So far, Phosphatidylserine has undergone extensive research indicating that it works through the nerve cell membranes. It assists in the optimization of the functions of the cell, including homeostatic, maintenance, and specialized processes that are unique to the nerve cell.To get more news about phosphatidylserine nootropic stack, cofttek official website is the best place for you.

Phosphatidylserine and other phospholipids help in holding the cell membranes together. They are packed side to side, forming a two-layer structure that holds proteins and other membrane constituents in place. Studies done on rodents showed that Phosphatidylserine works by;

Rejuvenating adaptive behaviors, including learning.
It improves glucose utilization and synaptic efficiency in the body.
Reversal of the EEG patterns.
Works by reversing the nerve network decline.
It boosts the nerve transmitters, i.e., acetyl-choline, tyrosine hydroxylase activity, dopamine release, and catecholamine turnover.
It resets lagging circadian and estrus rhythms.
Phosphatidylserine is usually present in every cell type, and although it has proven to work best in the nerve cells, it also helps in improving one’s immunity. That is by facilitating the recycling of old cells. Usually, red blood cells become less rigid, and this makes them incapable of passing through the narrow capillaries, making them need replacement.

Consequently, membrane enzymes transfer Phosphatidylserine from its normal position, which is the inner half of the membrane to the outer half. That acts as a signal to the circulating immune cells to get rid of the aged red blood cells from circulation.

Phosphatidylserine has also been linked with membrane phenomena which are involved in the bone matrix formation, signal transduction in the heart, testicular function and secretion by the adrenal glands.