enzymecode
MENU Close Home About Us News Honor Contact Us Feedback
Current Position: Home > News >Extraction of high purity phosphatidyl serine from non-GMO soybean
News

Extraction of high purity phosphatidyl serine from non-GMO soybean

Time:2024-02-23

The process of extracting high-purity phosphatidyl serine from non-genetically modified soybeans mainly includes the following steps:

Soybean Processing: Non-genetically modified soybeans are selected and crushed into small pieces for subsequent extraction processes.

Solvent Extraction: Using an appropriate solvent, such as ethanol or acetone, soybeans are extracted at a certain temperature and pressure.This process dissolves phosphatidyl serine and other lipid-soluble components from soybeans.

Separation and Purification: The extraction liquid undergoes centrifugation or filtration to remove solid impurities.Subsequently, a series of separation and purification steps, such as thin-layer chromatography, column chromatography, high-performance liquid chromatography, are employed to isolate phosphatidyl serine from other components.

Drying: The purified phosphatidyl serine is dried to obtain the final high-purity product.

During the extraction process, it is crucial to control parameters such as temperature, pressure, solvent type, and concentration to ensure the stability and purity of phosphatidyl serine.Additionally, due to the light and heat sensitivity of phosphatidyl serine, precautions should be taken to avoid light exposure and ensure low-temperature storage during extraction and storage.

Through these purification steps, the purity of phosphatidyl serine can be significantly elevated, ensuring its bioactivity and efficacy.As non-genetically modified soybeans are used as raw materials, the extracted phosphatidyl serine is guaranteed to be free from harmful genetically modified components.

Phosphatidyl serine is a crucial component in human cells, playing a vital role in maintaining brain function and the health of the nervous system.High-purity phosphatidyl serine exhibits enhanced bioactivity, making it effective in various applications, including food, dietary supplements, and pharmaceuticals.It particularly contributes to improving memory, enhancing attention, and alleviating stress.

While phosphatidyl serine extracted from non-genetically modified soybeans possesses these advantages, it is essential to follow product instructions or consult with a doctor for safe and effective usage.