Lucas M Mercedes, Stoddard Frederick L, Annicchiarico Paolo, Frías Juana, Martínez-Villaluenga Cristina, Sussmann Daniela, Duranti Marcello, Seger Alice, Zander Peter M, Pueyo José J
Institute of Agricultural Sciences, ICA-CSIC , Madrid, Spain.
Department of Food and Environmental Sciences, University of Helsinki , Helsinki, Finland.
Front Plant Sci. 2015 Sep 8;6:705. doi: 10.3389/fpls.2015.00705. eCollection 2015.
Europe has become heavily dependent on soya bean imports, entailing trade agreements and quality standards that do not satisfy the European citizen's expectations. White, yellow, and narrow-leafed lupins are native European legumes that can become true alternatives to soya bean, given their elevated and high-quality protein content, potential health benefits, suitability for sustainable production, and acceptability to consumers. Nevertheless, lupin cultivation in Europe remains largely insufficient to guarantee a steady supply to the food industry, which in turn must innovate to produce attractive lupin-based protein-rich foods. Here, we address different aspects of the food supply chain that should be considered for lupin exploitation as a high-value protein source. Advanced breeding techniques are needed to provide new lupin varieties for socio-economically and environmentally sustainable cultivation. Novel processes should be optimized to obtain high-quality, safe lupin protein ingredients, and marketable foods need to be developed and offered to consumers. With such an integrated strategy, lupins can be established as an alternative protein crop, capable of promoting socio-economic growth and environmental benefits in Europe.
欧洲已严重依赖大豆进口,这带来了不符合欧洲公民期望的贸易协定和质量标准。白羽扇豆、黄羽扇豆和窄叶羽扇豆是欧洲本土豆科植物,鉴于其高蛋白含量、潜在的健康益处、适合可持续生产以及消费者的接受度,它们可以成为大豆的真正替代品。然而,欧洲的羽扇豆种植在很大程度上仍不足以保证向食品行业稳定供应,而食品行业反过来必须进行创新,以生产出有吸引力的富含羽扇豆的蛋白质食品。在此,我们探讨了将羽扇豆作为高价值蛋白质来源加以利用时,食品供应链中应考虑的不同方面。需要先进的育种技术来提供用于社会经济和环境可持续种植的新羽扇豆品种。应优化新工艺以获得高质量、安全的羽扇豆蛋白质成分,并且需要开发适销对路的食品并提供给消费者。通过这样的综合战略,羽扇豆可以被确立为一种替代蛋白质作物,能够促进欧洲的社会经济增长和环境效益。