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Abstract:
Secondary metabolites, toxic to macro-organisms and micro-organisms, are produced by certain molds and some plant parasitic living fungi. A risk is given for man worldwide by ingestion or apparently also be other routes always undetected. In vivo-effects of the various mycotoxins are different, but mainly the liver is affected, expecially by the intake of smaller amounts of these poisons. Accordingly cirrhosis of the liver or primary liver carcinoma are expected in man as well as in animals and were already proved outside of Europe.
Insights
Certain molds and fungi produce toxic secondary metabolites called mycotoxins. Ingestion poses a global health risk, primarily affecting the liver and potentially causing cirrhosis or liver cancer.
Area of Science:
- Mycology
- Toxicology
- Environmental Health
Background:
- Certain molds and fungi synthesize secondary metabolites with known toxicity to various organisms.
- These compounds, known as mycotoxins, present a potential health hazard to humans and animals worldwide.
- Exposure can occur through ingestion and potentially other undetected routes.
Observation:
- Mycotoxins exhibit diverse in vivo effects across different biological systems.
- The liver is a primary target organ for the toxic effects of mycotoxins, even at low exposure levels.
- Evidence of mycotoxin-induced liver damage, including cirrhosis and primary liver carcinoma, has been documented outside of Europe.
Findings:
- Mycotoxins are toxic secondary metabolites produced by molds and fungi.
- Liver damage, including cirrhosis and cancer, is a significant health risk associated with mycotoxin exposure.
- Global health implications due to undetected exposure routes.
Implications:
- Understanding mycotoxin risks is crucial for public health and food safety.
- Further research is needed to identify all exposure routes and mitigate risks.
- Preventative measures and monitoring are essential to reduce the incidence of mycotoxin-related diseases globally.