Longevity & Mithochondiral Health

Reclaim Your Energy, Slow Cellular Aging & Strengthen Your Healthspan

Longevity Is Not About Age — It’s About Cellular Health

Longevity is not about how old you are — it’s about how healthy your cells are.
Your mitochondria, hormones, nervous system, immune function, and metabolic pathways determine how you age, how you feel, and how quickly you recover.

When these systems become stressed or depleted, people often experience:

• Persistent fatigue or burnout
• Brain fog or memory changes
• Slow recovery from exercise or stress
• Weight gain or metabolic resistance
• Hormonal imbalances
• Poor or fragmented sleep
• Increased inflammation or chronic pain
• Nervous system dysregulation

Our Longevity & Mitochondrial Health Program restores cellular energy, enhances repair pathways, and supports the systems that keep you strong, clear-minded, and resilient — now and for decades to come.

→ Functional Medicine
→ Longevity & Mitochondrial Health
→ Functional Lab Testing

What Is Longevity Medicine?

Longevity medicine focuses on slowing, stabilizing, or reversing the biological drivers of aging, including:

• Mitochondrial dysfunction
• Chronic inflammation and oxidative stress
• Hormonal shifts (perimenopause, menopause, andropause)
• Gut–immune imbalance
• Environmental toxicity
• Nervous system overload
• Insulin resistance and metabolic dysfunction

Using advanced functional assessments and personalized treatment strategies, we help optimize cellular repair, restore metabolic efficiency, and support long-term vitality.

→ Detoxification & Environmental Medicine
→ Gut Health & Digestive Restoration
→ Hormone & Metabolic Optimization

Conditions Commonly Supported

This program is ideal for individuals experiencing:

• Chronic fatigue or burnout
• Insulin resistance or metabolic slowdown
• Long COVID and post-viral fatigue
• Cognitive decline, brain fog, memory issues
• Poor exercise recovery
• Perimenopause, menopause, or andropause
• Chronic inflammation
• Nervous system dysregulation
• Early aging symptoms (skin, joints, sleep, energy)

Advanced Functional Testing for Longevity

To understand your biological age and metabolic function, we use cutting-edge diagnostics:

• Organic Acids Test (OAT): mitochondrial metabolites & oxidative stress
• DUTCH Test: cortisol rhythms, hormones, melatonin
• Micronutrient testing: vitamins, minerals, mitochondrial cofactors
• Comprehensive metabolic & inflammation panels
• Gut microbiome testing
• Environmental toxin testing (mold, heavy metals, chemical exposures)

→ Detoxification & Environmental Medicine

Your results guide a precise longevity protocol unique to your biology.

Therapies That Support Longevity & Mitochondrial Repair

Your personalized longevity plan may include:

Red Light Therapy (Photobiomodulation)

Stimulates mitochondrial ATP production, improves collagen, enhances cellular signaling.
→ Red Light Therapy

PEMF Therapy & Bioenergetic Medicine

Increases cellular voltage, circulation, oxygenation, and tissue repair.
→ BioenergeticTherapies

Ozone Therapy

Enhances oxygen utilization, immune modulation, circulation, and mitochondrial repair.
→ Regernative Injection Therapy

Peptide Therapy

Targets cellular repair, inflammation, metabolism, cognition, and mitochondrial function.

Functional Medicine & Nutrition Optimization

We address:

• Insulin sensitivity
• Metabolic resistance
• Mitochondrial nutrient status
• Circadian biology and rhythm regulation
• Gut health and microbiome balance
• Inflammatory markers

→ Functional & Integrative Medicine
→ Advanced Functional Lab Testing

Detoxification & Cellular Clean-Up

Gentle detox strategies reduce mitochondrial stress from mold, heavy metals, infections, and environmental toxins.
→ Detoxification Environmental Medicine

Nervous System Regulation

Acupuncture, vagus nerve therapy, bioenergetics, and sleep optimization restore cellular repair capacity.
→ Acupuncture & Nervous System Regulation
→ Bioenergetic & Nervous System Therapies

Corrective Exercise & Sports Medicine

Improves muscle mass, circulation, VO₂ max, and cardiovascular longevity.
→ Sports Medicine & Injury Recovery

How Longevity Medicine Works

1. Comprehensive Intake & History

We evaluate energy, sleep, metabolism, toxin burden, stress patterns, and early aging markers.

2. Advanced Functional Testing

We assess mitochondria, hormones, nutrients, immune balance, detox pathways, and metabolic health.

3. Personalized Longevity Plan

A customized plan supports cellular energy, metabolic efficiency, hormone balance, and repair pathways.

4. Regenerative Therapies

May include red light therapy, PEMF, ozone therapy, acupuncture, peptides, and mitochondrial nutrition.

5. Ongoing Optimization

Your protocol evolves as your biology strengthens.

Who This Program Is Ideal For

• Adults 30+ wanting to slow aging
• High-performing professionals
• Athletes seeking faster recovery and peak performance
• Individuals recovering from chronic illness
• Anyone wanting more energy, clarity, strength, and resilience

Experience Life With More Vitality

Your body is designed to repair, regenerate, and thrive — when the right cellular systems are supported.

Begin your personalized Longevity & Mitochondrial Health program.

Frequently Asked Questions About Longevity

1. What is mitochondrial dysfunction and how does it affect aging?

Mitochondria produce cellular energy (ATP). When they’re stressed by inflammation, toxins, infections, or hormonal imbalance, fatigue, brain fog, weight changes, and early aging can occur.

2. Can longevity medicine help with chronic fatigue or post-viral symptoms?

Yes. Long COVID and post-viral fatigue are strongly linked to mitochondrial damage, inflammation, immune dysregulation, and nervous system stress. Longevity-based protocols are designed to repair these systems and restore energy and resilience.

3. How is biological age measured?

We use advanced functional testing such as the Organic Acids Test (OAT), DUTCH hormone testing, metabolic and inflammation panels, toxin markers, and micronutrient analysis to evaluate mitochondrial efficiency, oxidative stress, detox pathways, hormone balance, and metabolic resilience.

4. How long does it take to see improvements?

Most patients notice improvements in energy, sleep, mental clarity, and recovery within 4–12 weeks. Deeper mitochondrial repair and metabolic optimization continue to build over several months.

5. Is this program safe to combine with current medications?

Yes. Functional medicine and longevity protocols are designed to complement conventional care. All recommendations are reviewed carefully to avoid interactions and support overall safety.

6. Is this available via telemedicine?

Yes. Functional testing, longevity assessments, metabolic optimization, and personalized treatment planning are available via telemedicine. In-office therapies are available for Denver-area patients.

7. What causes mitochondrial dysfunction?

Mitochondrial dysfunction can result from chronic inflammation, toxin exposure, mold or infections, nutrient deficiencies, oxidative stress, hormonal imbalance, blood sugar instability, and prolonged nervous system stress. These factors impair cellular energy production and accelerate aging processes.

8. Can mitochondrial dysfunction affect weight, metabolism, or insulin resistance?

Yes. Mitochondria regulate metabolic efficiency, fat oxidation, and glucose utilization. When mitochondrial function is impaired, patients may experience weight resistance, blood sugar dysregulation, and reduced metabolic flexibility despite diet and exercise efforts.

9. Does mitochondrial health affect brain function and cognition?

Yes. The brain has high energy demands. Mitochondrial dysfunction can contribute to brain fog, poor focus, memory changes, mood instability, and slower cognitive processing. Supporting mitochondrial energy production often improves mental clarity and neurological resilience.

10. Can longevity medicine help slow biological aging?

Yes. Longevity-focused care aims to reduce oxidative stress, improve mitochondrial efficiency, enhance metabolic resilience, support detoxification, and regulate inflammation—all of which influence biological aging and long-term healthspan.

11. Is mitochondrial dysfunction reversible?

In many cases, yes. When underlying stressors are addressed and cellular repair pathways are supported, mitochondrial function can often improve significantly. Recovery depends on toxic load, nutrient status, metabolic health, and nervous system regulation.

12. Do hormones and mitochondria interact?

Yes. Thyroid hormones, cortisol, sex hormones, and insulin directly influence mitochondrial function and energy production. Hormonal imbalance can impair mitochondrial efficiency, while mitochondrial dysfunction can worsen hormonal signaling.

13. Can nutrition and supplements support mitochondrial repair?

Yes. Targeted nutrients such as amino acids, minerals, antioxidants, fatty acids, and cofactors are often essential for mitochondrial repair and energy production. Nutrition and supplementation are personalized based on functional testing and individual needs.

14. How do you personalize longevity and mitochondrial protocols?

Care is individualized using symptom patterns, functional lab data, metabolic markers, lifestyle factors, and treatment response. Protocols are adjusted over time as mitochondrial efficiency, resilience, and energy production improve.

15. Is longevity medicine only for older adults?

No. Longevity and mitochondrial optimization can benefit adults of all ages, especially those experiencing fatigue, burnout, metabolic dysfunction, post-viral symptoms, cognitive changes, or accelerated aging due to stress or illness.

16. What is the difference between lifespan and healthspan?

Lifespan refers to how long you live, while healthspan refers to how well you live during those years. Longevity medicine focuses on extending healthspan by preserving energy, cognitive function, metabolic flexibility, mobility, and resilience rather than simply increasing years lived.

17. Can longevity medicine help prevent age-related disease?

Yes. Many age-related conditions are driven by inflammation, oxidative stress, insulin resistance, mitochondrial decline, toxin accumulation, and nervous system dysregulation. Addressing these drivers early can reduce risk and slow progression of degenerative disease.

18. Does longevity medicine address cellular aging and oxidative stress?

Yes. Longevity protocols target oxidative stress, mitochondrial damage, and impaired cellular repair mechanisms that contribute to biological aging. Supporting antioxidant systems and cellular resilience is foundational to slowing functional decline.

19. Can longevity medicine improve physical performance and recovery?

Yes. Optimizing mitochondrial energy production, nutrient status, hormonal balance, and nervous system regulation often improves stamina, strength recovery, exercise tolerance, and injury resilience across all ages.

20. Is longevity medicine the same as biohacking?

No. While biohacking often focuses on isolated tools or trends, longevity medicine is a clinically guided, systems-based approach. Interventions are selected based on physiology, lab data, and long-term safety rather than one-size-fits-all strategies.

21. Can longevity medicine help with brain aging and cognitive decline?

Yes. Cognitive aging is closely tied to mitochondrial health, blood sugar regulation, inflammation, toxin exposure, and hormonal balance. Longevity care supports brain energy metabolism and neurological resilience over time.

22. Do sleep and circadian rhythms affect longevity?

Yes. Poor sleep and circadian disruption impair mitochondrial repair, hormone signaling, immune balance, and metabolic health. Optimizing sleep quality is one of the most powerful longevity interventions.

23. Is longevity medicine appropriate if I feel “fine” but want to optimize aging?

Yes. Longevity medicine is highly effective as a proactive approach. Many patients pursue care to maintain energy, cognitive clarity, metabolic health, and resilience before symptoms or disease develop.

24. How do toxins and environmental exposures impact aging?

Environmental toxins increase oxidative stress, impair mitochondrial function, disrupt hormones, and accelerate biological aging. Detoxification and exposure reduction are key components of longevity-focused care.

25. How do you measure progress in longevity medicine?

Progress is tracked through symptom changes, functional capacity, metabolic markers, inflammation levels, mitochondrial indicators, hormone balance, and overall resilience rather than a single lab value.