By Ronda Downey, Wheel of Wellness Coaching
Restoring Body, Mind, and Spirit
Introduction: Why Mold Illness Matters
- What Is Mold?
- Mold
- Spores
- Mycotoxins
- My Personal Story
- Meet the Molds and Their Mycotoxins
- My Lab Reports
- Aspergillus Species
- Penicillium Species
- Stachybotrys Species
- Chaetomium Species
- Connecting the Dots: Food and Buildings
- How and Where Molds Grow
- What Is CIRS?
- What About Genetics and Mold Illness?
- My Genetics
- The Functional Medicine Perspective
- Common Symptoms Reported in Mold-Related Illness
- The Patterns Matter
- Document the Pattern
Closing: From Survival to Advocacy
Introduction: Why Mold Illness Matters
For most of my life, I thought mold was something you found on old bread or growing around a shower.
I never imagined that one day I would walk into a building and, within minutes, feel my chest tighten, struggle to breathe, begin to shake, become dizzy and disoriented, and have difficulty thinking clearly. I certainly never imagined becoming so aware of my environment that I could walk into a building others entered without a second thought and know almost immediately that something inside was adversely affecting my body.
I never imagined losing a home and my belongings to water damage and mold, moving from place to place searching for an environment my body could tolerate, or having something as ordinary as entering a hotel, medical office, library, or someone else’s home become a calculation between exposure and my health.
Yet that has become part of my daily life.
And it has taught me something important:
We need better public understanding of mold, damp buildings, fungal illness, and environmentally triggered inflammatory illness.
This is not simply a matter of personal belief. The World Health Organization and the CDC’s National Institute for Occupational Safety and Health have concluded that persistent dampness and microbial growth in buildings are associated with increased adverse health effects.
During the past four years, I have experienced losses I could never have imagined: my health, finances, possessions, stability, and the simple freedom to enter a building without wondering how my body might react—or if I would be believed when it did.
History reminds us of something fundamental:
What we do not yet fully understand should not automatically be treated as something that does not exist.
Other environmental hazards were once poorly understood. Lead is now known to cause serious neurological and developmental harm. Asbestos is firmly linked to diseases including mesothelioma, sometimes decades after exposure. Radon, an invisible radioactive gas that can accumulate indoors, is estimated by the EPA to cause about 21,000 lung cancer deaths in the United States each year. Carbon monoxide, another invisible indoor hazard, can cause dizziness, confusion, unconsciousness, and death.
Scientific understanding evolves because people observe patterns, ask questions, document what is happening, and investigate further.
Those of us living with severe sensitivities to water-damaged environments may be among the people asking those questions now.
We are, in a sense, canaries in the coal mine.
The original canaries were not the problem. Their sensitivity revealed a problem in the environment before the miners themselves could detect it.
Today, our diagnoses may differ, our biological vulnerability may differ, and the mechanisms behind every symptom have not been completely mapped. But when many people describe similar experiences involving water-damaged buildings, recurring symptoms, improvement after leaving certain environments, and deterioration after re-exposure, those experiences deserve careful investigation rather than ridicule.
This is Mold Illness Simplified
1. WHAT IS MOLD?
There are three basic parts to the mold equation:
- Mold
- Spores
- Mycotoxins
2. MOLD
Mold is a type of fungus.
In nature, fungi are essential. They help break down leaves, trees, plants, and other organic matter. When enough mold grows together, it may appear as fuzzy, powdery, slimy, or discolored patches on drywall, wood, carpet, food, or other materials. This visible growth is called a colony.
Mold colonies reproduce by releasing microscopic particles called spores.
3. SPORES
Spores are everywhere.
They exist indoors and outdoors. Spores are tiny reproductive structures whose purpose is to spread fungi to new locations.
Mold spores are microscopic—far smaller than a human hair and generally invisible to the naked eye. Many mold spores can remain airborne, travel through indoor spaces, settle into dust, and land on surfaces, furnishings, and clothing. The CDC notes that mold spores can enter buildings through open doors and windows, ventilation and HVAC systems, and can also be carried indoors on clothing, shoes, and pets.
If they reach a place with enough moisture and nutrients, they may germinate and begin a new colony.
The concern in a water-damaged environment is not only visible mold, but also spores, fungal fragments, and, in some cases, mycotoxins.
4. MYCOTOXINS
Mycotoxins are like a snake’s venom.
They are tiny toxic chemicals produced by certain molds. They are not alive, they do not reproduce, and they are different from mold spores themselves.
Just as venom can affect more than the site of a snakebite, mycotoxins are biologically active chemicals that can interact with cells and tissues throughout the body.
The toxic properties of many mycotoxins are well established, especially through contaminated food, occupational exposures, laboratory studies, and animal research. Research also confirms that mycotoxins can occur in mold-contaminated indoor environments.
What is more difficult is determining the dose a person actually receives and connecting that dose to individual systemic symptoms.
5. MY PERSONAL STORY
I was diagnosed with rheumatoid arthritis at 35. For nearly a decade, I relied on a wheelchair or walker to get around. At times, the inflammation was so severe I could not even close my hand into a fist.
I followed the treatment plans prescribed to me: weekly injections, twice-monthly infusions, and at one point more than fifteen medications. Sometimes I improved, but the relief was usually temporary. Every few months, another symptom appeared, another medication was added or adjusted, and another specialist became involved.
I lived this way for more than twenty years, until I was diagnosed with breast cancer. At that time, all my medications were stopped.
A few years later, I moved from California to Arizona to be closer to family. I bought a townhouse that I thought would be my retirement home and expected to begin a new chapter of my life.
Instead, I became sicker than I had ever been.
Inside that townhouse, I could barely walk ten feet without sitting down to catch my breath. Every joint in my body throbbed. Eventually, I could no longer climb the stairs and had to put a bed in my living room.
I developed chronic sinus problems, rashes, and open sores, dental abscesses, profound fatigue, pancreatitis, neurological problems, full-body tremors, extreme anxiety, episodes of depersonalization, and a frightening sensation known as air hunger.
I had a primary care doctor, endocrinologist, rheumatologist, cardiologist, oncologist, neurologist, and physical therapist involved in my care. I underwent increasingly invasive testing, including a heart catheterization and liver biopsy ordered by my doctors.
When those tests failed to explain why I was so sick, I was essentially told, “You knew rheumatoid arthritis was a progressive disease. You are going to have to learn to live with it.”
But something inside me knew there had to be more to the story.
One day, while driving only about a block from my townhouse, I suddenly could not remember where I lived.
My memory had already been getting worse. I struggled to remember names and places and became frustrated doing simple things like cooking or baking—things I had done automatically for decades.
I pulled the car over and tried to get my bearings. I was terrified.
When I finally made it home, I knew I could no longer accept that everything happening to me was simply the progression of rheumatoid arthritis.
I had to do something different.
At the time, I was already seeing a neurologist for increasingly severe tremors in my head and hands, but the treatments were not helping. Instead of continuing down the same path, I made an appointment with a functional medicine doctor.
The functional medicine doctor I worked with had once been an emergency-room physician and later owned her own medical practice. But when she developed an autoimmune disease herself, she came face-to-face with how little her conventional medical training had taught her about identifying and addressing the underlying factors contributing to chronic illness. Her own search for answers ultimately led her back to school to study functional medicine, where the focus was not simply on managing symptoms, but on looking for potential root causes and understanding how the body’s systems interact.
I told her that for years I had gone from specialist to specialist with symptoms that included:
- Headaches and severe head, neck, and nerve pain
- Systemic inflammation diagnosed as rheumatoid arthritis
- Widespread muscle spasms diagnosed as fibromyalgia
- Extreme fatigue, weakness, and loss of stamina diagnosed as chronic fatigue
- Chest tightness and air hunger
- Throat and airway irritation
- Flushing, itching, allergy-like reactions, and open sores
- Heart-rate and autonomic symptoms diagnosed as POTS
- Gastrointestinal pain, bloating, gas, and digestive disturbances
- Sleep disruption and insomnia
- Severe brain fog, confusion, and difficulty finding words
- Neurological episodes that left me feeling unlike myself
- Tremors and shaking diagnosed as essential tremors
- Episodes of depersonalization and feeling disconnected from myself or my surroundings
- Heightened sensitivity to odors, chemicals, fragrances, and certain buildings
- Difficulty concentrating, working, driving, and completing ordinary daily activities during severe episodes
I explained that as my autoimmune diagnoses added up, no one seemed to ask why they were happening. I was told autoimmune diseases were “mystery diseases”—that doctors did not know exactly what caused them or how to cure them but could relieve the symptoms with medications and procedures.
When those treatments did not work, I was sometimes referred to therapists or mental health professionals. Yet my physical symptoms remained real, persistent, and often debilitating.
I thought my long list of symptoms would confound her, just as it had so many other doctors I had seen. Instead, I was surprised when she told me that my story was familiar. She had seen similar patterns in other patients and recognized connections that had never been explained to me before.
That appointment opened an entirely new world to me.
For nearly thirty years, I had been treated by highly trained physicians, but each specialist understandably focused on one part of my body—my joints, heart, nervous system, hormones, or liver. No one had really stepped back and asked whether all these seemingly unrelated problems might somehow be connected.
The functional medicine doctor cast a much wider net.
She ordered blood work and other testing I had never heard of. The results pointed to several possible environmental and biological exposures, including mold-related findings, elevated heavy metals, and a single-celled parasite.
For the first time, I began to see a possible connection between my environment and my physical symptoms. I was beginning to uncover possible underlying contributors to my illness.
After reviewing the results, my doctor told me something I never expected to hear:
“You need to have your house checked for mold.”
I was incredulous.
My townhouse was beautiful. I had recently remodeled it. I saw no obvious reason to believe mold could be growing inside my home.
But I was desperately sick and searching for answers, so I had the house tested.
The results came back positive.
Hidden mold was discovered beneath the double-sink vanity in my master bathroom—approximately ten feet from where I slept every night for almost five years.
I remember thinking about all the nights I had been unable to sleep comfortably in that bedroom. For reasons I could never explain, I would sometimes sleep in the guest room or go downstairs and sleep on the couch with my dog.
My body seemed to know something my conscious mind did not yet understand.
6. MEET THE MOLDS AND THEIR MYCOTOXINS
Not all molds produce mycotoxins and even molds capable of producing them do not do so under every condition.
Mold is not new. Humans have lived with fungi, damp buildings, contaminated food, and fungal toxins throughout history. It’s even referenced in the Bible. What is new is our ability to identify specific molds and mycotoxins and study how they may affect human and animal health.
Fungi are ancient and resilient. They can live in soil, food, plants, and buildings. Scientists estimate there may be millions of fungal species worldwide, but only a small fraction have been identified.
Most people have heard of “black mold,” often referring to Stachybotrys chartarum, but many toxic molds can appear black or dark green. Color alone does not determine toxicity.
Different mycotoxins affect the body in different ways. Their effects depend on the toxin, the amount of exposure, how long the exposure lasts, and how it enters the body.
7. MY LAB REPORTS
After years of suffering, laboratory testing finally gave me something concrete to investigate. Mold species were identified in my home, and corresponding mycotoxins were detected in my urine analysis.
This is not intended to be a comprehensive list of molds or mycotoxins. It is a summary of those relevant to my own environmental exposure and laboratory findings.
Each mold is listed first, followed by mycotoxins associated with that mold that were also identified in my laboratory testing, along with potential health effects associated with significant exposure.
Aspergillus Species
- Ochratoxin A (OTA): Primarily associated with kidney toxicity and oxidative stress. It may also affect immune function.
- Gliotoxin: Can interfere with immune-cell function, oxidative balance, and other cellular processes.
- Aflatoxins: Primarily concerning for the liver. Aflatoxin B1 is a well-established human carcinogen associated with hepatocellular carcinoma after sufficient chronic exposure.
- Some Aspergillus species may also produce sterigmatocystin, which is structurally related to aflatoxins and has shown genotoxic and carcinogenic potential in experimental research.
Penicillium Species
- Ochratoxin A (OTA): See above.
- Mycophenolic Acid (MPA): Has immunosuppressive activity. Derivatives of mycophenolic acid are used medically to suppress immunity after transplantation.
- Some Penicillium species may also produce citrinin, which is primarily associated with kidney toxicity.
Stachybotrys Species
- Trichothecenes: A family of toxins that can inhibit protein synthesis and injure rapidly dividing cells. They may affect gastrointestinal, immune, skin, and other tissues.
- Macrocyclic trichothecenes associated with some Stachybotrys strains include:
- Satratoxins
- Roridins
- Verrucarins
Chaetomium Species
- Chaetoglobosins, including Chaetoglobosin A: Fungal metabolites that can disrupt actin and cytoskeletal function in cells.
8. CONNECTING THE DOTS: FOOD AND BUILDINGS
Mycotoxins were first widely studied as contaminants of food and animal feed. Their harmful effects are well documented.
For example, aflatoxins, produced by certain Aspergillus molds, can contaminate corn, peanuts, tree nuts, and other foods. Long-term exposure to aflatoxin B1 is known to increase the risk of liver cancer.
But Aspergillus can also grow in water-damaged buildings on drywall, wood, dust, insulation, carpet, and other damp materials.
The important point is simple:
The toxin does not become a different chemical because the mold grew on drywall instead of food. Aflatoxin is still aflatoxin.
What conventional medicine has not clearly established is whether exposure to these same mycotoxins in water-damaged buildings causes the same kinds of systemic illness seen with other forms of exposure.
Part of the difficulty is testing. There is currently no FDA-approved urine mycotoxin test that can diagnose illness from a particular building exposure.
This is where I believe the dots have not yet been fully connected. In my own case, testing helped me see a connection between my environment and what was happening in my body.
9. HOW AND WHERE MOLDS GROW
Mold does not need much to grow. It needs moisture, something to feed on, the right temperature, and time.
In buildings, mold often develops after roof leaks, plumbing leaks, flooding, condensation, high humidity, poor ventilation, HVAC problems, or water getting behind walls and under floors.
Mold can grow on drywall, wood, ceiling tiles, carpet, insulation, wallpaper, fabric, cardboard, books, and even household dust.
That is why a building can look perfectly clean and still have a mold problem. Growth may be hidden behind walls, under flooring, above ceilings, or inside HVAC systems.
Where there is persistent moisture and something mold can feed on, mold can grow—whether the building is an old or new home, luxury hotel, school, office, or medical facility.
10. WHAT IS CIRS?
CIRS (Chronic Inflammatory Response Syndrome) is a multi-system, multi-symptom condition in which susceptible individuals develop a persistent inflammatory response following exposure to certain biotoxins or environmental triggers, particularly those associated with water-damaged buildings. Within the functional-medicine model, the immune system may remain dysregulated even after the initial exposure, producing symptoms that can affect many different body systems.
11. WHAT ABOUT GENETICS AND MOLD ILLNESS?
Why can several people live in the same water-damaged building, yet only one becomes very sick?
Genetics matter.
HLA genes help the immune system recognize and respond to potential threats. Because we inherit different HLA variants, our immune systems do not all respond to exposures in the same way.
Within the CIRS model, certain HLA-DR/DQ gene patterns are described as increasing susceptibility to mold- or biotoxin-related illness. Within the Shoemaker CIRS model, it is commonly estimated that approximately 24% of the population—roughly 1 in 4 people—carries one of the HLA patterns described as susceptible.
This does not mean that one in four people will develop mold illness. It means they may have a genetic tendency to respond differently when exposed to certain biotoxins.
In simple terms: about one in four people may have genetic susceptibility, but genes are only one part of the picture.
12. MY GENETICS
I carry HLA-DR/DQ variants that have been interpreted within the CIRS model as indicating susceptibility. For me, this became another piece of the puzzle alongside my symptoms, medical history, environmental exposures, and laboratory findings.
I have experienced health problems since childhood—rashes, cysts, chronic infections, brittle bones, autoimmune disease, and eventually cancer. Looking back, I can also see times when my health seemed to improve or worsen depending on the building and location I was living.
That does not mean a gene proves mold caused my illnesses. Genes may increase susceptibility, but they are not destiny.
A simple way to think about it is:
Genes may load the gun; environment may influence whether the trigger is pulled.
Genetics may help explain why one person becomes very sick while another person exposed to the same building does not. But genetics alone do not prove causation.
The building matters—but so does the person living inside it.
13. THE FUNCTIONAL MEDICINE PERSPECTIVE
One frustration of mold-related illness is that patients can fall into a gap between medical disciplines.
Conventional medicine recognizes important health effects associated with damp and moldy buildings, such as allergies, increased asthma, and rashes, but many physicians receive limited training in environmental medicine and may focus primarily on conditions with established diagnostic criteria and treatment guidelines.
Functional, integrative, and naturopathic practitioners often look more broadly at possible contributors such as environmental exposures, immune function, infections, nutrition, genetics, and cumulative stress on the body.
This is an area where patient experience, emerging research, established science, and legitimate scientific disagreement still intersect.
For people with unexplained symptoms affecting several body systems, asking about the environment—and whether symptoms change with exposure—can be an important part of understanding the bigger picture.
In my own case, my liver enzymes had been steadily rising for years while I was living in the townhouse. My gastroenterologist monitored them with blood tests every six months until one day I received a call telling me that the levels had become concerning enough to warrant a liver biopsy.
I underwent the biopsy, but no liver disease or cancer was found. In one sense, that was reassuring. But it also left the larger question unanswered: Why was my liver malfunctioning in the first place?
Because there was no identifiable liver disease to treat, my doctors had no specific treatment to offer. The abnormal liver enzymes were being monitored, but the underlying reason they continued to rise remained unexplained.
14. COMMON SYMPTOMS REPORTED IN MOLD-RELATED ILLNESS
As mentioned earlier, from a functional and integrative medicine perspective, mold-related illness is often described as a multi-system illness. Practitioners look for patterns across several body systems rather than one defining symptom.
Neurological
- Brain fog
- Difficulty concentrating
- Memory problems
- Headaches
- Dizziness or vertigo
- Tremors
- Tingling or numbness
- Light or sound sensitivity
- Feeling disoriented or “not yourself”
Respiratory and Sinus
- Sinus congestion
- Chronic sinus problems
- Coughing
- Wheezing
- Shortness of breath
- Chest tightness
- Throat irritation
- Air hunger
Energy and Whole-Body Symptoms
- Persistent fatigue or weakness
- Poor stamina or exercise intolerance
- Feeling unusually exhausted after activity
- Flu-like or generally unwell feeling
Muscles and Joints
- Muscle aches
- Muscle weakness
- Joint pain
- Joint stiffness
- Cramping
- Widespread body pain
Digestive
- Abdominal pain
- Bloating
- Nausea
- Diarrhea
- Changes in bowel habits
- Food sensitivities
- IBS-like symptoms
Skin
- Rashes
- Itching
- Burning or unusual skin sensations
- Redness or flushing
- Eczema-like symptoms
- Tingling or crawling sensations
Eyes
- Red or irritated eyes
- Watery or itchy eyes
- Blurred vision
- Light sensitivity
- Difficulty focusing
Immune and Inflammatory
- Increased inflammation
- Frequent sinus or respiratory problems
- Increased sensitivity to environmental exposures
- Allergy-like reactions
- Feeling worse in certain buildings and better after leaving them
Hormonal and Metabolic
- Changes in weight
- Blood-sugar instability
- Temperature-regulation problems
- Excessive thirst or urination
- Changes in stress-hormone or thyroid function
Mood and Nervous System
- Anxiety
- Irritability
- Mood changes
- Emotional sensitivity
- Sleep disturbance
- Feeling overwhelmed or unusually reactive
- Depression or emotional lability
15. THE PATTERN MATTERS
Functional medicine practitioners generally do not diagnose mold illness from one symptom.
They look at the whole picture: symptoms affecting multiple systems, exposure history, environmental findings, laboratory results, and whether symptoms change when a person enters or leaves a particular environment.
The hallmark is often not one unusual symptom, but many seemingly unrelated symptoms occurring at the same time.
Functional medicine testing asks:
What is happening inside the body?
Depending on the person’s symptoms and medical history, testing may include:
- Routine blood work
- Kidney and liver function
- Inflammatory and immune markers
- Mold allergy testing
- Testing for fungal infection when appropriate
- Nutritional and metabolic testing
- HLA-DR/DQ genetic testing in some CIRS practices
- Urine mycotoxin testing through specialty laboratories
Urine mycotoxin testing can show that certain mycotoxins or their metabolites were detected, but it cannot by itself prove where the exposure came from or that the toxin caused a particular symptom.
Environmental testing asks:
What is happening in this building?
If you see or smell mold, have experienced water damage, or notice symptoms that seem to occur in a particular building, investigate both the environment and your health.
Start with the most important question:
Where is the moisture coming from?
Look for roof or plumbing leaks, flooding, condensation, high humidity, HVAC problems, water stains, musty odors, warped materials, or hidden moisture behind walls and under floors.
A qualified indoor environmental professional (IEP), building scientist, or experienced mold inspector can help identify moisture problems and hidden mold.
Environmental assessment should begin with identifying moisture and water damage. A qualified indoor environmental professional or building scientist may use visual inspection, moisture meters, and other investigative tools. Air, surface, or dust testing may sometimes be used. Dust samples were how I found the mold species living in my townhouse. Some CIRS practitioners use ERMI or HERTSMI-2 dust testing; however, the EPA considers ERMI a research tool and does not recommend it for routine home assessment.
16. DOCUMENT THE PATTERN
One of the simplest tools can also be one of the most useful: keep a written record.
Track:
- Where you spend time
- Water damage or mold you discover
- When symptoms begin or worsen
- Whether symptoms improve when you leave an environment
- Environmental test results
- Medical and laboratory findings
The goal is not to rely on one test.
It is to connect the dots between the person, the symptoms, the laboratory findings, and the environment.
17. WHY I CALL MYSELF AN ENVIRONMENTAL REFUGEE
There have been many times when my symptoms became frightening enough that I sought emergency-room care. Some neurological and physical symptoms did not disappear simply because I left a building; they could continue for days or even weeks while my body recovered.
One of the hardest parts has been unpredictability. I could enter a building feeling relatively stable and, within a short time, experience dizziness, shaking, cognitive changes, chest tightness, or an overwhelming sense that something was wrong.
Over time, I began to recognize a pattern: certain environments seemed to trigger a dramatic worsening of my symptoms, while leaving those environments was often followed by improvement. Eventually, that pattern became impossible for me to ignore.
After my exposure in Arizona, I tested five different dwellings in the Phoenix Valley. Four tested positive for Aspergillus. I thought moving into a brand-new apartment building would solve the problem, but within months I became so sick I lost consciousness and eventually had to leave.
When I was diagnosed with rheumatoid arthritis at 35, there were periods when I could not walk and relied on a wheelchair or walker. At one point my weight climbed to 211 pounds. Years later, during another severe period of illness and environmental upheaval, my weight eventually fell to just 89 pounds. By then, I was desperate to find a living environment my body could tolerate, so I bought an RV.
I lived very simply for two years in a rural area, hoping it would give me more control over my environment. But I continued to experience disabling exposures from both the surrounding environment and the RV itself.
In four years, I have moved seven times, with countless hotel stays in between.
I have spent Christmas and New Year’s alone in cold hotel rooms. I have endured weeks of neurological symptoms and physical pain, suffered financial losses, left possessions behind, and repeatedly started over while searching for a place my body could tolerate.
One of the hardest parts of environmental illness is being doubted by friends and loved ones when what you are experiencing cannot be seen from the outside.
Mold and water-damaged buildings have changed nearly every part of my life.
The hardest part has been living with uncertainty.
Where will I live? Is this building safe? Is there something behind the wall or inside the air-conditioning system that I cannot see? Can I stay in this hotel room? Can I visit an office, restaurant, or friend’s home? If symptoms suddenly begin, what am I reacting to? And if I must leave again, where will I go?
Some of the deepest losses have been less visible: the loss of spontaneity, the loss of feeling safe in ordinary places, and at times the loss of being understood by people I love.
I call myself an environmental refugee. Other people may look around and see an ordinary room—nothing unusual, nothing threatening. Yet I can be standing in that very same space experiencing something entirely different in my body.
That disconnect can be one of the hardest parts of environmental illness: what you are experiencing may be very real to you, even when there is nothing visible for others to see.
Survival to Advocacy
I never wanted to become an expert on mold.
I did not want to learn about water-damaged buildings, fungal species, mycotoxins, humidity, HVAC systems, environmental testing, or remediation.
I learned because I had to.
Somewhere along the way, survival began to turn into purpose.
I realized how many people encounter water damage and mold without knowing what they are looking at, what questions to ask, or where to turn when they become sick. Others struggle to convince family members, landlords, employers, healthcare providers, and sometimes even themselves that something in their environment may be affecting their health.
That is why I am speaking now.
I have gone from being displaced by mold to becoming an advocate for mold awareness.
I do not have every answer, and science does not yet have every answer. But I believe water-damaged buildings deserve to be taken seriously and people experiencing unexplained symptoms deserve thoughtful investigation rather than dismissal.
If sharing what I have learned helps one person recognize a water problem sooner, ask better questions, seek appropriate help, or feel less alone, then something meaningful can come from what I have lived through.
I cannot change the seven moves, the hotel rooms, the losses, or the years of uncertainty. But I can decide what I do with what they taught me.
I choose to educate, advocate, and help bring what has too often remained hidden into the light.
An Invitation to Keep Living
My own health journey is what led me to become a Certified and Intuitive Health and Wellness Coach. I help people navigate complex health challenges while caring for the whole person—body, mind, and spirit.
So often, illness can begin to take over our lives. Appointments, symptoms, testing, treatments, fear, and uncertainty can become the center of everything, until we realize we are spending all of our energy trying to get well and very little of it actually living.
My work is about helping you find your way through both.
At Wheel of Wellness Coaching, I help clients make sense of complicated health journeys, prepare questions for their healthcare providers, explore supportive wellness practices, regulate the nervous system, reconnect with their own intuition, and create a life that still holds meaning, joy, purpose, and possibility—even while healing is underway.
You are more than your symptoms. Your life is still here.
I invite you to visit Wheel of Wellness Coaching at wheelofwellnesscoaching.com and explore the resources, reflections, and support I have created for others walking complex healing paths.
Healing is not only about getting your life back. Sometimes it is about learning how to live fully while you are finding your way forward.