What is PS?
Phosphatidylserine (Phosphatidylserine) is also called compound nervonic acid. Referred to as PS, it is extracted from the residue of natural soybean oil extraction. It is the active substance of cell membrane, especially in brain cells. It is important for brain health.
*Japan's brain health market has been developing since the 21st century
* Korea Exam group that attracts attention, and the aging silver-haired group
Increasing aging society
*Increased social pressure
Why need PS？
Distributed on all cell membranes. Food sources are mainly meat products, dairy products and
Low in fruits and vegetables.
About 15% Phosphatidylserine of human body lies in brain phospholipids.
It exists inside the cell and is involved in repairing and removing damaged cells
The synthesis in the body needs to be achieved through the exchange of groups between phospholipids,
Older people are prone to insufficient synthesis
In modern diets features low fat and high protein, more greens changes have led to a severe reduction in PS intake
Improve memory for the elderly, prevent and relieve Alzheimer's
Improve concentration and concentration for adolescents and adults
Promote brain growth in children and relieve children's ADHD
* EXPERIEMENT of phosphatidylserine
A population test on the memory-improving effect of fortified phosphatidylserine pure milk
Participants: 120 students aged 17-18 in a middle school, 60 men and women each
Method: 50% pure PS raw material is added to pure fresh milk at a ratio of 0.08%,
The PS milk is made by UHT, 250ml is taken daily for 40 days, double-blind test.
Result: The testee's memory is significantly improved
Subject: 59-year-old female patient with Alzheimer's disease, taking 500mgPS daily for three weeks
Method: using PET electrons can only be used for radiological examination to detect the glucose metabolism in the brain
Result: eating PS can repair aging brain nerve cells
Phosphatidylserine improves nerve cell membrane
Function to improve brain function:
①Repair damaged brain nerve cells
②Increase the density of dendrites
③Promote the production of nerve growth factor