Not all omega supplements are created equal. In clinic, the difference usually comes down to which omega-3 forms are in the product, whether the body can use them directly, and how consistently clients take them. Here’s a clear breakdown you can use when recommending omegas for skin health.
Why omegas matter in skin practice
Omegas are fatty acids that support cell membranes and the skin barrier. In practical terms, this can influence how skin holds moisture, responds to environmental stress, and settles during periods of dryness or sensitivity. Two types matter most in skin conversations: omega-3 and omega-6. They’re considered “essential” because the body can’t make the key forms on its own, so intake must come from diet and/or supplementation.
Omega-3: the professional distinction (ALA vs EPA/DHA)
Omega-3 is a family of fatty acids. From a skin-results perspective, the most important question is whether a supplement provides omega-3 as:
- ALA (Alpha-Linolenic Acid) – a precursor form commonly found in plant oils (for example flaxseed and chia), or
- EPA (Eicosapentaenoic Acid) and DHA (Docosahexaenoic Acid) – the long-chain omega-3s the body can use directly.
Many plant oil omega supplements provide primarily ALA. ALA can be converted into EPA and DHA, however this conversion step is often inefficient and varies widely between individuals. In practice, this means some clients do well on ALA-based products, while others see minimal change.
Where do “EFAs” fit in?
EFA stands for Essential Fatty Acids – fats the body can’t make on its own and therefore must come from diet or supplementation. The term “EFA supplement” is often used to describe formulas built around essential fats such as omega-3 and omega-6, frequently sourced from plant oils.
ALA is a type of essential fatty acid (an omega-3 precursor), but the terms aren’t interchangeable: EFA is a broad category, while ALA is one specific fatty acid within it. Many “EFA-style” supplements rely on ALA (and other plant-based fatty acids) and therefore depend on individual conversion to EPA and DHA if the goal is to increase long-chain omega-3 levels.
Marine omega supplements (fish oil) provide EPA and DHA directly, meaning there’s no conversion step required. For clinics recommending omegas primarily for skin outcomes, direct EPA/DHA delivery is often the more predictable option, particularly for clients who are dry, sensitised, inflamed, or barrier-compromised.
Important nuance: vegan omegas can also provide EPA/DHA (what to check)
Not all “plant-based” omega supplements are the same. Some vegan omega products use algal oil (from microalgae) and can provide EPA and/or DHA directly, similar to marine sources. That said, algal formulas can vary widely in their EPA:DHA balance, which matters depending on your goal.
What to check on the label:
- Does it list EPA and DHA separately (in mg)? If it only lists “omega-3” without an EPA/DHA breakdown, it’s hard to know what you’re actually getting.
- Is it DHA-dominant or EPA-balanced? Many algal products are heavily DHA-focused (designed for general wellness), and may contain very little EPA.
- For skin outcomes, clinics often prefer formulas that provide meaningful EPA alongside DHA, as EPA is commonly associated with inflammation balance and barrier support, while DHA plays a more structural role.
Example: a vegan algal omega may list a high DHA number but only trace EPA (for instance, around 1000mg DHA with 10mg EPA). That can be a great DHA supplement, but it’s not necessarily a like-for-like alternative to a skin-targeted omega formula that delivers a more meaningful EPA dose.
For comparison, two soft gels of Advanced Nutrition Programme™ Skin Omegas+ provide EPA 356mg and DHA 238mg, alongside evening primrose oil (a source of omega-6 fatty acids, including GLA).
Omega-6: why GLA (evening primrose oil) matters for skin
Omega-6 fatty acids also play a role in barrier function, and one of the most skin-relevant forms is GLA (Gamma-Linolenic Acid). GLA is commonly used to support skin comfort, hydration, and barrier integrity, particularly when skin feels dry or out of balance. Evening primrose oil is a well-known source of GLA, which is why it’s often paired with omega-3s in skin-focused formulations.
Skin Omegas+: a skin-targeted omega formula
Advanced Nutrition Programme™ Skin Omegas+ combines direct EPA and DHA delivery (omega-3) with GLA (omega-6 from evening primrose oil), plus Vitamin A which contributes to the maintenance of normal skin. This combination is designed to support skin barrier function, hydration and overall skin resilience, making it a strong option for clinics wanting a skin-specific omega supplement.
What results can clients expect?
Omegas support the skin gradually, because they work at the level of cell membranes and barrier function. Encourage clients to take their supplement consistently and allow a meaningful trial period. Many clinics assess progress over 8–12 weeks, particularly for dryness, barrier comfort, and overall skin balance.
How to choose the right omega supplement (a simple clinic checklist)
- If your goal is skin results, prioritise a product that lists EPA and DHA amounts (direct delivery, no conversion required).
- If the product lists ALA only, set expectations that results may be more variable because it relies on individual conversion to EPA/DHA.
- If the client is vegan, look for algal oil products that provide EPA/DHA directly (rather than plant oils that only provide ALA).
- Consider the full formula: omega-3 (EPA/DHA) plus skin-relevant omega-6 (GLA) can be a strong combination for barrier-focused support.
Why quality matters
Omega-3 oils can be prone to oxidation (freshness matters). When selecting an omega supplement for long-term use, look for evidence of quality testing and stability standards, along with clear labelling of the omega-3 forms and amounts provided.
Becoming a stockist
If you’re interested in partnering with Advanced Nutrition Programme™ or would like support with staff education and clinical recommendation, please contact our team or reach out to your local Business Development Manager.
