Toplicean Ioana-Maria, Ianuș Rebeca-Didina, Datcu Adina-Daniela
Biology Department, Faculty of Chemistry, Biology, Geography, West University of Timisoara, Pestalozzi J.H. 16, 300115 Timisoara, Romania.
Plants (Basel). 2024 Dec 17;13(24):3529. doi: 10.3390/plants13243529.
This paper provides an interdisciplinary overview of nettle bioactive compounds and processing, and ir also explores its role in the circular bioeconomy. L. is sometimes referred to as a multipurpose herbaceous species that has been used historically in food, textiles, and medicine owing its rich profile of biological compounds. This study synthesizes the recent literature to examine nettle's applications across various industries, from nutritional supplements to eco-friendly fiber materials. In addition, it highlights nettle's potential in sustainable production chains, aligning with the EU's bioeconomy directives. The methods involve a comprehensive literature review and data analysis, with a focus on bioactive compounds and eco-sustainable applications. The results of this review underscore the plant's unique adaptability to low-input farming and its contributions to reducing resource dependency. The findings position nettle as a valuable resource for sustainable innovation, emphasizing its relevance within circular economic models.
本文对荨麻的生物活性化合物及加工进行了跨学科概述,并探讨了其在循环生物经济中的作用。荨麻有时被称为一种多用途草本植物,由于其丰富的生物化合物成分,在历史上一直被用于食品、纺织和医药领域。本研究综合了近期文献,以考察荨麻在从营养补充剂到环保纤维材料等各个行业的应用。此外,它还强调了荨麻在可持续生产链中的潜力,符合欧盟的生物经济指令。研究方法包括全面的文献综述和数据分析,重点是生物活性化合物和生态可持续应用。本综述结果强调了该植物对低投入农业的独特适应性及其在减少资源依赖方面的贡献。研究结果将荨麻定位为可持续创新的宝贵资源,强调了其在循环经济模式中的相关性。