When a patient receives a diagnosis of poor ovarian response, one of the first concerns is often the number of eggs that can be retrieved during an in vitro fertilization (IVF) treatment.

In many cases, the logic seems simple: if the ovaries are responding poorly, perhaps the solution is to administer more hormones.

For years, this approach has been relatively common in reproductive medicine. However, scientific evidence and clinical experience have shown that the situation is much more complex.

Because when a patient experiences poor ovarian response, the problem does not always lie in the amount of hormonal stimulation.

In reality, increasing hormone doses does not necessarily mean obtaining more eggs—or, more importantly, better embryos.

This raises a fundamental question:

If more hormones do not always lead to better results, what is really happening?

The answer may lie in factors that go beyond ovarian stimulation, including the egg’s cellular health, mitochondrial function, and the biological ability of follicles to respond appropriately.

What Is Poor Ovarian Response?

Poor ovarian response occurs when the ovaries produce fewer follicles or fewer eggs than expected during a stimulation cycle.

It is commonly observed in patients who:

• Retrieve few eggs after stimulation.
• Have diminished ovarian reserve.
• Have experienced previous cycles with limited oocyte retrieval.
• Show a reduced response to conventional stimulation protocols.

However, it is important to understand that poor ovarian response does not necessarily mean there are no reproductive options.

Nor does it mean that increasing stimulation intensity is the only path forward.

The Myth That “More Hormones Produce More Eggs”

When a patient responds poorly to stimulation, it is natural to assume that increasing hormone doses will recruit more follicles.

But ovarian biology has limits.

The ovaries do not function like a machine that simply increases production when stronger hormonal signals are delivered.

Each cycle begins with a specific group of follicles capable of responding.

If that group is limited, administering increasingly higher doses may not significantly change the outcome.

In fact, for some patients, excessive hormone doses may provide only limited benefits and do not necessarily translate into improved egg quality.

Quantity and Quality Are Not the Same

One of the most common mistakes when addressing poor ovarian response is assuming that the primary goal should be obtaining more eggs.

However, in assisted reproduction, quantity and quality are different concepts.

For example:

• A patient may retrieve only a few eggs and still achieve viable embryos.
• Another patient may retrieve a larger number of eggs without producing high-quality blastocysts.

This happens because reproductive potential depends on much more than the number of oocytes retrieved.

Factors such as cellular energy, genetic integrity, and mitochondrial function play a crucial role.

The Real Question: Why Is the Ovary Responding Poorly?

Instead of focusing solely on how many eggs are obtained, it may be more helpful to understand why the ovary is showing a limited response.

Some potential reasons include:

• Diminished ovarian reserve.
• Age-related reproductive changes.
• Oxidative stress.
• Chronic inflammation.
• Metabolic imbalances.
• Reduced mitochondrial function.

Many of these factors directly influence the ability of follicles to develop properly.

And none of them are solved simply by increasing the amount of hormones administered.

The Role of Mitochondria in Ovarian Response

Mitochondria are responsible for generating the energy required for cellular function.

Within the egg, this energy is essential for:

• Oocyte maturation.
• Cell division.
• Genetic repair.
• Fertilization.
• Early embryo development.

When mitochondrial function declines, follicles may respond less efficiently to hormonal signals.

This is why two patients following similar protocols may experience completely different outcomes.

The difference is not always in the hormone dose.

Many times, it lies in the cellular capacity to respond to that stimulation.

Oxidative Stress: A Frequently Overlooked Factor

Oxidative stress occurs when there is an imbalance between the production of free radicals and the body’s ability to neutralize them.

Over time, this phenomenon can affect:

• Cellular DNA.
• Proteins.
• Cell membranes.
• Mitochondria.

Within the ovaries, oxidative stress can impact both follicular quality and follicular response.

For this reason, two patients with the same ovarian reserve may experience very different outcomes.

The cellular environment matters.

And in many cases, it matters just as much as hormonal stimulation.

What Conventional Treatments Typically Prioritize

Ovarian stimulation remains a fundamental tool in IVF.

However, conventional protocols tend to focus primarily on:

• Recruiting more follicles.
• Increasing the number of eggs retrieved.
• Adjusting hormone doses.
• Modifying stimulation strategies.

These goals are important.

But they do not always answer a critical question:

How prepared are those eggs to support embryo development?

Because obtaining more oocytes does not necessarily increase the chances of success.

When Fewer Eggs May Be Enough

One of the most important shifts in modern reproductive medicine has been recognizing that large numbers of eggs are not always necessary to achieve positive outcomes.

What truly matters is the biological potential of those oocytes.

In some cases:

• Fewer eggs may produce better embryos.
• Better cellular quality may compensate for lower quantity.
• One viable blastocyst may have greater clinical value than multiple embryos with limited developmental potential.

This is why more specialists are shifting the conversation away from numbers alone and toward biological quality.

IVF MORE®’s Approach to Poor Ovarian Response

IVF MORE® (Magnetic Ovulatory Restoration) is based on a different perspective.

Rather than focusing exclusively on increasing hormonal stimulation, it seeks to support the cellular environment in which eggs develop.

Its approach is designed to support factors related to:

• Mitochondrial function.
• Energy production.
• Cellular metabolism.
• Reduction of oxidative stress.
• Cytoplasmic integrity.

The premise is simple:

If embryo development depends on the cellular health of the egg, strengthening that foundation may help create better conditions from the start.

Looking Beyond Ovarian Reserve

For years, ovarian reserve has become one of the most commonly used indicators of reproductive potential.

However, this parameter has limitations.

Ovarian reserve can help estimate how many eggs are available.

But it does not fully determine:

• Egg quality.
• The egg’s energy-producing capacity.
• Embryo developmental potential.
• Cellular health.

For this reason, low ovarian reserve does not always predict the final outcome of a treatment.

What IVF MORE® Can and Cannot Do

It is important to be clear.

IVF MORE® can:

• Support the egg’s cellular health.
• Promote more favorable biological conditions for embryo development.
• Complement conventional IVF protocols.

IVF MORE® cannot:

• Create new eggs.
• Guarantee pregnancy.
• Completely reverse reproductive aging.

Its goal is to optimize the cellular conditions involved in reproduction.

Changing the Way We Understand Poor Ovarian Response

Poor ovarian response often creates anxiety because many patients see it as a race against time.

However, the conversation should not focus exclusively on how many eggs can be retrieved.

It should also include questions such as:

• How healthy are those eggs?
• What capacity do they have to become embryos?
• What is the cellular environment in which they develop?

These questions allow fertility to be understood from a broader perspective—one that is closer to the biology that truly drives reproductive outcomes.

Conclusion

Poor ovarian response is one of the most common challenges in assisted reproduction.

However, assuming that the solution is simply increasing hormone doses may be an oversimplification.

Reproductive potential depends on multiple factors, including:

• Mitochondrial function.
• Cellular energy.
• Oxidative stress.
• Metabolic health.
• Egg quality.

That is why more hormones do not always mean better results.

IVF MORE® proposes a different perspective: looking beyond egg quantity and focusing on the cellular biology that supports embryo development.

And while no treatment can guarantee outcomes, understanding what is happening inside the egg may open new possibilities for individuals and couples hoping to build their family.

If you have been told that the only solution for poor ovarian response is increasing hormone doses, it may be time to explore a broader perspective.

Discover how IVF MORE® seeks to support egg quality through the cellular environment and how this approach may complement traditional assisted reproduction strategies.