The share of Dutch baking wheat in bread can grow in the coming years

Published 2024년 4월 22일

Tridge summary

Research led by Twan America at Wageningen University & Research, as part of the Public Private Partnership (PPP) Baking Wheat project, is investigating how to increase the share of Dutch baking wheat in bread by analyzing the protein composition of wheat to predict its baking quality. The study, involving twenty stakeholders from the grain, flour, and bread chain, has highlighted the significant impact of breed, weather, and soil on protein composition, particularly gluten, and is exploring faster analysis methods like infrared spectroscopy. Additionally, the research suggests optimizing nitrogen fertilization to improve crop protein composition rather than quantity, potentially reducing environmental impact. The findings advocate for a quality-based pricing model for wheat, focusing on protein composition. This shift, along with technical advancements and a warmer climate improving Dutch wheat quality, presents a promising future for the baking wheat industry, benefiting both the environment and stakeholders like organic farmers and bakers.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Research by Wageningen University & Research shows that the share of Dutch baking wheat in bread, among other things, could grow in the coming years. Twan America, researcher at Wageningen Plant Research, part of WUR, sees opportunities. By linking the composition of proteins in the grain to the baking quality, the baking quality can already be predicted at harvest. America is engaged in proteomics research within the Public Private Partnership (PPP) Baking Wheat, a project in which twenty parties from the grain, flour and bread chain opt for home-grown grain. This research examines the protein composition in cereal grains and its effect on baking quality. The research is expected to contribute to refining the quality assessment of the grain. The composition of protein is influenced by all kinds of factors, of which breed (genetic influence), weather conditions and soil composition are the most important. Warmer summers and new varieties According to America, increasingly warmer ...

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