在巴基斯坦,现代小麦品种的谷物产量和促进健康的阿魏酸含量均高于老品种

IF 2.6 Q2 FOOD SCIENCE & TECHNOLOGY
Humaira Qayyum, Wenfei Tian, Xue Gong, Lie Zhi, Ali Raza, Xianchun Xia, Jinying Gou, Zhonghu He* and Awais Rasheed*, 
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引用次数: 0

摘要

目前,关于促进健康的酚类物质如何随着小麦育种的进展而发生变化以及它们与农艺性状的关系还存在知识空白。研究人员对巴基斯坦从 1911 年到 2021 年间发布的一系列历史春小麦栽培品种进行了调查,以了解它们在三种环境下的酚酸组成及其与产量性状的关系。结果显示,不同年份的阿魏酸含量(FAC)在 227 μg g-1 到 1423 μg g-1 之间。在所有环境中,千粒重(TGW)与阿魏酸含量呈明显负相关。不过,也能发现一些栽培品种同时具有较高的千粒重和容重。研究发现,与绿色革命(1965 年)之前推出的老品种相比,2000 年之后推出的现代小麦栽培品种的穗粒重先后高出 3.3-13.6% 。此外,在所有环境中,FAC 与品种发布年份之间存在一致的正相关关系,支持了我们关于现代栽培品种与老栽培品种相比具有高 FAC 的说法。在现代小麦栽培品种中,Zam-04、Chakwal-50 和 Nawab-21 的 FAC 和谷物产量一直较高。较高的果实转化率与育种进展的关联不仅确定了具有果实转化率的精英栽培品种,还表明了开发具有功能性食品和健康益处的栽培品种的潜力。在这种情况下,这些结果对小麦育种人员和食品工业专业人员识别具有高FAC的小麦非常有意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Modern Wheat Varieties Demonstrated Higher Grain Yield and Health-Promoting Ferulic Acid than Old Varieties in Pakistan

Modern Wheat Varieties Demonstrated Higher Grain Yield and Health-Promoting Ferulic Acid than Old Varieties in Pakistan

Currently, there are knowledge gaps regarding how health-promoting phenolics have changed with the breeding progress in wheat and their association with agronomic traits. A collection of historical spring wheat cultivars released in Pakistan from 1911 to 2021 were investigated for the phenolic acid composition and their relation to yield traits in three environments. The results revealed that ferulic acid content (FAC) ranged from 227 to 1423 μg g–1 in different years. A significant negative correlation was observed between thousand grain weight (TGW) and FAC in all environments. However, it was possible to identify some cultivars with both high TGW and FAC. It was identified that modern wheat cultivars released after 2000 had successively 3.3–13.6% higher FAC compared with old cultivars released before the Green Revolution (1965). Furthermore, there was a consistent positive correlation between FAC in all environments and varietal release year, supporting our claim that modern cultivars have high FAC compared to old cultivars. Among modern wheat cultivars, Zam-04, Chakwal-50, and Nawab-21 had consistently higher FAC and grain yield. The association of higher FAC with the breeding progress not only identified elite cultivars with FAC but also suggested the potential of developing cultivars with functional foods and health benefits. In this context, the results are very interesting for wheat breeders and food industry professionals in identifying wheat with a high FAC.

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