The rice bran extraction was obtained by physical method and biologic method, and the extract conditions that influence the extract rate were studied.
利用物理方法和生物技术方法相结合的方法获得米糠营养提取物，探讨了提取条件对米糠营养提取物提取率的影响。
The inhibiting property for BaSO 4 scaling of phosphoric acid esters of rice bran extract (p RBE) alone and compounded with other scale inhibitors is studied.
测定了磷酸盐化米糠提取液及其与其它阻垢剂的复配物对硫酸钡垢的抑制效果。
The result showed that the P. ostreatus mycelium extract-wheat bran extract medium was superior to Hamata medium and other media significantly, and that the effect of T.
结果表明 ，糙皮侧耳菌丝麦麸汁培养基的效果明显优于包括浜田氏培养基在内的其它配方 ，松口蘑土培养基也有良好表现。
Bioethanol firms currently extract sugars from crops like grains and sugar beet, but some are developing technologies to extract energy from fibre such as wheat bran, straw or wood.
那些从事生物乙醇生产的公司目前已经普遍能够从谷物和甜菜等农作物中提取出糖的成份，但还有一些公司对此仍不满足，他们眼下正在致力于从包括麦麸、稻草以及木材在内的众多富含纤维的物质中获取能源。
The best carbon source is glucose, and the best nitrogen sources are peptone, beef extract paste and wheat bran. The most favorable ratio of C/N is 40: 1.
结果表明：最适宜的碳源是葡萄糖，最适宜的氮源是蛋白胨、麦麸、牛肉膏，最适宜的碳氮比是40：1。
Food Chemical co., Ltd., a recently introduced new technology to extract corn bran from a water-soluble dietary fiber.
一家食品化工公司最近采用新技术从玉米皮中提取出水溶性食物纤维。
Technology of biological fermentation was used to extract the main nutrient in rice bran, the process and parameters were researched. This method is used in food production.
采用现代生物酶技术降解的有关原理和方法提取米糠的主要营养物质，对提取米糠营养素生产工艺、工艺参数进行研究并在食品生产中应用。
The result showed that the optimumcarbon sources were glucose, fructose, brown-sugar, lactose and the nitrogen sources werepeptone, wheat- bran, beef- extract paste, yeast-extract paste.
结果表明，适宜的碳源是葡萄糖、果糖、红糖、乳糖，适宜的氮源是蛋白胨、麦麸、牛肉膏、酵母膏；
The result showed that the optimumcarbon sources were glucose, fructose, brown-sugar, lactose and the nitrogen sources werepeptone, wheat- bran, beef- extract paste, yeast-extract paste.
结果表明，适宜的碳源是葡萄糖、果糖、红糖、乳糖，适宜的氮源是蛋白胨、麦麸、牛肉膏、酵母膏；
应用推荐