1) low-temperature soybean meal
大豆低温粕
1.
KMnO_4 was added to increase the whiteness of soybean protein isolate in the extraction of soybean protein isolate from low-temperature soybean meal.
以大豆低温粕为原料,在大豆分离蛋白萃取过程中,加入一定量的KMnO4,使大豆分离蛋白的白度增加。
2) cooled defatted soybean meals
低温脱脂大豆粕
1.
Extraction effect of soybean oligosacchride in various solvents was compared using cooled defatted soybean meals as raw material.
本文以低温脱脂大豆粕为原料 ,比较了多种溶剂对大豆低聚糖的浸提效果 ,确定较优的浸取条件为 :1 %Na2 CO3,温度 55℃ ,时间 2h 。
3) low temperature soy meal
低温豆粕
1.
Preparation of few-peptide of soybean from low temperature soy meal by hydrolization;
蛋白酶水解低温豆粕制备大豆寡肽的研究
2.
Current Situation of production technology of low temperature soy meal at home;
低温豆粕生产工艺现状分析
4) high-temperature denatured soy flake
高温大豆粕
1.
The protein in high-temperature denatured soy flake was extracted by heat-pressure method at 121℃.
1MPa)提取高温大豆粕中蛋白。
6) high temperature soybean meal
高温豆粕
1.
Preparation of soybean protein concentrate by alcohol leaching from high temperature soybean meal;
利用高温豆粕生产醇洗大豆浓缩蛋白的研究
补充资料:蓖麻油粕脱毒
分子式:
CAS号:
性质:蓖麻油饼(粕)中含蛋白质32%~36%,其中含有有毒成分,如蓖麻毒蛋白、蓖麻碱、变应原、血球凝集素等。要利用蓖麻饼粕蛋白,必须脱除这些有毒物质。脱毒的方法有蒸煮挤压膨化法、蒸汽处理法、氨水处理法、化学或生物试剂处理法等。
CAS号:
性质:蓖麻油饼(粕)中含蛋白质32%~36%,其中含有有毒成分,如蓖麻毒蛋白、蓖麻碱、变应原、血球凝集素等。要利用蓖麻饼粕蛋白,必须脱除这些有毒物质。脱毒的方法有蒸煮挤压膨化法、蒸汽处理法、氨水处理法、化学或生物试剂处理法等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条