With the continuous progress of science and technology, high-pressure homogenizers have been widely used in many fields. Among them, the application of Zhongkepeite high-pressure homogenizer in the wall breaking of lactic acid bacteria has become a hot spot in research. This article will introduce in detail the application principle, advantages, experimental process and conclusion of the high-pressure homogenizer in the wall breaking of lactic acid bacteria, aiming to provide reference for the research and application in related fields.
1. The working principle of Zhongkepeter high-pressure homogenizer.
The high-pressure homogenizer is a kind of equipment that uses high-pressure technology to homogenize, crush and emulsify materials. Its working principle is mainly to transport the material to the high-pressure homogenization chamber through the high-pressure pump, and under the action of high pressure, the cells and particles in the material are instantly broken, so that the particle size distribution of the material is more uniform. At the same time, due to the strong impact of high pressure, the fat globules, proteins and other components in the material can also be fully emulsified, so as to improve the stability of the product.
Second, the advantages of Zhongkepite high-pressure homogenizer in the wall breaking of lactic acid bacteria.
In terms of breaking the wall of lactic acid bacteria, the high-pressure homogenizer has the following advantages:
1.Efficient wall breaking: The high-pressure homogenizer can quickly and effectively break the cell wall of lactic acid bacteria and improve the release and extraction efficiency of intracellular substances by using the strong impact of high pressure.
2.Protection of beneficial bacteria: Compared with the traditional mechanical crushing method, the high-pressure homogenizer has less impact on the activity of beneficial bacteria when breaking lactic acid bacteria cells, and can maintain the biological activity and stability of lactic acid bacteria.
3.Uniform particle size: The particle size distribution of lactic acid bacteria treated by Zhongkepite high-pressure homogenizer is uniform, which is conducive to improving the quality and stability of the product.
4.Wide range of application: Zhongkepi high-pressure homogenizer is not only suitable for the wall-breaking treatment of lactic acid bacteria, but also can be applied to other materials that need to be broken and extracted, with a wide range of application.
3. Experimental process and conclusions.
In order to verify the application effect of the high-pressure homogenizer on the wall breaking of lactic acid bacteria, we conducted a series of experiments. The experimental results show that:
1.The high-pressure homogenizer can effectively break the cell wall of lactic acid bacteria and improve the extraction efficiency of intracellular substances. Compared with traditional mechanical disruption methods, high-pressure homogenization can disrupt lactic acid bacteria cells more quickly and evenly, thereby improving extraction efficiency.
2.The high-pressure homogenizer has little effect on the activity of beneficial bacteria when breaking lactic acid bacteria cells. Through comparative experiments, it was found that the biological activity of lactic acid bacteria treated with Zhongkepete high-pressure homogenizer was significantly higher than that of the traditional mechanical crushing method, indicating that the high-pressure homogenization method had little effect on the activity of beneficial bacteria.
3.The particle size of lactic acid bacteria treated by Zhongkepete high-pressure homogenizer is evenly distributed. Through the detection of the particle size of lactic acid bacteria after treatment, it was found that the particle size of lactic acid bacteria treated by Zhongkepite high-pressure homogenizer was evenly distributed, which was conducive to improving the quality and stability of the product.
4.The high-pressure homogenizer has a wide range of applications. Through experiments, it is found that the high-pressure homogenizer is not only suitable for the wall-breaking treatment of lactic acid bacteria, but also can be applied to other materials that need to be broken and extracted.
To sum up, the high-pressure homogenizer has the advantages of efficient wall breaking, protection of beneficial bacteria, uniform particle size and wide range of application in the wall breaking of lactic acid bacteria. Therefore, this technology provides a new solution for lactic acid bacteria to break the wall, helps to improve the quality and stability of products, and provides strong support for research and application in related fields.