#1038 - Dr. Gabrielle Lyon - The Environmental Toxins Killing Your Health
In this episode of Modern Wisdom, Dr. Gabrielle Lyon and Chris Williamson explore how environmental factors can significantly impact health, even when diet and exercise are optimal. Through case studies and personal experiences, they examine how mold exposure, parasitic infections, and other environmental toxins can cause persistent health issues that often go undiagnosed through standard medical testing.
The discussion covers the limitations of current diagnostic protocols and how traditional healthcare approaches might miss these complex conditions. Lyon and Williamson also address the relationship between environmental illness and gut health, the role of genetics in susceptibility to these conditions, and how patient mindset affects recovery outcomes. Their conversation highlights the need for healthcare professionals to look beyond conventional markers when assessing patient wellness.
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1-Page Summary
Complex Environmental Illnesses and Healthcare
Gabrielle Lyon emphasizes that healthcare professionals need to look beyond diet and exercise when assessing health, highlighting the critical role of environmental factors. She shares a case where a CEO patient followed perfect health routines but remained unwell due to environmental exposures, demonstrating how traditional health markers may miss crucial factors affecting wellness.
Diagnosing Environmental Illnesses
Lyon explains that environmental illnesses, such as mold exposure and parasitic infections, often go undiagnosed despite causing significant health issues. She describes how standard blood work frequently appears normal while patients continue to feel unwell. Through a case study, she illustrates how a patient with seemingly optimized health markers was eventually diagnosed with schistosomiasis, a rare parasitic infection.
The diagnostic process is further complicated by the lack of standardized testing protocols. Lyon shares how traditional microscopy sometimes proves more effective than modern PCR tests, suggesting that current clinical tests may not capture the full scope of environmental illnesses. She notes that the healthcare industry's reliance on algorithmic approaches can lead to overlooking these complex conditions.
Environmental Exposures and Health Impacts
According to Lyon and Chris Williamson, mold exposure can cause various symptoms including vision changes, fatigue, and brain fog, even without allergic reactions. Lyon shares her personal experience with mold exposure, which affected both her and her son, highlighting the need for better testing protocols and treatment approaches.
The discussion extends to parasitic infections, which Lyon notes can spread undetected among household members, causing chronic symptoms like bloating and fatigue. Additionally, they explore how environmental toxins, including heavy metals and pollutants, can impact hormones, brain function, and immunity.
Gut, Immunity, and Genetics
Lyon emphasizes the crucial role of gut health in environmental illness, explaining how conditions like leaky gut syndrome can increase susceptibility to environmental toxins. Williamson adds that autoimmune responses typically require three components: genetic predisposition, environmental stressors, and gut permeability.
Mindset and Healing
Both Lyon and Williamson stress the importance of patient mindset in recovery from environmental illnesses. Lyon observes that patients who believe in their ability to heal often see better outcomes than those who feel hopeless. They note how dismissal by medical professionals can create additional psychological burden for patients, emphasizing the need for collaborative relationships between patients and healthcare providers.
1-Page Summary
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Counterarguments
- While environmental factors are important, diet and exercise remain foundational to health and should not be minimized in their importance.
- Some traditional health markers are well-established and can be very effective in diagnosing a wide range of conditions; they should not be dismissed outright.
- The rarity of certain environmental illnesses may not justify widespread changes in standard testing protocols, which are designed to be cost-effective and address common conditions.
- Modern PCR tests have high sensitivity and specificity for many conditions and are a cornerstone of contemporary diagnostics; suggesting traditional microscopy is generally more effective may not be accurate.
- Algorithmic diagnostic approaches are based on evidence-based medicine and can enhance the efficiency and accuracy of diagnoses, although they should be complemented with individualized patient assessments.
- The relationship between mold exposure and symptoms like vision changes, fatigue, and brain fog is complex and not conclusively established in all cases; more research may be needed to establish causality.
- The role of gut health in susceptibility to environmental toxins is an area of ongoing research, and while it is important, it may not be the sole or primary factor in environmental illness.
- The concept of leaky gut syndrome is controversial and not fully accepted within the mainstream medical community; more scientific evidence is needed to validate its role in environmental illness.
- The idea that a positive mindset can significantly influence recovery outcomes may oversimplify the complexity of environmental illnesses and overlook the need for concrete medical interventions.
- The assertion that autoimmune responses require a combination of genetic predisposition, environmental stressors, and gut permeability is a simplification; other factors may also play critical roles.
- Collaborative relationships between patients and healthcare providers are important, but the responsibility for health outcomes should not be placed solely on the quality of this relationship; systemic factors and access to resources also play significant roles.
Actionables
- You can create a home environment checklist to identify potential environmental health risks. Start by listing common environmental factors such as mold, household chemicals, and water quality. Use this checklist to inspect your living spaces regularly, and take steps to mitigate any risks you find, like using dehumidifiers to prevent mold or installing water filters to reduce contaminants.
- Develop a symptom diary to track any unexplained health issues and potential environmental triggers. Note down daily activities, locations you've visited, foods you've eaten, and any symptoms you experience. Over time, this can help you spot patterns and correlations between your environment and health, which you can then discuss with a healthcare professional.
- Engage in open dialogues with healthcare providers about your environmental concerns and symptoms. Prepare for appointments by listing all your symptoms, environmental exposures, and any research you've done on your own. This proactive approach can help foster a collaborative relationship and encourage your healthcare provider to consider environmental factors in your diagnosis and treatment.
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Complex Environmental Illnesses and Need For Environmental Factors In Healthcare
Gabrielle Lyon stresses that health professionals need to consider more than just diet and exercise when looking at health, emphasizing the need to account for environmental factors as well.
Environmental Factors Significantly Impact Health, Necessitating a Shift From the Traditional Focus on Diet and Exercise
Speaker's Experience Underscores Need to Consider Environmental Exposures in Health
Gabrielle Lyon brings forth a personal narrative involving a patient, a CEO, who felt unwell despite following all the right dietary and exercise regimens. Lyon initially overlooked alternative factors but eventually recognized that environmental exposures significantly impacted the patient’s health. She underscores the increasing importance of considering environmental exposures, suggesting that individuals with sensitivities are prone to experience exacerbating effects. She indicates that environmental medicine represents the future of healthcare and urges a reassessment of current health biomarkers.
Lyon points out that health influences include the food eaten, substances inhaled, and exposures to elements from sick buildings. She also mentions that recent acknowledgment and detection of microplastics represent additional environmental hazards, yet testing for these exposures remains limited in effectiveness.
Environmental Illnesses: Mold, Parasites, and Toxin Exposure Often Undiagnosed
Testing Often Misses Causes of Complex Health Issues, Frustrating Patients and Providers
Patients often undergo perfect-looking blood panels but continue to f ...
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Complex Environmental Illnesses and Need For Environmental Factors In Healthcare
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Counterarguments
- While environmental factors are important, the role of genetics and personal lifestyle choices in health should not be underestimated.
- The traditional focus on diet and exercise is based on extensive research showing their critical role in preventing and managing chronic diseases, which should not be de-emphasized.
- The suggestion that environmental medicine represents the future of healthcare may overlook the multifaceted nature of health and the need for a balanced approach that includes all aspects of medicine.
- The complexity of environmental testing and the interpretation of results can lead to misdiagnosis or overdiagnosis, causing unnecessary anxiety and treatment.
- The emphasis on environmental factors might lead to the underestimation of psychosomatic symptoms, where a patient's mental state can significantly impact their physical health.
- The rarity of certain environmental illnesses, such as schistosomiasis in developed countries, may not justify widespread testing or a shift in healthcare focus for populations where these diseases are not endemic.
- The current healthcare system may not have the resources or infrastructure to implement widespread environmental health assessments, making it impractical to shift focus at this time.
- The cost-effectiveness of widespre ...
Actionables
- You can create a personal environmental health diary to track symptoms and potential triggers in your surroundings. Start by noting down daily activities, locations you spend time in, and any symptoms you experience. Over time, you may notice patterns that suggest environmental factors affecting your health, such as feeling unwell after being in certain buildings or areas.
- Develop a home-based environmental detox plan by identifying and reducing common household toxins. Research and replace chemical-laden cleaning products with natural alternatives, invest in indoor plants known for air purification, and consider a high-quality air filter to reduce airborne contaminants. This proactive approach can help minimize your exposure to potential environmental hazards in your living space.
- Advocate for environmental health assessments during your medical check-ups by preparing a li ...
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Diagnosing and Treating Environmental Illnesses: Challenges in Testing and Doctor Mindsets
The process of diagnosing environmental illnesses is fraught with difficulties due to the absence of standardized testing protocols and the complexity of context-dependent exposures. Gabrielle Lyon sheds light on these challenges and the impact they have on patients and healthcare professionals alike.
Challenges In Diagnosing Environmental Illnesses Due to Lack of Standardized Tests and Context-Dependent Exposures
Gabrielle Lyon discusses the intricacies involved in diagnosing illnesses related to environmental factors like mold, pointing out that without universally accepted diagnostic criteria, there is a disconnect within the medical community that leads to discrepancies in patient treatment. She emphasizes the multifactorial nature of such illnesses and the discrepancy between the expected sensitivity of PCR tests that often yield false negatives versus their actual performance.
Lyon recounts a case where the reliability of PCR testing was questioned when it failed to detect a parasitic infection, yet microscopy—an "old-school" examination method—revealed the presence of worms. Despite not being a standard care practice, microscopy proved critical when standard PCR testing was insufficient.
Lyon suggests that individuals with known sensitivities to certain environmental factors, such as mold, or those who consume sushi regularly, should consider undergoing parasite testing on a quarterly basis. She feels uncomfortable with the standard answers provided to patients presenting normal blood work, despite displaying profound symptoms, suggesting that current clinical tests may not capture the full picture of environmental illness.
Algorithmic Focus in Healthcare May Overlook Environmental Illness Nuances
Reluctance to Deviate From Protocols Can Cause Misdiagnosis
Gabrielle Lyon explains that the healthcare industry's reliance on algorithms and standards of care is designed for specific, often acute situations—such as responding to a heart attack in the emergency room—but may not be well-suited to address more complex, chronic conditions like Lyme disease, where symptoms don't commonly appear in standard blood work.
Lyon indicates that an overarching adherence to these protocols can lead to misdiagnosis, as these al ...
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Diagnosing and Treating Environmental Illnesses: Challenges in Testing and Doctor Mindsets
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Clarifications
- Environmental illnesses are health conditions caused by exposure to harmful substances in the environment, such as chemicals, pollutants, or biological agents. Examples include sick building syndrome, caused by indoor air pollutants; pesticide poisoning from agricultural chemicals; and illnesses linked to exposure to heavy metals like lead or mercury. Symptoms often affect multiple body systems and can be chronic, making diagnosis difficult. These illnesses may result from long-term low-level exposures rather than acute events.
- PCR (Polymerase Chain Reaction) tests detect specific genetic material from pathogens like viruses or parasites. They work by amplifying tiny amounts of DNA or RNA to measurable levels. False negatives can occur if the sample lacks enough genetic material, if the pathogen is not present in the tested area, or due to technical errors. This means the test might miss an infection even when it exists.
- Microscopy involves using a microscope to visually examine samples for organisms or abnormalities. It is considered "old-school" because it relies on direct observation rather than molecular techniques. PCR (polymerase chain reaction) detects genetic material, offering higher sensitivity and specificity. However, microscopy can identify organisms missed by PCR if genetic targets are unknown or mutated.
- Consuming sushi regularly can increase exposure to parasites like Anisakis, which are found in raw or undercooked fish. These parasites can cause infections that may not show up in standard blood tests. Regular parasite testing helps detect and treat these infections early. This precaution is especially important for individuals with symptoms or sensitivities related to environmental illnesses.
- In healthcare, "algorithmic focus" refers to using step-by-step decision trees or protocols to guide diagnosis and treatment. These algorithms are based on common symptoms and test results to standardize care and improve efficiency. However, they may overlook rare or complex conditions that don't fit typical patterns. This can lead to missed or delayed diagnoses when individual patient nuances are not considered.
- "Medical nomads" are patients who repeatedly visit different doctors without receiving a definitive diagnosis or effective treatment. This often happens when symptoms are complex or poorly understood by standard medical protocols. These patients may feel frustrated and isolated due to inconsistent care and lack of validation. The term highlights gaps in healthcare systems for managing chronic or atypical illnesses.
- "Forever chemicals" refer to a group of synthetic compounds called PFAS (per- and polyfluoroalkyl substances) that resist breaking down in the environment. They accumulate in the human body and environment, potentially causing health issues like immune system disruption and hormonal imbalances. Their persistence and widespread use in products like non-stick cookware and firefighting foam make them a significant concern in environmental illness. Understanding exposure to these chemicals is crucial for diagnosing and treating related health problems.
- Acute conditions develop suddenly and last a short time, often requiring immediate medical attention. Chronic conditions deve ...
Counterarguments
- Standardized testing protocols are difficult to develop for environmental illnesses due to their complex and multifaceted nature, and a one-size-fits-all approach may not be feasible.
- PCR tests and other standard diagnostic tools have been validated for a wide range of conditions and are based on rigorous scientific research; they are not inherently unreliable but may require supplementary methods for certain conditions.
- Regular parasite testing for individuals without symptoms or significant risk factors could lead to over-testing, unnecessary anxiety, and increased healthcare costs.
- While microscopy can be useful, it is labor-intensive, requires significant expertise, and may not be practical as a routine screening tool compared to automated and standardized tests.
- The reliance on algorithms and protocols in healthcare helps to standardize care, reduce errors, and provide evidence-based treatments, which are especially important in emergency and high-stakes situations.
- Misdiagnosis can occur in any medical field, not just in the context of environmental illnesses, and may not always be due to strict adherence to protocols but rather to the inherent limitations of current medical knowledge and technology.
- The concept of "medical nomads" could be a reflection of the complexity of chronic illnesses in general, rather than a specific failure of the healthcare system to address environmental illnesses.
- Collaboration among physicians and researchers i ...
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Environmental Exposures and Health Impacts
Conversations with Chris Williamson and Gabrielle Lyon bring to light the complex relationship between environmental exposures and their impact on health. Lyon shares her own experiences with mold exposure and expands on the often underrated menace of parasitic infections and heavy metal toxicity.
Mold Exposure Affects the Body, Causing Neurological, Cognitive, and Physical Symptoms Without Allergies
Mold-Related Illness: Need For Awareness and Better Testing Protocols
Chris Williamson discusses how construction practices in the US often lead to buildings being prone to mold, particularly due to the common use of timber. Gabrielle Lyon underscores the difficulties presented by mold, noting the lack of diagnostic criteria from the American College of Medical Toxicologists. She personally suffered symptoms such as vision changes, fatigue, and brain fog, prompting her to acknowledge that physicians often do not recognize mold sensitivity.
Patients may experience a variety of symptoms from mold exposure, ranging from brain fog and headaches to an increase in allergic reactions. Dr. Lyon's own encounter with mold in her home led her to discover its pervasive presence, impacting not just her but her son, too. She emphasizes the importance of addressing these environmental exposures and criticizes standardized medicine's approach to simply remove individuals from moldy environments without considering additional interventions like detoxification methods and sauna protocols. Lyon and Williamson both attest to the significant effects of mold exposure on their lives, calling for heightened awareness and improved medical protocols to identify and treat mold-related health issues.
Common Parasitic Infections: Underrecognized Causes of Chronic Symptoms
Parasitic Infections Can Spread Among Household Members Undetected Without Specialized Testing
Lyon draws attention to the commonality and underdiagnosis of parasitic infections, which can go unnoticed despite causing chronic symptoms such as bloating and diarrhea. She describes the stealthy nature of such infections—sometimes one household member may be asymptomatic and unwittingly continue to reinfect their partner. Lyon brings up the effectiveness of specialized testing like PCR or microscopy and the importance of considering patients' travel and animal contact history.
Moreover, parasites may lead to fatigue, decreased nutrient absorption, iron deficiency anemia, and low levels of inflammation, profoundly impacting health. Despite not always showing overt symptoms, conditions like hookworm can contribute to chronic blood loss and remain covert in households, potentially transmitted through shared spaces.
Toxi ...
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Environmental Exposures and Health Impacts
Additional Materials
Counterarguments
- While mold can cause health issues, not all mold exposure leads to illness, and the severity of symptoms can vary greatly among individuals. Some people may not experience any adverse effects from mold exposure.
- The relationship between mold exposure and health symptoms is complex and not fully understood; other factors such as genetics, overall health, and additional environmental exposures may also play a significant role.
- The efficacy of detoxification methods and sauna protocols for treating mold-related illness is not universally accepted in the medical community and may lack robust scientific evidence to support their widespread use.
- The prevalence and impact of parasitic infections in developed countries may not be as significant as suggested, and hygiene practices can greatly reduce the risk of such infections.
- The notion that parasitic infections are widely underdiagnosed may be overstated, as many healthcare providers do consider and test for these conditions when symptoms and patient history indicate a risk.
- The idea that heavy metals and other environmental toxins are a common cause of a wide range of health issues may not account for the body's natural detoxification processes and the regulatory measures in place to limit exposure to these substances.
- The role of muscle mass and anabolic agents in health and longevity is an area of ongoing research, and their importance may be overstated without considering other factors such as diet, lifestyle, ...
Actionables
- You can reduce your exposure to mold by creating a home maintenance checklist that includes regular inspections of areas prone to dampness, such as basements, bathrooms, and around windows. Ensure proper ventilation and fix leaks promptly to keep your living space dry and less hospitable to mold growth.
- To potentially mitigate the effects of environmental toxins, incorporate foods known for their detoxifying properties into your diet. Foods like cilantro, garlic, and cruciferous vegetables may support the body's natural detoxification processes. Additionally, staying hydrated can help flush out toxins.
- Create a "shoe-off" policy at home to min ...
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Gut, Immunity, and Genetics in Environmental Illness
The complex interplay between gut health, immune response, and genetics is increasingly understood to play a critical role in environmental illness. Experts like Williamson and Lyon articulate how these systems are interconnected and how they influence one's susceptibility to environmental stressors.
Gut Health and Permeability Influence Environmental Exposure Risk; Leaky Gut and Sibo Increase Adverse Reactions
Lyon emphasizes that gut health is a crucial factor affecting systemic health and that an unhealthy gut can result in the absorption of harmful environmental elements into the body. She hints at conditions like leaky gut syndrome and small intestine bacterial overgrowth (SIBO), which can exacerbate the body's adverse reactions to environmental toxins.
Gut Microbiome Disruptions Allow Systemic Absorption, Leading To Health Problems
Gut microbiome disturbances enable environmental toxins to be absorbed systemically, prompting an array of health complications. The gut's barrier integrity is fundamental in modulating the immune response and preventing undue exposure to environmental stressors.
Genetic Influence on Immune Response and Sensitivities
An individual's genetic makeup can significantly impact their immunological react ...
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Gut, Immunity, and Genetics in Environmental Illness
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Clarifications
- Leaky gut syndrome refers to increased intestinal permeability, where the gut lining becomes damaged and allows larger molecules like toxins and bacteria to pass into the bloodstream. This can trigger inflammation and immune system activation, potentially leading to various health issues. Factors such as poor diet, stress, infections, and chronic inflammation can contribute to this condition. It is not universally recognized as a medical diagnosis but is studied for its role in immune-related and inflammatory diseases.
- Small intestine bacterial overgrowth (SIBO) occurs when excessive bacteria grow in the small intestine, disrupting normal digestion. This overgrowth can cause symptoms like bloating, diarrhea, and nutrient malabsorption. SIBO can damage the intestinal lining, increasing gut permeability and allowing toxins to enter the bloodstream. It often results from impaired gut motility or structural abnormalities in the digestive tract.
- The gut microbiome consists of trillions of microorganisms living in the digestive tract that aid digestion and produce essential nutrients. It helps train and regulate the immune system, preventing overreactions to harmless substances. A balanced microbiome protects the gut lining, reducing permeability and blocking harmful substances from entering the bloodstream. Disruptions can lead to inflammation, weakened immunity, and increased vulnerability to environmental toxins.
- The gut barrier is a physical and biochemical shield that controls what passes from the intestines into the bloodstream. When this barrier is intact, it prevents harmful substances like toxins and bacteria from entering the body. If the barrier is compromised, the immune system detects these invaders and mounts an inflammatory response. This immune activation can lead to chronic inflammation and increased sensitivity to environmental triggers.
- Systemic absorption means that toxins pass from the gut into the bloodstream. Once in the blood, these toxins can travel throughout the entire body. This allows them to affect multiple organs and systems, not just the gut. It increases the risk of widespread health problems.
- Genetic makeup determines the structure and function of immune system components, such as receptors and signaling molecules. Variations in genes can alter how the immune system recognizes and responds to environmental substances. Some genetic varian ...
Counterarguments
- While gut health is important, attributing a critical role to it in systemic health may overlook other significant factors such as lifestyle, diet, and mental health, which also play a crucial role in overall well-being.
- The concept of leaky gut syndrome is still a matter of debate among medical professionals, and some argue that it is not well-defined or recognized as a diagnosable condition in conventional medicine.
- The relationship between gut microbiome disruptions and systemic absorption of toxins is complex, and there is ongoing research to fully understand the extent and mechanisms of this interaction.
- The role of the gut barrier in modulating immune response is well-established, but it is not the sole factor in immune defense; other elements like the skin, respiratory tract, and mucosal surfaces also contribute significantly to preventing exposure to environmental stressors.
- While genetics do influence immune reactions and sensitivities, the environment and epigenetic factors can also play a substantial role, sometimes overriding genetic predispositions.
- The variabi ...
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Mindset and Belief In Healing Hard-To-diagnose Conditions
Dr. Gabrielle Lyon and Chris Williamson discuss the pivotal role of mindset and belief in the healing process for patients struggling with hard-to-diagnose conditions related to environmental factors.
Patients' Belief and Willingness Are Crucial for Recovery
Proactive Individuals Uncovering Root Causes Achieve Better Health Outcomes Than Those Who Feel Hopeless
Dr. Lyon hints that people with a strong conviction that they will get better often see improvements in their health. She categorizes patients into those who are neutral but overburdened by illness and those who do not believe in their ability to heal. The latter, who lack belief in their recovery, often find it nearly impossible to get better as they're fighting against their own physiology.
Chris Williamson emphasizes that many people wrongly attribute their declining health to aging when environmental factors could be at play. This suggests that a proactive approach to delving into the root causes of health issues, rather than resignation, may lead to better health outcomes. Dr. Lyon stresses the significance of knowing one's sensitivities to effectively tailor a program for better health, indicating that taking an active stance is vital for individuals aiming to improve their well-being.
Dismissal of Hard-To-diagnose Conditions by the Medical Establishment Exacerbates Psychological Burden and Hampers Healing
Fostering Collaboration and Open-Mindedness Between Patients and Providers for Environmental Illnesses Progress
Williamson and Lyon discuss how being dismissed by the medical establishment can have a detrimental psychological impact on patients suffering from environmental illnesses. These individuals often face skepticism when presenting with symptoms that are not easily identified through standard testing. Such dismissal can intensify stress and impede recovery.
Lyon notes the challenges faced when professionals tell sufferers their symptoms are imagined, despite feeling unwell and ...
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Mindset and Belief In Healing Hard-To-diagnose Conditions
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Counterarguments
- While a positive mindset can be beneficial, it is not a guarantee for recovery; some conditions may not improve regardless of a patient's beliefs or attitudes.
- Attributing health issues to environmental factors without scientific evidence can lead to misdiagnosis or overlooking other underlying medical conditions.
- Personal sensitivities are important, but they should be identified through evidence-based methods rather than anecdotal evidence to ensure that the health program is truly effective.
- The medical establishment's skepticism is often a result of a need for evidence-based practice; without clear diagnostic evidence, it can be challenging to provide appropriate treatment.
- Psychological factors do play a role in healing, but they should not overshadow the importance of addressing the biological and physiological aspects of a condition.
- Normal test results do not necessarily invalidate a patient's symptoms, but they do require healthcare providers to continue searching for a diagnosis with a scientific approach.
- Labeling patients as "crazy" is unprofessional and harmful, but healthcare providers must balance empathy with the need for objective assessment to avoid reinforcing psychosomatic conditions.
- Cooperative relationships ...
Actionables
- You can start a health journal to track symptoms and environmental factors, noting any correlations you observe. By documenting daily activities, foods consumed, places visited, and emotional states, you create a personal health record that can reveal patterns and triggers related to your well-being. For instance, you might notice that your symptoms worsen after spending time in a particular area of your home, suggesting a possible environmental cause.
- Develop a list of questions to ask healthcare providers that focus on environmental factors and holistic health approaches. Before appointments, research potential environmental triggers and prepare specific inquiries, such as "Could my symptoms be related to indoor air quality?" This proactive approach ensures you explore all avenues during consultations and fosters a collaborative relationship with your healthcare provider.
- Create a support network w ...
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1-Page Summary- Complex Environmental Illnesses and Need For Environmental Factors In Healthcare
- Diagnosing and Treating Environmental Illnesses: Challenges in Testing and Doctor Mindsets
- Environmental Exposures and Health Impacts
- Gut, Immunity, and Genetics in Environmental Illness
- Mindset and Belief In Healing Hard-To-diagnose Conditions
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