Myrothecium verrucaria

Bio-Activity Analysis
Safety Profile: Myrothecium verrucaria
SCIENTIFIC DATA VISUALIZATION
Health Benefits & Sources
Why Is It Studied?
- Wound Healing (Topical Only): It produces an enzyme called verrucariolysin which acts as a debriding agent. This means it can digest and remove dead skin or infection from a wound, helping it heal.
- Industrial Enzyme Production: It is used in labs to study how fungi break down complex organic materials.
Deep Dive
Unlike truly functional foods like blueberries or spinach that nourish your body, Myrothecium verrucaria is a bio-contaminant. Its 'benefit' is strictly limited to controlled, clinical settings where its enzymes are isolated and applied directly to skin tissue. It is not consumed orally. Ingesting this mold can lead to severe mycotoxicosis (mold poisoning).
Natural Sources
There are no safe natural food sources for Myrothecium verrucaria. It is a fungus that grows on:
- Rotting vegetables and fruits (e.g., cucumbers, tomatoes).
- Soil and decaying wood.
Do not consume any food showing signs of mold growth.
Supplementation
Do not take this as a supplement. There are no over-the-counter pills containing this mold approved for human consumption. Any use is strictly limited to prescription or experimental topical applications in wound care.
Top Food Sources
Frequently Asked Questions
Safety & Side Effects
CRITICAL SAFETY WARNING:
- Toxicity: This mold produces trichothecene toxins (mycotoxins). Ingestion can cause severe gastrointestinal distress, organ damage, and neurological issues.
- Inhalation: Spores can cause respiratory infections, particularly in immunocompromised individuals.
- Who Should Avoid: Everyone. There is no safe level of ingestion.
- Regulatory Status: It is classified as a hazardous biological agent, not a food or supplement.
Scientific References
- [1]USDA Agricultural Research Service: Fungal taxonomy databases.
- [2]Journal of Applied Microbiology: Studies on the production of verrucariolysin.
- [3]Mycotoxin Research: Toxicological profiles of trichothecene-producing fungi.