This special Tick Boot Camp Podcast crossover features the full International Lyme and Associated Diseases Society (ILADS) webinar recording, “At the Frontlines of Chronic Illness: Conversations with ILADS Experts.” In this dynamic panel discussion, leading clinicians and specialists unpack why Lyme disease and other infection-associated chronic illnesses are so misunderstood, why testing fails so many patients, and what it really takes to heal—brain, immune system, mitochondria, and terrain included.
Moderated by Rich Johannesen (Tick Boot Camp), the panel delivers practical insights and hopeful, patient-centered guidance for anyone navigating complex chronic illness—whether you’re a patient, caregiver, clinician, or advocate.
Featured Panelists
- Chris Winfrey, MD — Psychiatrist; Medical Director, New Image Wellness
- Nicole Bell — “The Lyme Disease Engineer”; CEO, Galaxy Diagnostics
- Tania Dempsey, MD — Medical Director, AIM Center for Personalized Medicine
- Melanie Stein, ND — Naturopathic Doctor; Author focused on cellular wellness and healing terrain
- Host/Moderator: Rich Johannesen (Tick Boot Camp)
- ILADS Intro: Ali Moresco (ILADS)
Episode Highlights
ILADS Mission and Why This Webinar Matters
The webinar opens with ILADS’ mission: improving diagnosis and treatment of Lyme disease and associated illnesses through research, education, and policy. ILADS emphasizes physician training and patient-centered care, while also supporting the educational mission of ILADEF.
Rich frames the night as a rare opportunity to hear from experts working at the front lines of complex chronic illness—especially for patients who’ve been dismissed, misdiagnosed, or told their symptoms “don’t make sense.”
Segment 1: Brain Health, Neuroimmune Illness, and Why Lyme “Feels Like Dementia”
Chris Winfrey, MD
Dr. Winfrey introduces a core theme: Lyme is not only an infection—it often behaves like a neuroimmune illness.
Key takeaways:
- The brain is a high-energy, high-immune-demand organ, uniquely vulnerable to infection-driven inflammation and toxicity.
- Lyme can disrupt brain function through:
- Blood flow issues
- Synaptic dysfunction
- Myelin damage
- Network-level disruption, not just “neurotransmitters”
- He describes brain function through networks that Lyme can destabilize:
- Default Mode Network (internal reflection)
- Salience Network (switching between networks)
- Central Executive Network (planning/organization)
- Action Network (execution)
- Autonomic Network (regulation)
- Limbic Network (threat/fear response)
- The result: patients often describe “brain shutdown,” confusion, cognitive impairment, and even dementia-like symptoms.
A major reframing:
- Emotions are not “non-physical.” They are measurable physiological states.
- Lyme-driven nervous system injury can create emotional disturbance because the biology is disturbed.
Segment 2: Poly-microbial Infection, Fight-or-Flight, and the Belief-Healing Loop
Winfrey + Rich Discussion
Rich frames humans as spiritual, emotional, and physical beings, and asks how chronic infection impacts both body and emotional resilience.
Key points:
- Lyme can cross the blood-brain barrier and affect virtually any organ system.
- The nervous system becomes a “central battleground,” and measurement is hard because nervous system dysfunction isn’t captured well by simple bloodwork.
- Rich and Dr. Winfrey explore how illness disrupts perception, decision-making, and our ability to interpret the world—especially when gut function and intuition feel “offline.”
The healing paradox:
- Chronic stress and “fighting your way to healing” can backfire.
- Dr. Winfrey emphasizes that healing requires a parasympathetic state—rest, digest, repair—and that this often involves acceptance, surrender, trust, and safety.
Segment 3: The State of Testing—Why So Many Patients Test Negative
Nicole Bell (Galaxy Diagnostics)
Nicole shares her personal motivation and professional mission: testing determines treatment, reimbursement, and belief—and too many patients are failed by existing tools.
Indirect testing (antibody testing):
- The standard approach relies on antibodies—meaning it depends on the immune system behaving predictably.
- But Lyme and other stealth pathogens evade and suppress immune responses.
- Even in controlled research models, two infected subjects can show completely different antibody patterns.
- Immunosuppression (illness severity, medications like steroids, immune dysregulation) can reduce antibody reliability.
Direct testing (pathogen detection):Nicole contrasts Lyme testing with illnesses like COVID—where you use tests that look for the pathogen itself (PCR/antigen), not just antibodies.
Why direct detection is hard in Lyme:
- Pathogens can be low abundance
- They can be tissue-sequestered
- Sampling matters
Why urine can matter for Lyme:
- Lyme may not stay in blood, but it can shed proteins/antigens that filter into urine.
- Galaxy’s approach includes methods to capture, concentrate, and detect those markers.
New diagnostics focus:
- Genus-level screening for the “3Bs” (Borrelia, Bartonella, Babesia)
- Reducing guessing when symptoms overlap and co-infections “masquerade” as each other
Segment 4: Immune Dysfunction, Mast Cells, and Why Antibody Testing Can Go Haywire
Tania Dempsey, MD (AIM Center for Personalized Medicine)
Dr. Dempsey explains the immune system through two major branches:
- Innate immune system (fast, primitive defense)
- Adaptive immune system (antibodies, longer-term response)
Mast cells as first responders:
- Mast cells detect “danger” and release inflammatory mediators (histamine and many others).
- In chronic infection, mast cells can remain persistently activated, releasing hundreds of inflammatory compounds.
Why antibody tests fail (two patterns):
- Immune suppression → insufficient antibody production → false negatives
- Immune chaos → excessive, inappropriate antibody production → confusing positives
– Positive Lyme bands “everywhere”
– Positive autoantibodies without classic autoimmune disease patterns
– “Everything looks positive” because signaling is dysfunctional
Her central philosophy:It’s not only about killing the bug. It’s about fixing immune regulation so the body can actually clear or control infection.
She also names the broader context: modern toxic load (mold, plastics, pesticides, “forever chemicals”) primes the immune system into dysregulation before infections even arrive.
Segment 5: Advanced Immune-Modulating Tools
Therapeutic Plasma Exchange + SOT
Dr. Dempsey discusses therapies she’s excited about, especially for complex, stuck cases:
Therapeutic Plasma Exchange (TPE / plasmapheresis):
- Removes plasma (where antibodies, inflammatory mediators, and “garbage” accumulate)
- Replaces with albumin (and sometimes IVIG)
- Concept: reduce inflammatory burden + toxic load to reset the terrain
SOT (Supportive Oligonucleotide Technique):
- Molecular targeted approach designed to reduce replication of specific pathogens
- More targeted than “wide-net” antimicrobial approaches
- Used strategically after lowering inflammatory/toxic burden
She emphasizes: not for everyone, not a universal cure—but promising enough to merit formal publication.
Segment 6: GLP-1 Agonists and Mast Cell Stabilization
“Brain-melt” moment, revisited
Dr. Dempsey explains why drugs commonly known for diabetes/weight loss may have immune benefits:
- Mast cells have receptors for GLP and GIP hormones
- Patients showed improvements beyond weight: cognitive function, inflammation, immune stability
- She describes:
- Semaglutide (Ozempic/Wegovy)
- Tirzepatide (Mounjaro/Zepbound)
- Emerging triple agonists (GLP-1/GIP/glucagon pathways)
Her clinical approach has moved these agents earlier in care plans for immune stabilization in select cases.
Segment 7: Cellular Healing, Mitochondria, and the Terrain
Melanie Stein, ND
Dr. Stein brings it home: healing often stalls when we focus only on killing pathogens, but don’t repair the cellular damage.
Core concepts:
- Lyme damages cell membranes, disrupting what goes in/out and how cells communicate.
- It contributes to mitochondrial dysfunction, reducing ATP (energy currency).
- If cells stay in “alarm mode,” healing remains blocked.
Cell membrane therapy and terrain support:
- IV and oral lipid support (phospholipids, phosphatidylcholine, omega fatty acids)
- Personalized support based on lipidomic patterns
- Supportive therapies to reduce oxidative stress and “toxic fats”
- Focus on signaling safety to the body—so repair can resume
Cell Danger Response:A key theme: even after infections reduce, the body may remain stuck in a persistent defense state, requiring cellular and nervous system support to exit “danger mode.”
Regulation Before Eradication
Panel Reflection Round
As the panel closes, several themes converge:
- Limbic system + autonomic nervous system regulation is foundational
- “Regulation becomes before eradication”
- Healing requires safety, predictability, and nervous system calm
- Chronic illness can block our ability to connect—especially in relationships—because survival physiology dominates
Dr. Dempsey adds that limbic retraining / nervous system reset is often the first step she starts with in her practice.
Question and Answer Highlights
Lyme and Cancer?
The panel notes emerging signals connecting tick-borne illness and certain cancers, but emphasizes that more research is needed to determine causality.
Herniated discs, connective tissue, and chronic infection
The discussion highlights potential links through:
- connective tissue disruption
- collagen damage
- mast cell mediators (enzymes that affect tissue integrity)
- infection-driven inflammation
Cross-reactive antibody results (example: Brucella)
The group explains how antibody testing can produce confusing results due to immune dysregulation and cross-reactivity—another reason why interpretation and test methodology matter.
Nasal testing / sinus terrain
While not a mainstream Lyme diagnostic route, the panel references nasal/sinus colonization (especially with mold-related or chronic inflammatory patterns) as a terrain factor that can influence recovery.
Resources Mentioned
- Center for Lyme Action – State of Lyme Disease Research paper (Nicole Bell collaboration)
- ILADS Provider Search
- International Lyme and Associated Diseases Educational Foundation (ILADEF) Donations (supports education and clinician training)
Final Message to Listeners
This episode is a reminder that Lyme disease and infection-associated chronic illness are not one-dimensional problems. The path forward often requires:
- better diagnostics
- immune regulation
- nervous system support
- cellular repair
- personalized care
- and hope that the body can recover when the right puzzle pieces come together
