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PS mainly has the following functions:
1. Improve memory and delay brain fatigue
The nerve cell membrane contains a large amount of PS, which plays an important role in the maintenance, repair, and function of nerve cells. The main functions of PS on the central nervous system include stimulating the release of dopamine, increasing the production of neurotransmitter acetylcholine, enhancing brain glucose metabolism, reducing the level of hydrocortisone, and enhancing the activity of nerve growth factors. Lack of neurotransmitters can cause memory decline and difficulty concentrating. Supplementing with PS can alter the fluidity of nerve cell membranes and restore the release of repairing neurotransmitters. Phosphatidylserine can increase the number of brain spikes, the fluidity of brain cell membranes, and promote glucose metabolism in brain cells, thereby making brain cells more active.
2. Improving ADHD in children
Attention Deficit Hyperactivity Disorder (ADHD) is a common psychological disorder in children, characterized by a lack of focus, excessive physical activity, impulsivity and stubbornness, which can affect learning. The causes of ADHD in children are not only genetic factors, but also insufficient levels of neurotransmitters in the brain, brain damage, and malnutrition. Phosphatidylserine is a major component of the nervous system that nourishes and activates various enzymes in the brain, slows down the reduction of neurotransmitters, repairs brain damage by flipping to the extracellular side, and eliminates harmful substances.
3) Competitive Sports Nutrition
Phosphatidylserine can inhibit the production of cortisol and creatine kinase in the body, increase the level of testosterone in the blood, accelerate recovery after training, improve athletic training efficiency, and enhance athletic performance. Exogenous PS may maintain ion balance in the body during prolonged exercise by increasing enzyme activity, thereby delaying the occurrence of exercise-induced fatigue.
PS mainly has the following functions:
1. Improve memory and delay brain fatigue
The nerve cell membrane contains a large amount of PS, which plays an important role in the maintenance, repair, and function of nerve cells. The main functions of PS on the central nervous system include stimulating the release of dopamine, increasing the production of neurotransmitter acetylcholine, enhancing brain glucose metabolism, reducing the level of hydrocortisone, and enhancing the activity of nerve growth factors. Lack of neurotransmitters can cause memory decline and difficulty concentrating. Supplementing with PS can alter the fluidity of nerve cell membranes and restore the release of repairing neurotransmitters. Phosphatidylserine can increase the number of brain spikes, the fluidity of brain cell membranes, and promote glucose metabolism in brain cells, thereby making brain cells more active.
2. Improving ADHD in children
Attention Deficit Hyperactivity Disorder (ADHD) is a common psychological disorder in children, characterized by a lack of focus, excessive physical activity, impulsivity and stubbornness, which can affect learning. The causes of ADHD in children are not only genetic factors, but also insufficient levels of neurotransmitters in the brain, brain damage, and malnutrition. Phosphatidylserine is a major component of the nervous system that nourishes and activates various enzymes in the brain, slows down the reduction of neurotransmitters, repairs brain damage by flipping to the extracellular side, and eliminates harmful substances.
3) Competitive Sports Nutrition
Phosphatidylserine can inhibit the production of cortisol and creatine kinase in the body, increase the level of testosterone in the blood, accelerate recovery after training, improve athletic training efficiency, and enhance athletic performance. Exogenous PS may maintain ion balance in the body during prolonged exercise by increasing enzyme activity, thereby delaying the occurrence of exercise-induced fatigue.
