News

Increase NAD+ levels in the brain by supplementing NMN, In June 2019, the University of Oklahoma published a study:

Glutathione (GSH) is one of the most important antioxidants in the cellular antioxidant system. Studies have shown that the absence of GSH disrupts the redox homeostasis of cells, leads to the accumulation of ROS, and eventually triggers cell damage and even death.

As the precursor of NAD+, NMN synthesizes NAD+ through the NAD+ salvage synthesis pathway in cells.

Citicoline can increase the synthesis of neuronal cell membrane phospholipids, and has anti-apoptotic and neuroplastic effects in cerebral ischemia.

A large number of studies have confirmed that topical application and introduction of tranexamic acid and glutathione are good ways to improve chloasma.

NMN slows down the aging process of the body by regulating cell function and delaying the aging process of cells.

Patients with middle cerebral artery stenosis have different degrees of cognitive impairment before or after cerebral infarction, and citicoline sodium tablets can improve cognitive impairment.

Glutathione and tumors, the direct cause of tumor death is not due to tumors, many reasons are due to malnutrition. Glutathione not only emphasizes the supplement of macronutrients but also is a good micronutrient supplement, and can achieve the effect of anti-oxidation (ROS).

Since sirtuins depend on NAD+ to function, efforts have been made to enhance sirtuin activity through NAD+ enhancing methods.

The use of citicoline eye drops, as an additional treatment besides lowering IOP, can effectively slow down the progression of optic nerve damage.

As a special nutrient substance in nutritional support and treatment, biologically active polypeptide has high clinical application value.

Many previous studies have shown that NMN has a protective effect on the brain and can improve cognitive dysfunction.

Citicoline sodium is a common neuroprotective agent, which can repair and protect nerve cells and improve energy metabolism in the brain. It is widely used clinically in neurology, ophthalmology, rehabilitation, geriatrics, ENT and other departments.

Research on glutathione (GSH) in animal production mainly focuses on improving the antioxidant performance, growth performance, stress resistance and reproductive ability of animals.

These data demonstrate that increasing NAD+ with NMN can suppress the inflammation that leads to lung damage.

Reduced glutathione, that is, γ-glutylcysteinylglycine, as a non-protein sulfhydryl molecule, has a strong ability to donate electrons or proton hydrogen.

Exogenous citicoline can be used as an exogenous source of choline for the synthesis of acetylcholine.