Study on activity change of main hydrolase in the process of domestic brewing barleys malting 国产啤酒大麦发芽过程中主要水解酶活力变化
Optimization of ultrasonic-assisted extraction technology of β-Glucan from barleys 超声波辅助提取青稞β-葡聚糖的工艺条件优化
The Path Analysis of Main Agronomic Characters to per Plant Yield in Malting Barleys 啤酒大麦主要农艺性状与单株产量的通径分析
Effect of Al, Cu and Cd Interaction on Sugar and Protein Contents of Barleys Differing in Al Tolerance 铝、镉、铜互作对不同耐铝大麦基因型糖及蛋白含量的影响
The Accumulation of Starch and Storage Protein in Starchy Endosperm Cells of Different Barleys 不同大麦淀粉胚乳细胞中淀粉和贮藏蛋白的积累
By controlling the POD activity through malting which could significantly decrease the TBA value by 19.1% and increase the antioxidant potential by 42.8%. It was benefit to improve the domestic barleys 'brewing characteristics. 通过在制麦过程中控制POD酶活的方法,可以使啤酒的TBA值降低了19.1%,抗氧化力增强了42.8%,从而进一步提高了我国啤酒大麦的酿造品质。
Studies on the Oxido-reductases of Domestic Brewing Barleys 国产啤酒大麦中氧化还原酶系的研究
These results suggest that maintenance of low Na content and Na/ K ratio in shoots is a key important for salt tolerance in both cultivated and wild barleys. 以上结果说明维持地上部低Na含量和Na/K比是大麦重要的耐盐机制。