Mold & biotoxin Detox

 Brain fog, anxiety, poor memory, light sensitivity 

 Chronic infections, histamine overload, autoimmunity 

 Fatigue, insomnia, PMS, thyroid imbalance 

 Sinus congestion, cough, asthma-like symptoms 

 Bloating, food sensitivities, constipation 

 Rashes, itchiness, eczema, hives 

Biotoxins are poisonous substances produced by living organisms. They can accumulate in the body and cause ongoing immune dysregulation, neurological symptoms, and inflammation—especially after repeated or prolonged exposure.

Here are some common types, their sources, examples, and how they impact health:

• Mycotoxins are a subclass of biotoxins specifically produced by mold (fungi).
• They are chemically stable, fat-soluble, and hard to eliminate      without targeted detox strategies.
• Common sources: water-damaged buildings, spoiled food, contaminated HVAC systems.

• Made by: Molds and fungi
• Examples: Ochratoxin A, Aflatoxin, Gliotoxin
• Impact: Fat-soluble toxins that accumulate in fat tissues and organs, mycotoxins can impair immune function, damage the nervous system, disrupt hormone balance, and trigger chronic inflammation. Common in water-damaged buildings and contaminated foods. Detox requires binders and liver support. 

• Made by: Blue-green algae (cyanobacteria)
• Examples: Microcystin, Anatoxin
• Impact: These toxins can contaminate water supplies, causing liver damage, neurotoxicity, and immune reactions. They are a concern in stagnant or polluted water bodies. Removal involves supporting liver detox and avoiding contaminated sources. 

• Made by: Gram-negative bacteria
• Example: Lipopolysaccharide (LPS)
• Impact: Endotoxins are potent triggers of inflammation and immune activation. They can enter circulation from bacterial infections or gut dysbiosis, promoting systemic inflammation, fatigue, and symptoms similar to chronic inflammatory illnesses. Detox involves gut healing and immune modulation. 

• Made by: Various bacteria
• Examples: Botulinum toxin, Tetanus toxin
• Impact: These toxins can disrupt nerve function and cause severe illness if not neutralized. While less common in environmental exposure, they can contribute to bacterial illness severity. Supportive care includes immune support and toxin neutralization. 

• Made by: Animals (e.g., snakes, bees)
• Examples: Snake venom, bee venom
• Impact: These biotoxins can cause acute tissue damage and inflammation. In some integrative therapies, controlled exposure to zootoxins (e.g., bee venom therapy) is used for immune modulation. Detox focuses on controlling inflammation and repairing tissue.