Water-Soluble Phosphatidylserine Powder

INNOVATIVE SOLUTIONS

moleQ® PS - Water-Soluble
Phosphatidylserine Powder

Phosphatidylserine (PS) is a well-researched phospholipid known for its role in cognitive support, including maintaining brain function and mitigating age-related cognitive decline. Conventional PS faces a key limitation: poor water solubility. This property reduces bioavailability and restricts its use in powdered supplements, functional foods, and solid beverages, ultimately limiting its effectiveness. Improving PS solubility is critical for expanding formulation possibilities and maximizing its physiological impact.

moleQ® PS addresses these challenges with a water-soluble formulation that forms a homogeneous, stable solution. This enhanced solubility enables more efficient absorption and higher bioavailability across a variety of delivery systems, from beverages to powdered supplements. By unlocking the full potential of PS, moleQ® PS supports cognitive health more effectively and broadens application flexibility for product developers.

moleQ® PS – Water-Soluble Phosphatidylserine Powder

Under the same 24-hour static conditions, regular PS forms precipitates, whereas moleQ® PS maintains excellent dispersion stability in solution.

Features

Memory improvement – Proved by Zebrafish Study

In zebrafish’s activity performance experiment, both moleQ® PS and regular PS improve zebrafish mobility and reduce AlCl₃-induced dementia symptoms, enhancing memory and anti-AD effects. moleQ® PS outperforms regular PS due to its advanced water-soluble technology, which boosts bioavailability.

Key Advantages of moleQ® PS:

  • Enhanced Solubility – Forms a stable aqueous solution for versatile formulations.

  • Improved Bioavailability – Facilitates efficient cellular uptake for maximum cognitive support.

  • Diversified Application – Compatible with powders, beverages, and functional food matrices.

Available Grades: moleQ® Water-Soluble Powder (20 – 60%)

Applications

Powder

Gummies

Liquid

Tablets

Encapsulation