Imported Phosphatidylserine,Pharmaceutical Raw Materials

Phosphatidylserine holds significant promise in the medical field. Research has shown that levels of phosphatidylserine in the brains of Alzheimer’s patients are notably lower, and supplementation may help improve brain function and alleviate Alzheimer’s symptoms. Preliminary clinical trials also indicate that it may positively impact memory improvement and cognitive enhancement.  

Phosphatidylserine is highly concentrated in the membrane structure of brain nerve cells. Its asymmetric distribution is essential for maintaining normal cellular physiological functions. Supplementing phosphatidylserine can promote neurotransmitter release and enhance brain signal transmission, thereby improving memory, attention, and cognitive agility.  

In the central nervous system, phosphatidylserine plays a critical role, including promoting dopamine release and increasing the production of acetylcholine, making it a key player in the treatment of neurological diseases like Parkinson’s disease.  

By regulating neurotransmitter and hormone levels, phosphatidylserine helps alleviate symptoms in patients with depression. It can reduce cortisol levels and enhance the activity of nerve growth factors, thereby improving the survival and functionality of nerve cells.  

Phosphatidylserine's position in the cell membrane profoundly influences cell survival, growth, proliferation, and cancer-related symptoms. Targeted therapies focusing on phosphatidylserine are considered a cutting-edge strategy in cancer treatment.  

Scientists have developed various phosphatidylserine-targeted drugs, such as Bavituximab, for cancer therapy. These drugs have been shown to be effective against a variety of solid tumors, including lung cancer, hepatocellular carcinoma, breast cancer, and pancreatic cancer, with relatively fewer side effects.  

Beyond its therapeutic potential, phosphatidylserine is widely applied in the field of nutrition. As a dietary supplement, it is used to improve mood, enhance cognitive function, and boost athletic performance.  

Phosphatidylserine regulates the function of the HPA axis, reduces cortisol secretion, and alleviates stress and anxiety. It also enhances stress resilience and helps mitigate the physiological stress caused by excessive exercise.  

Additionally, phosphatidylserine is involved in critical physiological processes such as blood clotting, myocyte fusion, and T lymphocyte activation. It plays an important role in maintaining the fluidity and permeability of cell membranes.  

A deficiency of phosphatidylserine can lead to dysfunction of the cell membrane, subsequently affecting normal cellular physiological functions. Thus, proper supplementation of phosphatidylserine helps maintain the structural integrity and functionality of cells.  

As research into the mechanisms of phosphatidylserine advances and further clinical trials are conducted, the scope of its medical applications will continue to expand.  

Phosphatidylserine exhibits extensive potential in the medical field, not only in the treatment of neurological diseases and cancer but also in the field of nutrition. In the future, with deeper research and technological advancements, the prospects for phosphatidylserine applications will become even broader.