Arctic Ruby Oil | A Different Kind of Marine Nutrition
Arctic Ruby Oil • Calanus finmarchicus

Your Body Doesn’t Need Another Ordinary Fish Oil.

Arctic Ruby Oil gives you a different kind of marine nutrition—omega‑3s carried in wax esters, naturally occurring marine policosanols, and fatty acids connected to the body’s own metabolic signaling pathways.

Discover Arctic Ruby Oil Why It’s Different
A concise companion to the IJAT article—benefit-led, with the research underneath the claims.
Why This Matters to You

It’s not just about getting omega‑3. It’s about the form it comes in.

Most omega‑3 products ask you to focus on one number: milligrams of EPA and DHA. Arctic Ruby Oil starts with a different question—what if the natural lipid package matters too?

1

Support Healthy Metabolism

Calanus oil has been studied in humans for glucose homeostasis, insulin-related markers and body composition.

2

Build Your Omega‑3 Status

Human research shows that EPA and DHA from wax‑ester-rich Calanus oil are bioavailable and raise the Omega‑3 Index.

3

Get More Than EPA + DHA

Wax esters naturally pair fatty acids with long-chain fatty alcohols—marine policosanols—creating a broader marine lipid matrix.

Wax esters are what make Arctic Ruby Oil fundamentally different.

In Calanus finmarchicus, more than 80% of the oil can occur as wax esters: fatty acids naturally linked to long-chain fatty alcohols.

1 • Wax Esters + Omega‑3 Uptake

Give your body omega‑3 in the form Calanus naturally stores it.

Your supplement only matters if your body can use it. Human studies show that the EPA and DHA found in Calanus oil are bioavailable—and that regular intake can increase the Omega‑3 Index.

Science behind the benefit: A 2023 randomized 12‑week study found that Calanus oil, fish oil and krill oil all increased omega‑3 status, with comparable bioavailability across the three marine oils.
2 • GPR120 + GLP‑1 Biology

Your body already has a metabolic “fat sensor.” Omega‑3s can talk to it.

GPR120—also called FFAR4—is a receptor that senses long-chain unsaturated fatty acids, including omega‑3s such as EPA and DHA. That matters because GPR120 is involved in metabolic signaling, insulin sensitivity and gut-hormone biology.

Arctic Ruby OilWax‑ester marine lipids
EPA + DHALong-chain omega‑3 fatty acids
GPR120 / FFAR4A fatty-acid sensing receptor
GLP‑1 PathwayPart of normal gut metabolic signaling

Experimental research has shown that activating GPR120 with long-chain fatty acids can promote GLP‑1 secretion. GLP‑1 is one of the body’s normal gut hormones involved in glucose regulation, insulin signaling and satiety.

What this means for you: Arctic Ruby Oil supplies omega‑3 fatty acids that are known ligands for GPR120, giving your body nutrients associated with a real metabolic signaling pathway—not a stimulant.
3 • Marine Policosanols

When the wax ester is digested, you get more than fatty acids.

Wax esters are built from two parts: a fatty acid and a long-chain fatty alcohol. Those long-chain fatty alcohols are often referred to as marine policosanols.

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A naturally broader lipid profile

You are not taking an isolated EPA/DHA concentrate; you are taking the lipid package naturally produced by Calanus.

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A possible explanation for Calanus-specific effects

Preclinical research found that the metabolic effects of Calanus wax esters could not be explained by omega‑3 content alone.

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An emerging area of research

Marine fatty alcohols are scientifically interesting, but their specific effects in humans still need more direct clinical study.

Fish oil mostly gives you fatty acids. Calanus naturally gives you fatty acids + marine fatty alcohols together.

That is the wax‑ester difference—and one reason Arctic Ruby Oil should not be judged only by the EPA/DHA number on the label.

Your Daily Goal

Support the metabolic machinery you already have.

Arctic Ruby Oil is not a quick-fix stimulant. Its value is in providing a distinctive marine lipid matrix that supports healthy omega‑3 status and has been investigated for metabolic function in human clinical research.

4 • Metabolic Support

Why this matters when metabolic health becomes harder to maintain.

Healthy metabolism depends on how well your body responds to nutrients, manages glucose, uses insulin and moves energy through tissues. Calanus oil has now been studied directly in people with impaired metabolic health—not just in laboratory models.

Human research: A 2022 randomized study reported improvements in several measures related to glucose homeostasis and insulin resistance after 12 weeks of Calanus oil. A larger 2025 randomized, placebo-controlled trial found improvements in glucose homeostasis in selected groups, with effects varying by dose, lifestyle intervention and baseline insulin-resistance status.
The Evidence, Without the Lecture

Why Arctic Ruby Oil deserves a place in your daily routine.

12 weeksOmega‑3 uptake confirmed

Calanus oil increased omega‑3 status in randomized human research.

Human trialsMetabolic markers studied

Researchers have examined glucose homeostasis, insulin resistance and body composition.

Wax estersMore than EPA + DHA

Calanus provides omega‑3 fatty acids together with long-chain marine fatty alcohols.

A Different Kind of Omega‑3

Don’t just add more fish oil. Give your body something fundamentally different.

Arctic Ruby Oil combines bioavailable omega‑3s, a natural wax‑ester structure and marine policosanols in one Arctic marine oil—while supporting the metabolic pathways that have become the focus of growing human research.

Discover Arctic Ruby Oil See the Research
Scientific References

Selected research supporting the page

  1. Cook CM, Larsen T, Derrig LD, Kelly KM, Tande KS. Wax Ester Rich Oil From the Marine Crustacean, Calanus finmarchicus, is a Bioavailable Source of EPA and DHA for Human Consumption. Lipids. 2016;51(10):1137–1144. PubMed
  2. Vosskötter F, Burhop M, Hahn A, Schuchardt JP. Equal bioavailability of omega‑3 PUFA from Calanus oil, fish oil and krill oil: a 12‑week randomized parallel study. Lipids. 2023;58(3):129–138. Journal
  3. Burhop M, Schuchardt JP, Nebl J, et al. Marine Oil from C. finmarchicus Enhances Glucose Homeostasis and Liver Insulin Resistance in Obese Prediabetic Individuals. Nutrients. 2022;14(2):396. PubMed
  4. Kerlikowsky F, Bartsch M, Jonas W, Hahn A, Schuchardt JP. Calanus Oil and Lifestyle Interventions Improve Glucose Homeostasis in Obese Subjects with Insulin Resistance. Marine Drugs. 2025;23(4):139. Journal
  5. Höper AC, Salma W, Sollie SJ, et al. Wax Esters from the Marine Copepod Calanus finmarchicus Reduce Diet-Induced Obesity and Obesity-Related Metabolic Disorders in Mice. J Nutr. 2014;144(2):164–169. PubMed
  6. Hirasawa A, Tsumaya K, Awaji T, et al. Free fatty acids regulate gut incretin glucagon-like peptide‑1 secretion through GPR120. Nat Med. 2005;11(1):90–94. PubMed
  7. Oh DY, Talukdar S, Bae EJ, et al. GPR120 is an omega‑3 fatty acid receptor mediating potent anti-inflammatory and insulin-sensitizing effects. Cell. 2010;142(5):687–698. Full text
  8. Schots PC, et al. A simple method to isolate fatty acids and fatty alcohols from wax esters in Calanus finmarchicus oil. 2023. Full text