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  • The importance of Omega-3 DHA for pregnant women and growing children...

  • The Dark Side of Fish Oil

  • What the fish oil industry doesn't want you to know...

  • Omega 3-6-9 vs Omega 3

  • Find out why Omega-3-6-9 supplements are best avoided...

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  • Omega-3 - Types of Omega-3

    a molecule of omega-3 ala


    Alpha-linolenic acid - ALA is the most common Omega-3 in the diet and is easily found in plant sources. However, it cannot be used by the body directly and must be converted into the more useful forms of EPA and DHA. Without the conversion, the body will just use ALA for energy.

    Found in: Plant sources such as dark leafy greens, nuts and seeds.

    a molecule of omega-3 epa


    Eicosapentaenoic acid - EPA is a useful molecule for the body and has been shown to have anti-inflammatory effects. On average, around 5% of the ALA consumed is converted into EPA.

    Found in: Marine sources such as fish, krill and algae. 

    a molecule of omega-3 dha


    Docosahexaenoic acid - DHA is the real superstar of the Omega-3 family. Like EPA, it has an anti-inflammatory effect but additionally, is an important structural component of the skin, brain and eyes. DHA has been shown to have many health benefits, however, only around 0.5% of any ALA consumed gets converted into DHA.

    Found in: Marine sources such as fish, krill and algae.

    DHA is responsible for most of the benefits of Omega-3. Most vegetarian sources - such as flaxseed - only contain ALA and no DHA.

    Not all Omega-3 is equal

    Most of the benefits of Omega-3 come from DHA. Unfortunately, the human body is terrible at creating its own DHA - in fact, it's estimated that only around 0.5% of any ALA consumed gets converted into DHA. This means that when we eat seeds and nuts (which only contain ALA), only a tiny amount actually gets converted into DHA.

    EPA is less important as the body can convert some of the DHA back into EPA if it needs to.

    a diagram showing the poor conversion rate from ALA to EPA and DHA