ARA
Arachidonic acid
High-quality ARA for consistent and compliant infant formula applications
Arachidonic acid, ARA, is a long-chain polyunsaturated fatty acid naturally present in human milk and widely used in infant formula. As part of balanced lipid strategies alongside DHA, ARA is commonly included in early life nutrition formulations.
In the European infant nutrition market, quality and consistency are essential, particularly in a context of ongoing scientific evaluation and regulatory oversight. Our ARA solutions are developed to support consistent formulation work, regulatory alignment and transparent documentation.
Consistency you can rely on
Infant formula requires clearly defined ingredient specifications. Our ARA offering supports:
- High purity and batch-to-batch consistency
- Comprehensive documentation and traceability
- Alignment with European regulatory requirements
- Reliable supply continuity
By combining strict quality standards with technical expertise, we support manufacturers in maintaining stable fatty acid composition and compliant formulations.
Aligned with ongoing scientific research
Recent European clinical research continues to evaluate DHA[link to Solutions page] and ARA supplementation strategies in early life nutrition. This ongoing research underscores the importance of balanced lipid approaches and dependable ingredient quality.
Read more about recent European clinical research on DHA and ARA in our latest Insight.
Supporting responsible infant nutrition
At Vaneeghen, we connect science-backed ingredients with manufacturers across Europe. Our approach to ARA combines quality assurance, transparency and collaborative technical support to help bring safe, consistent and compliant infant nutrition products to market.
Related lipid ingredients for infant nutrition
Balanced lipid composition in infant formula typically includes both arachidonic acid (ARA) and docosahexaenoic acid (DHA), two long-chain polyunsaturated fatty acids naturally present in human milk. Explore our DHA solutions to learn how we support reliable fatty-acid composition in infant formula.