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- glutamate deearboxylase 谷氨酸脱羧酶
- Monosodium glutamate impart flavo(u)r to food. 味素使食品有味道。
- Glutamate is an intermediate in its breakdown. 在其降解过程中可形成谷氨酸。
- Glutamate is a messenger molecule in the body. 谷氨酸是在身体的一个信使分子。
- Addition of 0.12g/L glutamate accelerated ASTA production. 通过添加0.;12g/L 的G6PDH 激活剂谷氨酸能够促进红法夫酵母细胞的生长和虾青素的积累。
- Monosodium glutamate 、and hydrolyzed vegetable protein etc. 干贝素及大豆水解蛋白等食品素材。
- Its sodium salt is the food flavour enhancer monosodium glutamate (MSG). 谷氨酸钠(即味精)广泛用作调味品。
- That is monosodium glutamate in the human body charged with the important role. 也就是说味精在人体内担负着重要角色。
- Peanut oil, salt, monosodium glutamate (Chicken) the amount of pepper. 花生油、盐、味精(鸡精)各适量,胡椒粉少许。
- Glutamate transporters may be a potential target in treatment of pain. 谷氨酸转运体可能作为治疗疼痛的一个潜在的药物靶点。
- Seasonings: salt, sugar, monosodium glutamate, starch, ginger, garlic, pepper. 调味料：盐，白糖，味精，淀粉，姜，蒜，胡椒粉。
- The fact that glutamate modifies dopamine action demonstrates a direct connection between brain reward circuits and those for learning and memory. 麸胺酸可以改变多巴胺的作用，证明脑的报酬线路与学习、记忆线路有直接的联系。
- All those regions talk to the reward pathway by releasing the neurotransmitter glutamate. 所有这些脑区都会释放麸胺酸这种神经传递物来与报偿路径沟通。
- Beyond adding support to the glutamate hypothesis, these results have enabled long-term clinical trials to begin. 这些结果除了进一步支持麸胺酸假说外，也促使了长期的临床试验得以进行。
- Scope of Application: Solid,Granule,Liquid, Thick liquid,Glutamate materials that can pack in bag. 适用范围：固体类、颗粒类、粉剂类、液体类、酱体类及其他可装代物料。
- Another interesting feature is the low chloride content, for glutamate is the chief anion. 另一有趣的特点是氯化物含量低，而谷氨酸是主要的阴离子。
- MSG( or monosodium glutamate) is a chemical commonly used to add flavor to salty or sour tasting foods. 味精（叫谷氨酸钠）一种常用来为咸味或酸味食物增加口感的化学物质。
- Compare and contrast the glutamate theory of schizophrenia and the dopamine theory of schizophrenia. 比较和对照精神分裂症的麸胺酸理论和多巴胺理论。
- Treatment of wastewater from glutamate industry by immobilized Rhodospirillum rotating bio-disc reactor. 固定化红螺菌生物转盘反应器处理味精工业废水。
- At the molecular level the drugs impair the functioning of the brain signaling systems that rely on glutamate, the main excitatory neurotransmitter in the brain. 这些药物在分子层面的作用，系损害了脑中仰赖麸胺酸的传讯系统，麸胺酸是脑中主要的兴奋性神经传递物。
