Phosphatidylserine (Noval PS®)

Memory Support

Cognitive Function

Focus

Mental Clarity

Stress Reduction

Scientific Name: Phosphatidylserine
Category: Amino Acids and Peptides
Country of Origin: USA

Phosphatidylserine (Noval PS®) is a clinically researched phospholipid found naturally in the brain. It plays a key role in supporting memory, focus, and mental clarity by promoting optimal cellular function and neurotransmission. In Mind Edge, Phosphatidylserine enhances cognitive performance, supports mental clarity, and helps reduce the effects of stress on cognitive function, contributing to a sharper, more focused mind.

What It Helps With

Visible improvements you can rely on to optimise wellness and support natural function.

Memory Support

Supports memory recall and retention, enhancing overall cognitive performance.

Cognitive Function

Promotes healthy brain function, helping with focus and mental clarity.

Focus Enhancement

Improves concentration and attention span, supporting sustained mental energy.

Stress Reduction

Helps buffer the negative effects of stress on cognitive performance and mood.

Why we use it

We use Phosphatidylserine (Noval PS®) for its ability to support memory, focus, and mental clarity. In Mind Edge, this ingredient works to enhance cognitive performance by supporting optimal brain function, reducing stress, and promoting sustained focus, making it an essential component of a sharper, more balanced mind.

The science behind it

Phosphatidylserine is a naturally occurring phospholipid that is essential for the structure and function of brain cells. It plays a critical role in the communication between brain cells, supporting the transmission of neurotransmitters and overall cognitive function. Phosphatidylserine supplementation has been shown to support memory, focus, and mood, and to counteract stress by helping regulate cortisol levels. Its ability to improve brain cell function makes it a powerful ingredient for mental clarity and cognitive health.

Built Into The Formula

Phosphatidylserine (Noval PS®) anchors Mind Edge's formula, bringing a clinically researched phospholipid to the product's core memory and cognitive-clarity positioning.

EXPLORE PRODUCT

Explore the Science of Phosphatidylserine

Phosphatidylserine makes up a significant portion of brain cell membranes, where it plays a structural role in cell-to-cell communication. Its importance in neuronal signalling has made it one of the more established nutrients in cognitive nutrition research.

Find Out More About Phosphatidylserine

Frequently Asked
Questions

Branded ingredients are standardised, traceable, and backed by defined active markers. This ensures consistency across batches and greater formulation precision. Instead of relying on generic raw materials, Siha selects registered ingredients with controlled sourcing, documented quality standards, and measurable inclusion levels for transparency.

A standardised extract contains a defined concentration of active compounds. For example, extracts like Herbagut® or Shoden® are calibrated to specific bioactive markers. This reduces variability and supports consistent formulation design, rather than depending on unpredictable botanical potency.

Some nutrients are sensitive to oxidation or degradation. Oil-based beadlet delivery helps protect these actives from instability before consumption. Delivery science influences how ingredients remain intact, allowing more reliable inclusion and measured absorption within structured daily use.

Plant-based omega-3 from marine algae provides EPA and DHA directly, without marine intermediaries. This eliminates reliance on fish sources while maintaining defined fatty acid inclusion. It also aligns with vegetarian preferences and supports controlled sourcing standards.

Botanicals often provide phytochemical complexity, while amino acids contribute structural or metabolic roles within the body. Combining both allows formulations to address multiple pathways simultaneously, supporting balance and alignment rather than focusing on a single compound approach.