Fungi, yeast, and molds

Responsible pathogen complex #

This fungal and mycotoxin pathogen complex causes persistent chemical and microbial stress.

Candida albicans

Opportunistic yeast that overgrows when immunity is weakened. It produces metabolic byproducts that burden detox organs and irritate tissues.

Aflatoxin, Sterigmatocystin, Zearalenone, Ergot

Fungal toxins. They interfere with cellular stability, damage detox pathways, and increase neurological and immune stress.

Cytochalasin B

Fungal metabolite that disrupts cellular structure and weakens normal tissue integrity.

Sorghum syrup (mold contamination marker)

Represents dietary mold exposure contributing to chronic toxin intake.

Griseofulvin
A fungal metabolite associated with mold presence, indicating environmental contamination.

Arcyria, Lycogala, Stemonitis

Slime molds and mold forms that reflect environmental fungal burden. They contribute to inhalation or ingestion exposure.

How they work together

Fungal organisms maintain microbial imbalance. Mycotoxins add continuous chemical burden. Environmental molds increase exposure load.

Together, they form the toxin-driven layer of the pathogen complex that weakens detoxification and sustains chronic immune activation.

Frequency session table #

Pathogen	Use freq. (kHz)	Freq. low–high (kHz)
Candida albicans	386	384.2–388.4
Aflatoxin	177	177–177
Aflatoxin (2nd freq.)	188	—
Cytochalasin B	77	91–91
Cytochalasin B (2nd freq.)	91	91–91
Sterigmatocystin	88	126–126
Sterigmatocystin (2nd freq.)	96	—
Sterigmatocystin (3rd freq.)	133	133–133
Sterigmatocystin (4th freq.)	126	126–126
Zearalenone	100	100–100
Sorghum mold	277	277–277
Griseofulvin	288	288–288
Ergot	295	295–295
Argyria	81	81–81
Lycogala epidendrum	126	126–126
Stemonitis	211	211–211