1) enzymatic browning
酶褐变
1.
Initial study on inhibition of enzymatic browning by pineapple juice during the process of banana processing;
菠萝果汁抑制香蕉加工过程中酶褐变的初步研究
2.
The study shows that the enzymatic browning caused by PPO may be essentially controlled by blanching apricot in boiling water for 4 min.
试验表明,沸水烫漂杏4min可基本控制多酚氧化酶(PPO)引起的酶褐变。
2) nonenzymatic browning
非酶褐变
1.
Study on nonenzymatic browning of litchi juice and its inhibition methods;
影响荔枝汁非酶褐变的因素及其控制方法
2.
Additive affecting nonenzymatic browning of apple juice concentrate during storage;
贮存过程中添加剂对浓缩苹果汁非酶褐变的影响
3.
Factors affecting nonenzymatic browning of apple juice during storage and the corresponding ways of controlling;
苹果汁贮存过程中非酶褐变因素及其控制
3) enzymatic browning
酶促褐变
1.
Effect of antibrowning reagent without sulfite on enzymatic browning of Dioscorea opposita Thunb. cv. Tiegun fresh-cut slices and research of its PPO characteristic;
无硫护色剂对鲜切铁棍山药片酶促褐变的影响及其PPO特性研究
2.
A review of enzymatic browning in fruit during storage;
果实贮藏期间的酶促褐变
3.
Inhibition of enzymatic browning in minimally processed vegetables and fruits;
切分果蔬的酶促褐变抑制
4) non-enzymatic browning
非酶褐变
1.
The non-enzymatic browning of greengage juice in processing;
青梅果汁加工过程非酶褐变
2.
Research on non-enzymatic browning of jujube juice during storage;
储藏过程中枣汁非酶褐变的研究
3.
Experimental Study on the Non-enzymatic Browning of Amorphous Powder and Juice;
非晶态粉体及果汁非酶褐变的实验研究
5) Enzyme browning
酶促褐变
1.
It could not only prevent effectively the enzyme browning,but also solve the chlorophyll browning problem,by various components synergism in the compound phosphate.
将复合磷酸盐食品添加剂应用于鲜切青苹果保鲜中,利用复合磷酸盐中各组分的协同作用,既能有效防止酶促褐变,又能解决叶绿素褐变问题。
2.
Results were that, △L* for the Hong Se-guo apple was most and the enzyme browning of it was the most remarkable.
为了探明影响苹果酶促褐变的理化因素,选五种苹果,分别测定了pH值、VC含量、多酚氧化酶(PPO)活力、总酚和单宁含量,并用Excel软件求出五种苹果的一些主要理化指标和苹果破碎过程的△L*的相关系数(R2)。
6) enzymatic browning
酶性褐变
补充资料:变构酶
分子式:
CAS号:
性质:又称变构酶。一类具有变构蛋白结构的寡聚酶,有的是在代谢中具有调节功能的酶。活性部位是酶的活性中心,相应配基是酶所催化的底物。效应物是酶反应最终产物或是可以与调节部位结合的小分子物质。
CAS号:
性质:又称变构酶。一类具有变构蛋白结构的寡聚酶,有的是在代谢中具有调节功能的酶。活性部位是酶的活性中心,相应配基是酶所催化的底物。效应物是酶反应最终产物或是可以与调节部位结合的小分子物质。
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