Advanced Treatment Programs for
Chronic Lyme Disease in Tijuana

T-Regulatory cells are the immune system's volume control — specialized cells whose sole purpose is to prevent the immune response from becoming excessive or self-destructive. FOXP3, the master switch governing Treg identity, becomes unstable in chronic Lyme — leaving the immune system without an effective brake.

How autologous Treg therapy works

• Blood is collected and T cells are isolated from your own sample
• Selected cells are engineered with a stabilized FOXP3 gene — designed to remain active even in highly inflammatory environments
• Cells undergo stress-testing replicating your chronic inflammation — only resilient cells that maintain regulatory function proceed
• Validated cells are expanded and reinfused intravenously to restore immune balance at sites of inflammation

What patients commonly report

• Reduction in inflammatory flares and symptom intensity
• Improved tolerance to other treatments
• More stable, less reactive immune response over time
• Gradual improvement in energy, cognitive clarity, and sleep

A hospital-based therapy that raises core body temperature to 41–42°C under continuous medical monitoring — simulating a controlled fever response. Borrelia and many Lyme co-infections are highly sensitive to elevated temperature, and this therapy exploits that vulnerability while stimulating immune activation.

The procedure step by step

• Baseline clinical assessment, IV access, and continuous vital monitoring established
• Core temperature rises gradually through a controlled perfusion system
• Therapeutic maintenance window held at target temperature under full supervision
• Controlled cooling follows with structured recovery monitoring and supportive care

Why it differs from saunas or external heat

Systemic perfusion hyperthermia raises core temperature systemically throughout the body — not just skin temperature — with medical-grade monitoring, defined timing, IV management, and hospital supervision through the complete physiologic cycle.

A medical blood-filtration procedure that removes a targeted fraction of blood components before returning the rest to the body. In chronic Lyme, this removes the inflammatory and toxic environment that prevents recovery — even when the underlying infection has been addressed.

What Apheresis removes

• Inflammatory cytokines sustaining chronic immune activation
• Circulating immune complexes contributing to tissue damage
• Environmental toxins, heavy metals, mold mycotoxins
• Dead pathogens and their fragments triggering ongoing immune signaling

How it helps recovery

• Creates a cleaner internal environment for immune regulation to begin working
• Reduces inflammation-driven symptoms: fatigue, brain fog, pain sensitivity
• Improves physiologic tolerance to other therapies
• Creates better conditions for Treg therapy to be effective

Glutathione is the body's master antioxidant — central to cellular defense and detoxification. In chronic Lyme, it is often severely depleted, contributing directly to fatigue, brain fog, and poor treatment tolerance.

Why Lyme patients are depleted

• Chronic infection creates sustained oxidative stress consuming reserves rapidly
• Inflammatory cytokines suppress the enzymes responsible for glutathione production
• Mitochondrial dysfunction reduces the cellular energy needed to produce it

What IV glutathione does

• Directly replenishes reserves that oral supplementation cannot adequately restore
• Supports liver detoxification of toxins from die-off reactions
• Reduces neuroinflammation — important for brain fog and cognitive symptoms
• Improves mitochondrial function and cellular energy production

Your DNA is the instruction manual. Epigenetics describes the biological signals that influence how strongly those instructions are expressed right now — based on inflammation, stress physiology, sleep, nutrition, toxins, and infections.

What it identifies

• Your highest-impact symptom drivers — immune, metabolic, neurologic, or toxin-related
• Nutritional deficiencies contributing to fatigue, inflammation, and poor recovery
• Toxic load and environmental stressors affecting your physiology
• Mitochondrial energy strain and hormonal tendencies

How it shapes your program

The epigenetic test determines which IV therapy lanes belong in your plan, which foundational issues need addressing before advanced therapies begin, and creates a before-and-after framework so your care stays dynamic and responsive over time.

Heckel whole-body hyperthermia uses radiant heat technology to gently raise core temperature to a fever-range level in a controlled, supervised setting with continuous vital sign monitoring.

How it supports Lyme recovery

• Stimulates the same physiologic defense response as a natural fever
• Useful for patients needing a gentler introduction to thermal therapy
• Improves circulation, tissue perfusion, and lymphatic drainage
• Creates an internal environment less favorable to heat-sensitive pathogens

A localized, electrically modulated heat therapy delivering targeted thermal energy to specific body areas — including organs, joints, and connective tissues — where inflammation and pathogen burden may be concentrated.

Clinical applications in Lyme

• Joint and musculoskeletal inflammation — reduces chronic pain and inflammatory signaling
• Abdominal organ support — improves circulation in liver and lymphatic structures essential for detoxification
• Biofilm disruption — localized heat destabilizes the biofilm architecture protecting persistent organisms

A small amount of your blood is drawn, enriched with medical-grade ozone, and reintroduced into the body — leveraging ozone's ability to modulate immune function and support antimicrobial activity.

How it helps in Lyme disease

• Improves cellular oxygen delivery — directly relevant to fatigue and energy depletion
• Activates immune signaling pathways improving the body's surveillance and response
• Creates an oxidative environment selectively hostile to many pathogens including Borrelia
• Reduces inflammatory burden and improves microcirculation

Curcumin is the active compound in turmeric, achieving tissue concentrations intravenously that oral supplementation cannot approach. It directly inhibits NF-kB — a central molecule driving the chronic inflammatory cascade in Lyme disease.

Why Lyme patients benefit

• Directly inhibits NF-kB and inflammatory cytokines (IL-6, TNF-alpha) sustaining symptoms
• Supports neuroinflammation reduction — relevant for cognitive symptoms and neurological Lyme
• Has documented antimicrobial properties against Borrelia
• Supports mitochondrial function and reduces oxidative cellular damage

ALA is unique in being both fat-soluble and water-soluble — allowing it to cross the blood-brain barrier and act inside cells as well as in extracellular tissues.

Why Lyme patients benefit

• Crosses the blood-brain barrier to reduce neuroinflammation — directly addressing brain fog
• Regenerates other antioxidants including glutathione and Vitamin C
• Chelates heavy metals — reducing metal burden contributing to symptom load
• Supports mitochondrial function and ATP production addressing cellular energy deficit in chronic fatigue

Chelation therapy uses binding agents that attach to heavy metals in the bloodstream and tissues, allowing safe excretion. Heavy metal burden is an often-overlooked driver of persistent Lyme symptoms.

Why it matters in Lyme

• Heavy metals impair immune cell function — reducing the immune system's ability to regulate itself
• Metals disrupt mitochondrial function, worsening fatigue and cellular energy depletion
• Borrelia uses heavy metals as a nutrient source in tissue environments

Biofilm disruption

Chelation Plus also includes agents designed to disrupt the biofilm structures that protect Borrelia and co-infections from both the immune system and antimicrobial treatments.

High-dose intravenous Vitamin C achieves plasma concentrations 30–70x higher than oral supplementation — entering a pharmacological range with immune modulatory and antimicrobial properties.

Why Lyme patients benefit

• At pharmacological doses, creates an environment selectively hostile to many pathogens
• Directly supports immune cell function: NK cells, neutrophils, and T cells
• Reduces inflammatory cytokines and supports a more regulated immune response
• Supports adrenal function — adrenal fatigue is common in chronic Lyme

Selenium is essential for producing glutathione peroxidase — the body's most important antioxidant enzyme. In chronic Lyme patients, selenium deficiency is common and contributes to immune dysfunction and elevated oxidative stress.

Why Lyme patients benefit

• Essential for glutathione peroxidase — the enzyme that recycles glutathione under oxidative load
• Supports thyroid hormone conversion — thyroid dysfunction is frequently seen in chronic Lyme
• Has direct antiviral properties relevant to co-infections like Epstein-Barr Virus (EBV)
• Reduces mercury toxicity — selenium binds mercury molecules reducing their bioavailability

Magnesium is involved in over 300 enzymatic reactions governing nerve transmission, muscle contraction, sleep regulation, and inflammatory signaling. Chronic Lyme consistently depletes magnesium.

What Magnesium IV addresses in Lyme

• Muscle cramps, twitching, and widespread myalgias — magnesium is the body's natural muscle relaxant
• Sleep disruption — magnesium activates the parasympathetic nervous system and supports GABA pathways
• Headaches and migraines — magnesium deficiency is a well-documented trigger
• Nervous system hyperreactivity — reduces heightened pain sensitivity and sensory overwhelm
• Cardiac rhythm stability — important for patients experiencing palpitations

Phosphatidylcholine forms the structural backbone of every cell membrane — particularly concentrated in brain and nerve cells. Chronic inflammation damages these membranes, contributing to cognitive symptoms, neurological dysfunction, and fatigue.

What PC IV does for Lyme patients

• Repairs and rebuilds damaged cell membranes — restoring structural integrity governing cell function
• Supports neurological recovery — PC is the primary structural component of myelin
• Supports liver detoxification capacity during periods of high toxic load
• Reduces neuroinflammation and supports the brain's ability to clear metabolic waste

Lyme disease leads to progressive physical deconditioning — not from lack of effort, but because pain, fatigue, and neurological symptoms force activity avoidance that compounds over time. Our physiotherapy is designed specifically around the chronic Lyme presentation.

What our physiotherapists focus on

• Gentle reconditioning and progressive strength rebuilding paced to your current tolerance
• Mobility, joint stability, posture, and gait support
• Strategies for pain patterns, dizziness, orthostatic intolerance, and exercise intolerance
• Post-exertional management — working within the energy envelope without triggering crashes
• Manual therapy and lymphatic drainage to support detoxification during the program

Chronic illness is not only a physical experience. Years of uncertain diagnosis, invalidated symptoms, and loss of function create real psychological burden — and that burden amplifies physical symptoms through stress physiology and nervous system hyperactivation.

What our psychologists address

• Anxiety and nervous system hypervigilance — chronic stress keeps inflammatory signaling elevated
• Sleep regulation using evidence-based approaches for chronic Lyme insomnia patterns
• Coping strategies for fluctuating, unpredictable symptoms and treatment uncertainty
• Decision fatigue and treatment overwhelm common in long-term chronic illness

The gut and immune system are deeply interconnected — particularly in Lyme disease, where antibiotic exposure, chronic inflammation, and pathogen activity disrupt gut microbiome balance in ways that directly affect immune function and neurological symptoms.

What our nutritionists focus on

• Anti-inflammatory nutrition structures reducing dietary contribution to inflammatory burden
• Gut microbiome restoration following antibiotic exposure
• Mitochondrial nutrition — targeted nutrients supporting cellular energy production
• Detoxification support — foods and patterns supporting liver and kidney function during intensive treatment