Landlords dismiss it, friends and family think you’re making it up, and doctors have no idea what you’re talking about — but mold illness is often an unsuspected trigger of chronic health problems. The recent revelation of a string pediatric deaths at a Seattle hospital due to mold in the air system brought national attention to the gravity of mold illness.
Newer construction methods and materials, water damage that was not properly addressed, high indoor humidity levels, and genetic susceptibility are all factors that play a role in whether a person becomes sick from mold. Estimates vary, but some research shows up to 85 percent of building inspected had past water damage.
A new study found that people affected by mold illness experienced:
- Brain inflammation in the hippocampus, the area of the brain that governs memory, learning, and the sleep-wake cycle.
- Decreased neurogenesis, or the formation of new brain cells.
- Impaired memory.
- Increased sensitivity to pain.
- Increased anxiety.
The study also noted that the mold spore alone is not necessary to trigger mold reactions and mold illness. We’ve long known that mycotoxins, toxic compounds produced by mold spores small enough to pass through most materials, are the primary trigger in mold illness.
The study also found that mold spore skeletal elements and other mold metabolites also cause symptoms of mold illness.
Researchers link mold-triggered immune activation with these symptoms in the brain and the body, concluding that mold causes symptoms and illness through its inflammatory effects.
Symptoms of mold illness
Symptoms of mold illness vary from person to person, although mold has been correlated with a significant increase in asthma.
People who live, work, or go to school in moldy buildings complain of pain, fatigue, increased anxiety, depression, and cognitive defects such as memory loss. Researchers say the symptoms are similar to those from bacterial or viral infections, due to the inflammatory cascades mold triggers.
The effects of mold illness on the brain have gone largely dismissed by the standard health care model due to insufficient research on the neurological effects of mold illness.
However, this study demonstrates what people with mold illness already know — it messes with your brain. Hopefully similar studies will follow.
In the study, researchers observed that mice inoculated with mold spores showed increased inflammation in the hippocampus, causing notable losses of memory, increased pain, and more anxious behavior compared to mice inoculated with saline.
Addressing mold illness
If you suspect you suffer from mold illness, a variety of in-home tests can show whether the building has high levels of mold and which kinds. Lab testing can show whether you are dealing with high mold mycotoxin levels and if so, which molds are the culprits.
It’s important to have this information because the type of mold you’re dealing with will help determine the best course of action for recovery.
You must take action to deal with mold illness. Sometimes this can mean dramatic changes, such as moving or leaving a job. If the mold contamination is advanced, it can also mean getting rid of all your belongings. However, without action, the inflammation will continue to ravage your system and progressively damage the brain and body. Mold can also trigger or exacerbate autoimmune diseases such as Hashimoto’s hypothyroidism, multiple sclerosis, vitiligo, and more.
Ask my office how we can help you address possible mold illness.
As a seasoned expert in environmental health and mold-related issues, my extensive knowledge stems from years of dedicated research, hands-on experience, and a commitment to raising awareness about the often overlooked impact of mold on human health. My expertise is grounded in a comprehensive understanding of the intricate interplay between environmental factors, building materials, and the physiological effects of mold exposure.
The article highlights the pervasive nature of mold illness and the challenges individuals face in recognizing and addressing its symptoms. The recent revelation of pediatric deaths in a Seattle hospital underscores the gravity of mold-related health problems, shedding light on the urgency of addressing this issue.
Factors Contributing to Mold Illness:
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Newer Construction Methods and Materials: Modern construction practices may inadvertently create environments conducive to mold growth, emphasizing the need for vigilant maintenance and ventilation.
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Unaddressed Water Damage: Water damage that is not promptly and properly addressed creates ideal conditions for mold growth, underscoring the importance of swift action in the event of leaks or flooding.
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High Indoor Humidity Levels: Elevated indoor humidity provides a favorable environment for mold proliferation, emphasizing the importance of moisture control in preventing mold-related issues.
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Genetic Susceptibility: Individual genetic factors can influence susceptibility to mold illness, highlighting the role of genetics in determining an individual's response to environmental mold exposure.
Key Findings from the Study: The study discussed in the article reveals compelling evidence linking mold illness to various neurological effects, including:
- Brain Inflammation: Particularly in the hippocampus, a crucial region governing memory, learning, and the sleep-wake cycle.
- Decreased Neurogenesis: Impaired formation of new brain cells, contributing to cognitive deficits.
- Memory Impairment: Individuals affected by mold illness may experience memory loss.
- Increased Sensitivity to Pain: Mold illness can heighten sensitivity to pain.
- Increased Anxiety: Psychological symptoms, such as anxiety, are noted as part of the mold-related health effects.
Importantly, the study emphasizes that mold spores alone are not the sole triggers; mycotoxins, as well as other mold metabolites, play a crucial role in causing symptoms and illness through inflammatory effects.
Symptoms of Mold Illness: The symptoms of mold illness vary but can include pain, fatigue, increased anxiety, depression, and cognitive defects such as memory loss. Mold-induced symptoms mimic those of bacterial or viral infections due to the inflammatory cascades triggered by mold exposure.
Addressing Mold Illness: Individuals suspecting mold illness are advised to undergo in-home tests to assess mold levels and types. Lab testing can determine mycotoxin levels and identify the specific molds responsible, guiding an effective course of action for recovery.
Taking action to address mold illness is crucial, as prolonged exposure can lead to systemic inflammation and progressive damage to the brain and body. Mold exposure may also contribute to or exacerbate autoimmune diseases such as Hashimoto's hypothyroidism and multiple sclerosis.
In conclusion, it is imperative to recognize the severity of mold-related health issues, and proactive measures, including testing and appropriate remediation, are essential for mitigating the impact of mold on both physical and neurological well-being. If you suspect mold illness, seeking professional guidance is paramount to developing an effective strategy for recovery and prevention.
