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- It was concluded from the analysis of compositions and amino acids that glandless cottonseed protein products could be used in the food industry. 通过成分及氨基酸分析证明，棉籽蛋白同样可以用于食用目的。
- Partly defatted and roasted glandless cottonseed kernel is prepared by defatting and roasting.Tests on the oxidative stability of the products are carried out after that. 对无腺体棉仁进行了部分脱脂及烘烤，得到部分脱脂烤棉仁，接着对制品进行氧化稳定性试验。
- The preparation of glandless cottonseed protein products was discussed and optimum processing conditions of some proteins were determined with the aid of the computer. 研究了各种无腺体棉籽蛋白产品的制备，并借助计算机对部分蛋白制备工艺进行了优化；
- Keywords Glandless cottonseed proteins Preparation Optimization; 无腺体棉籽蛋白;研制;优化;
- Keywords glandless cottonseed proteins color determination and analysis; 无腺体棉子蛋白;色泽;测定分析;
- Keywords Glandless cottonseed proteins Functionalities Chemical Modification.; 无腺体棉籽蛋白;功能特性;化学改性;
- Keywords glandless cottonseed;cottonseed proteins;enzymic hydrolysis;emulsifying capacity.; 低酚棉籽;棉籽蛋白;酶水解;乳化容量;
- glandless cottonseed 无腺棉籽
- The workers are extracting oil from cottonseed. 工人们正在从棉子中提炼油。
- Glandless cotton is a rich source of fiber、 cottonseed oil, cottonseed meal and feed because it produces gossypol-free cottonseed. 低酚棉因其棉酚含量极低,而使其成为集粮、棉、油、饲为一体的作物。
- Genetically modified organism cottonseed oil. 用转基因棉籽制取的油。
- Meal from glandless seed is naturally free of gossypol. 来自无腺体棉籽的棉籽粉自然不含有棉籽醇。
- Worldwide, 44 million tons of cottonseed is produced annually. 全世界每年共生产4400万吨棉籽。
- The seed of the cotton plant,the source of cottonseed oil. 棉籽棉花作物的种子，用来制造棉籽油。
- Cottonseed meal is deficient in lysine, methionine and leucine. ?澍宸廴狈?蛋彼幔0蛋氨酸和亮氨酸。
- The seed of the cotton plant, the source of cottonseed oil. 棉籽棉花作物的种子，用来制造棉籽油
- Shandong has the highest cottonseed callback to 0.75 yuan / kg. 山东地区棉籽最高已回调到0.;75元/斤。
- However, these glandless cotton varieties were a commercial failure. 然而，这些无腺体棉品种却难以得到商业上的应用。
- Cottonseed cakes must be used very carefully, because they contain toxins. 由于棉饼中包含有毒成分，所以一定要谨慎使用。
- Specially, open-bud line with the trait of glandless E-81 was very useful to produce hybrid seeds . 尤其是带有低酚标志性状的开放花蕾系“E-81”，有助于提高制种效率。
