The present invention concerns a new optimization framework that integrates the use of evolutionary algorithms to iteratively optimize breeding programs and subsequently applies kernel regression in a complementary manner to minimize the stochasticity in data patterns and ensure accurate outcome predictions. The evolutionary algorithm includes several inventive steps.
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An improved process for the production of wood-based panels based on isocyanate binders / adhesives (PMDI) was developed at the University of Göttingen. The times and costs for production of wood-based materials (e.g. chipboard, fiberboards (MDF, HDF), OSB etc.) can be reduced without neccessity to change hardware in existing production lines or plants.
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The present invention describes a new method of genotyping for use in plant breeding and research. It is based on sequencing partial regions of the genome (shallow depth) and filling in the missing data by imputing sequence data based on haplotype libraries. Software-assisted imputation leads to increased read coverage.
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To produce wood-based composites urea-formaldehyde resin is the most widely used binder. However, UF resins are susceptible to hydrolysis and wood-based materials will thus emit formaldehyde. Scientists at the University of Göttingen, Germany developed an alternative formaldehyde-free binder based on oil plant residues (pomace).
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Scientists at the University of Göttingen developed new production processes for boards and mouldings from popcorn granules. This innovative technique allows the production of moulded parts from renewable raw materials, with enhanced water resistance and flexural strength. The boards and mouldings are particularly well-suited for packaging, furniture, the automotive sector (including caravans) and house building.
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