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首页> 外文期刊>日本作物学会紀事 >Variations in eating quality, flavor and pod color of green soybeans from vegetable-type and grain-type plants stored at various temperatures [Japanese]
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Variations in eating quality, flavor and pod color of green soybeans from vegetable-type and grain-type plants stored at various temperatures [Japanese]

机译:植物型和各种温度储存的植物型植物的绿豆味道和豆荚颜色的变化[日文]

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摘要

Eating quality, flavor and pod color of immature soybean (Glycine max (L.) Merr.) seeds (edamame) were examined using 7 vegetable-type and 2 grain-type soybean cultivars. The edamame was sampled at the optimum harvesting period for eating. One group was boiled for 3 min and then stored at 5, 15 and 25degreesC for 24 h (the boiled storage group). Another group was stored raw under the same conditions and then boiled for 3 min (raw storage group). Eating quality, flavor and pod color of the two groups of edamame were evaluated by 10 to 15 panelists. The eating quality was positively and significantly correlated with flavor of edamame in the raw storage group (r=0.726 (p<0.05), 0.824 (p<0.01), and 0.843 (p<0.01) at 5, 15 and 25degreesC, respectively), and in the boiled storage group, r=0.939, 0.951, and 0.934 (p<0.01) stored at 5, 15 and 25degreesC, respectively. However, pod color was not correlated with eating quality or flavor, except for the edamame stored after boiling at 25degreesC. The eating quality and flavor scores of edamame in the raw storage group was evaluated higher than those in the boiled storage group (eating quality : t = 3.786, Flavor : t = 3.687, p<0.001, df = 51). The eating quality and flavor scores differed among vegetable-type soybeans. However, these two sensory factors were evaluated more highly in the vegetable-type soybean than in the grain-type soybeans in both storage groups (eating quality : t = 2,822, p<0.001, Flavor : t = 2.023, p<0.005, df = 34). The sensory values differed between the same vegetable-type soybeans cultivated in different areas, even in a small district (Shonai).
机译:使用7种植物型和2粒型大豆品种,检查了未成熟大豆(Glycine Max(L.)Merr。)种子(eDamame)的食用质量,风味和豆荚颜色。在最佳的收获期间对eDamame进行采样。一组煮沸3分钟,然后储存在5,15和25dgreesc中24小时(煮沸的储存组)。在相同条件下储存另一组,然后煮沸3分钟(原始存储组)。两组射频的食用质量,味道和豆荚的颜色由10至15个小组成员评估。食用质量与原料储存组中的射灯的味道正且显着相关(r = 0.726(p <0.05),0.824(p <0.01)和0.843(p <0.01),分别为5,15和25degreesc) ,在煮沸的储存组中,r = 0.939,0.951和0.934(P <0.01)分别储存在5,15和25degreesc。然而,除了在沸腾于25degreesc后储存的eDamame除了eDamame之外,Pod颜色与吃质量或味道无关。评估原料储存组中射频的食用质量和风味评分高于煮沸的储存组(吃质量:T = 3.786,风味:T = 3.687,P <0.001,DF = 51)。植物型大豆之间的食用质量和风味分数不同。然而,这两个感觉因子在植物型大豆中比在两种储存组中的晶粒型大豆中更高度评估(吃质量:T = 2,822,P <0.001,风味:T = 2.023,P <0.005,DF = 34)。即使在一个小区(Shonai),在不同区域栽培的相同植物型大豆之间的感觉值也不同。

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