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COGNIRINE™ Non-GMO Soy Phosphatidylserine 70 Plant-based phosphatidylserine ingredient derived from non-GMO soybean lecithin that supports cell signaling, membrane fluidity, and cognitive function. Product Code: PSSBP70 |
Garuda’s COGNIRINE™ Non-GMO Soy Phosphatidylserine 70 (PS 70%) is a premium, plant-based phosphatidylserine ingredient derived from non-GMO soybean lecithin. Standardized to 70% PS, COGNIRINE™ provides a highly pure, stable powder ideal for formulators creating cognitive health supplements, functional foods, brain support formulations, and performance nutrition products.
• Neuroprotective – Maintains healthy neural membranes and signaling.
• Stress & Mood Support – Helps support mental resilience and calm.
• Supports Physical Performance – May aid recovery and overall wellness in active individuals.
• Clean-Label Appeal – Non-GMO, allergen-conscious, ideal for modern consumer preferences.
• High Potency (≥70% PS) – Ensures effective and consistent dosage in formulations.
• Stable Powder Form – Light-yellow, free-flowing powder with low moisture (≤2%).
• Formulation Flexibility – Compatible with capsules, tablets, powders, functional foods, and beverages.
• Regulatory Compliance – Manufacturing under cGMP with full lot traceability and COA provided.
Phosphatidylserine (PS) derived from soy has been affirmed as Generally Recognized as Safe (GRAS) by the U.S. FDA for use in certain food and dietary supplement applications. In the European Union, soy-derived phosphatidylserine has been evaluated under the Novel Foods framework. Regulations may vary by market, so customers are advised to confirm local requirements prior to use in consumer products.
• Functional Foods & Beverages – Fortified nutrition products targeting brain support.
• Sports & Active Nutrition – Reducing exercise-induced stress and supporting recovery.
• Healthy Aging Formulas – Supporting long-term cognitive wellness.
• Nootropic Blends – Brain function and concentration-focused products.
Minimum two years in original sealed package under suggested storage conditions.
Revision Date: 09/04/2025