genomes require a physical map as template for assembling the entire genome. The present thesis gives insights into methods and applications on the basis of a physical map of larger plant genomes like barley and wheat, where 80% of the genome could be genetically positioned. Even so the approach is only shown for barley and wheat, the approach can be transferred also to other more complex genomes, supposed marker data, high-throughput data and a physical map are avai...     »