Phosphatidylserine

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Phosphatidylserine has a beneficial effect on the functions of the central nervous system, such as attention, perception, memory and association. Phosphatidylserine has a positive effect on glucose metabolism in the brain, from numerous clinical trials it appears that phosphatidylserine affects cognitive ability. Taking phosphatidylserine allows to mitigate negative changes in the area of memory and concentration.

Cenacchi T, et al Cognitive decline in the elderly: a double-blind, placebo-controlled multicenter study on efficacy of phosphatidylserine administration. Aging (Milano). (1993)

Lisiecka J., Androsiuk J., Perkowski R., Sokołowski R., Ciesielska N., Nowak K., Kędziora-Kornatowska K. Effect of dietary supplements on the improvement of cognitive functions in the elderly. Gerontology Poland 2016; 24: 64-70

THIAMINE (200mg)

Independent studies have confirmed that thiamine is involved in the formation of myelin sheaths. Taking appropriate doses of thiamine is necessary to protect the nerves from damage and to ensure the proper quality of neurotransmission.

BIOTIN (50mg)

Biotin is essential for the proper course of myelin synthesis. According to clinical trials, adequate doses of biotin have been shown to improve disability according to the EDSS scale measuring the degree of motor impairment.

CHOLINE(150mg)

Choline is a natural organic compound, when crossing the blood-brain barrier, has a positive effect on the central nervous system. It also allows you to maintain the normal condition of neurons and what’s important affects the development of new cells.

GOTU KOLA (100mg)

Gotu Kola has healing properties such as axonal renewal capacity, enhancement of cellular oxidative defense mechanism and increase of brain efficiency.

PHOSPHATIDYLSERINE (20mg)

Phosphatidylserine regenerates damaged cells and slows down the aging processes of the brain, as well as has beneficial effects on the central nervous system, such as attention, perception and memory.

BACOPA MONIERI (20mg)

Bacopa is responsible for synaptic communication based on faster transmission between synapses and nerve cell receptors. It stimulates the production of serotonin.