Cellular Health During Menopause: What Actually Supports Energy, Strength, and Recovery

When energy drops in midlife, the first explanation women often hear is hormones. Hormones matter, but they are not the only part of the picture.

Every symptom happens within a larger biological system that includes sleep, metabolism, muscle, cardiovascular fitness, nutrition, stress, medications, and underlying health conditions. That is why replacing a hormone does not automatically resolve every case of fatigue, brain fog, poor recovery, or exercise intolerance.

In a Menopause Mastery conversation with William Haas, MD, MBA, Dr. Betty Murray explored a broader question: What does cellular health mean during perimenopause and menopause, and where do popular biohacking therapies fit?

The useful answer begins with a simple principle: build the foundation before reaching for an advanced intervention. It also requires an evidence filter, because treatments marketed as cellular optimization vary widely in quality, safety, regulatory status, and clinical support.

The central takeaway: Menopause care can include more than hormones, but no supplement, infusion, chamber, peptide, or device can replace a careful evaluation and strong health foundations.

Medical note: This article is educational and is not a diagnosis or individualized treatment plan. Persistent or severe fatigue should be evaluated by a qualified healthcare professional. Seek urgent care for fatigue accompanied by chest pain, severe shortness of breath, fainting, a fast or irregular heartbeat, unusual bleeding, or other concerning symptoms.1

What Is Cellular Health?

Cellular health is a broad wellness term rather than a single medical diagnosis. It generally refers to how effectively cells produce energy, respond to signals, manage stress, maintain their structures, and repair damage.

Mitochondria are central to this conversation. Often called the powerhouses of the cell, mitochondria help convert nutrients into adenosine triphosphate, or ATP, which cells use as energy. The creatine and phosphocreatine system also helps regenerate ATP during short bursts of high energy demand.2

Cellular energy production naturally creates reactive oxygen species. These molecules are not automatically harmful. They participate in signaling and adaptation. Problems can arise when the production of reactive molecules persistently exceeds the body’s antioxidant and repair capacity, a state commonly described as oxidative stress.

This biology is real. What is less straightforward is determining whether a person’s everyday fatigue is caused by impaired mitochondrial function. There is no routine consumer test, exercise challenge, or micronutrient panel that can independently diagnose a vague condition called mitochondrial stress.

Why Menopause Fatigue Is Usually Multifactorial

Perimenopause and menopause can affect sleep, temperature regulation, mood, body composition, bone health, and cardiovascular risk. Sleep disruption and night sweats alone can produce profound daytime fatigue and cognitive fog.3

Yet hormones are only one possible contributor. Ongoing fatigue can also be associated with anemia, thyroid disease, sleep apnea, diabetes, depression, anxiety, chronic inflammation, heart or lung conditions, medication effects, inadequate nutrition, too little movement, or excessive training.1

That is why the most useful question is not simply, “How do I boost my mitochondria?” It is:

What factors are increasing my energy demands, interfering with recovery, or preventing my body from producing and using energy effectively?

A thoughtful clinician may review your symptom timeline, sleep, menstrual and menopause history, medications, nutrition, training load, mental health, and relevant laboratory findings. Testing should be selected because it may change care, not because a large panel is marketed as comprehensive.

Signs Your Current Routine May Need to Change

A sudden change in how you tolerate exercise can be useful information. If a workout that once energized you now leaves you depleted for the rest of the day, your program may no longer match your current recovery capacity.

That does not prove mitochondrial dysfunction. It may reflect inadequate sleep, low energy intake, iron deficiency, illness, overtraining, medication effects, changing hormones, or another issue. The response is a reason to look more closely, not a diagnosis.

Pattern	What It May Signal	A Productive Next Step
You wake exhausted despite enough time in bed	Fragmented sleep, sleep apnea, vasomotor symptoms, stress, medication effects, or another health issue	Track sleep and symptoms, then discuss persistent fatigue with a clinician
You crash most afternoons	Meal composition, insufficient sleep, medication timing, workload, glucose variability, or under-fueling	Review total intake, meal pattern, hydration, sleep, and medications
Exercise leaves you depleted for hours or days	Training intensity may exceed current recovery capacity	Reduce intensity temporarily, prioritize recovery, and investigate a major change
Brain fog is disrupting work or daily life	Sleep loss, menopause symptoms, mood changes, medications, thyroid dysfunction, anemia, or other causes	Document the pattern and request a clinical evaluation
New palpitations occur with fatigue	Hormonal changes are possible, but cardiac and other causes must be considered	Seek medical assessment, especially if symptoms are persistent or severe

The “Recharge Before Repair” Principle

Dr. Haas describes his clinical philosophy as recharging before repairing. As a practical metaphor, it means making sure the body has adequate sleep, nutrition, movement, and recovery before spending money on a complex intervention.

This is not a formal medical protocol, but it is a valuable decision-making framework. A therapy marketed to stimulate repair is unlikely to compensate for chronic sleep loss, inadequate energy intake, excessive training, uncontrolled symptoms, or an untreated medical condition.

The foundation does not need to be perfect before care begins. It simply needs to be part of the plan.

Five Foundations That Support Energy in Menopause

Protect Sleep and Circadian Rhythm

A regular sleep and wake schedule can help stabilize the body’s circadian system. Daytime light, especially earlier in the day, is one of the environmental signals that helps regulate sleep timing, alertness, and mood.4

Start with consistency rather than perfection. Choose a realistic wake time, create a wind-down routine, and reduce behaviors that repeatedly delay sleep. If night sweats, insomnia, restless legs, snoring, or breathing pauses are disrupting sleep, lifestyle advice alone may not be enough.

Hormone therapy is an evidence-based option for appropriate candidates with bothersome hot flashes and night sweats, and nonhormonal treatments are also available.3 Treatment should be individualized based on symptoms, medical history, risks, and preferences.

Eat Enough to Support Your Activity

Intermittent fasting can work well for some women, but it should not become a socially acceptable name for chronic under-eating. A shorter eating window is not automatically harmful, and it is not automatically superior.

The key questions are whether you are meeting your energy and nutrient needs, preserving muscle, sleeping well, recovering from exercise, and maintaining a sustainable relationship with food.

Protein supports muscle maintenance and adaptation to resistance training. Rather than treating “30 grams within one hour of waking” as a universal rule, focus first on adequate daily protein and distribute it across meals in a pattern that works for your health, appetite, and schedule.

Carbohydrates and dietary fats also matter. A balanced eating pattern supplies energy for training, essential fatty acids, fiber, vitamins, minerals, and the raw materials needed across multiple metabolic pathways.

Build and Preserve Muscle

Strength training supports muscle and bone, both of which become increasingly important through the menopause transition.3 A progressive program can improve strength and physical function without requiring maximal effort every day.

If high-intensity intervals leave you feeling worse, that does not mean you have failed a mitochondrial stress test. It may mean the dose is too high for your current sleep, nutrition, conditioning, or recovery status. Adjusting the program is a sign of intelligent training, not weakness.

A well-designed plan can combine resistance training, lower-intensity aerobic movement, mobility, and appropriately dosed intervals. The best program is one you can recover from and repeat.

Improve Cardiorespiratory Fitness

VO2 max describes the greatest amount of oxygen the body can use during intense exercise. It is one measure of cardiorespiratory fitness, which reflects how well the heart, lungs, blood vessels, and muscles work together.

A 2024 overview of 26 systematic reviews, representing more than 20.9 million observations, found that higher cardiorespiratory fitness was consistently associated with lower mortality and lower risk across several chronic health outcomes.5

That makes cardiorespiratory fitness a meaningful health marker, but not a promise of longevity. A formal VO2 max test can establish a useful baseline for some people. It is not mandatory, and wearable estimates are not equivalent to clinical cardiopulmonary exercise testing.

Walking, cycling, swimming, rowing, and other sustainable aerobic activities can improve fitness. The program should match your current health, symptoms, medications, orthopedic limitations, and experience.

Make Recovery Part of the Program

More exercise is not always better. Training creates a stimulus, while adaptation requires recovery. If every workout is intense, every day is overbooked, and sleep is consistently short, the body receives demand without enough time to respond.

Recovery includes sleep, adequate food, rest between hard sessions, lower-intensity movement, stress management, and treatment for symptoms that repeatedly interfere with rest. This is especially important for women whose lives already include career demands, caregiving, and disrupted sleep.

What About Micronutrient Testing and Supplements?

Micronutrients participate in energy metabolism, and deficiencies can contribute to fatigue. The appropriate response is to identify likely deficiencies through medical history, diet assessment, and validated testing when indicated.

More testing is not always better. Broad commercial panels may generate numerous borderline findings, create anxiety, and encourage costly supplement stacks without proving that those findings caused a symptom.

A targeted approach asks three questions:

Is there a credible reason to suspect a deficiency?
Is the test validated and clinically interpretable?
Will the result change what we do?

Food remains the foundation. Supplements can be useful when they correct a documented deficiency, address a specific need, or fill a realistic dietary gap. They should not be used to distract from sleep, nutrition, activity, stress, or medical evaluation.

Creatine for Women in Menopause

Creatine monohydrate is one of the more evidence-supported supplements discussed in the biohacking world. Research in women suggests potential benefits for strength, exercise performance, and body composition, especially when creatine is combined with resistance training. Emerging research also explores possible cognitive and mood applications.2

The important limitation is that direct evidence in perimenopausal women remains limited. The 2025 review that describes promising applications also calls for more research on dosing, long-term outcomes, pregnancy, and perimenopause.2

Creatine should not be presented as a cure for menopause fatigue or as proof that a woman has a mitochondrial problem. Women considering it should discuss dose, product quality, kidney health, medications, and personal goals with a qualified healthcare professional.

Adding creatine to coffee is a matter of preference, not a requirement. It does not need to be used with caffeine to work, and it should not replace breakfast, hydration, or an adequate eating pattern.

Biohacking During Menopause: How the Evidence Compares

Biohacking is an umbrella term. It can describe low-risk practices such as sleep tracking and exercise programming, or high-cost medical procedures with limited evidence. The label does not tell you whether something works.

Intervention	What the Evidence Supports	Key Cautions	Evidence-Based Position
IV vitamin therapy	IV nutrients are appropriate for selected medical indications, including documented deficiencies, dehydration, or problems with absorption	General wellness benefits are uncertain; risks include infection, bruising, excessive dosing, toxicity, embolism, and medication interactions	Consider only with a clear clinical reason and licensed medical oversight6
Hyperbaric oxygen therapy	HBOT is an accepted treatment for specific conditions such as decompression sickness, carbon monoxide poisoning, selected problem wounds, radiation injury, and several serious infections	Menopause fatigue and general longevity are not established indications; device use carries pressure and fire risks	Use only for an appropriate medical indication in a qualified facility7 8
Ozone therapy	No established menopause, fatigue, or longevity benefit	Federal regulation describes ozone as a toxic gas with no known useful medical application and warns against use without proof of safety and effectiveness	Do not use ozone as a cellular-energy or menopause treatment9
Approved peptide medicines	Certain peptide-based drugs, such as insulin and some metabolic medications, have established indications and regulatory approval	Benefits and risks depend on the specific drug and condition	Evaluate the actual medication, indication, and evidence rather than the word “peptide”
Unapproved or compounded research peptides	Evidence varies and is often limited or absent for longevity and recovery claims	FDA identifies insufficient safety information or specific concerns for many substances; gray-market products add purity, sterility, identity, and dosing risks	Avoid self-experimentation and products sold as “research use only”10
Stem cell or exosome products	A small number of blood-forming stem cell products are approved for disorders of the blood-forming system	The FDA reports no approved exosome products, and many marketed regenerative uses are unapproved	Do not assume a product is proven because it is described as regenerative11

Why IV Vitamin Therapy Is Not a Shortcut

IV therapy bypasses digestion and delivers substances directly into the bloodstream. That route is useful when a clinical condition requires it. It does not automatically make a treatment necessary, more effective, or safer for a healthy person.

For general energy and wellness claims, high-quality evidence remains limited. Cleveland Clinic notes that IV vitamin therapy cannot substitute for prescribed treatment, a healthy diet, exercise, sleep, or stress management.6

Before considering an infusion, ask what deficiency or condition is being treated, why oral intake is insufficient, what exactly is in the bag, who prescribed it, how dosing was determined, and how adverse reactions will be managed.

Hyperbaric Oxygen Therapy: Powerful for the Right Indication

Hyperbaric oxygen therapy involves breathing medical-grade oxygen in a pressurized chamber. It is a legitimate medical treatment with important evidence-based uses. That does not make it a validated therapy for every symptom associated with aging.

The Undersea and Hyperbaric Medical Society distinguishes medically supervised HBOT from low-pressure “mild hyperbaric” sessions sold for unproven wellness claims. It warns that unsupervised facilities and nonstandard chambers can create safety risks.7

The FDA has also reminded healthcare facilities to follow device instructions, fire-prevention procedures, staff-training requirements, and patient-monitoring standards after reports of serious injuries and deaths involving HBOT devices.8

A single session should not be marketed as a mitochondrial recharge. If a clinician recommends HBOT, the recommendation should include a recognized or well-justified indication, a defined protocol, expected outcomes, alternatives, and safety monitoring.

Ozone Therapy: A Major Evidence and Safety Concern

The transcript discusses ozone as a way to deliver oxygen and support mitochondrial ATP production. That explanation is misleading.

Ozone is not simply extra oxygen that mitochondria can use as fuel. It is a highly reactive gas. Under federal regulation, the FDA states that ozone is toxic and has no known useful medical application in specific, adjunctive, or preventive therapy. The regulation also addresses harmful effects and prohibits device use for medical conditions without proof of safety and effectiveness.9

For a public women’s health article, the safest evidence-aligned conclusion is clear: ozone and EBOO should not be recommended as treatments for menopause symptoms, fatigue, cellular energy, detoxification, or longevity.

Peptides: The Name Is Not the Evidence

Peptides are short chains of amino acids. Some are naturally produced in the body, and some well-studied peptide-based medicines are approved for specific conditions. That does not validate every substance sold as peptide therapy.

The correct questions are: Which peptide? For what diagnosis? Is it FDA-approved for that use? What human evidence supports it? How is it manufactured? What are the known risks? Who is monitoring treatment?

The FDA has identified potential safety concerns or insufficient safety information for many substances promoted by longevity and performance clinics, including BPC-157, CJC-1295, injectable GHK-Cu, KPV, MOTS-c, TB-500, and others.10

A product labeled “research use only” is not an invitation for personal experimentation. Buying injectable compounds online, from a gym contact, or through an informal seller creates serious uncertainty about identity, concentration, contamination, and sterility.

Exosomes and Stem Cells: Regenerative Does Not Mean Approved

Regenerative medicine is an active area of research, but marketing often moves faster than evidence.

The FDA states that there are currently no FDA-approved exosome products. It also warns that many regenerative products marketed for fatigue, orthopedic conditions, neurological problems, and other uses have not been shown to be safe or effective.11

A clinic should be able to explain a product’s regulatory status, clinical-trial evidence, manufacturing standards, adverse-event plan, and total cost. If those answers are vague, that is not a minor detail. It is a reason to pause.

Seven Questions to Ask Before Trying Any Biohack

A credible health decision should survive more than a testimonial. Before committing to an expensive or invasive intervention, ask:

What exact problem is this intended to treat? A broad promise to “optimize cells” is not a diagnosis.
What human evidence supports this use in women like me? Animal data and theoretical mechanisms are not the same as clinical benefit.
Is the product or device FDA-approved or cleared for this purpose? If not, ask why it is being offered and what that means.
What are the known and unknown risks? “Natural” and “cutting edge” do not mean low risk.
How will we measure whether it worked? Define meaningful outcomes before treatment.
What lower-risk options should come first? Compare the intervention with sleep care, nutrition, exercise programming, evidence-based menopause treatment, and standard medical evaluation.
Who manages complications? A clinic offering an invasive treatment should have licensed oversight and a clear emergency plan.

Frequently Asked Questions

Is Menopause Fatigue Caused by Mitochondrial Dysfunction?

Not necessarily. Mitochondria are essential to energy production, but everyday fatigue has many possible contributors. Sleep disruption, hot flashes, anemia, thyroid disease, sleep apnea, diabetes, depression, medication effects, under-fueling, and excessive training can all matter.1 3

Can Hormone Therapy Improve Energy?

Hormone therapy may improve energy indirectly when it effectively treats symptoms such as hot flashes and night sweats that disrupt sleep. It is not a universal fatigue treatment. Candidacy depends on symptoms, medical history, risks, and treatment goals.3

Is Creatine Good for Menopausal Women?

Creatine is promising for strength, performance, and body composition, particularly with resistance training. Evidence in postmenopausal women is growing, but direct perimenopause research remains limited.2

Do I Need a VO2 Max Test?

No. VO2 max testing can provide a useful cardiorespiratory-fitness baseline, but it is not required to improve health. Many women can track progress through walking pace, cycling output, heart-rate response, exercise tolerance, or validated submaximal testing under professional guidance.

Does Feeling Worse After HIIT Prove My Mitochondria Are Struggling?

No. It shows that the session may have exceeded your current recovery capacity. Sleep, nutrition, conditioning, illness, hormones, medications, and training design should all be considered.

Are IV Vitamins Better Than Oral Supplements?

Not for everyone. IV delivery is appropriate when a medical indication requires it, but general wellness benefits remain uncertain and the route introduces additional risks.6

Is Hyperbaric Oxygen a Menopause Treatment?

HBOT is a legitimate treatment for certain medical conditions, but it is not an established treatment for menopause fatigue or general longevity.7 8

The Bottom Line: Build the Foundation, Then Evaluate the Tool

Cellular health is not a single lab value, supplement stack, or biohacking package. It is the result of many systems working together.

For women navigating perimenopause and menopause, the highest-value starting points are often less glamorous than a chamber or infusion: restorative sleep, adequate nutrition, progressive resistance training, aerobic fitness, stress management, appropriate menopause care, and evaluation of persistent symptoms.

Advanced therapies should be judged one at a time. Some have clear medical uses. Some are promising but still under study. Others carry substantial evidence, safety, or regulatory concerns.

At Menrva, we believe women deserve personalized, data-informed care without hype. The goal is not to chase every new longevity trend. It is to understand your biology, identify what is actually limiting your health, and choose the safest intervention most likely to improve how you feel and function.