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Links Fusarial mycotoxins and behaviour: possible implications for psychiatric disorder. • Schoental R. Man and animals are sporadically exposed to mycotoxins (the secondary metabolites of moulds), which include those produced in damp and cool environment by the almost ubiquitous soil-microfungi, the Fusaria. Perinatal exposure to the mycotoxins may cause damage to many organs, including the CNS and those which are targets for oestrogenic agents. Depending on the levels of the mycotoxins and the time of their action, the effects may manifest themselves as neonatal abnormalities, or as neurological and behavioural anomalies and chronic disorders later in life. The relationship between the anatomical and behavioural development of individuals and their perinatal exposure to fusarial mycotoxins requires further investigation

CardiovascularEndocrine (ADH/ACTH/MSH)Immune/InnateNeurologicalReproductiveRespiratory/Sinus

Summary

No abstract is available for this paper. It was published. CIRS Nexus tags it under Indoor Mold (Stachybotrys, Aspergillus, etc.), Mycotoxins, Water-Damaged Buildings (WDB), Cardiovascular, Endocrine (ADH/ACTH/MSH), Immune/Innate, Neurological, Reproductive, Respiratory/Sinus.

Part of Mold & water-damaged buildings research, Mycotoxins research · Curated by Lauren Lowenstein, The Biotoxin Lady

Key Biomarkers

Abnormal QEEG findingsAbnormal T and B cell subsetsAnti-myelin autoantibodiesAntinuclear autoantibodies (ANA)Elevated autoantibodies to neural antigensTrichothecene toxins in urine and serum

Symptom Clusters

Autonomic nervous system dysfunctionBalance and coordination dysfunctionMemory and concentration deficitsNeurobehavioral impairmentPeripheral neuropathyPsychiatric manifestationsRespiratory symptoms