Five Years of Tested Stability: A Different Approach to Omega-3 DHA
DHA is naturally delicate. Eversea™ has demonstrated five years of oxidative stability while keeping its beneficial fats within the whole algae-derived powder.
Most people associate marine omega-3 DHA with fish oil.
But fish aren’t the original source.
The marine omega-3 food chain begins with algae.
Eversea™ goes directly to that source, producing a fish-free, whole-cell organic algae powder naturally rich in DHA.
And instead of extracting the valuable fats from the algae to produce an isolated oil, we leave them where nature produced them.
The Omega-3 Oxidation Problem
DHA is an extraordinary nutrient, but it is also chemically delicate.
DHA contains six double bonds. This highly unsaturated structure is part of what makes DHA biologically important, but it also makes the fatty acid particularly susceptible to oxidation.
Once DHA-rich oil is extracted, protecting it from oxygen, heat, light and other oxidation-promoting conditions becomes an important part of maintaining product quality.
Oxidation can initially produce lipid hydroperoxides. As oxidation progresses, those compounds can break down into secondary oxidation products, including aldehydes and other compounds associated with deterioration and rancidity.
This is why the omega-3 industry uses specific analytical measurements to monitor oxidation and why extracted omega-3 oils require careful processing, stabilization, packaging and storage.
Eversea™ approaches the problem differently.
We Don’t Extract the Oil
Eversea™ is a whole-cell algae powder.
Its beneficial fats remain naturally associated with the algae-derived powder rather than being extracted into a separate DHA oil.
No oil extraction.
No re-esterification.
No fish oil.
The objective is remarkably simple:
Don’t extract the nutrition. Preserve it.
And we have years of analytical testing behind that approach.
Five Years of Oxidation Testing
Eversea™ hasn’t simply been sitting on a shelf for five years and been judged by its appearance.
We tested it.
Over five years, Eversea™ has undergone analytical testing that includes recognized measurements used to evaluate lipid oxidation and product stability.
The testing includes the oxidation parameters used to determine whether delicate omega-3 lipids are deteriorating over time, including peroxide value and secondary oxidation measurements such as p-anisidine/TOTOX, together with the applicable stability and compositional testing performed on the product.
After five years, Eversea™ has demonstrated oxidative stability under the tested storage conditions.
That distinction matters.
The proposition behind Eversea isn’t merely that whole algae should protect its fats better.
We have long-term analytical data on the actual product.
Nature Already Built the Delivery System
Conventional omega-3 manufacturing can involve separating delicate lipids from their original biological material and then protecting the resulting oil through processing, antioxidants, encapsulation, packaging and controlled storage.
Eversea™ starts from a different premise:
Why separate the DHA from the algae at all?
The beneficial fats remain within the algae-derived powder, preserving their naturally occurring lipid environment without oil extraction or subsequent re-esterification.
Rather than extracting nature’s DHA and then engineering a system around the resulting oil, Eversea™ preserves the whole algae-derived ingredient.
Naturally Occurring Triglyceride Form
Processing method also matters.
Some concentrated omega-3 oils undergo processing that can result in fatty acids being delivered in forms such as ethyl esters, while triglycerides are among the naturally occurring lipid structures found in biological materials.
Eversea™ does not extract its DHA oil and then re-esterify it.
Its beneficial fats remain naturally associated with the algae-derived powder in their naturally occurring triglyceride form.
Nature produced the DHA inside algae. Eversea™ leaves it there.
Grown Indoors. Protected From the Ocean Environment.
The Eversea™ approach starts before the algae ever become powder.
Our organic algae are grown indoors in controlled tanks, isolated from open-ocean exposure.
That means the algae can be cultivated without direct exposure to ocean-borne microplastics, heavy metals and environmental pollutants.
We don’t use hexane, chemical solvents or industrial oil-extraction processes to obtain the DHA.
And every batch is independently third-party tested.
Start clean. Keep it clean. Keep it whole.
Whole Algae Means More Than Omega-3
Eversea™ isn’t simply a carrier for isolated DHA.
It is a nutrient-rich whole-cell algae powder.
Eversea™ naturally provides:
9.67% DHA
10.14% total omega-3
23.87% protein
33.79% total fat
13.81% polyunsaturated fatty acids
It also provides naturally occurring potassium, magnesium, calcium, iron and vitamin C.
Instead of reducing algae to a single extracted component, Eversea™ preserves a broader nutritional ingredient.
Organic. Fish-Free. Whole Food.
Eversea™ is produced through a 100% organic process.
No dependence on fish as the source of DHA.
No fish oil.
No oil extraction.
No re-esterification.
No hexane or chemical-solvent extraction.
Instead, Eversea™ provides DHA from the organism where the marine omega-3 food chain begins:
Algae.
Five Years Later, the Testing Tells the Story
There are many ways to formulate an omega-3 product.
Eversea™ was built around a different idea.
Instead of extracting an oxidation-sensitive oil and subsequently finding ways to protect it, preserve the beneficial fats within the whole algae-derived powder.
Then test the result.
And keep testing it.
Five years of stability and oxidation testing provide Eversea™ with something more meaningful than a theoretical argument: long-term analytical evidence from the product itself.
Pure Marine DHA. No Fish Required.
Eversea™
