What Happens When You Stop?

The Cellular Consequences of Walking Away from the Importance of Maintaining a Balance of Omega-6 to Omega-3

This isn’t about hype. It isn’t about another promise. And it isn’t simply about how you feel. It’s about what is happening inside your cells.

There is a question I want to ask the people who have taken the Balance Test, discovered that their omega-6 to omega-3 balance wasn’t where it needed to be, started taking Balance Oil+, and then stopped:

What happened after you stopped taking it?

Maybe you stopped because you felt better.

Maybe you stopped because you forgot why you started in the first place.

Maybe you took another Balance Test, saw that your numbers had improved dramatically, and thought:

“I’m good now.”

Or maybe you never tested again at all.

Those are very different situations.

But they all lead to the same question:

What happens inside your body when you stop changing the nutritional environment your cells are living in?

That is what this article is about.

Not about a bottle.

Not about a brand.

Not about making Balance Oil+ the hero.

And certainly not about fear.

It is about biology.

It is about what happens when you discover that your fatty-acid balance is unfavorable, make a nutritional change, see your numbers improve, and then remove that nutritional input.

Because getting into balance and staying in balance are two different things.

We Already Understand This Principle

Think about high blood pressure.

Someone discovers that their blood pressure is consistently too high. They begin treatment. Their blood pressure comes down.

Do they normally say:

“Great. My blood pressure is normal, so I don’t need to worry about it anymore.”

Not necessarily.

The medication may be one reason the number improved.

The person may also change their diet, exercise, lose weight, reduce alcohol, improve sleep, or make other lifestyle changes.

If they want to eventually reduce or discontinue medication, there is usually a process.

They monitor the number.

They make changes.

They see what happens.

They work with their healthcare professional.

They don’t simply assume that because the number improved, the underlying tendency has disappeared.

The same principle applies to type 2 diabetes.

Someone has an elevated hemoglobin A1c (HbA1c). They make changes. Their HbA1c improves.

That improvement matters.

But it doesn’t automatically mean the underlying metabolic problem has disappeared forever.

The person needs to understand what caused the improvement and what is required to maintain it.

Now, omega-6 to omega-3 balance is not the same thing as high blood pressure or type 2 diabetes.

I’m not saying it is.

I’m saying the principle is important:

Know your number. Understand what it means. Change the inputs. Then measure again.

That is the philosophy behind this entire article.

Knowing Your Number Is Only the Beginning

Taking a Balance Test gives you something most people never have:

a measurement of their fatty-acid balance.

And that number matters.

For decades, researchers have examined the relationship between omega-6 and omega-3 fatty acids and the importance of their balance. A commonly cited desirable range has been approximately 1:1 to 4:1, while Western dietary patterns have often produced substantially higher ratios—commonly around 10:1 to 20:1 or more.

For the purposes of the Balance Test, 3:1 or lower is the favorable target.

That target is not arbitrary.

It reflects the larger scientific concept that the relative availability of omega-6 and omega-3 fatty acids matters because these fatty acids don’t simply float around independently in your body.

They become part of your cells.

Omega-6 and omega-3 fatty acids are incorporated into cell-membrane phospholipids. The fatty-acid composition of those membranes can influence their physical properties, signaling behavior, and the types of lipid mediators that cells can produce. Increasing eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA) can also change the composition of membrane and other tissue lipid pools, including replacing some omega-6 fatty acids.

This is why the ratio deserves attention.

It isn’t just a number on a laboratory report.

It is a window into the fatty-acid environment in which your cells are operating.

Think about the difference between:

2.4:1

3:1

4:1

10:1

20:1

27:1

44:1

Those are not all the same biological environment.

And that is the point I don’t want people to miss.

When the ratio is high, it tells us that the relative amount of omega-6 is much greater than omega-3 in the sample being measured.

When the ratio moves lower, it tells us that omega-3 represents a much larger proportion relative to omega-6.

That doesn’t mean the ratio by itself diagnoses disease.

It doesn’t mean every person with a higher ratio will develop a particular condition.

And it doesn’t mean omega-6 is “bad.”

It means the balance provides meaningful biological information.

There is also an important reason to look beyond the ratio.

Your Omega-3 Index tells you the percentage of EPA and DHA in red blood cell membranes. Your individual EPA and DHA measurements tell you more about the specific long-chain omega-3 fatty acids present in the sample.

So the strongest approach isn’t:

“The ratio is all that matters.”

It is:

“Let’s look at the whole picture.”

The ratio tells us about the relationship between omega-6 and omega-3.

The Omega-3 Index tells us how much EPA and DHA are actually present in red blood cell membranes.

And the individual EPA and DHA measurements give us additional information about those specific long-chain omega-3 fatty acids.

Put those pieces together and you begin to move from simply having a number to actually understanding your nutritional biology.

And there is another reason this matters.

The bigger issue is that many people have never been given any information about their omega-3 status at all.

A 2026 Centers for Disease Control and Prevention (CDC) national nutrition report found that approximately 98% of the U.S. population had an Omega-3 Index below the report’s optimal category of greater than 8%, while more than half were below 4%. The Omega-3 Index is a different measurement from the omega-6 to omega-3 ratio, so this does not mean that 98% of Americans have an unfavorable omega-6 to omega-3 ratio.

But it does illustrate something important:

Low omega-3 status is widespread.

And that raises the question that matters most:

What does your fatty-acid balance mean for what is happening inside your cells?

What Does the Omega-3 Index Tell You?

The Omega-3 Index measures the percentage of EPA and DHA in red blood cell membranes.

It gives you a different piece of information than the omega-6 to omega-3 ratio.

Historically, an Omega-3 Index of 8% or higher has been proposed as an optimal target, while 4% or lower has been considered low. These categories are useful for interpretation, but they should not be confused with universally accepted diagnostic thresholds.

Now consider two people.

One has an Omega-3 Index of:

9.1%

Another has:

under 2%

Those are dramatically different measurements.

And if the same person also has low EPA and low DHA, the picture becomes even more informative.

This is why I don’t want people to look at a Balance Test and simply ask:

“Is my number good or bad?”

I want them to ask:

“What is this telling me about the fatty acids available to my body?”

Because those fatty acids don’t exist on a spreadsheet.

They exist in your biology.

Your Cell Membrane Is Real

Every cell in your body has a membrane.

And that membrane isn’t simply a plastic bag surrounding the cell.

It is a dynamic biological structure.

Its composition can influence how the membrane behaves, including properties such as organization, fluidity, permeability, thickness, and interactions with membrane-associated proteins.

Fatty acids are part of that structure.

EPA and DHA can become incorporated into membrane phospholipids, where they can influence membrane properties and cellular signaling. DHA is particularly abundant in certain tissues, including the brain and retina.

This is where the conversation needs to move beyond:

“I took something and I felt better.”

The more fundamental question is:

What changed biologically?

When dietary fatty-acid intake changes, the availability and incorporation of those fatty acids into tissues can change.

That doesn’t mean every person will experience the same symptom.

It doesn’t mean every biomarker will move in the same direction.

And it certainly doesn’t mean omega-3 supplementation prevents every disease.

It means something much simpler:

The body responds to the biological environment available to it.

The Balance Matters

Let’s make something very clear.

Omega-6 fatty acids are not bad.

They are essential fatty acids. Your body needs them.

The problem is not that omega-6 exists.

The question is what the overall fatty-acid environment looks like.

Omega-6 and omega-3 fatty acids participate in overlapping metabolic pathways, and the types and amounts of fatty acids available can influence the fatty acids incorporated into tissues and the lipid mediators produced by the body.

That is why simply saying “omega-6 is bad” is scientifically irresponsible.

It isn’t.

And saying “the ratio is everything” is also too simplistic.

It isn’t.

The more accurate message is:

Fatty-acid balance is one part of a much larger biological picture.

And testing gives you information that guessing cannot.

What Might You Notice When Your Omega-3 Status Isn’t Optimal?

This is where we have to be careful.

Dry eye, joint discomfort, menstrual pain, cardiovascular risk factors, and cognitive health have all been studied in relation to omega-3 fatty acids.

But these conditions have many causes.

An unfavorable omega-6 to omega-3 ratio does not automatically mean it caused someone’s symptoms.

And improving omega-3 status does not guarantee that a symptom will disappear.

Still, the research is interesting.

Omega-3 fatty acids have been investigated for their potential influence on inflammatory signaling, cardiovascular risk factors, visual health, menstrual pain, and brain health.

For example, systematic reviews have found evidence that omega-3 supplementation can reduce the severity of primary dysmenorrhea, commonly known as menstrual cramps, although the quality and consistency of individual studies vary.

Research involving dry eye has been inconsistent.

Research involving cognition and dementia has also produced mixed results, with observational studies sometimes showing associations that randomized controlled trials have not consistently confirmed.

That’s important.

Association is not causation.

But it is also important not to dismiss the biology simply because it is complicated.

The Symptoms Are Not the Test

Here’s where I think people get confused.

They say:

“I feel great.”

That’s wonderful.

But feeling great is not the same thing as knowing that your biomarkers are where you want them to be.

And the opposite is also true.

Someone can have an unfavorable biomarker profile and feel perfectly fine.

That’s why testing matters.

Symptoms are information.

Testing is information.

Your medical history is information.

Your diet is information.

Your blood pressure is information.

Your cholesterol is information.

Your blood glucose is information.

No single number tells the entire story.

But every useful measurement can add another piece to the puzzle.

What Happens When You Improve the Balance?

This is where the idea of Test. Change. Retest. becomes powerful.

You test.

You discover your numbers.

You make a change.

You give that change time.

Then you test again.

Now you have something you didn’t have before:

evidence about your own response.

That doesn’t prove that every change came from one intervention.

It doesn’t prove causation.

But it gives you information that guessing cannot provide.

And that is exactly what happened with some of the people I’ve worked with.

Did the Problem Go Away—or Did You Change the Environment?

This is one of the most important questions in the entire article.

Suppose someone takes a Balance Test.

Their ratio is unfavorable.

Their EPA and DHA are low.

Their Omega-3 Index is low.

They change their omega-3 intake.

Four months later, their numbers improve.

That’s a success.

But what exactly happened?

Did their body permanently change so that it no longer needs omega-3?

Or did they change the nutritional environment long enough for their measurements to improve?

Those are two very different questions.

The fact that something improves when you change an input doesn’t necessarily mean the input is no longer relevant.

Think about exercise.

You exercise for six months.

Your strength improves.

Your cardiovascular fitness improves.

Your body composition improves.

Then you stop exercising.

What happens?

The body adapts to the new environment.

The same principle of adaptation applies throughout biology.

Getting into balance and staying in balance are two different things.

The Body Doesn’t Know You Stopped Because You Feel Better

This may be the most important sentence in this article:

The body doesn’t know you stopped because you feel better.

Your cells don’t say:

“Great. You feel better, so we can stop maintaining this environment.”

Cells respond to their biological environment.

They respond to nutrients.

They respond to hormones.

They respond to signals.

They respond to physical activity.

They respond to sleep.

They respond to inflammation.

They respond to the fatty acids available to them.

Your feelings are important.

But they are not the only source of information about what is happening inside your body.

The Blind Spot

We live in an age where people talk constantly about optimizing their health.

People track their steps.

Their sleep.

Their heart rate.

Their glucose.

Their cholesterol.

Their blood pressure.

Their workouts.

Their calories.

Their weight.

And yet many people have never measured their omega-3 status.

That, in my opinion, is a blind spot.

This does not mean every doctor should order an Omega-3 Index on every patient.

It does not mean a Balance Test replaces conventional medical testing.

It does not mean an omega-6 to omega-3 ratio diagnoses disease.

It means people deserve better information about their nutritional biology.

Because if you don’t measure something, you don’t know where you started.

And if you don’t retest, you don’t know whether the change you made actually moved the measurement.

Three Stories That Changed How I Think About Testing

I want to share three client stories because they illustrate three very different lessons.

And I want to be extremely clear:

These are individual stories, not clinical trials.

They cannot establish causation.

They cannot prove that an omega-6 to omega-3 ratio caused or prevented a disease.

But they can show why I believe these measurements deserve attention.

One Number I Never Forgot

One of my clients took her original Balance Test in April 2024.

Her omega-6 to omega-3 ratio was:

27:1

Her Omega-3 Index was:

under 2%

Her DHA was low.

Her EPA was low.

She also had high blood pressure.

I encouraged her to take the results seriously.

She didn’t.

Then, on December 5, 2024, I logged onto Facebook.

And there it was:

RIP.

She had experienced a blood clot and a massive heart attack and died.

I want to be very careful about what I say next.

I cannot tell you that her Balance Test predicted her death.

I cannot tell you that her 27:1 ratio caused her heart attack.

I cannot tell you that her Omega-3 Index below 2% caused the blood clot.

Those would be scientific claims that I cannot prove from one person’s story.

But I can tell you what happened.

And I can tell you that seeing that number and then seeing that obituary changed the way I think about the importance of paying attention to nutritional biomarkers.

It made one thing painfully clear to me:

Don’t ignore information simply because you don’t have symptoms.

From 44:1 to 2.4:1

Another client had a very different experience.

She had dry eye.

Her original Balance Test showed an omega-6 to omega-3 ratio of:

44:1

Her EPA was very low.

Her DHA was very low.

Her Omega-3 Index was very low.

A little more than a year later, her results looked dramatically different.

Her ratio was:

2.4:1

Her Omega-3 Index was:

9.1%

And her EPA and DHA were no longer low.

And guess what?

She no longer had dry eye symptoms.

That is an extraordinary personal story.

But again, I don’t want to turn an individual experience into a scientific claim.

Dry eye has many potential causes, and randomized controlled trial evidence regarding omega-3 supplementation for dry eye has been mixed. In fact, an extension of the Dry Eye Assessment and Management (DREAM) trial found that participants who stopped omega-3 after one year did not have significantly worse dry-eye outcomes during the second year than those who continued.

So I cannot honestly say:

“Her ratio improved, therefore omega-3 cured her dry eye.”

What I can say is:

Her numbers changed dramatically, and her symptoms changed dramatically.

That is worth paying attention to.

“I Already Take a Good Omega-3”

There is another story that has stayed with me because it illustrates a completely different problem.

I met a husband and wife, and the husband was an engineer.

I asked him if he would take the Balance Test.

His response was immediate:

“No thank you. I’m already taking a good omega-3 supplement.”

So I asked him a simple question:

“How do you know?”

He responded:

“I know.”

That’s when I explained what I believe is so valuable about testing.

The Balance Test wasn’t asking him to believe that his omega-3 was good or bad.

It wasn’t asking him to believe me.

It was designed to remove the guesswork.

If he was already taking a good omega-3 supplement and it was producing the result he believed it was producing, then the test could help confirm that.

Why guess when you can measure?

But he chose not to take the test.

And honestly, that surprised me.

Here was an engineer—a person whose profession is built around measurement, evidence, testing, analysis, and determining whether something is actually working.

Yet when it came to his own health, he was willing to rely on what he believed he knew rather than measure the outcome.

That experience made me think about something I see in health all the time:

Sometimes the biggest barrier isn’t a lack of information. It’s being convinced you already have the answer.

I remember having a conversation with his wife after learning more about his overall health situation.

I was concerned.

From what I knew about him, I believed there were enough risk factors and warning signs that I did not want him simply assuming everything was fine because he was taking an omega-3 supplement.

I told his wife that I was worried about him.

Then more than two years passed.

And then he had a massive stroke.

He survived.

And surviving changed the conversation.

Afterward, he and his wife saw the value in knowing what was actually happening with their omega-6 to omega-3 balance.

The question was no longer:

“Do I think I’m taking a good omega-3?”

The question became:

“What do my numbers say?”

And today, I can tell you that both of them are taking Balance Oil+ every day.

That’s a very different mindset.

Before the stroke, the assumption was:

“I know.”

After the stroke, the mindset became:

“Let’s find out.”

And that distinction is incredibly important.

I am not telling this story to claim that his omega-6 to omega-3 ratio caused his stroke.

I cannot make that claim.

A stroke is a complex medical event with many potential contributing factors, and one person’s story cannot establish causation.

I’m also not telling you that taking Balance Oil+ prevents strokes.

That would be irresponsible.

I’m telling you something much simpler.

He believed he knew.

I wanted him to measure.

He chose not to.

More than two years later, a major health event changed his perspective.

And afterward, he and his wife decided that knowing their numbers mattered.

That is the lesson I want you to take from his story.

Taking an omega-3 supplement is not the same thing as knowing what that supplement is doing for you.

You may be taking a great product.

You may be taking the wrong product.

You may be taking too little.

You may be taking enough.

You may already have an excellent omega-3 status.

Or you may still have a very unfavorable fatty-acid profile.

You don’t know until you measure.

And that’s why I keep coming back to the same three words:

Test. Change. Retest.

Because the goal isn’t to convince you that my product is better than your product.

The goal is to get you out of the world of assumptions and into the world of information.

**Don’t tell yourself you know.

Know.**

These Three Stories Are Not the Same Story

One story reminds me that an unfavorable nutritional profile should not simply be ignored.

Another reminds me that numbers can change dramatically when nutritional inputs change.

The third reminds me that even when someone believes they’re already doing the right thing, belief is not measurement.

None of these stories proves causation.

All three stories reinforce the importance of measurement.

And that’s the point.

I’m not asking you to believe me.

I’m asking you to know your numbers.

The People Who Forgot Why They Started

There is another group of people I see.

They take the Balance Test.

They discover their numbers aren’t where they want them to be.

They start taking Balance Oil+.

They feel better.

And then life happens.

They forget why they started.

They stop.

They never take another test.

And months or years later, they have no idea where their numbers are.

This is one of the biggest problems with any health intervention:

People often remember the result but forget the reason.

They remember:

“I felt better.”

But they forget:

“Why did I start in the first place?”

The original test was the reason.

The Problem with Thinking You’re “Fixed”

Getting a better result does not necessarily mean the biological environment that produced the original result has permanently changed.

Maybe your diet changed.

Maybe your fish intake increased.

Maybe you started taking omega-3 consistently.

Maybe you changed several things at once.

Maybe your lifestyle changed.

Maybe the improvement was temporary.

Maybe it was sustained.

You don’t have to guess.

Retest.

That is why I keep coming back to:

Test. Change. Retest.

The Silent Reversal

Here’s a scenario worth considering.

Someone takes the Balance Test.

Their ratio is unfavorable.

They begin an omega-3 intervention.

Their next test looks dramatically better.

They feel better too.

They decide they’re finished.

They stop.

Six months later, they have no idea what their numbers look like.

That doesn’t mean their numbers definitely went backward.

But it means they don’t know.

And if the nutritional input that contributed to the improvement was removed, it is reasonable to ask whether the biological measurements changed again.

The only way to know is to measure.

That’s the silent reversal I’m concerned about.

Not a dramatic overnight event.

Not a scare tactic.

Just the possibility that something changed gradually while the person wasn’t looking.

What About Blood Pressure and High-Density Lipoprotein?

This is where we need to separate plausible biology from clinical outcomes.

Omega-3 supplementation has been studied extensively in relation to blood pressure and cardiovascular risk factors.

Some studies find modest improvements in certain cardiovascular risk factors.

Other studies show little or no meaningful effect.

And high-density lipoprotein (HDL) cholesterol is particularly complicated because simply increasing HDL does not necessarily translate into lower cardiovascular risk.

So I would never tell someone:

“Stop taking omega-3 and your blood pressure will go up.”

That is too simplistic.

Instead, I would say:

If you made a change that improved something you were measuring, and then you remove that change, it is reasonable to measure again.

That’s science.

What About Dry Eye?

Dry eye is a perfect example of why we have to resist simplistic claims.

Omega-3 has been studied extensively for dry eye, but the evidence isn’t uniformly positive.

Some studies and reviews suggest benefits for certain signs or symptoms, while other trials have found no significant benefit.

The DREAM trial is particularly important because it was large and randomized. Its extension also provides useful information about what happened when participants stopped omega-3 after the initial treatment period. Those who discontinued omega-3 did not experience significantly worse dry-eye outcomes than those who continued.

That matters.

Because if we’re going to talk about what happens when you stop, we have to talk about evidence that doesn’t necessarily support our preferred story.

That’s how you keep this conversation scientific.

What About Menstrual Cramps?

Omega-3 fatty acids have also been studied for primary dysmenorrhea, commonly known as menstrual cramps.

A 2024 systematic review and meta-analysis examined 12 studies involving 881 women and found that omega-3 supplementation was associated with reductions in pain and analgesic use, although the researchers noted methodological limitations across the evidence.

Again, this does not mean every person with menstrual pain has an omega-3 deficiency.

It means omega-3 status and supplementation are biologically relevant enough to have been studied—and there is evidence suggesting potential benefit in some populations.

What About the Brain, Dementia, and Alzheimer’s Disease?

DHA is an important structural fatty acid in the brain.

That makes the relationship between omega-3 fatty acids and brain health biologically interesting.

But this is another area where we have to distinguish mechanism from clinical outcome.

Observational studies have reported associations between omega-3 status and cognitive outcomes, but randomized controlled trials have not consistently demonstrated that omega-3 supplementation prevents dementia or Alzheimer’s disease.

So no responsible article should say:

“Low omega-3 causes Alzheimer’s.”

That’s not established.

What we can say is:

The brain is rich in DHA, omega-3 fatty acids play important structural and signaling roles, and the relationship between omega-3 status and long-term cognitive health remains an active area of research.

And Then There Is the Heart Attack or Stroke Question

This is where I want to draw a hard line.

You may hear someone say:

“If you stop taking omega-3, you’re going to have a heart attack.”

No.

That’s fear, not science.

Heart attacks and strokes are multifactorial events.

They involve genetics, blood pressure, cholesterol and lipoproteins, smoking, diabetes, inflammation, age, lifestyle, medication, vascular disease, and many other factors.

Clinical trials of omega-3 supplementation have produced mixed cardiovascular results, with outcomes varying by formulation, dose, population, and study design. Some evidence suggests benefit from specific high-dose prescription EPA formulations, while broader evidence for mixed EPA and DHA supplementation is less consistent.

So I will not tell you that stopping Balance Oil+ causes a heart attack.

I won’t tell you that a 27:1 ratio means you’re going to die.

And I won’t tell you that a 3:1 ratio guarantees that you won’t.

What I will tell you is that your nutritional biomarkers are information.

And information is worth understanding.

This Is Bigger Than Balance Oil+

Balance Oil+ is not the story.

Omega-3 biology existed long before the product.

EPA existed.

DHA existed.

Cell membranes existed.

The relationship between fatty acids and cellular function existed.

The product is simply one possible way someone may choose to change their omega-3 intake.

Someone else may obtain omega-3 through food.

Someone may eat fatty fish regularly.

Someone may use another supplement.

Someone may make several dietary changes.

There is no universal answer for every person.

The important question is:

What does your body look like now, and what happens when you change the inputs?

The Difference Between Feeling Better and Being Healthier

Feeling better matters.

Of course it does.

But feeling better is not a complete health assessment.

A person can feel great while having high blood pressure.

A person can feel great while having elevated blood glucose.

A person can feel great while having an unfavorable lipid profile.

A person can feel great while having a low Omega-3 Index.

That’s why medicine uses measurements.

That’s why athletes measure performance.

That’s why people monitor blood pressure.

That’s why physicians measure HbA1c.

And that’s why I believe nutritional biomarkers deserve more attention.

You don’t have to feel bad before information becomes valuable.

The Real Question Isn’t “When Can I Stop?”

Maybe the better question is:

“What am I trying to maintain?”

If you improved your omega-6 to omega-3 balance, what caused that improvement?

Was it food?

Was it supplementation?

Was it both?

Did you make other lifestyle changes?

Has your diet stayed the same?

Have you continued eating the foods that supplied the omega-3?

Do you know?

That’s where the conversation becomes personal.

Because there is no universal rule saying every person must take an omega-3 supplement forever.

And there shouldn’t be.

If someone gets sufficient omega-3 through their diet and maintains a favorable status, that is different from someone whose test shows very low omega-3 status and who depends on supplementation to increase intake.

The answer should be based on information, not assumptions.

Maintenance Is Different from Repair

I use the word “repair” carefully.

Your body is not a machine that simply gets “fixed” and then never needs attention again.

Your body is constantly adapting.

Your cells are constantly responding to their environment.

Your diet changes.

Your activity changes.

Your sleep changes.

Your stress changes.

Your age changes.

Your health changes.

Your nutritional needs can change.

So when you improve a biomarker, the goal shouldn’t automatically be:

“How quickly can I stop doing what helped?”

The better question is:

“What do I need to do to maintain the improvement?”

Don’t Confuse “I Feel Better” With “Everything Is Better”

If you feel better after making a nutritional change, that’s valuable.

But don’t stop there.

Ask:

Did my numbers change?

If they did: