✨Exclusive offer: Get 10% off on your first orders. Code: WELCOME10.✨

Pure Encapsulations  |  SKU: 766298002231

PS 100 60 Veggie Caps

$77.80 USD
Shipping calculated at checkout.

Shipping & Return

Shipping
Shipping and handling charges are a flat rate of $4.95 for all Standard Shipping method orders and FREE for orders over $25 within the contiguous U.S. only, excluding Hawaii, Alaska & Puerto Rico.

30 Day Hassle Free
Returns
If you’re not satisfied with our product, simply contact us and we’ll give you a full, 100% hassle-free refund.

Description

PS100 , Phosphatidylserine, is a phospholipid found in all cells, but is most concentrated in brain cells. This familiarly-called brain nutrient, supports cognitive function, emotional well-being and behavioral performance by restoring cell membrane composition. It has also been shown to support memory. In a double blind placebo controlled multicenter study of 425 individuals, daily supplementation of phosphatidylserine over six months resulted in statistically significant support of behavioral and cognitive parameters. In another six-month study of 40 individuals, phosphatidylserine supplementation enhanced cerebral metabolism and outcomes of cognitive training. These findings are consistent with earlier studies. In a placebo- controlled investigation of 149 subjects, the group receiving phosphatidylserine scored higher than placebo in performance tests related to memory tasks of daily life. In a trial of 35 subjects, those receiving phosphatidylserine exhibited behavioral support after six months. Pure Encapsulations unique formula contains 95-98% phosphatidylserine, the highest concentration available. Supports mental function Standardized Phosphatidylserine Dietary Supplement Consumption of Phosphatidylserine may reduce the risk of dementia in the elderly. Very limited and preliminary scientific research suggests that Phosphatidylserine may reduce the risk of dementia in the elderly. Phosphatidylserine supports mental acuity, memory, and healthy phospholipid balance in cell membranes.

Reviews