Category: Biotoxin Illness

  • Why I’m Temporarily Pausing Orthopedic Bodywork: A Personal Health Update from Rebecca

    Why I’m Temporarily Pausing Orthopedic Bodywork: A Personal Health Update from Rebecca

    A Personal Note: Why I’m Pressing Pause on Orthopedic Bodywork

    UPDATED May 22, 2025:

    Over the past several months, I’ve been navigating an unexpected health challenge related to a biotoxin re-exposure. This experience has required deep healing, multiple levels of care, and significant changes to my professional availability. While my commitment to orthopedic bodywork and client care remains unwavering, I’ve had to temporarily pause full-time, hands-on sessions to prioritize my recovery.

    Now Accepting Limited Appointments

    As part of a carefully paced return to practice, I am currently accepting up to three appointments per week, with a total limit of six hours of bodywork. These sessions are available only within a 5-mile radius of 7215 FL-54, New Port Richey, FL 34653. This limited service area allows me to provide high-quality care while honoring the physical boundaries my body now requires for healing.

    More Availability Coming Soon

    I fully intend to expand both my service hours and my geographic reach as my health continues to stabilize. I am actively rebuilding my strength and vitality, and every week brings new signs of progress. If you are outside my current travel radius or if you’re waiting for additional availability, please know that I deeply appreciate your patience and continued support.

    Thank You for Standing With Me

    This chapter has reminded me how powerful it is to listen to the body—not just our clients’ bodies, but our own. I remain dedicated to this work because I believe in it with my whole heart. Thank you for your compassion, your trust, and your presence in this journey. If you’d like to be notified when new appointment slots open or when I resume more extensive services, feel free to reach out or subscribe to my updates.

    With warmth and gratitude,
    Rebecca Collinsworth, FL LMT: MA99137
    Orthopedic Massage & Movement Specialist

    May 12, 2025

    Dear Clients and Friends,

    If you’ve landed here looking to book an in-person orthopedic bodywork session, I want to offer a gentle explanation for why I’m currently unavailable. Many of you know that my hands-on work is a core part of my life’s purpose. So it’s not easy to step away, even temporarily.

    In February 2025, I experienced a biotoxin re-exposure that rapidly affected my health. For someone like me, who is already diagnosed with Chronic Inflammatory Response Syndrome (CIRS), this type of exposure can interfere with how the body detoxifies and manages inflammation. Instead of resolving with rest or conventional care, my body shifted into a prolonged inflammatory state.

    By early spring, I began forming cholesterol-based gallstones at an unusually rapid rate. This is a known complication in the context of CIRS, particularly following a re-exposure and sustained detox overload. Despite actively seeking support in Orlando, New Port Richey, and Tampa, I’ve been unable to find a care team familiar with CIRS or willing to follow the clinical protocols established to support patients like me. These protocols include slow IV hydration, antioxidant support, binders, careful medication selection, and avoiding common environmental or pharmaceutical triggers.

    As a result, my symptoms progressed into what is best described as an inflammatory cascade, which is a sustained and compounding immune reaction. I’ve been in and out of hospitals trying to stabilize, educate care teams, and advocate for a more informed and collaborative approach. It’s been challenging, but I remain hopeful that healing is possible and that clinical curiosity still exists.

    This is why I’m pressing pause on all hands-on orthopedic and lymphatic bodywork for now. That includes in-person sessions such as TMJ-focused massage, overhead movement assessments with manual therapy, postural support, pre and post-operative lymphatic drainage, and all other forms of hands-on soft tissue work.

    I’m making this decision to support my own restoration. My body needs time, rest, and a reduced inflammatory load so that I can eventually return to serving you at my full capacity. While I’m not currently able to provide in-person care, I’m still offering remote support through secure, HIPAA-compliant video sessions.

    Here’s what’s still available to you:

    Overhead Squat Assessments
    These remote assessments help identify movement imbalances, mobility restrictions, and compensation patterns. You’ll receive a personalized movement summary and a targeted plan to support training, recovery, and functional alignment.

    One-to-One Video Appointments
    Through our secure portal, we can meet virtually to explore movement coaching, wellness strategies, recovery practices, or other areas that support your whole-body resilience.

    Your kind thoughts and continued encouragement mean more than I can express. This is a season, not a destination. I’m doing everything I can to return to practice as soon as my body is ready. In the meantime, I’m here for you in every way I safely can be.With deep appreciation and strength,

    In Health & Success,

    Rebecca Collinsworth

    P.S. If you are an environmental or functional medicine provider familiar with CIRS protocols or open to exploring this as a case study I warmly welcome connection. Collaboration is essential to improving outcomes for patients like me. Please reach out through my website.

  • CIRS Emergency and Inpatient Care Protocol Summary

    For use in emergency departments and inpatient units managing patients diagnosed with Chronic Inflammatory Response Syndrome

    Clinical Diagnosis
    Chronic Inflammatory Response Syndrome is an environmentally acquired illness involving innate immune system dysregulation following biotoxin exposure. It presents as a multisystem inflammatory condition and requires protocol-based management to prevent exacerbation. Diagnostic support is available through recognized laboratory and functional markers.

    Clinical Risk in Acute Settings
    Patients with CIRS are at high risk of inflammatory cascade when exposed to standard treatments that do not account for their underlying condition. This includes IV antibiotic administration, contrast exposure, and failure to control biotoxin load or cytokine activity. Complications may include rapid worsening of cognitive, pulmonary, gastrointestinal, and neurological symptoms.

    Priority Labs for CIRS Patients
    Obtain as early as clinically appropriate. If limited, prioritize starred items.

    Priority 1 – Inflammatory cascade status
    C4a *
    TGF-beta1 *
    MMP-9

    Priority 2 – Regulatory dysfunction and treatment eligibility
    ADH and serum osmolality *
    HLA-DR if not already documented *
    VIP
    VEGF

    Priority 3 – General clinical status and safety
    CMP with electrolytes *
    CRP *
    CBC with differential
    ESR
    Lipase prior to VIP consideration
    Coagulation profile if bleeding history present
    Consider VCS testing if available

    Supportive Measures to Reduce Inflammatory Risk
    Binders
    Initiate cholestyramine or colesevelam per protocol to bind circulating biotoxins. Administer 30 minutes before meals and medications if tolerated. Use compounded or low-reactivity forms if sensitivities are documented.

    Hydration
    Use slow IV fluids to support electrolyte balance and toxin mobilization. Avoid rapid boluses unless urgently indicated. Monitor sodium and osmolality during fluid therapy. If ADH dysfunction is known, consider DDAVP under electrolyte monitoring.

    Antibiotic Considerations
    Fluoroquinolones and other high-reactivity antibiotics may worsen inflammatory response in genetically susceptible patients. If antibiotics are required, pre-treat with binders and consider anti-inflammatory adjuncts such as omega-3 fatty acids. Track symptoms and biomarkers during treatment.

    Environmental and Dietary Controls
    Minimize patient re-exposure to water-damaged environments. Use low-amylose meals and avoid gluten and artificial sweeteners. Review and confirm medication tolerances. Avoid unnecessary additives or contrast agents without risk-benefit discussion.

    Monitoring and Discharge Planning
    Repeat MMP-9, C4a, TGF-beta1 if clinical picture worsens
    Ensure ADH and osmolality normalize prior to discharge if they were abnormal
    Assess for VIP eligibility only after confirmation of stable inflammatory profile and environmental safety
    Include notation of CIRS diagnosis in discharge summary and advise follow-up with specialist trained in Shoemaker Protocol

    Reference Framework
    This protocol is based on peer-reviewed literature and the established Shoemaker Protocol as published in Annals of Medicine and Surgery 2024 and referenced in clinical case definitions for biotoxin-related illness. Protocol steps are sequential and evidence-based. Improper management may result in prolonged recovery or multi-system relapse.

  • How to Know If You’re Biotoxin Sensitive – Before the Diagnosis

    How to Know If You’re Biotoxin Sensitive – Before the Diagnosis

    Biotoxin sensitivity can feel like you’re falling through the cracks of conventional medicine—living with symptoms that don’t respond to typical treatments, while being told everything looks normal. If you’ve ever wondered whether your body might be reacting to environmental toxins long before a formal diagnosis, you’re not alone—and there is a path to clarity.

    This post explores the emerging science behind biotoxin sensitivity, including how early clues can show up in the body, the brain, and even your life history. You’ll learn how to assess your own patterns, what testing can reveal, and why some people—especially those with specific genetics—are more vulnerable than others. A printable self-reflection checklist is included to help you track what resonates and begin advocating for informed care.


    What Is Biotoxin Sensitivity?

    Biotoxins are harmful substances produced by biological organisms like mold, bacteria, algae, and certain parasites. When the immune system doesn’t recognize or clear these toxins properly, they can create a chronic, systemic inflammatory response. This is the foundation of what’s now called Chronic Inflammatory Response Syndrome (CIRS).

    People with biotoxin sensitivity often experience multi-system symptoms—brain fog, fatigue, body pain, digestive changes, anxiety, and more—that are hard to pinpoint on labs or imaging. Their illness may flare in specific environments or after stress, making it feel mysterious or psychosomatic to uninformed providers.


    VCS Testing: A Non-Invasive Early Screening Tool

    One of the earliest and most accessible tools to screen for biotoxin sensitivity is Visual Contrast Sensitivity (VCS) testing. This test measures your ability to detect subtle contrasts in light and shadow—something that gets disrupted when neuroinflammation affects the optic nerve or brain pathways. My VCS testing and full CIRS care are managed through Christian Medical Ministries, a provider experienced in the Shoemaker Protocol and supportive of biotoxin-aware healing.

    Studies show that a failed VCS test is associated with a high probability of biotoxin-associated illness and can be used as part of a differential diagnosis when lab work is inconclusive.

    • Shoemaker et al., demonstrated its relevance in identifying CIRS-related impairments (PMID: 26878761, Neurotoxicol Teratol., 2016)
    • The test can be taken online through CIRS-aware organizations and repeated over time to monitor improvement.

    Genetic Susceptibility: HLA-DR/DQ Markers

    Not everyone exposed to mold or biotoxins gets sick. One major reason why? Genetics.

    Certain HLA-DR and HLA-DQ alleles (human leukocyte antigen types) impair the immune system’s ability to recognize and clear biotoxins. This genetic blueprint creates what Shoemaker called the “immuno-compromised” responder: someone who becomes persistently ill even after exposure ends.

    • Research confirms a strong correlation between specific HLA subtypes and inability to clear biotoxins (PMID: 30557014, Int Immunopharmacol., 2019)

    While HLA typing isn’t a diagnosis in itself, it can explain why some people develop chronic symptoms from short or moderate exposures, while others recover easily.


    The “Canary in the Coal Mine” Pattern

    People who are biotoxin sensitive often describe themselves as being “too sensitive” for environments that others tolerate just fine. This isn’t fragility—it’s early warning.

    Do you feel dizzy, nauseated, irritable, or exhausted in buildings with water damage, musty smells, or synthetic fragrances? Do you feel immediately unwell around air fresheners or heavy cleaning products? Do you bounce back quickly in fresh air, nature, or clean environments?

    These lived patterns—often dismissed as overreaction—are among the most consistent clues of biotoxin sensitivity. This “canary” response is a valid and increasingly understood expression of how inflammation can manifest in real time.


    Self-Reflection Checklist: Signs of Possible Biotoxin Sensitivity

    Use the checklist below to reflect honestly and compassionately on your symptoms and life experiences. You don’t need to check every box—many people begin with just a few.

    Environmental Sensitivity

    • I feel worse in water-damaged or musty buildings.
    • I have trouble with strong smells, fragrances, or cleaning chemicals.
    • I feel physically better when I leave certain environments.
    • I notice a relapse in symptoms when I return to the same environment.

    Immune and Inflammatory Signs

    • I have had repeated infections or unusual responses to antibiotics.
    • I experience swelling, body aches, or inflammatory pain without a clear injury.
    • My labs often show inflammation, but my doctors can’t explain it.

    Neurological and Cognitive

    • I have brain fog, trouble concentrating, or memory issues.
    • I feel overwhelmed by light, sound, or motion in ways that weren’t true before.
    • I sometimes feel disconnected or “off,” even when my vitals are normal.

    Digestive and Hormonal

    • I experience food intolerances or sensitivity to medications and supplements.
    • I have unpredictable digestion or new-onset symptoms without a clear cause.
    • I’ve had menstrual changes, adrenal fatigue, or thyroid dysfunction.

    Mood and Nervous System

    • I’ve developed anxiety, irritability, or depression without a clear trigger.
    • My sleep is disrupted, even when I feel exhausted.
    • I am hypervigilant, emotionally reactive, or sensitive to stress.

    Personal and Family History

    • I have a personal or family history of autoimmune illness.
    • I have a history of trauma, toxic stress, or nervous system dysregulation.
    • I have tested positive for HLA-DR or HLA-DQ genetic risk types.
    • I have failed or borderline results on a Visual Contrast Sensitivity (VCS) test.

    You’re Not Making This Up

    Biotoxin sensitivity is real, and it’s measurable. You may not have a formal diagnosis yet, but your body is already communicating its truth. The good news? When we start to track symptoms, remove environmental burdens, and restore functional resilience, the body begins to heal.

    If this post resonates with your experience, consider printing the checklist, tracking your symptoms over time, and reaching out to a provider trained in CIRS, environmental medicine, or functional neurology. You may also benefit from joining advocacy groups or support networks focused on mold illness and biotoxin exposure. If you’re feeling overwhelmed or unsure where to begin, I welcome you to schedule a one-on-one Zoom call with me. While I cannot diagnose or treat any condition, I’m here to listen, share helpful resources, and offer insight based on my own lived experience and ongoing recovery journey. Sometimes, having someone who understands makes all the difference.

    You are not too sensitive. You are aware. And awareness is a strength.

    Eden KB, Totten AM, Kassakian SZ, et al.. (2016). Barriers and facilitators to exchanging health information: a systematic review. Int J Med Inform, 88(), 44-51. PMID: 26878761
  • Why I’m Telling My Story Now

    Why I’m Telling My Story Now

    I didn’t expect to become a case study in medical failure.
    I didn’t expect to be hospitalized twice in one week.
    I didn’t expect to explain my diagnosis—biotoxin illness, also known as Chronic Inflammatory Response Syndrome (CIRS)—to a team of providers who had no framework for it, even with documentation in hand.

    But here I am. And I’m no longer willing to stay quiet.

    The Long Road to Diagnosis

    My first known exposure to a biotoxin-contaminated environment began in August 2023. I knew something was wrong almost immediately—but I didn’t have the clinical diagnosis, and I’m not a doctor.

    What I did have was professional experience working with clients who had been diagnosed with “mold sickness,” and I had already learned firsthand that I’m allergic to molds and mildews. So when symptoms began escalating, I didn’t dismiss them. I listened to my body. I tracked what changed. I avoided the exposure as much as I could, and I did everything I knew to stabilize.

    I knew what was happening—and I could not find help through any agencies or organizations.
    The health department had no answers. The housing system offered no protection. Medical providers waved away my concerns. The systems I turned to didn’t understand biotoxin illness—or chose not to recognize it.

    In November 2023, I sustained a mild brain injury during a motor vehicle accident, adding a short-lived neurological complication to an already complex picture. That injury resolved fully by early 2024 with appropriate care.

    From March through August 2024, I limited my time inside the contaminated apartment to a few hours a day. On August 1, 2024, my diagnosis of Chronic Inflammatory Response Syndrome (CIRS) was confirmed through Shoemaker-aligned testing: positive VCS screening and high-risk environmental results on ERMI and HERTSMI-2. I began treatment immediately—without binders, due to lack of safe housing.

    By August 31, I stopped entering the building entirely.

    I followed the protocol as best I could.
    I relied on my professional training, somatic awareness, and scientific evidence.
    And still—I got sick again.

    The Breaking Point

    In February 2025, a re-exposure triggered a full-body inflammatory storm. Within days, I had bile disruptions, nausea, vagal suppression, dry mouth, and destabilizing fatigue. Then in late March, after attempting to resume limited professional activity, I experienced a neurological collapse—complete loss of coordination, cognitive function, and physical stability.

    An ERCP confirmed ductal stones, which were removed, but I was discharged on oral antibiotics known to provoke inflammatory flares in CIRS patients. I followed the prescription. I stayed hydrated. I collapsed again three days later.

    On readmission, I respectfully requested to remain for a few days to stabilize and re-evaluate a safer plan moving forward—whether that meant staying inpatient with continuous IV fluids, IV antibiotics, and oral hydration, or transitioning to an outpatient plan with daily IV fluids, oral antibiotics, and oral hydration.
    I expressed clearly that inpatient care would be the least risky option based on my history and clinical presentation.

    The team initially agreed. I improved.
    I was receiving continuous IV fluids and IV antibiotics with full oral hydration—550 mL hourly—when I was notified of discharge less than 24 hours after admission.

    This Is Why I’m Speaking Now

    This post isn’t just my story—it’s a reflection of what happens when clinical frameworks fail to evolve alongside evidence, and when patient voice is sidelined in critical decision-making. My experience is not isolated. And as I continue to recover, I’ll continue to document, speak plainly, and advocate for systems that do better—for all of us.

  • Biotoxin Illness: What It Is, Why It Matters, and Why I’m Speaking Up

    Biotoxin Illness: What It Is, Why It Matters, and Why I’m Speaking Up

    When you hear the word biotoxin, most people think of food poisoning or a bad reaction to mold. But biotoxin illness—especially a condition known as Chronic Inflammatory Response Syndrome (CIRS)—is something far more complex. It’s often invisible, deeply disruptive, and dangerously misunderstood.

    This is the condition I live with. And while it’s shaped by science, my understanding of it has come through hard-won lived experience—after months of debilitating symptoms, misdirection, and a health system unprepared to deal with it.

    What Is Biotoxin Illness?

    Biotoxin illness is a multi-system, multi-symptom condition that develops in response to environmental toxins—particularly those from water-damaged buildings, certain bacteria, and other biological exposures. The impact is not limited to the lungs or skin; it’s systemic. It affects inflammation, detox pathways, neuroendocrine function, and cognitive performance.

    People with genetic susceptibility (often related to HLA-DR/DQ gene expression) are unable to clear these toxins efficiently. As a result, the body remains in a chronic state of immune activation—even long after the exposure ends.

    It’s Not Easily Seen on Labs

    Standard labs often return “within normal range,” leaving patients feeling unseen and untreated. But CIRS has a distinct biomarker pattern when you know what to look for. Specialized labs such as MMP-9, C4a, TGF-β1, and a Visual Contrast Sensitivity (VCS) test begin to reveal the inflammatory picture that traditional panels miss.

    This disconnect between subjective symptoms and objective validation is often what delays care.

    Why I’m Speaking Up

    I’ve been in the health and fitness space since 1994, always operating from an evidence-based, holistic approach. My practice bridges movement, manual therapy, and sustainable lifestyle design. Over the years, I’ve helped clients from all walks of life build strength, restore function, and take ownership of their health.

    And then, in the middle of living what I teach, my body stopped responding. Despite everything I knew and practiced—clean nutrition, mobility work, lymphatic support, nervous system regulation—I declined. That’s the power of biotoxin illness. It bypasses “best practices” and creates dysfunction from the inside out.

    The experience has challenged me. It’s also sharpened my voice. I’m no longer just a provider—I’m an advocate.

    What You’ll Find in This Space

    Here on RebeccaCollinsworth.com, under Professional Insights > Health Coaching > Biotoxin Illness, I’ll be sharing:

    • Clear, accessible breakdowns of biotoxin science
    • The labs, tools, and frameworks that helped me get answers
    • Systems thinking for recovery—what works, what doesn’t, and why
    • Resources to support patient advocacy and informed medical conversations
    • Fully cited articles with PubMed IDs for all research references

    Whether you’re navigating unexplained symptoms, supporting someone who is, or working in healthcare and want to better understand this illness—this space is for you.

    I’m sharing my personal experience because I don’t want anyone else to lose a year of their life to confusion, dismissal, or silence.

    You’re not imagining your symptoms. You’re not broken. You’re not alone.

    Let’s begin.

  • Once Not Standard: 50 Now-Accepted Practices That Used to Be Questioned (2025)

    Once Not Standard: 50 Now-Accepted Practices That Used to Be Questioned (2025)

    In 2025, many clinical practices now recognized as standard care were once dismissed as unconventional or lacking physiological foundation. This list highlights 50 evidence-informed approaches that were initially questioned but are now transforming how we understand and support chronic illness, neuroinflammation, and immune system dysregulation. Whether you’re living with complex symptoms or guiding others through emerging care models, these once-dismissed practices are now critical to informed, whole-person healthcare.

    1. Microdosing psychedelics for neuroinflammatory conditions
      • 2016 observed 2023 adopted
    2. Vagus nerve stimulation for mood and gut health
      • 2005 observed 2022 adopted
    3. Fecal microbiota transplantation for recurrent C. difficile and emerging chronic illness protocols
      • 2008 observed 2019 adopted
    4. Use of high-dose omega-3 fatty acids for cognitive and neurovascular support
      • 2004 observed 2021 adopted
    5. Continuous glucose monitoring in non-diabetics for metabolic resilience
      • 2018 observed 2024 adopted
    6. Autonomic nervous system mapping in chronic illness management
      • 2010 observed 2023 adopted
    7. Mitochondrial support protocols in post-viral recovery plans
      • 2011 observed 2023 adopted
    8. Polyvagal theory-based somatic therapy integration in trauma recovery
      • 2001 observed 2020 adopted
    9. Oral immunotherapy for food allergies
      • 2012 observed 2021 adopted
    10. Use of ketamine in treatment-resistant depression
      • 2006 observed 2020 adopted
    11. Rehabilitative fasting for autoimmune modulation
      • 2015 observed 2022 adopted
    12. Personalized circadian rhythm alignment as part of cardiovascular care
      • 2012 observed 2023 adopted
    13. Active limbic system retraining in chronic pain and illness management
      • 2016 observed 2024 adopted
    14. Structured cold exposure therapy for inflammation modulation
      • 2013 observed 2022 adopted
    15. Low-dose naltrexone for fibromyalgia and autoimmune dysregulation
      • 2007 observed 2021 adopted
    16. Gut-brain axis targeted interventions for mental health stabilization
      • 2014 observed 2023 adopted
    17. Sleep tracking with biometrics as a primary metric in preventive medicine
      • 2017 observed 2023 adopted
    18. Photobiomodulation and red light therapy in tissue regeneration
      • 2012 observed 2021 adopted
    19. Targeted amino acid therapy for neurotransmitter support
      • 2009 observed 2022 adopted
    20. High-resolution heart rate variability analysis in autonomic diagnostics
      • 2015 observed 2023 adopted
    21. Clinical recognition of mast cell activation syndrome in unexplained hypersensitivities
      • 2013 observed 2022 adopted
    22. Therapeutic use of psilocybin in end-of-life anxiety care
      • 2011 observed 2024 adopted
    23. Plant-based ketogenic adaptations for seizure disorders
      • 2014 observed 2022 adopted
    24. Continuous low-flow oxygen in chronic fatigue syndrome
      • 2016 observed 2023 adopted
    25. Precision supplementation based on genomic methylation variants
      • 2011 observed 2023 adopted
    26. Digital neurocognitive testing in evaluating environmental toxin exposure
      • 2017 observed 2024 adopted
    27. Bile acid malabsorption as a driver in chronic GI inflammation
      • 2010 observed 2021 adopted
    28. Brain-gut axis repair in post-concussive syndrome
      • 2015 observed 2023 adopted
    29. Monitoring of environmental toxin burden in complex illness
      • 2012 observed 2024 adopted
    30. Integrative dental assessments in chronic systemic inflammation
      • 2008 observed 2022 adopted
    31. Probiotic cycling based on seasonal immune function shifts
      • 2014 observed 2023 adopted
    32. Cross-disciplinary rehab for long-COVID as a neuroimmune condition
      • 2020 observed 2023 adopted
    33. Reclassification of mold toxicity as a neuroimmune disruptor
      • 2012 observed 2024 adopted
    34. Early-stage estrogen and testosterone therapy in cognitive preservation
      • 2013 observed 2023 adopted
    35. Full recognition of chronic inflammatory response syndrome in specialty practice
      • 2009 observed 2024 adopted
    36. Electrolyte-focused rehydration as primary intervention in adrenal fatigue
      • 2016 observed 2023 adopted
    37. Neural retraining programs in chemically sensitive populations
      • 2015 observed 2022 adopted
    38. Emphasis on lymphatic drainage in post-surgical recovery protocols
      • 2007 observed 2022 adopted
    39. Therapeutic breathwork in dysautonomia management
      • 2014 observed 2023 adopted
    40. Use of continuous passive movement devices for vagal stimulation
      • 2018 observed 2024 adopted
    41. Delayed onset food sensitivity mapping via mediator release testing
      • 2010 observed 2022 adopted
    42. Environmental detox protocols as part of infertility treatment
      • 2013 observed 2023 adopted
    43. Non-invasive intracranial pressure tracking in neuroinflammatory illness
      • 2017 observed 2024 adopted
    44. Amino acid-focused nutrition for trauma and injury recovery
      • 2012 observed 2023 adopted
    45. Emphasis on oral microbiome as a root cause in systemic inflammation
      • 2015 observed 2024 adopted
    46. Functional visual testing for early neurotoxic exposure detection
      • 2011 observed 2023 adopted
    47. Preconception care protocols including mycotoxin and heavy metal screening
      • 2016 observed 2024 adopted
    48. Clinical use of binders to reduce circulating biotoxins
      • 2012 observed 2023 adopted
    49. Real-time HRV biofeedback for nervous system regulation
      • 2016 observed 2024 adopted
    50. Recognition of brain-on-fire states in post-infectious and mold-exposed patients
      • 2015 observed 2023 adopted

    References

    Griffiths RR, Johnson MW, Carducci MA, et al.. (2016). Psilocybin produces substantial and sustained decreases in depression and anxiety in patients with life-threatening cancer: A randomized double-blind trial. J Psychopharmacol, 30(12), 1181-1197. PMID: 27909165

  • Why I Sip Chia Water Daily: A Small Habit That Supports My CIRS Recovery

    Why I Sip Chia Water Daily: A Small Habit That Supports My CIRS Recovery

    One of my go-to daily habits, especially during periods of heightened inflammation or system stress, is sipping chia-infused water throughout the day. I typically prepare it after dinner, adding 2 tablespoons of chia seeds to a 23.7 oz bottle of water, shaking it a few times over the first 20 to 30 minutes, and then placing it in the refrigerator overnight. This allows the seeds to fully hydrate and form a soft, drinkable gel by morning. I always give it another shake a few hours later as well. I make two bottles like this each night to use the following day—one for the morning, one for the afternoon.

    While chia is a plant-based source of alpha-linolenic acid (ALA), it’s important to understand that ALA is not a substitute for the higher-potency EPA and DHA that are often recommended as part of recovery support strategies. For individuals following protocols like the Shoemaker Protocol, therapeutic levels of EPA and DHA may be necessary to support inflammation regulation. Chia water is simply one way I support hydration, digestive ease, and metabolic steadiness in a gentle, food-based format.

    For many people, it just looks like an interesting hydration choice. But for those navigating Chronic Inflammatory Response Syndrome (CIRS) or any health picture that places a demand on digestion, hydration, or systemic resilience, this practice has become a small but steady source of daily support.

    It helps me feel more hydrated throughout the day. My system tends to lose water faster than average, especially during active detox or stress. The gel-forming nature of soaked chia seeds slows water absorption and seems to help maintain hydration longer than plain water. That steady, gradual absorption makes a noticeable difference in how well I retain fluids and feel balanced.

    It supports digestion without being demanding. Each tablespoon of chia seeds contains around 5 grams of fiber, a blend of soluble and insoluble types. This supports my natural elimination rhythms and helps maintain regularity without the push of stimulant-based aids. When my body can’t tolerate much food, chia water keeps things moving gently without adding stress to the system.

    It offers plant-based omega-3s that complement my overall nutrition plan. Chia seeds are naturally low in histamine and rich in ALA, a plant-sourced omega-3 fatty acid. While ALA isn’t converted very efficiently into DHA or EPA, I still find it valuable as a foundational nutrient that supports my overall wellness and helps maintain a balanced internal environment.

    It helps keep my energy and mood steady between meals. Even when I’m not eating much, chia water helps buffer those ups and downs by slowing how fast glucose hits my bloodstream. This creates a more stable curve of energy release throughout the day, which matters a lot when my body is under strain.

    It adds trace minerals and gives me a nutritional edge when my intake is limited. Chia seeds contain magnesium, calcium, iron, and potassium. While the amounts are modest, they support basic functions like nerve conduction, muscle coordination, and electrolyte balance—all areas that tend to get taxed when I’m dealing with environmental stress or nutrient loss.

    How I use it throughout the day: my morning bottle supports hydration and regularity, especially if I’m easing into the day without food. My afternoon bottle helps me stay alert and grounded when energy wanes or food doesn’t sit well. I sip each bottle slowly over 3 to 4 hours, letting my system absorb what it needs without the overwhelm of heavier intake.

    Why this practice matters for me. CIRS affects multiple systems at once, and managing it calls for daily practices that work with my body instead of against it. I’ve found that chia water adapts well to the variability of my needs, supports my routines, and helps me stay on track with minimal effort or cost.

    For anyone living with complex health challenges—including CIRS, mold sensitivity, or other inflammatory responses—chia water may offer gentle support. It’s food-based, easy to tolerate, and fits into most therapeutic nutrition plans. As always, work with a provider to ensure it’s right for your unique needs.

    And best of all, it’s easy to integrate even on days when energy is low or food is limited, whether that’s due to post-exposure fatigue, a flare of immune activity, or the general weariness that often follows periods of detox. When my system feels overloaded and I can’t do much else, chia water gives me something consistent, nourishing, and simple to lean on.

  • Why a Standard CMP and CBC Aren’t Enough in Chronic Inflammatory Response Syndrome (CIRS)

    For many patients, a Complete Metabolic Panel (CMP) and Complete Blood Count (CBC) are the starting point for uncovering general health issues. These panels provide foundational insight—electrolyte balance, liver function, blood sugar, red and white blood cell levels—but in the context of Chronic Inflammatory Response Syndrome (CIRS), they simply aren’t enough.

    CIRS is a multi-system, multi-symptom illness triggered by exposure to biotoxins. While a CMP/CBC can rule out obvious red flags like anemia or kidney dysfunction, they often miss the unique patterns of immune, neurological, and metabolic dysregulation that define biotoxin illness. If you or someone you love has been diagnosed with or is navigating symptoms consistent with CIRS, here’s why you need a more advanced lab strategy.

    1. CIRS-Specific Inflammatory Markers
    These are central to the Shoemaker Protocol and help map out how the immune system is reacting to biotoxin exposure:

    TGF-β1 (Transforming Growth Factor Beta 1)
    This marker signals immune imbalance and tissue remodeling. Elevated levels are extremely common in CIRS and contribute to fatigue, poor tissue healing, and chronic inflammation.

    MMP-9 (Matrix Metalloproteinase-9)
    Reflects neutrophil activity and blood–brain barrier disruption. If you’re experiencing visual fatigue or neurological symptoms, MMP-9 is a critical piece of the puzzle.

    C4a (Complement Component 4a)
    Acts as an early alarm bell in your innate immune system. A sudden spike often indicates recent re-exposure to mold or another triggering toxin.

    VEGF (Vascular Endothelial Growth Factor)
    Low VEGF = poor oxygen delivery and reduced tissue repair. It’s also tied to air hunger, exertional fatigue, and trouble recovering from basic activity.

    2. Basic But Overlooked Markers in CIRS-Aware Care

    ADH/Osmolality and VIP (Vasoactive Intestinal Peptide)
    These regulate fluid balance and blood vessel function. Many CIRS patients experience dry mouth, excessive thirst, and frequent urination due to ADH/VIP disruption—even when drinking large volumes of water.

    HLA-DR/DQ Genetic Typing
    This confirms susceptibility to CIRS. While not urgent for acute care, it’s essential for creating a long-term healing and prevention plan.

    3. Liver & Detox Support Markers
    The liver and biliary system often carry a heavy burden in biotoxin illness:

    GGT (Gamma-Glutamyl Transferase)
    Elevated GGT is a subtle but powerful indicator of toxic load, often before ALT/AST rise.

    Serum Bile Acids (fasting)
    Show how efficiently bile is clearing—key for patients who are trying to preserve gallbladder function.

    Homocysteine and Methylmalonic Acid (MMA)
    These help assess B-vitamin status and the body’s ability to detox and methylate properly, both of which are often disrupted in CIRS.

    4. Nutrient and Antioxidant Status
    Biotoxins can deplete the body’s repair mechanisms, especially at the mitochondrial level:

    Vitamin D (25-OH)
    Low vitamin D is common in CIRS and directly influences immune regulation, including TGF-β1 control.

    CoQ10, Selenium, and Glutathione (serum or RBC GSH)
    These antioxidants buffer the body against oxidative damage and support energy production. In CIRS, levels are often too low to meet demand.

    Omega-3 Index (RBC)
    Low omega-3 status may reflect fat malabsorption and chronic inflammation, common in patients with gut and bile involvement.

    5. Autonomic and Neurological Panels
    Symptoms like tinnitus, visual fatigue, brain fog, and autonomic instability deserve targeted investigation:

    Heart Rate Variability (HRV)
    A non-invasive window into nervous system stress and resilience.

    Visual Evoked Potential (VEP) or EEG
    Helpful if neurologic symptoms escalate or involve vision, memory, or processing speed.

    NeuroQuant MRI
    This specialized scan detects CIRS-specific patterns of brain inflammation and atrophy. If you’re struggling with persistent cognitive symptoms, it can offer both clarity and clinical traction.

  • The Shoemaker Protocol: How to Train Your Body Before “Playing the Game”

    The Shoemaker Protocol: How to Train Your Body Before “Playing the Game”

    Chronic Inflammatory Response Syndrome (CIRS) is a complex condition triggered by biotoxin exposure—commonly from mold, water-damaged buildings, or Lyme disease—that disrupts the body’s ability to clear inflammatory toxins. The Shoemaker Protocol is widely regarded as the gold standard treatment for CIRS. While it’s structured in a clear, stepwise sequence, what’s often overlooked is that real-world healing sometimes requires flexibility rooted in decades of patient observation.

    I’m grateful the provider guiding me through recovering from CIRS has over 30 years of experience treating it. While he does have his patients follow the Shoemaker Protocol, he includes a slight but clinically important adaptation: don’t start with binders.

    Why Hold Binders Until the Body Is Ready

    Over the decades, he’s observed that many patients experience acceleration reactions when cholestyramine (CSM) or Welchol are introduced too soon. These reactions are often due to the degree of cytokine elevation already present in the body. That’s why he holds binders until the body is ready.

    Instead, binders are introduced once the patient has cleared ongoing exposure and completed a foundational phase that sets the body up for successful detox. If I were to use a sports metaphor—successful environmental avoidance is like making the team. You’ve identified the problem, committed to recovery, and removed yourself from the harmful environment. But you’re not playing the game yet.

    No binder, no supplement, and no dietary tweak can undo daily or chronic re-exposure. It’s like trying to bail water from a sinking boat without plugging the leak. This step is non-negotiable. That said, hydrating and eating well while in ongoing exposure remains beneficial. It simply won’t be enough to fully address the systemic inflammation that results from chronic biotoxin exposure.

    Prepping the Body: Training Camp for Healing
    My provider teaches that before starting binders, patients must establish three foundational habits. This is the training camp phase before stepping onto the field:

    Low Amylose Diet
    Amylose is a form of starch found in grains, bananas, root vegetables, and processed foods. It also hides under the label “modified food starch,” and if a starch is listed in the ingredients, it almost always includes amylose, which constitutes 5 to 35 percent of most starches. Artificial sweeteners are also excluded. Removing these sources of inflammation is essential to regulate immune function.

    EPA/DHA at Therapeutic Levels
    The protocol indicates EPA and DHA should be dosed between 3,000 to 4,000 mg daily for at least one to three weeks before introducing binders. This supports inflammation resolution and cell membrane stability.

    Adequate Hydration Habit
    I’m not talking about just drinking water when you’re thirsty. I’m talking about building a hydration routine—measured, structured, and consistent—so your body has the fluid it needs to transport toxins safely, per the Shoemaker Protocol.

    Now You’re Ready to Play the Game

    Once these three foundations are in place, my provider teaches that binders can be introduced with greater safety and improved tolerance. At this point, the patient is no longer inflamed from daily exposure, has reduced inflammatory inputs, and has supported their body’s readiness to move toxins out.

    You Deserve a Team, Not Just a Checklist

    Healing from CIRS isn’t a solo mission. It’s okay to ask for support. I offer CIRS Awareness & Resource Support Calls via Zoom if you feel that’d be helpful. During our conversation, I’ll listen to your story, share insights from my lived experience, and offer supportive tools, education-based resources, and coaching guidance on how to move forward with self-advocacy and environmental awareness, including contact information for qualified CIRS providers I know.

    You are far from alone. Support is available. With the right guidance, you can stop guessing and move forward with confident clarity.