Arachidonic acid (AA) is a polyunsaturated omega-6 fatty acid (20:4, ω‑6) essential in cell membranes and a precursor for eicosanoids—regulatory molecules like prostaglandins, leukotrienes, and thromboxanes that mediate inflammation, immunity, vascular tone, and more .
Read More Info: https://www.wantstats.com/charts/russia-arachidonic-acid-market-outlook-170130
Regulatory framework in Russia
Novel food / food additive status
Unlike the EU, Russia doesn’t currently classify AA itself
as a food additive or regulated ingredient. No AA-specific regulations appear
in Russian food additive lists (as per EEU EurAsEC harmonization, which Russia
follows).
Infant formula and medical nutrition
No publicly available Ukrainian or Russian standards
specifying AA inclusion levels in infant formula akin to EU's mandates.
Russia typically adopts WHO/FAO Codex guidelines, which
discuss essential fatty acids broadly, but explicit AA inclusion isn't
mandated. Local technical regulations (e.g., TR TS 033/2013 for dairy and
infant foods) refer to “omega-6 polyunsaturated fatty acids” without specifying
AA.
Research landscape in Russia
A. Analytical and biochemical studies
- Russian
researchers (e.g., Moscow State University and RUDN) utilize AA to study
inflammation and eicosanoid biosynthesis, including deuterated AA to
control inflammatory mediator production in vitro .
B. Nutritional and aquaculture applications
- Studies
explore AA in fish nutrition (e.g., pikeperch performance in cage farming)
and its relevance for polyunsaturated fatty acid balance in aquaculture .
C. Functional foods and dietary products
- Russian work on functional foods—for example, yoghurts from mare’s milk—has demonstrated elevated AA alongside other PUFA, highlighting nutritional interest in AA‐rich products .
Health & clinical
relevance
- AA
plays a key role in reproductive health, neural development, inflammation,
and immunity—topics under study within Russian academia.
- While
Russian-specific clinical trials are limited, global research underscores
AA’s importance in pregnancy, fetal growth, and inflammatory responses .
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